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https://hackage.haskell.org/packages/tag/flight | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged flight 1 package has this tag. [Merge tag] (trustees only) Related tags: data (1), geography (1), gps (1), kml (1), library (1), mpl (1), parsing (1), xml (1) Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers flight-kml 6 0.0 1 Parsing of pilot tracklogs dumped as KML. ( data , flight , geography , gps , kml , library , mpl , parsing , xml ) 2018-09-11 1.0.1 philderbeast | 2026-01-13T09:29:08 |
https://hackage.haskell.org/package/xml-1.3.13/docs/Text-XML-Light-Input.html | Text.XML.Light.Input Source Contents Index xml-1.3.13: A simple XML library. Portability portable Stability provisional Maintainer Iavor S. Diatchki <diatchki@galois.com> Safe Haskell None Text.XML.Light.Input Description Lightweight XML parsing Synopsis parseXML :: XmlSource s => s -> [ Content ] parseXMLDoc :: XmlSource s => s -> Maybe Element Documentation parseXML :: XmlSource s => s -> [ Content ] Source parseXML to a list of content chunks parseXMLDoc :: XmlSource s => s -> Maybe Element Source parseXMLDoc, parse a XMLl document to maybe an element Produced by Haddock version 2.13.2 | 2026-01-13T09:29:08 |
https://docs.aws.amazon.com/de_de/quicksuite/latest/userguide/quickstart-createanalysis.html | Schnellstart: Erstellen Sie anhand von Beispieldaten eine Amazon Quick Sight-Analyse mit einem einzigen Bild - Amazon Quick Suite Schnellstart: Erstellen Sie anhand von Beispieldaten eine Amazon Quick Sight-Analyse mit einem einzigen Bild - Amazon Quick Suite Dokumentation Amazon Quick Suite Benutzer-Leitfaden Die vorliegende Übersetzung wurde maschinell erstellt. Im Falle eines Konflikts oder eines Widerspruchs zwischen dieser übersetzten Fassung und der englischen Fassung (einschließlich infolge von Verzögerungen bei der Übersetzung) ist die englische Fassung maßgeblich. Schnellstart: Erstellen Sie anhand von Beispieldaten eine Amazon Quick Sight-Analyse mit einem einzigen Bild Stellen Sie vor dem Erstellen Ihrer ersten Analyse sicher, dass Sie die Schritte in Amazon Quick Suite einrichten und sich bei Amazon Quick Suite anmelden abschließen. Mit dem folgenden Verfahren verwenden Sie Beispieldaten für Web- und soziale Medienanalysen zum Erstellen einer Analyse mit einem einfachen Liniendiagramm zu verwenden. Diese Visualisierung zeigt die Anzahl der Personen monatlich, die zur Mailing-Liste hinzugefügt wurden. So erstellen Sie anhand eines Beispieldatensatzes eine Analyse, die eine Liniendiagramm-Visualisierung enthält Wählen Sie auf der Amazon Quick Suite-Startseite in Amazon Quick Sight im linken Navigationsmenü Analysen aus. Wenn Sie keine Beispieldaten haben, können Sie sie von der Datei web-and-social-analytics.csv.zip herunterladen. Entpacken Sie die Datei, damit Sie die .csv-Datei verwenden können. Gehen Sie wie folgt vor, um die Beispieldaten hochzuladen: Wählen Sie im linken Navigationsmenü Daten aus. Wählen Sie auf der Registerkarte Datensatz die Option Neu und dann Datensatz aus. Wählen Sie Datei hochladen . Wählen Sie die Beispieldatei web-and-social-analytics.csv von Ihrem Laufwerk. Wenn Sie sie nicht sehen, überprüfen Sie, ob Sie die Datei web-and-social-analytics.csv.zip entpackt haben. Bestätigen Sie die Einstellungen für das Hochladen der Datei, indem Sie Next (Weiter) auf dem Bildschirm Confirm file upload settings (Einstellungen für das Hochladen der Datei bestätigen) wählen. Wählen Sie Visualize (Visualisieren) auf dem Bildschirm Data source details (Details zur Datenquelle) aus. Überspringen Sie den nächsten Schritt. Mit Auswahl von Visualize (Visualisieren) gelangen Sie auf denselben Bildschirm wie durch das Verfahren in Schritt 2. Wählen Sie auf der Seite Datasets (Datasets) das Dataset Web and Social Media Analytics (Web- und soziale Medienanalysen) aus und klicken Sie auf Use in Analysis (In Analyse verwenden) oben rechts. Klicken Sie im Bereich Feldliste auf Datum und anschließend auf Der Mailing-Liste hinzugefügte Benutzer . Amazon Quick Sight verwendet, AutoGraph um das Bild zu erstellen, und wählt dabei den visuellen Typ aus, von dem festgestellt wird, dass er mit diesen Feldern am besten kompatibel ist. In diesem Fall ist dies ein Liniendiagramm, das die hinzugefügten Benutzer pro Tag anzeigt (das Standardintervall für Datum). Navigieren Sie zu den Feldern am unteren Rand des Bereichs Visualisierungen . Wählen Sie das Feld für die X-Achse gut aus. Wählen Sie das Dreipunktmenü, wählen Sie Aggregieren und dann Monat aus. Das Liniendiagramm wird aktualisiert und zeigt nun die pro Monat, und nicht mehr die pro Jahr hinzugefügten Benutzer zur Mailing-Liste an. JavaScript ist in Ihrem Browser nicht verfügbar oder deaktiviert. Zur Nutzung der AWS-Dokumentation muss JavaScript aktiviert sein. Weitere Informationen finden auf den Hilfe-Seiten Ihres Browsers. Dokumentkonventionen Erste Schritte mit Amazon Quick Sight Erstellen eines Dashboards mit Beispieldaten Hat Ihnen diese Seite geholfen? – Ja Vielen Dank, dass Sie uns mitgeteilt haben, dass wir gute Arbeit geleistet haben! Würden Sie sich einen Moment Zeit nehmen, um uns mitzuteilen, was wir richtig gemacht haben, damit wir noch besser werden? Hat Ihnen diese Seite geholfen? – Nein Vielen Dank, dass Sie uns mitgeteilt haben, dass diese Seite überarbeitet werden muss. Es tut uns Leid, dass wir Ihnen nicht weiterhelfen konnten. Würden Sie sich einen Moment Zeit nehmen, um uns mitzuteilen, wie wir die Dokumentation verbessern können? | 2026-01-13T09:29:08 |
https://omny.fm/shows/stifel-sightlines/playlists/podcast | Stifel SightLines Podcast - Stifel SightLines - Omny.fm Stifel SightLines Stifel SightLines Podcast Playlist by Stifel SightLines Stifel’s SightLines is a weekly podcast focusing on a key topic or two relevant in the current environment. The views expressed in this podcast may not necessarily reflect the views of Stifel Financi … More Follow the podcast: Apple Podcasts iHeart Spotify RSS feed 168 clip(s) in playlist Outlook 2026: Rewiring Growth Spotlight No. 1: A Brief Summary In this first episode of 2026 we discuss our Outlook 2026: Rewiring Growth, reviewing the forces that shaped 2025 and the themes—from AI and policy to geopolitics and fiscal risks—that may define markets in the year ahead. To read this week's Sight|Lines, click here. The views expressed in this … 14:24 Clean AI at Home and at Work: Signs of Real Impact In this last episode of 2025, we discuss how artificial intelligence has moved rapidly into the mainstream, where it is already delivering measurable productivity gains, why so many companies remain stuck in pilot mode, and what execution, governance, and reskilling will mean for long-term growth a… 09:23 Clean The Fed Cuts Rates… And Signals a Possible Pause In this episode, we discuss the Fed’s year-end rate cut, what the new projections reveal about internal disagreements, and why policymakers may be preparing to pause even as labor market and inflation risks remain in play. To read this week's Sight|Lines, click here. The views expressed in this … 08:52 Clean A Diversity Of Thinking: The Fed Will Debate, But Will It Cut? In this episode, we look at why Fed officials are split heading into the final meeting of 2025, how the labor and inflation data shape that debate, and why markets now lean toward a quarter-point cut. To read this week's Sight|Lines, click here. The views expressed in this podcast may not necess… 05:46 Clean U.S. Reshoring and Nearshoring: A Sustainable Economic Tailwind In this episode we discuss the powerful reshoring and nearshoring trend reshaping U.S. industry, the surge in long-term capital investment, and why the reindustrialization of America may be a durable economic tailwind for years to come. To read this week's Sight|Lines, click here. The views expr… 09:09 Clean A Credit Market Check-In: Limited Risks or Systemic Issues? In this episode we break down credit cracks—from bank charge-offs to rising consumer delinquencies and private-credit liquidity—what matters, what’s noise, and why this systemic…at least yet. To read this week's Sight|Lines, click here. The views expressed in this podcast may not necessarily ref… 06:37 Clean The Job Market Is Cooling, Not Collapsing In this episode we discuss how the U.S. labor market is cooling — not collapsing. The Fed cut rates again, citing a softening jobs picture, but the data tell a more balanced story. We look at why layoffs at major companies don’t signal crisis, how AI will reshape (not erase) work, and why a post-pa… 07:29 Clean Third Quarter Earnings: Signs of Trouble or Resilience? In this episode, we share early results for the third quarter earnings season showing positive signals so far, but possible cracks in the credit markets. To read this week's Sight|Lines, click here. The views expressed in this podcast may not necessarily reflect the views of Stifel Financial Cor… 06:53 Clean Don’t Wait for the Pullback: Steps to Take in a Resilient Market In this episode we discuss the stretched market valuations and ways to prepare for the next pullback. To read this week's Sight|Lines, click here. The views expressed in this podcast may not necessarily reflect the views of Stifel Financial Corp. or its affiliates (collectively, Stifel). This c… 13:46 Clean What if the Fed Disappoints? Consider the Market Implications In this episode we discuss what happens if the Fed cuts less—and more slowly—than markets expect. To read this week's Sight|Lines, click here. The views expressed in this podcast may not necessarily reflect the views of Stifel Financial Corp. or its affiliates (collectively, Stifel). This commu… 08:04 Clean Load more Powered by Omny Studio is the complete audio management solution for podcasters and radio stations © 121cast Pty Ltd Terms of Service | Privacy Policy | Listener Privacy Policy | Copyright Policy (DMCA) | 2026-01-13T09:29:08 |
https://www.scrive.com/sv/losningar/industrier/hr-rekrytering | Digital signering av anställningsavtal - Scrive Skip to main content Tertiary navigation Scrive + Kivra – signera säkert och nå mottagaren med 90% öppningsfrekvens Sverige English Global France Norge Nederland Suomi Deutschland Danmark United Kingdom Help Centre Kontakta Scrive Kontakta sälj Logga in Primary navigation Produkter Lösningar Resurser Företaget Priser Hjälpcenter Kontakta sälj Köp nu Prova gratis Sök Öppna menyn Hem / Lösningar / Industrier / HR och rekrytering Signera anställningsavtal digitalt Effektivisera och säkra era HR-arbetsflöden med Scrives e-signering och autentiseringslösningar. Smidigt och säkert. Kontakta oss Automatisera avtalsflöden Snabbare signatur Få avtal signerade direkt när kandidaten är redo! Förkorta hanteringstiden och minska administrationen med e-signering av anställningsavtal. Vilket system som helst Integrera smidigt med er befintliga plattform eller välj till Scrive som ett systemoberoende add-on. Välj det sätt som passar just er och låt oss guida er på vägen. Användarupplevelse Förstärk er employer branding och imponera på kandidaterna med smidiga flöden. Digital signering av anställningsavtal ger ett bra första intryck. Modernisera vägen till anställning Elektronisk signering av anställningsavtal genererade från erat favoritsystem, på kontoret eller i mobilen när du är på språng. En smidig väg till att anställa nästa medarbetare! Sekretessavtal Förmånsregistrering Onboarding Självbetjäningsblanketter Anställningskontrakt Policygodkännanden Formaliteter vid avslut av anställning Anställdas utvärderingar Lagenligt och säkert Scrives lösningar möjliggör uppfyllnad av väsentliga krav i regelverk för elektroniska underskrifter, persondataskydd och penningtvätt. Alla dokument och avtal som skrivs under med Scrive eSign innehåller bevismaterial i världsklass. Digital försegling med stöd av blockchain-teknik säkrar integriteten av era signerade dokument för att skydda mot och påvisa förfalskningar, nu och i framtiden. Er digitaliseringspartner Er digitala resa kan vara komplex, men den behöver inte vara komplicerad. Nyckeln till Scrives växande framgång ligger i vår omfattande kompetens och erfarenhet samt vår företagskultur som bygger på ständig utveckling med kunderna i centrum. Mycket mer än e-signering Vi är fullt införstådda med att e-signering och autentisering endast är delar av något mycket större – era affärsprocesser. Mallar Spara tid genom att förbereda och hantera dina standarddokument. Deadlines och påminnelser Full kontroll på signeringsprocessen medan du gör andra saker. Godkännanden Skicka era avtal till en eller flera parter för godkännande på ett smidigt sätt. Automatisk arkivering Scrives e-arkiv, Microsoft OneDrive, Google Drive eller Dropbox. Integrationer Teamtailor Teamtailor är en rekryterings- och marknadsföringsplattform som erbjuder ett nytt sätt att marknadsföra, hantera och anställa talanger på ett effektivt sätt. Över 2000 företag använder Teamtailor i sin rekrytering och de utnämndes 2019 till Deloitte Sweden Technology Fast 50. HR Sympa Stommen i din HCM. En komplett, helt anpassningsbar HR-lösning med obegränsade integrationer. Automatisera rutinmässiga HR-uppgifter och få en sammanställd och tydlig bild av alla dina personuppgifter samlade i ett system. HR Läs mer om integrationen Quinyx Med Quinyx får era anställda tillgång till en användarvänlig app som förenklar vardagen och ger gladare medarbetare. Smarta verktyg för schemaläggning, automatisk AI-bemanning, tidrapportering, Workforce Management direkt i mobilen. HR-modul som är integrerad med Scrive för formalisering av anställningsavtal. HR Läs mer om integrationen Talentech Effektivisera HR med hjälp av automatisering. Talentech kombinerar det bästa från fyra branschledande innovatörer inom HR-teknik: HR Manager, ReachMee, Talmundo och Webcruiter. Automatisering, HR Flex Applications Flex Applications erbjuder en webbaserad helhetslösning för lönehantering, HR-support, tidsrapportering, reseräkning och bemanning. HR Kontek Kontek är specialistbolaget som kan det här med Lön & HR. Vi fortsätter inkludera smart teknik och erbjuder helt webbaserade lösningar för personalhanteringen oavsett vilken bransch du är verksam inom. HR Läs mer om Kontek SD Worx Europeisk ledare inom HR och löneadministration. Vi skapar framgång i hjärtat av ditt företag, så att du och dina medarbetare kan blomstra. HR Heartpace HR Ett helt modulärt HR-system som stödjer och förenklar allt dagligt HR-arbete, täcker alla behov av HR, samtidigt som det ger dig möjlighet att fatta rätt beslut baserat på datadrivna insikter i alla HR-processer. HR Caspeco Flexibelt och användarvänligt system för administration och förvaltning av intäkter och kostnader för restauranger, hotell, arenor och kaféer. Integrerad med Scrive för att signera anställningskontrakt. HR Läs mer om integrationen Huma Huma är ett HR-system som är lätt att använda och lätt att gilla. Du kommer att tillbringa ⅓ av ditt liv på jobbet så få det att räknas med ett modernt och intuitivt HR-system som sömlöst uppfyller alla dina centrala HR-behov. HR Se alla integrationer Automatisering av blankettflöden Digitalisera alla era dokument utan integration. PDF-filer behöver inte längre laddas ner, skrivas ut, skrivas under, scannas, skickas in och bearbetas. Delbara länkar Kunder fyller i blanketter och formulär online och aktiverar e-signeringsprocessen från er webbsida. Mindre pappersarbete Förbättra kundupplevelsen och spara administrationstid. Förbättrad dataprecision Eliminera kostsamma, tidskrävande fel och manuell hantering av data. Säkert Varje underskrivet dokument och formulär är skyddat mot förfalskning med stöd av blockchain-teknik. Vi hjälper er Scrive stöttar er hela vägen. Att förstå var i digitaliseringsprocessen ni befinner er är bara början. Därefter erbjuder Scrives verktygslåda stor flexibilitet, från fullständig integration till online lösningar för omedelbar automatiserad e-signering. Frågor? Berätta om vad du försöker lösa idag Kontakta oss Se våra lösningar i praktiken Låt vårt team visa dig hur Scrive-lösningar kan automatisera vanliga affärsprocesser och hur du kan anpassa dem till dina behov. Boka en demo Varför Scrive? Scrive tillhandahåller e-signaturer och eID-lösningar för företag och erbjuder ett säkert och snabbt sätt att signera och hantera elektroniska dokument. Scrives expertis och erfarenhet av digitalisering är nyckeln till framgångsrika partnerskap med några av Europas största varumärken. Varför Scrive Scrive Grev Turegatan 11A 114 46 Stockholm Kontakta sälj Footer navigation Produkter eSign Online eSign Go eSign API Scrive QES eID Hub ID Check eSign Forms Forms Builder Lösningar Industrier Kundcase Integrationer Priser Pricing eSign Online Priser eSign API Priser eSign GO Priser ID Check Priser eID Hub Priser eSign Forms Priser Forms Builder Resurser Kunskap Trust Centre Hjälpcenter Utmaningar vi löser Digitalisering Signera avtal digitalt med bankid Externa resurser Verifiera ett dokument System status API dokumentation Brand guidelines Företaget Om Scrive Partners Karriär Kontakt Secondary navigation Terms of service Privacy notice Cookie Declaration © 2026 Scrive | 2026-01-13T09:29:08 |
https://hackage.haskell.org/package/HXQ | HXQ: A Compiler from XQuery to Haskell Hackage :: [Package] Search Browse What's new Upload User accounts HXQ : A Compiler from XQuery to Haskell [ bsd3 , library , xml ] [ Propose Tags ] [ Report a vulnerability ] HXQ is a fast and space-efficient compiler from XQuery (the standard query language for XML) to embedded Haskell code. The translation is based on Haskell templates. It also provides an interpreter for evaluating XQueries from input and an optional database connectivity using HDBC with MySQL/ODBC or sqlite3. Modules [ Index ] Text XML HXQ Text.XML.HXQ.XQuery Flags Automatic Flags Name Description Default mysql provides database connectivity using HDBC and MySql through HDBC-odbc. Disabled sqlite provides database connectivity using HDBC and HDBC-sqlite. Disabled base3 Use Version 3 of Base Disabled Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info Downloads HXQ-0.20.1.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers LeonidasFegaras For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.1 , 0.2 , 0.3 , 0.4 , 0.5 , 0.6 , 0.7 , 0.7.2 , 0.7.4 , 0.8 , 0.8.3 , 0.8.4 , 0.8.5 , 0.8.5.1 , 0.9.0 , 0.10.0 , 0.11.0 , 0.12.0 , 0.14.0 , 0.15.0 , 0.16.0 , 0.17.0 , 0.17.2 , 0.18.0 , 0.18.1 , 0.18.2 , 0.19.0 , 0.20.0 , 0.20.1 Dependencies array , base (>=3 && <4 || >=4.0 && <5) , haskeline , HDBC , HDBC-odbc , HDBC-sqlite3 , HTTP (>4000.0.4) , mtl , regex-base , regex-compat , template-haskell [ details ] License BSD-3-Clause Copyright 2008-2016 Leonidas Fegaras Author Leonidas Fegaras Maintainer Leonidas Fegaras <fegaras@cse.uta.edu> Uploaded by LeonidasFegaras at 2016-01-07T19:18:19Z Stability experimental --> Category XML Home page http://lambda.uta.edu/HXQ/ Distributions Reverse Dependencies 1 direct, 0 indirect [ details ] Downloads 24187 total (81 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2016-01-07 [ all 1 reports ] Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:08 |
https://hackage.haskell.org/packages/tag/composition | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged composition 11 packages have this tag. [Merge tag] (trustees only) Related tags: library (11), bsd3 (8), control (3), combinators (2), data (2), deprecated (1), monads (1), music (1), utils (1), xml (1) Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers Aoide 6 0.0 0 A simple music library with the capability of generating .ly and .mid files. ( bsd3 , composition , library , music ) 2020-07-07 0.1.0.2 Liisi_Kerik TypeCompose 75 0.0 31 Type composition classes & instances ( bsd3 , composition , control , library ) 2018-11-07 0.9.14 ConalElliott higherorder (deprecated) 3 0.0 2 Some higher order functions for Bool and [] ( bsd3 , composition , deprecated , library ) 2009-02-09 0.0 hofix-mtl 3 0.0 1 defining @mtl@-ready monads as * -> * fixed-points ( composition , library , monads ) 2010-08-12 1.0 NicolasFrisby invertible 37 1.25 5 bidirectional arrows, bijective functions, and invariant functors ( bsd3 , composition , control , data , library ) 2023-07-04 0.2.0.8 DylanSimon invertible-hlist 4 0.0 1 invertible functions and instances for HList ( bsd3 , composition , control , data , library ) 2017-03-07 0.2.0.2 DylanSimon invertible-hxt 3 0.0 2 invertible transformer instances for HXT Picklers ( bsd3 , composition , library , xml ) 2017-03-07 0.1 DylanSimon pointless-fun 10 0.0 3 Some common point-free combinators. ( bsd3 , combinators , composition , library , utils ) 2021-10-18 1.1.0.8 WrenThornton , WrenRomano reverse-apply 6 0.0 3 Standard version of the reverse apply operator. ( bsd3 , combinators , composition , library ) 2014-04-17 2.0.1 HansHoglund star-to-star 3 0.0 3 the * -> * types, operators, and covariant instances. ( composition , library ) 2010-08-11 1.0 NicolasFrisby star-to-star-contra 4 0.0 1 contravariant instances for * -> * types and operators. ( composition , library ) 2010-08-11 1.0 NicolasFrisby | 2026-01-13T09:29:08 |
https://man.freebsd.org/cgi/man.cgi?query=fish-faq&sektion=1&manpath=freebsd-ports#content | fish-faq Skip site navigation (1) Skip section navigation (2) Header And Logo Peripheral Links . Donate to FreeBSD . 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3.4 OpenBSD 3.3 OpenBSD 3.2 OpenBSD 3.1 OpenBSD 3.0 OpenBSD 2.9 OpenBSD 2.8 OpenBSD 2.7 OpenBSD 2.6 OpenBSD 2.5 OpenBSD 2.4 OpenBSD 2.3 OpenBSD 2.2 OpenBSD 2.1 OpenBSD 2.0 OpenDarwin 7.2.1 OpenDarwin 6.6.2/x86 OpenDarwin 6.6.1/x86 OpenDarwin 20030208pre4/ppc OpenIndiana 2024.10 OpenIndiana 2022.10 OpenIndiana 2020.10 OpenIndiana 2017.10 OpenIndiana 2015.10 OpenIndiana 2013.08 OpenSolaris 2010.03 OpenSolaris 2009.06 OpenStep 4.2 openSUSE 42.3 openSUSE 42.2 openSUSE 42.1 openSUSE 16.0 openSUSE 15.6 openSUSE 15.5 openSUSE 15.4 openSUSE 15.3 openSUSE 15.2 openSUSE 15.1 openSUSE 15.0 openSUSE 13.2 openSUSE 13.1 openSUSE 11.4 openSUSE 11.3 openSUSE 11.2 openSUSE 10.3 openSUSE 10.2 OSF1 V5.1/alpha OSF1 V4.0/alpha OSF1 V1.0/mips Plan 9 Red Hat 9.0 Red Hat 8.0 Red Hat 7.3 Red Hat 7.2 Red Hat 7.1 Red Hat 7.0 Red Hat 6.2 Red Hat 6.1 Red Hat 5.2 Red Hat 5.0 Red Hat 4.2 Rhapsody DR1 Rhapsody DR2 Rocky 10.0 Rocky 9.6 Rocky 9.5 Rocky 9.4 Rocky 9.3 Rocky 9.2 Rocky 9.1 Rocky 9.0 Rocky 8.10 Rocky 8.9 Rocky 8.8 Rocky 8.7 Rocky 8.6 Rocky 8.5 Rocky 8.4 Rocky 8.3 Sun UNIX 0.4 SunOS 5.10 SunOS 5.9 SunOS 5.8 SunOS 5.7 SunOS 5.6 SunOS 5.5.1 SunOS 4.1.3 SuSE 11.3 SuSE 11.2 SuSE 11.1 SuSE 11.0 SuSE 10.3 SuSE 10.2 SuSE 10.1 SuSE 10.0 SuSE 9.3 SuSE 9.2 SuSE 8.2 SuSE 8.1 SuSE 8.0 SuSE 7.3 SuSE 7.2 SuSE 7.1 SuSE 7.0 SuSE 6.4 SuSE 6.3 SuSE 6.1 SuSE 6.0 SuSE 5.3 SuSE 5.2 SuSE 5.0 SuSE 4.3 SuSE ES 10 SP1 Ubuntu 24.04 noble Ubuntu 23.10 mantic Ubuntu 22.04 jammy Ubuntu 20.04 focal Ubuntu 18.04 bionic Ubuntu 16.04 xenial Ubuntu 14.04 trusty ULTRIX 4.2 Ultrix-32 2.0/VAX Unix Seventh Edition X11R7.4 X11R7.3.2 X11R7.2 X11R6.9.0 X11R6.8.2 X11R6.7.0 XFree86 4.8.0 XFree86 4.7.0 XFree86 4.6.0 XFree86 4.5.0 XFree86 4.4.0 XFree86 4.3.0 XFree86 4.2.99.3 XFree86 4.2.0 XFree86 4.1.0 XFree86 4.0.2 XFree86 4.0.1 XFree86 4.0 XFree86 3.3.6 XFree86 3.3 XFree86 2.1 All Architectures html pdf ascii home | help FISH-FAQ (1) fish-shell FISH-FAQ (1) WHAT IS THE EQUIVALENT TO THIS THING FROM BASH (OR OTHER SHELLS)? See Fish for bash users HOW DO I SET OR CLEAR AN ENVIRONMENT VARIABLE? Use the set command: set -x key value # typically set -gx key value set -e key Since fish 3.1 you can set an environment variable for just one command using the key=value some command syntax, like in other shells. The two lines below behave identically - unlike other shells, fish will output value both times: key=value echo $key begin; set -lx key value; echo $key; end Note that "exported" is not a scope , but an additional bit of state. A variable can be global and exported or local and exported or even uni- versal and exported. Typically it makes sense to make an exported vari- able global. HOW DO I CHECK WHETHER A VARIABLE IS DEFINED? Use set -q var . For example, if set -q var; echo variable defined; end . To check multiple variables you can combine with and and or like so: if set -q var1; or set -q var2 echo either variable defined end Keep in mind that a defined variable could also be empty, either by having no elements (if set like set var ) or only empty elements (if set like set var "" ). Read on for how to deal with those. HOW DO I CHECK WHETHER A VARIABLE IS NOT EMPTY? Use string length -q -- $var . For example, if string length -q -- $var; echo not empty; end . Note that string length will interpret a list of multiple variables as a disjunction (meaning any/or): if string length -q -- $var1 $var2 $var3 echo at least one of these variables is not empty end Alternatively, use test -n "$var" , but remember that the variable must be double-quoted . For example, if test -n "$var"; echo not empty; end . The test command provides its own and (-a) and or (-o): if test -n "$var1" -o -n "$var2" -o -n "$var3" echo at least one of these variables is not empty end If you want to know if a variable has no elements , use set -q var[1] . WHY DOESN'T SET -UX (EXPORTED UNIVERSAL VARIABLES) SEEM TO WORK? A global variable of the same name already exists. Environment variables such as EDITOR or TZ can be set universally using set -Ux . However, if there is an environment variable already set be- fore fish starts (such as by login scripts or system administrators), it is imported into fish as a global variable. The variable scopes are searched from the "inside out", which means that local variables are checked first, followed by global variables, and finally universal variables. This means that the global value takes precedence over the universal value. To avoid this problem, consider changing the setting which fish inher- its. If this is not possible, add a statement to your configuration file (usually ~/.config/fish/config.fish ): set -gx EDITOR vim HOW DO I RUN A COMMAND EVERY LOGIN? WHAT'S FISH'S EQUIVALENT TO .BASHRC OR .PROFILE? Edit the file ~/.config/fish/config.fish [1], creating it if it does not exist (Note the leading period). Unlike .bashrc and .profile, this file is always read, even in non-in- teractive or login shells. To do something only in interactive shells, check status is-interactive like: if status is-interactive # use the coolbeans theme fish_config theme choose coolbeans end [1] The "~/.config" part of this can be set via $XDG_CONFIG_HOME, that's just the default. HOW DO I SET MY PROMPT? The prompt is the output of the fish_prompt function. Put it in ~/.con- fig/fish/functions/fish_prompt.fish . For example, a simple prompt is: function fish_prompt set_color $fish_color_cwd echo -n (prompt_pwd) set_color normal echo -n ' > ' end You can also use the Web configuration tool, fish_config , to preview and choose from a gallery of sample prompts. Or you can use fish_config from the commandline: > fish_config prompt show # displays all the prompts fish ships with > fish_config prompt choose disco # loads the disco prompt in the current shell > fish_config prompt save # makes the change permanent If you want to modify your existing prompt, you can use funced and funcsave like: >_ funced fish_prompt # This opens up your editor (set in $EDITOR). # Modify the function, # save the file and repeat to your liking. # Once you are happy with it: >_ funcsave fish_prompt This also applies to fish_right_prompt and fish_mode_prompt . WHY DOES MY PROMPT SHOW A [I]? That's the fish_mode_prompt . It is displayed by default when you've ac- tivated vi mode using fish_vi_key_bindings . If you haven't activated vi mode on purpose, you might have installed a third-party theme or plugin that does it. If you want to change or disable this display, modify the fish_mode_prompt function, for instance via funced . HOW DO I CUSTOMIZE MY SYNTAX HIGHLIGHTING COLORS? Use the web configuration tool, fish_config , or alter the fish_color family of environment variables . You can also use fish_config on the commandline, like: > fish_config theme show # to demonstrate all the colorschemes > fish_config theme choose coolbeans # to load the "coolbeans" theme > fish_config theme save # to make the change permanent HOW DO I CHANGE THE GREETING MESSAGE? Change the value of the variable fish_greeting or create a fish_greeting function. For example, to remove the greeting use: set -U fish_greeting Or if you prefer not to use a universal variable, use: set -g fish_greeting in config.fish . HOW DO I RUN A COMMAND FROM HISTORY? Type some part of the command, and then hit the up () or down () arrow keys to navigate through history matches, or press ctrl-r to open the history in a searchable pager. In this pager you can press ctrl-r or ctrl-s to move to older or younger history respectively. Additional default key bindings include ctrl-p (up) and ctrl-n (down). See Searchable command history for more information. WHY DOESN'T HISTORY SUBSTITUTION ("!$" ETC.) WORK? Because history substitution is an awkward interface that was invented before interactive line editing was even possible. Instead of adding this pseudo-syntax, fish opts for nice history searching and recall features. Switching requires a small change of habits: if you want to modify an old line/word, first recall it, then edit. As a special case, most of the time history substitution is used as sudo !! . In that case just press alt-s , and it will recall your last commandline with sudo prefixed (or toggle a sudo prefix on the current commandline if there is anything). In general, fish's history recall works like this: • Like other shells, the Up arrow, up recalls whole lines, starting from the last executed line. So instead of typing !! , you would just hit the up-arrow. • If the line you want is far back in the history, type any part of the line and then press Up one or more times. This will filter the re- called lines to ones that include this text, and you will get to the line you want much faster. This replaces "!vi", "!?bar.c" and the like. If you want to see more context, you can press ctrl-r to open the history in the pager. • alt-up recalls individual arguments, starting from the last argument in the last executed line. This can be used instead of "!$". See documentation for more details about line editing in fish. That being said, you can use Abbreviations to implement history substi- tution. Here's just !! : function last_history_item; echo $history[1]; end abbr -a !! --position anywhere --function last_history_item Run this and !! will be replaced with the last history entry, anywhere on the commandline. Put it into config.fish to keep it. HOW DO I RUN A SUBCOMMAND? THE BACKTICK DOESN'T WORK! fish uses parentheses for subcommands. For example: for i in (ls) echo $i end It also supports the familiar $() syntax, even in quotes. Backticks are not supported because they are discouraged even in POSIX shells. They nest poorly and are hard to tell from single quotes ( '' ). MY COMMAND (PKG-CONFIG) GIVES ITS OUTPUT AS A SINGLE LONG STRING? Unlike other shells, fish splits command substitutions only on new- lines, not spaces or tabs or the characters in $IFS. That means if you run count (printf '%s ' a b c) It will print 1 , because the "a b c " is used in one piece. But if you do count (printf '%s\n' a b c) it will print 3 , because it gave count the arguments "a", "b" and "c" separately. In the overwhelming majority of cases, splitting on spaces is unwanted, so this is an improvement. This is why you hear about problems with filenames with spaces, after all. However sometimes, especially with pkg-config and related tools, split- ting on spaces is needed. In these cases use string split -n " " like: g++ example_01.cpp (pkg-config --cflags --libs gtk+-2.0 | string split -n " ") The -n is so empty elements are removed like POSIX shells would do. HOW DO I GET THE EXIT STATUS OF A COMMAND? Use the $status variable. This replaces the $? variable used in other shells. somecommand if test $status -eq 7 echo "That's my lucky number!" end If you are just interested in success or failure, you can run the com- mand directly as the if-condition: if somecommand echo "Command succeeded" else echo "Command failed" end Or if you just want to do one command in case the first succeeded or failed, use and or or : somecommand or someothercommand See the Conditions and the documentation for test and if for more in- formation. MY COMMAND PRINTS NO MATCHES FOR WILDCARD BUT WORKS IN BASH In short: quote or escape the wildcard: scp user@ip:/dir/"string-*" When fish sees an unquoted * , it performs wildcard expansion . That means it tries to match filenames to the given string. If the wildcard doesn't match any files, fish prints an error instead of running the command: > echo *this*does*not*exist fish: No matches for wildcard '*this*does*not*exist'. See `help expand`. echo *this*does*not*exist ^ Now, bash also tries to match files in this case, but when it doesn't find a match, it passes along the literal wildcard string instead. That means that commands like the above scp user@ip:/dir/string-* or apt install postgres-* appear to work, because most of the time the string doesn't match and so it passes along the string-* , which is then interpreted by the re- ceiving program. But it also means that these commands can stop working at any moment once a matching file is encountered (because it has been created or the command is executed in a different working directory), and to deal with that bash needs workarounds like for f in ./*.mpg; do # We need to test if the file really exists because # the wildcard might have failed to match. test -f "$f" || continue mympgviewer "$f" done (from http://mywiki.wooledge.org/BashFAQ/004 ) For these reasons, fish does not do this, and instead expects asterisks to be quoted or escaped if they aren't supposed to be expanded. This is similar to bash's "failglob" option. WHY WON'T SSH/SCP/RSYNC CONNECT PROPERLY WHEN FISH IS MY LOGIN SHELL? This problem may show up as messages like " Received message too long ", " open terminal failed: not a terminal ", " Bad packet length ", or " Con- nection refused " with strange output in ssh_exchange_identification messages in the debug log. This usually happens because fish reads the user configuration file ( ~/.config/fish/config.fish ) always , whether it's in an interactive or login or non-interactive or non-login shell. This simplifies matters, but it also means when config.fish generates output, it will do that even in non-interactive shells like the one ssh/scp/rsync start when they connect. Anything in config.fish that produces output should be guarded with status is-interactive (or status is-login if you prefer): if status is-interactive ... end The same applies for example when you start tmux in config.fish without guards, which will cause a message like sessions should be nested with care, unset $TMUX to force . I'M GETTING WEIRD GRAPHICAL GLITCHES (A STAIRCASE EFFECT, GHOST CHARACTERS, CURSOR IN THE WRONG POSITION,...)? In a terminal, the application running inside it and the terminal it- self need to agree on the width of characters in order to handle cursor movement. This is more important to fish than other shells because features like syntax highlighting and autosuggestions are implemented by moving the cursor. Sometimes, there is disagreement on the width. There are numerous causes and fixes for this: • It is possible the character is simply too new for your system to know - in this case you need to refrain from using it. • Fish or your terminal might not know about the character or handle it wrong - in this case fish or your terminal needs to be fixed, or you need to update to a fixed version. • The character has an "ambiguous" width and fish thinks that means a width of X while your terminal thinks it's Y. In this case you either need to change your terminal's configuration or set $fish_ambigu- ous_width to the correct value. • The character is an emoji and the host system only supports Unicode 8, while you are running the terminal on a system that uses Unicode >= 9. In this case set $fish_emoji_width to 2. This also means that a few things are unsupportable: • Non-monospace fonts - there is no way for fish to figure out what width a specific character has as it has no influence on the termi- nal's font rendering. • Different widths for multiple ambiguous width characters - there is no way for fish to know which width you assign to each character. UNINSTALLING FISH If you want to uninstall fish, first make sure fish is not set as your shell. Run chsh -s /bin/bash if you are not sure. If you installed it with a package manager, just use that package man- ager's uninstall function. If you built fish yourself, assuming you in- stalled it to /usr/local, do this: rm -Rf /usr/local/etc/fish /usr/local/share/fish ~/.config/fish rm /usr/local/share/man/man1/fish*.1 cd /usr/local/bin rm -f fish fish_indent AUTHOR fish-shell developers COPYRIGHT fish-shell developers 4.0 Nov 01, 2025 FISH-FAQ (1) WHAT IS THE EQUIVALENT TO THIS THING FROM BASH (OR OTHER SHELLS)? | HOW DO I SET OR CLEAR AN ENVIRONMENT VARIABLE? | HOW DO I CHECK WHETHER A VARIABLE IS DEFINED? | HOW DO I CHECK WHETHER A VARIABLE IS NOT EMPTY? | WHY DOESN'T SET -UX (EXPORTED UNIVERSAL VARIABLES) SEEM TO WORK? | HOW DO I RUN A COMMAND EVERY LOGIN? WHAT'S FISH'S EQUIVALENT TO .BASHRC OR | HOW DO I SET MY PROMPT? | WHY DOES MY PROMPT SHOW A [I]? | HOW DO I CUSTOMIZE MY SYNTAX HIGHLIGHTING COLORS? | HOW DO I CHANGE THE GREETING MESSAGE? | HOW DO I RUN A COMMAND FROM HISTORY? | WHY DOESN'T HISTORY SUBSTITUTION ("!$" ETC.) WORK? | HOW DO I RUN A SUBCOMMAND? THE BACKTICK DOESN'T WORK! | MY COMMAND (PKG-CONFIG) GIVES ITS OUTPUT AS A SINGLE LONG STRING? | HOW DO I GET THE EXIT STATUS OF A COMMAND? | MY COMMAND PRINTS NO MATCHES FOR WILDCARD BUT WORKS IN BASH | WHY WON'T SSH/SCP/RSYNC CONNECT PROPERLY WHEN FISH IS MY LOGIN SHELL? | I'M GETTING WEIRD GRAPHICAL GLITCHES (A STAIRCASE EFFECT, GHOST CHARACTERS, | UNINSTALLING FISH | AUTHOR | COPYRIGHT Want to link to this manual page? Use this URL: < https://man.freebsd.org/cgi/man.cgi?query=fish-faq&manpath=FreeBSD+15.0-RELEASE+and+Ports > home | help Legal Notices | © 1995-2026 The FreeBSD Project. All rights reserved. Contact | 2026-01-13T09:29:08 |
https://neilzone.co.uk/2024/03/scanning-to-debian-12-with-a-fujitsi-ix500/ | " /> Scanning to Debian 12 with a Fujitsi ix500 Neil's blog Scanning to Debian 12 with a Fujitsi ix500 2024-03-31 I have a lot of documents to scan. I have a working Brother multi-function printer/scanner, and it works fine, but it scans slowly . Very slowly. I also have an old(ish) Fujitsi ix500, a preference for using Linux, and a willingness to give something a try. And… it works, very easily! Using GNOME’s “Document Scanner” This was as simple as plugging in the ix500 using the USB cable, and then opening “Document Scanner”. I could immediately use the scanner, including duplex, and setting options. It has a post-processing function, but I didn’t make that work (or spend too much time trying). If I wanted to scan the occasional document, this is probably the way to go. But I have many, many documents, to scan. Using scanimage Because I have so many documents to get through, I wanted a solution which used the button on the scanner, and automatically saved the output as a PDF. I wanted duplex, and I’m willing to accept blank pages. Install and configure scanimage I installed scanimage using: sudo apt install sane-utils -y To identify the scanner (after I had plugged it in and powered it on), I used: scanimage -L That gave me fujitsu:ScanSnap iX500:1224166 . I used that to check the options available for my scanner, using: scanimage –help -d ‘fujitsu:ScanSnap iX500:1224166’ scanimage --help -d 'fujitsu:ScanSnap iX500:1224166' It gave me a whole list of options. Of interest to me were source , to set duplex mode, and resolution . Shell script for the scanning I wrote a simple shell script, to handle the scanning. I load the pages into the document feeder, and then run the shell script. To set it up, I created the output directory, in which the converted PDFs will be placed: sudo mkdir /var/scans_out sudo chown -R neil:neil /var/scans_out Here’s the shell script: #!/bin/bash set -e OUTPUT=$(date +%Y%m%d%H%M%S).pdf SCANDIR=$(mktemp -d) OUTPUTDIR='/var/scans_out' cd "$SCANDIR" scanimage -b --format png -d 'fujitsu:ScanSnap iX500:1224166' --source 'ADF Duplex' --resolution 300 convert ./*.png "$OUTPUTDIR"/"$OUTPUT" # This might be unnecessary rm "$SCANDIR"/*.png To use it, save it somewhere, then chmod +x it. When run, it scans, using duplex (i.e. both sides), and saves the output images into $SCANDIR, before converting them to PDFs and storing them in $OUTPUTDIR. Scanning using the ix500’s button To scan using the ix500’s button, I installed scanbd . I installed it with: sudo apt install scanbd -y In /etc/scanbd/scanbd.conf , I deleted all the action settings other than the action for Scan to file . I edited this to read: action scan { filter = "^scan.*" numerical-trigger { from-value = 1 to-value = 0 } desc = "Scan to file" # script must be an relative path starting from scriptdir (see above), # or an absolute pathname. # It must contain the path to the action script without arguments # Absolute path example: script = "/some/path/foo.script script = "/home/neil/scripts/scan.sh" } Because scanbd on Debian runs as the user saned (which you can change in /etc/scanbd/scanbd.conf ), I needed to change the permissions on /var/scans_out : sudo chown -R saned:saned /var/scans_out Now, if you press the button on the scanner, it runs the script. You may also like: Creating a partition larger than 2TB on an SSD on Linux Multiplayer Quake III Arena on Linux (client and server) A working wireless plug-and-play display solution for Linux laptops (and others OSs) Improving my laptop's battery with TLP Stopping music in my office automatically when I get a phone call or join an audio/video call Adding an Internet radio stream (such as RadioFreeFedi) to mpd Getting the Sierra Wireless EM7455 LTE modem working in a ThinkPad with Debian 12 Linux (with GPS) Fixing dropbear-initramfs '/scripts/init-premount/dropbear: cat: not found' error Keeping bash history in sync using atuin and a self-hosted sync server Keyboard shortcut for adding random albums to the playlist in ncmpcpp This is a test post Fixing Mastodon 'Error processing thumbnail for uploaded media' video uploading Upgrading the glitch-soc fork of Mastodon Very, very initial thoughts of the Xreal Air 2 Pro glasses and Debian 12 Using Bitwarden as an AppImage on Debian with GNOME All posts CC BY-SA-NC 4.0 or any later version, unless otherwise stated. RSS feed | 2026-01-13T09:29:08 |
https://stifelinstitutional.com/global-coverage/europe/ | Stifel Institutional | Stifel Europe About Us Capabilities Global Coverage Insights & Perspectives Careers Connect with Us We use cookies to provide you a better experience. By continuing to use this website, you consent to the use of cookies in accordance with our Cookie Policy. accept A Pan-European Investment Firm with Global Presence and Cutting-Edge Expertise About Stifel Europe Capabilities Transactions Stifel IRIS Locations Careers Contact We are committed to guiding dynamic, mid-market companies and their investors at every stage of their journey, using our expertise, insights, and innovative solutions to help them become global champions. In line with this commitment, Stifel addresses our clients’ unique needs and generates value throughout their business lifecycle. We provide a full range of services including Investment Banking, Fixed Income Capital Markets, Research, and Sales & Trading. With offices in the UK and across Europe, Stifel maintains robust relationships with both clients and investors. Our growth in Europe has centered on establishing a Trans-Atlantic advisory, debt, and equity powerhouse, specializing in small- and mid-cap companies for institutional investors. We are proud to welcome our new colleagues from Bryan, Garnier & Co., a leading European middle market investment bank specializing in the healthcare and technology verticals, to Stifel. Read Press Release. This combination enhances our advisory capabilities in two of our largest investment banking growth verticals – healthcare and technology – and provides clients access to Stifel IRIS. Stifel IRIS continues the thought leadership Bryan Garnier provided, offering forward-thinking research and analysis through articles, white papers, quarterly reports, and market insights. Stay informed with data-driven intelligence to navigate evolving markets. Equity research login Fixed Income Research Login Introducing Stifel IRIS, a library of innovative thought leadership content, sharing how our global team thinks about today’s markets. Learn More How We Serve Clients Expert Advice, Exceptional Outcomes Our goal is to provide valuable insights that facilitate our clients’ growth journey and strategic decision-making, seamlessly executed through our comprehensive range of capabilities. From M&A advisory to a full suite of financial strategies and services, we respond to clients’ needs with tailored solutions to meet their growth objectives. Advisory Stifel’s European Business Services team advises on a diverse range of transactions including private buy-side and sell-side M&A, public takeovers and defense, strategic advisory and investor positioning assignments, in addition to IPO’s, rights issues, equity private placements, and investment and sub-investment grade financings. We work closely with public and private clients across Continental Europe, North America, the Middle East, and Asia on transactions with a particular focus on Testing, Inspection, Certification & Compliance; Engineering & Infrastructure Services; Environmental/ESG Services; Specialty Rental; Specialty Consulting; Distribution; Industrial & Technical Services; Facility Services; B2C; BPO; and Human Capital Services. Capital Solutions Stifel's London-based Capital Solutions Group (CSG) offers borrowers a full range of public and private capital markets solutions designed to span the full corporate lifecycle including complex and distressed situations. We work closely with clients across a wide range of industries and jurisdictions to communicate their credit stories to a targeted investor audience and create tailored debt financing structures. CSG leverages Stifel’s global coverage of more than 8,000 accounts, from large institutions to private wealth, to find the right pockets of capital. CSG is also able to advise on restructuring and liability management processes with a focus on early identification of credit related issues and a proactive approach in resolving any commercial, financial, or structural issues. UK Corporate Broking Stifel is a leading UK corporate broker with retained relationships across multiple sectors with companies listed on the Main Market and AIM. We offer a range of services to our corporate clients, providing them with support in the equity capital markets, as well as insightful advice on M&A, defence and debt capital markets. Stifel is increasingly broadening its sector footprint, with significant momentum and recent clients wins in the Healthcare, Technology and Financials sectors complementing ongoing mid-market leadership in Real Estate, Energy and Resources, and Investment Funds. Our Capabilities Investment Banking A full-service investment banking practice with deep industry and sector expertise. Learn More Equity Research, Sales & Trading A leading Pan-European equity research and sales & trading product. Equity Research Fixed Income Capital Markets Expertise in structuring and execution across multiple products in public and private markets. Learn More Notable Transactions £218,700,000 Sole Financial Advisor Mergers & Acquisitions Investment Funds & Real Estate Nov 2024 Advisor to Buyer Mergers & Acquisitions Healthcare Nov 2024 Advisor to Buyer Has Executed a Majority Recapitalization with Technology Oct 2024 Advisor to Seller Mergers & Acquisitions Technology Oct 2024 Sole Financial Advisor Mergers & Acquisitions Healthcare Services Oct 2024 Advisor to Seller Mergers & Acquisitions Consumer Sep 2024 $46,300,000 Capital Markets Advisor, Bookrunner & Sole Placing Agent Reverse Takeover & Equity Placing Energy & Natural Resources Sep 2024 Advisor to Seller Mergers & Acquisitions Healthcare, Biopharma Aug 2024 Advisor to Seller Mergers & Acquisitions Consumer Aug 2024 $310,000,000 Advisor to Seller Mergers & Acquisitions Medtech, Healthcare Jul 2024 £167,000,000 Sole Financial Advisor Mergers & Acquisitions Investment Funds & Real Estate Jul 2024 Sole Financial Advisor Has Received an Investment from Frog Hawley Consumer Jul 2024 Advisor to Seller Mergers & Acquisitions Technology Jul 2024 $10,000,000 Sole Corporate Broker and Sole Bookrunner Equity Placing Healthcare May 2024 €19,200,000 Sole Global Coordinator and Joint Bookrunner Follow-on Offering Healthcare May 2024 Joint Corporate Broker Energy & Natural Resources Mar 2024 £380,000,000 Advisor to Seller Mergers & Acquisitions Healthcare Jan 2024 Joint Corporate Broker Energy & Natural Resources Jan 2024 $75,300,000 Financial Advisor Mergers & Acquisitions Energy & Natural Resources Dec 2023 Advisor to Seller Mergers & Acquisitions Healthcare Sep 2023 Financial Advisor Private Debt Software Sep 2023 £10,000,000 Joint Bookrunner Equity Placing Healthcare Jul 2023 $50,000,000 Sole Bookrunner Follow-on Offering Energy & Natural Resources Jun 2023 £12,500,000 Nomad, Joint Broker and Joint Bookrunner Equity Placing Technology May 2023 Advisor to Seller Mergers & Acquisitions Consumer Apr 2023 £92,000,000 Joint Bookrunner Follow-on Offering Diversified Industries Apr 2023 $20,300,000 Sole Placement Agent and Nomad PIPE Healthcare Feb 2023 Advisor to Seller Mergers & Acquisitions Healthcare Dec 2022 £64,000,000 Sole Bookrunner, Sole Placement Agent, Sole Broker and Nomad Convertible Bond & Follow-on Offering Healthcare Services Oct 2022 €120,000,000 Advisor to Seller Mergers & Acquisitions Software Oct 2022 £10,482,996 Broker and Sole Bookrunner Placing and Subscription Internet & Digital Media Oct 2022 Advisor to Seller Mergers & Acquisitions Software Sep 2022 $220,000,000 Joint Broker and Joint Bookrunner Follow-on Offering Technology Sep 2022 Joint Global Coordinator and Joint Bookrunner Follow-on Offering Energy & Natural Resources Sep 2022 Advisor to Buyer Mergers & Acquisitions Paper & Forest Products Sep 2022 Advisor to Seller Mergers & Acquisitions Software Sep 2022 Advisor to Seller Mergers & Acquisitions Software Aug 2022 $260,000,000 Advisor to Seller Mergers & Acquisitions Healthcare Services Aug 2022 $480,000,000 Exclusive Financial Advisor Tender Offer Gaming & Leisure Jun 2022 £34,261,864 Joint Bookrunner Follow-on Offering Biopharma May 2022 £30,000,000 Financial Advisor, Sponsor & Nomad Transfer of Listing to AIM Consumer Feb 2022 £130,000,000 Joint Bookrunner Follow-on Offering Diversified Industries Jan 2022 $41,000,000 Bookrunner, Global Coordinator and Nomad Technology Nov 2021 Advisor to Seller Mergers & Acquisitions Technology Oct 2021 $354,000,000 Joint Bookrunner Follow-on Offering Technology Sep 2021 $128,600,000 Joint Global Coordinator and Joint Bookrunner Initial Public Offfering Internet & Digital Media Jun 2021 $225,000,000 Joint Global Coordinator Follow-on Offering May 2021 £30,000,000 Advisor to Seller Mergers & Acquisitions Retail Apr 2021 £150,000,000 Sole Bookrunner Follow-on Offering Real Estate Mar 2021 £25,000,000 Sole Bookrunner Follow-on Offering Mar 2021 £104,400,000 Joint Bookrunner Block Trade Mar 2021 £60,000,000 Sole Bookrunner Follow-on Offering Real Estate Mar 2021 £110,500,000 Advisor to Seller Mergers & Acquisitions Software Dec 2020 $300,000,000 Advisor to Seller Mergers & Acquisitions Software Dec 2020 £17,500,000 Sole Bookrunner Follow-on Offering Biopharma Dec 2020 $56,600,000 Joint Bookrunner Block Trade Dec 2020 £89,200,000 Advisor to Seller Mergers & Acquisitions Software Dec 2020 €30,000,000 Joint Bookrunner Follow-on Offering Business Services Nov 2020 $115,000,000 Joint Bookrunner Follow-on Offering Software Oct 2020 €200,000,000 Sole Bookrunner Follow-on Offering Real Estate Oct 2020 £1,800,000,000 Financial Advisor Mergers & Acquisitions Sep 2020 Prev Next Currency volume represents full credit to each underwriter. 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https://aws.amazon.com/blogs/industries/how-cloud-based-data-mesh-technology-can-enable-financial-regulatory-data-collection/ | How Cloud-based Data Mesh Technology Can Enable Financial Regulatory Data Collection | AWS for Industries Skip to Main Content Filter: All English Contact us AWS Marketplace Support My account Search Filter: All Sign in to console Create account AWS Blogs Home Blogs Editions AWS for Industries How Cloud-based Data Mesh Technology Can Enable Financial Regulatory Data Collection by David MacKeith, Richard Caven, and Richard Nicholson on 05 JAN 2021 in Amazon EMR , AWS Data Exchange , Financial Services , Industries Permalink Comments Share Background Central banks and financial regulators depend on access to high-quality, up-to-date data from regulated financial institutions such as banks and insurance companies. These regulated entities have widely varying and changing operational environments, each operating independently, but must coordinate with the regulator to exchange relevant data. Today, the costs incurred by banks in supporting regulators’ requests for data are very high. For example, the Bank of England refer to a study by McKinsey and Company in 2019 which estimated that UK banks spent between £2 billion–£4.5 billion per year on regulatory reporting. Modern cloud technology already has a track record of enabling valuable insights in a cost-efficient manner, by pooling data and carrying out analytics using data warehouse and big data tools. For example using big data analytics tools such as Amazon EMR to consolidate data from securities trading to enable enhanced risk management. For regulators, the challenge is to be able to gain insights and valuable information from analyzing a variety of large datasets in a controlled, highly flexible, and cost-effective manner. As markets evolve and economic risks change, the demands from regulators and central banks will also change, hence the regulatory ecosystem must continue to be adaptive and cost-effective for all participants. Introducing the Data Mesh In an article published by martinFowler.com: ” How to Move Beyond a Monolithic Data Lake to a Distributed Data Mesh ,” Zhamak Dehghani explains some of the reasons for the need to adopt a new approach to data-centric systems. Dehghani argues that each generation of “data platforms” has resulted in a centralized monolith that ignores the individual needs of producers – such as the departments within a large organization – in terms of how they can best structure their data for their business purposes. While this can work for organizations with straightforward business models, this becomes increasingly problematic for more complex enterprises as data lineage and governance issues become increasingly difficult to manage. The problem is even more severe for an ecosystem of independent parties such as the one involved in regulatory reporting and data gathering. Cloud technology used in conjunction with the “data mesh” concept provides a promising approach to solving regulatory reporting problems. Data meshes naturally address the data ownership, governance, and lineage issues associated with a federated regulatory ecosystem. In a data mesh approach, each data producer (such as a commercial bank) independently maintains and updates its published data. Only when the bank chooses to “publish” a new version of the dataset are changes made visible to subscribed data consumers (such as an FSI regulator). Each producer controls the structure of each published dataset and this structure is described by a data schema. Meanwhile, the data consumers may gather published data from multiple data producers (such as from each bank under the regulator’s jurisdiction). The consumer may then use a diverse set of cloud technologies to populate data lakes or data warehouses as required. Hence, in a flexible and cost-efficient manner, a regulatory data mesh enables regulated entities to “bridge the gap” between their people, processes, and the systems that produce the data. A key enabler of this data mesh approach is the use of self-describing data. We might envision a data ecosystem with multiple data producers and consumers, based on a centrally defined data schema. However, keeping all participants in strict data lockstep is not realistic given the wide variety of internal IT systems that data producers operate – the approach would be both costly to enforce and extremely brittle to ongoing change. Instead, the solution to this problem is for each producer to create an embedded data schema that describes the current structure of each published dataset. In a regulatory ecosystem, this metadata might describe the data by reference to standard nomenclature and set of data fields defined by the regulator such as those defined in the “Banks Integrated Reporting Dictionary” (BIRD) and the European System of Central Banks’ (ESCB) Integrated Reporting Framework (IReF). So long as they adhere to the mandated nomenclature and provide all of the required data fields, the data producer is free to adopt their own data schema. Then whenever a producer makes changes to the content or structure of a dataset, these changes are reflected in the embedded data schema. Outline Implementation Approach AWS Data Exchange provides the foundations needed for creating these secure multi-party data mesh environments. Using the AWS Data Exchange “Private” publishing option, only specific data consumers (such as the regulator) authorized by a producer, will be able to see the data product and subscribe to it. Each published view on AWS Data Exchange is versioned, so there is an auditable data change record available to the consumer. The consumer can access this self-describing data and use tools (such as AWS Glue) to transform it into the required format for down-stream processing via a data warehouse, database, or data lake. The recent blog Analyzing COVID-19 Data demonstrates the power of using AWS Data Exchange in this way. In this example, AWS together with AWS Partners Salesforce, Tableau, and MuleSoft brought together trusted sources of COVID-19 data to enable it to be shared with interested third parties via AWS Data Exchange. This has enabled data consumers to extract relevant data into their analytics data lakes, pulling and transforming data as required. New versions of the data can be made available at any time by the relevant data producer within AWS Data Exchange, and the availability of these new versions are communicated to all data consumers. This resource is made available publicly to support organizations in their COVID relief efforts. In other use cases, access can alternatively be strictly limited by using AWS Identity and Access Management controls. A conceptual overview of a federated regulatory reporting data mesh environment is shown in Figure 1; where each regulated bank is an AWS Data Exchange data producer and each regulator an AWS Data Exchange data consumer. Figure 1: Regulator reporting data mesh The implementation of such an environment illustrated in Figure 2 is comprised of the following stages: Regulated banks (AWS Data Exchange data producers) curate and upload required data artifacts creating their AWS Data Exchange regulatory reporting data product. See AWS Data Exchange best practices. When appropriate or required, each data producer publishes a new revision of their reporting data product (such as regulatory data). This newly published revision may include only data that has changed, all data, or all data and full change history. A revision may be created and published by each data producer at any time. The regulator (the data consumer) receives notice of updates which they can act upon at their discretion, pulling the revision into their reporting analytics infrastructure when needed. As revisions from each data producer are self-describing, it is a simple process to map these diverse sources into the consumer’s normalized data structure. The normalized data may be analyzed using a range of tools and techniques to search for specific information or extract insights. Options include graph relationship analysis (Amazon Neptune), AI/ML pattern recognition (Amazon SageMaker), traditional data warehouse search/queries (Amazon Redshift or Amazon Athena), and report generation. Figure 2: Sample implementation of a federated regulatory reporting data mesh environment Opportunities and Benefits The AWS Data Exchange approach could be used as the basis for a highly adaptive and scalable “common input layer” which is seen as a desirable attribute by regulators (see for example the Bank of England’s consultation on “ Transforming Data Collection ,”released on January 2020). One of the considerations discussed in the paper is whether the common input layer should adopt a “push” or “pull” approach (for example regulated entities either “pushing” data to the regulator on request) or, when required, the regulator “pulls” the data from each regulated entity. The regulatory data mesh architecture provides the advantages of both approaches. It provides the benefit of a “push” system for the data producer, abstracting the complexities of their own underlying IT systems and the timing of their updates without the need to coordinate with the regulator directly. It also allows the regulator to “pull” the data that they need when they need it, thereby freeing each bank from the burden of having to continually produce new reports or data extracts in response to regulator requests. It also provides further advantages for both parties. The data producer has a local data repository which has potential value for the data producer as a reference data store and doesn’t carry the burden of having to continually produce new reports or data extracts in response to regulator requests. And the regulator has the advantage of being able to create new combined datasets and analyze them on demand without having to build a permanent centralized data lake. Conclusion The volume, timeliness, and accuracy of data which regulators need to collect to meet their regulatory objectives places challenges on regulators and regulated firms. There are, however, practical solutions to many of the business issues faced that can be developed securely, cost effectively, and scalably using cloud technology. In particular we believe that all parties can benefit from the application of data mesh technologies such that the burden of data collection can be reduced for large and small organizations alike in a way which is sufficiently flexible to adapt to changing requirements. Cloud-based data mesh technology can also be successfully applied to a wide range of other data management requirements, from ingesting third party and public data to help inform internal decision making, to ensuring consistency between internal datasets. This is just one of the ways that the cloud is changing the way businesses look at some of the hardest data challenges they face and helping them to create more agile and sustainable solutions as a result. To learn more about how cloud can help to enable improvements in regulatory reporting and data collection contact: Richard Caven Financial Services Specialist rcaven@amazon.com David MacKeith Technical Business Development Manager dmmackei@amazon.com TAGS: Data Mesh Technology , Federal Financial , Financial Regulatory Data Collection , Financial Services , Government David MacKeith David MacKeith leads business development for Amazon Web Services (AWS) Government Financial Services for Europe, the Middle East, and Africa (EMEA). He has over 20 years of experience helping government and financial services organizations all around the world transform their operations to better serve their respective customers and markets. This includes helping these organizations develop, experiment, and deploy innovative solutions in the areas of digital currencies, monetary and market analysis, regulatory reporting and data collection automation and optimization, and transformation of treasury management functions. Prior to joining AWS, Mr MacKeith worked in the City of London as a commercial transaction lawyer. He holds a degree in Physics from the University of Cambridge. Richard Caven is a Worldwide Banking Specialist at AWS. He is responsible for the development and execution of strategic initiatives to help customers migrate to the cloud and drive their digital transformation journey. Richard joined AWS in 2018 from Barclays where he was a Managing Director and COO for the Global Treasury function. Richard Nicholson Richard is a Principal Solution Architect in the Amazon Web Services (AWS) Financial Service EMEA business and market development team. Richard works on areas as diverse as front office risk system architectures and back office core mainframe migration. Prior to AWS, Richard spent 18 years in his own company focused on the development and use of runtime self-adaptive software systems across a diverse range of industries including Finance Services and Industrial IoT. An Astrophysicist by training, Richard entered the Financial Service industry in 1995, as an Infrastructure Systems Administrator for Salomon Brothers. 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https://www.openbsd.org/faq/faq4.html#bsd.rd | OpenBSD FAQ: Installation Guide Open BSD FAQ - Installation Guide [FAQ Index] Overview of the Installation Procedure Pre-Installation Checklist Downloading OpenBSD Creating Install Media Performing a Simple Install File Sets Disk Partitioning Bootstrapping Wireless Firmware Sending Your dmesg After the Install Customizing the Install Process Multibooting Overview of the Installation Procedure The OpenBSD installer uses a special ramdisk kernel ( bsd.rd ) that spawns a live environment running entirely in memory. It contains the install script and a small number of utilities needed to perform a complete installation. These utilities can also be useful for disaster recovery. The ramdisk kernel can be booted from a number of different sources: CD/DVD USB drive An existing partition Over the network ( PXE or other network boot options ) Floppy disk Not every platform supports all of these options. If you have a running OpenBSD system, bsd.rd is all you need to reinstall or upgrade to a newer version. To do so, download and verify the new bsd.rd , place it on an existing filesystem, and boot from it. The general method of booting bsd.rd is to change your boot kernel from /bsd to /bsd.rd through whatever means used on your platform. Booting from bsd.rd on an amd64 system can be done like so: Using drive 0, partition 3. Loading...... probing: pc0 com0 com1 mem[638K 1918M a20=on] disk: hd0+ hd1+ >> OpenBSD/amd64 BOOT 3.33 boot> bsd.rd This will boot the kernel named bsd.rd from the first partition of the first recognized hard disk. If you need to specify a different drive or partition, just prefix the kernel name with its location. The following example would boot from the fourth partition of the second hard drive: Using drive 0, partition 3. Loading...... probing: pc0 com0 com1 mem[638K 1918M a20=on] disk: hd0+ hd1+ >> OpenBSD/amd64 BOOT 3.33 boot> boot hd1d:/bsd.rd OpenBSD boot loaders are documented in the architecture-specific boot(8) man pages. Pre-Installation Checklist Before you start, you should have some idea what you want to end up with. A few things worth considering beforehand: Machine name Hardware installed and available: Verify compatibility with your hardware. You may want to consult the platform-specific installation notes, especially if you're using one of the non-x86 CPU architectures. They contain detailed instructions and any possible caveats: [ alpha ] [ amd64 ] [ arm64 ] [ armv7 ] [ hppa ] [ i386 ] [ landisk ] [ loongson ] [ luna88k ] [ macppc ] [ octeon ] [ powerpc64 ] [ riscv64 ] [ sparc64 ] If wireless internet is your only networking option, does the card require additional firmware? If so, read the section on bootstrapping wireless firmware . Install method to be used Desired disk layout: Does existing data need to be saved elsewhere? Will OpenBSD coexist on this system with another OS? If so, how will each system be booted? Will you need to install a boot manager? Will the entire disk be used for OpenBSD, or do you want to keep an existing partition/OS? (or space for a future one) How do you wish to sub-partition the OpenBSD part of your disk? Do you want disk encryption? Network settings, if not using DHCP: Domain name and DNS address IP address and subnet masks for each NIC Gateway address Downloading OpenBSD The following installation images are available: install78.img A disk image that can be written to a USB flash drive or similar device. Includes the file sets . amd64 | arm64 | i386 | octeon | powerpc64 | riscv64 | sparc64 miniroot78.img The same as above, but file sets are not included. They can be pulled down from the internet or from a local disk. alpha | amd64 | arm64 | armv7 | i386 | landisk | loongson | luna88k | octeon | powerpc64 | riscv64 | sparc64 install78.iso An ISO 9660 image that can be used to create an install CD/DVD. Includes the file sets. alpha | amd64 | arm64 | hppa | i386 | macppc | powerpc64 | sparc64 cd78.iso The same as above, but file sets are not included. alpha | amd64 | hppa | i386 | loongson | macppc | sparc64 floppy78.img Supports some older machines that lack other booting options. amd64 | i386 | sparc64 Images can also be downloaded from a number of alternate mirror sites . An SHA256 file containing checksums can be found in the same directory as the installation files. You can confirm that none of the downloaded files were mangled in transit using the sha256(1) command. $ sha256 -C SHA256 miniroot*.img (SHA256) miniroot78.img: OK Or, if you're using the GNU coreutils: $ sha256sum -c --ignore-missing SHA256 miniroot78.img: OK However, this only checks for accidental corruption. You can use signify(1) and the SHA256.sig file to cryptographically verify the downloaded image. $ signify -Cp /etc/signify/openbsd-78-base.pub -x SHA256.sig miniroot*.img Signature Verified miniroot78.img: OK Note that the signify package on other operating systems may not include the required public key , or it may be installed in another location. The install78.iso and install78.img images do not contain an SHA256.sig file, so the installer will complain that it can't check the signature of the included sets: Directory does not contain SHA256.sig. Continue without verification? [no] This is because it would make no sense for the installer to verify them. If someone were to make a rogue installation image, they could certainly change the installer to say the files were legitimate. If the image's signature has been verified beforehand, it is safe to answer "yes" at that prompt. Creating Install Media Flash Drives A bootable USB flash drive can be created by attaching the target device and copying over the image with dd(1) . Using OpenBSD, assuming the device was recognized as sd6 : # dd if=install*.img of=/dev/rsd6c bs=1M Note that the raw I/O device is used: rsd6c rather than sd6c . Details of this will vary on other platforms. If you're using a different OS, be sure to select the appropriate device name: /dev/sdX on Linux or /dev/rdiskX on macOS for example. CD-ROMs You can create a bootable CD-ROM on OpenBSD by using cdio(1) . # cdio tao cd*.iso Performing a Simple Install If you need instructions on booting from your preferred media, check the relevant platform page of your machine. The installer is designed to install OpenBSD in a very usable default configuration with a minimum of user intervention. In fact, you can often just hit <Enter> to get a good OpenBSD install, moving your hands to the rest of the keyboard only to enter the root password. After the dmesg(8) is shown, you will see the first installer question: ... root on rd0a swap on rd0b dump on rd0b erase ^?, werase ^W, kill ^U, intr ^C, status ^T Welcome to the OpenBSD/amd64 7.8 installation program. (I)nstall, (U)pgrade, (A)utoinstall or (S)hell? Choose (I)nstall and follow the instructions. File Sets The complete OpenBSD installation is broken up into a number of file sets: bsd The kernel (required) bsd.mp The multi-processor kernel (only on some platforms) bsd.rd The ramdisk kernel base78.tgz The base system (required) comp78.tgz The compiler collection, headers and libraries man78.tgz Manual pages game78.tgz Text-based games xbase78.tgz Base libraries and utilities for X11 (requires xshare78.tgz ) xfont78.tgz Fonts used by X11 xserv78.tgz X11's X servers xshare78.tgz X11's man pages, locale settings and includes New users are recommended to install all of them. Some libraries from xbase78.tgz , like freetype or fontconfig, can be used outside of X by programs that manipulate text or graphics. Such programs will usually need fonts, either from xfont78.tgz or font packages. For the sake of simplicity, the developers decided against maintaining a minimal xbase78.tgz set that would allow most non-X ports to run. Adding a File Set After Install If you chose to skip some file sets at install time, you might realize later that you really do need them after all. Simply boot bsd.rd from your root file system and choose (U)pgrade . When you get to the list of file sets, select the ones you need. Disk Partitioning OpenBSD can be installed in as little as 512MB, but using a device that small is something for advanced users. Until you have some experience, 8GB or more disk space is recommended. Unlike some other operating systems, OpenBSD encourages users to split their disk into a number of partitions, rather than just one or two large ones. Some of the reasons for doing so are: Security: Some of OpenBSD's default security features rely on filesystem mount options such as nosuid , nodev , noexec or wxallowed . Stability: A user or a misbehaved program can fill a filesystem with garbage if they have write permissions for it. Your critical programs, which hopefully run on a different filesystem, do not get interrupted. fsck(8) : You can mount partitions that you never or rarely need to write to as readonly most of the time, which will eliminate the need for a filesystem check after a crash or power interruption. The installer will create a partitioning plan based on the size of your hard disk. While this will not be a perfect layout for all people, it provides a good starting point for figuring out what you need. Read about disklabel's defaults for automatic disk allocation and the hier(7) man page before making decisions about custom partitioning schemes. Since some packages need to be started from a wxallowed filesystem, it is recommended to have a separate /usr/local partition. Very small partitions can become troublesome when you need to upgrade. A /home partition can be nice. New version of the OS? Leave your /home partition untouched, wipe and reload everything else. You may also want to create an altroot partition for backing up your root filesystem. A system exposed to the internet should have a separate /var and maybe even a separate /var/log . Compiling some ports from source can take huge amounts of space on your /usr and /tmp partitions. Bootstrapping Wireless Firmware For licensing reasons, some firmware cannot be directly distributed with OpenBSD. The fw_update(8) tool will automatically download and install any missing firmware, but this requires a working internet connection. In the case of certain hardware configurations, such as a laptop with no ethernet port, the user will have to manually download and install the firmware in order to get online for the first time. This can be done pre-installation, by adding the firmware files to the install media, or after the OS has been installed from a CD or disk. Adding firmware files to the install media will not enable the hardware during the installation process. They will be added to the target disk, so the hardware can be used after the first boot into the installed system. Start by finding the wireless adapter's interface name with dmesg(8) . From an existing OpenBSD installation, mount the install image as a vnode disk with vnconfig(8) and use fw_update(8) to download the required files to it. This example uses firmware for an iwm(4) card: # vnconfig install78.img vnd0 # mount /dev/vnd0a /mnt # cd /mnt # fw_update -Fv iwm Get/Verify iwm-firmware-20240410.tgz ... done. fw_update: download iwm # cd / # umount /mnt # vnconfig -u vnd0 The resulting file can then be used to create a bootable install image with the necessary firmware. If you don't have an existing OpenBSD system with internet access, use another computer to download the appropriate file from http://firmware.openbsd.org/firmware/ and put it on a USB drive that's readable by OpenBSD. Then, on the OpenBSD machine, mount(8) the drive and use fw_update(8) to install it from there. Sending Your dmesg After the Install After a successful install, look at the output of the dmesg(8) command and see if anything stands out. If a device shows up as not configured , this means that it is not currently supported by the kernel. This may be improved in the future by sending the dmesg. A quote from /usr/src/etc/root/root.mail : If you wish to ensure that OpenBSD runs better on your machines, please do us a favor (after you have your mail system configured!) and type something like: # (dmesg; sysctl hw.sensors) | \ mail -s "Sony VAIO 505R laptop, apm works OK" dmesg@openbsd.org so that we can see what kinds of configurations people are running. As shown, including a bit of information about your machine in the subject or the body can help us even further. We will use this information to improve device driver support in future releases. (Please do this using the supplied GENERIC kernel, not for a custom compiled kernel, unless you're unable to boot the GENERIC kernel. If you have a multi-processor machine, dmesg results of both GENERIC.MP and GENERIC kernels are appreciated.) The device driver information we get from this helps us fix existing drivers. Thank you! Alternatively, save your dmesg output to a text file and send us its contents: $ (dmesg; sysctl hw.sensors) > ~/dmesg.txt Please configure your email client to use plain text. In particular, do not use HTML formatting or forced line breaks. Put the dmesg into the body of the mail, not as an attachment. Customizing the Install Process The site78.tgz File Set The OpenBSD install and upgrade scripts allow the selection of a user-created set called site78.tgz . Like the official file sets , this is a tar(1) archive rooted in / and untarred with the -xzphf options. It is installed last, so it can be used to complement and modify the files from a default install. Furthermore, it is possible to use hostname-dependent sets named site78-$(hostname -s).tgz . Note: If you intend to provide the sets over HTTP(s), place site78.tgz in your source directory and include it in your index.txt . It will then be an option at install time. The install.site and upgrade.site Scripts If the site78.tgz file set contains an executable file /install.site , the installer runs it with chroot(8) based at the freshly installed system's root. Similarly, the upgrade script runs /upgrade.site . The latter can be placed in the system's root directory before rebooting for the upgrade. Example usage: Set the system time. Do an immediate backup/archive of the new system before you expose it to the rest of the world. Have a set of arbitrary commands be run after the first boot. This will happen if install.site is used to append any such commands to an rc.firsttime(8) file (appending to this file is necessary since the installer itself may write to this file). At boot time, rc.firsttime is executed once then deleted. Multibooting Multibooting is having several operating systems on one computer, with some means of selecting which OS is to boot. You may want to familiarize yourself with the OpenBSD boot process before you start. A brief introduction to fdisk(8) is in the section on using OpenBSD's fdisk . If you are adding OpenBSD to an existing system, you will probably need to create some free space before installing OpenBSD. In addition to your existing system's native tools, gparted may be useful for deleting or resizing existing partitions. Preferably use one of the four primary MBR partitions for booting OpenBSD. Extended partitions may not work. rEFInd is reported to usually work. GRUB is reported to usually fail. In either case, you are completely on your own. Windows The Boot Configuration Data (BCD) store allows multiple versions of Windows to be booted through bcdedit . A good introduction can be found in this article . If you want a GUI alternative, you may want to try EasyBCD . You will need a copy of your OpenBSD install's Partition Boot Record (PBR) . You can copy it to a file using a process similar to: # dd if=/dev/rsd0a of=openbsd.pbr bs=512 count=1 where sd0a is your boot device, and you will need to get the file openbsd.pbr to your Windows system partition. Once OpenBSD's PBR is copied to the Windows system partition, you need a shell with administrative privileges to run the following commands: C:\Windows\system32> bcdedit /create /d "OpenBSD/i386" /application bootsector The entry {0154a872-3d41-11de-bd67-a7060316bbb1} was successfully created. C:\Windows\system32> bcdedit /set {0154a872-3d41-11de-bd67-a7060316bbb1} device boot The operation completed successfully. C:\Windows\system32> bcdedit /set {0154a872-3d41-11de-bd67-a7060316bbb1} path \openbsd.pbr The operation completed successfully. C:\Windows\system32> bcdedit /set {0154a872-3d41-11de-bd67-a7060316bbb1} device partition=c: The operation completed successfully. C:\Windows\system32> bcdedit /displayorder {0154a872-3d41-11de-bd67-7060316bbb1} /addlast The operation completed successfully. Note that OpenBSD expects the computer's real-time clock to be set to Coordinated Universal Time (UTC). See this section for more info. | 2026-01-13T09:29:09 |
https://support.atlassian.com/subscriptions-and-billing/docs/manage-your-billing-address/ | Manage your billing address | Atlassian Support Skip to main content Atlassian Support Apps Documentation Resources Contact us Sign in Sign in Subscriptions and billing Documentation Manage subscriptions and bills for Atlassian cloud apps Manage your subscription for Standard and Premium plans Manage your bill for Enterprise plans Cancel a subscription Service Level Agreement for Atlassian cloud apps Buying Atlassian cloud apps Manage payment methods Manage Atlassian quotes Manage tax information Manage users and user tiers Request a refund Switch from a monthly to an annual subscription Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev How maximum quantity billing works How pricing works for multi-instance Marketplace apps Manage your bill for add-ons Manage your bill for Rovo Manage your Bitbucket subscription on the new billing system Manage your subscription for Atlassian Collections Prepare your contacts ahead of billing migration Reactivate a subscription Set up Atlassian app subscription after purchase Unable to make payments Understand billing accounts Understand billing administration Understand billing for Marketplace apps Understand billing profiles Understand the improved Atlassian billing experience Understand the new partner-managed subscriptions portal Understand your invoice Usage charges and billing Manage subscriptions and bills for Atlassian Guard Manage your bill for Atlassian Guard Standard Manage your bill for Atlassian Guard Premium Unsubscribe from Atlassian Guard Standard Unsubscribe from Atlassian Guard Premium Impact of Trello users on your Atlassian Guard Standard bill Resolve Atlassian Guard payment issue Atlassian Support Subscriptions and billing Resources Manage subscriptions and bills for Atlassian cloud apps Manage your billing address We’re rolling out an improved billing experience to make it easier to manage your cloud subscriptions. This means your subscriptions could be managed on either the original or the improved experience. Read more about the key differences The following screenshots indicate how the interface of the two billing experiences differs. Original billing experience Improved billing experience In the original billing experience, the first option on the left is Overview . In the improved billing experience, Subscriptions is the first option on the left. Improved billing experience Address types In the new billing experience, there are two types of addresses. Both will appear on your invoice. Address type How it’s used Billing address Your billing address is associated with your Billing account. This could be your company address or your billing department’s address. You’ll be asked to enter it when you try or buy an Atlassian cloud app for the first time. Sold-to address Your sold-to address is associated with individual purchases or subscriptions. Similar to a shipping address, this is where you’ll use the app. We use it to apply the correct taxes to the purchase. In most cases, it will be the same as your billing address. Change your address Who can do this? Billing admins To change your billing address or sold-to address: Go to admin.atlassian.com/billing . Select your billing account if you have more than one. From the left menu, select Addresses . Find the address, and select Edit address . Edit your address, then select Save . What happens when you update your billing address? When you make changes to your current billing address, all subscriptions that use this address also get updated. Your future invoices will reflect the updated billing address. What happens when you update your sold-to address? When you make changes to your current sold-to address, all subscriptions that use this address also get updated. Going forward, the amount of tax applied to your upcoming payments will be based on the updated sold-to address. Original billing experience Types of addresses In the original billing experience, addresses are associated with a Billing contact or Technical contact . Address type How it’s used Billing contact address The billing address is attached to your payment method. It’s not the address displayed on your invoice. Technical contact address The address used on the invoice. We use this address to calculate tax. Change a contact address Who can do this? Billing contacts Technical contacts To update the address of a billing or technical contact for a cloud subscription: Log in to my.atlassian.com . In the top navigation, select Billing Details . Update your address, then select Save Details . To learn how to add or remove billing and technical contacts, see Understand billing administration Was this helpful? Yes No It wasn't accurate It wasn't clear It wasn't relevant Provide feedback about this article Still need help? The Atlassian Community is here for you. Ask the Community Manage subscriptions and bills for Atlassian cloud apps Show more Request a refund Switch from a monthly to an annual subscription Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role Show more On this page Improved billing experience Address types Change your address What happens when you update your billing address? What happens when you update your sold-to address? Original billing experience Types of addresses Change a contact address Community Questions, discussions, and articles Accessibility Notice at Collection Privacy Policy Terms of Use Security 2026 Atlassian | 2026-01-13T09:29:09 |
https://hackage.haskell.org/packages/tag/foreign-binding | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged foreign-binding 18 packages have this tag. [Merge tag] (trustees only) Related tags: library (17), bsd3 (12), deprecated (8), text (3), mit (2), public-domain (2), apache (1), bindings (1), font (1), foreign (1), gpl (1), graphics (1), ... Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers SDL (deprecated in favor of sdl2 ) 74 1.5 23 Binding to libSDL ( bsd3 , deprecated , foreign-binding , library ) 2018-07-15 0.6.7.0 ChrisDone , DavidHimmelstrup , fffaaa SDL-gfx (deprecated in favor of sdl2-gfx ) 25 0.0 4 Binding to libSDL_gfx ( bsd3 , deprecated , foreign-binding , library ) 2018-09-07 0.7.0.0 ChrisDone , DavidHimmelstrup , fffaaa SDL-image (deprecated in favor of sdl2-image ) 18 0.0 8 Binding to libSDL_image ( bsd3 , deprecated , foreign-binding , library ) 2018-07-15 0.6.2.0 ChrisDone , DavidHimmelstrup , fffaaa SDL-mixer (deprecated in favor of sdl2-mixer ) 28 0.0 3 Binding to libSDL_mixer ( bsd3 , deprecated , foreign-binding , library ) 2018-07-15 0.6.3.0 ChrisDone , DavidHimmelstrup , fffaaa SDL-mpeg 4 0.0 1 Binding to the SMPEG library ( bsd3 , foreign-binding , library ) 2008-07-28 0.0.1 AudreyTang SDL-ttf (deprecated in favor of sdl2-ttf ) 15 0.0 6 Binding to libSDL_ttf ( bsd3 , deprecated , foreign-binding , library ) 2018-07-15 0.6.3.0 ChrisDone , DavidHimmelstrup , fffaaa SDL2-ttf (deprecated in favor of sdl2-ttf ) 5 0.0 1 Binding to libSDL-ttf ( deprecated , foreign-binding , library , mit ) 2013-12-22 0.1.0 OmerAgacan Sprig (deprecated) 4 0.0 3 Binding to Sprig ( bsd3 , deprecated , foreign-binding , library ) 2010-01-11 0.1.1 LiamOConnorDavis cpuid 20 0.0 3 Binding for the cpuid machine instruction on x86 compatible processors ( foreign-binding , gpl ) 2023-04-21 0.2.3.1 HenningThielemann , MartinGrabmueller emacs-module 19 0.0 1 Utilities to write Emacs dynamic modules ( apache , foreign , foreign-binding , library ) 2025-10-08 0.3 SergeyVinokurov libxslt 2 0.0 1 Binding to libxslt ( bsd3 , foreign-binding , library , text , xml ) 2009-09-13 0.1 rdtsc 20 0.0 6 Binding for the rdtsc machine instruction ( bsd3 , foreign-binding , library ) 2015-05-26 1.3.0.1 DonaldStewart , MartinGrabmueller rdtsc-enolan 5 0.0 1 Binding to sources of high-efficiency, high-precision, monotonically increasing relative time. ( bsd3 , foreign-binding , library , time ) 2012-10-11 0.1 EchoNolan sdl2-ttf 35 2.0 14 Bindings to SDL2_ttf. ( bsd3 , font , foreign-binding , graphics , library ) 2022-08-14 2.1.3 MikolajKonarski , OliverCharles , SinisaBidin , carldong souffle-haskell 44 0.0 1 Souffle Datalog bindings for Haskell ( bindings , foreign-binding , library , logic-programming , mit ) 2024-01-03 4.0.0 luc_tielen sundown 50 0.0 1 Bindings to the sundown markdown library ( foreign-binding , library , public-domain , text ) 2014-01-17 0.6 FrancescoMazzoli upskirt (deprecated in favor of sundown ) 13 0.0 1 Binding to upskirt ( deprecated , foreign-binding , library , public-domain , text ) 2011-07-24 0.0.4 FrancescoMazzoli xslt 3 0.0 2 Binding to libxslt ( bsd3 , foreign-binding , library ) 2006-09-26 0.1 DavidHimmelstrup | 2026-01-13T09:29:09 |
https://support.atlassian.com/subscriptions-and-billing/docs/manage-your-bitbucket-subscription-on-the-new-billing-system/ | Manage your Bitbucket subscription on the new billing system | Atlassian Support Skip to main content Atlassian Support Apps Documentation Resources Contact us Sign in Sign in Subscriptions and billing Documentation Manage subscriptions and bills for Atlassian cloud apps Manage your subscription for Standard and Premium plans Manage your bill for Enterprise plans Cancel a subscription Service Level Agreement for Atlassian cloud apps Buying Atlassian cloud apps Manage payment methods Manage Atlassian quotes Manage tax information Manage users and user tiers Request a refund Switch from a monthly to an annual subscription Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev How maximum quantity billing works How pricing works for multi-instance Marketplace apps Manage your bill for add-ons Manage your bill for Rovo Manage your Bitbucket subscription on the new billing system Manage your subscription for Atlassian Collections Prepare your contacts ahead of billing migration Reactivate a subscription Set up Atlassian app subscription after purchase Unable to make payments Understand billing accounts Understand billing administration Understand billing for Marketplace apps Understand billing profiles Understand the improved Atlassian billing experience Understand the new partner-managed subscriptions portal Understand your invoice Usage charges and billing Manage subscriptions and bills for Atlassian Guard Manage your bill for Atlassian Guard Standard Manage your bill for Atlassian Guard Premium Unsubscribe from Atlassian Guard Standard Unsubscribe from Atlassian Guard Premium Impact of Trello users on your Atlassian Guard Standard bill Resolve Atlassian Guard payment issue Atlassian Support Subscriptions and billing Resources Manage subscriptions and bills for Atlassian cloud apps Manage your Bitbucket subscription on the new billing system If you have an existing Bitbucket Cloud subscription that was purchased before September 10, 2025, refer to this page for information on plans and billing for your subscription. Bitbucket Cloud allows everyone with a free account (5 users or less) an unlimited number of public and private repositories. You can collaborate with as many users as you want on public repositories. A billable user is anyone who is a member of your Bitbucket workspace. The following table describes our plan options. Each plan comes with a set amount of build minutes for Pipelines and file storage for Git LFS , (called your included quantity) but you can use additional minutes and storage. In addition, Standard and Premium plans come with a set amount of package storage and network traffic for packages, but you can use additional packages storage and network traffic. More about how your usage affects your bill . Updating your current plan will not increase repository size. Current repository size soft limit is 2GB for all plans, Free, Standard, or Premium with hard limit being 4GB, at which point users will not be able to write to the repository. More about repository limits Plan details No matter what plan you choose, you’ll get a 30-day trial of Bitbucket Cloud. If you've signed up for or upgraded to a monthly Standard or Premium plan, we'll start charging you once your trial finishes. Plan type Price Build minutes included Large file storage included Overage protection Free $0 for up to 5 users Build minutes: 50 min/month Large file storage: 1 GB total Steps per pipeline: up to 100 Not included Standard $3.30 per user/month Flat rate of $16.50/month for 1 - 5 users Build minutes: 2,500 min/month Large file storage: 5 GB total Steps per pipeline: up to 100 4x and 8x pipelines size options Packages storage: 1 GB total Network traffic: 5 GB total Included 1 2 Premium $6.60 per user/month Flat rate of $33/month for 1 - 5 users Build minutes: 3,500 min/month Large file storage: 10 GB Steps per pipeline: up to 100 4x and 8x pipelines size options Packages storage: 2 GB total Network traffic: 7 GB total Additional features... Merge checks Deployment permissions IP allowlisting Require 2SV Access controls Pipelines configuration sharing Included 1 2 Key definitions A user is anyone who is a member of your Bitbucket workspace. A workspace is a collaborative model that provides a single default user experience for how you collaborate across your organization. A workspace houses all repositories, users, and groups in one centralized space. Workspaces are elastic, growing with your team to be as big as you need, supporting thousands of users, or staying as small as you want, down to a single user. A workspace allows you to more easily invite others to work together on repositories, monitor and control access to repositories, and manage third-party apps. A build minute is one minute of machine time running a Pipelines build. 1 GB of file storage is the available storage space, currently through LFS , for media or other large files. This storage space is in addition to 1 GB of storage per repository. Build minutes, LFS storage, package storage, and network traffic are shared among all users in your workspace. 1 GB of package storage refers to the available space for storing packages, while 1 GB of network traffic refers to the data transferred when downloading packages from the package registry. Concurrent steps are steps that are running at the same time across all pipelines in your workspace. To stay up to date on our current plans, pricing, and promotions, see our Plans and pricing page. Exceeding your packages storage and network traffic limit If you exceed the packages storage limit included in your plan, extra charges will be added to your next invoice. You'll continue to be billed for the additional packages storage capacity on a monthly basis per 1 GB of additional storage for as long as you're using it. If you exceed the network traffic included in your plan, additional charges will be added to your next invoice. When your next billing cycle begins, your network traffic usage will reset. Get a free community or academic subscription Community or academic subscriptions include unlimited private repositories for unlimited contributors which also includes 5 GB file storage for LFS and 500 build minutes for Pipelines to help you get started. You share build minutes and storage with all users on your team or personal account. Fees will apply for additional build minutes and file storage. For academic subscriptions: When you sign up with your academic email address, we’ll automatically convert your account to an unlimited academic plan. If your account doesn't automatically convert, apply to have your institution added . For community subscriptions: Atlassian supports organizations that seek to do good in the world. If yours is a non-profit charitable organization, you can apply for an Atlassian Bitbucket Cloud Community subscription . When you buy a Standard or Premium plan and use more than your included quantity of storage, build minutes (or both), extra usage charges will be added to your next invoice. Going over your build minutes limit If you go over the build minutes included in your plan, extra charges will be added to your next invoice. 1 When your next billing cycle begins, your build minute usage will reset. Going over your large file storage limit If you go over the large file storage limit included in your plan , extra charges will be added to your next invoice. 2 You'll continue to be billed for the additional large file storage capacity on a monthly basis per 100 GB of additional storage for as long as you're using it. Here's how you're charged for extra usage: Price Additional $10 per 1,000 additional build minutes per billing cycle 1 Build minutes per month $10 per 100 GB of large file storage as needed 2 Storage (Git LFS) total $0.35 per 1 GB additional of packages storage as needed Storage (packages) total $0.70 per 1 GB of additional networks traffic per billing cycle Networks traffic per month Usage on Free plans Free plans come with an included quantity of storage and build minutes which can’t be exceeded. If you’re on the Free plan, you’ll need to upgrade to a Standard or Premium plan to get additional build minutes or large file storage. If you choose not to upgrade, you won’t be able to use more storage or build minutes for that month. Change your plan To change your current Bitbucket plan: Go to the Subscriptions list from your billing account and select your Bitbucket subscription. Select Change plan. Select Try it free on the plan you want. Review the subscription details. Select Confirm. Once complete, you'll see your new plan on the Subscription details page. We’ll process your payment within 24 hours and email you an invoice, which will include any extra usage charges. If you miss a payment, we'll cancel your subscription. However, you can always reactivate through your billing account. If you had the Premium plan, you'll lose any saved Premium settings. Update credit card details We accept credit cards (including MasterCard, Visa or American Express) on our secure online order form, which you’ll see at the end of your signup. To change the credit card on your account: Go to admin.atlassian.com/billing . Select your billing account if you have more than one. From the side navigation, select Payment method. Find your card and select Edit . Follow the prompts to make edits. See the users and usage on your plan Billing admins can view the number of billable users for each product subscription. If you need to view or manage specific users, you need to have organization admin or site admin permissions. To view users in Atlassian Administration: Go to the Atlassian Administration and select the organization. Select Directory from the menu. Select Users to see a list of all users in the organization. Select a specific user to view more detailed information about them, such as their product access and group memberships. To view usage in your billing account: Go to admin.atlassian.com/billing . Select your billing account if you have more than one. Go to the Subscriptions list and select your Bitbucket subscription. From the Usage tab, you’ll be able to see a list of your quota types and some details about their usage. For more detailed information about your usage, select View usage next to the relevant quota type. Export a list of workspace members As a workspace admin, you can export a list of users who are members of your workspace. 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https://hackage.haskell.org/package/haskell-lexer | haskell-lexer: A fully compliant Haskell 98 lexer Hackage :: [Package] Search Browse What's new Upload User accounts haskell-lexer : A fully compliant Haskell 98 lexer [ language , library , mit ] [ Propose Tags ] [ Report a vulnerability ] A fully compliant Haskell 98 lexer. Modules [ Index ] [ Quick Jump ] Language Haskell Language.Haskell.Lexer Downloads haskell-lexer-1.2.1.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers IavorDiatchki For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 1.0 , 1.0.1 , 1.0.2 , 1.1 , 1.1.1 , 1.1.2 , 1.2 , 1.2.1 Dependencies base (<5) [ details ] Tested with ghc ==9.10.1, ghc ==9.8.2, ghc ==9.6.6, ghc ==9.4.8, ghc ==9.2.8, ghc ==9.0.2, ghc ==8.10.7, ghc ==8.8.4, ghc ==8.6.5, ghc ==8.4.4, ghc ==8.2.2, ghc ==8.0.2 License MIT Author Thomas Hallgren Maintainer diatchki@galois.com Uploaded by IavorDiatchki at 2025-02-20T18:51:39Z Stability Unknown --> Category Language Home page https://github.com/yav/haskell-lexer Bug tracker https://github.com/yav/haskell-lexer/issues Source repo head: git clone https://github.com/yav/haskell-lexer.git Distributions Arch: 1.2 , Debian: 1.1 , Fedora: 1.1.2 , LTSHaskell: 1.2.1 , NixOS: 1.2.1 , Stackage: 1.2.1 , openSUSE: 1.2.1 Reverse Dependencies 8 direct, 4228 indirect [ details ] Downloads 67044 total (17 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2025-02-20 [ all 1 reports ] Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/user/LeonidasFegaras | Leonidas Fegaras | Hackage Hackage :: [Package] Home Search Browse What's new Upload User accounts Leonidas Fegaras LeonidasFegaras is part of the following groups: Maintainers for HXQ : candidates Package uploaders Click here to manage this account | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/companion | companion: A Haskell library to provide companion threads. Hackage :: [Package] Search Browse What's new Upload User accounts companion : A Haskell library to provide companion threads. [ bsd3 , concurrency , library ] [ Propose Tags ] [ Report a vulnerability ] Please see the README on GitHub at https://github.com/commercialhaskell/companion#readme [ Skip to Readme ] Modules [ Index ] [ Quick Jump ] Control Concurrent Control.Concurrent.Companion Downloads companion-0.1.0.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers MichaelSnoyman , fpcomplete , mpilgrem For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.1.0 Change log CHANGELOG.md Dependencies base (>=4.12 && <5) , rio [ details ] License BSD-3-Clause Copyright 2018-2023 FP Complete Author Michael Snoyman Maintainer Mike Pilgrem <public@pilgrem.com> Uploaded by mpilgrem at 2023-07-07T21:06:25Z Stability Unknown --> Category Concurrency Home page https://github.com/commercialhaskell/companion#readme Bug tracker https://github.com/commercialhaskell/companion/issues Source repo head: git clone https://github.com/commercialhaskell/companion Distributions Fedora: 0.1.0 , LTSHaskell: 0.1.0 , NixOS: 0.1.0 , Stackage: 0.1.0 Reverse Dependencies 2 direct, 4 indirect [ details ] Downloads 899 total (3 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2023-07-07 [ all 1 reports ] Readme for companion-0.1.0 [ back to package description ] companion A Haskell library to provide companion threads. Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/haskore-vintage | haskore-vintage: The February 2000 version of Haskore. Hackage :: [Package] Search Browse What's new Upload User accounts haskore-vintage : The February 2000 version of Haskore. [ bsd3 , library , music ] [ Propose Tags ] [ Report a vulnerability ] The February 2000 version of Haskore. [ Skip to Readme ] Modules [ Index ] Haskore Haskore.Basics Haskore.Bitops Haskore.GeneralMidi Haskore.LoadMidi Haskore.Midi Haskore.MidiFile Haskore.OutputMidi Haskore.Performance Haskore.ReadMidi Haskore.Test Haskore.ToMidi Downloads haskore-vintage-0.3.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers IavorDiatchki For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.1 , 0.2 , 0.3 Dependencies base (<5) [ details ] Tested with ghc ==7.10.2, ghc ==7.8.4 License BSD-3-Clause Author Paul Hudak Maintainer diatchki@galois.com Uploaded by IavorDiatchki at 2015-10-13T18:11:54Z Stability Unknown --> Category Music Home page http://haskell.org/haskore/ Source repo head: git clone https://github.com/yav/haskore-vintage Distributions Reverse Dependencies 1 direct, 0 indirect [ details ] Downloads 2948 total (7 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2015-10-13 [ all 1 reports ] Readme for haskore-vintage-0.3 [ back to package description ] NOTE: This is a Cabalized version of what is described bellow. The changes from the version bellow are as follows: 1. It lacks the CSound support, 2. The library modules are in the Haskore.* part of the name space, 3. The examples were sperated from the core library source. - Iavor (iavor.diatchki@gmail.com) Original notes for February 2000 release: Haskore Music System -------------------- This is the February 2000 release of Haskore, available from: http://haskell.org/haskore This version improves on the previous release through limited support for Csound (thanks to Matt Zamec), the very popular computer music package written as a pre-procesor to C. This support comes in two forms: -- There is a translator from Haskore to Csound score files, thus providing another platform besides Midi on which to experience your compositions. -- You can design new instruments, in the style of Csound's orchestra files, using a special data type in Haskore. A translator then converts this data type into a Csound orchestra file. Currently support is provided for the basic synthesis elements -- oscillators, delay lines, basic filters, and basic effects -- but it is easy to add more of the (hundreds of) Csound primitives if one desires. For more details, see Section 12 of the Tutorial. Haskore can also now be used under both Hugs and GHC (thanks to Stefan Ratschan). The files in the directory "ghc_add" are additions which are just needed when working with GHC. In this case, they should be moved into the source directory ("Src"), after which you just call "make" in the source directory which will build the file haskore.a and a set of .hi files. These .hi files need to be in the interface file path when compiling applications of Haskore (see the -i GHC option). Note that the file ghc_add/IOExtensions.hs is a partial replacement of a library file of the same name under Hugs. It does not work yet on Windows/GHC (where one has to distinguish between binary and text IO). The best way to use the system with Hugs is to drop the entire Haskore directory into Hugs/lib (replacing the one that's there). All of the files except this README file are in the directory Src. Important files in the distribution: 1) "Haskore.lhs" will load the entire basic Haskore system. If your Hugs has the proper paths set up, once you drop this directory into Hugs/lib, you should be able to just say "import Haskore" and everything should work correctly. 2) Loading "HaskoreExamples.lhs" loads the above plus several other modules containing useful demonstrations of "Haskore in Action". 3) "tutorial.tex" is the root of the Haskore Tutorial, a literate script that imports most other files in the directory. "turorial.ps" is the postscript version of this. This release builds upon the November 1998 version, which improved over previous releases in several ways: 1) You can now read MIDI files and convert them into Music values. 2) There is good support for percussion, based on the General Midi percussion standard. 3) There are a number of new higher-level music constructions, the most notable being functions for trills, and a parallel composition operator that truncates the result to the shortest of the two inputs. 4) A change in the underlying type for Durations, from Float to Ratio Integer. This is the only incompatible change. 5) Lots of code improvements. Comments, questions, suggestions, etc. can be sent to me at the address below. --- Professor Paul Hudak Department of Computer Science Office: (203) 432-4715 Yale University FAX: (203) 432-0593 P.O. Box 208285 email: paul.hudak@yale.edu New Haven, CT 06520-8285 WWW: http://www.cs.yale.edu/users/hudak-paul.html Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://codeberg.org/freebsd/freebsd-ports/src/branch/main/devel/cmake-core | freebsd-ports/devel/cmake-core at main - FreeBSD/freebsd-ports - Codeberg.org Codeberg has changed its Terms of Use to allow more licenses for your projects. For more information, read our blog post . Dismiss This website requires JavaScript. Explore About FAQ Help Donate Register Sign in FreeBSD / freebsd-ports Watch 20 Star 128 Fork You've already forked freebsd-ports 14 Code Releases Activity main freebsd-ports / devel / cmake-core History Download ZIP Download TAR.GZ … .. files distinfo Makefile pkg-descr pkg-plist Powered by with modifications Codeberg Blog Documentation Community Issues Contributing Report Abuse Association Who are we? Bylaws / Satzung Donate Join / Support Contact Services Codeberg Pages Codeberg Translate Woodpecker CI Forgejo API Status Page Legal Imprint / Impressum Privacy Policy Licenses Terms of Use Mastodon | Matrix Space (Web link) Powered by Forgejo English Bahasa Indonesia Dansk Deutsch English Español Esperanto Filipino Français Italiano Latviešu Magyar nyelv Nederlands Plattdüütsch Polski Português de Portugal Português do Brasil Slovenščina Suomi Svenska Türkçe Čeština Ελληνικά Български Русский Українська فارسی 日本語 简体中文 繁體中文（台灣） 繁體中文（香港） 한국어 Page: 1115ms Template: 4ms | 2026-01-13T09:29:09 |
https://aws.amazon.com/ko/big-data/datalakes-and-analytics/ | AWS 기반 분석 메인 콘텐츠로 건너뛰기 Amazon Web Services 홈페이지로 돌아가려면 여기를 클릭하세요. 고객지원 문의하기 지원 한국어 내 계정 로그인 AWS 계정 생성 닫기 프로필 프로필은 일부 AWS 환경과의 상호 작용을 개선하는 데 도움이 됩니다. 로그인 닫기 프로필 프로필은 일부 AWS 환경과의 상호 작용을 개선하는 데 도움이 됩니다. 프로필 보기 로그아웃 Amazon Q 제품 솔루션 요금 설명서 학습하기 파트너 네트워크 AWS Marketplace 고객 지원 이벤트 더 알아보기 닫기 عربي Bahasa Indonesia Deutsch English Español Français Italiano Português Tiếng Việt Türkçe Ρусский ไทย 日本語 한국어 中文 (简体) 中文 (繁體) 닫기 내 프로필 AWS Builder ID에서 로그아웃 AWS Management Console 계정 설정 결제 및 비용 관리 보안 자격 증명 AWS Personal Health Dashboard 닫기 지원 센터 전문가의 도움 지식 센터 AWS Support 개요 AWS re:Post Amazon Web Services 홈 페이지로 돌아가려면 여기를 클릭하십시오. 무료로 시작 AWS에 문의하기 제품 솔루션 요금 AWS 소개 시작하기 설명서 교육 및 자격증 개발자 센터 고객 성공 사례 파트너 네트워크 AWS Marketplace 지원 AWS re:Post 콘솔에 로그인 모바일 앱 다운로드 AWS 기반 분석 개요 개념 Amazon SageMaker 분석 서비스 파트너 고객 닫기 데이터 레이크란 무엇인가요? 데이터 통합이란 무엇인가요? 데이터 거버넌스란 무엇인가요? 데이터 전략이란 무엇인가요? 데이터 메시란 무엇인가요? 데이터 카탈로그란 무엇인가요? 운영 인텔리전스란 무엇인가요? 비즈니스 분석이란 무엇인가요? 데이터 웨어하우스란 무엇인가요? 제로 ETL이란 무엇인가요? 데이터 공유란 무엇인가요? 데이터 분석이란 무엇인가요? 닫기 Amazon SageMaker SageMaker Unified Studio SageMaker Lakehouse SageMaker Catalog 모델 개발 생성형 AI 앱 개발 SQL 분석 데이터 처리 닫기 Amazon Athena Amazon DataZone Amazon OpenSearch Service Amazon EMR Amazon FinSpace Amazon Kinesis Amazon Managed Service for Apache Flink Amazon Managed Streaming for Apache Kafka Amazon Redshift Amazon QuickSight AWS Clean Rooms AWS Data Exchange AWS Entity Resolution AWS Glue AWS Lake Formation 제품 › 분석 AWS 기반 분석 가격 대비 성능 및 규모에 맞게 최적화된, 모든 분석 워크로드를 위한 포괄적인 기능 세트 새로운 소식 데스크톱 버전 모든 데이터, 분석, AI의 중심이 되는 차세대 Amazon SageMaker Amazon SageMaker Unified Studio에서 분석과 AI를 위한 모든 데이터 및 도구에 액세스 Amazon SageMaker Lakehouse를 사용하여 Amazon Simple Storage Service(Amazon S3) 데이터 레이크, Amazon Redshift, 기타 데이터 소스의 데이터 액세스를 통합하세요. Amazon DataZone에 구축된 Amazon SageMaker Catalog를 사용하여 데이터와 AI를 안전하게 검색 및 관리하고 협업할 수 있습니다. Amazon Athena, Amazon EMR, AWS Glue 기반 오픈 소스 프레임워크를 사용하여 분석 및 AI를 위한 데이터를 분석, 준비, 통합하세요. Prev Next 개요 AWS는 모든 분석 워크로드를 위한 포괄적인 기능 세트를 제공합니다. 데이터 처리 및 SQL 분석부터 스트리밍, 검색, 비즈니스 인텔리전스까지, AWS는 거버넌스가 기본 제공되는 독보적인 가격 대비 성능과 확장성을 제공합니다. Amazon SageMaker 를 사용하여 특정 워크로드에 최적화된 목적별 서비스를 선택하거나 데이터 및 AI 워크플로를 간소화하고 관리할 수 있습니다. 데이터 여정을 시작하든, 통합 경험을 원하든, AWS는 데이터로 비즈니스를 혁신하는 데 도움이 되는 적절한 분석 기능을 제공합니다. 놀이 AWS 기반 분석을 통해 실질적인 비즈니스 성과 도출 Blog 스트리밍 Nexthink, Amazon Managed Streaming for Apache Kafka(Amazon MSK)를 통해 매일 수조 건의 이벤트로 확장 자세히 알아보기 Customer Story SQL 분석 EOS Group, 데이터를 Amazon Redshift로 마이그레이션하여 인프라 비용을 50% 절감 자세히 알아보기 Blog 데이터 처리 Paytm, Amazon EMR을 사용하여 데이터 파이프라인을 현대화하고 데이터 처리를 간소화 자세히 알아보기 Customer Story 비즈니스 인텔리전스 Trustly, Amazon QuickSight를 사용하여 4배 더 빠르게 인사이트 생성 자세히 알아보기 Customer Story 검색 분석 Yotpo, Amazon OpenSearch Service를 사용하여 미션 크리티컬 오퍼링의 운영 오버헤드 경감 자세히 알아보기 Blog 데이터 및 AI 거버넌스 Volkswagen Autoeuropa, Amazon DataZone을 사용하여 품질 데이터에 대한 액세스를 단순화 자세히 알아보기 통합 경험으로 데이터, 분석, AI를 가속화 차세대 Amazon SageMaker는 널리 도입된 AWS 기계 학습(ML) 및 분석 기능을 결합하여 모든 데이터에 대한 통합 액세스를 통해 분석 및 AI를 위한 통합 경험을 제공합니다. Unified Studio에서 소프트웨어 개발을 위한 가장 유능한 생성형 AI 어시스턴트인 Amazon Q Developer의 지원을 받으면서 모델 개발, 생성형 AI 애플리케이션 개발, 데이터 처리, SQL 분석을 위한 친숙한 AWS 도구를 사용하여 더 빠르게 협업하고 구축하세요. 데이터 저장 위치가 데이터 레이크, 데이터 웨어하우스, 서드 파티 또는 연합 데이터 소스 어디든 관계없이 엔터프라이즈 보안 요구 사항을 해결하도록 내장된 거버넌스를 통해 모든 데이터에 액세스할 수 있습니다. SageMaker 에 대해 자세히 알아보세요. 포괄적인 목적별 분석 서비스 중에서 선택 포괄적인 목적별 분석 서비스 중에서 선택하여 데이터 기반 영향력을 증대하세요. 빠르고 비용 효율적인 데이터 웨어하우징부터 페타바이트 규모의 데이터 처리, 최신 비즈니스 인텔리전스, 실시간 스트리밍에 이르기까지 AWS는 가격, 성능, 규모에 최적화된 광범위한 분석 기능을 제공합니다. 놀이 분석 카테고리 설명 AWS 서비스 및 기능 스트리밍 인프라 관리 부담 없이 실시간 데이터 파이프라인과 애플리케이션을 구축, 확장, 운영하세요. Amazon Data Firehose Amazon Kinesis Amazon Managed Service for Apache Flink Amazon MSK 데이터 레이크하우스, 데이터 웨어하우스, 데이터 레이크 데이터 레이크하우스, 데이터 웨어하우스, 데이터 레이크에 있는 모든 데이터에 액세스하고 분석하세요. SageMaker Lakehouse Amazon Redshift Amazon S3 데이터 레이크 데이터 처리 오픈 소스 프레임워크를 사용하여 분석과 AI를 위한 데이터를 분석, 준비, 통합하세요. Athena Amazon EMR AWS Glue Amazon Managed Workflows for Apache Airflow(Amazon MWAA) 비즈니스 인텔리전스 최신 대화형 대시보드, 픽셀 퍼펙트 보고서, 자연어 쿼리, 임베디드 분석을 통해 의미 있는 인사이트를 구축, 검색, 공유할 수 있습니다. QuickSight 검색 분석 비즈니스 및 운영 데이터의 실시간 검색, 모니터링, 분석을 안전하게 활용합니다. OpenSearch Service 데이터 및 AI 거버넌스 AWS, 온프레미스, 서드 파티 소스에 저장된 데이터를 카탈로그화, 검색, 공유, 관리할 수 있습니다. Amazon DataZone SageMaker Catalog The Total Economic Impact of AWS Modern Data Strategy(AWS 현대적 데이터 전략의 총 경제 효과) Forrester의 보고서가 밝힌 Amazon Web Services의 현대적 데이터 전략으로 가능한 비용 절감과 비즈니스 이점. 보고서 읽기 통계 최대 3배 뛰어난 가격 대비 성능을 다른 클라우드 데이터 웨어하우스와 비교해 Amazon Redshift는 제공 최대 3.9배 뛰어난 성능을 오픈 소스 Apache Spark와 비교해 Amazon EMR은 제공 수조 건의 요청이 Amazon OpenSearch Service에서 매달 처리 수억 개의 데이터 통합 작업이 AWS Glue에서 매달 실행 시작하기 Console 차세대 Amazon SageMaker 시작하기 시작하기 블로그 차세대 Amazon SageMaker에 관한 AWS 뉴스 블로그 읽기 블로그 읽기 AWS 분석 및 빅 데이터 참조 아키텍처 자세히 알아보기 오늘 원하는 내용을 찾으셨나요? 페이지의 콘텐츠 품질을 개선할 수 있도록 피드백을 보내 주세요. 예 아니요 콘솔에 로그인 AWS에 대해 자세히 알아보기 AWS란 무엇입니까? 클라우드 컴퓨팅이란 무엇입니까? AWS 접근성 DevOps란 무엇입니까? 컨테이너란 무엇입니까? 데이터 레이크란 무엇입니까? 인공 지능(AI)이란 무엇인가요? 생성형 AI란 무엇인가요? 기계 학습(ML)이란 무엇입니까? AWS 클라우드 보안 새로운 소식 블로그 보도 자료 AWS 리소스 시작하기 교육 및 자격증 AWS Solutions Library 아키텍처 센터 제품 및 기술 관련 FAQ 애널리스트 보고서 AWS 파트너 AWS에서의 개발자 개발자 센터 SDK 및 도구 AWS에서의 .NET AWS에서의 Python AWS에서의 Java AWS 상의 PHP AWS 상의 JavaScript 도움말 AWS에 문의하기 전문가의 도움 받기 지원 티켓 제출 AWS re:Post 지식 센터 AWS Support 개요 법무 AWS 채용 정보 AWS 계정 생성 Amazon은 기회균등을 보장하는 기업입니다( 소수/여성/장애/재향 군인/성 정체성/성적 지향/나이 ). 언어 عربي Bahasa Indonesia Deutsch English Español Français Italiano Português Tiếng Việt Türkçe Ρусский ไทย 日本語 한국어 中文 (简体) 中文 (繁體) 개인정보 처리방침 | 접근성 | 사이트 이용 약관 | 쿠키 기본 설정 | © 2024, Amazon Web Services, Inc. 또는 자회사. All rights reserved. 오래된 브라우저를 사용하고 있습니다. 사용 환경을 개선하려면 최신 브라우저로 업그레이드하십시오. Internet Explorer에 대한 지원 종료 확인 Internet Explorer에 대한 AWS 지원이 07/31/2022에 종료됩니다. 지원되는 브라우저는 Chrome, Firefox, Edge 및 Safari입니다. 자세히 알아보기 » 확인 | 2026-01-13T09:29:09 |
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https://hackage.haskell.org/packages/tag/conduit | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged conduit 76 packages have this tag. [Merge tag] (trustees only) Related tags: library (76), bsd3 (48), data (24), mit (19), deprecated (10), network (8), web (8), codec (6), database (6), text (6), xml (5), compression (4), cryptography (4), public-domain (4), program (3), filesystem (2), io (2), streaming (2), system (2), amqp (1), client (1), concurrency (1), csv (1), gpl (1), ... Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers amqp-streamly 12 0.0 0 A simple streamly wrapper for amqp ( amqp , bsd3 , conduit , library , rabbitmq , streamly ) 2024-04-14 0.3.0 gdifolco ascii85-conduit 1 0.0 1 Conduit for encoding ByteString into Ascii85 ( bsd3 , conduit , data , library ) 2014-01-26 0.1.0.0 KazuoKoga atom-conduit 56 0.0 3 Streaming parser/renderer for the Atom 1.0 standard (RFC 4287). ( conduit , library , public-domain , xml ) 2025-03-02 0.9.0.2 koral attoparsec-conduit (deprecated in favor of conduit-extra ) 35 0.0 34 Consume attoparsec parsers via conduit. (deprecated) ( conduit , data , deprecated , library , mit , parsing ) 2014-04-02 1.1.0 MichaelSnoyman base64-conduit (deprecated in favor of conduit-combinators ) 11 0.0 3 Base64-encode and decode streams of bytes. (deprecated) ( bsd3 , conduit , data , deprecated , library ) 2014-03-21 1.0.0.1 MichaelSnoyman binary-conduit 32 0.0 17 data serialization/deserialization conduit library ( conduit , library , mit ) 2018-10-13 1.3.1 AlexanderVershilov , MathieuBoespflug , ocramz bits-conduit 4 0.0 1 Bitstream support for Conduit ( bsd3 , conduit , data , library ) 2012-06-29 0.2.0.0 HideyukiTanaka blaze-builder-conduit (deprecated in favor of conduit-extra ) 45 0.0 16 Convert streams of builders to streams of bytestrings. (deprecated) ( bsd3 , conduit , data , deprecated , library ) 2014-04-02 1.1.0 MichaelSnoyman brotli-conduit 4 0.0 0 Conduit interface for Brotli (RFC7932) compression. ( bsd3 , codec , compression , conduit , library ) 2019-04-20 0.0.0.0 AndreasAbel , HerbertValerioRiedel cereal-conduit 83 0.0 10 Turn Data.Serialize Gets and Puts into Sources, Sinks, and Conduits ( bsd3 , conduit , library ) 2018-02-01 0.8.0 MichaelSnoyman , MylesMaxfield conduit 466 2.25 621 Streaming data processing library. ( conduit , data , library , mit ) 2025-02-23 1.3.6.1 MichaelSnoyman conduit-algorithms 84 2.0 2 Conduit-based algorithms ( conduit , library , mit ) 2024-02-16 0.0.14.0 luispedro conduit-combinators 106 0.0 61 DEPRECATED Functionality merged into the conduit package itself ( conduit , data , library , mit ) 2018-02-01 1.3.0 MichaelSloan , MichaelSnoyman conduit-concurrent-map 11 2.0 4 Concurrent, order-preserving mapping Conduit ( conduit , data , library , mit ) 2025-05-04 0.1.4 NiklasHambuechen conduit-connection 13 0.0 1 Conduit source and sink for Network.Connection. ( bsd3 , conduit , library , network ) 2019-06-10 0.1.0.5 slomo conduit-extra 284 0.0 219 Batteries included conduit: adapters for common libraries. ( conduit , data , library , mit ) 2025-06-26 1.3.8 MichaelSnoyman conduit-iconv 10 0.0 1 Conduit for character encoding conversion. ( bsd3 , conduit , library , text ) 2018-02-07 0.1.1.3 slomo conduit-merge 12 0.0 1 Merge multiple sorted conduits ( bsd3 , conduit , library ) 2019-05-27 0.1.3.0 cblp conduit-parse 27 0.0 8 Parsing framework based on conduit. ( conduit , library , public-domain , text ) 2022-05-10 0.2.1.1 koral conduit-resumablesink 5 0.0 1 Allows conduit to resume sinks to feed multiple sources into it. ( bsd3 , conduit , data , library ) 2017-11-01 0.2 AndrewMiller conduit-tokenize-attoparsec (deprecated) 2 0.0 0 Conduits for tokenizing streams. ( bsd3 , conduit , data , deprecated , library , program ) 2016-01-31 0.1.0.0 newhoggy , haskellworks conduit-vfs 9 0.0 1 Virtual file system for Conduit; disk, pure, and in-memory impls. ( bsd3 , conduit , filesystem , io , library ) 2019-06-12 0.1.0.3 RobertFischer conduit-vfs-zip 3 0.0 0 Zip archive interface for the Conduit Virtual File System. ( bsd3 , compression , conduit , filesystem , io , library , zip ) 2019-06-12 0.1.0.1 RobertFischer conduit-zstd 13 0.0 4 Conduit-based ZStd Compression ( conduit , library , mit ) 2020-05-21 0.0.2.0 luispedro couchdb-conduit 94 0.0 1 Couch DB client library using http-conduit and aeson ( bsd3 , conduit , database , library ) 2012-11-02 0.10.6 AlexanderDorofeev crypto-conduit 61 0.0 6 Conduit interface for cryptographic operations (from crypto-api). ( bsd3 , conduit , cryptography , library ) 2014-11-12 0.5.5 FelipeLessa , MichaelSnoyman cryptohash-conduit 6 0.0 9 cryptohash conduit ( bsd3 , conduit , cryptography , library ) 2014-03-30 0.1.1 VincentHanquez crypton-conduit 4 0.0 2 crypton conduit ( bsd3 , conduit , cryptography , library ) 2023-07-30 0.2.3 psibi , mpilgrem cryptonite-conduit 7 0.0 7 cryptonite conduit ( bsd3 , conduit , cryptography , library ) 2017-11-17 0.2.2 MichaelSnoyman , VincentHanquez csv-conduit 58 0.0 5 A flexible, fast, conduit-based CSV parser library for Haskell. ( bsd3 , conduit , csv , data , library , text ) 2025-05-08 1.0.1.1 MichaelXavier , OzgunAtaman , dmvianna decoder-conduit 6 0.0 1 Conduit for decoding ByteStrings using Data.Binary.Get ( bsd3 , conduit , library ) 2013-09-27 0.0.1.1 hansonkd esqueleto-streaming 1 0.0 0 Memory-constant streaming of Esqueleto results from PostgreSQL ( bsd3 , conduit , database , library ) 2021-10-20 0.1.0.0 isaac_supercede filesystem-conduit (deprecated in favor of conduit-combinators ) 39 0.0 4 Use system-filepath data types with conduits. (deprecated) ( conduit , data , deprecated , library , mit ) 2014-03-20 1.0.0.2 MichaelSnoyman fluent-logger-conduit 12 0.0 1 Conduit interface for fluent-logger ( conduit , library , network ) 2014-11-15 0.3.0.0 NoriyukiOhkawa fold-debounce-conduit 31 0.0 1 Regulate input traffic from conduit Source with Control.FoldDebounce ( bsd3 , conduit , library ) 2026-01-08 0.2.0.9 debugito fsnotify-conduit 5 0.0 1 Get filesystem notifications as a stream of events ( conduit , data , library , mit ) 2018-06-04 0.1.1.1 MichaelSnoyman ftp-conduit 14 0.0 1 FTP client package with conduit interface based off http-conduit ( bsd3 , conduit , library , network ) 2012-06-02 0.0.5 MylesMaxfield hasql-streams-conduit 2 0.0 0 Stream Hasql queries with Conduit ( conduit , database , hasql , library , mit , postgresql , streaming ) 2022-02-05 0.1.0.0 amarianiello hinotify-conduit 5 0.0 0 inotify conduit sources ( bsd3 , conduit , library , system ) 2021-10-10 0.1.0.1 JiriMarsicek hreq-conduit 1 0.0 0 Conduit streaming support for Hreq. ( conduit , library , mit , network , web ) 2019-11-13 0.1.0.0 epicallan html-conduit 56 0.0 19 Parse HTML documents using xml-conduit datatypes. ( conduit , library , mit , text , web ) 2021-08-16 1.3.2.2 JensPetersen , MichaelSnoyman http-conduit 689 2.25 336 HTTP client package with conduit interface and HTTPS support. ( bsd3 , conduit , library , web ) 2024-10-27 2.3.9.1 MichaelSnoyman , SimonHengel http-conduit-browser 54 0.0 1 Browser interface to the http-conduit package ( bsd3 , conduit , library , web ) 2017-06-13 2.0.0.1 MikhailKuddah , MylesMaxfield hw-all 1 0.0 0 Demo library ( bsd3 , conduit , data , library ) 2019-11-06 0.0.0.1 haskellworks hw-conduit 25 0.0 6 Conduits for tokenizing streams. ( conduit , data , library , mit ) 2022-03-25 0.2.1.1 newhoggy , haskellworks , GeorgeWilson hw-conduit-merges 3 0.0 1 Additional merges and joins for Conduit ( bsd3 , conduit , data , library ) 2020-04-14 0.2.1.0 haskellworks hw-succinct 36 0.0 2 Succint datastructures ( conduit , data , library , mit ) 2016-10-24 0.1.0.1 newhoggy , haskellworks imagesize-conduit 29 0.0 3 Determine the size of some common image formats. ( bsd3 , conduit , graphics , library ) 2015-03-31 1.1 AdamBergmark , FelipeLessa , MichaelSnoyman , lostbean jsonrpc-conduit 73 0.0 1 JSON-RPC 2.0 server over a Conduit. ( conduit , gpl , library ) 2024-02-19 0.4.1 GabrieleSales lz4-conduit 7 0.0 0 LZ4 compression for conduits ( bsd3 , codec , compression , conduit , library , program ) 2018-03-25 0.3 scm lzma-conduit 74 0.0 6 Conduit interface for lzma/xz compression. ( bsd3 , codec , compression , conduit , library ) 2022-04-06 1.2.3 NathanHowell network-conduit (deprecated in favor of conduit-extra ) 115 0.0 24 Stream socket data using conduits. (deprecated) ( bsd3 , conduit , data , deprecated , library , network ) 2014-04-02 1.1.0 MichaelSnoyman opml-conduit 40 0.0 1 Streaming parser/renderer for the OPML 2.0 format. ( conduit , library , public-domain , text , xml ) 2020-08-01 0.9.0.0 koral persistent-postgresql-streaming 5 0.0 1 Memory-constant streaming of Persistent entities from PostgreSQL ( bsd3 , conduit , database , library ) 2021-10-20 0.1.0.0 isaac_supercede pool-conduit (deprecated in favor of resource-pool ) 52 0.0 18 Resource pool allocations via ResourceT. (deprecated) ( conduit , database , deprecated , library , mit , yesod ) 2014-04-03 0.1.2.3 MichaelSnoyman potoki-conduit 1 0.0 0 Integration of "potoki" and "conduit" ( conduit , library , mit , potoki , streaming ) 2019-01-16 0.1 NikitaVolkov process-conduit (deprecated in favor of conduit-extra ) 47 0.0 7 Conduits for processes (deprecated) ( bsd3 , conduit , deprecated , library , system ) 2014-07-17 1.2.0.1 HideyukiTanaka , MichaelSnoyman req-conduit 13 0.0 4 Conduit helpers for the req HTTP client library ( bsd3 , conduit , library , network , web ) 2023-12-30 1.0.2 mrkkrp resourcet 268 0.0 510 Deterministic allocation and freeing of scarce resources. ( bsd3 , conduit , data , library ) 2022-10-23 1.3.0 MichaelSnoyman resourcet-pool (deprecated in favor of unliftio-pool ) 4 0.0 1 A small library to convert a Pool into an Acquire ( bsd3 , conduit , data , database , deprecated , library , network ) 2020-11-23 0.1.0.0 brandonchinn178 rss-conduit 47 0.0 1 Streaming parser/renderer for the RSS standard. ( conduit , library , public-domain , xml ) 2020-11-22 0.6.0.1 koral sandi 38 0.0 7 Data encoding library ( bsd3 , codec , conduit , library ) 2019-02-04 0.5 MagnusTherning shell-conduit 42 0.0 3 Write shell scripts with Conduit ( bsd3 , conduit , library , scripting ) 2020-06-20 5.0.0 ChrisDone , psibi simple-conduit 22 0.0 1 A simple streaming I/O library based on monadic folds ( bsd3 , conduit , data , library ) 2017-01-23 0.6.0 JohnWiegley stm-conduit 81 0.0 35 Introduces conduits to channels, and promotes using conduits concurrently. ( bsd3 , concurrency , conduit , library ) 2018-09-27 4.0.1 AlexanderVershilov , ClarkGaebel stomp-conduit 11 0.0 1 Stompl Conduit Client ( client , conduit , library , message-oriented-middleware , network , stomp ) 2020-12-27 0.5.0 TobiasSchoofs tagstream-conduit 38 0.0 8 streamlined html tag parser ( bsd3 , conduit , library , web ) 2020-06-03 0.5.6 MichaelSnoyman , YiHuang twitter-conduit 88 0.0 3 Twitter API package with conduit interface and Streaming API support. ( bsd3 , conduit , library , web ) 2021-11-27 0.6.1 TakahiroHimura udp-conduit 8 2.0 1 Simple fire-and-forget conduit UDP wrappers ( conduit , data , library ) 2016-10-21 0.1.0.4 kqr wai-conduit 9 0.0 8 conduit wrappers for WAI ( conduit , library , mit , web ) 2018-03-19 3.0.0.4 KazuYamamoto , MichaelSnoyman , nideco xinput-conduit 1 0.0 1 Conduit of keys pressed by xinput ( bsd3 , conduit , library ) 2015-04-05 0.0.0 ChrisDone xml-conduit 272 2.0 130 Pure-Haskell utilities for dealing with XML with the conduit package. ( conduit , library , mit , xml ) 2025-11-25 1.10.1.0 MichaelSnoyman , koral xml-conduit-parse 18 0.0 4 Streaming XML parser based on conduits. ( conduit , library , text , xml ) 2017-11-23 0.3.1.2 koral zip-conduit 19 0.0 2 Working with zip archives via conduits ( bsd3 , codec , conduit , library ) 2022-10-09 0.3.0 TimCherganov zip-stream 19 0.0 2 ZIP archive streaming using conduits ( bsd3 , codec , conduit , library , program ) 2022-11-21 0.2.2.0 DylanSimon zlib-conduit (deprecated in favor of conduit-extra ) 47 0.0 9 Streaming compression/decompression via conduits. (deprecated) ( bsd3 , conduit , data , deprecated , library ) 2014-04-02 1.1.0 MichaelSnoyman | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/yesod-0.10.1.3 | yesod: Creation of type-safe, RESTful web applications. Hackage :: [Package] Search Browse What's new Upload User accounts yesod : Creation of type-safe, RESTful web applications. [ library , mit , web , yesod ] [ Propose Tags ] [ Report a vulnerability ] A RESTful web framework with strong compile-time guarantees of correctness. It also affords space efficient code, highly concurrent loads, and portability to many deployment backends (via the wai package), from CGI to stand-alone serving. Yesod also focuses on developer productivity. Yesod integrates well with tools for all your basic web development (wai, persistent, and shakespeare/hamlet) The Yesod documentation site http://www.yesodweb.com/ has much more information, including on the supporting packages mentioned above. Modules [ Index ] Yesod Flags Automatic Flags Name Description Default ghc7 Enabled threaded Build with support for multithreaded execution Enabled Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info Downloads yesod-0.10.1.3.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers GregWeber , MichaelSnoyman , psibi , MaxGabriel , parsonsmatt , jgt For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.0.0 , 0.0.0.1 , 0.0.0.2 , 0.2.0 , 0.3.0 , 0.3.1 , 0.3.1.1 , 0.4.0 , 0.4.0.1 , 0.4.0.2 , 0.4.0.3 , 0.4.1 , 0.5.0 , 0.5.0.1 , 0.5.0.2 , 0.5.0.3 , 0.5.1 , 0.5.2 , 0.5.3 , 0.5.4 , 0.5.4.1 , 0.5.4.2 , 0.6.0 , 0.6.0.1 , 0.6.0.2 , 0.6.1 , 0.6.1.1 , 0.6.1.2 , 0.6.2 , 0.6.3 , 0.6.4 , 0.6.5 , 0.6.6 , 0.6.7 , 0.7.0 , 0.7.1 , 0.7.2 , 0.7.3 , 0.8.0 , 0.8.1 , 0.8.2 , 0.8.2.1 , 0.9.1 , 0.9.1.1 , 0.9.2 , 0.9.2.1 , 0.9.2.2 , 0.9.3 , 0.9.3.1 , 0.9.3.2 , 0.9.3.3 , 0.9.3.4 , 0.9.4 , 0.9.4.1 , 0.10.1 , 0.10.1.1 , 0.10.1.2 , 0.10.1.3 , 0.10.1.4 , 0.10.2 , 1.0.0 , 1.0.0.1 , 1.0.0.2 , 1.0.1 , 1.0.1.1 , 1.0.1.2 , 1.0.1.3 , 1.0.1.4 , 1.0.1.5 , 1.0.1.6 , 1.1.0 , 1.1.0.1 , 1.1.0.2 , 1.1.0.3 , 1.1.1 , 1.1.1.2 , 1.1.2 , 1.1.3 , 1.1.3.1 , 1.1.4 , 1.1.4.1 , 1.1.5 , 1.1.6 , 1.1.7 , 1.1.7.1 , 1.1.7.2 , 1.1.8 , 1.1.8.1 , 1.1.8.2 , 1.1.9 , 1.1.9.1 , 1.1.9.2 , 1.1.9.3 , 1.1.9.4 , 1.2.0 , 1.2.0.1 , 1.2.1 , 1.2.1.1 , 1.2.2 , 1.2.2.1 , 1.2.3 , 1.2.4 , 1.2.5 , 1.2.5.1 , 1.2.5.2 , 1.2.5.3 , 1.2.6 , 1.2.6.1 , 1.4.0 , 1.4.1 , 1.4.1.1 , 1.4.1.2 , 1.4.1.3 , 1.4.1.4 , 1.4.1.5 , 1.4.2 , 1.4.2.1 , 1.4.3 , 1.4.3.1 , 1.4.4 , 1.4.5 , 1.6.0 , 1.6.0.1 , 1.6.0.2 , 1.6.1.0 , 1.6.1.1 , 1.6.1.2 , 1.6.2 , 1.6.2.1 Dependencies attoparsec (>=0.10) , base (>=4 && <5) , blaze-builder (>=0.2.1.4 && <0.4) , blaze-html (>=0.4.1.3 && <0.5) , bytestring (>=0.9.1.4 && <0.10) , Cabal , containers (>=0.2 && <0.5) , directory (>=1.0 && <1.2) , fast-logger (>=0.0.2 && <0.1) , filepath (>=1.1) , hamlet (>=0.10 && <0.11) , http-types (>=0.6.1 && <0.7) , monad-control (>=0.3 && <0.4) , parsec (>=2.1 && <4) , process , shakespeare-css (>=0.10 && <0.11) , shakespeare-js (>=0.11 && <0.12) , shakespeare-text (>=0.10 && <0.11) , template-haskell , text (>=0.11 && <0.12) , time (>=1.1.4) , transformers (>=0.2.2 && <0.3) , unix-compat (>=0.2 && <0.4) , wai (>=1.1 && <1.2) , wai-extra (>=1.1 && <1.3) , wai-logger (>=0.1.2) , warp (>=1.1 && <1.2) , yesod-auth (>=0.8.1 && <0.9) , yesod-core (>=0.10.1 && <0.11) , yesod-form (>=0.4.1 && <0.5) , yesod-json (>=0.3.1 && <0.4) , yesod-persistent (>=0.3.1 && <0.4) [ details ] License BSD-3-Clause Author Michael Snoyman <michael@snoyman.com> Maintainer Michael Snoyman <michael@snoyman.com> Uploaded by GregWeber at 2012-03-01T18:50:08Z Stability Stable --> Category Web , Yesod Home page http://www.yesodweb.com/ Source repo head: git clone https://github.com/yesodweb/yesod Distributions Arch: 1.6.2.1 , Debian: 1.6.1.0 , Fedora: 1.6.2.1 , FreeBSD: 1.4.1.5 , LTSHaskell: 1.6.2.1 , NixOS: 1.6.2.1 , Stackage: 1.6.2.1 , openSUSE: 1.6.2.1 Reverse Dependencies 50 direct, 25 indirect [ details ] Executables yesod Downloads 165521 total (302 in the last 30 days) Rating 2.0 (votes: 8) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs uploaded by user Build status unknown [ no reports yet ] Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/packages/tag/lgpl | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged lgpl 261 packages have this tag. [Merge tag] (trustees only) Related tags: library (250), bindings (71), graphics (49), program (38), data (19), math (18), system (16), web (16), numerical (14), text (9), deprecated (8), statistics (8), ffi (7), development (6), sound (6), control (5), language (5), unclassified (5), network (4), schema (4), testing (4), cryptography (3), data-structures (3), game (3), music (3), codec (2), concurrency (2), debug (2), distribution (2), finance (2), ghc (2), parsing (2), test (2), accelerate (1), ai (1), audio (1), authentication (1), bioinformatics (1), convenience (1), database (1), deep-learning (1), desktop (1), documentation (1), environment (1), ... Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers 3dmodels 2 1.5 1 3D model parsers ( graphics , lgpl , library ) 2014-11-08 0.3.0 capsjac CBOR 5 0.0 1 Encode/Decode values to/from CBOR ( data , lgpl , library ) 2014-07-24 0.1.0.1 KyleMurphy DynamicTimeWarp 1 0.0 1 Dynamic time warping of sequences. ( data , lgpl , library , program ) 2015-02-05 0.1.0.0 zombiecalypse Etage 32 0.0 2 A general data-flow framework ( ai , control , lgpl , library ) 2014-05-10 0.1.12 MitarMilutinovic Etage-Graph 19 0.0 1 Data-flow based graph algorithms ( data-structures , lgpl , library , program ) 2014-05-10 0.1.8 MitarMilutinovic FAI 5 0.0 1 Haskell Foreign Accelerate Interface ( accelerate , lgpl , library ) 2018-07-30 0.1.0.20 qinka HROOT 85 0.0 1 Haskell binding to the ROOT data analysis framework ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-core 20 0.0 8 Haskell binding to ROOT Core modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-graf 23 0.0 2 Haskell binding to ROOT Graf modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-hist 21 0.0 3 Haskell binding to ROOT Hist modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-io 23 0.0 3 Haskell binding to ROOT IO modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-math 21 0.0 2 Haskell binding to ROOT Math modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-net 10 0.0 1 Haskell binding to ROOT Net modules ( lgpl , library , math , numerical , raphics , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-tree 13 0.0 1 Haskell binding to ROOT Tree modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HTF 167 2.0 7 The Haskell Test Framework ( lgpl , library , program , testing ) 2024-05-03 0.15.0.2 DavidLeuschner , GwernBranwen , StefanWehr HaXml 135 0.0 53 Utilities for manipulating XML documents ( lgpl , library , program , text , xml ) 2024-12-12 1.25.14 JensPetersen , MalcolmWallace , phadej HarmTrace-Base 17 2.0 4 Parsing and unambiguously representing musical chords. ( lgpl , library , music ) 2017-10-03 1.6.0.0 BasDeHaas , JosePedroMagalhaes Lambdaya 13 0.0 1 Library for RedPitaya ( lgpl , library , system ) 2016-04-05 0.3.0.0.0 ralu MASMGen 18 2.0 1 Generate MASM code from haskell ( development , lgpl , library ) 2018-10-11 0.7.0.0 petercommand NXT 49 0.0 1 A Haskell interface to Lego Mindstorms NXT ( lgpl , library , program , robotics ) 2016-02-23 0.2.5 MitarMilutinovic RLP 11 0.0 0 RLP serialization as defined in Ethereum Yellow Paper ( data , lgpl , library , parsing ) 2018-12-10 jasagredo SNet 1 0.0 1 Declarative coördination language for streaming networks. ( language , lgpl , library ) 2012-09-24 0.1.0 MerijnVerstraaten SWMMoutGetMB 10 0.0 1 A parser for SWMM 5 binary .OUT files ( environment , hydrology , lgpl , library , water ) 2015-11-30 0.1.1.1 siddhanathan SessionLogger 2 0.0 1 Easy Loggingframework ( lgpl , library , logging ) 2011-07-06 0.3.0.0 GeroKriependorf StringUtils 7 0.0 1 String manipulation utilities ( lgpl , library , text ) 2018-05-08 0.2.0.2 CIX_68 TLT 12 2.0 1 Testing in monads and transformers without explicit specs ( lgpl , library , program , test ) 2022-09-30 0.5.0.0 jpmrst TastyTLT 2 0.0 0 Run TLT tests from Tasty ( lgpl , library , program , test ) 2022-05-24 0.0.0.0 jpmrst TestExplode 1 0.0 1 Generates testcases from program-snippets ( lgpl , library , testing ) 2015-06-10 0.1.0.0 hjg WeakSets 61 0.0 2 Simple set types. Useful to create sets of arbitrary types and nested sets. ( data , lgpl , library ) 2023-11-05 1.6.1.0 gsabbagh affection 20 0.0 1 A simple Game Engine using SDL ( game , lgpl , library ) 2018-09-25 0.0.0.9 nek0 attoparsec-varword 2 0.0 1 Variable-length integer decoding for Attoparsec ( data , lgpl , library ) 2018-05-03 0.1.0.0 ch3pjw awesomium 3 0.0 2 High-level Awesomium bindings. ( graphics , lgpl , library , web ) 2012-11-13 0.1.0.0 MaksymilianOwsianny awesomium-glut 2 0.0 1 Utilities for using Awesomium with GLUT. ( graphics , lgpl , library , web ) 2012-11-13 0.1.0.0 MaksymilianOwsianny awesomium-raw 1 0.0 3 Low-level Awesomium bindings. ( graphics , lgpl , library , web ) 2012-11-13 0.1.0.0 MaksymilianOwsianny babl 6 0.0 2 Haskell bindings to BABL library. ( graphics , lgpl , library ) 2017-01-01 0.0.0.2 nek0 bdcs 31 0.0 1 Tools for managing a content store of software packages ( distribution , lgpl , library , program ) 2018-05-16 0.6.1 clumens , dshea billboard-parser 4 0.0 1 A parser for the Billboard chord dataset ( lgpl , library , music , program ) 2013-01-17 1.0.0.1 BasDeHaas bindings-bfd 13 0.0 1 Bindings for libbfd, a library of the GNU `binutils' ( development , ffi , lgpl , library ) 2012-07-16 1.2.0.0 MichaelNelson bindings-gts 8 0.0 1 Low level bindings supporting GTS, the GNU Triangulated Surface Library ( ffi , lgpl , library ) 2011-03-15 0.1.1 JoelCrisp bindings-hamlib 2 0.0 1 Hamlib bindings for Haskell ( ffi , lgpl , library , program ) 2014-08-13 0.1.0.0 RickyElrod bindings-sane 4 0.0 1 FFI bindings to libsane ( ffi , lgpl , library ) 2012-10-21 0.0.1 ClintAdams biosff 18 0.0 1 Library and executables for working with SFF files ( bioinformatics , lgpl , library ) 2013-09-28 0.3.7.1 KetilMalde bustle 47 0.0 1 Draw sequence diagrams of D-Bus traffic ( desktop , lgpl , network , program ) 2020-07-31 0.8.0 WillThompson , pwithnall bytestring-builder-varword 2 0.0 1 Variable-length integer encoding ( data , lgpl , library ) 2018-05-03 0.1.0.0 ch3pjw casadi-bindings 106 0.0 2 mid-level bindings to CasADi ( lgpl , library , math , numerical ) 2018-12-15 3.4.5.0 GregHorn casadi-bindings-control (deprecated in favor of casadi-bindings-core ) 2 0.0 1 low level bindings to casadi-control ( deprecated , lgpl , library , math , numerical ) 2014-08-21 2.0.0.1 GregHorn casadi-bindings-core 40 0.0 6 autogenerated low level bindings to casadi ( lgpl , library , math , numerical ) 2018-12-15 3.4.5.0 GregHorn casadi-bindings-internal 28 0.0 7 low level bindings to CasADi ( lgpl , library , math , numerical ) 2018-12-15 0.1.6.1 GregHorn casadi-bindings-ipopt-interface (deprecated in favor of casadi-bindings-core ) 12 0.0 1 low level bindings to casadi-ipopt_interface ( deprecated , lgpl , library , math , numerical ) 2014-05-27 1.9.0.3 GregHorn casadi-bindings-snopt-interface (deprecated in favor of casadi-bindings-core ) 10 0.0 1 low level bindings to casadi-snopt_interface ( deprecated , lgpl , library , math , numerical ) 2014-05-27 1.9.0.3 GregHorn chunky (deprecated) 3 0.0 1 Human-readable storage of text/binary objects. ( codec , deprecated , lgpl , library , program ) 2014-12-03 0.1.0.0 PhilippHausmann clocked 9 0.0 1 timer functionality to clock IO commands ( concurrency , lgpl , library ) 2013-02-28 0.4.1.3 SoenkeHahn codec-rpm 17 0.0 1 A library for manipulating RPM files ( distribution , lgpl , library ) 2018-05-24 0.2.2 clumens , dshea console-prompt (deprecated in favor of HCL ) 4 0.0 1 console user prompts ( deprecated , lgpl , library , system ) 2017-06-07 0.1 jlamothe content-store 10 0.0 1 Store and retrieve data from an on-disk store ( lgpl , library , system ) 2018-03-20 0.2.1 clumens , dshea curly-expander 25 0.0 0 Curly braces (brackets) expanding ( lgpl , library , text ) 2024-05-01 0.3.0.4 stastnypremysl dash-haskell 21 0.0 1 Convert package Haddock to Dash docsets (IDE docs) ( documentation , lgpl , program ) 2015-07-18 1.1.0.2 jfeltz , johnfeltz data-dispersal 7 0.0 1 Space-efficient and privacy-preserving data dispersal algorithms. ( cryptography , data , lgpl , library ) 2014-10-05 1.0.0.2 PeterRobinson delta 22 0.0 0 A library for detecting file changes ( data , lgpl , library , program ) 2015-07-23 0.2.1.2 muzzle dice-entropy-conduit 8 0.0 2 Cryptographically secure n-sided dice via rejection sampling ( cryptography , data , lgpl , library ) 2020-05-09 1.0.0.3 PeterRobinson dynobud 18 0.0 1 your dynamic optimization buddy ( lgpl , library , science ) 2015-11-18 1.9.1.0 GregHorn easy-args 5 0.0 0 Parses command line arguments ( lgpl , library , utilities ) 2020-11-19 0.1.0.1 jlamothe fernet 1 0.0 0 Generate and verify HMAC-based authentication tokens. ( authentication , lgpl , library , web ) 2017-03-22 0.1.0.0 rvl fixfile 15 2.0 1 File-backed recursive data structures. ( data , lgpl , library ) 2017-01-07 0.7.0.0 rev_null fixhs 13 0.0 1 FIX (co)parser ( lgpl , library , parsing , program , protocol , text ) 2012-07-11 0.1.4 ArvinMoezzi follow 3 0.0 0 Haskell library to follow content published on any subject. ( lgpl , library , program , web ) 2018-09-14 0.1.0.0 cram1010 fplll 1 0.0 0 Haskell bindings to <https://fplll.github.io/fplll/ fplll> ( lgpl , library , math ) 2019-12-05 0.1.0.0 lanceroy free-alacarte 20 2.0 2 Free monads based on intuitions from the Data types à la Carte. ( lgpl , library , unclassified ) 2024-11-29 1.0.0.9 jjba friday 68 2.0 6 A functional image processing library for Haskell. ( graphics , lgpl , library ) 2023-05-20 0.2.3.2 RaphaelJavaux , ThomasDuBuisson friday-devil 10 0.0 3 Uses the DevIL C library to read and write images from and to files and memory buffers. ( graphics , lgpl , library ) 2015-03-08 0.1.1.1 RaphaelJavaux future-resource 7 0.0 2 realtime resource handling with manual concurrency ( control , lgpl , library ) 2015-04-22 0.4.0.0 capsjac gconf 27 0.0 2 Binding to the GNOME configuration database system. ( lgpl , library , system ) 2016-05-22 0.13.1.0 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie gegl 14 0.0 2 Haskell bindings to GEGL library ( graphics , lgpl , library ) 2017-03-01 0.0.0.5 nek0 gemmula 17 2.0 2 a tiny gemtext parser ( gemini , lgpl , library , text ) 2024-08-05 1.2.0 jan_sena gender 7 0.0 1 Identify a persons gender by their first name ( language , lgpl , library , program ) 2013-02-16 0.1.1.0 KraniumGikos ghcup 50 2.5 0 ghc toolchain installer ( lgpl , library , system ) 2025-05-17 0.1.50.2 angerman , Bodigrim , maerwald gi-adwaita 19 0.0 0 Adwaita bindings ( bindings , lgpl , library ) 2025-01-01 1.0.8 inaki gi-atk 126 0.0 14 Atk bindings ( bindings , lgpl , library ) 2024-06-16 2.0.28 inaki gi-ayatana-appindicator3 6 0.0 1 libayatana-appindicator3 bindings ( bindings , lgpl , library ) 2025-01-01 0.1.2 inaki gi-cairo 176 0.0 29 Cairo bindings ( bindings , lgpl , library ) 2024-06-16 1.0.30 inaki gi-cairo-connector 7 0.0 3 GI friendly Binding to the Cairo library. ( graphics , lgpl , library ) 2021-11-27 0.1.1 inaki , eyevanmalicesun , cohomology gi-clutter 10 0.0 0 clutter GObject bindings ( bindings , lgpl , library ) 2024-06-16 1.0.6 inaki gi-cogl 10 0.0 2 COGL GObject bindings ( bindings , lgpl , library ) 2024-06-16 1.0.6 inaki gi-coglpango 11 0.0 0 Cogl Pango GObject bindings ( bindings , lgpl , library ) 2024-06-16 1.0.6 inaki gi-dazzle 12 0.0 0 libdazzle bindings ( bindings , lgpl , library ) 2025-01-01 1.0.3 inaki gi-dbusmenu 24 0.0 2 Dbusmenu bindings ( bindings , lgpl , library ) 2024-06-16 0.4.14 inaki gi-dbusmenugtk3 31 0.0 1 DbusmenuGtk bindings ( bindings , lgpl , library ) 2025-01-01 0.4.16 inaki gi-freetype2 12 0.0 1 freetype2 bindings ( bindings , lgpl , library ) 2024-06-16 2.0.5 inaki gi-gdk 198 0.0 29 Gdk bindings (compatibility layer) ( bindings , lgpl , library ) 2025-01-01 4.0.10 inaki gi-gdk3 3 0.0 18 Gdk 3.x bindings ( bindings , lgpl , library ) 2025-01-01 3.0.30 inaki gi-gdk4 3 0.0 9 Gdk bindings ( bindings , lgpl , library ) 2025-01-01 4.0.10 inaki gi-gdkpixbuf 185 0.0 24 GdkPixbuf bindings ( bindings , lgpl , library ) 2024-06-16 2.0.32 inaki gi-gdkx11 80 0.0 1 GdkX11 4.x bindings (compatibility layer) ( bindings , lgpl , library ) 2025-01-01 4.0.9 inaki gi-gdkx113 4 0.0 2 GdkX11 3.x bindings ( bindings , lgpl , library ) 2025-01-01 3.0.17 inaki gi-gdkx114 2 0.0 1 GdkX11 4.x bindings ( bindings , lgpl , library ) 2025-01-01 4.0.9 inaki gi-ges 13 0.0 0 libges bindings ( bindings , lgpl , library ) 2024-06-16 1.0.5 inaki gi-ggit 31 0.0 1 libgit2-glib bindings ( bindings , lgpl , library ) 2024-06-16 1.0.15 inaki gi-gio 198 0.0 47 Gio bindings ( bindings , lgpl , library ) 2025-05-25 2.0.38 inaki gi-gio-hs-list-model 5 0.0 0 Haskell implementation of GListModel interface from gi-gio ( graphics , lgpl , library ) 2021-08-12 0.1.0.1 axeman gi-girepository 85 0.0 1 GIRepository (gobject-introspection) bindings ( bindings , lgpl , library ) 2024-06-16 1.0.29 inaki gi-glib 162 0.0 78 GLib bindings ( bindings , lgpl , library ) 2024-06-16 2.0.30 inaki gi-gmodule 19 0.0 1 GModule bindings ( bindings , lgpl , library ) 2024-06-16 2.0.6 inaki gi-gobject 167 0.0 70 GObject bindings ( bindings , lgpl , library ) 2024-06-16 2.0.31 inaki gi-graphene 23 0.0 3 Graphene bindings ( bindings , lgpl , library ) 2024-06-16 1.0.8 inaki gi-gsk 30 0.0 2 Gsk bindings ( bindings , lgpl , library ) 2025-01-01 4.0.9 inaki gi-gst 103 0.0 7 GStreamer bindings ( bindings , lgpl , library ) 2024-06-16 1.0.30 inaki gi-gstapp 10 0.0 0 GStreamerApp bindings ( bindings , lgpl , library ) 2024-06-16 1.0.29 inaki gi-gstaudio 62 0.0 1 GStreamerAudio bindings ( bindings , lgpl , library ) 2024-06-16 1.0.28 inaki gi-gstbase 88 0.0 4 GStreamerBase bindings ( bindings , lgpl , library ) 2024-06-16 1.0.29 inaki gi-gstpbutils 32 0.0 2 GStreamer Plugins Base Utils bindings ( bindings , lgpl , library ) 2024-06-16 1.0.28 inaki gi-gsttag 30 0.0 1 GStreamer Tag bindings ( bindings , lgpl , library ) 2024-06-16 1.0.28 inaki gi-gstvideo 96 0.0 2 GStreamerVideo bindings ( bindings , lgpl , library ) 2024-06-16 1.0.29 inaki gi-gtk 211 0.0 36 Gtk 4.x bindings (compatibility layer) ( bindings , lgpl , library ) 2025-01-01 4.0.12 inaki gi-gtk-hs 56 0.0 5 A wrapper for gi-gtk, adding a few more idiomatic API parts on top ( graphics , lgpl , library ) 2025-10-26 0.3.18 HamishMackenzie , inaki gi-gtk-layer-shell 11 0.0 0 gtk-layer-shell bindings ( bindings , lgpl , library ) 2025-01-01 0.1.7 inaki gi-gtk3 1 0.0 16 Gtk 3.x bindings ( bindings , lgpl , library ) 2025-01-01 3.0.44 inaki gi-gtk4 1 0.0 6 Gtk 4.x bindings ( bindings , lgpl , library ) 2025-01-01 4.0.12 inaki gi-gtk4-layer-shell 4 0.0 0 gtk4-layer-shell bindings ( bindings , lgpl , library ) 2025-07-05 0.1.0 inaki gi-gtkosxapplication 36 0.0 2 GtkosxApplication bindings ( bindings , lgpl , library ) 2019-08-04 2.0.17 inaki gi-gtksheet 3 0.0 0 GtkSheet bindings ( bindings , lgpl , library ) 2020-10-13 4.0.1 ivanbakel gi-gtksource 82 0.0 2 GtkSource 5.x bindings (compatibility layer) ( bindings , lgpl , library ) 2025-01-01 5.0.2 inaki gi-gtksource3 1 0.0 1 GtkSource 3.x bindings ( bindings , lgpl , library ) 2025-01-01 3.0.30 inaki gi-gtksource5 4 0.0 1 GtkSource 5.x bindings ( bindings , lgpl , library ) 2025-01-01 5.0.2 inaki gi-handy 36 0.0 0 libhandy bindings ( bindings , lgpl , library ) 2025-01-01 1.0.6 inaki gi-harfbuzz 41 0.0 1 HarfBuzz bindings ( bindings , lgpl , library ) 2024-06-16 0.0.10 inaki gi-ibus 19 0.0 0 IBus bindings ( bindings , lgpl , library ) 2024-06-16 1.5.8 na4zagin3 , inaki gi-javascriptcore 201 0.0 7 JavaScriptCore 6.x bindings (compatibility layer) ( bindings , lgpl , library ) 2025-01-01 6.0.5 inaki gi-javascriptcore4 3 0.0 3 JavaScriptCore 4.x bindings ( bindings , lgpl , library ) 2025-01-01 4.0.29 inaki gi-javascriptcore6 4 0.0 3 JavaScriptCore 6.x bindings ( bindings , lgpl , library ) 2025-01-01 6.0.5 inaki gi-json 9 0.0 1 JSON GObject bindings ( bindings , lgpl , library ) 2024-06-16 1.0.6 inaki gi-keybinder 6 0.0 0 Libkeybinder bindings ( bindings , lgpl , library ) 2024-06-16 0.3.3 inaki gi-nm 4 0.0 0 NM bindings ( bindings , lgpl , library ) 2024-12-22 1.0.1 inaki gi-notify 132 0.0 1 Libnotify bindings ( bindings , lgpl , library ) 2025-10-26 0.7.29 inaki gi-ostree 64 0.0 2 OSTree bindings ( bindings , lgpl , library ) 2024-06-16 1.0.19 inaki gi-pango 191 0.0 22 Pango bindings ( bindings , lgpl , library ) 2024-06-16 1.0.30 inaki gi-pangocairo 67 0.0 3 PangoCairo bindings ( bindings , lgpl , library ) 2024-06-16 1.0.31 inaki gi-poppler 92 0.0 1 Poppler bindings ( bindings , lgpl , library ) 2024-06-16 0.18.30 inaki gi-rsvg 12 0.0 0 librsvg bindings ( bindings , lgpl , library ) 2024-06-16 2.0.6 inaki gi-secret 46 0.0 1 Libsecret bindings ( bindings , lgpl , library ) 2025-03-09 0.0.20 inaki gi-soup 145 0.0 4 Libsoup 3.x bindings (compatibility layer) ( bindings , lgpl , library ) 2025-01-01 3.0.4 inaki gi-soup2 1 0.0 3 Libsoup 2.4.x bindings ( bindings , lgpl , library ) 2025-01-01 2.4.30 inaki gi-soup3 6 0.0 3 Libsoup 3.x bindings ( bindings , lgpl , library ) 2025-04-17 3.0.5 inaki gi-vips 19 0.0 0 libvips GObject bindings ( bindings , lgpl , library ) 2025-08-23 8.0.6 inaki gi-vte 115 0.0 2 Vte bindings ( bindings , lgpl , library ) 2025-04-17 2.91.35 inaki gi-webkit 94 0.0 4 WebKit 6.x bindings ( bindings , lgpl , library ) 2025-07-05 6.0.5 inaki gi-webkit2 95 0.0 2 WebKit2 bindings ( bindings , lgpl , library ) 2025-01-01 4.0.32 inaki gi-webkit2webextension 80 0.0 1 WebKit2-WebExtension 4.x bindings ( bindings , lgpl , library ) 2025-01-01 4.0.32 inaki gi-webkitwebprocessextension 7 0.0 0 WebKitWebProcessExtension 6.x bindings ( bindings , lgpl , library ) 2025-01-01 6.0.4 inaki gi-wnck 35 0.0 1 Wnck bindings ( bindings , lgpl , library ) 2025-01-01 3.0.16 inaki gi-xlib 45 0.0 3 xlib bindings ( bindings , lgpl , library ) 2024-06-16 2.0.14 inaki gio 95 0.0 12 Binding to GIO ( lgpl , library , system ) 2025-03-20 0.13.12.0 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie glade 14 0.0 9 Binding to the glade library. ( graphics , lgpl , library ) 2016-12-13 0.13.1 AndyStewart , AxelSimon , DuncanCoutts , HamishMackenzie glib 126 0.0 85 Binding to the GLIB library for Gtk2Hs. ( lgpl , library , system ) 2025-03-20 0.13.12.0 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie glualint 18 0.0 0 Attempts to fix your syntax erroring Lua files. ( language , lgpl , library ) 2024-07-01 1.29.0 FPtje graph-matchings 2 2.0 1 An implementation of algorithms for matchings in graphs ( data-structures , graphs , lgpl , library ) 2014-11-27 0.1.0.0 eberlm gstreamer 22 0.0 1 Binding to the GStreamer open source multimedia framework. ( lgpl , library , media ) 2016-05-22 0.12.8 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie gtk 160 2.0 125 Binding to the Gtk+ graphical user interface library. ( graphics , lgpl , library ) 2025-03-20 0.15.10 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie gtk-largeTreeStore 1 0.0 2 Large TreeStore support for gtk2hs ( data-structures , graphics , lgpl , library ) 2014-10-11 0.0.1.0 rakatan gtk-mac-integration 26 0.0 2 Bindings for the Gtk/OS X integration library. ( graphics , lgpl , library ) 2017-07-16 0.3.4.0 HamishMackenzie gtk-serialized-event 10 0.0 14 GTK+ Serialized event. ( graphics , lgpl , library ) 2010-11-07 0.12.0 AndyStewart gtk-traymanager 25 0.0 2 A wrapper around the eggtraymanager library for Linux system trays ( graphics , lgpl , library ) 2018-04-09 1.0.1 TristanRavitch gtk3 138 2.5 36 Binding to the Gtk+ 3 graphical user interface library ( graphics , lgpl , library ) 2025-03-20 0.15.10 HamishMackenzie gtk3-mac-integration 34 0.0 2 Bindings for the Gtk/OS X integration library. ( graphics , lgpl , library ) 2017-07-16 0.3.4.0 HamishMackenzie gtkglext 19 0.0 6 Binding to the GTK+ OpenGL Extension ( graphics , lgpl , library ) 2018-05-19 0.13.2.0 AndyStewart , AxelSimon , DuncanCoutts , HamishMackenzie gtkimageview 5 0.0 2 Binding to the GtkImageView library. ( graphics , lgpl , library ) 2010-11-07 0.12.0 AndyStewart gtksourceview2 40 0.0 7 Binding to the GtkSourceView library. ( graphics , lgpl , library ) 2016-10-29 0.13.3.1 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie gtksourceview3 38 0.0 3 Binding to the GtkSourceView library. ( graphics , lgpl , library ) 2016-10-29 0.13.3.1 HamishMackenzie happindicator 9 0.0 1 Binding to the appindicator library. ( graphics , lgpl , library ) 2012-01-25 0.0.4 AndrewMiller happindicator3 5 0.0 1 Binding to the appindicator library. ( gui , lgpl , library ) 2014-11-20 0.2.1 mlacorte haroonga 23 0.0 1 Low level bindings for Groonga. ( ffi , lgpl , library ) 2015-04-03 0.1.7.1 cosmo0920 haroonga-httpd 6 0.0 1 Yet another Groonga http server. ( lgpl , program , web ) 2015-04-03 0.1.1.0 cosmo0920 haskell-gi 246 0.0 75 Generate Haskell bindings for GObject Introspection capable libraries ( development , lgpl , library ) 2025-07-06 0.26.17 inaki haskell-gi-base 272 0.0 94 Foundation for libraries generated by haskell-gi ( development , lgpl , library ) 2025-07-05 0.26.9 inaki haskell-menu (deprecated in favor of HCL ) 2 0.0 1 A simple menu system for Haskell programs ( deprecated , lgpl , library , system ) 2016-12-06 0.2.1 jlamothe hbb 9 0.0 1 Haskell Busy Bee, a backend for text editors. ( development , lgpl , program ) 2014-10-28 0.4.0.2 wolfch hlibBladeRF 15 0.0 1 Haskell binding to libBladeRF SDR library ( ffi , lgpl , library ) 2015-03-10 0.1.0.6 eocallaghan hmatrix-nipals 5 0.0 1 NIPALS method for Principal Components Analysis on large data-sets. ( lgpl , library , math ) 2011-02-22 0.2 AlanFalloon hquantlib 45 0.0 1 HQuantLib is a port of essencial parts of QuantLib to Haskell ( finance , lgpl , library , program ) 2024-12-18 0.0.5.2 PavelRyzhov hquantlib-time 17 0.0 1 HQuantLib Time is a business calendar functions extracted from HQuantLib ( finance , lgpl , library ) 2025-07-06 0.1.2 PavelRyzhov hs-conllu 4 0.0 1 Conllu validating parser and utils. ( lgpl , library , program , unclassified ) 2021-04-17 0.1.5 odanoburu hsPID 7 0.0 1 PID control loop ( control , lgpl , library ) 2018-11-25 0.1.2 jlamothe hschema 10 0.0 3 Describe schemas for your Haskell data types. ( data , lgpl , library , schema ) 2018-11-14 0.0.1.1 alonsodomin hschema-aeson 5 0.0 1 Describe schemas for your Haskell data types. ( data , json , lgpl , library , schema ) 2018-11-14 0.0.1.1 alonsodomin hschema-prettyprinter 5 0.0 1 Describe schemas for your Haskell data types. ( data , lgpl , library , schema , text ) 2018-11-14 0.0.1.1 alonsodomin hschema-quickcheck 6 0.0 1 Describe schemas for your Haskell data types. ( data , lgpl , library , schema , testing ) 2018-11-14 0.0.1.1 alonsodomin hsdns 31 0.0 4 Asynchronous DNS Resolver ( foreign , lgpl , library , network ) 2019-01-23 1.8 GwernBranwen , PeterSimons hsndfile 32 0.0 6 Haskell bindings for libsndfile ( data , lgpl , library , sound ) 2015-09-18 0.8.0 StefanKersten hsshellscript 42 2.0 1 Using Haskell for Unix shell scripting tasks ( lgpl , library , system ) 2024-04-03 3.6.4 VolkerWysk html-charset 3 0.0 0 Determine character encoding of HTML documents/fragments ( lgpl , library , program , web ) 2022-12-12 0.1.1 hongminhee ibus-hs 2 0.0 2 A simple uncomplete ibus api ( lgpl , library , system ) 2016-01-09 0.0.0.1 ongyerth ige-mac-integration (deprecated in favor of gtk3-mac-integration ) 8 0.0 2 Bindings for the Gtk/OS X integration library. ( deprecated , graphics , lgpl , library ) 2011-04-22 0.1.0.1 HamishMackenzie implicit-logging 6 0.0 1 A logging framework built around implicit parameters. ( control , lgpl , library ) 2016-09-11 0.2.0.0 rev_null keuringsdienst 46 2.0 3 Data validation in Haskell: composable, easy and clean. ( lgpl , library , unclassified ) 2025-08-07 1.2.0.0 jjba lambdaya-bus 4 0.0 1 Fpga bus core and serialization for RedPitaya ( lgpl , library , system ) 2016-04-09 0.0.0.2 ralu libhbb 13 0.0 1 Backend for text editors to provide better Haskell editing support. ( development , lgpl , library , program ) 2014-10-30 0.4.1.0 wolfch libsystemd-daemon 3 0.0 1 Haskell bindings for libsystemd-daemon. ( lgpl , library , system ) 2013-03-24 0.1.0.1 CedricStaub libtagc 11 0.0 2 Binding to TagLib C library. ( audio , lgpl , library ) 2010-11-07 0.12.0 AndyStewart linear-smc 12 0.0 0 Build SMC morphisms using linear types ( lgpl , library , math ) 2023-06-20 2.2.3 JeanPhilippeBernardy linux-blkid 4 0.0 1 Linux libblkid ( lgpl , library , system ) 2013-05-11 0.2.0.0 NicolaSquartini lio-simple 15 0.0 1 LIO support for the Simple web framework ( lgpl , library , program , web ) 2014-04-20 0.0.2.2 DeianStefan lti13 23 0.0 1 Core functionality for LTI 1.3 ( lgpl , library , web ) 2022-11-24 0.3.0.0 jade mancala 2 0.0 1 Simple mancala game. ( game , lgpl , program ) 2011-06-30 0.1 JulianaLucena midi-simple 2 0.0 1 A simple and fast library for working with MIDI messages ( lgpl , library , sound ) 2017-02-15 0.1.0.0 tsahyt mnist-idx 26 2.0 1 Read and write IDX data that is used in e.g. the MNIST database. ( data , lgpl , library ) 2023-02-08 0.1.3.2 muzzle monky 19 0.0 0 A system state collecting library and application ( lgpl , library , program , system ) 2020-02-13 2.2.1.1 ongyerth numbered-semigroups 6 0.0 2 A sequence of semigroups, for composing stuff in multiple spatial directions. ( data , lgpl , library ) 2024-12-08 0.1.1.0 leftaroundabout opencascade-hs 71 2.0 3 Thin Wrapper for the OpenCASCADE CAD Kernel ( ffi , graphics , lgpl , library ) 2025-12-16 0.6.1.0 josephwarren opengles 15 2.0 1 Functional interface for OpenGL 4.1+ and OpenGL ES 2.0+ ( graphics , lgpl , library ) 2016-03-11 0.8.3 capsjac opt-env-conf 75 0.0 4 Settings parsing for Haskell: command-line arguments, environment variables, and configuration values. ( lgpl , library , unclassified ) 2025-11-19 0.13.0.0 Norfair pango 122 0.0 24 Binding to the Pango text rendering engine. ( graphics , lgpl , library ) 2025-03-20 0.13.12.0 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie passman 21 2.0 0 a simple password manager ( lgpl , library , program , security ) 2023-05-02 0.3.1.1 jlamothe pgf2 7 0.0 0 Bindings to the C version of the PGF runtime ( language , lgpl , library ) 2021-05-03 1.3.0 JohnCamilleri pretty-compact 11 0.0 4 Pretty-printing library ( lgpl , library , text ) 2024-02-14 3.1 JeanPhilippeBernardy progress-reporting 6 2.0 1 Functionality for reporting function progress. ( control , lgpl , library ) 2017-09-27 1.1.0 JeroenBransen pulseaudio 11 0.0 1 A low-level (incomplete) wrapper around the pulseaudio client asynchronous api ( lgpl , library , sound ) 2017-09-29 0.0.2.1 ongyerth qtah-cpp-qt5 26 0.0 1 Qt bindings for Haskell - C++ library ( graphics , lgpl , library ) 2021-02-07 0.8.0 khumba qtah-cpp-qt6 3 0.0 1 Qt bindings for Haskell - C++ library ( graphics , lgpl , library ) 2025-02-01 0.9.1 khumba qtah-examples 29 0.0 1 Example programs for Qtah Qt bindings ( graphics , lgpl , program ) 2025-02-01 0.9.0 khumba qtah-generator 35 0.0 4 Generator for Qtah Qt bindings ( graphics , lgpl , library , program ) 2025-02-01 0.9.0 khumba qtah-qt5 29 2.0 0 Qt bindings for Haskell ( graphics , lgpl , library ) 2021-02-07 0.8.0 khumba qtah-qt6 3 0.0 0 Qt bindings for Haskell ( graphics , lgpl , library ) 2025-02-01 0.9.1 khumba qudb 5 0.0 1 Quite Useless DB ( database , lgpl , program ) 2011-09-29 0.0.1 JanStepien quickcheck-assertions 16 0.0 2 HUnit like assertions for QuickCheck ( lgpl , library , testing ) 2017-01-17 0.3.0 AlekseyUymanov regex-posix-clib 5 0.0 1 "Regex for Windows" C library ( lgpl , library , text ) 2019-09-30 2.7 HerbertValerioRiedel reversi 6 0.0 1 Text-only reversi (aka othelo) game ( game , lgpl , program ) 2011-05-03 0.1.1 GuilhermeCavalcanti schedule-planner 25 0.0 1 Find the ideal lesson layout ( convenience , data , lgpl , planning , program ) 2015-06-21 1.0.1.1 justus secret-sharing 20 0.0 2 Information-theoretic secure secret sharing ( cryptography , data , lgpl , library ) 2020-05-10 1.0.1.2 PeterRobinson seonbi 47 2.0 0 SmartyPants for Korean language ( lgpl , library , program , text ) 2022-09-17 0.3.4 hongminhee servant-pagination 37 0.0 1 Type-safe pagination for Servant APIs ( lgpl , library , web ) 2023-12-13 2.5.1 JeroenBransen , KtorZ , swamp_agr simple 55 0.0 5 A minimalist web framework for the WAI server interface ( lgpl , library , program , web ) 2023-04-29 2.0.0 AmitLevy simple-postgresql-orm 12 0.0 1 Connector package for integrating postgresql-orm with the Simple web framework ( lgpl , library , web ) 2023-04-29 2.0.0 AmitLevy simple-session 23 2.0 1 Cookie-based session management for the Simple web framework ( lgpl , library , web ) 2023-04-29 2.0.0 AmitLevy simple-templates 24 0.0 3 A basic template language for the Simple web framework ( lgpl , library , web ) 2023-04-29 2.0.0 AmitLevy soegtk 7 0.0 1 GUI functions as used in the book "The Haskell School of Expression". ( graphics , lgpl , library ) 2011-09-12 0.12.1 AndyStewart , AxelSimon , DuncanCoutts , HamishMackenzie statsd (deprecated in favor of ekg-statsd ) 5 0.0 1 StatsD API. ( deprecated , lgpl , library , network ) 2014-12-03 0.1.0.1 mitchellwrosen stm-promise 12 0.0 1 Simple STM Promises for IO computations and external processes ( concurrency , lgpl , library ) 2014-10-13 0.0.3.1 DanRosen structural-induction 24 0.0 2 Instantiate structural induction schemas for algebraic data types ( lgpl , library , logic , theorem-provers ) 2015-06-30 0.3 DanRosen swearjure 2 0.0 1 Clojure without alphanumerics. ( language , lgpl , program ) 2015-04-01 1.0.0 hyPiRion swish 182 0.0 1 A semantic web toolkit. ( lgpl , library , program , semantic-web ) 2026-01-08 0.10.11.0 DouglasBurke , VasiliGalchin tahoe-capabilities 3 0.0 2 Abstractions related to Tahoe-LAFS "capabilities". ( codec , lgpl , library ) 2023-08-15 0.1.0.0 ShaeErisson , jcalderone time-recurrence 27 2.0 6 Generate recurring dates. ( lgpl , library , system ) 2016-04-23 0.9.3 ChrisHeller typedflow 1 0.0 1 Typed frontend to TensorFlow and higher-order deep learning ( deep-learning , lgpl , library ) 2017-10-26 0.9 JeanPhilippeBernardy unittyped 2 0.0 1 An extendable library for type-safe computations including units. ( lgpl , library , math , physics ) 2012-11-26 0.1 ThijsAlkemade vacuum 62 0.0 6 Graph representation of the GHC heap ( debug , ghc , lgpl , library ) 2014-05-13 2.2.0.0 AustinSeipp , ConradParker , DonaldStewart , JohnLato , MattMorrow vacuum-graphviz 6 0.0 1 A library for transforming vacuum graphs into GraphViz output ( debug , ghc , lgpl , library ) 2012-09-15 2.1.0.1 AustinSeipp vte 25 0.0 3 Binding to the VTE library. ( graphics , lgpl , library ) 2016-10-30 0.13.1.1 AndyStewart , AxelSimon , DuncanCoutts , HamishMackenzie vtegtk3 18 0.0 1 Binding to the VTE library. ( graphics , lgpl , library ) 2016-10-30 0.13.1.1 HamishMackenzie waterfall-cad 72 2.0 2 Declarative CAD/Solid Modeling Library ( graphics , lgpl , library ) 2025-12-16 0.6.1.0 josephwarren waterfall-cad-examples 51 2.0 0 Examples for Waterfall CAD, a Declarative CAD/Solid Modeling Library ( graphics , lgpl , library , program ) 2025-12-16 0.6.1.0 josephwarren waterfall-cad-svg 17 0.0 1 Declarative CAD/Solid Modeling Library, SVG Support ( graphics , lgpl , library ) 2025-12-16 0.6.1.0 josephwarren webkit 59 0.0 13 Binding to the Webkit library. ( graphics , lgpl , library ) 2016-10-30 0.14.2.1 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie webkitgtk3 43 0.0 11 Binding to the Webkit library. ( graphics , lgpl , library ) 2016-10-30 0.14.2.1 HamishMackenzie xmms2-client 15 0.0 2 An XMMS2 client library. ( lgpl , library , sound ) 2011-07-13 0.0.7.0 OlegBelozeorov xmms2-client-glib 14 0.0 1 An XMMS2 client library — GLib integration. ( lgpl , library , sound ) 2011-07-13 0.0.7.0 OlegBelozeorov xmonad-wallpaper 15 2.0 1 xmonad wallpaper extension ( lgpl , library , system ) 2021-06-16 0.0.1.5 yeyan yesod-auth-lti13 25 0.0 0 A yesod-auth plugin for LTI 1.3 ( lgpl , library , web , yesod ) 2022-11-24 0.3.0.0 jade yggdrasil-schema 9 2.0 1 ( lgpl , library , unclassified ) 2024-11-29 1.0.0.6 jjba zeromq3-conduit 2 0.0 1 Conduit bindings for zeromq3-haskell ( lgpl , library , network ) 2012-11-30 0.1.0.0 NicolasTrangez zeromq4-conduit 3 0.0 1 Conduit wrapper around zeromq4-haskell ( lgpl , library , web ) 2017-06-08 0.1.0.0 AndyGeorges zmidi-score 2 0.0 1 Representing MIDI a simple score. ( lgpl , library , music ) 2014-10-06 0.3.0.0 BasDeHaas zoom-cache-sndfile 18 0.0 1 Tools for generating zoom-cache-pcm files ( lgpl , program , sound ) 2012-11-19 1.1.0.1 ConradParker | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/HaXPath | HaXPath: An XPath-generating embedded domain specific language. Hackage :: [Package] Search Browse What's new Upload User accounts HaXPath : An XPath-generating embedded domain specific language. [ bsd3 , library , xml ] [ Propose Tags ] [ Report a vulnerability ] An XPath-generating embedded domain specific language, allowing construction and composition of type-safe XPaths in Haskell. [ Skip to Readme ] Modules [ Index ] [ Quick Jump ] HaXPath HaXPath.Operators HaXPath.Schematic HaXPath.Schematic.Operators Downloads HaXPath-0.3.0.1.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers hgrano For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.3.0.0 , 0.3.0.1 Change log CHANGELOG.md Dependencies base (>=4.6 && <5) , HList (>=0.4.0.0 && <0.6.0.0) [ details ] License BSD-3-Clause Author Huw Grano Maintainer huw.grano@gmail.com Uploaded by hgrano at 2023-03-26T05:08:40Z Stability Unknown --> Category XML Home page https://github.com/hgrano/HaXPath Bug tracker https://github.com/hgrano/HaXPath/issues Source repo head: git clone https://github.com/hgrano/HaXPath Distributions NixOS: 0.3.0.1 Downloads 156 total (7 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs uploaded by user Build status unknown [ no reports yet ] Readme for HaXPath-0.3.0.1 [ back to package description ] HaXPath HaXPath is a library and embedded domain-specifc language which uses strongly-typed Haskell expressions to represent XPaths. Motivation In many contexts when querying XML documents in Haskell we often need to use String values to represent the XPaths we want to use. These String expressions can quickly become hard to manage as they do not take advantage of Haskell's type system, particularly for more complex XPaths. We may not know until run-time whether the XPath is even syntactically valid. HaXPath does not have its own XPath engine to run the queries, rather it is expected to be used in combination with other libraries which have such functionality. Instead, we can simply convert the strongly-typed XPath expressions to String or Text and send them to our favourite APIs. HaXPath API HaXPath provides two core APIs: the standard API ( HaXPath module) allows for expressing generic XPaths, while the schematic API ( HaXPath.Schematic module) is a layer of abstraction built upon the standard API which constrains XPath expressions so they must follow a specifc document schema. Standard API HaXPath modules are expected to be imported qualified as otherwise you will get name conflicts with the Prelude. The operators however need not be qualified, and can conveniently be imported directly from HaXPath.Operators . All operators are suffixed with . , with the exception of the # operator. Some basic examples: https://github.com/hgrano/HaXPath/tree/master/examples/HaXPath/Examples.hs Schematic API The schematic API provides further constraints than the standard API by only allowing paths that are valid with respect to some custom schema. Take for example the following XML document for a restaurant menu: <?xml version="1.0" encoding="UTF-8"?> <menu> <item name="Belgian Waffles" price="$5.95"></item> <item name="Strawberry Waffles" price="$7.95"></item> <item name="French Toast" price="$4.50"></item> </menu> It should be fairly intuitive that there is an underlying schema to the above document. We can express this using the HaXPath.Schematic module: https://github.com/hgrano/HaXPath/tree/master/examples/HaXPath/Schematic/Examples.hs Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/classy-prelude-conduit | classy-prelude-conduit: classy-prelude together with conduit functions Hackage :: [Package] Search Browse What's new Upload User accounts classy-prelude-conduit : classy-prelude together with conduit functions [ control , library , mit , prelude ] [ Propose Tags ] [ Report a vulnerability ] See docs and README at http://www.stackage.org/package/classy-prelude-conduit [ Skip to Readme ] Modules [ Index ] [ Quick Jump ] ClassyPrelude ClassyPrelude.Conduit Downloads classy-prelude-conduit-1.5.0.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers GregWeber , MichaelSnoyman For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.1.0.0 , 0.2.0.0 , 0.3.0.0 , 0.3.1 , 0.4.0 , 0.4.0.1 , 0.4.1 , 0.4.2 , 0.4.3 , 0.4.4 , 0.5.0 , 0.5.1 , 0.5.2 , 0.5.3 , 0.6.0 , 0.7.0 , 0.8.0 , 0.8.1 , 0.9.0 , 0.9.1 , 0.9.2 , 0.9.3 , 0.9.4 , 0.9.5 , 0.10.0 , 0.10.1 , 0.10.2 , 0.10.3 , 0.10.4 , 0.10.5 , 0.11.0 , 0.11.1 , 0.12.0 , 0.12.0.1 , 0.12.3 , 0.12.4 , 0.12.5 , 0.12.6 , 0.12.7 , 0.12.8 , 1.0.0 , 1.0.1 , 1.0.2 , 1.2.0 , 1.3.0 , 1.3.1 , 1.4.0 , 1.5.0 Change log ChangeLog.md Dependencies base (>=4.9 && <5) , bytestring , classy-prelude (>=1.5.0 && <1.5.1) , conduit (>=1.3 && <1.4) , monad-control , resourcet , transformers , void [ details ] License MIT Author Michael Snoyman Maintainer michael@snoyman.com Uploaded by MichaelSnoyman at 2018-10-08T14:22:36Z Stability Unknown --> Category Control , Prelude Home page https://github.com/snoyberg/mono-traversable#readme Bug tracker https://github.com/snoyberg/mono-traversable/issues Source repo head: git clone https://github.com/snoyberg/mono-traversable Distributions Debian: 1.5.0 , FreeBSD: 0.12.0.1 , LTSHaskell: 1.5.0 , NixOS: 1.5.0 , Stackage: 1.5.0 Reverse Dependencies 10 direct, 23 indirect [ details ] Downloads 45694 total (106 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2018-10-08 [ all 1 reports ] Readme for classy-prelude-conduit-1.5.0 [ back to package description ] classy-prelude-conduit classy-prelude together with conduit functions Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/conduit-combinators | conduit-combinators: DEPRECATED Functionality merged into the conduit package itself Hackage :: [Package] Search Browse What's new Upload User accounts conduit-combinators : DEPRECATED Functionality merged into the conduit package itself [ conduit , data , library , mit ] [ Propose Tags ] [ Report a vulnerability ] See docs and README at http://www.stackage.org/package/conduit-combinators [ Skip to Readme ] Downloads conduit-combinators-1.3.0.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers MichaelSloan , MichaelSnoyman For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.1.0.0 , 0.2.0.0 , 0.2.0.1 , 0.2.1 , 0.2.2 , 0.2.3 , 0.2.3.1 , 0.2.4 , 0.2.4.1 , 0.2.5 , 0.2.5.1 , 0.2.5.2 , 0.2.6 , 0.2.6.1 , 0.2.7 , 0.2.8 , 0.2.8.2 , 0.2.8.3 , 0.3.0 , 0.3.0.1 , 0.3.0.2 , 0.3.0.3 , 0.3.0.4 , 0.3.0.5 , 0.3.0.6 , 0.3.1 , 1.0.0 , 1.0.1 , 1.0.1.1 , 1.0.2 , 1.0.3 , 1.0.3.1 , 1.0.4 , 1.0.5 , 1.0.6 , 1.0.7 , 1.0.8 , 1.0.8.1 , 1.0.8.2 , 1.0.8.3 , 1.1.0 , 1.1.1 , 1.1.2 , 1.3.0 Change log ChangeLog.md Dependencies base (>=4.9 && <5) [ details ] License MIT Author Michael Snoyman Maintainer michael@snoyman.com Uploaded by MichaelSnoyman at 2018-02-01T22:05:04Z Stability Unknown --> Category Data , Conduit Home page https://github.com/snoyberg/mono-traversable#readme Bug tracker https://github.com/snoyberg/mono-traversable/issues Source repo head: git clone https://github.com/snoyberg/mono-traversable Distributions FreeBSD: 1.0.3 , LTSHaskell: 1.3.0 , NixOS: 1.3.0 , Stackage: 1.3.0 Reverse Dependencies 61 direct, 98 indirect [ details ] Downloads 60279 total (106 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2018-02-01 [ all 1 reports ] Readme for conduit-combinators-1.3.0 [ back to package description ] conduit-combinators Commonly used conduit functions, for both chunked and unchunked data. For more information about conduit in general, and how this package in particular fits into the ecosystem, see the conduit homepage . Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
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https://www.linkedin.com/learning/data-centric-visual-ai/elevate-your-projects-with-data-centric-visual-ai?autoplay=true&trk=learning-course_tocItem#main-content | Elevate your projects with data-centric visual AI - Data-Centric Visual AI Video Tutorial | LinkedIn Learning, formerly Lynda.com Skip to main content Learning LinkedIn Learning Search skills, subjects, or software Expand search This button displays the currently selected search type. When expanded it provides a list of search options that will switch the search inputs to match the current selection. Jobs People Learning Clear text Clear text Clear text Clear text Clear text Join now Sign in Solutions for: Business Higher Education Government Buy for my team From the course: Data-Centric Visual AI Elevate your projects with data-centric visual AI From the course: Data-Centric Visual AI Start my 1-month free trial Buy for my team Transcripts Exercise Files View Offline Elevate your projects with data-centric visual AI “ - Put your data at the center of your stack. State-of-the-art visual AI models are no longer released once a year. It's now a monthly, or a weekly occurrence. As AI models evolve and improve so quickly, we're seeing the field shift to a data-centric AI model. The data, not the model is the most important component of a successfully deployed project. I'm Dan Gural, a machine learning engineer at Voxel 51, and I want to help you elevate your projects, unlock the full potential of your models with data-centric thinking. Whether you're a beginner in the field of visual AI, an engineer or a data scientist curious about the tools and techniques, this course has something for you. You'll get hands-on experience with visual AI tools like FiftyOne to curate data, spot outliers, and detect biases in your machine learning projects. Let's dive in. Practice while you learn with exercise files Download the files the instructor uses to teach the course. Follow along and learn by watching, listening and practicing. Exercise File: Subscribe to access. Ex_Files_Data_Centric_Visual_AI.zip Download the exercise files for this course. Get started with a free trial today. Download courses and learn on the go Watch courses on your mobile device without an internet connection. Download courses using your iOS or Android LinkedIn Learning app. Watch this course anytime, anywhere. Get started with a free trial today. Contents Introduction Introduction Elevate your projects with data-centric visual AI 48s What is visual AI? 2m 42s What you should know 1m 36s 1. Introduction to Data Curation for Computer Vision 1. Introduction to Data Curation for Computer Vision Data-centric AI paradigm 4m 43s The feedback loop 4m 5s 2. Dataset Collection and Visualization 2. Dataset Collection and Visualization (Locked) Data sources 5m 36s (Locked) GenAI risks to data and an introduction to FiftyOne 5m 36s (Locked) Understanding annotations 6m 46s 3. Data Curation and Improvement 3. Data Curation and Improvement (Locked) FiftyOne for data analysis 5m 7s (Locked) Find image quality issues 8m 3s (Locked) Outlier detection and data distribution 14m 44s (Locked) Data augmentation 11m 21s 4. Model Evaluation 4. Model Evaluation (Locked) Bias detection and mitigation 7m 9s (Locked) Model evaluation feedback loop 14m 9s (Locked) Advanced model evaluation 10m 45s 5. Iterative Dataset Improvement and Model Refinement 5. Iterative Dataset Improvement and Model Refinement (Locked) Iterative dataset improvement 8m 56s (Locked) Developing competing models 11m 59s Conclusion Conclusion (Locked) Connect and continue: Your journey in visual AI 13s Start learning today. Learn the most in-demand business, tech and creative skills from industry experts. 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https://www.atlassian.com/blog/productivity/goal-refresh-cycles/amp | How to implement goal refresh cycles on your team - Work Life by Atlassian Work Life Atlassian How to implement goal refresh cycles on your team Published December 18, 2025 in Productivity Shaina Rozen Contributing Writer Five steps to shift from annual goal setting to a quarterly refresh rhythm for better results. Subscribe to Work Life Get stories like this in your inbox Subscribe 5-second summary The traditional annual goal cycle is too slow for fast‑changing environments, which can leave teams focused on outdated priorities and running in the wrong direction. A quarterly refresh cycle helps teams quickly adjust as reality changes. Use this five-step process to set clear annual goals, then review and refresh them throughout the year so everyone stays focused on the work that’s most relevant and impactful. At the beginning of the year, setting annual goals can feel like cracking open a fresh notebook – clean and full of possibility. By the end of the year, that same list can feel more like a yearbook from another era: recognizable, but not exactly reflective of who you are anymore. Everyone has good intentions when they set new goals, but then, life happens. Competitors launch similar features. Company strategy changes. Customer feedback reveals a bigger opportunity. The market shifts and forces your business to do the same. Our work pivots quickly, but our goals often lag behind, still technically “active” but sitting in a stale document or slide deck…somewhere. If that sounds familiar, you’re not alone. Atlassian’s State of Teams research shows 64% of knowledge workers feel their team is pulled in too many directions, and 70% say it would be easier to make progress if they had fewer, more specific goals. The solution isn’t another, more focused annual planning marathon. It’s a more frequent goal refresh cycle. Here’s how to shift to a more iterative, quarterly rhythm that leads to fewer “outdated yearbooks” and more “amazing year in the books.” Why refreshing goals matters (and why a quarterly cadence works well) Related Article Don’t underestimate the outsized impact of short-term goals By Kat Boogaard In Productivity Setting annual goals is a strategic and important step, but a 12‑month cycle is painfully slow in a fast-changing environment. Without a shorter feedback loop, your team may spend months executing on priorities that have already changed. That’s why so many teams are moving to a quarterly cadence: It’s long enough to make real progress. Many teams can design and ship something meaningful in 90 days. It’s short enough to adapt. If your assumptions were wrong, you find out in three months, not 12. It’s motivating. Research inside and outside of Atlassian shows that short-term goals are more tangible, less overwhelming, and more likely to get done. Think of your company’s annual objectives and key results as the “destination.” Monthly and weekly actions are the “roadmap,” and quarterly check-ins are “rest stops” along the way – recurring reminders to pause and refresh. By shifting to a 90‑day rhythm where your team: Sets clear OKRs that align with your company’s strategic goals and deeper purpose Checks in each month to reflect on status and learnings so far Reviews quarterly progress to measure milestones, look back, and plan ahead Refreshes goals where needed Re-allocates resources and re-shares plans …your team gains clarity about what to focus on now, permission to adapt as reality changes, and confidence in your ability to not just hit any goals, but the ones that matter most. Learn from Atlassian At Atlassian, we set annual goals and then use a ritual called Rolling 4 – Quarterly Company Planning to review progress and adjust targets and resources as needed. This approach complements long-term planning to help our business adjust quickly to change, make better and faster decisions, and allocate resources more effectively. You don’t have to adopt the whole Rolling 4 ritual to benefit from the underlying concept: Make it a habit to revisit and refresh goals every 90 days. 5 steps to implementing a quarterly goal refresh cycle 1. Set annual objectives, key results, and clear milestones Objectives and key results clarify what is a priority and what isn’t . That way, you can focus on what matters most and understand how your work makes a meaningful difference for your team, company, and customers. Think of your annual objective as “what success looks like at the end of the year” and your key results as “how you’ll measure success.” Objectives are typically qualitative, ambitious, and meant to inspire action. Key results are usually metrics or measurable outcomes. Once you’ve set annual OKRs, break down each key result into quarterly and monthly milestones so you can see whether you’re ON TRACK, OFF TRACK, or AT RISK. Check out Atlassian’s OKR Play for more tips on how to create OKRs and a scoring rubric to track progress. Write better OKRs with Rovo Teams with clear goals are 20% more likely to be productive. Customers can use the OKR Generator Rovo Agent to harness the power of AI and write clear goals that help your team make progress on work that matters. 2. Do a quick check-in each month Regularly monitoring goals helps identify discrepancies, obstacles, unforeseen challenges, and areas needing improvement, which increases the chances of meeting those goals . To keep goals alive throughout the quarter, do a lightweight check each month. This doesn’t need to involve hours of analysis – just a quick reflection on how you’re tracking and what you’ve learned so far. You can score whether your OKR is ON TRACK, OFF TRACK, or AT RISK, and include a short summary about how the metrics moved and why. That way, you can share learnings with others and look back in the future. (Atlassian’s OKR Play has more guidance about how to assess and document progress.) And remember: It’s good to set ambitious goals, and it’s okay not to achieve a perfect score every time. In fact, our scoring philosophy at Atlassian focuses on stretch goals, even when there’s only a 50% chance of hitting them. Lean on the Atlassian System of Work Tools like Atlassian Goals simplify the process of tracking goals, connecting teams’ work to outcomes, and keeping everyone in the loop. Atlassian Focus , part of the Strategy Collection , can also auto-generate an OKR review page based on linked goals. 3. Review quarterly progress Related Article How to write SMART goals By Kat Boogaard In Productivity Research shows that when an organization develops processes to sense changes in the environment, seize opportunities, and reconfigure resources and capabilities when needed, it’s more likely to sustain a competitive edge, respond faster to opportunities and threats, better allocate resources, and operate with more agility and adaptability. Consider your quarterly goal refresh a way of doing exactly that. Start by scheduling a quarterly review and refresh. This includes reflecting honestly on qualitative and quantitative progress. Metrics are important, but they don’t tell the whole story. Before reviewing OKRs, ask yourself and your team questions like: What worked this quarter? Where did we see meaningful progress or impact? What didn’t work? What efforts didn’t land, stalled out, or never got off the ground? What changed outside our control? Were there market shifts, org changes, new constraints, or opportunities we should consider? Where did we feel most energized? Most drained? Where did we actually spend our time compared to our original plans? Next, turn to your OKRs and discuss questions like: Are we ON TRACK, OFF TRACK, or AT RISK – and why? If the goal is OFF TRACK or AT RISK, what lessons should the “future you” (or a teammate setting a similar goal) keep in mind? What’s our plan to address risks or gaps? What support or resources do we need? What efforts do we expect will continue driving or accelerate progress on this goal? If you’re seeing lots of yellow and red, don’t worry! It’s better to know now before it’s too late, and this is the perfect opportunity to course-correct. 4. Refresh goals where needed Now, it’s time to decide if each goal should remain as-is, be retired, or be refreshed. Remain Retire Refresh – If the OKR is still relevant, stay the course. – If you’re ON TRACK, reflect on what you can do to stay that way, or set a stretch goal. – If you’re OFF TRACK or AT RISK, use the cheat sheet below as a starting point for a path forward. – If the strategy has changed or something else has happened that deems this goal no longer relevant, it’s okay to move on. – Capture the final metric or status and the reason for retiring the OKR, and consider whether a new one should be created in its place. – Celebrate progress – even on “missed” goals – if you learned something from the experience! Note key learnings for the future before moving forward. – Adjust OKRs where needed to reflect strategic shifts, new opportunities, and lessons learned. – If you’re adding goals, try to keep the list as focused as possible. Most teams are more successful with 3–5 specific objectives than with sprawling lists that spread their time and effort thin. Just because you’re OFF TRACK or AT RISK doesn’t mean you should necessarily retire or refresh your goal. The key is to determine when reality has changed in ways that make the original goal no longer appropriate. Here’s a cheat sheet to use as a starting point: Does this OKR still align with our company’s strategy and original thesis? If not, retire or refresh it. Are we the right team to own this? If not, reassign it or partner with someone else. Is the scope still right and the timeline still achievable? If not, rescope or change the time horizon. Is the “key result” still the best signal of success? If not, refresh it. Are we changing this because of real, external change, or just because we’re behind? If it’s just discomfort with being off track, keep the goal and adjust execution. 5. Re-allocate and re-share Without refreshed resourcing, a refreshed goal is just a wish. Once you’ve aligned on the updated objectives, revisit the owners and contributors, staffing, budget, and other support you’ll need to hit the target. Then, share these updated goals and plans in your shared workspace so everyone can stay aware and aligned. Atlassian’s State of Teams report shows that teams that transparently share goals and regularly document progress are 6.4x more likely to produce high-quality work, 2.2x more likely to focus on what matters most, and 4.9x more likely to meet deadlines. If you’re wondering if your goals are visible enough, ask yourself: “Can I find my team’s latest OKRs in fewer than 3 clicks?” Set it and forget it edit For most modern companies, project and product management has shifted from waterfall to more agile and iterative approaches. It’s time to do the same for goal setting. When we treat our OKRs as a living itinerary rather than plans set in stone, the team won’t just reach any destination, but the best one yet. 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https://www.stackage.org/nightly-2026-01-12 | Stackage Nightly 2026-01-12 (ghc-9.12.3) :: Stackage Server About Snapshots LTS Nightly FAQ Blog Stackage Nightly 2026-01-12 (ghc-9.12.3) Published on 2026-01-12 : View changes resolver : nightly-2026-01-12 Exact lookup Packages (3386) View documentation by modules Package Synopsis abstract-deque-0.3 Abstract, parameterized interface to mutable Deques abstract-deque-tests-0.3 A test-suite for any queue or double-ended queue satisfying an interface abstract-par-0.3.3 Type classes generalizing the functionality of the 'monad-par' library AC-Angle-1.0 Angles in degrees and radians acc-0.2.0.3 Sequence optimized for monoidal construction and folding ace-0.6 Attempto Controlled English parser and printer acid-state-0.16.1.4 Add ACID guarantees to any serializable Haskell data structure action-permutations-0.0.0.1 Execute a set of actions (e.g. parsers) in each possible order active-0.2.1 Abstractions for animation ad-4.5.6 Automatic Differentiation ad-delcont-0.5.0.0 Reverse-mode automatic differentiation with delimited continuations adjunctions-4.4.4 Adjunctions and representable functors adler32-0.1.2.0 An implementation of Adler-32, supporting rolling checksum operation advent-of-code-api-0.2.11.0 Advent of Code REST API bindings and servant API aern2-mp-0.2.16.1 Multi-precision ball (interval) arithmetic aern2-real-0.2.16.1 Real numbers as convergent sequences of intervals aeson-2.2.3.0 Fast JSON parsing and encoding aeson-attoparsec-0.0.0 Embed an Attoparsec text parser into an Aeson parser aeson-better-errors-0.9.1.3 Better error messages when decoding JSON values AesonBson-0.4.1 Mapping between Aeson's JSON and Bson objects aeson-casing-0.2.0.0 Tools to change the formatting of field names in Aeson instances aeson-combinators-0.1.2.2 Aeson combinators for dead simple JSON decoding aeson-diff-1.1.0.13 Extract and apply patches to JSON documents aeson-gadt-th-0.2.5.4 Derivation of Aeson instances for GADTs aeson-generic-compat-0.0.2.0 Compatible generic class names of Aeson aeson-jsonpath-0.3.0.2 Parse and run JSONPath queries on Aeson documents aeson-pretty-0.8.10 JSON pretty-printing library and command-line tool aeson-qq-0.8.4 JSON quasiquoter for Haskell aeson-schemas-1.4.3.1 Easily consume JSON data on-demand with type-safety aeson-typescript-0.6.4.0 Generate TypeScript definition files from your ADTs aeson-unqualified-ast-1.0.0.3 Aliases to "aeson" AST making it importable unqualified aeson-value-parser-0.19.7.2 API for parsing "aeson" JSON tree into Haskell types aeson-warning-parser-0.1.1 Library providing JSON parser that warns about unexpected fields in objects aeson-yak-0.1.1.3 Handle JSON that may or may not be a list, or exist aeson-yaml-1.1.0.1 Output any Aeson value as YAML (pure Haskell library) aftovolio-0.8.0.0 An AFTOVolio implementation for creating texts with special phonetic / prosodic properties Agda-2.8.0 A dependently typed functional programming language and proof assistant agda2lagda-0.2025.9.5 Translate .agda files into .lagda.tex files agreeing-0.2.2.0 Idiomatic data structure for agreement alarmclock-0.7.0.7 Wake up and perform an action at a certain time alex-3.5.4.0 Alex is a tool for generating lexical analysers in Haskell alex-meta-0.3.0.13 Quasi-quoter for Alex lexers alex-tools-0.6.1 A set of functions for a common use case of Alex alfred-margaret-2.1.0.2 Fast Aho-Corasick string searching algebra-4.3.1 Constructive abstract algebra algebraic-graphs-0.7 A library for algebraic graph construction and transformation align-audio-0.0.0.1 Find relative time displacement of two recordings of the same music Allure-0.11.0.0 Near-future Sci-Fi roguelike and tactical squad combat game almost-fix-0.0.2 Recurse while a predicate is satisfied alsa-core-0.5.0.1 Binding to the ALSA Library API (Exceptions) alsa-mixer-0.3.0.1 Bindings to the ALSA simple mixer API alsa-pcm-0.6.1.2 Binding to the ALSA Library API (PCM audio) alsa-seq-0.6.0.10 Binding to the ALSA Library API (MIDI sequencer) alternative-vector-0.0.0 Use vectors instead of lists for many and some alternators-1.0.0.0 Handy functions when using transformers ALUT-2.4.0.3 A binding for the OpenAL Utility Toolkit amqp-0.24.0 Client library for AMQP servers (currently only RabbitMQ) amqp-utils-0.6.7.3 AMQP toolset for the command line annotated-exception-0.3.0.4 Exceptions, with checkpoints and context annotated-wl-pprint-0.7.0 The Wadler/Leijen Pretty Printer, with annotation support ansi-terminal-1.1.5 Simple ANSI terminal support ansi-terminal-game-1.9.3.0 cross-platform library for terminal games ansi-terminal-types-1.1.3 Types and functions used to represent SGR aspects ansi-wl-pprint-1.0.2 The Wadler/Leijen Pretty Printer for colored ANSI terminal output ANum-0.2.0.4 Num instance for Applicatives provided via the ANum newtype apecs-0.9.6 Fast Entity-Component-System library for game programming apecs-gloss-0.2.4 Simple gloss renderer for apecs apecs-physics-0.4.6 2D physics for apecs api-field-json-th-0.1.0.2 option of aeson's deriveJSON ap-normalize-0.1.0.1 Self-normalizing applicative expressions appar-0.1.8 A simple applicative parser appendful-0.1.0.0 appendful-persistent-0.1.0.1 appendmap-0.1.5 Map with a Semigroup and Monoid instances delegating to Semigroup of the elements apply-merge-0.1.1.0 Lift a binary, non-decreasing function onto ordered lists and order the output apply-refact-0.15.0.0 Perform refactorings specified by the refact library apportionment-0.0.0.4 Round a set of numbers while maintaining its sum approximate-0.3.5 Approximate discrete values and numbers approximate-equality-1.1.0.2 Newtype wrappers for approximate equality arithmoi-0.13.2.0 Efficient basic number-theoretic functions array-0.5.8.0 Mutable and immutable arrays array-chunks-0.1.4.2 Lists of chunks array-memoize-0.6.0 Memoization combinators using arrays for finite sub-domains of functions arrow-extras-0.1.0.1 Extra functions for Control.Arrow arrows-0.4.4.2 Arrow classes and transformers ascii-char-1.0.1.0 A Char type representing an ASCII character asciidoc-0.1 AsciiDoc parser ascii-progress-0.3.3.0 A simple progress bar for the console asn1-encoding-0.9.6 ASN1 data reader and writer in RAW, BER and DER forms asn1-parse-0.9.5 Simple monadic parser for ASN1 stream types asn1-types-0.3.4 ASN.1 types assert-failure-0.1.3.0 Syntactic sugar improving 'assert' and 'error' assignment-0.0.1.0 A solution to the assignment problem assoc-1.1.1 swap and assoc: Symmetric and Semigroupy Bifunctors astro-0.4.3.0 Amateur astronomical computations async-2.2.6 Run IO operations asynchronously and wait for their results async-extra-0.2.0.0 Useful concurrent combinators async-pool-0.9.2 A modified version of async that supports worker groups and many-to-many task dependencies async-refresh-0.3.0.0 Package implementing core logic for refreshing of expiring data async-refresh-tokens-0.4.0.0 Package implementing core logic for refreshing of expiring access tokens atom-basic-0.2.5 Basic Atom feed construction atom-conduit-0.9.0.2 Streaming parser/renderer for the Atom 1.0 standard (RFC 4287) atomic-counter-0.1.2.4 Mutable counters that can be modified with atomic operatinos atomic-css-0.2.0 Type-safe, composable CSS utility functions. Inspired by Tailwindcss and Elm-UI atomic-primops-0.8.8 A safe approach to CAS and other atomic ops in Haskell atomic-write-0.2.1.1 Atomically write to a file attoparsec-0.14.4 Fast combinator parsing for bytestrings and text attoparsec-aeson-2.2.2.0 Parsing of aeson's Value with attoparsec attoparsec-base64-0.0.0 Fetch only base64 characters, erroring in the attoparsec monad on failure attoparsec-binary-0.2 Binary processing extensions to Attoparsec attoparsec-data-1.0.5.4 Parsers for the standard Haskell data types attoparsec-expr-0.1.1.2 Port of parsec's expression parser to attoparsec attoparsec-framer-0.1.0.10 Use Attoparsec to parse framed protocol byte streams attoparsec-iso8601-1.1.1.0 Parsing of ISO 8601 dates, originally from aeson attoparsec-path-0.0.0.1 Convenience bindings between path and attoparsec attoparsec-time-1.0.3.1 Attoparsec parsers of time attoparsec-uri-0.0.9 URI parser / printer using attoparsec audacity-0.0.2.2 Interchange with the Audacity sound signal editor authenticate-1.3.5.2 Authentication methods for Haskell web applications authenticate-oauth-1.7 Library to authenticate with OAuth for Haskell web applications autodocodec-0.5.0.0 Self-documenting encoder and decoder autodocodec-nix-0.1.0.0 Autodocodec interpreters for nix autodocodec-schema-0.2.0.1 Autodocodec interpreters for JSON Schema autodocodec-servant-multipart-0.0.0.2 Autodocodec interpreters for Servant Multipart autodocodec-yaml-0.4.0.2 Autodocodec interpreters for yaml autoexporter-2.0.0.15 Automatically re-export modules automaton-1.6 Effectful streams and automata in coalgebraic encoding auto-update-0.2.6 Efficiently run periodic, on-demand actions AvlTree-4.3 Balanced binary trees using the AVL algorithm avro-0.6.2.1 Avro serialization support for Haskell aws-0.25.2 Amazon Web Services (AWS) for Haskell aws-lambda-haskell-runtime-4.3.2 Haskell runtime for AWS Lambda aws-lambda-haskell-runtime-wai-2.0.2 Run wai applications on AWS Lambda aws-sns-verify-0.0.0.3 Parse and verify AWS SNS messages aws-xray-client-0.1.0.2 A client for AWS X-Ray aws-xray-client-persistent-0.1.0.5 A client for AWS X-Ray integration with Persistent aws-xray-client-wai-0.1.0.2 A client for AWS X-Ray integration with WAI backprop-0.2.7.2 Heterogeneous automatic differentation backtracking-0.1.0 A backtracking monad bank-holiday-germany-2.1.0.2 German bank holidays and public holidays bank-holidays-england-0.2.0.11 Calculation of bank holidays in England and Wales barbies-2.1.1.0 Classes for working with types that can change clothes base-4.21.1.0 Core data structures and operations base16-1.0 Fast RFC 4648-compliant Base16 encoding base16-bytestring-1.0.2.0 RFC 4648-compliant Base16 encodings for ByteStrings base32-0.4 Fast RFC 4648-compliant Base32 encoding base32string-0.9.1 Fast and safe representation of a Base-32 string base58-bytestring-0.1.0 Implementation of BASE58 transcoding for ByteStrings base58string-0.10.0 Fast and safe representation of a Base-58 string base64-1.0 A modern Base64 library base64-bytestring-1.2.1.0 Fast base64 encoding and decoding for ByteStrings base64-bytestring-type-1.0.1 A newtype around ByteString, for base64 encoding base64-string-0.2 Base64 implementation for String's base-compat-0.14.1 A compatibility layer for base base-compat-batteries-0.14.1 base-compat with extra batteries basement-0.0.16 Foundation scrap box of array & string base-orphans-0.9.4 Backwards-compatible orphan instances for base base-prelude-1.6.1.1 Featureful preludes formed solely from the "base" package base-unicode-symbols-0.2.4.2 Unicode alternatives for common functions and operators basic-prelude-0.7.0 An enhanced core prelude; a common foundation for alternate preludes battleship-combinatorics-0.0.1 Compute number of possible arrangements in the battleship game bazel-runfiles-0.12 Locate Bazel runfiles location bbdb-0.8 Ability to read, write, and modify BBDB files bcp47-0.3.0.0 Language tags as specified by BCP 47 bcrypt-0.0.11 Haskell bindings to the bcrypt password hash beam-core-0.10.4.0 Type-safe, feature-complete SQL query and manipulation interface for Haskell beam-migrate-0.5.3.2 SQL DDL support and migrations support library for Beam beam-postgres-0.5.4.4 Connection layer between beam and postgres beam-sqlite-0.5.5.0 Beam driver for SQLite bech32-1.1.9 Implementation of the Bech32 cryptocurrency address format (BIP 0173) bech32-th-1.1.9 Template Haskell extensions to the Bech32 library benchpress-0.2.3.0 Micro-benchmarking with detailed statistics bencode-0.6.1.1 Parsers and printers for bencoded data bencoding-0.4.5.6 A library for encoding and decoding of BEncode data benri-hspec-0.1.0.3 Simplify tests where Either or Maybe types are returned from monadic code between-0.11.0.0 Function combinator "between" and derived combinators bhoogle-0.1.4.4 Simple terminal GUI for local hoogle bibtex-0.1.0.7 Parse, format and processing BibTeX files bifunctor-classes-compat-0.1.1 Compatibility package for the Bifunctor, Bifoldable, and Bitraversable classes bifunctors-5.6.3 Bifunctors bimap-0.5.0 Bidirectional mapping between two key types bimaps-0.1.0.2 bijections with multiple implementations binance-exports-0.1.2.0 Generate CSV Exports of your Binance Trade History binary-0.8.9.3 Binary serialisation for Haskell values using lazy ByteStrings binary-conduit-1.3.1 data serialization/deserialization conduit library binaryen-0.0.6.0 Haskell bindings to binaryen binary-generic-combinators-0.4.4.1 Combinators and utilities to make Generic-based deriving of Binary easier and more expressive binary-ieee754-0.1.0.0 Backport ieee754 float double combinators to older binary binary-instances-1.0.6 Orphan instances for binary binary-list-1.1.1.2 Lists of length a power of two binary-orphans-1.0.5 Compatibility package for binary; provides instances binary-parser-0.5.7.7 An efficient but limited parser API specialised to bytestrings binary-parsers-0.2.4.0 Extends binary with parsec/attoparsec style parsing combinators binary-search-2.0.0 Binary and exponential searches binary-shared-0.8.3 Sharing for the binary package bindings-DSL-1.0.25 FFI domain specific language, on top of hsc2hs bindings-GLFW-3.3.9.3 Low-level bindings to GLFW OpenGL library bindings-libzip-1.0.1 Low level bindings to libzip bindings-uname-0.1 Low-level binding to POSIX uname(3) BiobaseNewick-0.0.0.2 Newick file format parser bitarray-0.0.1.1 Mutable and immutable bit arrays bits-0.6 Various bit twiddling and bitwise serialization primitives bitset-word8-0.1.1.2 Space efficient set of Word8 and some pre-canned sets useful for parsing HTTP bits-extra-0.0.2.3 Useful bitwise operations bitvec-1.1.5.0 Space-efficient bit vectors bitwise-1.0.0.1 fast multi-dimensional unboxed bit packed Bool arrays bitwise-enum-1.0.1.2 Bitwise operations on bounded enumerations Blammo-2.1.3.0 Batteries-included Structured Logging library blank-canvas-0.7.5 HTML5 Canvas Graphics Library blas-carray-0.1.0.2 Auto-generated interface to Fortran BLAS via CArrays blas-comfort-array-0.0.0.4 Auto-generated interface to Fortran BLAS via comfort-array blas-ffi-0.1 Auto-generated interface to Fortran BLAS blas-hs-0.1.1.0 Low-level Haskell bindings to Blas blaze-bootstrap-0.1.0.1 Blaze helper functions for bootstrap pages blaze-builder-0.4.4.1 Efficient buffered output blaze-colonnade-1.2.3.0 blaze-html backend for colonnade blaze-html-0.9.2.0 A blazingly fast HTML combinator library for Haskell blaze-markup-0.8.3.0 A blazingly fast markup combinator library for Haskell blaze-svg-0.3.7 SVG combinator library blaze-textual-0.2.3.1 Fast rendering of common datatypes bloodhound-0.26.0.0 Elasticsearch client library for Haskell bloomfilter-2.0.1.3 Pure and impure Bloom Filter implementations bluefin-0.2.6.0 The Bluefin effect system bluefin-internal-0.3.4.0 The Bluefin effect system, internals bmp-1.2.6.4 Read and write uncompressed BMP image files bnb-staking-csvs-0.2.2.0 Generate CSV Exports of Your BNB Staking Rewards BNFC-2.9.6.1 A compiler front-end generator BNFC-meta-0.6.1 Deriving Parsers and Quasi-Quoters from BNF Grammars board-games-0.4.0.1 Three games for inclusion in a web server bodhi-0.1.0 Fedora Bodhi REST client library boltzmann-samplers-0.1.1.0 Uniform random generators Boolean-0.2.4 Generalized booleans and numbers boolsimplifier-0.1.8 Simplification tools for simple propositional formulas boomwhacker-0.0.2 Convert MIDI file to play-along boomwhacker animation bordacount-0.1.0.0 Implementation of the Borda count election method boring-0.2.2 Boring and Absurd types bound-2.0.7 Making de Bruijn Succ Less BoundedChan-1.0.3.0 Implementation of bounded channels bounded-queue-1.0.0 A strict, immutable, thread-safe, single-ended, bounded queue boundingboxes-0.2.3 A generic boundingbox for an arbitrary vector bower-json-1.1.0.0 Read bower.json from Haskell bowtie-0.7.0 Tying knots in polynomial functors box-0.9.4.0 A profunctor effect system? boxes-0.1.5 2D text pretty-printing library box-socket-0.5.3.0 Box websockets breakpoint-0.1.5.0 Set breakpoints using a GHC plugin brick-2.10 A declarative terminal user interface library brotli-0.0.0.3 Brotli (RFC7932) compression and decompression brotli-streams-0.0.0.0 IO-Streams interface for Brotli (RFC7932) compression bsb-http-chunked-0.0.0.4 Chunked HTTP transfer encoding for bytestring builders bson-0.4.0.1 BSON documents are JSON-like objects with a standard binary encoding bson-lens-0.1.1 BSON lenses btrfs-0.2.1.0 Bindings to the btrfs API buffer-pipe-0.0 Read from stdin and write to stdout in large blocks bugsnag-1.2.0.1 Bugsnag error reporter for Haskell bugsnag-hs-0.2.0.12 A Bugsnag client for Haskell bugsnag-wai-1.0.1.1 WAI integration for Bugsnag error reporting for Haskell bugsnag-yesod-1.0.1.0 Yesod integration for Bugsnag error reporting for Haskell bugzilla-redhat-1.0.1.1 A Haskell interface to the Bugzilla native REST API burrito-2.0.1.15 Parse and render URI templates butcher-1.3.3.2 Chops a command or program invocation into digestable pieces bv-0.5 Bit-vector arithmetic library bv-sized-1.0.6 a bitvector datatype that is parameterized by the vector width byteable-0.1.1 Type class for sequence of bytes bytebuild-0.3.17.0 Build byte arrays byte-count-reader-0.10.1.12 Read strings describing a number of bytes like 2Kb and 0.5 MiB bytedump-1.0 Flexible byte dump helpers for human readers bytehash-0.1.1.2 Universal hashing of bytes byte-order-0.1.3.1 Portable big-endian and little-endian conversions byteorder-1.0.4 Exposes the native endianness or byte ordering of the system bytes-0.17.5 Sharing code for serialization between binary and cereal byteset-0.1.1.2 Set of bytes byteslice-0.2.15.0 Slicing managed and unmanaged memory bytesmith-0.3.14.0 Nonresumable byte parser bytestring-0.12.2.0 Fast, compact, strict and lazy byte strings with a list interface bytestring-aeson-orphans-0.1.0.2 Aeson instances for ByteString, using base 64 encoding bytestring-builder-0.10.8.2.0 The new bytestring builder, packaged outside of GHC bytestring-conversion-0.3.2 Type-classes to convert values to and from ByteString bytestring-encodings-0.2.0.2 checks to see if a given bytestring adheres to a certain encoding bytestring-lexing-0.5.0.15 Efficiently parse and produce common integral and fractional numbers bytestring-strict-builder-0.4.5.8 An efficient strict bytestring builder bytestring-to-vector-0.3.0.1 Convert between ByteString and Vector.Storable without copying bytestring-tree-builder-0.2.7.13 A very efficient ByteString builder implementation based on the binary tree bytestring-trie-0.2.7.6 An efficient finite map from bytestrings to values bz2-1.0.1.2 Bindings to libbz2 bzip2-clib-1.0.8 bzip2 C sources bzlib-0.5.2.0 Compression and decompression in the bzip2 format bzlib-conduit-0.3.0.4 Streaming compression/decompression via conduits c14n-0.1.0.3 Bindings to the c14n implementation in libxml c2hs-0.28.8 C->Haskell FFI tool that gives some cross-language type safety Cabal-3.14.2.0 A framework for packaging Haskell software cabal2nix-2.21.0 Convert Cabal files into Nix build instructions cabal2spec-2.8.0 Convert Cabal files into rpm spec files cabal-appimage-0.4.2.0 Cabal support for creating AppImage applications cabal-clean-0.2.20230609 Remove outdated cabal build artefacts from `dist-newstyle` cabal-debian-5.4.4 Create a Debianization for a Cabal package cabal-doctest-1.0.12 A Setup.hs helper for running doctests cabal-file-0.1.1 Cabal file access cabal-flatpak-0.1.2 Generate a FlatPak manifest from a Cabal package description cabal-gild-1.6.0.4 Formats package descriptions cabal-install-3.14.2.0 The command-line interface for Cabal and Hackage cabal-install-solver-3.14.2.0 The solver component of cabal-install cabal-plan-0.7.6.1 Library and utility for processing cabal's plan.json file cabal-sort-0.1.2.2 Topologically sort cabal packages Cabal-syntax-3.14.2.0 A library for working with .cabal files cache-0.1.3.0 An in-memory key/value store with expiration support cached-json-file-0.1.1 Locally cache a json file obtained by http cacophony-0.11.0 A library implementing the Noise protocol cairo-0.13.12.0 Binding to the Cairo library cairo-image-0.1.0.6 Image for Cairo calendar-recycling-0.0.0.1 List years with the same calendars call-alloy-0.6.0.3 A simple library to call Alloy given a specification call-plantuml-0.0.1.3 A simple library to call PlantUML given a diagram specification call-stack-0.4.0 Use GHC call-stacks in a backward compatible way can-i-haz-0.3.1.1 Generic implementation of the Has and CoHas patterns capability-0.5.0.1 Extensional capabilities and deriving combinators ca-province-codes-1.0.0.0 ISO 3166-2:CA Province Codes and Names carray-0.1.6.8 A C-compatible array library casa-client-0.0.3 Client for Casa casa-types-0.0.3 Types for Casa cased-0.1.0.0 Track string casing in its type case-insensitive-1.2.1.0 Case insensitive string comparison cases-0.1.4.4 A converter for spinal, snake and camel cases casing-0.1.4.1 Convert between various source code casing conventions cassava-0.5.4.1 A CSV parsing and encoding library cassava-conduit-0.6.6 Conduit interface for cassava package cassava-megaparsec-2.1.1 Megaparsec parser of CSV files that plays nicely with Cassava cast-0.1.0.2 Abstact cast pattern cauldron-0.9.0.1 Dependency injection library cayley-client-0.4.19.5 A Haskell client for the Cayley graph database cborg-0.2.10.0 Concise Binary Object Representation (CBOR) cborg-json-0.2.6.0 A library for encoding JSON as CBOR cdar-mBound-0.1.0.4 Exact real arithmetic using Centred Dyadic Approximations c-enum-0.1.1.3 To make a type corresponding to an enum of C language cereal-0.5.8.3 A binary serialization library cereal-conduit-0.8.0 Turn Data.Serialize Gets and Puts into Sources, Sinks, and Conduits cereal-text-0.1.0.2 Data.Text instances for the cereal serialization library cereal-unordered-containers-0.1.0.1 Integration of "cereal" and "unordered-containers" cereal-vector-0.2.0.1 Serialize instances for Data.Vector types cfenv-0.1.0.0 A library getting the environment when running on Cloud Foundry cgi-3001.5.1.0 A library for writing CGI programs chan-0.0.4.1 Some extra kit for Chans changeset-0.1.1 Stateful monad transformer based on monoidal actions ChannelT-0.0.0.7 Generalized stream processors character-cases-0.1.0.6 Exposes subspecies types of Char. And naming cases character-ps-0.1 Pattern synonyms for ASCII characters for Word8, Word16 etc charset-0.3.12 Fast unicode character sets based on complemented PATRICIA tries charsetdetect-ae-1.1.0.4 Character set detection using Mozilla's Universal Character Set Detector Chart-1.9.5 A library for generating 2D Charts and Plots Chart-cairo-1.9.4.1 Cairo backend for Charts Chart-diagrams-1.9.5.1 Diagrams backend for Charts chart-svg-0.8.3.0 Charting library targetting SVGs ChasingBottoms-1.3.1.17 For testing partial and infinite values check-email-1.0.2 Confirm whether an email is valid and probably existant checkers-0.6.0 Check properties on standard classes and data structures checksum-0.0.0.1 Compute and verify checksums of ISBN, IBAN, etc chell-0.5.0.2 A simple and intuitive library for automated testing chell-hunit-0.3.0.2 HUnit support for Chell chimera-0.4.1.0 Lazy infinite streams with O(1) indexing and applications for memoization choice-0.2.4.1 A solution to boolean blindness chronologique-0.3.1.3 Time to manipulate time chronos-1.1.7.0 A high-performance time library chunked-data-0.3.1 Typeclasses for dealing with various chunked data representations cipher-aes-0.2.11 Fast AES cipher implementation with advanced mode of operations cipher-camellia-0.0.2 Camellia block cipher primitives cipher-rc4-0.1.4 Fast RC4 cipher implementation circle-packing-0.1.0.6 Simple heuristic for packing discs of varying radii in a circle circular-0.4.0.3 Circular fixed-sized mutable vectors citeproc-0.12 Generates citations and bibliography from CSL styles classy-prelude-1.5.0.3 A typeclass-based Prelude classy-prelude-conduit-1.5.0 classy-prelude together with conduit functions clay-0.16.1 CSS preprocessor as embedded Haskell cli-arguments-0.7.0.0 A library to process command line arguments in some more convenient way clientsession-0.9.3.0 Securely store session data in a client-side cookie Clipboard-2.3.2.2 System clipboard interface clock-0.8.4 High-resolution clock functions: monotonic, realtime, cputime closed-0.2.1.0 Integers bounded by a closed interval clumpiness-0.17.0.2 Calculate the clumpiness of leaf properties in a tree ClustalParser-1.3.0 Libary for parsing Clustal tools output cmark-0.6.1 Fast, accurate CommonMark (Markdown) parser and renderer cmark-gfm-0.2.6 Fast, accurate GitHub Flavored Markdown parser and renderer cmark-lucid-0.1.0.0 Use cmark with Lucid cmdargs-0.10.22 Command line argument processing codec-beam-0.2.0 Erlang VM byte code assembler code-conjure-0.7.8 synthesize Haskell functions out of partial definitions code-page-0.2.1 Windows code page library for Haskell coerce-with-substitution-0.0.0.0 Coercions with improved type inference coinor-clp-0.0.0.2 Linear Programming using COIN-OR/CLP and comfort-array cointracking-imports-0.1.0.2 Generate CSV & XLSX files for importing into CoinTracking collect-errors-0.1.6.0 Error monad with a Float instance co-log-0.7.0.0 Composable Contravariant Comonadic Logging Library co-log-concurrent-0.5.1.1 Asynchronous backend for co-log library co-log-core-0.3.2.6 Composable Contravariant Comonadic Logging Library co-log-polysemy-0.0.1.6 Composable Contravariant Comonadic Logging Library co-log-simple-1.2.1 Simple enhancements for logging with co-log colonnade-1.2.0.2 Generic types and functions for columnar encoding and decoding Color-0.4.1 Color spaces and conversions between them colorful-monoids-0.2.1.3 Styled console text output using ANSI escape sequences colorize-haskell-1.0.1 Highligt Haskell source colour-2.3.6 A model for human colour/color perception colourista-0.1.0.2 Convenient interface for printing colourful messages columnar-1.0.0.0 A CSV toolkit based on cassava and enum-text combinatorial-0.1.1 Count, enumerate, rank and unrank combinatorial objects comfort-array-0.5.5 Arrays where the index type is a function of the shape type comfort-array-shape-0.0 Additional shape types for the comfort-array package comfort-blas-0.0.3.1 Numerical Basic Linear Algebra using BLAS comfort-fftw-0.0.0.1 High-level interface to FFTW (Fast Fourier Transform) based on comfort-array comfort-glpk-0.1 Linear Programming using GLPK and comfort-array comfort-graph-0.0.4.1 Graph structure with type parameters for nodes and edges commonmark-0.2.6.1 Pure Haskell commonmark parser commonmark-extensions-0.2.6 Pure Haskell commonmark parser commonmark-pandoc-0.2.3 Bridge between commonmark and pandoc AST commutative-0.0.2 Commutative binary operations commutative-semigroups-0.2.0.2 Commutative semigroups comonad-5.0.10 Comonads compact-0.2.0.0 Non-GC'd, contiguous storage for immutable data structures compactmap-0.1.4.6 A read-only memory-efficient key-value store companion-0.1.0 A Haskell library to provide companion threads compensated-0.8.3 Compensated floating-point arithmetic compiler-warnings-0.1.0 Parser for common compiler warning formats componentm-0.0.0.2 Monad for allocation and cleanup of application resources componentm-devel-0.0.0.2 Easy REPL driven development using ComponentM composable-associations-0.1.0.0 Types and helpers for composing types into a single larger key-value type composition-1.0.2.2 Combinators for unorthodox function composition composition-extra-2.1.0 Combinators for unorthodox structure composition composition-prelude-3.0.1.0 Higher-order function combinators concise-0.1.0.1 Utilities for Control.Lens.Cons concurrency-1.11.0.3 Typeclasses, functions, and data types for concurrency and STM concurrent-extra-0.7.0.12 Extra concurrency primitives concurrent-output-1.10.21 Ungarble output from several threads or commands concurrent-split-0.0.1.1 MVars and Channels with distinguished input and output side concurrent-supply-0.1.8 A fast concurrent unique identifier supply with a pure API cond-0.5.1 Basic conditional and boolean operators with monadic variants conduino-0.2.4.0 Lightweight composable continuation-based stream processors conduit-1.3.6.1 Streaming data processing library conduit-aeson-0.1.1.0 Short description conduit-algorithms-0.0.14.0 Conduit-based algorithms conduit-combinators-1.3.0 DEPRECATED Functionality merged into the conduit package itself conduit-concurrent-map-0.1.4 Concurrent, order-preserving mapping Conduit conduit-extra-1.3.8 Batteries included conduit: adapters for common libraries conduit-parse-0.2.1.1 Parsing framework based on conduit conduit-zstd-0.0.2.0 Conduit-based ZStd Compression config-ini-0.2.7.0 A library for simple INI-based configuration files configuration-tools-0.7.1 Tools for specifying and parsing configurations configurator-0.3.0.0 Configuration management configurator-export-0.1.0.1 Pretty printer and exporter for configurations from the "configurator" library configurator-pg-0.2.11 Reduced parser for configurator-ng config files config-value-0.8.3 Simple, layout-based value language similar to YAML or JSON constrained-categories-0.4.2.0 Constrained clones of the category-theory type classes, using ConstraintKinds constraints-0.14.3 Constraint manipulation constraints-extras-0.4.0.2 Utility package for constraints constraint-tuples-0.2 Partially applicable constraint tuples construct-0.3.2 Haskell version of the Construct library for easy specification of file formats consumers-2.3.4.0 Concurrent PostgreSQL data consumers containers-0.7 Assorted concrete container types context-0.2.1.1 Thread-indexed, nested contexts context-http-client-0.2.0.2 Modify HTTP requests/responses using context context-resource-0.2.0.2 Thread-safe, pool-compatible resource provider context-wai-middleware-0.2.0.2 Add request-specific (or not!) context to your WAI applications contiguous-0.6.5.0 Unified interface for primitive arrays contravariant-1.5.6 Contravariant functors contravariant-extras-0.3.5.4 Extras for the "contravariant" package control-bool-0.2.1 Useful combinators for boolean expressions control-dsl-0.2.1.3 An alternative to monads in do-notation control-monad-free-0.6.2 Free monads and monad transformers control-monad-omega-0.3.4 A breadth-first list monad convertible-1.1.1.1 Typeclasses and instances for converting between types cookie-0.5.1 HTTP cookie parsing and rendering copilot-4.6.1 A stream DSL for writing embedded C programs copilot-c99-4.6.1 A compiler for Copilot targeting C99 copilot-core-4.6.1 An intermediate representation for Copilot copilot-interpreter-4.6.1 Interpreter for Copilot copilot-language-4.6.1 A Haskell-embedded DSL for monitoring hard real-time distributed systems copilot-libraries-4.6.1 Libraries for the Copilot language copilot-prettyprinter-4.6.1 A prettyprinter of Copilot Specifications copilot-theorem-4.6.1 k-induction for Copilot copr-api-0.2.0 Copr API client libary COrdering-2.3.1 An algebraic data type similar to Prelude Ordering core-data-0.3.9.1 Convenience wrappers around common data structures and encodings core-program-0.7.0.0 Opinionated Haskell Interoperability core-telemetry-0.2.9.4 Advanced telemetry core-text-0.3.8.1 A rope type based on a finger tree over UTF-8 fragments countable-1.2 Countable, Searchable, Finite, Empty classes countdown-numbers-game-0.0.0.1 Solve problems from the number round of the Countdown game show country-0.2.5.0 Country data type and functions covariance-0.2.0.1 Well-conditioned estimation of large-dimensional covariance matrices cpphs-1.20.10 A liberalised re-implementation of cpp, the C pre-processor cpu-0.1.2 Cpu information and properties helpers cpuinfo-0.1.0.3 Haskell Library for Checking CPU Information cql-4.1.0.0 Cassandra CQL binary protocol crackNum-3.15 Crack various integer and floating-point data formats crc32c-0.2.2 crc32c crdt-event-fold-1.8.1.2 Garbage collected event folding CRDT criterion-1.6.4.1 Robust, reliable performance measurement and analysis criterion-measurement-0.2.3.0 Criterion measurement functionality and associated types cron-0.7.2 Cron datatypes and Attoparsec parser crypto-api-0.13.3 A generic interface for cryptographic operations crypto-api-tests-0.3 A test framework and KATs for cryptographic operations crypto-cipher-tests-0.0.11 Generic cryptography cipher tests crypto-cipher-types-0.0.9 Generic cryptography cipher types cryptocompare-0.1.2 Haskell wrapper for the cryptocompare API cryptohash-md5-0.11.101.0 Fast, pure and practical MD5 implementation cryptohash-sha1-0.11.101.0 Fast, pure and practical SHA-1 implementation cryptohash-sha256-0.11.102.1 Fast, pure and practical SHA-256 implementation cryptohash-sha512-0.11.103.0 Fast, pure and practical SHA-512 implementation crypton-1.0.4 Cryptography Primitives sink crypton-asn1-encoding-0.10.0 ASN.1 data (raw, BER or DER) readers and writers crypton-asn1-parse-0.10.0 A monadic parser combinator for a ASN.1 stream crypton-asn1-types-0.4.1 ASN.1 types crypton-conduit-0.2.3 crypton conduit crypton-connection-0.4.5 Simple and easy network connection API crypton-pem-0.3.0 Privacy Enhanced Mail (PEM) file format reader and writer crypton-socks-0.6.2 SOCKS Protocol Version 5 crypton-x509-1.7.7 X509 reader and writer crypton-x509-store-1.6.14 X.509 collection accessing and storing methods crypton-x509-system-1.6.8 Handle per-operating-system X.509 accessors and storage crypton-x509-validation-1.6.14 X.509 Certificate and CRL validation crypto-pubkey-types-0.4.3 Generic cryptography Public keys algorithm types crypto-random-api-0.2.0 Simple random generators API for cryptography related code crypto-token-0.1.2 crypto tokens csp-1.4.0 Discrete constraint satisfaction problem (CSP) solver css-syntax-0.1.0.2 High-performance CSS tokenizer and serializer css-text-0.1.3.0 CSS parser and renderer c-struct-0.1.3.0 To make a wrapper for struct of C language csv-0.1.2 CSV loader and dumper csv-conduit-1.0.1.1 A flexible, fast, conduit-based CSV parser library for Haskell ctrie-0.2 Non-blocking concurrent map cubicbezier-0.6.0.7 Efficient manipulating of 2D cubic bezier curves cubicspline-0.1.2 Natural cubic spline interpolation cuddle-1.1.2.0 CDDL Generator and test utilities cue-sheet-2.0.2 Support for construction, rendering, and parsing of CUE sheets curl-1.3.8 Haskell binding to libcurl currency-0.2.0.0 Types representing standard and non-standard currencies currycarbon-0.5.0.0 A package for simple, fast radiocarbon calibration cursor-0.3.2.0 Purely Functional Cursors cursor-brick-0.1.0.1 cursor-fuzzy-time-0.1.0.0 cursor-gen-0.4.0.0 Generators for Purely Functional Cursors cutter-0.0 Cut files according to a position list cyclotomic-1.1.2 A subfield of the complex numbers for exact calculation czipwith-1.0.1.4 CZipWith class and deriving via TH data-accessor-0.2.3.1 Utilities for accessing and manipulating fields of records data-accessor-mtl-0.2.0.5 Use Accessor to access state in mtl State monad class data-accessor-transformers-0.2.1.8 Use Accessor to access state in transformers State monad data-array-byte-0.1.0.2 Compatibility layer for Data.Array.Byte data-binary-ieee754-0.4.4 Parser/Serialiser for IEEE-754 floating-point values data-bword-0.1.0.2 Extra operations on binary words of fixed length data-checked-0.3 Type-indexed runtime-checked properties data-clist-0.2 Simple functional ring type data-compat-0.1.0.5 Define Backwards Compatibility Schemes for Arbitrary Data data-default-0.8.0.2 A class for types with a default value data-default-class-0.2.0.0 A class for types with a default value (compatibility shim) data-diverse-4.7.1.0 Extensible records and polymorphic variants data-dword-0.3.2.1 Stick two binary words together to get a bigger one data-effects-0.4.2.0 A basic framework for effect systems based on effects represented by GADTs data-effects-core-0.4.3.0 A basic framework for effect systems based on effects represented by GADTs data-effects-th-0.4.2.1 Template Haskell utilities for the data-effects library data-endian-0.1.1 Endian-sensitive data data-findcycle-0.1.2.0 Find cycles in periodic functions (and lists) data-fix-0.3.4 Fixpoint data types dataframe-0.4.0.5 A fast, safe, and intuitive DataFrame library data-functor-logistic-0.0 Updatable analogue of Distributive functors data-has-0.4.0.0 Simple extensible product data-hash-0.2.0.1 Combinators for building fast hashing functions data-interval-2.1.2 Interval datatype, interval arithmetic and interval-based containers data-inttrie-0.1.4 A simple lazy, infinite trie from integers data-lens-light-0.1.2.4 Simple lenses, minimum dependencies data-memocombinators-0.5.1 Combinators for building memo tables data-msgpack-0.0.13 A Haskell implementation of MessagePack data-msgpack-types-0.0.3 A Haskell implementation of MessagePack data-or-1.0.0.7 A data type for non-exclusive disjunction data-ordlist-0.4.7.0 Set and bag operations on ordered lists data-prometheus-0.1.0.0 Prometheus metrics text format data-ref-0.1 Unify STRef and IORef in plain Haskell 98 data-reify-0.6.4 Reify a recursive data structure into an explicit graph data-serializer-0.3.5 Common API for serialization libraries data-sketches-0.3.1.0 data-sketches-core-0.1.0.0 data-textual-0.3.0.3 Human-friendly textual representations dataurl-0.1.0.0 Handle data-urls DAV-1.3.4 RFC 4918 WebDAV support dbcleaner-0.1.3 Clean database tables automatically around hspec tests dbus-1.4.1 A client library for the D-Bus IPC system dbus-hslogger-0.1.0.1 Expose a dbus server to control hslogger debian-4.0.5 Modules for working with the Debian package system debian-build-0.10.2.1 Debian package build sequence tools debug-trace-var-0.2.0 You do not have to write variable names twice in Debug.Trace dec-0.0.6 Decidable propositions decidable-0.3.1.1 Combinators for manipulating dependently-typed predicates Decimal-0.5.2 Decimal numbers with variable precision declarative-0.5.4 DIY Markov Chains deepseq-1.5.1.0 Deep evaluation of data structures deepseq-generics-0.2.0.1 GHC.Generics-based Control.DeepSeq.rnf implementation deferred-folds-0.9.18.9 Abstractions over deferred folds defun-core-0.1.0.1 Defunctionalization helpers: core definitions dejafu-2.4.0.7 A library for unit-testing concurrent programs delta-types-1.0.0.0 Delta types, also known as change actions dense-linear-algebra-0.1.0.0 Simple and incomplete pure haskell implementation of linear algebra dependent-enummap-0.1.0.0 A generalisation of EnumMap to dependent types dependent-map-0.4.0.1 Dependent finite maps (partial dependent products) dependent-monoidal-map-0.1.1.5 Dependent map that uses semigroup mappend dependent-sum-0.7.2.0 Dependent sum type dependent-sum-aeson-orphans-0.3.1.2 JSON instances for DSum, DMap, and Some dependent-sum-template-0.2.0.2 Template Haskell code to generate instances of classes in some package depq-0.4.2 Double-ended priority queues deque-0.4.4.2 Double-ended queues deriveJsonNoPrefix-0.1.0.1 Derive ToJSON/FromJSON instances in a more prefix-friendly manner derive-storable-0.3.1.0 Derive Storable instances with GHC.Generics derive-topdown-0.1.1.0 Derive type class instances deriving-aeson-0.2.10 Type driven generic aeson instance customisation deriving-compat-0.6.8 Backports of GHC deriving extensions detour-via-sci-1.0.0 JSON and CSV encoding for rationals as decimal point numbers df1-0.4.3 Type, render and parse the df1 hierarchical structured log format dhall-1.42.3 A configuration language guaranteed to terminate di-1.3 Typeful hierarchical structured logging using di, mtl and df1 diagrams-1.4.2 Embedded domain-specific language for declarative vector graphics diagrams-braille-0.1.2 Braille diagrams with plain text diagrams-builder-0.8.0.6 hint-based build service for the diagrams graphics EDSL diagrams-canvas-1.4.2 HTML5 canvas backend for diagrams drawing EDSL diagrams-contrib-1.4.6 Collection of user contributions to diagrams EDSL diagrams-core-1.5.1.1 Core libraries for diagrams EDSL diagrams-lib-1.5.1 Embedded domain-specific language for declarative graphics diagrams-postscript-1.5.3 Postscript backend for diagrams drawing EDSL diagrams-rasterific-1.5 Rasterific backend for diagrams diagrams-solve-0.1.3.1 Pure Haskell solver routines used by diagrams diagrams-svg-1.5 SVG backend for diagrams drawing EDSL di-core-1.0.4 Typeful hierarchical structured logging without monad towers dictionary-sharing-0.1.0.0 Sharing/memoization of class members di-df1-1.2.1 Write logs in the df1 format using the di logging framework Diff-1.0.2 Diff algorithm in pure Haskell diff-loc-0.1.0.0 Map file locations across diffs digest-0.0.2.1 CRC32 and Adler32 hashes for bytestrings digits-0.3.2 Converts integers to lists of digits and back digraph-0.3.2 Directed Graphs di-handle-1.0.1 IO support for file handles in di-core dimensional-1.6.2 Statically checked physical dimensions di-monad-1.3.5 mtl flavoured typeful hierarchical structured logging for di-core directory-1.3.9.0 Platform-agnostic library for filesystem operations directory-ospath-streaming-0.3 Stream directory entries in constant memory in vanilla IO directory-tree-0.12.1 A simple directory-like tree datatype, with useful IO functions direct-sqlite-2.3.29 Low-level binding to SQLite3. Includes UTF8 and BLOB support dirichlet-0.1.0.7 Multivariate Dirichlet distribution discount-0.1.1 Haskell bindings to the discount Markdown library discover-instances-0.1.0.0 discrimination-0.5 Fast generic linear-time sorting, joins and container construction disk-free-space-0.1.0.1 Retrieve information about disk space usage distributed-closure-0.5.0.0 Serializable closures for distributed programming distributed-process-0.7.8 Cloud Haskell: Erlang-style concurrency in Haskell distributed-process-async-0.2.11 Cloud Haskell Async API distributed-process-client-server-0.2.8.0 The Cloud Haskell Application Platform distributed-process-execution-0.1.5.0 Execution Framework for The Cloud Haskell Application Platform distributed-process-extras-0.3.9 Cloud Haskell Extras distributed-process-monad-control-0.5.1.3 Orphan instances for MonadBase and MonadBaseControl distributed-process-simplelocalnet-0.3.3 Simple zero-configuration backend for Cloud Haskell distributed-process-supervisor-0.2.4 Supervisors for The Cloud Haskell Application Platform distributed-process-systest-0.4.2 Cloud Haskell Test Support distributed-process-tests-0.5.2 Tests and test support tools for distributed-process distributed-static-0.3.11 Compositional, type-safe, polymorphic static values and closures distribution-nixpkgs-1.7.1.1 Types and functions to manipulate the Nixpkgs distribution distributive-0.6.3 Distributive functors -- Dual to Traversable djinn-lib-0.0.1.4 Generate Haskell code from a type. Library extracted from djinn package djot-0.1.2.4 Parser and renderer for djot light markup syntax dl-fedora-2.2 Fedora image download tool dlist-1.0 Difference lists dlist-instances-0.1.1.1 Difference lists instances dns-4.2.0 DNS library in Haskell dobutokO2-0.45.3.0 Helps to create experimental music from a file (or its part) and a Ukrainian text dockerfile-0.2.0 A Haskell DSL for generating Dockerfiles doclayout-0.5.0.1 A prettyprinting library for laying out text documents docopt-0.7.0.8 A command-line interface parser that will make you smile doctemplates-0.11.0.1 Pandoc-style document templates doctest-0.24.3 Test interactive Haskell examples doctest-discover-0.2.0.0 Easy way to run doctests via cabal doctest-driver-gen-0.3.0.8 Generate driver file for doctest's cabal integration doctest-exitcode-stdio-0.0.0.1 Run doctest's in a Cabal.Test.exitcode-stdio environment doctest-extract-0.1.2 Alternative doctest implementation that extracts comments to modules doctest-lib-0.1.1.1 Parts of doctest exposed as library doctest-parallel-0.4 Test interactive Haskell examples doldol-0.4.1.2 Flag packer & handler for flaggable data do-list-1.0.1 Do notation for free domain-0.1.1.5 Codegen helping you define domain models domain-aeson-0.1.1.2 Integration of domain with aeson domain-cereal-0.1.0.1 Integration of domain with cereal domain-core-0.1.0.4 Low-level API of "domain" domain-optics-0.1.0.4 Integration of domain with optics do-notation-0.1.0.2 Generalize do-notation to work on monads and indexed monads simultaneously dot-0.3 Datatypes and encoding for graphviz dot files dotgen-0.4.3 A simple interface for building .dot graph files dotnet-timespan-0.0.1.0 .NET TimeSpan dotparse-0.1.3.0 dot language parsing and printing double-conversion-2.0.5.0 Fast conversion between single and double precision floating point and text download-0.3.2.7 High-level file download based on URLs download-curl-0.1.4 High-level file download based on URLs DPutils-0.1.1.0 utilities for DP drifter-0.3.0 Simple schema management for arbitrary databases drifter-postgresql-0.2.1 PostgreSQL support for the drifter schema migration tool drifter-sqlite-0.1.0.0 SQLite support for the drifter schema migraiton tool dsp-0.2.5.2 Haskell Digital Signal Processing dual-tree-0.2.3.1 Rose trees with cached and accumulating monoidal annotations dublincore-xml-conduit-0.1.0.3 XML streaming parser/renderer for the Dublin Core standard elements dunai-0.14.1 Generalised reactive framework supporting classic, arrowized and monadic FRP duration-0.2.0.0 A tiny compile-time time utility library inspired by zeit/ms dynamic-state-0.3.2 Optionally serializable dynamic state keyed by type dyre-0.9.2 Dynamic reconfiguration in Haskell Earley-0.13.0.1 Parsing all context-free grammars using Earley's algorithm easy-file-0.2.5 Cross-platform File handling easy-logger-0.1.0.7 Logging made easy easyplot-1.0 A tiny plotting library, utilizes gnuplot for plotting Ebnf2ps-1.0.15 Peter's Syntax Diagram Drawing Tool ech-config-0.0.1 Config for TLS Encrypted Client Hello echo-0.1.4 A cross-platform, cross-console way to handle echoing terminal input ecstasy-0.2.1.0 A GHC.Generics based entity component system ed25519-0.0.5.0 Ed25519 cryptographic signatures ede-0.3.4.0 Templating language with similar syntax and features to Liquid or Jinja2 edit-distance-0.2.2.1 Levenshtein and restricted Damerau-Levenshtein edit distances edit-distance-vector-1.0.0.4 Calculate edit distances and edit scripts between vectors editor-open-0.6.0.0 Open the user's $VISUAL or $EDITOR for text input effectful-2.6.1.0 An easy to use, performant extensible effects library effectful-core-2.6.1.0 An easy to use, performant extensible effects library effectful-plugin-2.0.0.1 A GHC plugin for improving disambiguation of effects effectful-poolboy-0.1.0.0 Simple work queue for bounded concurrency (effectful wrapper) effectful-th-1.0.0.3 Template Haskell utilities for the effectful library egison-pattern-src-0.2.1.2 Manipulating Egison patterns: abstract syntax, parser, and pretty-printer either-5.0.3 Combinators for working with sums either-unwrap-1.1 Functions for probing and unwrapping values inside of Either ekg-0.4.1.2 Remote monitoring of processes ekg-core-0.1.2.0 Tracking of system metrics ekg-json-0.1.1.1 JSON encoding of ekg metrics ekg-statsd-0.2.6.2 Push metrics to statsd ekg-wai-0.1.2.0 Remote monitoring of processes elerea-2.9.0 A minimalistic FRP library elf-0.31 An Elf parser eliminators-0.9.6 Dependently typed elimination functions using singletons elm2nix-0.5.0 Turn your Elm project into buildable Nix project elm-bridge-0.8.4 Derive Elm types and Json code from Haskell types, using aeson's options elm-core-sources-1.0.0 Source files for the Elm runtime and standard libraries elm-export-0.6.0.1 A library to generate Elm types from Haskell source elm-street-0.2.2.2 Crossing the road between Haskell and Elm elm-syntax-0.3.3.0 Elm syntax and pretty-printing elynx-0.9.0.0 Validate and (optionally) redo ELynx analyses elynx-markov-0.9.0.0 Simulate molecular sequences along trees elynx-nexus-0.9.0.0 Import and export Nexus files elynx-seq-0.9.0.0 Handle molecular sequences elynx-tools-0.9.0.0 Tools for ELynx elynx-tree-0.9.0.0 Handle phylogenetic trees emacs-module-0.3 Utilities to write Emacs dynamic modules email-validate-2.3.2.21 Email address validation emd-0.2.0.0 Empirical Mode Decomposition and Hilbert-Huang Transform emojis-0.1.4.1 Conversion between emoji characters and their names enclosed-exceptions-1.0.3 Catching all exceptions from within an enclosed computation encoding-0.10.2 A library for various character encodings end-of-exe-0.1.2.0 A small library to deal with executable endings ENIG-0.0.1.0 Auto Korean conjugator/adjustor/adopter/converter entropy-0.4.1.11 A platform independent entropy source enummapset-0.7.3.0 IntMap and IntSet with Enum keys/elements enumset-0.1 Sets of enumeration values represented by machine words enum-subset-generate-0.1.0.3 Generate an ADT being a subset of another ADT, and the corresponding mappings enum-text-0.5.3.0 A text rendering and parsing toolkit for enumerated types envelope-0.2.2.0 Defines generic 'Envelope' type to wrap reponses from a JSON API envparse-0.6.0 Parse environment variables envy-2.1.5.0 An environmentally friendly way to deal with environment variables epub-metadata-5.4 Library for parsing epub document metadata eq-4.3 Leibnizian equality equal-files-0.0.5.4 Shell command for finding equal files equational-reasoning-0.7.1.0 Proof assistant for Haskell using DataKinds & PolyKinds equivalence-0.4.1.1 Maintaining an equivalence relation implemented as union-find using STT erf-2.0.0.0 The error function, erf, and related functions error-1.0.0.0 The canonical error type errorcall-eq- | 2026-01-13T09:29:09 |
https://www.scrive.com/fi/tietoja-scrive | Tietoja Scrive - Scrive Skip to main content Tertiary navigation Suomi English Global Sverige Danmark Nederland France Norge United Kingdom Deutschland Help Centre +358 45 4909684 Ota yhteytta Kirjaudu sisään Primary navigation Tuotteet Ratkaisut Resurssit Yritys Hinnat Help Centre Ota yhteyttä Osta nyt Kokeile ilmaiseksi Etsi Avaa valikko Koti / Tietoja Scrive Liiketoiminnan uudistaminen luottamussuhteita edistämällä Luomme parempia asiakaspolkuja. Yhdessä pääsemme perille. Ota yhteyttä Kokeile ilmaiseksi Tietoja Scrive Digitalisaatiota jo vuodesta 2010 johtaneen Scriven pilvipohjainen alusta tarjoaa sopimuksen elinkaaren automaatiota sähköisten allekirjoitus- ja tunnistusratkaisujen avulla. Yritykset kaikkialla maailmassa luottavat Scriveen perehdyttäessään ja allekirjoittaessaan sopimuksia asiakkaiden, kumppanien ja työntekijöiden kanssa, mikä parantaa asiakaskokemusta, suojausta, sääntöjenmukaisuutta ja datan laatua. Tukholmassa pääkonttoriaan pitävän Scriven tukena toimii Vitruvian Partners. Scrivellä on yli 200 työntekijää. Tarinamme Vuonna 2010 kaksi yliopistossa ystävystynyttä opiskelijaa julkaisi sähköisen allekirjoituspalvelun, jotta ulkomailta tulevat spoken word -esiintyjät voisivat allekirjoittaa esiintymissopimuksia etänä Ruotsissa pidettäviä esiintymisiään varten. Perustajamme havaitsivat nopeasti kaikkien yritysten tarvitsevan sopimusten allekirjoittamista. Nyt kolmannes kaikista autokaupoista Isossa-Britanniassa allekirjoitetaan Scrivella. Miten tähän päästiin? Lyhyesti sanottuna asiakaskeskeisyydellä: kuuntelemalla, ymmärtämällä ja vastaamalla. Tunnistamme sopimusten allekirjoittamisen olevan vain yksi osa paljon laajempaa liiketoimintaprosessia, jossa toimimme oppaana digitaalisella muutospolulla. Asiakaskeskeinen. Kukapa ei olisi? Meillä Scrive kuitenkin laajennetaan käsitys asiakkaasta sisältämään sekä sisäiset että ulkoiset toimijat: palveluidemme tilaajat, kumppanit, työntekijät, työtoverit – kaikki, joiden kanssa toimimme. Tämä näkemys asiakkuudesta luo eheyden ja osallistavuuden kulttuurin, joka muodostaa pohjan ydinarvoillemme: Välitämme asiakkaistamme, sekä sisäisistä että ulkoisista Haastamme asiakkaitamme, markkinanäkemyksiä ja parhaita käytäntöjä Olemme sitoutuneet viemään sinut haluamaasi päämäärään Yhteistyöllä luomme parempia asiakaspolkuja Työ Scrive Certifications Sertifikaatit Scrive on ISO 27001:2022 -sertifioitu. Sertifikaatti kattaa soveltuvuuslausunnon (Statement of Applicability) mukaan kaikki Scriven SaaS-tuotteet ja niiden osat: e-allekirjoitusalustan (Scrive eSign Online, Scrive GO ja Scrive eSign API) ja Scrive eID Hubin. Datakeskustemme sertifikaatit ovat nähtävissä seuraavilla sivuilla, joiden aiheena ovat AWS Ota yhteyttä Lue lisää siitä, miten Scrive voi auttaa luomaan parempia asiakaspolkuja. Ota yhteyttä Miksi Scrive? Scrive tarjoaa sähköisiä allekirjoituksia ja e-ID-ratkaisuja pienille ja keskisuurille yrityksille ja yritysorganisaatioille. Scrive tarjoaa turvallisen ja nopean tavan allekirjoittaa ja hallita sähköisiä asiakirjoja. Miksi Scrive Footer navigation Tuotteet eSign Online eSign API eSign GO eID Hub eSign Forms Forms Builder Ratkaisut Toimialat Tapausesimerkit Integraatiot Hinnat eSign Online eSign API eSign GO Resurssit Trust Centre Tieto Help Centre Käyttötapaukset Digitaalinen vs. sähköinen allekirjoitus Digitalisaatio Ulkoiset resurssit Vahvista dokumentin aitous Järjestelmän tila API-dokumentaatio Scrive brand guidelines Yritys Tietoja Scrive Partners Ura Contact Secondary navigation Terms of service Privacy notice Cookie declaration © 2026 Scrive | 2026-01-13T09:29:09 |
https://www.heise-devsec.de/index.php | heise devSec – die Konferenz für sichere Software- und Webentwicklung --> Toggle navigation Start Call for Proposals --> Die heise devSec Rückschau Programm 2025 Location 2025 Tickets --> Online-Events KI und Security --> Zum Newsletter anmelden Vielen Dank für eine tolle heise devSec 2025 in Regensburg. Im nächsten Jahr treffen wir uns am 22./23. September in Marburg. Vielen Dank für eine tolle heise devSec 2025 in Regensburg. Im nächsten Jahr treffen wir uns am 22./23. September in Marburg. Zum Newsletter anmelden Regensburg 30. September und 1. Oktober 2025 Sichere Software beginnt vor der ersten Zeile Code... Die Angriffsvektoren auf Softwareprojekte werden immer ausgefeilter und zielen auf die gesamte Software Supply Chain. Die heise devSec hilft Ihnen, frühzeitig Schwachstellen zu erkennen und zu vermeiden. Die heise devSec ist seit 2017 das bedeutendste deutschsprachige Fortbildungs- und Networking-Event für Softwareentwickler und Softwarearchitektinnen, die Verantwortung tragen für die Sicherheit der entwickelten Software. Jetzt Ticket sichern --> Wenn Sie uns vertrauen, dass wir auch in diesem Jahr eine spannende Konferenz auf die Beine stellen, dann nutzen Sie bis zur Veröffentlichtung des Programms unseren günstigen Blind-Bird-Tarif . --> Themen im Herbst sind unter anderem Threat Modeling 2025 Zero Trust mit Keycloak ASPM: Worauf man bei der Auswahl achten sollte Quellcodeanalysen mit LLMs Sichere Software Supply Chain Cyber Resilience Act aus Entwicklersicht Zum Programm 2025 Raj Mallempati BlueFlag Michael Koppmann SBA Research Martina Kraus Kraus IT Consulting Bianca Kastl Stadt Frankfurt Gesundheitsamt Sven Nobis ERNW Max Maaß iteratec Tim Walter iteratec Rafael Sadowski Open23 Michael Fuchs inovex Christoph Iserlohn INNOQ Felix Schumacher INNOQ Rainer Stropek software architects Stefan Schlott BeOne Johannes Bergmann Bosch Digital Maximilian Weißbach Bosch Digital Kai Dippel Geutebrueck Mathias Tausig SBA Research Marcus Ross Hamburg Port Authority Bjarne Rentz Hamburg Port Authority Paul Senkel Contrast Stefan Schott Universität Paderborn Sebastian Leuer Fraunhofer IEM Ingo Budde Fraunhofer IEM Robin Herrmann mgm security partners Fabian Brenner usd Tobias Hamann usd Simon Bäumler TEQABLE Michael Sperber Active Group Marcus Blankenburg Giesecke + Devrient Mirko Richter mgm security partners Simon Dreher inovex Pascal Petsch inovex Arne Blankerts thePHP.cc Jürgen Schmidt heise security Dominik Guhr INNOQ Philipp Dominik Schubert Sonar Niklas Bunzel Fraunhofer SIT Clemens Hübner inovex Florian Teutsch inovex Sebastian Leuer Fraunhofer IEM Niklas Mühleis Heidrich Rechtsanwälte Du bist ... Softwareentwickler:in Softwarearchitekt:in Security-Expert:in Qualitätsverantwortliche:r Tester:in Product Manager IT-Leiter:in Du interessierst dich für ... Software Supply Chain Security KI in Development und Security Neue Angriffsvektoren Sichere Softwarearchitekturen Geeignete Tools und Sprachen Kryptografie und Authentifizierung Rechtliche Rahmenbedingungen Dann erwarten dich in Regensburg ... Aktuelles Security-Know-how Inspirierende Vorträge Viel Raum fürs Networking Hochwertiges Catering über den ganzen Tag Abendveranstaltung mit Thementischen Konferenzmaterialien Platin-Sponsor Gold-Sponsoren Silber-Sponsoren Bronze-Sponsoren JETZT SPONSOR WERDEN heise-devSec-Newsletter Du möchtest über die heise devSec auf dem Laufenden gehalten werden? Anmelden × heise-devSec-Newsletter Du möchtest über die heise devSec auf dem Laufenden gehalten werden? Dann trage einfach deine E-Mail-Adresse in das Feld ein, das aufklappt, wenn du die Einwilligung unten gibst: Ich willige ein, dass mich die Rheinwerk Verlag GmbH und die Heise Medien GmbH & Co. KG über die heise devSec informieren. Meine Daten werden ausschließlich zu diesem Zweck genutzt. Eine Weitergabe an Dritte erfolgt nicht. (Deine E-Mail-Adresse wird an unseren Newsletter-Dienstleister Inxmail weitergegeben ( https://www.inxmail.de/datenschutz ). Inxmail verwendet deine Daten ausschließlich zu dem hier angegebenen Zweck. Eine Weitergabe der Daten erfolgt auch hier nicht.) Ich kann die Einwilligung jederzeit an events@dpunkt.de , per Brief an Rheinwerk Verlag GmbH, Wieblinger Weg 17, 69123 Heidelberg oder durch Nutzung des in den E-Mails enthaltenen Abmeldelinks widerrufen. Es gilt die Datenschutzerklärung der Rheinwerk Verlag GmbH . E-Mail-Adresse (Pflichtfeld) Social Weitere Konferenzen inside agile betterCode() heise academy Kontakt » Team events@dpunkt.de 06221 / 1483-15 » FAQ » FAQ – Online-Events Mehr » Code of Conduct » Call for Proposals » Programmbeirat » Sponsoring » Rückschau Rechtliches » Impressum & Bildnachweise » AGB Veranstaltungen » Datenschutzerklärung Heise Medien » Datenschutzerklärung Rheinwerk Verlag Veranstalter | 2026-01-13T09:29:09 |
https://aws.amazon.com/de/what-is/data-catalog/ | Was ist ein Datenkatalog? – Datenkataloge erklärt – AWS Überspringen zum Hauptinhalt Filter: Alle English Kontaktieren Sie uns AWS Marketplace Support Mein Konto Suche Filter: Alle Bei der Konsole anmelden Konto erstellen Was ist Cloud Computing? › Hub für Cloud-Computing-Konzepte › Verwaltung und Governance Von Anfängern bis hin zu Experten bieten wir digitale Schulungen für jedes Qualifikationsniveau an. Entdecken Sie AWS Skill Builder“ Was ist ein Datenkatalog? Ein AWS-Konto erstellen Was ist ein Datenkatalog? Was sind die Vorteile eines Datenkatalogs? Was sind die Anwendungsfälle für einen Datenkatalog? Welche Informationen enthält ein Datenkatalog? Was sind die wichtigsten Features eines Datenkatalogs? Was ist der Unterschied zwischen Daten-Governance und einem Datenkatalog? Wie kann AWS Ihre Anforderungen an den Datenkatalog unterstützen? Was ist ein Datenkatalog? Ein Datenkatalog ist eine Bestandsaufnahme aller Daten, die ein Unternehmen sammelt und verarbeitet. Gesetzliche Vorschriften verpflichten Unternehmen dazu, ihre Daten von der Erfassung bis zum Verbrauch jederzeit zu sichern und zu schützen. Ein Datenkatalog organisiert und klassifiziert die Daten, um Governance und Datenerkennung zu unterstützen. Es erleichtert die betriebliche Effizienz durch die gemeinsame Nutzung von Kontexten, da jeder schnell verstehen kann, warum und wie ein bestimmter Datensatz innerhalb einer Organisation verwendet wird. Was sind die Vorteile eines Datenkatalogs? Ein Datenkatalog ist ein organisatorisches Hilfsmittel, das die Suche nach Daten und die Identifizierung ihrer Verwendungszwecke erleichtert. Im Folgenden werden einige Vorteile genannt. Schnelle Erkennung von Vermögenswerten Ein Datenkatalog vereinfacht die Identifizierung von Daten und trägt dazu bei, die Produktivität der Mitarbeiter zu erhöhen. Sie können dann mithilfe von beschreibenden Tags nach Daten suchen, um schnell verwandte Daten zu finden und gleichzeitig den Kontext und Zweck jedes Datensatzes zu verstehen. Er bietet einen Überblick darüber, woher die Daten kommen, wie sie sich durch die Systeme bewegen und wie sie umgewandelt werden. Datenanalysten können ihre Analysen oft ohne großen IT-Einsatz durchführen, was zu schnelleren Erkenntnissen führt. Verbesserte Datenqualität Für Datenkataloge sind mehrere Felder erforderlich, die von den Mitarbeitern ausgefüllt werden müssen, wenn ein Unternehmen neue Daten aufnimmt. Wenn die Benutzer auf den Katalog zugreifen, können sie sich über die Herkunft der Daten, die Umwandlungsprozesse und die Bearbeitungsdaten informieren und so sicherer mit den Informationen umgehen. Ein hoher Grad an Vollständigkeit trägt dazu bei, die Datenverwaltung zu erleichtern und die Datenqualität zu verbessern. Unternehmen können auch die Generierung dieser Datenkatalog-Metadaten automatisieren, um mit weniger Aufwand umfassende Datenkataloge zu erstellen. Erhöhte Effizienz Ein Datenkatalog fördert die Konsistenz bei der Benennung, den Definitionen und den Metriken und stellt sicher, dass die verschiedenen Teams innerhalb eines Unternehmens ihre Daten einheitlich verstehen und nutzen. Durch den Einblick in alle Datenbestände können Unternehmen die Datenredundanz reduzieren und so sicherstellen, dass keine doppelten Anstrengungen unternommen und die Speicherkosten minimiert werden. Die Produktivitätsgewinne, die Datenwissenschaftler erzielen, tragen auch zur Senkung der Gesamtkosten bei. Erweiterte Sicherheit Die Datenschutzbestimmungen verlangen von Unternehmen, dass sie wissen, wo sich personenbezogene Daten befinden und wer auf sie zugegriffen hat. Ein Datenkatalog kann dabei helfen, den korrekten Umgang mit sensiblen Daten und den angemessenen Zugang sicherzustellen. Unternehmen können nachverfolgen, woher ihre Daten stammen, wer auf sie zugreift und wie sie verwendet werden, und so die Einhaltung gesetzlicher Vorschriften verbessern. Was sind die Anwendungsfälle für einen Datenkatalog? Unternehmen können Datenkataloge nutzen, um ihre Speicherung und ihr Datenmanagement zu rationalisieren. Im Folgenden werden einige Anwendungsfälle für einen Datenkatalog aufgeführt. Self-Service-Analysen Ein Datenkatalog beschreibt detailliert, was die Daten enthalten und wofür ein Unternehmen sie verwendet. Sie ermöglicht es Unternehmen auch, viele ähnliche Daten zu unterscheiden und alle Prozesse im Zusammenhang mit dem Abruf und der Nutzung von Daten zu beschleunigen - insbesondere in Unternehmensumgebungen. Dank dieser verbesserten Transparenz können die Benutzer schnell feststellen, welche Daten sie betrachten und alle erforderlichen Informationen an einem Ort finden. Sie können Self-Service-Analyse-Workflows für technisch nicht versierte Datenanwender erstellen, selbst bei großen Datenmengen im Speicher. Wissensaustausch Zusammenarbeit ist der Schlüssel zur Gewinnung verwertbarer Erkenntnisse aus Daten. Ein Datenkatalog fördert eine kollaborative Umgebung, indem er es den Nutzern ermöglicht, Datensätze zu kommentieren, zu bewerten und zu überprüfen. Indem sie ihre Erfahrungen und ihr Wissen über bestimmte Datensätze austauschen, können die Benutzer zusammenarbeiten, um Risiken zu verringern und die Analysen im gesamten Unternehmen zu beschleunigen. Analyse der Datenabfolge Zu verstehen, woher die Daten stammen und wie sie die verschiedenen Systeme durchlaufen, ist entscheidend für die Behebung von Datenproblemen, die Durchführung von Auswirkungsanalysen oder die Einhaltung von Normen. Ein Datenkatalog bietet Einblick in die Datenherkunft und vermittelt den Benutzern ein klares Bild von der Reise der Daten von der Quelle bis zum endgültigen Ziel. Unternehmen können interne Taxonomiedokumente erstellen, die es allen Mitarbeitern ermöglichen, die korrekten Bezeichnungen für alle Datenbestände zu verstehen. Ein Referenzdokument oder -blatt in einem Datenkatalog erhöht die Datenkohärenz im gesamten Unternehmen. Welche Informationen enthält ein Datenkatalog? Datenkataloge enthalten Metadaten, die Ihren Bestand an Datenbeständen beschreiben und zusätzliche Informationen über den Inhalt der Daten liefern. Mit Hilfe von Metadatenfeldern können Sie Daten schnell durchsuchen und Assets auffinden. Ein Datenkatalog kann eine Reihe von Metadaten enthalten, wie zum Beispiel die folgenden Beispiele. Unternehmensmetadaten Unternehmensmetadaten sind alle Informationen, die sich auf den Wert beziehen, den sie für ein Unternehmen haben. Sie könnten Informationen über die Verwendung der Daten in einem Unternehmen, Einzelheiten zur Einhaltung von Vorschriften und nützliche geschäftliche Zusammenhänge für andere Nutzer enthalten. Sie kann beispielsweise Anmerkungen zu Datenprojekten wie Vertraulichkeitsstufen, Beschreibungen, Standorte, Benutzer, Abteilungen und vieles mehr enthalten. Ein Unternehmen wird in der Regel die genauen Geschäftsdaten definieren, die es benötigt, und mehrere zugehörige Felder einbeziehen. Technische Metadaten Technische Metadaten beschreiben die Gesamtstruktur eines Datensatzes. Sie beschreiben die Struktur von Datenobjekten und gehen auf ihre Beziehungen, Verbindungen, Indizes, Zeilen, Spalten und Tabellenform ein. Diese Metadaten liefern den Datenexperten auch Informationen über die Prozesse, die die Daten durchlaufen müssen, z. B. die Umwandlung oder die Analyse. Die Benutzer verstehen schnell, wie ein Unternehmen Informationen organisiert und dargestellt hat. Operative Metadaten Operative Metadaten geben Auskunft über die Herkunft der Daten und ihre Umwandlung, Aktualisierungen, Kardinalität und andere Prozesskennzeichen. Anhand der operativen Metadaten können Sie sehen, wie die Daten in Ihr Unternehmen gelangt sind, welche Umwandlung sie durchlaufen haben, und andere aktuelle Statusaktualisierungen vornehmen. Anhand der operativen Metadatenfelder können Sie sehen, wann die Benutzer die Daten zuletzt bearbeitet haben und wer die Berechtigung hat, die Daten zu bearbeiten. Was sind die wichtigsten Features eines Datenkatalogs? Moderne Datenkatalogplattformen nutzen verschiedene wichtige Features, um ihre Nutzung zu rationalisieren und die Effizienz zu steigern. Automatisierung Die Automatisierung ermöglicht es Unternehmen, ihren Datenkatalog mit weniger Aufwand zu verwalten. Die Integrationsfunktionen ermöglichen es dem Katalog, automatisch Metadaten aus verschiedenen Quellen zu beziehen. Der Katalog bleibt aktuell, wenn neue Datenbestände hinzukommen oder bestehende aktualisiert werden. Einige fortschrittliche Systeme nutzen auch maschinelles Lernen , um ihre Datenkategorisierungsprozesse im Laufe der Zeit zu verbessern und zu verfeinern. Automatisierungs-Features innerhalb eines Datenkatalogs erhöhen die Flexibilität trotz ständig wachsender Datenmengen. Effiziente Suchoptionen Die Features der Datenkatalogsuche gehen über die einfache Stichwortsuche hinaus und liefern Vorschläge. Sie enthalten auch Filter, so dass die Nutzer die Daten anhand verschiedener Kriterien finden können. Die Beutzererfahrung ist vergleichbar mit der moderner Suchmaschinen, die relevante, geordnete und schnell zugängliche Ergebnisse liefern. Ein effizienter Datenabruf spart Zeit und fördert gleichzeitig die Entdeckung und Erkundung von Daten. Universelles Glossar Ein universelles Glossar bietet unternehmensweit standardisierte Definitionen für Begriffe und Messgrößen. Es stellt sicher, dass alle Metadatenbegriffe eine einzige, klare Definition haben. Wenn die Benutzer im Katalog auf einen Begriff stoßen, können sie dessen Bedeutung im Glossar nachschlagen, so dass ein einheitliches Verständnis und eine einheitliche Verwendung gewährleistet sind. Dies ist besonders wichtig für die Wahrung der Datenintegrität und die Förderung einer klaren Kommunikation zwischen verschiedenen Teams. Was ist der Unterschied zwischen Daten-Governance und einem Datenkatalog? Data Governance ist eine Methode, die sicherstellt, dass die Daten im richtigen Zustand sind, um Geschäftsinitiativen und Abläufe zu unterstützen. Die richtige Governance zu etablieren bedeutet, ein Gleichgewicht zwischen Datenzugriff und -kontrolle herzustellen und den Menschen Vertrauen in die Daten zu geben, während sie gleichzeitig zum Experimentieren ermutigt werden. Sie bietet einen Rahmen, den die Menschen bei der Nutzung von Unternehmensdaten und -technologien befolgen können. Daten-Governance ist nützlich, um eine hohe Datenqualität und eine angemessene Nutzung unter Einhaltung der gesetzlichen Bestimmungen zu gewährleisten. Datenkataloge sind eine Technologie zur Umsetzung von Daten-Governance-Richtlinien. Daten-Governance definiert Datenverwendungsrichtlinien, während Datenkataloge diese durchsetzen. Diese Kataloge ermöglichen es den Unternehmen, ihre Daten-Governance besser im Griff zu haben. Wie kann AWS Ihre Anforderungen an den Datenkatalog unterstützen? AWS Glue ist ein serverloser Datenintegrationsservice, der das Auffinden, Vorbereiten, Verschieben und Integrieren von Daten aus mehreren Quellen für Datenanalysen, maschinelles Lernen (ML) und Anwendungsentwicklung erleichtert. AWS-Glue-Datenkatalog ist ein zentrales Repository zum Speichern von strukturellen und betrieblichen Metadaten für alle Ihre Datenbestände. Sie können die Tabellendefinition und den physischen Speicherort eines bestimmten Datensatzes speichern, geschäftsrelevante Attribute hinzufügen und verfolgen, wie sich diese Daten im Laufe der Zeit verändert haben. Der Datenkatalog lässt sich auch in Amazon Athena , Amazon EMR und Amazon Redshift Spectrum integrieren. Sobald Sie Ihre Tabellendefinitionen zum Datenkatalog hinzugefügt haben, können Sie eine gemeinsame Sicht auf Ihre Daten zwischen diesen Diensten haben. AWS Glue bietet zahlreiche Möglichkeiten, Metadaten in den Data Catalog einzupflegen. Beispielsweise können Sie: Richten Sie AWS-Glue-Crawler ein, um verschiedene Datenspeicher zu scannen und automatisch Schemata und Partitionsstrukturen abzuleiten und den Datenkatalog mit entsprechenden Tabellendefinitionen und Statistiken zu füllen. Planen Sie die regelmäßige Ausführung von Crawlern, damit Ihre Metadaten immer auf dem neuesten Stand sind und mit den zugrunde liegenden Daten synchronisiert werden. Fügen Sie Tabellendetails über die AWS-Glue-Konsole oder durch Aufrufen der API hinzu oder aktualisieren diese. Beginnen Sie mit Datenkatalogen auf AWS, indem Sie noch heute ein kostenloses Konto einrichten . Nächste Schritte mit AWS Zusätzliche produktbezogene Ressourcen ansehen Erfahren Sie mehr über Verwaltungs- und Governance-Services Ein kostenloses Konto erstellen Sie erhalten sofort Zugriff auf das kostenlose AWS-Kontingent. Registrieren Beginnen Sie mit der Entwicklung in der Konsole Starten Sie mit der Entwicklung in der AWS-Managementkonsole. Anmelden AWS-Konto erstellen Lernen Was ist AWS? Was ist „Cloud Computing“? Was ist „Agentenbasierte KI“? 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https://hackage.haskell.org/package/json | json: Support for serialising Haskell to and from JSON Hackage :: [Package] Search Browse What's new Upload User accounts json : Support for serialising Haskell to and from JSON [ bsd3 , library , web ] [ Propose Tags ] [ Report a vulnerability ] JSON (JavaScript Object Notation) is a lightweight data-interchange format. It is easy for humans to read and write. It is easy for machines to parse and generate. It is based on a subset of the JavaScript Programming Language, Standard ECMA-262 3rd Edition - December 1999. This library provides a parser and pretty printer for converting between Haskell values and JSON. Modules [ Index ] [ Quick Jump ] Text Text.JSON Text.JSON.Generic Text.JSON.Parsec Text.JSON.Pretty Text.JSON.ReadP Text.JSON.String Text.JSON.Types Flags Automatic Flags Name Description Default split-base Use the new split base package. Enabled parsec Add support for parsing with Parsec. Enabled pretty Add support for using pretty printing combinators. Enabled generic Add support for generic encoder. Enabled mapdict Encode Haskell maps as JSON dicts Disabled Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info Downloads json-0.11.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers DonaldStewart , EricMertens , IavorDiatchki , SigbjornFinne For package maintainers and hackage trustees edit package information Candidates 0.9 , 0.9.2 Versions [ RSS ] 0.3.3 , 0.3.6 , 0.4.1 , 0.4.2 , 0.4.3 , 0.4.4 , 0.5 , 0.6 , 0.7 , 0.8 , 0.9 , 0.9.1 , 0.9.2 , 0.9.3 , 0.10 , 0.11 Change log CHANGES Dependencies array , base (<4 || >=4.9 && <5) , bytestring , containers , mtl , parsec , pretty , syb (>=0.3.3) , text [ details ] License BSD-3-Clause Copyright (c) 2007-2018 Galois Inc. Author Galois Inc. Maintainer Iavor S. Diatchki (iavor.diatchki@gmail.com) Uploaded by EricMertens at 2023-07-17T15:50:24Z Stability Unknown --> Category Web Source repo head: git clone https://github.com/GaloisInc/json.git Distributions Arch: 0.10 , Debian: 0.10 , Fedora: 0.11 , FreeBSD: 0.9.1 , LTSHaskell: 0.11 , NixOS: 0.11 , Stackage: 0.11 Reverse Dependencies 76 direct, 3752 indirect [ details ] Downloads 82377 total (42 in the last 30 days) Rating 1.75 (votes: 1) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs uploaded by user Build status unknown [ no reports yet ] Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://aws.amazon.com/ar/what-is/data-catalog/ | ما هو كتالوج البيانات (Data Catalog)؟ - شرح كتالوجات البيانات - AWS انتقل إلى المحتوى الرئيسي Filter: الجميع English تواصل معنا AWS Marketplace الدعم حسابي بحث Filter: الجميع تسجيل الدخول إلى وحدة التحكم إنشاء حساب ما الحوسبة السحابية؟ › محور مفاهيم الحوسبة السحابية › الإدارة والحوكمة من المبتدئين إلى الخبراء، لدينا دورات تدريبية رقمية تناسب كل مستوى من مستويات المهارة. استكشف أداة إنشاء المهارات في AWS» ما المقصود بكتالوج البيانات (Data Catalog)؟ إنشاء حساب AWS ما المقصود بكتالوج البيانات؟ ما فوائد كتالوج البيانات؟ ما حالات استخدام كتالوج البيانات؟ ما المعلومات التي يحتوي عليها كتالوج البيانات؟ ما الميزات الأساسية لكتالوج البيانات؟ ما الفرق بين حوكمة البيانات وكتالوج البيانات؟ كيف يمكن أن تدعم AWS متطلبات كتالوج البيانات؟ ما المقصود بكتالوج البيانات؟ كتالوج البيانات هو جرد لجميع البيانات التي تجمعها المؤسسة وتعالجها. تُلزم المتطلبات التنظيمية المؤسسات بتأمين وحماية بياناتها في جميع الأوقات، من التجميع إلى الاستهلاك. يقوم كتالوج البيانات بتنظيم البيانات وتصنيفها لدعم الحوكمة واكتشاف البيانات. إنه يسهل الكفاءة التشغيلية من خلال مشاركة السياق، حيث يمكن للجميع أن يفهموا بسرعة سبب وكيفية استخدام مجموعة بيانات محددة داخل المؤسسة. ما فوائد كتالوج البيانات؟ كأداة تنظيمية، يعمل كتالوج البيانات على تبسيط البحث عن البيانات وتحديد الغرض الذي تستخدمه من أجله. نقدم فيما يلي بعض المزايا. اكتشاف سريع للأصول يعمل كتالوج البيانات على تبسيط عملية تحديد البيانات، مما يساعد في زيادة إنتاجية الموظفين. يمكنك بعد ذلك البحث عن البيانات باستخدام العلامات الوصفية لاكتشاف البيانات ذات الصلة بسرعة مع فهم سياق وغرض كل مجموعة بيانات. وهو يوفر عرضًا لمصدر البيانات، وكيفية انتقالها عبر الأنظمة، وكيفية تحويلها. يمكن لمحللي البيانات في كثير من الأحيان إجراء تحليلاتهم دون الاعتماد بشكل كبير على تكنولوجيا المعلومات، مما يؤدي إلى رؤى أسرع. جودة بيانات محسنة تتطلب كتالوجات البيانات العديد من الحقول التي يحتاج الموظفون إلى إكمالها عندما تستوعب الشركة بيانات جديدة. عندما يصل المستخدمون إلى الكتالوج، فإن قدرتهم على قراءة أصول البيانات وعمليات التحويل وتواريخ التحرير تعني أنه يمكنهم الحصول على مزيد من الثقة في التفاعل مع المعلومات. تساعد درجة الاكتمال العالية في زيادة سهولة إدارة البيانات وتحسين جودة البيانات. يمكن للشركات أيضًا أتمتة إنشاء البيانات الوصفية لكتالوج البيانات هذا لتوفير كتالوجات بيانات شاملة بجهد أقل. زيادة الكفاءة يشجع كتالوج البيانات الاتساق في التسمية والتعريفات والمقاييس، مما يضمن توافق الفرق المختلفة داخل المؤسسة في فهمها واستخدامها للبيانات. من خلال الرؤية في جميع أصول البيانات، يمكن للمؤسسات تقليل تكرار البيانات، مما يضمن عدم تكرار الجهود وتقليل تكاليف التخزين. تساعد مكاسب الإنتاجية التي يختبرها علماء البيانات أيضًا على تقليل التكاليف الإجمالية. الأمان المعزز تتطلب لوائح الخصوصية من المؤسسات معرفة مكان وجود البيانات الشخصية ومن قام بالوصول إليها. يمكن أن يساعد كتالوج البيانات في ضمان معالجة البيانات الحساسة بشكل صحيح ومنح الوصول بشكل مناسب. يمكن للمؤسسات تتبع مصدر بياناتها، ومن قام بالوصول إليها، وكيفية استخدامها، وبالتالي تعزيز مبادرات الامتثال التنظيمي. ما حالات استخدام كتالوج البيانات؟ يمكن للمؤسسات استخدام كتالوجات البيانات لتبسيط التخزين وإدارة البيانات. فيما يلي بعض حالات الاستخدام لكتالوج البيانات. تحليلات الخدمة الذاتية يوفر كتالوج البيانات وصفًا تفصيليًا لما تحتويه البيانات وهدف الشركة من استخدامه. كما يسمح للشركات بالتمييز بين العديد من البيانات المتشابهة وتسريع أي عملية تتعلق باسترداد البيانات واستخدامها - خاصة في بيئات المؤسسات. تسمح هذه الشفافية المحسّنة للمستخدمين بتحديد البيانات التي يبحثون عنها بسرعة واكتشاف جميع المعلومات الضرورية في مكان واحد. يمكنك إنشاء عمليات سير عمل تحليلات الخدمة الذاتية لمستخدمي البيانات غير التقنيين، حتى مع وجود كميات كبيرة من البيانات في التخزين. مشاركة المعلومات يعد التعاون بمثابة المفتاح لاستخلاص رؤى قابلة للتنفيذ من البيانات. ويعمل كتالوج البيانات على تعزيز بيئة تعاونية من خلال السماح للمستخدمين بالتعليق على مجموعات البيانات وتقييمها ومراجعتها. من خلال مشاركة خبراتهم ومعرفتهم حول مجموعات بيانات محددة، يمكن للمستخدمين العمل معًا لتقليل المخاطر وتسريع التحليلات في جميع أنحاء المؤسسة. تحليل نسب البيانات يعد فهم مصدر البيانات وكيفية عبورها عبر الأنظمة المختلفة أمرًا بالغ الأهمية لاستكشاف مشكلات البيانات وإصلاحها أو إجراء تحليلات التأثير أو تلبية معايير الامتثال. يوفر كتالوج البيانات رؤية نسب البيانات، مما يمنح المستخدمين صورة واضحة لرحلة البيانات من مصدرها إلى وجهتها النهائية. يمكن للشركات إنشاء مستندات تصنيف داخلية تسمح لجميع الموظفين بفهم الأسماء الصحيحة لجميع أصول البيانات. يؤدي وجود مستند أو ورقة مرجعية في كتالوج البيانات إلى زيادة تماسك البيانات عبر المؤسسة. ما المعلومات التي يحتوي عليها كتالوج البيانات؟ تحتوي كتالوجات البيانات على بيانات وصفية لوصف مخزون أصول البيانات وتقديم معلومات إضافية حول ما تحتويه البيانات. تسمح لك حقول البيانات الوصفية بالبحث السريع في البيانات وتحديد مكان الأصول. يمكن أن يتضمن كتالوج البيانات نطاقًا من البيانات الوصفية، مثل الأمثلة التالية. البيانات الوصفية للشركات البيانات الوصفية للشركات هي أي معلومات تتعلق بالقيمة التي تقدمها للنشاط التجاري. ويمكن أن تتضمن معلومات حول استخدام البيانات في الأعمال التجارية وتفاصيل الامتثال التنظيمي وسياق الأعمال المفيد للمستخدمين الآخرين. على سبيل المثال، قد تحتوي على تعليقات توضيحية لمشروع البيانات، مثل مستويات سرية البيانات والأوصاف والموقع والمستخدمين والقسم والمزيد. وستحدد المؤسسة عادةً بيانات الأعمال الدقيقة التي تحتاجها وتتضمن العديد من المجالات ذات الصلة. البيانات الوصفية الفنية تصف البيانات الوصفية الفنية الهيكل العام لمجموعة البيانات. وهي تصف بنية كائنات البيانات والتعليق على علاقاتها واتصالاتها وفهارسها وصفوفها وأعمدتها ونموذجها الجدولي. توفر هذه البيانات الوصفية أيضًا سياقًا لمحترفي البيانات حول العمليات التي يجب أن تخضع لها البيانات، مثل الانتقال من خلال التحول أو التحليل. يدرك المستخدمون بسرعة كيفية قيام المؤسسة بتنظيم المعلومات وعرضها. البيانات الوصفية التشغيلية تعلق البيانات الوصفية التشغيلية على أصل البيانات وتحوُّلها وتحديثاتها والارتباط الأساسي وعلامات تعريف العملية الأخرى. باستخدام بيانات التعريف التشغيلية، يمكنك رؤية كيفية إدخال البيانات إلى مؤسستك، والتحول الذي مرت به، وتحديثات الحالة الحالية الأخرى. باستخدام حقول البيانات الوصفية التشغيلية، يمكنك رؤية آخر مرة قام فيها المستخدمون بتحرير البيانات ومن لديه الإذن بتحرير البيانات. ما الميزات الأساسية لكتالوج البيانات؟ تستخدم منصات كتالوج البيانات الحديثة العديد من الميزات الرئيسية لتبسيط استخدامها وزيادة الكفاءة. الأتمتة تتيح الأتمتة للشركات إدارة كتالوج البيانات الخاص بها بجهد أقل. تسمح إمكانات التكامل للكتالوج بسحب البيانات الوصفية تلقائيًا من مصادر مختلفة. يظل الكتالوج محدثًا عند إضافة أصول بيانات جديدة أو تحديث الأصول الحالية. تستفيد بعض الأنظمة المتقدمة أيضًا من التعلم الآلي لتحسين وتنقيح عمليات تصنيف البيانات بمرور الوقت. تعمل ميزات الأتمتة داخل كتالوج البيانات على تحسين السرعة على الرغم من أحجام البيانات المتزايدة باستمرار. خيارات البحث الفعالة تتجاوز ميزات البحث في كتالوج البيانات عمليات البحث عن الكلمات الرئيسية الأساسية لتقديم اقتراحات. كما أنها تتضمن عوامل تصفية حتى يتمكن المستخدمون من العثور على البيانات بناءً على معايير مختلفة. تشبه تجربة المستخدم محركات البحث الحديثة، حيث توفر نتائج ذات صلة ومُصنفة وسريعة الوصول إليها. تعمل الكفاءة في استرداد البيانات على توفير الوقت مع تشجيع اكتشاف البيانات واستكشافها. مسرد المصطلحات العام يقدم مسرد المصطلحات العام تعريفات موحدة للمصطلحات والمقاييس عبر المؤسسة. إنه يضمن أن جميع مصطلحات البيانات الوصفية لها تعريف واحد واضح. عندما يصادف المستخدمون مصطلحًا في الكتالوج، يمكنهم الرجوع إلى المسرد لمعرفة معناه، مما يضمن الفهم والاستخدام المتسق في جميع المجالات. وهذا أمر بالغ الأهمية بشكل خاص للحفاظ على سلامة البيانات وتعزيز التواصل الواضح بين الفرق المختلفة. ما الفرق بين حوكمة البيانات وكتالوج البيانات؟ إدارة البيانات هي منهجية تضمن أن البيانات في حالة مناسبة لدعم مبادرات الأعمال والعمليات. إن إنشاء الحوكمة الصحيحة يعني تحقيق التوازن بين الوصول إلى البيانات والتحكم فيها ومنح الناس الثقة في البيانات مع تشجيع إجراء التجارب. وهي توفر إطارًا يمكن للأشخاص اتباعه عند استخدام بيانات المؤسسة والتكنولوجيا. وتعد حوكمة البيانات مفيدة لضمان جودة عالية للبيانات والاستخدام المناسب في ظل القيود التنظيمية. تعبر كتالوجات البيانات عن تقنية لتنفيذ سياسات حوكمة البيانات. وتحدد حوكمة البيانات سياسات استخدام البيانات بينما تقوم كتالوجات البيانات بفرضها. وتسمح هذه الكتالوجات للشركات بتتبع حوكمة بياناتها بشكل أكثر فعالية. كيف يمكن أن تدعم AWS متطلبات كتالوج البيانات؟ AWS Glue هي خدمة تكامل بيانات بدون خادم تسهل اكتشاف البيانات وإعدادها ونقلها ودمجها من مصادر متعددة لتحليل البيانات والتعلم الآلي (ML) وتطوير التطبيقات. يعد كتالوج بيانات AWS Glue مستودعًا مركزيًا لتخزين البيانات الوصفية الهيكلية والتشغيلية لجميع أصول البيانات لديك. ويمكنك تخزين تعريف جدول مجموعة بيانات معينة وموقعها الفعلي وإضافة السمات ذات الصلة بالأعمال وتتبع كيفية تغير هذه البيانات بمرور الوقت. يتكامل كتالوج البيانات أيضًا مع أمازون أثينا وأمازون EMR وأمازون ريدشيفت سبيكتروم. بمجرد إضافة تعريفات الجدول إلى كتالوج البيانات، يمكنك الحصول على عرض مشترك لبياناتك بين هذه الخدمات. توفر AWS Glue العديد من الطرق لتعبئة البيانات الوصفية في كتالوج البيانات. على سبيل المثال، يمكنك: إعداد زاحفات AWS Glue لفحص مخازن البيانات المختلفة واستنتاج المخططات وبنية الأقسام تلقائيًا وتعبئة كتالوج البيانات بتعريفات الجدول والإحصاءات المقابلة. جدولة الزاحفات لتشغيلها بشكل دوري حتى تكون البيانات الوصفية محدثة دائمًا ومتزامنة مع البيانات الأساسية. يمكنك إضافة تفاصيل الجدول وتحديثها يدويًا باستخدام وحدة تحكم AWS Glue أو عن طريق استدعاء واجهة برمجة التطبيقات. ابدأ مع كتالوجات البيانات على AWS من خلال إعداد حساب مجاني اليوم. الخطوات التالية مع AWS تحقّق من الموارد الإضافية المتعلقة بالمنتج تعرّف على خدمات الإدارة والحوكمة تسجيل الاشتراك للحصول على حساب مجاني الوصول على الفور إلى الطبقة المجانية من AWS. سجّل بدء التطوير في وحدة التحكم بدء الإنشاء في وحدة إدارة تحكم AWS. سجِّل الدخول إنشاء حساب AWS التعلُّم ما المقصود بـ AWS؟ ما المقصود بالحوسبة السحابية؟ ما هو الذكاء الاصطناعي المستقل؟ محور مفاهيم الحوسبة السحابية أمان AWS السحابي ما الجديد المدونات التصريحات الصحفية الموارد بدء الاستخدام التدريب مركز ثقة AWS مكتبة حلول AWS مركز التصميم المنتج والأسئلة التقنية الشائعة تقارير المحللين شركاء AWS المطورين مركز البناء والتطوير مجموعات تطوير البرمجيات والأدوات .NET على AWS Python على AWS Java على AWS PHP على AWS JavaScript على AWS المساعدة اتصل بنا قدّم تذكرة لقسم الدعم AWS re:Post مركز المعرفة نظرة عامة حول AWS Support احصل على مساعدة من الخبراء إمكانية الوصول في AWS الشؤون القانونية English العودة للأعلى Amazon جهة عمل تحرص على تحقيق مبدأ تكافؤ الفرص: للأقليات / المرأة / متحدي الإعاقة / المحاربين القدماء / الهوية الجنسية / التوجه الجنسي / السن. x facebook linkedin instagram twitch youtube podcasts email الخصوصية شروط الموقع تفضيلات ملفات تعريف الارتباط حقوق الطبع والنشر © لعام 2026 لصالح شركة Amazon Web Services, Inc. أو الشركات التابعة لها. جميع الحقوق محفوظة. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/cabal-src | cabal-src: Alternative install procedure to avoid the diamond dependency issue. Hackage :: [Package] Search Browse What's new Upload User accounts cabal-src : Alternative install procedure to avoid the diamond dependency issue. [ bsd3 , deprecated , distribution , program ] [ Propose Tags ] [ Report a vulnerability ] Deprecated in favor of stack Please see the README.md file on Github for more information: https://github.com/yesodweb/cabal-src/blob/master/README.md . [ Skip to Readme ] Downloads cabal-src-0.3.0.2.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers MichaelSnoyman For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.1 , 0.2 , 0.2.0.1 , 0.2.1 , 0.2.2.1 , 0.2.3 , 0.2.4 , 0.2.5 , 0.2.5.1 , 0.3.0 , 0.3.0.1 , 0.3.0.2 Change log ChangeLog.md Dependencies base (>=4 && <5) , bytestring , conduit (>=1.1) , conduit-extra , containers , directory , filepath , http-conduit (>=1.5) , http-types , network , process , resourcet , shelly (>=1.3.1) , system-fileio (>=0.3 && <0.4) , system-filepath (>=0.4 && <0.5) , tar (>=0.4 && <0.6) , text , transformers [ details ] License BSD-3-Clause Author Michael Snoyman Maintainer michael@snoyman.com Uploaded by MichaelSnoyman at 2016-10-10T09:22:58Z Stability Unknown --> Category Distribution Home page https://github.com/yesodweb/cabal-src Source repo head: git clone git://github.com/yesodweb/cabal-src.git Distributions Reverse Dependencies 1 direct, 0 indirect [ details ] Executables mega-sdist, cabal-src-install Downloads 15293 total (27 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs not available [ build log ] Last success reported on 2016-10-10 [ all 4 reports ] Readme for cabal-src-0.3.0.2 [ back to package description ] cabal-src is a package intended to help solve the Cabal diamond dependency problem. The problem Let's say you have three packages. foo depends on the text package, and can use any version of it. bar depends on text as well, but requires version 0.10.*. foobar depends on both of those. If you upload these three packages to Hackage and install foobar, cabal will build foo and bar against the same version of text, and then build foobar against them. However, if you install these packages locally, foo will be built against the most recent version of text (currently 0.11.something), and then foobar will be unbuildable, since its dependencies depend on different versions of text. You can see sample packages demonstrating the issue in the example folder. This is just one example of the diamond dependency issue. When dealing with complicated systems such as Yesod, with dozens of packages that are in development, the situation becomes much worse. Our solution The important thing to note is that, if the packages are on Hackage, Cabal can handle the situation. The reason is that Cabal has enough information to calculate the correct versions of all dependencies to be used. So our goal is to give Cabal access to information on all dependencies, even those not yet on Hackage. Instead of installing a local package with "cabal install", you can now use "cabal-src-install". This program actually calls out to "cabal install", and if that build succeeds, will perform the following steps: Create a source tarball via "cabal sdist" Copy this tarball into a special location in your .cabal folder. Update a 00-index.tar file specifically kept for cabal-src. Update your .cabal/config file to recognize the special cabal-src folder as necessary. If you now install your "foo" and "bar" packages via "cabal-src-install", Cabal has full access to their source code. When it comes time to install foobar, Cabal can determine that foo can be recompiled with text 0.10 and will do so automatically. Project status This software should be considered alpha. We'll likely be using it for all Yesod development going forward, so I expect that alpha to be upgraded to beta and finally production quality in short order. All feedback is welcome! Usage Simply replace a call to "cabal install" with a call to "cabal-src-install". If you would like to only install the source tarball without actually installing the binary package, run it with "cabal-src-install --src-only". mega-sdist This package now also includes the mega-sdist util, which handles uploading to Hackage from mega repos. Compares local code against version on Hackage. Accepts the following options: --gittag : Automatically tag as well. --test : Automatically run cabal tests Uses sources.txt to determine which packages to build. Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/packages/tag/foreign | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged foreign 119 packages have this tag. [Merge tag] (trustees only) Related tags: library (113), bsd3 (52), mit (44), program (14), data (10), gpl (6), ffi (5), ffi-tools (4), graphics (4), java (4), jvm (4), agpl (3), apache (3), c (3), deprecated (3), language (3), math (3), system (3), codec (2), hardware (2), image (2), network (2), public-domain (2), sound (2), .net (1), algorithms (1), barcode (1), bindings (1), client (1), concurrency (1), cryptography (1), data-structures (1), development (1), disassembler (1), ... Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers AppleScript 13 0.0 1 Call AppleScript from Haskell, and then call back into Haskell. ( bsd3 , foreign ) 2012-02-15 0.2.0.1 ReinerPope , WouterSwierstra C-structs 10 2.0 0 C-Structs implementation for Haskell ( c , data , foreign , library , mit , structures ) 2022-09-30 0.2.0.3 SimonPlakolb HPlot 9 0.0 1 A minimal monadic PLplot interface for Haskell ( bsd3 , foreign , graphics , library , program ) 2009-08-04 0.3 YakovZaytsev HaPy 5 0.0 1 Haskell bindings for Python ( foreign , library , mit ) 2015-05-29 0.1.1.1 DavidFisher LibZip 29 0.0 4 Bindings to libzip, a library for manipulating zip archives. ( bsd3 , codec , foreign , library ) 2016-08-29 1.0.1 SergeyAstanin Salsa 12 0.0 1 A .NET Bridge for Haskell ( .net , bsd3 , foreign , library ) 2014-09-06 0.2.0.2 AndrewAppleyard , TimMatthews Thrift 20 0.0 4 Haskell bindings for the Apache Thrift RPC system ( foreign , library ) 2013-04-12 0.6.0.1 DonaldStewart , KirkPeterson , OzgunAtaman aligned-foreignptr 2 0.0 1 An aligned ForeignPtr type ( foreign , library , public-domain , system ) 2010-08-01 0.1 BalazsKomuves arbb-vm 20 0.0 1 FFI binding to the Intel Array Building Blocks (ArBB) virtual machine. ( bsd3 , foreign , library ) 2012-10-14 0.1.1.20 JoelSvensson base-compat-constptr 1 0.0 2 Backport of 'Foreign.C.ConstPtr' ( agpl , foreign , library ) 2025-07-24 0.1.0.0 wenkokke bindings-libzip 22 0.0 2 Low level bindings to libzip. ( bsd3 , ffi , foreign , library ) 2016-08-29 1.0.1 SergeyAstanin bindings-yices 15 0.0 2 Bindings to the Yices theorem prover ( ffi , foreign , library , public-domain , theorem-provers ) 2015-08-22 0.3.0.2 PepeIborra bits-atomic 9 0.0 7 Atomic bit operations on memory locations for low-level synchronization ( bsd3 , concurrency , data , foreign , library ) 2010-09-05 0.1.3 GabrielWicke bitwise-enum 31 0.0 1 Bitwise operations on bounded enumerations ( bsd3 , data , data-structures , foreign , library ) 2023-07-30 1.0.1.2 jnbooth bool8 8 0.0 4 Alternative Bool type stored as byte ( bsd3 , foreign , library ) 2017-10-17 0.0.1.1 HenningThielemann c-enum 9 0.0 12 To make a type corresponding to an enum of C language ( bsd3 , foreign , library ) 2022-04-08 0.1.1.3 YoshikuniJujo c-storable-deriving 11 0.0 4 Generate C-like storable instances from datatypes ( bsd3 , foreign , library ) 2015-12-29 0.1.3 MatthewMaurer c-struct 17 0.0 9 To make a wrapper for struct of C language ( bsd3 , foreign , library ) 2023-05-26 0.1.3.0 YoshikuniJujo c2hs-extra 6 0.0 3 Convenient marshallers for complicate C types. ( development , foreign , library , mit ) 2017-10-22 0.1.0.1 sighingnow cinvoke 2 0.0 1 A binding to cinvoke. ( bsd3 , foreign , library ) 2011-03-05 0.1 RemiTurk cloudi 33 0.0 1 Haskell CloudI API ( foreign , library , mit ) 2023-10-27 2.0.7 okeuday cplusplus-th 3 2.0 2 C++ Foreign Import Generation ( bsd3 , foreign , library ) 2014-10-15 1.0.0.0 MaxwellSwadling cpython 44 2.0 2 Bindings for libpython ( foreign , gpl , library ) 2024-07-08 3.9.0 zsedem cublas 18 0.0 4 FFI bindings to the CUDA BLAS library ( bsd3 , foreign , library ) 2020-08-26 0.6.0.0 TrevorMcDonell , bmsherman , tomsmeding cuda 150 0.0 16 FFI binding to the CUDA interface for programming NVIDIA GPUs ( bsd3 , foreign , library , program ) 2025-08-21 0.12.8.0 TrevorMcDonell , tomsmeding cufft 33 0.0 3 Haskell bindings for the CUFFT library ( bsd3 , foreign , library ) 2020-08-26 0.10.0.0 RobEverest , TrevorMcDonell , tomsmeding cusolver 8 0.0 1 FFI bindings to CUDA Solver, a LAPACK-like library ( bsd3 , foreign , library ) 2020-08-26 0.3.0.0 TrevorMcDonell , tomsmeding cusparse 5 0.0 1 FFI bindings to the CUDA Sparse BLAS library ( bsd3 , foreign , library ) 2020-08-26 0.3.0.0 TrevorMcDonell , tomsmeding derive-storable 47 2.0 14 Derive Storable instances with GHC.Generics. ( foreign , library , mit ) 2022-04-09 0.3.1.0 mkloczko derive-storable-plugin 52 0.0 7 GHC core plugin supporting the derive-storable package. ( foreign , library , mit ) 2023-05-07 0.2.3.7 mkloczko emacs-module 19 0.0 1 Utilities to write Emacs dynamic modules ( apache , foreign , foreign-binding , library ) 2025-10-08 0.3 SergeyVinokurov enumset 24 0.0 11 Sets of enumeration values represented by machine words ( bsd3 , data , foreign , library ) 2021-07-26 0.1 HenningThielemann erlang 16 0.0 1 FFI interface to Erlang. ( foreign , library ) 2018-07-22 0.2.3 EricSessoms , gombocarti erlang-ffi 1 0.0 0 Send messages to an Erlang node using Haskell ( foreign , library ) 2021-03-18 1.0.0 Szetty errno 3 0.0 1 a FFI utility ( bsd3 , foreign , library ) 2009-01-02 0.1 CreightonHogg exiftool 13 0.0 0 Haskell bindings to ExifTool ( foreign , library , mit ) 2024-04-01 0.2.0.5 MartinHoppenheit foreign 16 0.0 0 A collection of helpers for ffi. ( bsd3 , foreign , library ) 2023-10-24 0.2.1.0 lyndward foreign-storable-asymmetric 2 0.0 2 Types and instances for implementing a Storable with different peek and poke ( bsd3 , foreign , library ) 2012-04-28 0.0.1 AndrewMiller gmpint (deprecated in favor of hgmp ) 35 0.0 2 GMP integer conversions ( bsd3 , c , deprecated , ffi , foreign , library ) 2018-08-07 0.1.1.2 greencard 19 0.0 3 GreenCard, a foreign function pre-processor for Haskell. ( bsd3 , foreign , library , program ) 2014-05-03 3.0.4.2 GwernBranwen , SigbjornFinne hR (deprecated) 4 0.0 1 R bindings and interface ( bsd3 , deprecated , foreign , library , math ) 2012-03-05 0.1.1 DylanSimon hdis86 6 0.0 2 Interface to the udis86 disassembler for x86 and x86-64 / AMD64 ( bsd3 , disassembler , foreign , language , library , reverse-engineering ) 2011-08-28 0.2 KeeganMcAllister hhwloc 9 0.0 0 Bindings to https://www.open-mpi.org/projects/hwloc ( foreign , library , mit , system ) 2020-01-27 0.2.1 dtaskoff hlibcpuid 4 0.0 0 Bindings to https://github.com/anrieff/libcpuid ( foreign , library , mit , program , system ) 2020-01-21 0.2.0 dtaskoff hlibev 31 0.0 2 FFI interface to libev ( bsd3 , foreign , library ) 2011-08-01 0.4.0 AycanIrican hlibfam 5 0.0 1 FFI interface to libFAM ( bsd3 , foreign , library ) 2010-06-12 0.2 AycanIrican hlibsass 41 0.0 3 Low-level bindings to Libsass ( foreign , library , mit ) 2025-12-13 0.1.10.3 jakubfijalkowski hopencl 4 0.0 1 Haskell bindings for OpenCL ( bsd3 , foreign , library ) 2014-03-19 0.2.1 MartinDybdal , MerijnVerstraaten hopenssl 37 0.0 4 FFI Bindings to OpenSSL's EVP Digest Interface ( bsd3 , cryptography , foreign , library ) 2023-01-16 2.2.5 PeterSimons hoppy-docs 28 0.0 1 C++ FFI generator - Documentation ( agpl , foreign , library ) 2024-06-02 0.9.0 khumba hoppy-generator 44 0.0 4 C++ FFI generator - Code generator ( agpl , foreign , library ) 2024-06-02 0.9.0 khumba hoppy-runtime 31 0.0 3 C++ FFI generator - Runtime support ( apache , foreign , library ) 2024-06-02 0.9.0 khumba hoppy-std 28 0.0 1 C++ FFI generator - Standard library bindings ( apache , foreign , library ) 2024-06-02 0.9.0 khumba hs-tango 8 0.0 0 Bindings to the Tango Controls system ( bindings , client , distributed-systems , ffi , foreign , hardware , library , mit , science ) 2025-03-07 2.0.1 pimiddy hsdns 31 0.0 4 Asynchronous DNS Resolver ( foreign , lgpl , library , network ) 2019-01-23 1.8 GwernBranwen , PeterSimons hslua 132 2.5 18 Bindings to Lua, an embeddable scripting language ( foreign , library , mit ) 2026-01-08 2.5.0 GracjanPolak , OmerAgacan , tarleb hslua-aeson 61 0.0 4 Allow aeson data types to be used with Lua. ( foreign , library , mit ) 2026-01-08 2.3.2 tarleb hslua-classes 20 0.0 1 Type classes for HsLua ( foreign , library , mit ) 2026-01-08 2.3.2 tarleb hslua-cli 18 0.0 0 Command-line interface for Lua ( foreign , library , mit ) 2026-01-08 1.4.4 tarleb hslua-core 50 2.0 18 Bindings to Lua, an embeddable scripting language ( foreign , library , mit ) 2026-01-08 2.3.2.1 tarleb hslua-examples 11 0.0 0 Examples of how to combine Haskell and Lua. ( foreign , mit , program ) 2026-01-08 2.0.3 tarleb hslua-list 21 0.0 3 Opinionated, but extensible Lua list type. ( foreign , library , mit ) 2024-10-01 1.1.4 tarleb hslua-marshalling 31 0.0 16 Marshalling of values between Haskell and Lua. ( foreign , library , mit ) 2026-01-08 2.3.2 tarleb hslua-module-doclayout 52 0.0 2 Lua module wrapping Text.DocLayout. ( foreign , library , mit ) 2026-01-12 1.2.1.1 JohnMacFarlane , tarleb hslua-module-path 26 0.0 2 Lua module to work with file paths. ( foreign , library , mit ) 2026-01-08 1.2.0 tarleb hslua-module-system 41 0.0 2 Lua module wrapper around Haskell's System module. ( foreign , library , mit ) 2026-01-08 1.3.0 tarleb hslua-module-text 42 0.0 2 Lua module for text ( foreign , library , mit ) 2026-01-08 1.2.0 tarleb hslua-module-version 12 0.0 2 Lua module to work with version specifiers. ( foreign , library , mit ) 2026-01-13 1.2.0.1 tarleb hslua-module-zip 20 0.0 1 Lua module to work with file zips. ( foreign , library , mit ) 2026-01-13 1.2.1 tarleb hslua-objectorientation 24 0.0 2 Object orientation tools for HsLua ( foreign , library , mit ) 2026-01-08 2.5.0 tarleb hslua-packaging 34 0.0 6 Utilities to build Lua modules. ( foreign , library , mit ) 2026-01-13 2.4.1 tarleb hslua-repl 8 0.0 2 Isocline-based Lua REPL ( foreign , library , mit ) 2024-01-18 0.1.2 tarleb hslua-typing 10 0.0 4 Type specifiers for Lua. ( foreign , library , mit ) 2026-01-08 0.2.0 tarleb hswip 1 2.0 1 embedding prolog in haskell ( foreign , language , library ) 2010-08-13 0.3 EvgenyTarasov hsyscall 11 0.0 1 FFI to syscalls ( bsd3 , foreign , library ) 2010-06-01 0.4 AycanIrican hsyslog 39 0.0 20 FFI interface to syslog(3) from POSIX.1-2001 ( bsd3 , foreign , library ) 2019-01-23 5.0.2 PeterSimons htaglib 30 2.0 1 Bindings to TagLib, audio meta-data library ( bsd3 , foreign , library , sound ) 2023-10-24 1.2.1 mrkkrp j2hs 12 0.0 1 j2hs ( ffi-tools , foreign , java , jvm , mit , program ) 2013-06-24 0.99.1 JulianFleischer java-bridge 14 2.0 3 Bindings to the JNI and a high level interface generator. ( ffi-tools , foreign , java , jvm , mit ) 2013-06-08 0.20130606.3 JulianFleischer java-bridge-extras 6 0.0 1 Utilities for working with the java-bridge package. ( ffi-tools , foreign , java , jvm , library , mit ) 2013-06-24 0.99 JulianFleischer java-reflect 7 0.0 1 Tools for reflecting on Java classes. ( ffi-tools , foreign , java , jvm , library , mit ) 2013-06-24 0.99 JulianFleischer lambda-bridge 3 0.0 1 A bridge from Haskell (on a CPU) to VHDL on a FPGA. ( bsd3 , foreign , hardware , library , middleware , network , program ) 2010-11-16 0.1 AndyGill language-c-inline 40 0.0 1 Inline C & Objective-C code in Haskell for language interoperability ( bsd3 , foreign , language , library ) 2017-07-30 0.7.11.0 ManuelChakravarty libffi 11 2.0 6 A binding to libffi ( bsd3 , foreign , library ) 2022-09-24 0.2.1 RemiTurk , ryanglscott libffi-dynamic 5 0.0 0 LibFFI interface with dynamic bidirectional type-driven binding generation ( foreign , library ) 2019-05-29 0.0.0.2 JamesCook libltdl 18 0.0 1 FFI interface to libltdl ( bsd3 , foreign , library ) 2020-02-17 0.1.1.2 GeoffreyMainland libnix (deprecated) 13 1.75 1 Bindings to the nix package manager ( deprecated , foreign , gpl , library , nix ) 2021-11-23 0.4.1.0 Profpatsch , chris_martin libnvvm 1 0.0 1 FFI binding to libNVVM, a compiler SDK component from NVIDIA ( foreign , library , mit ) 2014-04-03 1.0.0 seanprime7 libxml-sax 43 0.0 5 Bindings for the libXML2 SAX interface ( foreign , library , mit , parsing , text , xml ) 2024-11-26 0.7.6 StephenWeber lpeg 19 0.0 2 LPeg – Parsing Expression Grammars For Lua ( foreign , library , mit ) 2026-01-08 1.1.0.1 tarleb lua 50 2.0 6 Lua, an embeddable scripting language ( foreign , library , mit ) 2025-11-08 2.3.4 tarleb lua-arbitrary 10 0.0 1 Arbitrary instances for Lua types. ( foreign , library , mit ) 2026-01-08 1.0.1.2 tarleb marshal-contt 12 0.0 0 A ContT-based wrapper for Haskell-to-C marshalling functions. ( foreign , library , mpl ) 2019-09-15 0.2.0.0 typedrat mathlink 34 0.0 1 Write Mathematica packages in Haskell ( bsd3 , foreign , library ) 2009-11-11 2.0.1.1 TracyWadleigh , jfennick matlab 6 0.0 1 Matlab bindings and interface ( bsd3 , foreign , library , math , program ) 2020-07-28 0.3.0.0 DylanSimon , bmsherman , bebarker minimung 4 0.0 1 Shows how to run grabber on Mac OS X ( bsd3 , foreign , graphics , program ) 2010-02-20 0.1 YakovZaytsev missing-py2 8 0.0 1 Haskell interface to Python ( foreign , gpl , library ) 2013-11-12 1.0.1 domdere ncurses 47 0.0 5 Modernised bindings to GNU ncurses ( foreign , gpl , library , user-interfaces ) 2016-08-29 0.2.16 tjtrabue notmuch-haskell 4 0.0 1 Binding for notmuch MUA library ( email , foreign , library , program ) 2015-04-21 1.0.0.3 BartonMassey nvvm 34 0.0 2 FFI bindings to NVVM ( bsd3 , foreign , library ) 2023-08-15 0.10.0.1 TrevorMcDonell , tomsmeding pandoc-lua-marshal 93 0.0 2 Use pandoc types in Lua ( foreign , library , mit ) 2026-01-09 0.3.2.1 JohnMacFarlane , tarleb primesieve 4 0.0 0 FFI bindings for the primesieve library. ( algorithms , foreign , library , math , mit , number-theory , program ) 2024-03-17 0.2.0 sighingnow sdl2-gfx 5 0.0 6 Haskell bindings to SDL2_gfx ( foreign , graphics , library , mit , program ) 2021-09-15 0.3.0.0 SinisaBidin , locallycompact sdl2-image 31 0.0 11 Haskell bindings to SDL2_image ( foreign , graphics , image , library , mit , program ) 2021-09-15 2.1.0.0 SinisaBidin , cailei , ccll , locallycompact sdl2-mixer 15 0.0 5 Haskell bindings to SDL2_mixer ( bsd3 , foreign , library , program , sound ) 2021-09-14 1.2.0.0 SinisaBidin , locallycompact storable 2 0.0 1 Storable type class for variable-sized data ( bsd3 , data , foreign , library ) 2009-03-05 0.1 TomasJanousek storable-enum 1 0.0 3 Wrapper that makes any Enum type Storable ( bsd3 , foreign , library ) 2019-10-08 0.0 HenningThielemann storable-generic 1 0.0 0 Derive Storable instances with GHC.Generics ( bsd3 , foreign , library ) 2024-12-10 0.1.0.5 YoshikuniJujo storable-hetero-list 2 0.0 2 about Storable and Hetero list ( bsd3 , data , foreign , library ) 2024-11-06 0.1.0.4 YoshikuniJujo storable-peek-poke 6 0.0 8 class Sizable, Peek and Poke ( bsd3 , data , foreign , library ) 2024-12-20 0.1.0.2 YoshikuniJujo storable-record 34 0.0 32 Elegant definition of Storable instances for records ( bsd3 , data , foreign , library ) 2023-02-21 0.0.7 HenningThielemann storable-tuple 17 2.0 15 Storable instance for pairs and triples ( bsd3 , data , foreign , library ) 2023-02-21 0.1 HenningThielemann tasty-hslua 13 0.0 0 Tasty helpers to test HsLua. ( foreign , library , mit ) 2026-01-08 1.1.1.1 tarleb tasty-lua 36 2.0 1 Write tests in Lua, integrate into tasty. ( foreign , library , mit ) 2025-10-10 1.1.2 tarleb thrift 12 0.0 6 Haskell bindings for the Apache Thrift RPC system ( foreign , library ) 2019-11-18 0.13.0 ChristianLavoie , jfarrell , jking timezone-detect 17 0.0 0 Haskell bindings for the zone-detect C library; plus tz-aware utils. ( data , foreign , gpl , library , time ) 2021-03-14 0.3.0.1 lfborjas winerror 9 0.0 2 Error handling for foreign calls to the Windows API. ( bsd3 , foreign ) 2008-11-14 1.0.1 FelixMartini yajl 29 0.0 2 Bindings for YAJL, an event-based JSON implementation ( codec , foreign , gpl , library ) 2014-02-15 0.3.2 JohnMillikin zbar 4 0.0 0 zbar bindings in Haskell ( barcode , bsd3 , c , ffi , foreign , image , library ) 2021-03-28 0.2.0.0 vmchale | 2026-01-13T09:29:09 |
https://docs.aws.amazon.com/id_id/quicksuite/latest/userguide/quickstart-createanalysis.html | Mulai cepat: Buat analisis Quick Sight Amazon dengan satu visual menggunakan data sampel - Amazon Quick Suite Mulai cepat: Buat analisis Quick Sight Amazon dengan satu visual menggunakan data sampel - Amazon Quick Suite Dokumentasi Amazon Quick Suite Panduan Pengguna Terjemahan disediakan oleh mesin penerjemah. Jika konten terjemahan yang diberikan bertentangan dengan versi bahasa Inggris aslinya, utamakan versi bahasa Inggris. Mulai cepat: Buat analisis Quick Sight Amazon dengan satu visual menggunakan data sampel Sebelum Anda membuat analisis pertama Anda, pastikan untuk menyelesaikan langkah-langkahnya Menyiapkan dan masuk ke Amazon Quick Suite . Dengan prosedur berikut, Anda menggunakan kumpulan data sampel Web dan Social Media Analytics untuk membuat analisis yang berisi grafik garis visual. Visual ini menunjukkan hitungan berdasarkan bulan orang yang telah menambahkan diri mereka ke milis. Untuk membuat analisis yang berisi grafik garis visual menggunakan dataset sampel Dari beranda Amazon Quick Suite, dari Amazon Quick Sight, pilih Analisis dari menu navigasi kiri. Jika Anda tidak memiliki data sampel, Anda dapat mengunduhnya web-and-social-analyticsdari.csv.zip. Buka zip file sehingga Anda dapat menggunakan file.csv. Untuk mengunggah data sampel, lakukan hal berikut: Pilih Data dari menu navigasi kiri. Di bawah tab Dataset , pilih Baru lalu Dataset . Pilih Unggah file . Pilih file sampel, web-and-social-analytics.csv , dari drive Anda. Jika Anda tidak melihatnya, periksa apakah Anda membuka ritsleting file. web-and-social-analytics.csv.zip Konfirmasikan pengaturan unggahan file dengan memilih Berikutnya di Konfirmasi pengaturan unggahan file layar. Pilih Visualisasikan di Detail sumber data layar. Lewati langkah selanjutnya. Memilih Visualisasi membawa Anda ke layar yang sama dengan proses di Langkah 2. Pada halaman Datasets , pilih dataset Web dan Social Media Analytics , lalu pilih Use in Analysis di kanan atas. Di panel Data , pilih Tanggal , lalu pilih Mailing list add . Amazon Quick Sight digunakan AutoGraph untuk membuat visual, memilih jenis visual yang ditentukannya paling kompatibel dengan bidang tersebut. Dalam hal ini, ia memilih bagan garis yang menunjukkan milis yang ditambahkan berdasarkan hari, yang merupakan perincian tanggal default. Arahkan ke sumur Field di bagian bawah panel Visual. Pilih bidang sumbu X dengan baik. Pilih menu tiga titik, pilih Agregat , lalu pilih Bulan. Pembaruan bagan garis untuk menampilkan milis ditambahkan berdasarkan bulan, bukan secara default berdasarkan tahun. Javascript dinonaktifkan atau tidak tersedia di browser Anda. Untuk menggunakan Dokumentasi AWS, Javascript harus diaktifkan. Lihat halaman Bantuan browser Anda untuk petunjuk. Konvensi Dokumen Memulai dengan Amazon Quick Sight Buat dasbor menggunakan data sampel Apakah halaman ini membantu Anda? - Ya Terima kasih telah memberitahukan bahwa hasil pekerjaan kami sudah baik. Jika Anda memiliki waktu luang, beri tahu kami aspek apa saja yang sudah bagus, agar kami dapat menerapkannya secara lebih luas. Apakah halaman ini membantu Anda? - Tidak Terima kasih telah memberi tahu kami bahwa halaman ini perlu ditingkatkan. Maaf karena telah mengecewakan Anda. Jika Anda memiliki waktu luang, beri tahu kami bagaimana dokumentasi ini dapat ditingkatkan. | 2026-01-13T09:29:09 |
https://docs.aws.amazon.com/id_id/quicksuite/latest/userguide/quickstart-createanalysis.html | Mulai cepat: Buat analisis Quick Sight Amazon dengan satu visual menggunakan data sampel - Amazon Quick Suite Mulai cepat: Buat analisis Quick Sight Amazon dengan satu visual menggunakan data sampel - Amazon Quick Suite Dokumentasi Amazon Quick Suite Panduan Pengguna Terjemahan disediakan oleh mesin penerjemah. Jika konten terjemahan yang diberikan bertentangan dengan versi bahasa Inggris aslinya, utamakan versi bahasa Inggris. Mulai cepat: Buat analisis Quick Sight Amazon dengan satu visual menggunakan data sampel Sebelum Anda membuat analisis pertama Anda, pastikan untuk menyelesaikan langkah-langkahnya Menyiapkan dan masuk ke Amazon Quick Suite . Dengan prosedur berikut, Anda menggunakan kumpulan data sampel Web dan Social Media Analytics untuk membuat analisis yang berisi grafik garis visual. Visual ini menunjukkan hitungan berdasarkan bulan orang yang telah menambahkan diri mereka ke milis. Untuk membuat analisis yang berisi grafik garis visual menggunakan dataset sampel Dari beranda Amazon Quick Suite, dari Amazon Quick Sight, pilih Analisis dari menu navigasi kiri. Jika Anda tidak memiliki data sampel, Anda dapat mengunduhnya web-and-social-analyticsdari.csv.zip. Buka zip file sehingga Anda dapat menggunakan file.csv. Untuk mengunggah data sampel, lakukan hal berikut: Pilih Data dari menu navigasi kiri. Di bawah tab Dataset , pilih Baru lalu Dataset . Pilih Unggah file . Pilih file sampel, web-and-social-analytics.csv , dari drive Anda. Jika Anda tidak melihatnya, periksa apakah Anda membuka ritsleting file. web-and-social-analytics.csv.zip Konfirmasikan pengaturan unggahan file dengan memilih Berikutnya di Konfirmasi pengaturan unggahan file layar. Pilih Visualisasikan di Detail sumber data layar. Lewati langkah selanjutnya. Memilih Visualisasi membawa Anda ke layar yang sama dengan proses di Langkah 2. Pada halaman Datasets , pilih dataset Web dan Social Media Analytics , lalu pilih Use in Analysis di kanan atas. Di panel Data , pilih Tanggal , lalu pilih Mailing list add . Amazon Quick Sight digunakan AutoGraph untuk membuat visual, memilih jenis visual yang ditentukannya paling kompatibel dengan bidang tersebut. Dalam hal ini, ia memilih bagan garis yang menunjukkan milis yang ditambahkan berdasarkan hari, yang merupakan perincian tanggal default. Arahkan ke sumur Field di bagian bawah panel Visual. Pilih bidang sumbu X dengan baik. Pilih menu tiga titik, pilih Agregat , lalu pilih Bulan. Pembaruan bagan garis untuk menampilkan milis ditambahkan berdasarkan bulan, bukan secara default berdasarkan tahun. Javascript dinonaktifkan atau tidak tersedia di browser Anda. Untuk menggunakan Dokumentasi AWS, Javascript harus diaktifkan. Lihat halaman Bantuan browser Anda untuk petunjuk. Konvensi Dokumen Memulai dengan Amazon Quick Sight Buat dasbor menggunakan data sampel Apakah halaman ini membantu Anda? - Ya Terima kasih telah memberitahukan bahwa hasil pekerjaan kami sudah baik. Jika Anda memiliki waktu luang, beri tahu kami aspek apa saja yang sudah bagus, agar kami dapat menerapkannya secara lebih luas. Apakah halaman ini membantu Anda? - Tidak Terima kasih telah memberi tahu kami bahwa halaman ini perlu ditingkatkan. Maaf karena telah mengecewakan Anda. Jika Anda memiliki waktu luang, beri tahu kami bagaimana dokumentasi ini dapat ditingkatkan. | 2026-01-13T09:29:09 |
https://docs.n8n.io/integrations/builtin/app-nodes/n8n-nodes-base.googledocs/ | Google Docs node documentation | n8n Docs Skip to content n8n Docs Chat with the docs Initializing search Using n8n Integrations Hosting n8n Code in n8n Advanced AI API Embed n8n home ↗ Forum ↗ Tutorials (blog) ↗ Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. 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IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --> n8n Docs Using n8n Using n8n Getting started Getting started Learning path Choose your n8n Quickstarts Quickstarts A very quick quickstart A longer introduction Video courses Text courses Text courses Level one Level one Navigating the editor UI Building a mini-workflow Automating a (real-world) use case Designing the workflow Building the workflow Building the workflow Getting data from the data warehouse Inserting data into airtable Filtering orders Setting values for processing orders Calculating booked orders Notifying the team Scheduling the workflow Activating and examining the workflow Exporting and importing workflows Test your knowledge Level two Level two Understanding the data structure Processing different data 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Trigger SeaTable Trigger Shopify Trigger Slack Trigger Strava Trigger Stripe Trigger SurveyMonkey Trigger Taiga Trigger Telegram Trigger Telegram Trigger Common issues TheHive 5 Trigger TheHive Trigger Toggl Trigger Trello Trigger Twilio Trigger Typeform Trigger Venafi TLS Protect Cloud Trigger Webex by Cisco Trigger Webflow Trigger WhatsApp Trigger Wise Trigger WooCommerce Trigger Workable Trigger Wufoo Trigger Zendesk Trigger Cluster nodes Cluster nodes Root nodes Root nodes AI Agent AI Agent Conversational Agent OpenAI Functions Agent Plan and Execute Agent ReAct Agent SQL Agent Tools Agent Common issues Basic LLM Chain Question and Answer Chain Question and Answer Chain Common issues Summarization Chain Information Extractor Text Classifier Sentiment Analysis LangChain Code Azure AI Search Vector Store Simple Vector Store Milvus Vector Store MongoDB Atlas Vector Store PGVector Vector Store Pinecone Vector Store Qdrant Vector Store Redis Vector Store Supabase Vector Store Weaviate 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Output Parser Common issues Contextual Compression Retriever MultiQuery Retriever Vector Store Retriever Workflow Retriever Character Text Splitter Recursive Character Text Splitter Token Splitter AI Agent Tool Calculator Custom Code Tool MCP Client Tool SearXNG Tool SerpApi (Google Search) Think Tool Vector Store Question Answer Tool Wikipedia Wolfram|Alpha Call n8n Workflow Tool Reranker Cohere Model Selector Credentials Credentials Action Network credentials ActiveCampaign credentials Acuity Scheduling credentials Adalo credentials Affinity credentials Agile CRM credentials Airtable credentials Airtop credentials AlienVault credentials AMQP credentials Anthropic credentials APITemplate.io credentials Asana credentials Auth0 Management credentials Autopilot credentials AWS credentials Azure OpenAI credentials Azure Cosmos DB credentials Azure AI Search credentials Azure Storage credentials BambooHR credentials Bannerbear credentials Baserow credentials Beeminder credentials Bitbucket credentials Bitly credentials Bitwarden credentials Box credentials Brandfetch credentials Brevo credentials Bubble credentials Cal.com credentials Calendly credentials Carbon Black credentials Chargebee credentials CircleCI credentials Cisco Meraki credentials Cisco Secure Endpoint credentials Cisco Umbrella credentials Clearbit credentials ClickUp credentials Clockify credentials Cloudflare credentials Cockpit credentials Coda credentials Cohere credentials Contentful credentials ConvertAPI credentials ConvertKit credentials Copper credentials Cortex credentials CrateDB credentials crowd.dev credentials CrowdStrike credentials Customer.io credentials Datadog credentials DeepL credentials DeepSeek credentials Demio credentials DFIR-IRIS credentials DHL credentials Discord credentials Discourse credentials Disqus credentials Drift credentials Dropbox credentials Dropcontact credentials Dynatrace credentials E-goi credentials Elasticsearch credentials Elastic Security credentials Emelia credentials ERPNext credentials Eventbrite credentials F5 Big-IP credentials Facebook App credentials Facebook Graph API credentials Facebook Lead Ads credentials Figma credentials FileMaker credentials Filescan credentials Flow credentials Form.io Trigger credentials Formstack Trigger credentials Fortinet FortiGate credentials Freshdesk credentials Freshservice credentials Freshworks CRM credentials FTP credentials GetResponse credentials Ghost credentials Git credentials GitHub credentials GitLab credentials Gong credentials Google Google Google OAuth2 single service Google OAuth2 generic Google Service Account Google Gemini(PaLM) credentials Gotify credentials GoToWebinar credentials Grafana credentials Grist credentials Groq credentials Gumroad credentials HaloPSA credentials Harvest credentials Help Scout credentials HighLevel credentials Home Assistant credentials HTTP Request credentials HubSpot credentials Hugging Face credentials Humantic AI credentials Hunter credentials Hybrid Analysis credentials IMAP IMAP Gmail Outlook.com Yahoo Imperva WAF credentials Intercom credentials Invoice Ninja credentials Iterable credentials Jenkins credentials Jina AI credentials Jira credentials JotForm credentials JWT credentials Kafka credentials Keap credentials Kibana credentials Kitemaker credentials KoboToolbox credentials LDAP credentials Lemlist credentials Line credentials Linear credentials LingvaNex credentials LinkedIn credentials LoneScale credentials Magento 2 credentials Mailcheck credentials Mailchimp credentials MailerLite credentials Mailgun credentials Mailjet credentials Malcore credentials Mandrill credentials Marketstack credentials Matrix credentials Mattermost credentials Mautic credentials Medium credentials MessageBird credentials Metabase credentials Microsoft credentials Microsoft Azure Monitor credentials Microsoft Entra ID credentials Microsoft SQL credentials Milvus credentials Mindee credentials Miro credentials MISP credentials Mist 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credentials Quick Base credentials QuickBooks credentials RabbitMQ credentials Raindrop credentials Rapid7 InsightVM credentials Recorded Future credentials Reddit credentials Redis credentials Rocket.Chat credentials Rundeck credentials S3 credentials Salesforce credentials Salesmate credentials SearXNG credentials SeaTable credentials SecurityScorecard credentials Segment credentials Sekoia credentials Send Email Send Email Gmail Outlook.com Yahoo SendGrid credentials Sendy credentials Sentry.io credentials Serp credentials ServiceNow credentials seven credentials Shopify credentials Shuffler credentials SIGNL4 credentials Slack credentials Snowflake credentials SolarWinds IPAM credentials SolarWinds Observability SaaS credentials Splunk credentials Spotify credentials SSH credentials Stackby credentials Storyblok credentials Strapi credentials Strava credentials Stripe credentials Supabase credentials SurveyMonkey credentials SyncroMSP credentials Sysdig credentials Taiga credentials Tapfiliate credentials Telegram credentials TheHive credentials TheHive 5 credentials TimescaleDB credentials Todoist credentials Toggl credentials TOTP credentials Travis CI credentials Trellix ePO credentials Trello credentials Twake credentials Twilio credentials Twist credentials Typeform credentials Unleashed Software credentials UpLead credentials uProc credentials UptimeRobot credentials urlscan.io credentials Venafi TLS Protect Cloud credentials Venafi TLS Protect Datacenter credentials Vercel AI Gateway credentials Vero credentials VirusTotal credentials Vonage credentials Weaviate credentials Webex by Cisco credentials Webflow credentials Webhook credentials Wekan credentials WhatsApp Business Cloud credentials Wise credentials Wolfram|Alpha credentials WooCommerce credentials WordPress credentials Workable credentials Wufoo credentials X (formerly Twitter) credentials xAI credentials Xata credentials Xero credentials Yourls credentials Zabbix credentials Zammad credentials Zendesk credentials Zep credentials Zoho credentials Zoom credentials Zscaler ZIA credentials Zulip credentials Custom API actions for existing nodes Handle rate limits Community nodes Community nodes Installation and management Installation and management Install verified community nodes GUI installation Manual installation Risks Blocklist Using community nodes Troubleshooting Building community nodes Creating nodes Creating nodes Overview Plan your node Plan your node Choose a node type Choose a node building style Node UI design Choose node file structure Build your node Build your node Set up your development environment Using the n8n-node tool Tutorial: Build a declarative-style node Tutorial: Build a programmatic-style node Reference Reference Node UI elements Code standards Error handling Versioning Choose node file structure Base files Base files Structure Standard parameters Declarative-style parameters Programmatic-style parameters Programmatic-style execute method Codex files Credentials files HTTP request helpers Item linking UX guidelines Verification guidelines Test your node Test your node Run your node locally Node linter Troubleshooting Deploy your node Deploy your node Submit community nodes Install private nodes Hosting n8n Hosting n8n Community vs Enterprise Installation Installation npm Docker Server setups Server setups Digital Ocean Heroku Hetzner Amazon Web Services Azure Google Cloud Run Google Kubernetes Engine Docker Compose Updating Configuration Configuration Environment variables Environment variables AI Assistant Binary data Credentials Database Deployment Endpoints Executions External data storage External hooks External secrets Insights Logs License Nodes Queue mode Security Source control Task runners Timezone and localization User management and 2FA Workflows Workflow history Configuration methods Configuration examples Configuration examples Isolate n8n Configure the Base URL Configure custom SSL certificate authorities Set a custom encryption key Configure workflow timeouts Specify custom nodes location Enable modules in Code node Set the timezone Specify user folder path Configure webhook URLs with reverse proxy Enable Prometheus metrics Supported databases and settings Task runners User management Logging and monitoring Logging and monitoring Logging Monitoring Security audit Scaling and performance Scaling and performance Overview Performance and benchmarking Configuring queue mode Concurrency control Execution data Binary data External storage for binary data Memory-related errors Securing n8n Securing n8n Overview Set up SSL Set up SSO Security audit Disable the API Opt out of data collection Blocking nodes Hardening task runners Restrict account registration to email-verified users Starter Kits Starter Kits AI Starter Kit Architecture Architecture Overview Database structure Using the CLI Using the CLI CLI commands Code in n8n Code in n8n Expressions Using the Code node AI coding Built in methods and variables Built in methods and variables Overview Current node input Output of other nodes Date and time JMESPath HTTP node LangChain Code node n8n metadata Convenience methods Data transformation functions Data transformation functions Arrays Booleans Dates Numbers Objects Strings Custom variables Custom variables Create custom variables Cookbook Cookbook Handling dates Query JSON with JMESPath Built-in methods and variables examples Built-in methods and variables examples execution getWorkflowStaticData Retrieve linked items from earlier in the workflow (node-name).all vars Expressions Expressions Check incoming data Common issues Code node Code node Get number of items returned by last node Get the binary data buffer Output to the browser console HTTP Request node HTTP Request node Pagination Advanced AI Advanced AI AI Workflow Builder Chat Hub Accessing n8n MCP server Tutorial: Build an AI workflow in n8n RAG in n8n LangChain in n8n LangChain in n8n Overview Langchain concepts in n8n LangChain learning resources Use LangSmith with n8n Evaluations Evaluations Overview Light evaluations Metric-based evaluations Tips and common issues Examples and concepts Examples and concepts Introduction What is a chain? What is an agent? Agents vs chains example What is memory? What is a tool? Use Google Sheets as a data source Call an API to fetch data Set a human fallback for AI workflows Let AI specify tool parameters What is a vector database? Populate a Pinecone vector database from a website API API Authentication Pagination Using an API playground API reference Embed Embed Prerequisites Deployment Configuration Workflow management Workflows templates White labelling Table of contents Operations Templates and examples What to do if your operation isn't supported Integrations Built-in nodes Actions Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --> Google Docs node # Use the Google Docs node to automate work in Google Docs, and integrate Google Docs with other applications. n8n has built-in support for a wide range of Google Docs features, including creating, updating, and getting documents. On this page, you'll find a list of operations the Google Docs node supports and links to more resources. Credentials Refer to Google Docs credentials for guidance on setting up authentication. This node can be used as an AI tool This node can be used to enhance the capabilities of an AI agent. When used in this way, many parameters can be set automatically, or with information directed by AI - find out more in the AI tool parameters documentation . Operations # Document Create Get Update Templates and examples # Chat with PDF docs using AI (quoting sources) by David Roberts View template details 🤖 AI Powered RAG Chatbot for Your Docs + Google Drive + Gemini + Qdrant by Joseph LePage View template details ✨🩷Automated Social Media Content Publishing Factory + System Prompt Composition by Joseph LePage View template details Browse Google Docs integration templates , or search all templates What to do if your operation isn't supported # If this node doesn't support the operation you want to do, you can use the HTTP Request node to call the service's API. You can use the credential you created for this service in the HTTP Request node: In the HTTP Request node, select Authentication > Predefined Credential Type . Select the service you want to connect to. Select your credential. Refer to Custom API operations for more information. Chat with the docs This page was Helpful Not helpful Thanks for your feedback! Submit Back to top Previous Google Contacts Next Google Drive Made with Material for MkDocs Insiders | 2026-01-13T09:29:09 |
https://www.scrive.com/de/ueber-uns | About us - Scrive Skip to main content Tertiary navigation Neue Fallstudie: MediaMarktSaturn - Milliarden Kundeninteraktionen digitalisiert Deutschland English Global Sverige Suomi Danmark Nederland France Norge United Kingdom Help Center +49 32 221853202 Demo buchen Anmelden Primary navigation Produkte Lösungen Ressourcen Unternehmen Preise Help Center Kontakt Jetzt kaufen Kostenlos testen Suche Menü öffnen Startseite / Über uns Customer Journey einfach gestalten Der Einstieg in die digitale Welt muss keine Unsicherheit mit sich bringen – mit Scrive gelingt der Sprung mühelos. Unsere einfach integrierbaren Lösungen für elektronische Signaturen und Identifizierung bieten ein nahtloses Benutzererlebnis und schaffen eine solide Vertrauensbasis, die Zusammenarbeit, Vereinbarungen und Onboarding erleichtert. Kontaktieren Sie uns Kostenlos testen Scrive auf einen Blick Seit 2010 ist Scrive ein Pionier im Bereich sicherer und automatisierter Vertragslösungen. Unsere Plattform optimiert Workflows durch elektronische Signaturen und ID-Verifizierung und gewährleistet so nahtlose Sicherheit und Compliance. Scrive vereinfacht die Kundengewinnung, das Unterzeichnen von Verträgen und verbessert das Kundenerlebnis. Das Unternehmen hat seinen Sitz in Stockholm, wird von Vitruvian Partners unterstützt und genießt das Vertrauen von Unternehmen weltweit. 12.000+ Kunden Mehr als 12.000 Unternehmen in über 60 Ländern vertrauen uns 15+ Jahre Erfahrung Wir unterstützen seit 2010 kleine und große Organisationen bei ihrer digitalen Reise. 100+ Millionen Transaktionen Verarbeitet mehr als 100 Millionen Transaktionen pro Jahr Unsere Geschichte Scrive wurde in Stockholm von zwei Studienfreunden gegründet und sollte ursprünglich Talentverträge für internationale Künstler in Schweden vereinfachen. Nachdem wir schnell erkannt hatten, dass es eine universelle Nachfrage nach unkomplizierten und zuverlässigen digitalen Verträgen gab, weitete sich unsere Reise aus. Heute ist ein Drittel aller in Großbritannien verkauften Autos mit Scrive unterzeichnet. Unser Engagement für die Bedürfnisse unserer Kunden ist sowohl der Ursprung als auch das Fundament unseres Wachstums. Es bildet die Grundlage unseres Anfangs und ist der Grund, warum wir uns ständig erweitern und verbessern. „Wenn wir in diesem Fall nicht mit Ihnen zusammengearbeitet hätten, wären wir in einem Prozess stecken geblieben, der weder die Nachfrage noch die Erwartungen der Kunden erfüllt hätte.“ Alexander André Manager Business & System Development, Volkswagen Group Sverige AB „Scrive macht meine Arbeit so viel einfacher! Die Möglichkeit, mit einer einzigen Integration auf eine wachsende Anzahl von Ländern zu skalieren, anstatt wochen- oder monatelang an einer neuen Integration für jedes eID zu arbeiten, ist das, was mich so begeistert an eurem Produkt.“ Paulo Unia, technischer Direktor, Pleo „Wir müssen uns nicht um die lästige Verwaltung kümmern. Stattdessen können wir uns ganz auf die Unterstützung unserer Kunden konzentrieren.“ Bendik Wangen Store Manager, Telenor Flagship Store Oslo Vollständige Kundenzentrierung: Der Scrive Vorteil Bei Scrive sehen wir den ‚Kunden‘ anders. Es sind nicht nur die Menschen, die unsere Dienste nutzen, sondern auch unsere Partner, Mitarbeiter und alle, mit denen wir zusammenarbeiten. Diese breite Sichtweise hilft uns, eine Kultur der Integrität und Inklusion aufzubauen, die im Mittelpunkt alles dessen steht, was wir tun Unsere Grundwerte spiegeln dies wider: Wir kümmern uns um unsere Kunden, sowohl intern als auch extern Wir hinterfragen unsere Kunden, Marktwahrnehmungen und Best Practices Wir verpflichten uns, Sie dorthin zu bringen, wo Sie hinwollen Wir arbeiten zusammen , um bessere Customer Journeys zu schaffen „Digitale Identitäten treffen auf fehlerfreie Signaturen – für das ultimative sichere Kundenerlebnis“ Mads Rebsdorf, CEO bei Scrive Zertifizierungen ISO 27001:2022 zertifiziert Scrive ist nach ISO 27001:2022 zertifiziert. Die Zertifizierung deckt alle Assets ab, die Teil der SaaS-Produkte von Scrive sind: die E-Signatur-Plattform ( Scrive eSign Online, Scrive GO und Scrive eSign API) und den Scrive eID Hub, gemäß der Anwendbarkeitserklärung. Die Zertifizierungen unserer Rechenzentren finden Sie auf den folgenden Seiten für AWS . Qualifizierter Vertrauensdiensteanbieter (QTSP) Scrive ist ein von der EU anerkannter qualifizierter Vertrauensdiensteanbieter (QTSP) , der qualifizierte elektronische Signaturen (QES) anbieten darf – die höchste Stufe rechtsverbindlicher elektronischer Signaturen gemäß der eIDAS-Verordnung. Das QTSP-Abzeichen stellt sicher, dass Scrive die höchsten Standards für Sicherheit, Datenschutz und Compliance erfüllt und eine vertrauenswürdige Signaturlösung in der gesamten EU bietet. Die EU führt eine vollständige Liste zertifizierter QTSPs nach Mitgliedsstaaten , in der die qualifizierten und nicht qualifizierten trust services aufgeführt sind, die jeder Anbieter anbietet. OpenID Connect-zertifiziert Der eID Hub von Scrive ist OpenID Connect (OIDC)-zertifiziert, was bedeutet, dass er die von der OpenID Foundation festgelegten Anforderungen und Best Practices hinsichtlich Sicherheitsmaßnahmen und Zuverlässigkeit erfüllt. Für unsere Kunden bietet dies eine einfachere und dennoch sicherere Möglichkeit, Benutzer und Kunden auf verschiedene Weise zu authentifizieren. Bleiben Sie immer einen Schritt voraus Folgen Sie Scrive auf LinkedIn, um Branchennachrichten und Einblicke zu erhalten. Folgen Sie Scrive Interessiert an einer Karriere bei Scrive ? Egal, ob Sie nach einer neuen Herausforderung suchen oder Teil unseres Teams werden möchten, besuchen Sie unsere Karriereseite, um alle unsere aktuellen Stellenangebote zu finden. Karriereseite besuchen Häufig gestellte Fragen Was ist Scrive ? Scrive wurde 2010 in Stockholm gegründet und hat sich zur ersten Wahl für elektronische Signaturen in den nordischen Ländern entwickelt. Heute verlassen sich über 10.000 Kunden in mehr als 50 Ländern auf Scrive, um ihre onboarding und Vertragsprozesse zu automatisieren. Mit der Unterstützung von Vitruvian Partners und einem engagierten Team von über 200 Mitarbeitern ist Scrive ein Eckpfeiler der digitalen Transformation. Scrive verbessert das Kundenerlebnis, stärkt die Sicherheit und gewährleistet die Einhaltung gesetzlicher Vorschriften und Datenqualität und ist zu einem vertrauenswürdigen Partner für die Modernisierung von Geschäftsabläufen geworden. Wem gehört Scrive ? Im Juni 2020 wurde Scrive mehrheitlich von Vitruvian Partners übernommen, was einen wichtigen Meilenstein auf unserem Weg darstellt. Vitruvian Partners, bekannt für die Förderung von Wachstum und Exzellenz weltweit, stärkt unser Engagement für Innovation. Diese Zusammenarbeit versetzt uns in die Lage, unsere digitalen Signaturlösungen weiter zu erneuern und auf mehr Unternehmen weltweit auszuweiten. Was bedeutet Scrive ? Scrive könnte eine falsche Schreibweise von „scribe“ sein und sich auf einen professionellen Schriftsteller beziehen, oder es könnte eine Konjunktion des italienischen Verbs „scrivere“ sein, das „schreiben“ bedeutet. Laut Wiktionary bedeutet es „Beschreiben; eine Linie mit einem spitzen Werkzeug ziehen“. Wie melde ich mich bei Scrive an? Um auf das Scrive eSign Online Portal zugreifen zu können, benötigen Sie ein Konto. Melden Sie sich auf dieser Seite an: [https://scrive.com/new/login.] Alternativ können Sie eine kostenlose Testversion starten und sich mit Ihrem Testkonto anmelden. Kontaktieren Sie uns Erfahren Sie mehr darüber, wie Scrive Ihnen dabei helfen kann, bessere Customer Journeys zu gestalten. Kontaktieren Sie uns Abonniere unseren Newsletter Melden Sie sich an und bleiben Sie über Unternehmensnachrichten, Produktveröffentlichungen und neue Funktionen und Integrationen auf dem Laufenden. Anmelden Ähnliche Artikel Möchten Sie mehr über Scrive erfahren? Besuchen Sie unsere Seite „ Warum Scrive “ und erfahren Sie mehr. Sind Sie bereit, zu Scrive zu wechseln? Besuchen Sie unsere Seite „ Zu Scrive wechseln “. Elektronische Signatur Scrive bietet E-Signatur- und eID-Lösungen für sowohl kleine und mittelständische Firmen als auch für Großunternehmen – eine sichere und schnelle Möglichkeit, elektronische Dokumente zu unterschreiben und zu verwalten. Warum Scrive Scrive GmbH Koppenstraße 93 10243 Berlin +49 32 22 185 3202 Kontaktformular Footer navigation Produkte eSign Online eSign API eSign GO eID Hub ID Check eSign Forms Forms Builder Lösungen Branchen Kundenberichte Integrationen Preise Preise eSign Online Preise Scrive eSign API Preise eSign GO Preise ID Check Preise eID Hub Preise eSign Forms Preise Forms Builder Ressourcen Wissensdatenbank Trust Center Help Center Digitalisierung Externe Ressourcen Systemstatus Ein Dokument überprüfen API-Dokumentation Scrive Brand Guidelines Unternehmen Über uns Partner Karriere Kontakt Secondary Navigation Terms of service Privacy notice Cookie declaration Impressum © 2026 Scrive | 2026-01-13T09:29:09 |
https://www.scrive.com/fi/hinnat | Hinnat - Scrive Skip to main content Tertiary navigation Suomi France English Global Nederland Sverige Danmark Norge Deutschland United Kingdom Help Centre +358 45 4909684 Ota yhteytta Kirjaudu sisään Primary navigation Tuotteet Ratkaisut Resurssit Yritys Hinnat Help Centre Ota yhteyttä Osta nyt Kokeile ilmaiseksi Etsi Avaa valikko Koti / Hinnat Hinnoittelu Oletko valmiina aloittamaan? Lähetä tiedustelu, johon vastaamme pian, tai ota yhteyttä myyntiin puhelimitse numeroon +358 45 4909684. eSignin hinnoittelu Allekirjoita sopimuksia verkossa portaalimme, APIn tai hallinnoitujen palveluiden kautta. Tutustu erilaisten eSign-tuotteidemme hinnoitteluun: eSign Online eSign GO eSign API Tunnistamisen hinnoittelu Ratkaisut, jotka auttavat tunnistamaan ja todentamaan asiakkaasi digitaalisten henkilöllisyyspalvelujemme kasvavan valikoiman avulla: eID Hub ID Check Verkkolomakkeiden hinnoittelu Kerää tietoa ja allekirjoituksia yhdessä digitaalisessa työnkulussa täytettävien ja allekirjoitettavien verkkolomakeratkaisujen avulla. Erilaisten verkkolomakeratkaisujemme hinnoittelu: eSign Forms Forms builder Ota yhteyttä Oletko valmiina aloittamaan? Ota meihin yhteyttä ja palaamme asiaan pian Etunimi * Sukunimi * Sähköpostiosoite * Phone number Tämä kenttä on pakollinen Country code Tämä kenttä on pakollinen * +358 Puhelinnumero Tämä kenttä on pakollinen * Yritys * Valitse työntekijöiden määrä * Valitse työntekijöiden määrä Oletko nykyinen asiakas? Tämä kenttä on pakollinen * Kyllä Ei Haluaisitko kertoa meille jotakin? Hyväksyn Privacy Notice ja Terms of Service Ottakaa yhteyttä minuun Miksi Scrive? Scrive tarjoaa sähköisiä allekirjoituksia ja e-ID-ratkaisuja pienille ja keskisuurille yrityksille ja yritysorganisaatioille. Scrive tarjoaa turvallisen ja nopean tavan allekirjoittaa ja hallita sähköisiä asiakirjoja. Miksi Scrive Footer navigation Tuotteet eSign Online eSign API eSign GO eID Hub eSign Forms Forms Builder Ratkaisut Toimialat Tapausesimerkit Integraatiot Hinnat eSign Online eSign API eSign GO Resurssit Trust Centre Tieto Help Centre Käyttötapaukset Digitaalinen vs. sähköinen allekirjoitus Digitalisaatio Ulkoiset resurssit Vahvista dokumentin aitous Järjestelmän tila API-dokumentaatio Scrive brand guidelines Yritys Tietoja Scrive Partners Ura Contact Secondary navigation Terms of service Privacy notice Cookie declaration © 2026 Scrive | 2026-01-13T09:29:09 |
https://www.scrive.com/fi/ratkaisut/toimialat/toimialat-hr-rekrytointi | HR & Recruiting document workflows with Scrive - Scrive Skip to main content Tertiary navigation Suomi Sverige English Global France Norge Nederland Deutschland Danmark United Kingdom Help Centre +358 45 4909684 Ota yhteytta Kirjaudu sisään Primary navigation Tuotteet Ratkaisut Resurssit Yritys Hinnat Help Centre Ota yhteyttä Osta nyt Kokeile ilmaiseksi Etsi Avaa valikko Koti / Ratkaisut / Toimialat / HR & Rekrytointi HR & Rekrytointi Tehosta ja suojaa dokumenttiesi työnkulkua Scriven e-allekirjoitus- ja tunnistautumisratkaisuilla. Sopimusten automatisointi Nopeampi allekirjoittaminen Lyhennä sopimusten käsittelyaikaa ja vähennä hallinnollista työtä Mikä tahansa järjestelmä Integroi omaan järjestelmääsi tai valitse järjestelmistä riippumaton vaihtoehto Työntekijöiden kokemus Paranna mielikuvaasi työnantajana ja tee vaikutus hakijoihin Modernisoi urakehitys E-allekirjoita dokumentteja mistä tahansa järjestelmästä, toimistossa tai tien päällä. Elektroninen ID -tunnistautuminen jokaisessa ratkaisussa. Salassapitosopimukset Etujen rekisteröinti Työsopimukset Työsuhteen päättäminen Onboarding Itse täytettävät lomakkeet Käytäntöjen hyväksynnät Työntekijöiden arviointi Turvallinen ja vaatimustenmukainen Scriven turvalliset ratkaisut täyttävät sähköistä allekirjoitusta, tietosuojaa ja rahanpesun estämistä koskevien säännösten vaatimukset. Suojaudu henkilöllisyyden todentamisella rekrytoidessasi kaukaa tulevia ehdokkaita. Kaikki Scrive eSignilla allekirjoitetut asiakirjat sisältävät maailmanluokan todistusaineistoa. Lohkoketjuteknologiaa hyödyntävä digitaalinen sinetöinti turvaa allekirjoitettujen asiakirjojesi eheyden suojaamaan ja havaitsemaan väärennökset nyt ja tulevaisuudessa. Kumppanisi digitalisaatiossa Digitaalinen matkasi voi olla haastava, mutta sen ei tarvitse olla hankala. Scriven ammattitaito ja kokemus yhdistettynä jatkuvan kehittymisen kulttuuriin ja asiakaslähtöisyyteen ovat kasvavan menestyksemme kulmakivet. Paljon enemmän kuin pelkkä e-allekirjoitus Ymmärrämme, että e-allekirjoitus ja tunnistautuminen ovat vain palapelin paloja isossa kokonaisuudessa – yrityksesi prosesseissa. Mallit Säästä aikaa ja hallitse päivittäisten sopimusten työnkulkuprosessia. Deadlinet ja muistutukset Pidä allekirjoitusprosessi oikealla raiteella sillä aikaa, kun teet muita asioita. Hyväksynnät Reititä dokumenttisi yhdelle tai useammalle hyväksyjäosapuolelle. Automaattinen arkistointi Scrive E-arkisto, Microsoft OneDrive, Google Drive tai Dropbox. Välitön dokumenttien automaatio Digitalisoi kaikki asiakkaasi dokumentit ilman integraatiota. Ei enää PDF-tiedostoja, jotka täytyy ladata, tulostaa, postittaa ja käsitellä. Jaettavat linkit Asiakas täyttää lomakkeen verkossa ja käynnistää allekirjoitusprosessin suoraan verkkosivultasi. Tietojen täsmällisyys Eliminoi kalliit, aikaavievät virheet ja manuaalinen käsittely. Paperiton Kavenna asiakaskokemuksen eroja ja säästä hallinnollista aikaa. Turvallinen Jokainen allekirjoitettu dokumentti on laillisesti pätevä ja suojattu väärennöksiä vastaan. Me autamme sinua matkallasi Scrive on apunasi koko digitalisoinnin ajan. Aloitamme kartoittamalla sen, missä yrityksesi on digitalisaation osalta nykyään ja teemme siitä aloituspisteen. Siitä eteenpäin Scriven työkalut taipuvat erilaisiin tarpeisiin, täydestä integraatiosta järjestelmäriippumattomiin ratkaisuihin, joilla mahdollistetaan välittömät ja automatisoidut sähköiset allekirjoitukset. Kysymyksiä?
Kerro meille, mitä yrität ratkaista tänään? Ota yhteyttä Tutustu ratkaisuihimme käytännössä Anna tiimimme näyttää, miten Scrive-ratkaisuilla voidaan automatisoida yleisiä liiketoimintaprosesseja ja miten ne voidaan räätälöidä sinun tarpeisiisi. Varaa esittelyaika Related integrations Teamtailor Teamtailor on rekrytointi- ja markkinointialusta, joka tarjoaa uuden tavan houkutella, hallita ja palkata osaajia. Yli 2 000 yritystä pienistä suuriin käyttää Teamtailoria, joka on yksi Deloitte Sweden Technology Fast 50 -listan vuoden 2019 yrityksistä. Henkilöstö Sympa HCM:n selkäranka. Täydellinen, täysin räätälöitävissä oleva HR-ratkaisu, jossa on rajattomasti integraatioita. Automatisoi HR:n rutiinitehtävät ja saat kootun, selkeän näkymän kaikista työntekijätiedoistasi yhdestä HR-järjestelmästä. Henkilöstö Lue lisää integraatiosta Quinyx Mobiilikäyttöön perustuva työvoimanhallintajärjestelmä, jossa on HR-moduuli, joka integroi Scriven työsopimusten virallistamiseen. Quinyx automatisoi aikataulutuksen, palkanlaskennan, ennustamisen ja paljon muuta. Henkilöstö Lue lisää integraatiosta Talentech Optimoi HR automatisoinnilla. Talentech yhdistää neljän alan johtavan HR-teknologiainnovaattorin parhaat puolet: HR Manager, ReachMee, Talmundo ja Webcruiter. Automaatio, Henkilöstö Flex Applications Flex Applications tarjoaa kattavan verkkopohjaisen ratkaisun palkanlaskentaan, henkilöstöhallinnon tukeen, työaikatauluihin, matkahakemuksiin ja henkilöstöhallintoon. Henkilöstö Kontek Kontek-yritys on erikoistunut palkanlaskentaan ja henkilöstöhallintoon. Integroimme jatkuvasti älykkäitä teknologioita järjestelmiimme ja tarjoamme täysin verkkopohjaisia ratkaisuja toimialasta riippumatta. Henkilöstö Lue lisää Kontek SD Worx Euroopan markkinajohtaja henkilöstö- ja palkanlaskennan alalla. Varmistamme yrityksesi menestyksen, jotta sinä ja työntekijäsi voitte menestyä. Henkilöstö Heartpace HR Täysin modulaarinen HR-järjestelmä, joka tukee ja helpottaa päivittäistä HR-työtä, kattaa kaikki keskeiset HR-tarpeet ja antaa sinulle mahdollisuuden tehdä oikeita päätöksiä kaikissa HR-prosesseissa tietoon perustuvien tietojen avulla. Henkilöstö Caspeco Joustava ja käyttäjäystävällinen järjestelmä vieraanvaraisuuden tulojen ja menojen hallinnointiin ja hallintaan, joka on integroitu Scriveen työsopimusten allekirjoittamista varten. Henkilöstö Lue lisää integraatiosta Huma Huma on HR-järjestelmä, joka on käyttäjäystävällinen ja jonka kanssa on helpompi työskennellä. Vietät ⅓ elämästäsi työssä, joten tee olosi mukavaksi nykyaikaisella ja intuitiivisella HR-järjestelmällä, joka täyttää saumattomasti kaikki tärkeimmät HR-tarpeesi. Henkilöstö Miksi Scrive? Scrive tarjoaa sähköisiä allekirjoituksia ja e-ID-ratkaisuja pienille ja keskisuurille yrityksille ja yritysorganisaatioille. Scrive tarjoaa turvallisen ja nopean tavan allekirjoittaa ja hallita sähköisiä asiakirjoja. Miksi Scrive Footer navigation Tuotteet eSign Online eSign API eSign GO eID Hub eSign Forms Forms Builder Ratkaisut Toimialat Tapausesimerkit Integraatiot Hinnat eSign Online eSign API eSign GO Resurssit Trust Centre Tieto Help Centre Käyttötapaukset Digitaalinen vs. sähköinen allekirjoitus Digitalisaatio Ulkoiset resurssit Vahvista dokumentin aitous Järjestelmän tila API-dokumentaatio Scrive brand guidelines Yritys Tietoja Scrive Partners Ura Contact Secondary navigation Terms of service Privacy notice Cookie declaration © 2026 Scrive | 2026-01-13T09:29:09 |
https://docs.n8n.io/integrations/builtin/cluster-nodes/root-nodes/n8n-nodes-langchain.vectorstorepgvector/ | PGVector Vector Store node documentation | n8n Docs Skip to content n8n Docs Chat with the docs Initializing search Using n8n Integrations Hosting n8n Code in n8n Advanced AI API Embed n8n home ↗ Forum ↗ Tutorials (blog) ↗ Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. 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IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --> n8n Docs Using n8n Using n8n Getting started Getting started Learning path Choose your n8n Quickstarts Quickstarts A very quick quickstart A longer introduction Video courses Text courses Text courses Level one Level one Navigating the editor UI Building a mini-workflow Automating a (real-world) use case Designing the workflow Building the workflow Building the workflow Getting data from the data warehouse Inserting data into airtable Filtering orders Setting values for processing orders Calculating booked orders Notifying the team Scheduling the workflow Activating and examining the workflow Exporting and importing workflows Test your knowledge Level two Level two Understanding the data structure Processing different data types Merging and splitting data Dealing with errors in workflows Automating a business workflow Automating a business workflow Use case Workflow 1 Workflow 2 Workflow 3 Test your knowledge Using the app Using the app Understand workflows Understand workflows Create and run Save and publish Components Components Nodes Connections Sticky Notes Executions Executions Manual, partial, and production executions Dirty nodes Workflow-level executions All executions Custom executions data Debug executions Tags Export and import Templates Sharing Settings Streaming responses Workflow history Workflow ID Sub-workflow conversion Manage credentials Manage credentials Create and edit Credential sharing Manage users and access Manage users and access Cloud setup Manage users Account types Role-based access control Role-based access control Role types Projects Best practices 2FA LDAP OIDC OIDC Set up OIDC Troubleshooting SAML SAML Set up SAML Okta Workforce Identity SAML setup Manage users with SAML Troubleshooting Keyboard shortcuts Key concepts Key concepts Flow logic Flow logic Splitting with conditionals Merging data Looping Waiting Sub-workflows Error handling Execution order in multi-branch workflows Data Data Data structure Data flow within nodes Transforming data Process data using code Data mapping Data mapping Data mapping in the UI Data mapping in the expressions editor Data item linking Data item linking Item linking concepts Item linking in the Code node Item linking errors Item linking for node creators Data pinning Data editing Data filtering Data mocking Data tables Binary data Schema preview Glossary n8n Cloud n8n Cloud Overview Cloud free trial Access the Cloud admin dashboard Update your n8n Cloud version Set the timezone Cloud IP addresses Cloud data management Change ownership or username Concurrency Download workflows AI Assistant Enterprise features Enterprise features Source control and environments Source control and environments Understand Understand Environments Git in n8n Branch patterns Set up Using Using Push and pull Compare workflow changes Copy work between environments Tutorial: Create environments with source control External secrets Log streaming Insights License key Releases Releases Release notes Release notes 2.x 1.x 0.x v2.0 breaking changes v2.0 Migration tool v1.0 migration guide Help and community Help and community Where to get help Contributing Licenses and privacy Licenses and privacy Privacy and security Privacy and security Privacy Security Incident response What you can do Sustainable use license Integrations Integrations Built-in nodes Built-in nodes Node types Core nodes Core nodes Activation Trigger Aggregate AI Transform Code Code Keyboard shortcuts Common issues Compare Datasets Compression Chat Trigger Chat Trigger Common issues Convert to File Crypto Data table Date & Time Debug Helper Edit Fields (Set) Edit Image Email Trigger (IMAP) Error Trigger Evaluation Evaluation Trigger Execute Command Execute Command Common issues Execute Sub-workflow Execute Sub-workflow Trigger Execution Data Extract From File Filter FTP Git GraphQL Guardrails HTML HTTP Request HTTP Request Common issues If JWT LDAP Limit Local File Trigger Loop Over Items (Split in Batches) Manual Trigger Markdown MCP Client MCP Server Trigger Merge n8n n8n Form n8n Form Trigger n8n Trigger No Operation, do nothing Read/Write Files from Disk Remove Duplicates Remove Duplicates Templates and examples Rename Keys Respond to Chat Respond to Webhook RSS Read RSS Feed Trigger Schedule Trigger Schedule Trigger Common issues Send Email Sort Split Out SSE Trigger SSH Stop And Error Summarize Switch TOTP Wait Webhook Webhook Workflow development Common issues Workflow Trigger XML Actions Actions Action Network ActiveCampaign Adalo Affinity Agile CRM Airtable Airtable Common issues Airtop AMQP Sender Anthropic APITemplate.io Asana Autopilot AWS Certificate Manager AWS Cognito AWS Comprehend AWS DynamoDB AWS Elastic Load Balancing AWS IAM AWS Lambda AWS Rekognition AWS S3 AWS SES AWS SNS AWS SQS AWS Textract AWS Transcribe Azure Cosmos DB Azure Storage BambooHR Bannerbear Baserow Beeminder Bitly Bitwarden Box Brandfetch Brevo Bubble Chargebee CircleCI Webex by Cisco Clearbit ClickUp Clockify Cloudflare Cockpit Coda CoinGecko Contentful ConvertKit Copper Cortex CrateDB crowd.dev Customer.io DeepL Demio DHL Discord Discord Common issues Discourse Disqus Drift Dropbox Dropcontact E-goi Elasticsearch Elastic Security Emelia ERPNext Facebook Graph API FileMaker Flow Freshdesk Freshservice Freshworks CRM GetResponse Ghost GitHub GitLab Gmail Gmail Draft operations Label operations Message operations Thread operations Common issues Gong Google Ads Google Analytics Google BigQuery Google Books Google Business Profile Google Calendar Google Calendar Calendar operations Event operations Google Chat Google Cloud Firestore Google Cloud Natural Language Google Cloud Realtime Database Google Cloud Storage Google Contacts Google Docs Google Drive Google Drive File operations File and folder operations Folder operations Shared drive operations Common issues Google Gemini Google Perspective Google Sheets Google Sheets Document operations Sheet within Document operations Common issues Google Slides Google Tasks Google Translate Google Workspace Admin Gotify GoToWebinar Grafana Grist Hacker News HaloPSA Harvest Help Scout HighLevel Home Assistant HubSpot Humantic AI Hunter Intercom Invoice Ninja Iterable Jenkins Jina AI Jira Software Kafka Keap Kitemaker KoboToolbox Lemlist Line Linear LingvaNex LinkedIn LoneScale Magento 2 Mailcheck Mailchimp MailerLite Mailgun Mailjet Mandrill marketstack Matrix Mattermost Mautic Medium MessageBird Metabase Microsoft Dynamics CRM Microsoft Entra ID Microsoft Excel 365 Microsoft Graph Security Microsoft OneDrive Microsoft Outlook Microsoft SharePoint Microsoft SQL Microsoft Teams Microsoft To Do Mindee MISP Mistral AI Mocean monday.com MongoDB Monica CRM MQTT MSG91 MySQL MySQL Common issues Customer Datastore (n8n Training) Customer Messenger (n8n Training) NASA Netlify Netscaler ADC Nextcloud NocoDB Notion Notion Common issues npm Odoo Okta One Simple API Onfleet OpenAI OpenAI Assistant operations Audio operations Conversation operations File operations Image operations Text operations Video operations Common issues OpenThesaurus OpenWeatherMap Oracle Database Oracle Database Oura Paddle PagerDuty PayPal Peekalink Perplexity PhantomBuster Philips Hue Pipedrive Plivo PostBin Postgres Postgres Common issues PostHog ProfitWell Pushbullet Pushcut Pushover QuestDB Quick Base QuickBooks Online QuickChart RabbitMQ Raindrop Reddit Redis Rocket.Chat Rundeck S3 Salesforce Salesmate SeaTable SecurityScorecard Segment SendGrid Sendy Sentry.io ServiceNow seven Shopify SIGNL4 Slack Snowflake Splunk Spotify Stackby Storyblok Strapi Strava Stripe Supabase Supabase Common issues SyncroMSP Taiga Tapfiliate Telegram Telegram Chat operations Callback operations File operations Message operations Common issues TheHive TheHive 5 TimescaleDB Todoist Travis CI Trello Twake Twilio Twist Unleashed Software UpLead uProc UptimeRobot urlscan.io Venafi TLS Protect Cloud Venafi TLS Protect Datacenter Vero Vonage Webflow Wekan WhatsApp Business Cloud WhatsApp Business Cloud Common issues Wise WooCommerce WordPress X (Formerly Twitter) Xero Yourls YouTube Zammad Zendesk Zoho CRM Zoom Zulip Triggers Triggers ActiveCampaign Trigger Acuity Scheduling Trigger Affinity Trigger Airtable Trigger AMQP Trigger Asana Trigger Autopilot Trigger AWS SNS Trigger Bitbucket Trigger Box Trigger Brevo Trigger Calendly Trigger Cal Trigger Chargebee Trigger ClickUp Trigger Clockify Trigger ConvertKit Trigger Copper Trigger crowd.dev Trigger Customer.io Trigger Emelia Trigger Eventbrite Trigger Facebook Lead Ads Trigger Facebook Trigger Facebook Trigger Ad Account Application Certificate Transparency Group Instagram Link Page Permissions User WhatsApp Business Account Workplace Security Figma Trigger (Beta) Flow Trigger Form.io Trigger Formstack Trigger GetResponse Trigger GitHub Trigger GitLab Trigger Gmail Trigger Gmail Trigger Poll Mode options Common issues Google Calendar Trigger Google Drive Trigger Google Drive Trigger Common issues Google Business Profile Trigger Google Sheets Trigger Google Sheets Trigger Common issues Gumroad Trigger Help Scout Trigger Hubspot Trigger Invoice Ninja Trigger Jira Trigger JotForm Trigger Kafka Trigger Keap Trigger KoboToolbox Trigger Lemlist Trigger Linear Trigger LoneScale Trigger Mailchimp Trigger MailerLite Trigger Mailjet Trigger Mautic Trigger Microsoft OneDrive Trigger Microsoft Outlook Trigger Microsoft Teams Trigger MQTT Trigger Netlify Trigger Notion Trigger Onfleet Trigger PayPal Trigger Pipedrive Trigger Postgres Trigger Postmark Trigger Pushcut Trigger RabbitMQ Trigger Redis Trigger Salesforce Trigger SeaTable Trigger Shopify Trigger Slack Trigger Strava Trigger Stripe Trigger SurveyMonkey Trigger Taiga Trigger Telegram Trigger Telegram Trigger Common issues TheHive 5 Trigger TheHive Trigger Toggl Trigger Trello Trigger Twilio Trigger Typeform Trigger Venafi TLS Protect Cloud Trigger Webex by Cisco Trigger Webflow Trigger WhatsApp Trigger Wise Trigger WooCommerce Trigger Workable Trigger Wufoo Trigger Zendesk Trigger Cluster nodes Cluster nodes Root nodes Root nodes AI Agent AI Agent Conversational Agent OpenAI Functions Agent Plan and Execute Agent ReAct Agent SQL Agent Tools Agent Common issues Basic LLM Chain Question and Answer Chain Question and Answer Chain Common issues Summarization Chain Information Extractor Text Classifier Sentiment Analysis LangChain Code Azure AI Search Vector Store Simple Vector Store Milvus Vector Store MongoDB Atlas Vector Store PGVector Vector Store PGVector Vector Store Table of contents Node usage patterns Use as a regular node to insert and retrieve documents Connect directly to an AI agent as a tool Use a retriever to fetch documents Use the Vector Store Question Answer Tool to answer questions Node parameters Operation Mode Get Many Insert Documents Retrieve Documents (as Vector Store for Chain/Tool) Retrieve Documents (as Tool for AI Agent) Rerank Results Get Many parameters Insert Documents parameters Retrieve Documents parameters (As Vector Store for Chain/Tool) Retrieve Documents (As Tool for AI Agent) parameters Node options Collection Column Names Metadata Filter Templates and examples Related resources Self-hosted AI Starter Kit Pinecone Vector Store Qdrant Vector Store Redis Vector Store Supabase Vector Store Weaviate Vector Store Zep Vector Store Sub-nodes Sub-nodes Default Data Loader GitHub Document Loader Embeddings AWS Bedrock Embeddings Azure OpenAI Embeddings Cohere Embeddings Google Gemini Embeddings Google PaLM Embeddings Google Vertex Embeddings HuggingFace Inference Embeddings Mistral Cloud Embeddings Ollama Embeddings OpenAI Anthropic Chat Model AWS Bedrock Chat Model Azure OpenAI Chat Model Cohere Chat Model DeepSeek Chat Model Google Gemini Chat Model Google Vertex Chat Model Groq Chat Model Mistral Cloud Chat Model Ollama Chat Model Ollama Chat Model Common issues OpenAI Chat Model OpenAI Chat Model Common issues OpenRouter Chat Model Vercel AI Gateway Chat Model xAI Grok Chat Model Cohere Model Ollama Model Ollama Model Common issues Hugging Face Inference Model Chat Memory Manager Simple Memory Simple Memory Common issues Motorhead MongoDB Chat Memory Redis Chat Memory Postgres Chat Memory Xata Zep Auto-fixing Output Parser Item List Output Parser Structured Output Parser Structured Output Parser Common issues Contextual Compression Retriever MultiQuery Retriever Vector Store Retriever Workflow Retriever Character Text Splitter Recursive Character Text Splitter Token Splitter AI Agent Tool Calculator Custom Code Tool MCP Client Tool SearXNG Tool SerpApi (Google Search) Think Tool Vector Store Question Answer Tool Wikipedia Wolfram|Alpha Call n8n Workflow Tool Reranker Cohere Model Selector Credentials Credentials Action Network credentials ActiveCampaign credentials Acuity Scheduling credentials Adalo credentials Affinity credentials Agile CRM credentials Airtable credentials Airtop credentials AlienVault credentials AMQP credentials Anthropic credentials APITemplate.io credentials Asana credentials Auth0 Management credentials Autopilot credentials AWS credentials Azure OpenAI credentials Azure Cosmos DB credentials Azure AI Search credentials Azure Storage credentials BambooHR credentials Bannerbear credentials Baserow credentials Beeminder credentials Bitbucket credentials Bitly credentials Bitwarden credentials Box credentials Brandfetch credentials Brevo credentials Bubble credentials Cal.com credentials Calendly credentials Carbon Black credentials Chargebee credentials CircleCI credentials Cisco Meraki credentials Cisco Secure Endpoint credentials Cisco Umbrella credentials Clearbit credentials ClickUp credentials Clockify credentials Cloudflare credentials Cockpit credentials Coda credentials Cohere credentials Contentful credentials ConvertAPI credentials ConvertKit credentials Copper credentials Cortex credentials CrateDB credentials crowd.dev credentials CrowdStrike credentials Customer.io credentials Datadog credentials DeepL credentials DeepSeek credentials Demio credentials DFIR-IRIS credentials DHL credentials Discord credentials Discourse credentials Disqus credentials Drift credentials Dropbox credentials Dropcontact credentials Dynatrace credentials E-goi credentials Elasticsearch credentials Elastic Security credentials Emelia credentials ERPNext credentials Eventbrite credentials F5 Big-IP credentials Facebook App credentials Facebook Graph API credentials Facebook Lead Ads credentials Figma credentials FileMaker credentials Filescan credentials Flow credentials Form.io Trigger credentials Formstack Trigger credentials Fortinet FortiGate credentials Freshdesk credentials Freshservice credentials Freshworks CRM credentials FTP credentials GetResponse credentials Ghost credentials Git credentials GitHub credentials GitLab credentials Gong credentials Google Google Google OAuth2 single service Google OAuth2 generic Google Service Account Google Gemini(PaLM) credentials Gotify credentials GoToWebinar credentials Grafana credentials Grist credentials Groq credentials Gumroad credentials HaloPSA credentials Harvest credentials Help Scout credentials HighLevel credentials Home Assistant credentials HTTP Request credentials HubSpot credentials Hugging Face credentials Humantic AI credentials Hunter credentials Hybrid Analysis credentials IMAP IMAP Gmail Outlook.com Yahoo Imperva WAF credentials Intercom credentials Invoice Ninja credentials Iterable credentials Jenkins credentials Jina AI credentials Jira credentials JotForm credentials JWT credentials Kafka credentials Keap credentials Kibana credentials Kitemaker credentials KoboToolbox credentials LDAP credentials Lemlist credentials Line credentials Linear credentials LingvaNex credentials LinkedIn credentials LoneScale credentials Magento 2 credentials Mailcheck credentials Mailchimp credentials MailerLite credentials Mailgun credentials Mailjet credentials Malcore credentials Mandrill credentials Marketstack credentials Matrix credentials Mattermost credentials Mautic credentials Medium credentials MessageBird credentials Metabase credentials Microsoft credentials Microsoft Azure Monitor credentials Microsoft Entra ID credentials Microsoft SQL credentials Milvus credentials Mindee credentials Miro credentials MISP credentials Mist credentials Mistral Cloud credentials Mocean credentials monday.com credentials MongoDB credentials Monica CRM credentials Motorhead credentials MQTT credentials MSG91 credentials MySQL credentials NASA credentials Netlify credentials Netscaler ADC credentials Nextcloud credentials NocoDB credentials Notion credentials npm credentials Odoo credentials Okta credentials Ollama credentials One Simple API credentials Onfleet credentials OpenAI credentials OpenCTI credentials OpenRouter credentials OpenWeatherMap credentials Oracle Database credentials Oura credentials Paddle credentials PagerDuty credentials PayPal credentials Peekalink credentials Perplexity credentials PhantomBuster credentials Philips Hue credentials Pinecone credentials Pipedrive credentials Plivo credentials Postgres credentials PostHog credentials Postmark credentials ProfitWell credentials Pushbullet credentials Pushcut credentials Pushover credentials QRadar credentials Qdrant credentials Qualys credentials QuestDB credentials Quick Base credentials QuickBooks credentials RabbitMQ credentials Raindrop credentials Rapid7 InsightVM credentials Recorded Future credentials Reddit credentials Redis credentials Rocket.Chat credentials Rundeck credentials S3 credentials Salesforce credentials Salesmate credentials SearXNG credentials SeaTable credentials SecurityScorecard credentials Segment credentials Sekoia credentials Send Email Send Email Gmail Outlook.com Yahoo SendGrid credentials Sendy credentials Sentry.io credentials Serp credentials ServiceNow credentials seven credentials Shopify credentials Shuffler credentials SIGNL4 credentials Slack credentials Snowflake credentials SolarWinds IPAM credentials SolarWinds Observability SaaS credentials Splunk credentials Spotify credentials SSH credentials Stackby credentials Storyblok credentials Strapi credentials Strava credentials Stripe credentials Supabase credentials SurveyMonkey credentials SyncroMSP credentials Sysdig credentials Taiga credentials Tapfiliate credentials Telegram credentials TheHive credentials TheHive 5 credentials TimescaleDB credentials Todoist credentials Toggl credentials TOTP credentials Travis CI credentials Trellix ePO credentials Trello credentials Twake credentials Twilio credentials Twist credentials Typeform credentials Unleashed Software credentials UpLead credentials uProc credentials UptimeRobot credentials urlscan.io credentials Venafi TLS Protect Cloud credentials Venafi TLS Protect Datacenter credentials Vercel AI Gateway credentials Vero credentials VirusTotal credentials Vonage credentials Weaviate credentials Webex by Cisco credentials Webflow credentials Webhook credentials Wekan credentials WhatsApp Business Cloud credentials Wise credentials Wolfram|Alpha credentials WooCommerce credentials WordPress credentials Workable credentials Wufoo credentials X (formerly Twitter) credentials xAI credentials Xata credentials Xero credentials Yourls credentials Zabbix credentials Zammad credentials Zendesk credentials Zep credentials Zoho credentials Zoom credentials Zscaler ZIA credentials Zulip credentials Custom API actions for existing nodes Handle rate limits Community nodes Community nodes Installation and management Installation and management Install verified community nodes GUI installation Manual installation Risks Blocklist Using community nodes Troubleshooting Building community nodes Creating nodes Creating nodes Overview Plan your node Plan your node Choose a node type Choose a node building style Node UI design Choose node file structure Build your node Build your node Set up your development environment Using the n8n-node tool Tutorial: Build a declarative-style node Tutorial: Build a programmatic-style node Reference Reference Node UI elements Code standards Error handling Versioning Choose node file structure Base files Base files Structure Standard parameters Declarative-style parameters Programmatic-style parameters Programmatic-style execute method Codex files Credentials files HTTP request helpers Item linking UX guidelines Verification guidelines Test your node Test your node Run your node locally Node linter Troubleshooting Deploy your node Deploy your node Submit community nodes Install private nodes Hosting n8n Hosting n8n Community vs Enterprise Installation Installation npm Docker Server setups Server setups Digital Ocean 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dates Query JSON with JMESPath Built-in methods and variables examples Built-in methods and variables examples execution getWorkflowStaticData Retrieve linked items from earlier in the workflow (node-name).all vars Expressions Expressions Check incoming data Common issues Code node Code node Get number of items returned by last node Get the binary data buffer Output to the browser console HTTP Request node HTTP Request node Pagination Advanced AI Advanced AI AI Workflow Builder Chat Hub Accessing n8n MCP server Tutorial: Build an AI workflow in n8n RAG in n8n LangChain in n8n LangChain in n8n Overview Langchain concepts in n8n LangChain learning resources Use LangSmith with n8n Evaluations Evaluations Overview Light evaluations Metric-based evaluations Tips and common issues Examples and concepts Examples and concepts Introduction What is a chain? What is an agent? Agents vs chains example What is memory? What is a tool? Use Google Sheets as a data source Call an API to fetch data Set a human fallback for AI workflows Let AI specify tool parameters What is a vector database? Populate a Pinecone vector database from a website API API Authentication Pagination Using an API playground API reference Embed Embed Prerequisites Deployment Configuration Workflow management Workflows templates White labelling Table of contents Node usage patterns Use as a regular node to insert and retrieve documents Connect directly to an AI agent as a tool Use a retriever to fetch documents Use the Vector Store Question Answer Tool to answer questions Node parameters Operation Mode Get Many Insert Documents Retrieve Documents (as Vector Store for Chain/Tool) Retrieve Documents (as Tool for AI Agent) Rerank Results Get Many parameters Insert Documents parameters Retrieve Documents parameters (As Vector Store for Chain/Tool) Retrieve Documents (As Tool for AI Agent) parameters Node options Collection Column Names Metadata Filter Templates and examples Related resources Self-hosted AI Starter Kit Integrations Built-in nodes Cluster nodes Root nodes Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --> PGVector Vector Store node # PGVector is an extension of Postgresql. Use this node to interact with the PGVector tables in your Postgresql database. You can insert documents into a vector table, get documents from a vector table, retrieve documents to provide them to a retriever connected to a chain , or connect directly to an agent as a tool . On this page, you'll find the node parameters for the PGVector node, and links to more resources. Credentials You can find authentication information for this node here . Parameter resolution in sub-nodes Sub-nodes behave differently to other nodes when processing multiple items using an expression. Most nodes, including root nodes, take any number of items as input, process these items, and output the results. You can use expressions to refer to input items, and the node resolves the expression for each item in turn. For example, given an input of five name values, the expression {{ $json.name }} resolves to each name in turn. In sub-nodes, the expression always resolves to the first item. For example, given an input of five name values, the expression {{ $json.name }} always resolves to the first name. Node usage patterns # You can use the PGVector Vector Store node in the following patterns. Use as a regular node to insert and retrieve documents # You can use the PGVector Vector Store as a regular node to insert or get documents. This pattern places the PGVector Vector Store in the regular connection flow without using an agent. You can see an example of this in scenario 1 of this template (the template uses the Supabase Vector Store, but the pattern is the same). Connect directly to an AI agent as a tool # You can connect the PGVector Vector Store node directly to the tool connector of an AI agent to use a vector store as a resource when answering queries. Here, the connection would be: AI agent (tools connector) -> PGVector Vector Store node. Use a retriever to fetch documents # You can use the Vector Store Retriever node with the PGVector Vector Store node to fetch documents from the PGVector Vector Store node. This is often used with the Question and Answer Chain node to fetch documents from the vector store that match the given chat input. An example of the connection flow (the linked example uses Pinecone, but the pattern is the same) would be: Question and Answer Chain (Retriever connector) -> Vector Store Retriever (Vector Store connector) -> PGVector Vector Store. Use the Vector Store Question Answer Tool to answer questions # Another pattern uses the Vector Store Question Answer Tool to summarize results and answer questions from the PGVector Vector Store node. Rather than connecting the PGVector Vector Store directly as a tool, this pattern uses a tool specifically designed to summarizes data in the vector store. The connections flow (the linked example uses the Simple Vector Store, but the pattern is the same) in this case would look like this: AI agent (tools connector) -> Vector Store Question Answer Tool (Vector Store connector) -> Simple Vector store. Node parameters # Operation Mode # This Vector Store node has four modes: Get Many , Insert Documents , Retrieve Documents (As Vector Store for Chain/Tool) , and Retrieve Documents (As Tool for AI Agent) . The mode you select determines the operations you can perform with the node and what inputs and outputs are available. Get Many # In this mode, you can retrieve multiple documents from your vector database by providing a prompt. The prompt is embedded and used for similarity search. The node returns the documents that are most similar to the prompt with their similarity score. This is useful if you want to retrieve a list of similar documents and pass them to an agent as additional context. Insert Documents # Use insert documents mode to insert new documents into your vector database. Retrieve Documents (as Vector Store for Chain/Tool) # Use Retrieve Documents (As Vector Store for Chain/Tool) mode with a vector-store retriever to retrieve documents from a vector database and provide them to the retriever connected to a chain. In this mode you must connect the node to a retriever node or root node. Retrieve Documents (as Tool for AI Agent) # Use Retrieve Documents (As Tool for AI Agent) mode to use the vector store as a tool resource when answering queries. When formulating responses, the agent uses the vector store when the vector store name and description match the question details. Rerank Results # Enables reranking . If you enable this option, you must connect a reranking node to the vector store. That node will then rerank the results for queries. You can use this option with the Get Many , Retrieve Documents (As Vector Store for Chain/Tool) and Retrieve Documents (As Tool for AI Agent) modes. Get Many parameters # Table name : Enter the name of the table you want to query. Prompt : Enter your search query. Limit : Enter a number to set how many results to retrieve from the vector store. For example, set this to 10 to get the ten best results. Insert Documents parameters # Table name : Enter the name of the table you want to query. Retrieve Documents parameters (As Vector Store for Chain/Tool) # Table name : Enter the name of the table you want to query. Retrieve Documents (As Tool for AI Agent) parameters # Name : The name of the vector store. Description : Explain to the LLM what this tool does. A good, specific description allows LLMs to produce expected results more often. Table Name : Enter the PGVector table to use. Limit : Enter how many results to retrieve from the vector store. For example, set this to 10 to get the ten best results. Node options # Collection # A way to separate datasets in PGVector. This creates a separate table and column to keep track of which collection a vector belongs to. Use Collection : Select whether to use a collection (turned on) or not (turned off). Collection Name : Enter the name of the collection you want to use. Collection Table Name : Enter the name of the table to store collection information in. Column Names # The following options specify the names of the columns to store the vectors and corresponding information in: ID Column Name Vector Column Name Content Column Name Metadata Column Name Metadata Filter # Available in Get Many mode. When searching for data, use this to match with metadata associated with the document. This is an AND query. If you specify more than one metadata filter field, all of them must match. When inserting data, the metadata is set using the document loader. Refer to Default Data Loader for more information on loading documents. Templates and examples # HR & IT Helpdesk Chatbot with Audio Transcription by Felipe Braga View template details Explore n8n Nodes in a Visual Reference Library by I versus AI View template details Multi-Platform AI Sales Agent with RAG, CRM Logging & Appointment Booking by Vansh Arora View template details Browse PGVector Vector Store integration templates , or search all templates Related resources # Refer to LangChain's PGVector documentation for more information about the service. View n8n's Advanced AI documentation. Self-hosted AI Starter Kit # New to working with AI and using self-hosted n8n? Try n8n's self-hosted AI Starter Kit to get started with a proof-of-concept or demo playground using Ollama, Qdrant, and PostgreSQL. Chat with the docs This page was Helpful Not helpful Thanks for your feedback! Submit Back to top Previous MongoDB Atlas Vector Store Next Pinecone Vector Store Made with Material for MkDocs Insiders | 2026-01-13T09:29:09 |
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to an AI agent as a tool Use a retriever to fetch documents Use the Vector Store Question Answer Tool to answer questions Node parameters Operation Mode Get Many Insert Documents Retrieve Documents (as Vector Store for Chain/Tool) Retrieve Documents (as Tool for AI Agent) Rerank Results Get Many parameters Insert Documents parameters Retrieve Documents (As Vector Store for Chain/Tool) parameters Retrieve Documents (As Tool for AI Agent) parameters Include Metadata Node options Metadata Filter Redis Configuration Options Insert Options Templates and examples Related resources Self-hosted AI Starter Kit Supabase Vector Store Weaviate Vector Store Zep Vector Store Sub-nodes Sub-nodes Default Data Loader GitHub Document Loader Embeddings AWS Bedrock Embeddings Azure OpenAI Embeddings Cohere Embeddings Google Gemini Embeddings Google PaLM Embeddings Google Vertex Embeddings HuggingFace Inference Embeddings Mistral Cloud Embeddings Ollama Embeddings OpenAI Anthropic Chat Model AWS Bedrock 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custom variables Cookbook Cookbook Handling dates Query JSON with JMESPath Built-in methods and variables examples Built-in methods and variables examples execution getWorkflowStaticData Retrieve linked items from earlier in the workflow (node-name).all vars Expressions Expressions Check incoming data Common issues Code node Code node Get number of items returned by last node Get the binary data buffer Output to the browser console HTTP Request node HTTP Request node Pagination Advanced AI Advanced AI AI Workflow Builder Chat Hub Accessing n8n MCP server Tutorial: Build an AI workflow in n8n RAG in n8n LangChain in n8n LangChain in n8n Overview Langchain concepts in n8n LangChain learning resources Use LangSmith with n8n Evaluations Evaluations Overview Light evaluations Metric-based evaluations Tips and common issues Examples and concepts Examples and concepts Introduction What is a chain? What is an agent? Agents vs chains example What is memory? What is a tool? Use Google Sheets as a data source Call an API to fetch data Set a human fallback for AI workflows Let AI specify tool parameters What is a vector database? Populate a Pinecone vector database from a website API API Authentication Pagination Using an API playground API reference Embed Embed Prerequisites Deployment Configuration Workflow management Workflows templates White labelling Table of contents Prerequisites Node usage patterns Use as a regular node to insert and retrieve documents Connect directly to an AI agent as a tool Use a retriever to fetch documents Use the Vector Store Question Answer Tool to answer questions Node parameters Operation Mode Get Many Insert Documents Retrieve Documents (as Vector Store for Chain/Tool) Retrieve Documents (as Tool for AI Agent) Rerank Results Get Many parameters Insert Documents parameters Retrieve Documents (As Vector Store for Chain/Tool) parameters Retrieve Documents (As Tool for AI Agent) parameters Include Metadata Node options Metadata Filter Redis Configuration Options Insert Options Templates and examples Related resources Self-hosted AI Starter Kit Integrations Built-in nodes Cluster nodes Root nodes Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --> Redis Vector Store node # Use the Redis Vector Store node to interact with your Redis database as a vector store . You can insert documents into the vector database, get documents from the vector database, retrieve documents using a retriever connected to a chain , or connect it directly to an agent to use as a tool . On this page, you'll find the node parameters for the Redis Vector Store node, and links to more resources. Credentials You can find authentication information for this node here . Parameter resolution in sub-nodes Sub-nodes behave differently to other nodes when processing multiple items using an expression. Most nodes, including root nodes, take any number of items as input, process these items, and output the results. You can use expressions to refer to input items, and the node resolves the expression for each item in turn. For example, given an input of five name values, the expression {{ $json.name }} resolves to each name in turn. In sub-nodes, the expression always resolves to the first item. For example, given an input of five name values, the expression {{ $json.name }} always resolves to the first name. Prerequisites # Before using this node, you need a Redis database with the Redis Query Engine enabled. Use one of the following: - Redis Open Source (v8.0 and later) - includes the Redis Query Engine by default - Redis Cloud - fully managed service - Redis Software - self-managed deployment A new index will be created if you don't have one. Creating your own indices in advance is only necessary if you want to use a custom index schema or reuse an existing index. Otherwise, you can skip this step and let the node create a new index for you based on the options you specify. Node usage patterns # You can use the Redis Vector Store node in the following patterns: Use as a regular node to insert and retrieve documents # You can use the Redis Vector Store as a regular node to insert or get documents. This pattern places the Redis Vector Store in the regular connection flow without using an agent. You can see an example of this in scenario 1 of this template (the template uses the Supabase Vector Store, but the pattern is the same). Connect directly to an AI agent as a tool # You can connect the Redis Vector Store node directly to the tool connector of an AI agent to use a vector store as a resource when answering queries. Here, the connection would be: AI agent (tools connector) -> Redis Vector Store node. Use a retriever to fetch documents # You can use the Vector Store Retriever node with the Redis Vector Store node to fetch documents from the Redis Vector Store node. This is often used with the Question and Answer Chain node to fetch documents from the vector store that match the given chat input. An example of the connection flow (the linked example uses Pinecone, but the pattern is the same) would be: Question and Answer Chain (Retriever connector) -> Vector Store Retriever (Vector Store connector) -> Redis Vector Store. Use the Vector Store Question Answer Tool to answer questions # Another pattern uses the Vector Store Question Answer Tool to summarize results and answer questions from the Redis Vector Store node. Rather than connecting the Redis Vector Store directly as a tool, this pattern uses a tool specifically designed to summarizes data in the vector store. The connections flow (the linked example uses Qdrant, but the pattern is the same) in this case would look like this: AI agent (tools connector) -> Vector Store Question Answer Tool (Vector Store connector) -> Redis Vector store. Node parameters # Operation Mode # This Vector Store node has four modes: Get Many , Insert Documents , Retrieve Documents (As Vector Store for Chain/Tool) , and Retrieve Documents (As Tool for AI Agent) . The mode you select determines the operations you can perform with the node and what inputs and outputs are available. Get Many # In this mode, you can retrieve multiple documents from your vector database by providing a prompt. The prompt is embedded and used for similarity search. The node returns the documents that are most similar to the prompt with their similarity score. This is useful if you want to retrieve a list of similar documents and pass them to an agent as additional context. Insert Documents # Use insert documents mode to insert new documents into your vector database. Retrieve Documents (as Vector Store for Chain/Tool) # Use Retrieve Documents (As Vector Store for Chain/Tool) mode with a vector-store retriever to retrieve documents from a vector database and provide them to the retriever connected to a chain. In this mode you must connect the node to a retriever node or root node. Retrieve Documents (as Tool for AI Agent) # Use Retrieve Documents (As Tool for AI Agent) mode to use the vector store as a tool resource when answering queries. When formulating responses, the agent uses the vector store when the vector store name and description match the question details. Rerank Results # Enables reranking . If you enable this option, you must connect a reranking node to the vector store. That node will then rerank the results for queries. You can use this option with the Get Many , Retrieve Documents (As Vector Store for Chain/Tool) and Retrieve Documents (As Tool for AI Agent) modes. Get Many parameters # Redis Index : Enter the name of the Redis vector search index to use. Optionally choose an existing one from the list. Prompt : Enter the search query. Limit : Enter how many results to retrieve from the vector store. For example, set this to 10 to get the ten best results. This Operation Mode includes one Node option , the Metadata Filter . Insert Documents parameters # Redis Index : Enter the name of the Redis vector search index to use. Optionally choose an existing one from the list. Retrieve Documents (As Vector Store for Chain/Tool) parameters # Redis Index : Enter the name of the Redis vector search index to use. This Operation Mode includes one Node option , the Metadata Filter . Optionally choose an existing one from the list. Retrieve Documents (As Tool for AI Agent) parameters # Name : The name of the vector store. Description : Explain to the LLM what this tool does. A good, specific description allows LLMs to produce expected results more often. Redis Index : Enter the name of the Redis vector search index to use. Optionally choose an existing one from the list. Limit : Enter how many results to retrieve from the vector store. For example, set this to 10 to get the ten best results. Include Metadata # Whether to include document metadata. You can use this with the Get Many and Retrieve Documents (As Tool for AI Agent) modes. Node options # Metadata Filter # Metadata filters are available for the Get Many , Retrieve Documents (As Vector Store for Chain/Tool) , and Retrieve Documents (As Tool for AI Agent) operation modes. This is an OR query. If you specify more than one metadata filter field, at least one of them must match. When inserting data, the metadata is set using the document loader. Refer to Default Data Loader for more information on loading documents. Redis Configuration Options # Available for all operation modes: Metadata Key : Enter the key for the metadata field in the Redis hash (default: metadata ). Key Prefix : Enter the key prefix for storing documents (default: doc: ). Content Key : Enter the key for the content field in the Redis hash (default: content ). Embedding Key : Enter the key for the embedding field in the Redis hash (default: embedding ). Insert Options # Available for the Insert Documents operation mode: Overwrite Documents : Select whether to overwrite existing documents (turned on) or not (turned off). Also deletes the index. Time-to-Live : Enter the time-to-live for documents in seconds. Does not expire the index. Templates and examples # Explore n8n Nodes in a Visual Reference Library by I versus AI View template details 🐶 AI Agent for PetShop Appointments (Agente de IA para agendamentos de PetShop) by Bruno Dias View template details 🤖 AI-Powered WhatsApp Assistant for Restaurants & Delivery Automation by Bruno Dias View template details Browse Redis Vector Store integration templates , or search all templates Related resources # Refer to: Redis Vector Search documentation for more information about Redis vector capabilities. RediSearch documentation for more information about RediSearch. LangChain's Redis Vector Store documentation for more information about the service. View n8n's Advanced AI documentation. Self-hosted AI Starter Kit # New to working with AI and using self-hosted n8n? Try n8n's self-hosted AI Starter Kit to get started with a proof-of-concept or demo playground using Ollama, Qdrant, and PostgreSQL. Chat with the docs This page was Helpful Not helpful Thanks for your feedback! Submit Back to top Previous Qdrant Vector Store Next Supabase Vector Store Made with Material for MkDocs Insiders | 2026-01-13T09:29:09 |
https://support.atlassian.com/subscriptions-and-billing/docs/how-billing-works-for-rovo-dev-standard/ | How billing works for Rovo Dev | Atlassian Support Skip to main content Atlassian Support Apps Documentation Resources Contact us Sign in Sign in Subscriptions and billing Documentation Manage subscriptions and bills for Atlassian cloud apps Manage your subscription for Standard and Premium plans Manage your bill for Enterprise plans Cancel a subscription Service Level Agreement for Atlassian cloud apps Buying Atlassian cloud apps Manage payment methods Manage Atlassian quotes Manage tax information Manage users and user tiers Request a refund Switch from a monthly to an annual subscription Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev How maximum quantity billing works How pricing works for multi-instance Marketplace apps Manage your bill for add-ons Manage your bill for Rovo Manage your Bitbucket subscription on the new billing system Manage your subscription for Atlassian Collections Prepare your contacts ahead of billing migration Reactivate a subscription Set up Atlassian app subscription after purchase Unable to make payments Understand billing accounts Understand billing administration Understand billing for Marketplace apps Understand billing profiles Understand the improved Atlassian billing experience Understand the new partner-managed subscriptions portal Understand your invoice Usage charges and billing Manage subscriptions and bills for Atlassian Guard Manage your bill for Atlassian Guard Standard Manage your bill for Atlassian Guard Premium Unsubscribe from Atlassian Guard Standard Unsubscribe from Atlassian Guard Premium Impact of Trello users on your Atlassian Guard Standard bill Resolve Atlassian Guard payment issue Atlassian Support Subscriptions and billing Resources Manage subscriptions and bills for Atlassian cloud apps How billing works for Rovo Dev Rovo Dev is an intelligent, context-aware agent for professional software engineers. It understands natural language and code, integrates with Atlassian tools, and accelerates the software development lifecycle by handling planning, code generation, reviews, and allowing you to bulk automate tasks. It’s available as a paid Standard subscription, or as a free extra for some existing Jira and Bitbucket subscriptions. Both versions of Rovo Dev provide an allowance of Rovo Dev credits per user. More about Rovo Dev’s features What’s the difference between the paid and free versions of Rovo Dev? Rovo Dev as a free extra For a limited time, some existing paid Jira and Bitbucket subscriptions will provide access to a free version of Rovo Dev. This means that for some customers, as part of your existing Jira or Bitbucket subscription, you’ll receive a set limit of 350 Rovo Dev credits per user, per month. Once a user has used up their free limit, they can’t use anymore until their usage renews at the start of the next billing cycle. You won’t be charged extra for Rovo Dev on Jira or Bitbucket, and it won’t appear on your invoice. For more Rovo Dev credits, organization admins can also upgrade users to Rovo Dev Standard. Rovo Dev Standard If you sign up to Rovo Dev Standard, each user will have an allowance of 2,000 Rovo Dev credits per month. They’ll be allowed to go over this amount for an additional charge — unless an organization admin has set an additional usage limit which prevents them from using extra. Any additional usage charges will be added to the next invoice. Rovo Dev as a free extra Rovo Dev Standard Cost Free with Jira USD 20 per user per month, plus any extra usage charges Rovo Dev credit allowance 350 per user/month 2000 per user/month Additional usage Not available Available for an additional charge (up to the limit set by an admin) Usage limits Not applicable Available for organization admins to set What’s the difference between Rovo Dev credits and Rovo credits? Rovo Dev credits can only be used for Rovo Dev functionality , and are tracked separately. Rovo credits are used for interactions across Rovo and Rovo Agents, which can be used across a number of Atlassian apps. Billing for Rovo Dev Standard Your bill for Rovo Dev Standard is made up of your subscription charge per user (USD 20 per user/month), plus any additional usage charges (charged at USD 0.01 per additional Rovo Dev credit). Additional usage isn’t charged for straight away — it’s added to the next invoice which is issued and charged for at the end of the billing cycle. More about how usage affects your bill If you increase your number of users, we'll automatically increase your quantity and add prorated costs to your next invoice. More about maximum quantity billing Monitoring usage and setting limits If you’re a billing admin, you can view the total additional usage and charges in your billing account. To do this: Select your Rovo Dev Standard subscription from your subscription list or billing preview screen. Select the Usage tab. Organization admins are also able to monitor and view a detailed breakdown of their team’s usage in Atlassian Administration. Billing admins will be able to see the number of users who have used additional Rovo Dev credits, plus the total additional usage across the site. Monitoring usage in Atlassian Administration From Atlassian Administration, go to Insights From the Platform usage drop-down, select Rovo Dev credits Select the Users tab. Updating the additional usage limit in Atlassiab Administration By default, each user will be able to use an additional 2,000 Rovo Dev credits, which means users will be able to use more than their Rovo Dev credit allowance by default. Organization admins are able to disable or update the extra usage limit. To do this: From Atlassian Administration, go to Insights From the Platform usage drop-down, select Rovo Dev credits Select the Credit settings tab Either turn off the Enable extra usage limit toggle, or edit the default limit by selecting the edit icon next to the existing limit. Enter the updated number of Rovo Dev credits you’d like each user will be able to use in addition to their allowance of credits Select Save . Any amount that is used by any user over their allowance will incur additional charges. We recommend that organization admins review this setting and the default additional usage limit once the subscription is up and running to ensure they’re aware of any potential bill impact. Once a user uses their usage limit of Rovo Dev credits, Rovo Dev functionality will be disabled until their usage resets at the next billing cycle. Additional charges Additional usage is charged at $0.01 per Rovo Dev credit over the allowance. This means that, for example, a Rovo Dev Standard user who uses an additional 500 credits will incur an extra charge of USD 5 (0.01 x 500). Billing example: You have a Rovo Dev Standard subscription with 100 users across your site. As part of the subscription, each user has an allowance of 2,000 Rovo Dev credits. Your organization admin has updated the additional usage limit to 500 credits. Over the course of the month, 50 users use their allowance of Rovo Dev credits, and no extra. The other 50 use up their limit of 500 additional Rovo Dev credits. Assuming the user count doesn't change: Base subscription charge (price per user x number of users): 20 x 100 = USD 2,000 Total additional usage charges (additional usage charge x additional usage amount): (0.01 x 500) x 50 users = USD 250 Total bill estimate (base subscription charge + additional usage charges): 2,000 + 250 = USD 2,250 Additional usage charges are added to the next invoice at the end of the billing cycle. Switching to Rovo Dev Standard If your team runs out of Rovo Dev credits on your Jira site, organization admins can switch individual users to Rovo Dev Standard. If users have requested Rovo Dev Standard: From Atlassian Administration, head to Apps > User requests > Access requests tab. You'll see a list of users who have requested a Rovo Dev Standard seat. Select Approve to grant access. From the existing Rovo Dev app: From Atlassian Administration, go to the Rovo Dev app in the App list. Select Manage app from the three-dot menu Add users to the relevant group to upgrade them to the Standard plan. Once given a Rovo Dev Standard seat, users will get a larger allowance of 2,000 Rovo Dev credits, replacing their existing 350 credit allowance. Was this helpful? Yes No It wasn't accurate It wasn't clear It wasn't relevant Provide feedback about this article Still need help? The Atlassian Community is here for you. Ask the Community Manage subscriptions and bills for Atlassian cloud apps Show more Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev How maximum quantity billing works How pricing works for multi-instance Marketplace apps Show more On this page What’s the difference between the paid and free versions of Rovo Dev? What’s the difference between Rovo Dev credits and Rovo credits? Billing for Rovo Dev Standard Monitoring usage and setting limits Additional charges Switching to Rovo Dev Standard Community Questions, discussions, and articles Accessibility Notice at Collection Privacy Policy Terms of Use Security 2026 Atlassian | 2026-01-13T09:29:09 |
https://www.scrive.com/no/priser | Priser - Scrive Skip to main content Tertiary navigation Scrive inngår avtale med Svea Bank Norge France English Global Nederland Sverige Danmark Deutschland Suomi United Kingdom Help Centre Salg +47 23 507 090 Kontakt salg Logg in Primary navigation Produkter Løsninger Ressurser Virksomhet Priser Help Centre Kontakt salg Kjøp nå Prøv Gratis Søk Åpne menyen Hjem / Priser Priser Klar til å komme i gang? Send inn en forespørsel , så tar vi kontakt innen kort tid, eller ta kontakt med salgsavdelingen direkte på +4723507090 Prisliste eSign Signer avtalene online via vår portal, API eller administrerte tjenester. Se priser for våre ulike eSign-produkter: eSign Online eSign GO eSign API Priser for identifisering Løsninger som hjelper deg med å identifisere og autentisere kundene dine med vårt voksende utvalg av digitale ID-tjenester: eID Hub ID Check Priser for Web Forms Samle inn data og signaturer i én enkelt digital flyt med løsninger for utfylling og signering av nettskjemaer. Priser for våre ulike nettskjemaløsninger: eSign Forms Forms builder Kontakt oss Klar til å komme i gang? Kontakt oss så tar vi kontakt innen kort tid Fornavn * Etternavn * E-post * Phone number Dette feltet er obligatorisk Country code Dette feltet er obligatorisk * +47 Telefon Dette feltet er obligatorisk * Firma * Antall ansatte * Antall ansatte Er du en eksisterende kunde? Dette feltet er obligatorisk * Ja Nei Hva gjelder henvendelsen? * Jeg aksepterer Privacy Notice Kontakt meg Hvorfor Scrive? Scrive tilbyr e-signaturer og e-ID-løsninger for små og mellomstore bedrifter samt bedriftsorganisasjoner. Scrive tilbyr en sikker og rask måte å signere og håndtere elektroniske dokumenter på. Hvorfor Scrive? Scrive / Rebel Universitetsgate 2 0164 Oslo Kontakt skjema Footer navigation Produkter eSign Online eSign Go eSign API eID Hub ID Check eSign Forms Forms Builder Løsninger Industrier Casestudier Integrasjoner Priser Priser eSign Online Priser eSign GO Priser eSign API Priser ID Check Priser eID Hub Priser eSign Forms Priser Forms Builder Ressurser Kunnskap Trust Centre Help Centre Digital vs. Elektronisk Signatur Digitalisering Bytt til Scrive Eksterne ressurser System status Verifisere et dokument API-dokumentasjon Scrive brand guidelines Virksomhet Om Scrive Partner Karriere Kontakt oss Secondary navigation Terms of service Privacy notice Cookie declaration © 2026 Scrive | 2026-01-13T09:29:09 |
https://www.scrive.com/sv/losningar/kundcase/avanza | Avanza: Förbättrad onboarding - Scrive Skip to main content Tertiary navigation Scrive + Kivra – signera säkert och nå mottagaren med 90% öppningsfrekvens Sverige France English Global Danmark Norge Nederland Suomi Deutschland United Kingdom Help Centre Kontakta Scrive Kontakta sälj Logga in Primary navigation Produkter Lösningar Resurser Företaget Priser Hjälpcenter Kontakta sälj Köp nu Prova gratis Sök Öppna menyn Hem / Kundcase / Avanza: Förbättrad onboarding Avanza: Förbättrad onboarding När dokumentet signerats online loggar vi automatiskt in kunden till det nya kontot och sannolikheten att de för över pengar till oss mer än dubbleras. 120% Ökning I konverteringsgraden av signerade dokument när man undertecknar elektroniskt på distans 20% Ökning I totala insättningar under första året då Scrive eSign rullades ut 72% Minskning I den total genomsnittliga onboarding-tiden, medan antalet konton fyrfaldigades Du måste acceptera marknadsföringscookies för att se videon. Uppdatera ditt samtycke "När dokumentet signerats online loggar vi automatiskt in kunden till det nya kontot… sannolikheten att de för över pengar till oss mer än dubbleras." Mikael Lindahl, Business Developer, Avanza Bank Kunder till en online-bank förväntar sig troligtvis att kunna göra sina affärer på nätet, inte sant? Så klart de gör, och Avanzas kunder hade ingen anledning att förvänta sig något annat – förutom i ett undantagsfall. “Vi hade ett specifikt problem,” förklarar Mikael Lindahl, Affärsutvecklare på Avanza Bank. “När en ny kund registrerade sig på vår webbsida, var vi tvungna att skicka dem ett pappersdokument för underskrift som de sedan skulle skicka tillbaka till oss.” När det gäller kundupplevelse var detta minst sagt ett olyckligt sätt att inleda relationen. För att inte nämna den onödiga administrativa börda detta innebar för Avanza. “Det kunde ta dagar, eller veckor, även månader,” säger Lindahl. “Vi ville verkligen förkorta den tiden, och vi ville göra det genom att signera dokumenten online.” e-identifiering för att verifiera den undertecknande parten PKI-baserad datasäkerhetsteknik integritetsteknik för att skydda det signerade dokumentet Avanzas utmaningar Kundupplevelse Kunder till en online-bank förväntar sig den bekvämlighet som en digital onboarding-process kan ge Förlorad möjlighet Många veckors fördröjning innan kunder kan överföra pengar till sina nya konton. Kostnad Administrativ börda att processa signerade pappersblanketter, inklusive risk för datafel Scrive var partnern som kunde leverera allt som behövdes “Våra jurister har aldrig godkänt ett projekt snabbare” säger Avanzas lösningsarkitekt Henrik Littecke. “De älskade Scrive!” Genom att integrera Scrives e-signeringstjänst i arbetsflödet för onboarding kunde Avanza erbjuda sina kunder en chans att snabbt och enkelt börja använda sitt nya konto. Därigenom minskade de även sin egen administration: inga papper, ingen väntan. När kunderna signerade onboarding-dokumenten online, verifierade de sig själva med <strong>BankID</strong>, vilket är en standardfunktion i Scrives gränssnitt för signering. Dessutom är integriteten i varje signerat dokument säkerställt under dokumentets livstid. Dokumenten är vidare både <strong>säkra och sökbara i Scrives E-arkiv</strong>. "Vi hade ett specifikt problem, när en ny kund registrerade sig online på vår webbsida, var vi ändå tvungna att skicka dem ett pappersdokument för underskrift som de sedan skulle skicka tillbaka till oss med posten." Mikael Lindahl, Business Developer, Avanza Bank Avanzas lösning eSign GO Digitalisering utan integration. Är dina system ett hinder för din digitala resa? Är det brådskande? Transformera din butik eller ditt kontor snabbt tillsammans med Scrive. Utforska eSign GO Boka en demo Boka ett möte med oss för att se hur Scrive kan hjälpa dig att effektivisera era processer och skapa värde för din organisation Förnamn * Efternamn * Email * Phone number Detta fält är obligatoriskt Country code Detta fält är obligatoriskt * +46 Telefonnummer Detta fält är obligatoriskt * Företagsnamn * Antal anställda Välj antal anställda Meddelande Jag accepterar Privacy Notice Kontakta mig Relaterade kundcase Investerum: Digital innovation inom finansbranschen Bank och finans Läs kundcase Hypoteket: Revolutionerar bolånemarknaden Bank och finans Läs kundcase Qred: Effektiv hantering av fullmakter och interna dokument Bank och finans Läs kundcase Varför Scrive? Scrive tillhandahåller e-signaturer och eID-lösningar för företag och erbjuder ett säkert och snabbt sätt att signera och hantera elektroniska dokument. Scrives expertis och erfarenhet av digitalisering är nyckeln till framgångsrika partnerskap med några av Europas största varumärken. Varför Scrive Scrive Grev Turegatan 11A 114 46 Stockholm Kontakta sälj Footer navigation Produkter eSign Online eSign Go eSign API Scrive QES eID Hub ID Check eSign Forms Forms Builder Lösningar Industrier Kundcase Integrationer Priser Pricing eSign Online Priser eSign API Priser eSign GO Priser ID Check Priser eID Hub Priser eSign Forms Priser Forms Builder Resurser Kunskap Trust Centre Hjälpcenter Utmaningar vi löser Digitalisering Signera avtal digitalt med bankid Externa resurser Verifiera ett dokument System status API dokumentation Brand guidelines Företaget Om Scrive Partners Karriär Kontakt Secondary navigation Terms of service Privacy notice Cookie Declaration © 2026 Scrive Vad är du intresserad av? Detta fält är obligatoriskt * Esignering - Automatisera arbetsflöden Identifiering - Ökad säkerhet och verifiering Webbformulär - Effektivisera datainsamling API - Utforska integrationsmöjligheter Jag vill veta mer om Scrive | 2026-01-13T09:29:09 |
https://www.scrive.com/fr/solutions/les-clients/avanza | Avanza : Amélioration du flux d'accueil - Scrive Skip to main content Tertiary navigation Ne manquez pas le lancement de notre dernier produit eSign Forms France English Global Sverige Danmark Norge Nederland Suomi Deutschland United Kingdom Help Centre +46 8 446 866 02 Nous contacter Se connecter Primary navigation Produits Solutions Ressources Entreprise Prix Help Centre Nous contacter Achetez maintenant Essai gratuit Recherche Ouvrir le menu Accueil / Solutions / Clients / Avanza : Amélioration du flux d’accueil Avanza : Amélioration du flux d’accueil Après la signature, les nouveaux clients sont automatiquement connectés à leur compte, ce qui les incite deux fois plus à déposer des fonds. 120% D’augmentation Du taux de conversion des documents signés lorsqu’ils sont signés électroniquement et à distance.. 20% D’augmentation Des dépôts au cours de la première année suivant l’introduction de Scrive eSign. 72% De diminution De la durée totale moyenne du processus d’intégration tout en quadruplant le nombre de comptes d’utilisateurs. Vous devez accepter les cookies marketing pour voir la vidéo. Mettez à jour votre consentement "Après avoir signé le document en ligne, les nouveaux clients sont immédiatement connectés à leur compte, et cela les rend deux fois plus susceptibles de déposer des fonds chez nous" Mikael Lindahl, Business Developer, Avanza Bank Bien entendu, les clients d’une banque en ligne s’attendent à pouvoir faire des affaires en ligne, non ? Sans aucun doute. Les clients d’Avanza n’avaient aucune raison de s’attendre à autre chose – à une exception flagrante. “Nous avons eu un problème”, explique Mikael Lindahl, Développeur Commercial chez Avanza Bank. “Chaque fois qu’un nouveau client s’inscrivait sur notre site Web, nous devions lui envoyer un document papier qu’il devait signer et nous renvoyer.” En termes d’expérience client, c’était pour le moins un début malheureux pour la relation. Cela signifiait également un travail administratif inutile pour Avanza. “Cela prenait parfois des jours, des semaines, voire des mois”, explique Lindahl. “Nous voulions raccourcir ce processus en signant le document en ligne.” Cependant, l’équipe d’avocats d’Avanza acceptait les signatures électroniques uniquement si la solution répondait à deux exigences de sécurité essentielles : Identification électronique pour l’authentification du signataire Technologie d’intégrité des données basée sur l’Infrastructure à Clé Publique (PKI) pour protéger le document signé Les défis d'Avanza Expérience client Les clients d’une banque en ligne s’attendent à la commodité d’un processus d’intégration numérique Possibilités perdues Des semaines de retard avant que les clients puissent virer de l’argent sur leur nouveau compte Coûts Les charges administratives liées au traitement des formulaires papier signés, y compris les erreurs de données Avanza a vu dans Scrive le partenaire qui pourrait résoudre tous ces problèmes “Nous n’avons jamais connu une acceptation aussi rapide de notre service juridique pour un projet”, déclare Henrik Littecke, Architecte de Solutions chez Avanza. “Ils aiment Scrive!” En intégrant le service eSign de Scrive à l’historique d’intégration, Avanza a permis à de nouveaux clients de commencer à utiliser leur compte rapidement et facilement. De cette manière, la propre administration pourrait être facilitée: pas de papier, pas d’attente. Pour signer les documents d’intégration en ligne, les clients s’authentifient à l’aide de leur identifiant bancaire suédois, un standard de l’interface de signature Scrive. L’intégrité de chaque document signé est garantie pour toute la vie du document et il est sécurisé et consultable dans les E-archives de Scrive. "Nous avions un problème. Lorsqu'un nouveau client s'inscrivait sur notre site web, nous devions lui envoyer un document papier qu'il devait signer et nous renvoyer" Mikael Lindahl, Business Developer, Avanza Bank Solution Scrive présentée eSign GO Plusieurs systèmes, une seule solution. eSign GO est une solution révolutionnaire qui vous permet d’atteindre vos objectifs en un clin d’œil. Découvrir eSign Go Réservez une démonstration Réservez une démonstration pour voir comment Scrive peut simplifier vos processus commerciaux et apporter de la valeur à votre entreprise. Prénom * Nom de famille * Email * Phone number Ce champ est obligatoire Country code Ce champ est obligatoire * +33 Numéro de téléphone Ce champ est obligatoire * Nom de l'entreprise * Nombre d'employés * Nombre d'employés Sélectionnez le nombre d’employés Message J’accepte la politique de confidentialité . Réservez une Démonstration Cas de clients apparentés Nordnet : Une meilleure onboarding Finance Lire l'étude de cas Pleo : Onboarding des clients Finance Lire l'étude de cas Qred : Numérisation des procurations et simplification de la gestion interne des documents Finance Lire l'étude de cas Pourquoi Scrive? Scrive fournit des solutions de signature électronique et d’identification électronique pour les petites et moyennes sociétés, ainsi que pour les organisations d’entreprise. Pourquoi Scrive Footer navigation Produits eSign Online eSign API eSign GO eID Hub ID Check eSign Forms Forms Builder Solutions Les industries Clients Intégrations Prix Prix eSign Online Prix eSign API Prix eSign GO Prix ID Check Prix eID Hub Prix eSign Forms Prix Forms Builder Ressources Centre de connaissances Centre de confiance Help centre Digitalisation La transformation digitale Plus System status Verify a document API documentation Scrive brand guidelines Entreprise À propos de nous Partners Carrière Contact Secondary navigation Terms of service Privacy notice Cookie Declaration © 2026 Scrive Qu'est-ce qui vous intéresse ? Ce champ est obligatoire * Signatures électroniques - Automatisez les flux de travail Identification - Renforcez la sécurité et la vérification Formulaires web - Simplifiez la collecte de données API - Explorez les possibilités d'intégration Je veux en savoir plus sur Scrive | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/pango-0.13.5.0 | pango: Binding to the Pango text rendering engine. Hackage :: [Package] Search Browse What's new Upload User accounts pango : Binding to the Pango text rendering engine. [ graphics , lgpl , library ] [ Propose Tags ] [ Report a vulnerability ] This package provides a wrapper around the Pango C library that allows high-quality rendering of Unicode text. It can be used either with Cairo to output text in PDF, PS or other documents or with Gtk+ to display text on-screen. Modules [ Index ] Graphics Rendering Graphics.Rendering.Pango Graphics.Rendering.Pango.Attributes Graphics.Rendering.Pango.BasicTypes Graphics.Rendering.Pango.Cairo Graphics.Rendering.Pango.Context Graphics.Rendering.Pango.Enums Graphics.Rendering.Pango.Font Graphics.Rendering.Pango.Layout Graphics.Rendering.Pango.Markup Graphics.Rendering.Pango.Rendering Graphics.Rendering.Pango.Structs Graphics.Rendering.Pango.Types Flags Automatic Flags Name Description Default new-exception Enable build with a base library that contains the new exception library. Enabled Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info Downloads pango-0.13.5.0.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.11.0 , 0.11.1 , 0.11.2 , 0.12.0 , 0.12.1 , 0.12.2 , 0.12.3 , 0.12.4 , 0.12.5.0 , 0.12.5.3 , 0.13.0.0 , 0.13.0.1 , 0.13.0.2 , 0.13.0.3 , 0.13.0.4 , 0.13.0.5 , 0.13.1.0 , 0.13.1.1 , 0.13.2.0 , 0.13.3.0 , 0.13.3.1 , 0.13.4.0 , 0.13.5.0 , 0.13.6.0 , 0.13.6.1 , 0.13.8.0 , 0.13.8.1 , 0.13.8.2 , 0.13.10.0 , 0.13.11.0 , 0.13.12.0 Dependencies array , base (>=4 && <5) , cairo (>=0.13.0.0 && <0.14) , containers , directory , glib (>=0.13.0.0 && <0.14) , mtl , pretty , process , text (>=0.11.0.6 && <1.3) [ details ] Tested with ghc ==7.0.4, ghc ==7.2.2, ghc ==7.4.1 License LGPL-2.1-only Copyright (c) 2001-2010 The Gtk2Hs Team Author Axel Simon, Duncan Coutts Maintainer gtk2hs-users@lists.sourceforge.net Uploaded by HamishMackenzie at 2018-04-22T02:09:40Z Stability stable --> Category Graphics Home page http://projects.haskell.org/gtk2hs/ Bug tracker https://github.com/gtk2hs/gtk2hs/issues Source repo head: git clone https://github.com/gtk2hs/gtk2hs (pango) Distributions Arch: 0.13.11.0 , Debian: 0.13.8.1 , Fedora: 0.13.12.0 , FreeBSD: 0.13.1.0 , LTSHaskell: 0.13.12.0 , NixOS: 0.13.12.0 , openSUSE: 0.13.12.0 Reverse Dependencies 24 direct, 3909 indirect [ details ] Downloads 63426 total (122 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2018-04-22 [ all 1 reports ] Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
https://www.scrive.com/fr/prix | Prix - Scrive Skip to main content Tertiary navigation Ne manquez pas le lancement de notre dernier produit eSign Forms France English Global Nederland Sverige Danmark Norge Deutschland Suomi United Kingdom Help Centre +46 8 446 866 02 Nous contacter Se connecter Primary navigation Produits Solutions Ressources Entreprise Prix Help Centre Nous contacter Achetez maintenant Essai gratuit Recherche Ouvrir le menu Accueil / Prix Prix Prêt à démarrer ? Effectuez une demande et nous vous contacterons rapidement, ou contactez directement le service commercial au +46 8 446 866 02 Tarifs pour eSign Signez les accords en ligne via notre portail, notre API ou nos services gérés. Consultez les tarifs pour nos différents produits eSign : eSign Online eSign GO eSign API Tarifs pour l’identification Les solutions pour vous aider à identifier et authentifier vos clients avec notre gamme croissante de services d’identité numérique : eID Hub ID Check Tarifs des formulaires Web Collectez les données et signatures dans un seul flux numérique avec des solutions de formulaires Web à compléter et signer. Tarifs de nos différentes solutions de formulaires Web : eSign Forms Forms builder Contactez-nous Prêt à démarrer ? Contactez-nous et nous reviendrons vers vous rapidement Prénom * Nom de famille * Email * Phone number Ce champ est obligatoire Country code Ce champ est obligatoire * +33 Numéro de téléphone Ce champ est obligatoire * Nom de la Compagnie * Nombre d'employés * Nombre d'employés Êtes-vous déjà client ? Ce champ est obligatoire * Oui Non Message J'accepte la Privacy Policy CONTACTEZ-NOUS Pourquoi Scrive? Scrive fournit des solutions de signature électronique et d’identification électronique pour les petites et moyennes sociétés, ainsi que pour les organisations d’entreprise. Pourquoi Scrive Footer navigation Produits eSign Online eSign API eSign GO eID Hub ID Check eSign Forms Forms Builder Solutions Les industries Clients Intégrations Prix Prix eSign Online Prix eSign API Prix eSign GO Prix ID Check Prix eID Hub Prix eSign Forms Prix Forms Builder Ressources Centre de connaissances Centre de confiance Help centre Digitalisation La transformation digitale Plus System status Verify a document API documentation Scrive brand guidelines Entreprise À propos de nous Partners Carrière Contact Secondary navigation Terms of service Privacy notice Cookie Declaration © 2026 Scrive | 2026-01-13T09:29:09 |
https://hackage.haskell.org/packages/tag/apache | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged apache 629 packages have this tag. [Merge tag] (trustees only) Related tags: library (593), program (119), data (86), development (63), network (61), text (58), web (48), system (24), unclassified (24), testing (23), deprecated (21), language (18), data-structures (17), cryptography (16), ai (14), nix (14), aerospace (12), concurrency (12), control (12), database (12), cardano (9), streaming (9), codec (8), observability (8), cloud (7), distributed-computing (6), filesystem (6), algorithms (5), aws (5), constraints (5), devops (5), graphs (5), math (5), numeric (5), opentelemetry (5), streamly (5), algebra (4), api (4), ci (4), education (4), ethereum (4), generics (4), graphics (4), parsing (4), static-analysis (4), unicode (4), application (3), blockchain (3), console (3), editor (3), foreign (3), game (3), hash (3), security (3), xml (3), big-data (2), build-tool (2), compression (2), databases (2), desktop (2), distribution (2), error-handling (2), functions (2), game-engine (2), json (2), lenses (2), logging (2), monads (2), prelude (2), random (2), safe (2), sound (2), symbolic-computation (2), toml (2), tools (2), user-interfaces (2), value (2), analysis (1), arithmetic (1), attoparsec (1), authentication (1), binary (1), bit (1), build (1), bytestring (1), cast (1), cli (1), coin (1), combinators (1), command-line-tool (1), compiler (1), config (1), configuration (1), covenant (1), ... Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers Advise-me 3 0.0 0 Assessment services for the Advise-Me project ( apache , education , library , program ) 2019-10-30 0.1 BastiaanHeeren HasBigDecimal 7 2.25 3 A library for arbitrary precision decimal numbers. ( apache , library , math , program ) 2022-09-01 0.2.0.0 thma HaskellAnalysisProgram 2 0.0 0 Haskell source code analysis program ( apache , program , source-code-analysis ) 2020-07-13 0.1.0 BastiaanHeeren ImpSpec 3 0.0 0 Imperative approach to testing stateful applications. ImpSpec is built on top of HSpec and QuickCheck. ( apache , library , testing ) 2025-10-01 0.2.0.0 lehins , IOHK MicroCabal 17 0.0 0 A partial Cabal replacement ( apache , language , program ) 2024-11-10 0.3.1.2 LennartAugustsson MicroHs 75 2.5 0 A small compiler for Haskell ( apache , language , library , program ) 2025-12-17 0.15.0.0 LennartAugustsson ONC-RPC 4 0.0 0 ONC RPC (aka Sun RPC) and XDR library ( apache , library , network , program ) 2022-11-11 0.2 DylanSimon Object 1 0.0 1 Object oriented programming for haskell using multiparameter typeclasses. ( apache , control , data , library ) 2014-05-15 1.0 yokto Tic-Tac-Toe 9 2.0 1 Tic Tac Toe in your command line! ( apache , game , program ) 2015-09-19 0.1.0.2 2016rshah Updater 9 0.0 1 Monadic FRP library based on stm ( apache , frp , library ) 2015-09-17 0.3 yokto WEditor 15 0.0 2 Generic text-editor logic for use with fixed-width fonts. ( apache , library , text ) 2020-04-21 0.2.1.1 ta0kira WEditorBrick 6 0.0 0 Text-editor widget with dynamic line-wrapping for use with Brick. ( apache , graphics , library , program ) 2020-04-20 0.2.0.1 ta0kira WEditorHyphen 10 0.0 0 Language-specific hyphenation policies for WEditor. ( apache , library , text ) 2020-04-21 0.1.0.5 ta0kira aasam 4 2.0 0 Convert distfix precedence grammars to unambiguous context-free grammars. ( apache , library , parsing ) 2022-08-18 0.2.0.0 mobotsar abstractly-keyed-implicits 6 0.0 0 Manage the implicit parameter namespace dynamically at compile time. ( apache , data , library ) 2025-12-28 0.1.1.0 shlevy aeson-decode 6 0.0 1 Easy functions for converting from Aeson.Value ( apache , json , library ) 2023-03-01 0.1.0.1 chris_martin , Monoid_Mary algo-s 3 0.0 0 An implementation of Knuth's algorithm S. ( apache , data , library , program ) 2016-08-16 0.1.0.0 EricRochester alpaca-netcode 2 2.0 0 Rollback/replay NetCode for realtime, deterministic, multiplayer games. ( apache , game-engine , library , network ) 2021-04-02 0.1.0.0 DavidEichmann android-lint-summary 1 0.0 0 A pretty printer for Android Lint errors ( apache , library , program , web ) 2015-06-30 0.2.1 passy arion-compose 17 2.0 0 Run docker-compose with help from Nix/NixOS ( apache , cloud , distributed-computing , distribution , library , network , program ) 2024-12-11 0.2.2.0 RobertHensing array-mhs 2 0.0 0 Mutable and immutable arrays ( apache , data-structures , library ) 2025-09-12 0.5.8.0 LennartAugustsson asap 8 0.0 0 Atlassian Service Authentication Protocol ( apache , library , web ) 2019-03-26 0.0.4 puffnfresh ascii 187 2.25 12 The ASCII character set and encoding ( apache , data , library , text ) 2025-01-21 1.7.0.2 chris_martin , Monoid_Mary ascii-case 51 0.0 5 ASCII letter case ( apache , data , library , text ) 2025-01-21 1.0.1.4 chris_martin , Monoid_Mary ascii-caseless 11 0.0 3 ASCII character without an upper/lower case distinction ( apache , data , library , text ) 2025-01-21 0.0.0.2 chris_martin , Monoid_Mary ascii-char 50 0.0 9 A Char type representing an ASCII character ( apache , data , library , text ) 2023-01-05 1.0.1.0 chris_martin , Monoid_Mary ascii-group 46 0.0 1 ASCII character groups ( apache , data , library , text ) 2023-12-31 1.0.0.17 chris_martin , Monoid_Mary ascii-numbers 31 0.0 1 ASCII representations of numbers ( apache , data , library , numeric , text ) 2025-01-21 1.2.0.2 chris_martin ascii-predicates 45 0.0 1 Various categorizations of ASCII characters ( apache , data , library , text ) 2025-01-21 1.0.1.4 chris_martin , Monoid_Mary ascii-superset 124 0.0 4 Representing ASCII with refined supersets ( apache , data , library , text ) 2025-01-21 1.3.0.2 chris_martin , Monoid_Mary ascii-th 59 0.0 1 Template Haskell support for ASCII ( apache , data , library , text ) 2025-01-21 1.2.0.2 chris_martin , Monoid_Mary atlassian-connect-core 58 0.0 1 Atlassian Connect snaplet for the Snap Framework and helper code. ( apache , library , snap , web ) 2023-08-07 0.10.1.0 RobertMassaioli , eero , AshleyValent atlassian-connect-descriptor 51 0.0 2 Code that helps you create a valid Atlassian Connect Descriptor. ( apache , data , library ) 2023-08-06 0.4.15.0 RobertMassaioli , eero , AshleyValent atomic-counter 30 0.0 3 Mutable counters that can be modified with atomic operatinos ( apache , concurrency , data , data-structures , library ) 2025-10-07 0.1.2.4 SergeyVinokurov atomic-modify 8 0.0 1 A typeclass for mutable references that have an atomic modify operation. ( apache , concurrency , library ) 2022-01-14 0.1.0.3 chris_martin attenuation 8 0.0 2 Subtyping relations and variance roles ( apache , constraints , library ) 2021-10-11 0.2.0 AndrewPritchard attenuation-profunctors 3 0.0 0 Attenuation support for Profunctors. ( apache , constraints , library ) 2021-10-11 0.1.0 AndrewPritchard attoparsec-run 7 0.0 1 Conveniently run Attoparsec parsers ( apache , library , parsing ) 2023-04-10 0.0.2.0 chris_martin , Monoid_Mary aws-configuration-tools 2 0.0 0 Configuration types, parsers & renderers for AWS services ( apache , cloud , configuration , library ) 2015-05-07 0.1.0.0 JonSterling aws-dynamodb-streams 3 0.0 1 Haskell bindings for Amazon DynamoDB Streams ( apache , library , network ) 2014-12-08 0.1.0.0 JonSterling , puffnfresh aws-kinesis 21 0.0 4 Bindings for Amazon Kinesis ( apache , aws , cloud , distributed-computing , library , network , web ) 2015-03-30 0.1.5 larsk aws-kinesis-client 44 0.0 1 A producer & consumer client library for AWS Kinesis ( apache , cloud , library , program ) 2015-05-07 0.4.0.2 JonSterling , larsk aws-kinesis-reshard 3 0.0 1 Reshard AWS Kinesis streams in response to Cloud Watch metrics ( apache , cloud , library , program ) 2015-01-22 0.1.0.1 JonSterling aws-lambda 5 0.0 1 Haskell bindings for AWS Lambda ( apache , cloud , library , network ) 2015-01-07 0.1.0.1 JonSterling aws-lambda-haskell-runtime 61 0.0 1 Haskell runtime for AWS Lambda ( apache , aws , library ) 2024-02-22 4.3.2 NickSeagull , mikota95 aws-lambda-runtime 4 0.0 0 Haskell on AWS Lambda Runtime API ( apache , aws , development , library , program ) 2020-01-08 0.0.0.1 phadej aws-mfa-credentials 4 0.0 1 Keep your AWS credentials file up to date with MFA-carrying credentials ( apache , config , program ) 2017-05-19 0.1.0.0 shlevy barbies-layered 5 0.0 0 Barbies with layered clothes. ( apache , data-structures , library ) 2021-07-15 0.1.0.0 kakkun61 batching 4 0.0 0 An Applicative Functor deferring actions to run in a batch later. ( algorithms , apache , library ) 2021-09-09 0.1.0.0 AndrewPritchard bazel-coverage-report-renderer 2 0.0 0 HTML Coverage Reports for Rules_Haskell ( apache , build-tool , program ) 2019-05-23 0.1.0 MathieuBoespflug , Profpatsch , SebastianKazenbrootGuppy bazel-runfiles 7 0.0 0 Locate Bazel runfiles location ( apache , build-tool , library , program ) 2020-04-25 0.12 MathieuBoespflug , shmish111 bech32 33 2.0 7 Implementation of the Bech32 cryptocurrency address format (BIP 0173). ( apache , library , program , web ) 2025-06-12 1.1.9 ErikDeCastroLopo , JonathanKnowles , rvl , KtorZ , KingWilliamNoel bech32-th 22 0.0 1 Template Haskell extensions to the Bech32 library. ( apache , library , web ) 2025-06-12 1.1.9 ErikDeCastroLopo , JonathanKnowles , rvl , KtorZ , KingWilliamNoel betacode 8 0.0 1 A codec for beta code (http://en.wikipedia.org/wiki/Beta_Code). ( apache , library , text ) 2025-05-31 0.1.0.3 EricRochester bindings-friso 4 0.0 1 Low level bindings for friso ( apache , ffi , library ) 2014-07-31 0.1.0.0 cosmo0920 bip32 8 0.0 1 BIP-0032: Hierarchical Deterministic Wallets for Bitcoin and other cryptocurrencies ( apache , cryptography , library ) 2020-06-24 0.2 RenzoCarbonara bitcoin-address 4 0.0 0 Bitcoin address generation and rendering. Parsing coming soon. ( apache , cryptography , library ) 2020-06-23 0.1 RenzoCarbonara bitcoin-hash 3 0.0 2 Bitcoin hash primitives ( apache , cryptography , library ) 2020-06-19 0.1 RenzoCarbonara bitcoin-keys 3 0.0 3 Bitcoin keys ( apache , cryptography , library ) 2020-06-21 0.1 RenzoCarbonara bits-show 2 0.0 0 Showing data as strings of 0 and 1 ( apache , bit , library , text ) 2023-03-30 0.0.0.0 chris_martin blacktip 4 0.0 1 Decentralized, k-ordered unique ID generator. ( apache , database , library ) 2014-08-30 0.1.0.1 bitemyapp blake3 14 0.0 2 BLAKE3 hashing algorithm ( apache , cryptography , library ) 2023-02-04 0.3 RenzoCarbonara blockfrost-api 78 0.0 4 API definitions for blockfrost.io ( apache , cardano , library ) 2025-12-02 0.14.0.0 srk , blockfrost blockfrost-client 42 0.0 1 blockfrost.io basic client ( apache , cardano , library ) 2025-12-02 0.11.0.0 srk , blockfrost blockfrost-client-core 15 0.0 1 blockfrost.io common client definitions / instances ( apache , cardano , library ) 2025-12-02 0.7.0.0 srk , blockfrost blockfrost-pretty 2 0.0 0 blockfrost.io pretty-printing utilities ( apache , library , web ) 2021-09-14 0.1.0.0 srk , blockfrost blockio 11 0.0 1 Perform batches of disk I/O operations. ( apache , library , system ) 2025-12-10 0.1.1.1 jdral bloomfilter-blocked 5 0.0 0 Fast, compact Bloom filters ( apache , data , library ) 2025-11-25 0.1.0.1 DuncanCoutts , jdral bottom 5 0.0 0 Encoding and decoding for the Bottom spec. ( apache , codec , library , program ) 2021-04-02 0.2.0.0 leo bricks (deprecated) 7 0.0 1 Bricks is a lazy functional language based on Nix. ( apache , deprecated , language , library ) 2018-02-10 0.0.0.4 chris_martin bricks-internal (deprecated) 3 0.0 5 ... ( apache , deprecated , language , library ) 2018-02-10 0.0.0.4 chris_martin bricks-internal-test (deprecated) 6 0.0 1 ... ( apache , deprecated , language , library ) 2018-02-10 0.0.0.4 chris_martin bricks-parsec (deprecated) 3 0.0 1 ... ( apache , deprecated , language , library ) 2018-02-10 0.0.0.4 chris_martin bricks-rendering (deprecated) 4 0.0 1 ... ( apache , deprecated , language , library ) 2018-02-10 0.0.0.4 chris_martin bricks-syntax (deprecated) 4 0.0 3 ... ( apache , deprecated , language , library ) 2018-02-10 0.0.0.4 chris_martin bson 112 0.0 21 BSON documents are JSON-like objects with a standard binary encoding. ( apache , data , library ) 2020-03-23 0.4.0.1 FedorGogolev , GregWeber , MaximMitroshin , TonyHannan , VictorDenisov burnt-explorer 8 0.0 1 List OP_RETURN cryptocurrency transaction outputs. ( apache , cryptocurrency , program ) 2018-07-02 2.0.0 KrzysiekJ cabal-helper 78 2.0 3 Give Haskell development tools access to Cabal project environment ( apache , distribution , library ) 2020-05-02 1.1.0.0 DanielG cached-io 16 0.0 0 A simple library to cache IO actions ( apache , development , library ) 2025-12-08 1.3.1.0 pjrt , potomak , glasserc , mhova , jack , rickowens , Bellroy , kokobd , HughDavidson , LukeWorth cachix 173 0.0 0 Command-line client for Nix binary cache hosting https://cachix.org ( apache , library , nix , program ) 2026-01-06 1.10.0 domenkozar cachix-api 129 0.0 1 Servant HTTP API specification for https://cachix.org ( apache , library , nix ) 2026-01-06 1.10.0 domenkozar camfort 54 0.0 1 CamFort - Cambridge Fortran infrastructure ( analysis , apache , fortran , language , library , program ) 2022-10-12 1.2.0 DominicOrchard , mdanish , madgen , raehik , nhuber canteven-config (deprecated) 6 0.0 2 A pattern for configuring programs. ( apache , deprecated , library , unclassified ) 2015-06-22 1.0.0.0 pjrt , potomak , glasserc , mhova canteven-listen-http 6 0.0 1 data types to describe HTTP services ( apache , development , library ) 2017-08-29 1.0.0.3 pjrt , potomak , glasserc , mhova canteven-log (deprecated) 18 0.0 4 A canteven way of setting up logging for your program. ( apache , deprecated , development , library ) 2018-02-02 2.0.2.1 pjrt , potomak , glasserc , mhova canteven-parsedate 4 0.0 1 Date / time parsing utilities that try to guess the date / time format. ( apache , library , unclassified ) 2016-08-18 1.0.1.2 mhova canteven-template 1 0.0 1 A few utilites and helpers for using Template Haskell in your projects. ( apache , library , web ) 2015-12-15 0.1.0.0 pjrt , potomak , glasserc , mhova cardano-addresses 8 0.0 0 Utils for constructing a command-line on top of cardano-addresses. ( apache , cardano , library , program ) 2025-12-31 4.0.2 cardano_foundation cardano-coin-selection 5 0.0 0 Algorithms for coin selection and fee balancing. ( apache , cardano , coin , library , utxo ) 2020-05-13 1.0.1 JonathanKnowles , rvl , KtorZ cardano-transactions 3 0.0 0 Library utilities for constructing and signing Cardano transactions. ( apache , cardano , library , program ) 2020-04-21 1.0.0 KtorZ cassette 7 0.0 1 Combinators to simultaneously define parsers and pretty printers ( apache , library , parsing , text ) 2025-06-20 0.2.0.1 MathieuBoespflug castle 5 0.0 1 A tool to manage shared cabal-install sandboxes. ( apache , development , program ) 2015-04-20 0.1.0.1 EricRochester cereal-text 8 0.0 21 Data.Text instances for the cereal serialization library ( apache , data , library ) 2016-06-01 0.1.0.2 ulikoehler choose 1 0.0 1 Choose random elements from a stream. ( apache , library , random ) 2016-10-16 0.1.0.0 chris_martin choose-exe 3 0.0 1 Command-line program to choose random element from a stream. ( apache , application , library , program ) 2016-10-16 0.1.0.0 chris_martin cicero-api 8 0.0 0 API bindings to IOHK's Cicero job scheduler ( apache , api , library , program ) 2022-10-12 0.1.2.0 shlevy clang-pure 22 0.0 1 Pure C++ code analysis with libclang ( apache , language , library ) 2020-01-31 0.2.0.6 PatrickChilton cld2 12 0.0 1 Haskell bindings to Google's Compact Language Detector 2 ( apache , library , text ) 2018-03-21 0.1.1.1 dfranke , k_bx codex 121 0.0 1 A ctags file generator for cabal project dependencies. ( apache , development , library , program ) 2020-03-14 0.6.0.0 bitemyapp , aloiscochard , parsonsmatt collate 3 0.0 0 An Applicative Functor for extracting parts of a stream of values ( algorithms , apache , library ) 2021-09-09 0.1.0.0 AndrewPritchard colour-text 4 0.0 0 Print and parse colors ( apache , graphics , library , text ) 2025-01-21 0.0.0.1 chris_martin compendium-client 6 0.0 1 Client for the Compendium schema server ( apache , library , network ) 2020-11-19 0.2.1.1 AlejandroSerrano , FlavioCorpa container 39 0.0 3 Containers abstraction and utilities. ( apache , data , library ) 2018-12-18 1.1.6 danilo2 , iamrecursion contra-tracer 6 0.0 3 Arrow and contravariant tracers ( apache , library , logging ) 2021-06-16 0.2.0.0 alexvieth convert 23 0.0 4 Safe and unsafe data conversion utilities with strong type-level operation. checking. ( apache , data , library ) 2018-12-18 1.5.1 danilo2 , iamrecursion cookie-tray 4 0.0 0 For serving cookies ( apache , library , web ) 2025-01-21 0.0.0.1 chris_martin covenant 17 0.0 0 Standalone IR for Cardano scripts. ( apache , covenant , library ) 2025-12-17 1.3.0 koz_ross cpio-conduit 2 0.0 3 Conduit-based CPIO ( apache , data , library ) 2015-08-04 0.7.0 DanAloni craft 5 0.0 1 A UNIX configuration management library in Haskell ( apache , library , unclassified ) 2016-09-17 0.0.0.1 joehillen credential-store 6 0.0 0 Library to access secure credential storage providers ( apache , desktop , library , program ) 2018-01-01 0.1.2 blaze cuddle 11 0.0 0 CDDL Generator and test utilities ( apache , codec , library , program ) 2025-12-16 1.1.2.0 lehins , j_jaager , IOHK data-base 4 0.0 1 Utilities for accessing and comparing types based on so called bases - representations with limited polymorphism. ( apache , library , text ) 2016-01-30 1.1 danilo2 , iamrecursion data-construction 7 0.0 1 Data construction abstractions including Constructor, Destructor, Maker, Destroyer, Producer and Consumer. ( apache , library , text ) 2016-01-30 1.1 danilo2 , iamrecursion data-forest 28 0.0 1 A simple multi-way tree data structure ( apache , data-structures , library ) 2025-01-21 0.1.0.13 chris_martin , Monoid_Mary data-layer 16 0.0 3 Data layering utilities. Layer is a data-type which wrapps other one, but keeping additional information. If you want to access content of simple newtype object, use Lens.Wrapper instead. ( apache , library , text ) 2016-01-30 1.0.4 danilo2 , iamrecursion data-repr 4 0.0 2 Alternative to Show data printing utility. ( apache , library , text ) 2015-10-22 1.0 danilo2 , iamrecursion data-result 4 0.0 1 Data types for returning results distinguishable by types. ( apache , library , text ) 2016-01-30 1.0 danilo2 , iamrecursion data-rtuple 3 0.0 1 Recursive tuple data structure. It is very usefull when implementing some lo-level operations, allowing to traverse different elements using Haskell's type classes. ( apache , library , text ) 2015-10-21 1.0 danilo2 , iamrecursion data-validation 19 2.0 0 A library for creating type safe validations. ( apache , data , library ) 2021-02-11 0.1.2.5 bcj , sambolias , DevinLyons dbus 334 0.0 26 A client library for the D-Bus IPC system. ( apache , desktop , library , network ) 2025-06-17 1.4.1 JohnMillikin , blaze delta-store 3 0.0 0 Facilities for storing a Haskell value, using delta types. ( apache , data-structures , library ) 2025-03-27 1.0.0.0 HeinrichApfelmus , cardano_foundation delta-types 2 0.0 1 Delta types, also known as change actions. ( apache , data-structures , library ) 2025-03-27 1.0.0.0 HeinrichApfelmus , cardano_foundation dependent-literals 10 0.0 0 Library for dependent-literals-plugin ( apache , constraints , library ) 2021-11-05 0.2.0 AndrewPritchard dependent-literals-plugin 11 0.0 0 Dependent integer literals ( apache , constraints , library ) 2021-11-05 0.1.0.2 AndrewPritchard dependent-state 7 0.0 1 Control structure similar to Control.Monad.State, allowing multiple nested states, distinguishable by provided phantom types. ( apache , data , library ) 2016-01-30 1.0.1 danilo2 , iamrecursion deptrack-core 3 0.0 2 DepTrack Core types and model. ( apache , graphs , library ) 2018-09-15 0.1.0.0 LucasDiCioccio deptrack-devops 3 0.0 1 DepTrack applied to DevOps. ( apache , devops , library ) 2018-09-15 0.1.0.0 LucasDiCioccio deptrack-dot 2 0.0 1 Facilitate Graphviz representations of DepTrack dependencies. ( apache , graphs , library ) 2018-09-16 0.1.0.0 LucasDiCioccio derive-lifted-instances 15 0.0 1 Derive class instances though various kinds of lifting ( apache , data , development , generics , library ) 2026-01-05 0.3 SjoerdVisscher deriveJsonNoPrefix 4 0.0 1 Derive ToJSON/FromJSON instances in a more prefix-friendly manner. ( apache , data , library ) 2018-07-17 0.1.0.1 igrep directory-ospath-streaming 27 0.0 1 Stream directory entries in constant memory in vanilla IO ( apache , file , library , streaming ) 2025-09-28 0.3 SergeyVinokurov distribution 9 2.0 2 Finite discrete probability distributions. ( apache , library , math ) 2017-06-29 1.1.1.0 RomainEdelmann distribution-plot 3 0.0 1 Easily plot distributions from the distribution package.. ( apache , library , math ) 2014-08-04 1.0.0.0 RomainEdelmann e11y 4 0.0 1 An event-oriented observability library ( apache , library , observability ) 2024-01-16 0.1.0.0 shlevy e11y-otel 3 0.0 0 OpenTelemetry-based rendering for e11y ( apache , library , observability ) 2024-01-16 0.1.0.0 shlevy editor-open 44 0.0 2 Open the user's $VISUAL or $EDITOR for text input. ( apache , library , program , text ) 2015-05-19 0.6.0.0 pharpend either-list-functions 23 2.0 2 Functions involving lists of Either ( apache , data , library ) 2025-01-21 0.0.4.8 chris_martin , Monoid_Mary either-result 19 0.0 1 The simplest ‘MonadFail’ instance ( apache , data , library ) 2025-08-17 0.3.2.0 kakkun61 emacs-module 19 0.0 1 Utilities to write Emacs dynamic modules ( apache , foreign , foreign-binding , library ) 2025-10-08 0.3 SergeyVinokurov ethereum-analyzer 45 0.0 2 A Ethereum contract analyzer. ( apache , ethereum , library , static-analysis ) 2017-12-25 3.3.4 zchn ethereum-analyzer-cli 27 0.0 0 A CLI frontend for ethereum-analyzer. ( apache , cli , ethereum , library , program , static-analysis ) 2017-12-25 3.3.4 zchn ethereum-analyzer-deps 31 0.0 3 Stripped dependencies of ethereum-analyzer. ( apache , ethereum , library , static-analysis ) 2017-12-25 3.3.4 zchn ethereum-analyzer-webui 26 0.0 0 A web frontend for ethereum-analyzer ( apache , ethereum , library , program , static-analysis , web ) 2017-12-25 3.3.4 zchn ethereum-rlp 4 0.0 3 Ethereum Recursive Length Prefix Encoding ( apache , data-structures , library ) 2017-08-31 0.1.0 jamshid eventuo11y 39 0.0 4 An event-oriented observability library ( apache , library , observability ) 2023-03-01 0.9.0.1 shlevy eventuo11y-batteries 43 0.0 0 Grab bag of eventuo11y-enriched functionality ( apache , library , observability ) 2024-01-25 0.4.0.2 shlevy eventuo11y-dsl 6 0.0 1 DSL for defining eventuo11y fields and selectors ( apache , library , observability ) 2022-12-23 0.2.0.0 shlevy eventuo11y-json 16 0.0 1 aeson-based rendering for eventuo11y ( apache , library , observability ) 2024-01-25 0.3.0.3 shlevy eventuo11y-otel 9 0.0 0 OpenTelemetry-based rendering for eventuo11y ( apache , library , observability ) 2023-01-17 0.1.0.2 shlevy eventuo11y-prometheus 3 0.0 0 Prometheus backend for eventuo11y ( apache , library , observability ) 2023-02-27 0.1.0.0 shlevy faceted 5 0.0 1 Faceted computation for dynamic information flow security ( apache , library , security ) 2014-05-12 0.0.2.0 KennKnowles fakefs 18 0.0 0 Extensible fake file system for testing. ( apache , library , testing ) 2020-09-05 0.3.0.2 igrep fakepull 4 0.0 0 Monad to pull from fake stream-like objects. ( apache , library , testing ) 2020-09-05 0.3.0.2 igrep fin-int 10 0.0 4 Finite sets of static size ( apache , data , library ) 2023-03-13 0.2.0.1 AndrewPritchard finite-table 4 0.0 0 Types isomorphic to Fin, and Tables indexed by them. ( apache , data , library ) 2021-09-17 0.1.0.1 AndrewPritchard fizzbuzz-as-a-service 11 1.25 1 FizzBuzz as a service ( apache , network-apis , program ) 2018-09-11 0.1.0.3 chris_martin fluent-logger 34 0.0 2 A structured logger for Fluentd (Haskell) ( apache , library , network ) 2015-06-27 0.2.3.1 NoriyukiOhkawa fnmatch 4 0.0 0 fnmatch C wrapper ( apache , library , system ) 2024-01-08 0.1.0.0 domenkozar folly-clib 5 0.0 1 The folly C++ library from Meta ( apache , library , unclassified ) 2025-07-14 20250713.1537 SimonMarlow fortran-src 98 0.0 3 Parsers and analyses for Fortran standards 66, 77, 90, 95 and 2003 (partial). ( apache , language , library , program ) 2025-12-19 0.16.9 DominicOrchard , mdanish , madgen , raehik , nhuber fortran-src-extras 33 0.0 1 Common functions and utils for fortran-src. ( apache , language , library , program ) 2025-12-19 0.5.5 DominicOrchard , mdanish , madgen , raehik , nhuber fortran-vars 15 0.0 0 Fortran memory model and other static analysis tools. ( apache , language , library , program ) 2023-06-22 0.4.0 DominicOrchard , raehik , nhuber fractaltext 1 0.0 0 Reference implementation of FractalText ( apache , data , library ) 2025-02-24 0.1.0 0y2k from 5 0.0 1 Typeclasses for type conversion mappings ( apache , library , typeclass ) 2025-10-24 1.0.0.1 xt from-string 8 0.0 0 Instances of 'From' for common string types ( apache , bytestring , library , string , text ) 2025-10-24 1.0.0.2 xt fs-api 12 0.0 3 Abstract interface for the file system ( apache , library , system ) 2025-06-12 0.4.0.0 jasagredo , jdral , IOHK fs-sim 13 0.0 0 Simulated file systems ( apache , library , testing ) 2025-09-29 0.4.1.0 jasagredo , jdral , IOHK functor-monadic 10 0.0 2 Monad-style combinators for functors. ( apache , data , library ) 2015-05-17 0.1.0.3 jtapolczai , jtapolczai2 functor-utils 15 0.0 2 Collection of functor utilities, providing handy operators, like generalization of (.). ( apache , data , library ) 2018-12-18 1.17.2 danilo2 , iamrecursion fusion-plugin 24 2.0 2 GHC plugin to make stream fusion more predictable. ( apache , development , library ) 2023-11-01 0.2.7 harendra , pranaysashank , adithyaov , ranjeetra g3p-hash 13 0.0 0 Global Password Prehash Protocol ( apache , cryptography , library ) 2025-01-20 2.0.0.0 LeonSmith general-allocate 41 0.0 3 Exception-safe resource management in more monads ( apache , control , exceptions , library ) 2024-01-13 0.2.3.1 shlevy gerrit 26 0.0 0 A gerrit client library ( apache , development , library ) 2025-01-06 0.1.6.1 TristanCacqueray , fboucher ghc-compat 22 0.0 0 GHC compatibility for MicroHs ( apache , library , system ) 2026-01-09 0.5.5.0 LennartAugustsson ghcide 185 0.0 39 The core of an IDE ( apache , development , library ) 2025-09-30 2.12.0.0 AlanZimmerman , NeilMitchell , PepeIborra , cocreature , aherrmann , berberman , jneira , hls_team ghcide-bench 24 0.0 0 An LSP client for running performance experiments on HLS ( apache , development , library , program ) 2024-05-08 2.8.0.0 hls_team ghcide-test-utils 6 0.0 1 Test utils for ghcide ( apache , development , library ) 2024-02-08 2.0.0.0 hls_team git-sanity 6 0.0 1 A sanity checker for your git history. ( apache , development , library , program ) 2014-12-23 0.1.0.0 aloiscochard gitignore-ospath 6 0.0 0 Library for reading .gitignore files and filtering paths ( apache , development , library ) 2026-01-09 0.1.0.2 federicotedin goldplate 18 0.0 0 A lightweight golden test runner ( apache , language , library , program ) 2024-09-30 0.2.2.1 AndreasAbel , JasperVanDerJeugt grafdhall 3 0.0 0 Configure grafana dashboards from Dhall expression ( apache , program , system ) 2022-05-19 0.1.0.0 TristanCacqueray grakn 5 0.0 1 A Haskell client for Grakn ( apache , database , graphs , library ) 2017-12-18 0.3.0 graknlabs grapesy-etcd 8 0.0 0 grapesy-etcd - GRPC interface to etcd ( apache , library , unclassified ) 2025-02-19 0.3.0 locallycompact graph-generators 21 2.0 1 Functions for generating structured or random FGL graphs ( algorithms , apache , graphs , library , program ) 2018-06-08 0.1.4.0 ulikoehler graql 5 0.0 1 Execute Graql queries on a Grakn graph ( apache , database , graphs , library ) 2017-01-13 0.1.1 aelred groot 3 0.0 0 Command line utility to manage AWS ECS resources ( apache , aws , cloud , library , program ) 2018-04-30 0.0.1.0 alonsodomin group-with 12 0.0 1 Classify objects by key-generating function, like SQL GROUP BY ( apache , data , library ) 2015-08-17 0.2.0.3 ulikoehler grpc-haskell 10 0.0 0 Haskell implementation of gRPC layered on shared C library. ( apache , library , network ) 2021-04-19 0.1.0 GabrielGonzalez , ParnellSpringmeyer , evanrelf , rizoid grpc-haskell-core 6 0.0 1 Haskell implementation of gRPC layered on shared C library. ( apache , library , network ) 2021-05-18 0.1.0 GabrielGonzalez h-raylib 127 2.5 1 Raylib bindings for Haskell ( apache , graphics , library ) 2025-10-14 5.5.3.1 Anut hadoop-formats 10 0.0 1 Read/write file formats commonly used by Hadoop. ( apache , data , library ) 2014-10-16 0.2.1.1 JacobStanley hadoop-rpc 17 0.0 2 Use the Hadoop RPC interface from Haskell. ( apache , data , library ) 2016-02-25 1.1.0.0 ConradParker , JacobStanley hadoop-tools 29 0.0 1 Fast command line tools for working with Hadoop. ( apache , data , program ) 2016-02-25 1.0.1 ConradParker , JacobStanley hail 17 0.0 1 A service for pull-based continuous deployment based on hydra. ( apache , program , system ) 2017-08-23 0.2.0.0 shlevy hash-addressed 22 0.0 2 Hash-addressed file storage ( apache , filesystem , hash , library ) 2023-02-09 0.2.0.1 chris_martin , Monoid_Mary hash-addressed-cli 12 0.0 0 Hash-addressed file storage app ( apache , filesystem , hash , library , program ) 2023-02-08 2.1.0.1 chris_martin , Monoid_Mary hash-string 15 0.0 1 binary strings supporting constant-time base16 and comparisons ( apache , cryptography , library ) 2025-06-02 0.1.0.2 LeonSmith hasherize 4 0.0 0 Hash digests for files and directories ( apache , filesystem , hash , library , program ) 2023-07-05 0.0.0.0 chris_martin haskell-awk 18 0.0 1 Transform text from the command-line using Haskell expressions. ( apache , console , library , program ) 2021-05-08 1.2.0.1 JensPetersen , MarioPastorelli , gelisam haskell-halogen-core 1 0.0 0 Haskell port of purescript-halogen library ( apache , library , program , web ) 2025-05-30 0.9.0 Swordlash haskell-language-server 82 2.5 0 LSP server for GHC ( apache , development , library , program ) 2025-09-30 2.12.0.0 AlanZimmerman , NeilMitchell , PepeIborra , mpickering , cocreature , Ailrun , luke_ , berberman , jneira , hls_team haverer 7 0.0 0 Implementation of the rules of Love Letter ( apache , game , library , program ) 2015-06-08 0.3.0.0 jml hedgehog-extras 108 0.0 0 Supplemental library for hedgehog ( apache , library , test ) 2025-11-03 0.10.1.0 haskellworks , carbolymer , jimbo4350 , john_ky_iog hein 15 0.0 1 An extensible build helper for haskell, in the vein of leiningen. ( apache , development , program ) 2015-06-06 0.1.0.5 khanage hercules-ci-agent 69 0.0 1 Runs Continuous Integration tasks on your machines ( apache , ci , devops , library , nix , program , testing ) 2026-01-06 0.10.8 RobertHensing hercules-ci-api 25 0.0 1 Hercules CI API definition with Servant ( apache , library , program , unclassified ) 2024-05-19 0.8.4.0 RobertHensing hercules-ci-api-agent 36 0.0 2 API definition for Hercules CI Agent to talk to hercules-ci.com or Hercules CI Enterprise ( apache , api , ci , devops , library , nix , testing ) 2024-02-12 0.5.1.0 RobertHensing hercules-ci-api-core 17 0.0 4 Types and convenience modules use across Hercules CI API packages ( apache , api , ci , devops , library , nix , testing ) 2024-05-02 0.1.7.0 RobertHensing hercules-ci-cli 43 0.0 0 The hci command for working with Hercules CI ( apache , library , program , unclassified ) 2026-01-06 0.3.9 RobertHensing hercules-ci-cnix-expr 50 0.0 2 Bindings for the Nix evaluator ( apache , ci , devops , library , nix , testing ) 2026-01-06 0.5.1.0 RobertHensing hercules-ci-cnix-store 64 0.0 4 Haskell bindings for Nix's libstore ( apache , library , nix ) 2026-01-06 0.4.1.0 RobertHensing hflags 20 2.0 6 Command line flag parser, very similar to Google's gflags ( apache , console , library ) 2017-12-05 0.4.3 GergelyRisko , MihalyBarasz hie-compat 17 0.0 5 HIE files for GHC 8.8 and other HIE file backports ( apache , development , library ) 2023-11-13 0.3.1.2 AlanZimmerman , PepeIborra , wz1000 , fendor , jneira , hls_team hie-core (deprecated in favor of ghcide ) 3 0.0 0 The core of an IDE ( apache , deprecated , development , library , program ) 2019-09-07 0.0.1 cocreature hierarchical-exceptions 5 0.0 1 Template Haskell functions to easily create exception hierarchies ( apache , language , library ) 2014-01-21 1.0.1 BenjaminBarenblat himari 22 0.0 0 A standard library for Haskell as an alternative to rio ( apache , control , library ) 2026-01-12 1.0.5.0 ncaq hls-alternate-number-format-plugin 33 0.0 1 Provide Alternate Number Formats plugin for Haskell Language Server ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , jneira , Nicksuchecki , hls_team hls-cabal-fmt-plugin 26 0.0 1 Integration with the cabal-fmt code formatter ( apache , development , library ) 2024-01-15 2.6.0.0 hls_team hls-call-hierarchy-plugin 36 0.0 1 Call hierarchy plugin for Haskell Language Server ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , jneira , hls_team hls-change-type-signature-plugin 28 0.0 1 Change a declarations type signature with a Code Action ( apache , development , library ) 2024-01-15 2.6.0.0 hls_team hls-class-plugin 58 0.0 1 Class/instance management plugin for Haskell Language Server ( apache , development ) 2024-01-15 2.6.0.0 AlanZimmerman , PepeIborra , Ailrun , jneira , hls_team hls-code-range-plugin 26 0.0 1 HLS Plugin to support smart selection range and Folding range ( apache , development , library ) 2024-01-15 2.6.0.0 hls_team hls-eval-plugin 82 2.0 1 Eval plugin for Haskell Language Server ( apache , development , library ) 2024-01-15 2.6.0.0 PasqualinoAssini , PepeIborra , Ailrun , berberman , jneira , hls_team hls-exactprint-utils (deprecated in favor of ghcide ) 2 0.0 1 Common utilities to interaction between ghc-exactprint and HLS plugins. ( apache , deprecated , library , web ) 2021-01-10 0.5.0.1 AlanZimmerman , HiromiIshii , PepeIborra , Ailrun , isovector , wz1000 , luke_ , jneira hls-explicit-fixity-plugin 25 0.0 1 Show fixity explicitly while hovering ( apache , development , library ) 2024-01-15 2.6.0.0 hls_team hls-explicit-imports-plugin 55 0.0 2 Explicit imports plugin for Haskell Language Server ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , Ailrun , berberman , jneira , hls_team hls-floskell-plugin 52 0.0 1 Integration with the Floskell code formatter ( apache , development ) 2024-01-15 2.6.0.0 PepeIborra , Ailrun , berberman , jneira , hls_team hls-fourmolu-plugin 45 0.0 1 Integration with the Fourmolu code formatter ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , Ailrun , jneira , hls_team hls-gadt-plugin 27 0.0 1 Convert to GADT syntax plugin ( apache , development ) 2024-01-15 2.6.0.0 hls_team hls-graph 71 0.0 16 Haskell Language Server internal graph API ( apache , development , library ) 2025-09-30 2.12.0.0 NeilMitchell , PepeIborra , jneira , hls_team hls-haddock-comments-plugin 36 0.0 1 Haddock comments plugin for Haskell Language Server ( apache , development ) 2023-08-29 2.2.0.0 PepeIborra , Ailrun , berberman , jneira , hls_team hls-hlint-plugin 52 0.0 1 Hlint integration plugin with Haskell Language Server ( apache , development ) 2024-01-15 2.6.0.0 AlanZimmerman , PepeIborra , jneira , hls_team hls-module-name-plugin 36 0.0 1 Module name plugin for Haskell Language Server ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , jneira , hls_team hls-ormolu-plugin 40 0.0 1 Integration with the Ormolu code formatter ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , jneira , hls_team hls-plugin-api 76 0.0 37 Haskell Language Server API for plugin communication ( apache , development , library ) 2025-09-30 2.12.0.0 AlanZimmerman , PepeIborra , wz1000 , luke_ , berberman , jneira , hls_team hls-pragmas-plugin 55 0.0 1 Pragmas plugin for Haskell Language Server ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , Ailrun , berberman , jneira , hls_team hls-qualify-imported-names-plugin 21 0.0 1 A Haskell Language Server plugin that qualifies imported names ( apache , development , library ) 2024-01-15 2.6.0.0 PepeIborra , jneira , eddiemundo , hls_team hls-refactor-plugin 25 0.0 7 Exactprint refactorings for Haskell Language Server ( apache , development ) 2024-01-15 2.6.0.0 hls_team hls-refine-imports-plugin 19 0.0 1 Refine imports plugin for Haskell Language Server ( apache , development , library ) 2023-06-28 2.0.0.1 PepeIborra , jneira , hls_team hls-rename-plugin 35 0.0 1 Rename plugin for Haskell Language Server ( apache , development ) 2024-01-15 2.6.0.0 PepeIborra , jneira , hls_team hls-retrie-plugin 76 0.0 2 Retrie integration plugin for Haskell Language Server ( apache , development ) 2024-01-15 2.6.0.0 PepeIborra , Ailrun , berberman , jneira , hls_team hls-selection-range-plugin 2 0.0 0 HLS Plugin to support smart selection range ( apache , development , library ) 2022-01-29 1.0.0.0 PepeIborra , jneira , kokobd , hls_team hls-semantic-tokens-plugin 3 0.0 1 Call hierarchy plugin for Haskell Language Server ( apache , development , library ) 2024-01-15 2.6.0.0 hls_team hls-splice-plugin 72 0.0 1 HLS Plugin to expand TemplateHaskell Splices and QuasiQuotes ( apache , development ) 2024-01-15 2.6.0.0 AlanZimmerman , HiromiIshii , PepeIborra , Ailrun , wz1000 , luke_ , jneira , hls_team hls-stan-plugin 18 0.0 1 Stan integration plugin with Haskell Language Server ( apache , development ) 2024-01-15 2.6.0.0 hls_team hls-stylish-haskell-plugin 42 0.0 1 Integration with the Stylish Haskell code formatter ( apache , development ) 2024-01-15 2.6.0.0 PepeIborra , Ailrun , berberman , jneira , michaelpj , hls_team hls-tactics-plugin 58 0.0 1 Wingman plugin for Haskell Language Server ( apache , development ) 2023-08-29 2.2.0.0 AlanZimmerman , PepeIborra , Ailrun , isovector , wz1000 , jneira , hls_team hls-test-utils 116 0.0 0 Utilities used in the tests of Haskell Language Server ( apache , development , library ) 2025-09-30 2.12.0.0 PepeIborra , Ailrun , berberman , jneira , hls_team hnix-store-core 57 0.0 7 Core types used for interacting with the Nix store. ( apache , library , nix ) 2024-07-31 0.8.0.0 imalsogreg , shlevy , srk , AntonLatukha hnix-store-db 6 0.0 0 Nix store database support ( apache , library , nix ) 2025-09-16 0.1.0.1 srk hnix-store-json 3 0.0 1 JSON serialization for core types ( apache , library , nix ) 2024-07-31 0.1.0.0 srk hnix-store-nar 8 0.0 3 NAR file format ( apache , library , nix ) 2024-10-09 0.1.1.0 srk hnix-store-readonly 2 0.0 0 Read-only Nix store ( apache , library , nix ) 2024-07-31 0.1.0.0 srk hnix-store-remote 32 0.0 1 Remote hnix store ( apache , library , nix ) 2024-07-31 0.7.0.0 shlevy , srk , AntonLatukha hnix-store-tests 4 0.0 1 Test utilities and instances ( apache , library , nix ) 2024-07-31 0.1.0.0 srk hocker 16 0.0 0 Interact with the docker registry and generate nix build instructions ( apache , library , program , utilities ) 2020-08-17 1.0.6 ParnellSpringmeyer homotuple 19 0.0 2 Homotuple, all whose elements are the same type ( apache , data , library ) 2023-08-18 0.2.1.1 kakkun61 honk 9 0.0 1 Cross-platform interface to the PC speaker. ( apache , library , sound ) 2015-07-12 1.3.0.0 ChrisWong hopfli 11 0.0 1 Bidings to Google's Zopfli compression library ( apache , codec , library ) 2017-06-17 0.2.2.1 ananthakumaran , contivero hoppy-runtime 31 0.0 3 C++ FFI generator - Runtime support ( apache , foreign , library ) 2024-06-02 0.9.0 khumba hoppy-std 28 0.0 1 C++ FFI generator - Standard library bindings ( apache , foreign , library ) 2024-06-02 0.9.0 khumba hprox 52 0.0 0 a lightweight HTTP proxy server, and more ( apache , library , program , proxy , web ) 2025-01-19 0.6.4 BinJin hs-multiaddr 9 2.0 1 Multiaddr library ( apache , data , library ) 2018-04-25 0.1.4 CMCDragonkai hsaml2 8 0.0 1 OASIS Security Assertion Markup Language (SAML) V2.0 ( apache , library , network , security , web ) 2022-02-03 0.1.2 DylanSimon hsnsq 6 0.0 1 Haskell NSQ client. ( apache , library , network ) 2014-10-20 0.1.2.0 PaulBerens hsoptions 3 0.0 1 Haskell library that supports command-line flag processing ( apache , library , program , system ) 2014-04-28 1.0.0.0 josercruz01 htoml-parse 4 0.0 0 Parse TOML values produced by htoml-megaparsec package. ( apache , data , library , toml ) 2022-04-05 0.1.0.1 SergeyVinokurov http-grammar 5 0.0 1 Attoparsec-based parsers for the RFC-2616 HTTP grammar rules. ( apache , library , web ) 2025-08-11 0.1.0.4 rickowens http-mock 3 0.0 0 HTTP mocking and expectations library for Haskell ( apache , library , testing ) 2019-09-22 0.1.0.0 frincon human-parse 9 0.0 1 A lawless typeclass for parsing text entered by humans. ( apache , library , text ) 2018-02-10 0.1.0.3 chris_martin human-text 7 0.0 1 A lawless typeclass for converting values to human-friendly text. ( apache , library , text ) 2018-02-10 0.1.0.3 chris_martin hw-polysemy 89 0.0 0 Opinionated polysemy library ( apache , development , library ) 2024-12-30 0.3.1.2 haskellworks hw-prelude 52 0.0 2 Opinionated prelude library ( apache , development , library ) 2025-05-31 0.0.5.0 haskellworks hydra 15 2.0 0 Graph programming language ( apache , data , library ) 2025-08-29 0.12.0 joshsh i 2 0.0 0 Haskell interval types. Bounds checking. ( apache , library , numbers ) 2023-03-22 0.1 RenzoCarbonara ideas 34 0.0 3 Feedback services for intelligent tutoring systems ( apache , education , library ) 2019-09-13 1.8 AlexGerdes , BastiaanHeeren , JohanJeuring ideas-math-types 7 0.0 1 Common types for mathematical domain reasoners ( apache , education , library ) 2019-10-30 1.1 BastiaanHeeren ideas-statistics 4 0.0 0 Interactive domain reasoner for statistics ( apache , education , program ) 2020-04-03 1.0 BastiaanHeeren ihaskell-symtegration 4 0.0 0 IHaskell extension for making the use of Symtegration more seamless. ( apache , development , ihaskell , library , symbolic-computation ) 2025-02-01 0.1.0 chungyc imgur 1 0.0 0 A function to post an image to imgur ( apache , library , tools ) 2019-07-05 1.0 DmitryIvanov impossible 17 0.0 2 Set of data and type definitions of impossible types. Impossible types are useful when declaring type classes / type families instances that should not be expanded by GHC until a specific type is provided in order to keep the types nice and readable. ( apache , data , library ) 2018-12-18 1.1.4 danilo2 , iamrecursion integer-types 15 0.0 2 Integer, Natural, and Positive ( apache , library , numeric ) 2024-11-16 0.1.4.1 chris_martin , Monoid_Mary invert 20 2.0 0 Automatically generate a function’s inverse ( apache , functions , library ) 2025-01-21 1.0.0.5 chris_martin , Monoid_Mary io-classes 31 2.25 15 Type classes for concurrency with STM, ST and timing ( apache , control , library ) 2025-11-27 1.9.0.0 coot , IOHK io-classes-mtl (deprecated in favor of io-classes ) 9 2.0 0 Experimental MTL instances for io-classes ( apache , control , deprecated , library ) 2024-05-17 0.1.2.0 coot , IOHK io-sim 40 2.0 0 A pure simulator for monadic concurrency with STM. ( apache , library , testing ) 2025-11-27 1.9.0.0 coot , IOHK ipfs 68 0.0 0 Access IPFS locally and remotely ( apache , library , network ) 2023-04-05 1.4.1 expede , dholms isbn 16 1.5 0 ISBN Validation and Manipulation ( apache , data , library ) 2023-12-26 1.1.0.5 charukiewicz jml-web-service 3 0.0 1 Common utilities for running a web service ( apache , library , web ) 2018-01-30 0.1.0 jml job 6 0.0 0 Job queue ( apache , databases , library ) 2024-05-27 0.1.1 RenzoCarbonara jobs-ui 8 0.0 0 A library for creating a jobs management website running custom jobs. ( apache , library , web ) 2019-12-21 0.2.0.0 gilmi jose 130 1.75 26 JSON Object Signing and Encryption (JOSE) and JSON Web Token (JWT) library ( apache , cryptography , library ) 2025-08-18 0.12 frasertweedale jsonrpc-tinyclient 8 0.0 3 Tiny JSON-RPC client for Haskell Web3 library. ( apache , library , network ) 2024-10-25 1.0.1.0 akru , domenkozar karps 4 0.0 1 Haskell bindings for Spark Dataframes and Datasets ( apache , big-data , library , web ) 2017-04-11 0.2.0.0 krapsh katip-raven 6 0.0 0 Katip scribe for raven (https://sentry.io) ( apache , library , web ) 2024-01-11 0.1.1.0 domenkozar keelung 9 0.0 0 DSL for creating zero-knowledge proofs ( apache , cryptography , library ) 2023-03-01 0.9.2 btq_ag krapsh 10 0.0 1 Haskell bindings for Spark Dataframes and Datasets ( apache , big-data , library , web ) 2017-01-16 0.1.9.0 krapsh kubernetes-api 36 0.0 2 Auto-generated kubernetes-api API Client ( apache , library , web ) 2025-02-11 132.0.0 thomasjm kubernetes-api-client 17 0.0 1 Client library for Kubernetes ( apache , library , web ) 2025-11-25 0.6.1.2 thomasjm kubernetes-client 21 0.0 1 Client library for Kubernetes ( apache , library , web ) 2020-12-04 0.3.2.0 axeman , guoshimin kubernetes-client-core 30 0.0 2 Auto-generated kubernetes-client-core API Client ( apache , library , web ) 2020-11-05 0.3.1.0 axeman , guoshimin laborantin-hs 26 0.0 1 an experiment management framework ( apache , experiment , library , program ) 2014-04-18 0.1.5.2 LucasDiCioccio language-avro 14 2.0 1 Language definition and parser for AVRO files. ( apache , library , network ) 2022-01-20 0.1.4.0 FlavioCorpa language-ninja 8 2.0 0 A library for dealing with the Ninja build language. ( apache , build , language , library , program ) 2017-08-02 0.2.0 taktoa language-protobuf 5 0.0 2 Language definition and parser for Protocol Buffers. ( apache , library , network ) 2020-02-04 1.0.1 AlejandroSerrano launchdarkly-server-sdk 85 0.0 1 Server-side SDK for integrating with LaunchDarkly ( apache , library , web ) 2025-12-16 4.5.1 launchdarkly launchdarkly-server-sdk-redis-hedis 5 0.0 0 LaunchDarkly Server-Side SDK - Redis Integration ( apache , library , web ) 2023-02-22 1.0.0 launchdarkly lawful-classes-hedgehog 13 0.0 0 Hedgehog support for lawful-classes ( apache , library , testing ) 2023-02-02 0.1.2.1 NicolasTrangez lawful-classes-quickcheck 15 0.0 0 QuickCheck support for lawful-classes ( apache , library , testing ) 2023-02-02 0.1.2.1 NicolasTrangez lawful-classes-types 6 0.0 2 Types for lawful-classes ( apache , library , testing ) 2023-02-02 0.1.0.2 NicolasTrangez layered-state 13 0.0 2 Control structure similar to Control.Monad.State, allowing multiple nested states, distinguishable by provided phantom types. ( apache , data , library ) 2018-12-18 1.1.5 danilo2 , iamrecursion layouting 14 0.0 1 General layouting library. Currently supports layouting 2D areas and can be used as a backend for text pretty printing or automatic windows layouting managers. ( apache , data , library ) 2018-12-18 1.1.4 danilo2 , iamrecursion layoutz 15 1.5 0 Simple, beautiful CLI output for Haskell ( apache , library , text ) 2025-11-26 0.2.0.0 mattlianje layoutz-hs (deprecated in favor of layoutz ) 3 0.0 0 Simple, beautiful CLI output for Haskell ( apache , deprecated , library , text ) 2025-10-15 0.1.0.0 mattlianje leb128-binary 12 0.0 0 Signed and unsigned LEB128 codec for binary library ( apache , binary , library ) 2023-11-14 0.1.3 RenzoCarbonara legion (deprecated in favor of om-legion ) 37 2.25 2 Distributed, stateful, homogeneous microservice framework. ( apache , concurrency , deprecated , library , network ) 2017-04-17 0.10.0.0 rickowens legion-discovery (deprecated) 25 0.0 0 A discovery service based on Legion. ( apache , deprecated , library , program , value ) 2017-04-30 1.0.0.1 rickowens legion-discovery-client (deprecated) 20 0.0 1 Client library for communicating with legion-discovery. ( apache , deprecated , library , web ) 2017-08-13 0.2.0.1 rickowens legion-extra (deprecated) 25 0.0 1 Extra non-essential utilities for building legion applications. ( apache , deprecated , library , value ) 2017-04-23 0.1.2.2 rickowens lens-utils 24 0.0 4 Collection of missing lens utilities. ( apache , data , library ) 2018-12-18 1.4.6 danilo2 , iamrecursion lifetimes 7 0.0 1 Flexible manual resource management ( apache , library , unclassified ) 2023-02-05 0.2.0.1 isd lightstep-haskell 65 0.0 0 LightStep OpenTracing client library ( apache , library , program , tools ) 2020-10-09 0.10.4 DmitryIvanov linux-capabilities 4 0.0 1 Linux capabilities Haskell data type ( apache , library , system ) 2022-07-10 0.1.1.0 TristanCacqueray list-tuple 15 0.0 2 List-like operations for tuples ( apache , data , library ) 2023-08-18 0.1.4.1 kakkun61 listsafe 5 0.0 9 Safe wrappers for partial list functions, supporting MonadThrow. ( apache , data , library , list , safe ) 2015-05-13 0.1.0.1 jtapolczai , jtapolczai2 load-balancing 5 0.0 1 Client-side load balancing utilities. ( apache , library , unclassified ) 2018-01-28 1.0.1.1 rickowens loc 56 2.0 1 Line and column positions and ranges in text files ( apache , data-structures , library , text ) 2023-06-26 0.2.0.0 chris_martin , Monoid_Mary loc-test 39 0.0 1 Hedgehog generators for loc ( apache , library , testing ) 2023-01-10 0.1.3.13 chris_martin , Monoid_Mary logger 11 2.0 1 Fast & extensible logging framework ( apache , library , system ) 2015-11-23 0.1.0.2 danilo2 , iamrecursion lsm-tree 7 0.0 0 Log-structured merge-trees ( apache , database , library ) 2025-12-03 1.0.0.1 DuncanCoutts , jdral lsp-client 12 0.0 0 Haskell library for Language Server Protocol clients ( apache , library , system ) 2024-08-09 0.4.0.0 ners lucid-aria 6 0.0 0 Provides ARIA attributes for Lucid templates ( apache , library , web ) 2022-04-17 0.1.0.1 RobertHelgesson machines-binary 17 0.0 1 Binary utilities for the machines library ( apache , library , system ) 2021-04-02 7.0.0.0 aloiscochard machines-directory 28 0.0 2 Dire | 2026-01-13T09:29:09 |
https://hackage.haskell.org/packages/tag/data-structures | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged data-structures 351 packages have this tag. [Merge tag] (trustees only) Related tags: library (346), bsd3 (254), data (88), mit (47), program (25), deprecated (18), apache (17), algorithms (13), graphs (12), gpl (11), math (9), succinct-data-structures (8), algebra (7), bioinformatics (6), data-mining (6), concurrency (5), functors (5), machine-learning (5), mpl (5), comonads (4), monads (4), array (3), bit (3), bsd2 (3), containers (3), control (3), data-science (3), distributed-computing (3), graphics (3), lgpl (3), records (3), agpl (2), bit-vectors (2), dependent-types (2), development (2), formal-languages (2), generics (2), lenses (2), miso (2), parallelism (2), public-domain (2), serialization (2), stm (2), text (2), web (2), adjunctions (1), cache (1), caching (1), categories (1), charts (1), codec (1), composite (1), concurrent (1), cryptography (1), csv (1), data-flow (1), ... Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers ADPfusion 38 0.0 15 Efficient, high-level dynamic programming. ( algorithms , bioinformatics , bsd3 , data-structures , formal-languages , library ) 2019-10-01 0.6.0.0 ChristianHoener ADPfusionSet 5 0.0 3 Dynamic programming for Set data structures. ( algorithms , bioinformatics , bsd3 , data-structures , formal-languages , library ) 2017-10-19 0.0.0.2 ChristianHoener AlignmentAlgorithms 17 0.0 1 Collection of alignment algorithms ( algorithms , bioinformatics , data-structures , gpl , library , linguistics ) 2017-03-14 0.1.0.0 ChristianHoener BiobaseTypes 22 0.0 12 Collection of types for bioinformatics ( bioinformatics , bsd3 , data-structures , library ) 2021-06-04 0.2.1.0 ChristianHoener CTRex 5 0.0 2 Open records using closed type families. ( bsd3 , data , data-structures , library ) 2014-11-13 0.6 AtzeVanDerPloeg DrIFT 7 0.0 1 Program to derive type class instances ( bsd3 , data-structures , library , program ) 2013-11-11 2.4.2 KiwamuOkabe DrIFT-cabalized (deprecated in favor of DrIFT ) 12 0.0 1 Program to derive type class instances ( bsd3 , data-structures , deprecated , program ) 2013-09-03 2.3.0 GwernBranwen , KiwamuOkabe EdisonAPI 28 0.0 5 A library of efficient, purely-functional data structures (API) ( data-structures , library , mit ) 2025-02-04 1.3.3.2 RobertDockins , lyxia EdisonCore 60 2.25 4 A library of efficient, purely-functional data structures (Core Implementations) ( data-structures , library , mit ) 2025-12-30 1.3.3.3 RobertDockins , lyxia EnumMap 4 0.0 1 More general IntMap replacement. ( bsd3 , data-structures , library ) 2009-09-15 0.0.2 JohnVanEnk Etage-Graph 19 0.0 1 Data-flow based graph algorithms ( data-structures , lgpl , library , program ) 2014-05-10 0.1.8 MitarMilutinovic FenwickTree 10 0.0 1 Data structure for fast query and update of cumulative sums ( bsd3 , data-structures , library ) 2015-03-19 0.1.2.1 MichalGajda GiST 2 0.0 1 A Haskell implementation of a Generalized Search Tree (GiST) ( data-structures , library ) 2013-06-27 0.0.1 MihailBogojeski HLearn-approximation (deprecated) 5 0.0 1 ( bsd3 , data-mining , data-structures , deprecated , library , machine-learning ) 2013-07-30 1.1.0 MikeIzbicki HLearn-datastructures (deprecated) 7 0.0 3 ( bsd3 , data-mining , data-structures , deprecated , library , machine-learning ) 2013-07-27 1.1.0 MikeIzbicki HMap 105 0.0 1 Fast heterogeneous maps and unconstrained typeable-like functionality. ( bsd3 , data , data-structures , library ) 2018-04-17 1.3.0 AtzeVanDerPloeg HoleyMonoid 7 0.0 1 Monoids with holes. ( bsd3 , data-structures , library ) 2017-02-13 0.1.2 MartijnVanSteenbergen I1M 24 0.0 0 Code for the Haskell course taught at the University of Seville. ( data-structures , education , gpl , library ) 2024-10-09 0.2.2 Jose_A_Alonso Infinitree 1 0.0 0 Infinitely deep trees for lazy stateless memoization ( agpl , cache , caching , data-structures , library ) 2025-10-15 0.1.0.0 VegOwOtenks InternedData 2 0.0 1 Data interning (with compact regions where possible) ( bsd3 , data , data-structures , library , natural-language-processing ) 2019-10-02 0.0.0.1 ChristianHoener KdTree 14 0.0 1 KdTree, for efficient search in K-dimensional point clouds. ( bsd3 , data-mining , data-structures , graphics , library , machine-learning ) 2017-09-29 0.2.2.1 IssacTrotts , jessekempf PSQueue 16 0.0 15 Priority Search Queue ( bsd3 , data-structures , library ) 2025-08-24 1.2.2 HerbertValerioRiedel , ScottDillard , teo PerfectHash (deprecated in favor of perfecthash ) 14 0.0 1 A perfect hashing library for mapping bytestrings to values. ( bsd3 , data , data-structures , deprecated , library ) 2016-04-29 0.1.5 MarkWotton RBTree 15 0.0 2 Pure haskell Red-Black-Tree implemetation ( bsd3 , data-structures , library ) 2011-06-09 0.0.5 XingboWu Stack 15 2.25 1 Stack data structure ( bsd3 , data-structures , library ) 2019-01-18 0.4.0 rwlock SuffixStructures 2 0.0 0 Suffix array construction ( bsd3 , data , data-structures , library , program ) 2015-05-07 0.0.1.0 ChristianHoener TernaryTrees 45 0.0 1 Efficient pure ternary tree Sets and Maps ( bsd3 , data-structures , library , program ) 2011-01-22 0.2.0.2 AlexMason TreeStructures 5 0.0 1 A collection of heaps and search trees ( bsd3 , data-structures , library ) 2010-03-15 0.0.2 BrendanHickey ac-library-hs 53 1.5 0 Data structures and algorithms ( algorithms , data-structures , library , program ) 2025-11-02 1.5.3.1 toyboot4e adjunctions 281 2.25 67 Adjunctions and representable functors ( adjunctions , bsd2 , data-structures , library ) 2026-01-10 4.4.4 EdwardKmett , EricMertens , ryanglscott , AaronVargo adp-multi 15 0.0 2 ADP for multiple context-free languages ( algorithms , bioinformatics , bsd3 , data-structures , library ) 2013-05-29 0.2.3 MaikRiechert adp-multi-monadiccp 11 0.0 1 Subword construction in adp-multi using monadiccp ( algorithms , bioinformatics , bsd3 , data-structures , library ) 2013-05-29 0.2.1 MaikRiechert algebraic-graphs 50 2.75 24 A library for algebraic graph construction and transformation ( algebra , algorithms , data-structures , graphs , library , mit ) 2022-06-20 0.7 snowleopard appendmap 13 0.0 3 Map with a Semigroup and Monoid instances delegating to Semigroup of the elements ( bsd3 , data-structures , library ) 2018-09-02 0.1.5 AlexeyKotlyarov array 75 2.25 1147 Mutable and immutable arrays ( bsd3 , data-structures , library ) 2024-09-08 0.5.8.0 AustinSeipp , BenGamari , HerbertValerioRiedel , IanLynagh , wz1000 , July541 array-mhs 2 0.0 0 Mutable and immutable arrays ( apache , data-structures , library ) 2025-09-12 0.5.8.0 LennartAugustsson array-utils (deprecated) 6 0.0 1 Primitive functions for updating many elements in mutable arrays at once ( bsd3 , data , data-structures , deprecated , library ) 2011-01-29 0.3 AlexMason atomic-counter 30 0.0 3 Mutable counters that can be modified with atomic operatinos ( apache , concurrency , data , data-structures , library ) 2025-10-07 0.1.2.4 SergeyVinokurov bag (deprecated in favor of dlist ) 2 0.0 1 A simple stable bag. ( data-structures , deprecated , library , mit ) 2011-07-22 0.1 DanielWaterworth barbies 88 2.25 14 Classes for working with types that can change clothes. ( bsd3 , data-structures , library ) 2024-01-13 2.1.1.0 DanielGorin barbies-layered 5 0.0 0 Barbies with layered clothes. ( apache , data-structures , library ) 2021-07-15 0.1.0.0 kakkun61 barbies-th 28 0.0 2 Create strippable HKD via TH ( bsd3 , data , data-structures , generics , library ) 2023-12-12 0.1.11 FumiakiKinoshita bcp47 21 0.0 2 Language tags as specified by BCP 47 ( data , data-structures , library , mit ) 2025-07-08 0.3.0.0 PatrickBrisbin , dukerutledge , mjgpy3 , chris_martin , FreckleEngineering , OlaoluwaM bit-array 15 0.0 1 A bit array (aka bitset, bitmap, bit vector) API for numeric types ( bit-vectors , data-structures , library , mit , pretty-printer ) 2016-10-01 0.1.2 NikitaVolkov bitset 33 0.0 8 A space-efficient set data structure. ( data-structures , library , mit ) 2014-03-10 1.4.8 DenisBueno , FedorGogolev , SergeiLebedev bitwise 14 0.0 6 fast multi-dimensional unboxed bit packed Bool arrays ( bit-vectors , bsd3 , data , data-structures , library ) 2018-04-26 1.0.0.1 ClaudeHeilandAllen bitwise-enum 31 0.0 1 Bitwise operations on bounded enumerations ( bsd3 , data , data-structures , foreign , library ) 2023-07-30 1.0.1.2 jnbooth bk-tree 5 0.0 2 BK-tree implementation ( data-structures , library , public-domain ) 2012-10-29 0.1.1 FrancescoMazzoli bktrees 24 0.0 2 A set data structure with approximate searching ( bsd3 , data-structures , library ) 2010-11-22 0.3.1 JosefSvenningsson bookkeeper 26 0.0 1 Anonymous records and overloaded labels ( bsd3 , data-structures , library , program , records ) 2017-12-17 0.2.5 jkarni , bandali bookkeeper-permissions 3 0.0 1 Permissions for bookkeeper records ( bsd3 , data-structures , library , records ) 2016-09-12 0.1.0.0 pkamenarsky boolexpr 6 0.0 2 Boolean expressions with various representations and search queries. ( bsd3 , data-structures , library , parsing , search ) 2023-03-13 0.2 NicolasPouillard btree-concurrent 13 0.0 1 A backend agnostic, concurrent BTree ( data-structures , library ) 2012-10-31 0.1.5 JohanBrinch build 15 2.0 1 Build Systems à la Carte ( algorithms , data-structures , library , mit ) 2024-05-18 1.1 snowleopard bytestring-to-vector 6 0.0 7 Convert between ByteString and Vector.Storable without copying ( bsd3 , data-structures , library ) 2019-02-08 0.3.0.1 SvenHeyll bytestring-trie 44 2.5 24 An efficient finite map from bytestrings to values. ( bsd3 , data , data-structures , library ) 2025-02-12 0.2.7.6 WrenThornton , WrenRomano circular 20 0.0 1 Circular fixed-sized mutable vectors ( bsd3 , data-structures , library , math ) 2022-07-10 0.4.0.3 dschrempf cmph 4 0.0 1 low level interface to CMPH ( bsd3 , data , data-structures , library ) 2016-04-30 0.0.1 MarkWotton collections 6 0.0 1 Useful standard collections types and related functions. ( bsd3 , data-structures , library ) 2011-07-30 0.3.1.1 JeanPhilippeBernardy , JohannesWaldmann collections-api 2 0.0 6 API for collection data structures. ( bsd3 , data-structures , library ) 2010-08-25 1.0.0.0 JeanPhilippeBernardy collections-base-instances 2 0.0 2 Useful standard collections types and related functions. ( bsd3 , data-structures , library ) 2010-08-25 1.0.0.0 JeanPhilippeBernardy comfort-array 50 2.0 16 Arrays where the index type is a function of the shape type ( bsd3 , data-structures , library ) 2024-05-18 0.5.5 HenningThielemann comfort-array-shape 4 0.0 2 Additional shape types for the comfort-array package ( bsd3 , data-structures , library ) 2021-08-05 0.0 HenningThielemann composite-tuple 8 0.0 1 Tuple functions for composite records. ( composite , data-structures , library , mit ) 2020-09-18 0.1.2.0 locallycompact composite-xstep 3 0.0 1 ReaderT transformer pattern for higher kinded composite data. ( data-structures , library , mit ) 2020-09-05 0.1.0.0 locallycompact container-classes (deprecated) 5 0.0 1 Generic classes for interacting with different container types ( bsd3 , data-structures , deprecated , library ) 2010-07-18 0.0.0.0 IvanMiljenovic containers 149 2.75 5712 Assorted concrete container types ( bsd3 , data-structures , library ) 2025-03-01 0.8 dfeuer , MattRenaud , meooow containers-good-graph 3 0.0 1 Data.Graph, but it doesn't suck! ( bsd3 , data-structures , library ) 2021-06-03 0.6.4.1 isovector ctrie 22 0.0 3 Non-blocking concurrent map ( concurrency , data-structures , library , mit ) 2017-09-29 0.2 MichaelSchroeder data-clist 62 0.0 7 Simple functional ring type. ( bsd3 , data-structures , library ) 2022-02-25 0.2 JohnVanEnk , jeremyjh data-forest 28 0.0 1 A simple multi-way tree data structure ( apache , data-structures , library ) 2025-01-21 0.1.0.13 chris_martin , Monoid_Mary data-functor-logistic 3 0.0 1 Updatable analogue of Distributive functors ( bsd3 , data-structures , library ) 2021-11-16 0.0 FumiakiKinoshita data-lens-ixset (deprecated in favor of data-store , tables , lens ) 14 0.0 1 A Lens for IxSet ( bsd3 , comonads , control , data-structures , deprecated , library ) 2012-01-15 0.1.4 DagOdenhall data-r-tree (deprecated in favor of r-tree ) 18 0.0 2 R-Tree is a spatial data structure similar to Quadtrees or B-Trees. ( data-structures , deprecated , library , mit ) 2020-01-22 0.6.0 SebastianPhilipp , OleksiiDivak data-stringmap 13 0.0 4 An efficient implementation of maps from strings to arbitrary values ( data-structures , library , mit ) 2014-02-27 1.0.1.1 UweSchmidt , SebastianPhilipp data-vector-growable 6 0.0 0 Dynamic growable resizable mutable generic vector ( bsd3 , data , data-structures , library ) 2020-12-24 0.0.1 FumiakiKinoshita dawg 34 0.0 9 Directed acyclic word graphs ( bsd3 , data , data-structures , library ) 2013-07-22 0.11 JakubWaszczuk dawg-ord 32 2.0 1 Directed acyclic word graphs ( bsd3 , data , data-structures , library ) 2020-09-24 0.5.1.2 JakubWaszczuk day-comonoid 6 0.0 1 A comonoid w.r.t. Day ( bsd3 , comonads , data-structures , functors , library ) 2023-10-15 0.1 viercc decision-diagrams 2 0.0 1 Binary Decision Diagrams (BDD) and Zero-suppressed Binary Decision Diagrams (ZDD) ( bsd3 , data , data-structures , library , logic ) 2021-11-25 0.2.0.0 MasahiroSakai delta-store 3 0.0 0 Facilities for storing a Haskell value, using delta types. ( apache , data-structures , library ) 2025-03-27 1.0.0.0 HeinrichApfelmus , cardano_foundation delta-types 2 0.0 1 Delta types, also known as change actions. ( apache , data-structures , library ) 2025-03-27 1.0.0.0 HeinrichApfelmus , cardano_foundation depq 14 2.0 1 Double-ended priority queues ( bsd3 , data , data-mining , data-structures , library ) 2021-04-12 0.4.2 ocramz dequeue 46 0.0 6 A typeclass and an implementation for double-ended queues. ( bsd3 , data-structures , library ) 2015-09-03 0.1.12 HenryBucklow diffarray 5 0.0 2 DiffArray ( bsd3 , data-structures , library ) 2013-06-11 0.1.1 AndreasAbel , IanLynagh disjoint-sets-st 3 0.0 1 Imperative ST/IO based disjoint set data structure. ( bsd3 , data-structures , library ) 2013-05-29 0.1 PetrPudlak distributive 109 1.75 92 Distributive functors -- Dual to Traversable ( bsd3 , data-structures , library ) 2026-01-10 0.6.3 EdwardKmett , EricMertens , ryanglscott dph-base 6 0.0 11 Data Parallel Haskell common config and debugging functions. ( bsd3 , data-structures , library ) 2012-10-25 0.7.0.1 BenLippmeier dph-examples 27 0.0 1 Data Parallel Haskell example programs. ( bsd3 , data-structures , program ) 2012-10-25 0.7.0.5 BenLippmeier dph-lifted-base 8 0.0 2 Data Parallel Haskell common definitions used by other dph-lifted packages. ( bsd3 , data-structures , library ) 2012-10-25 0.7.0.1 BenLippmeier dph-lifted-copy 6 0.0 1 Data Parallel Haskell lifted array combinators. (deprecated version) ( bsd3 , data-structures , library ) 2012-10-25 0.7.0.1 BenLippmeier dph-lifted-vseg 14 0.0 1 Data Parallel Haskell lifted array combinators. ( bsd3 , data-structures , library ) 2012-10-25 0.7.0.1 BenLippmeier dph-par 5 0.0 2 (deprecated) ( bsd3 , data-structures , library ) 2012-10-25 0.5.1.99 BenLippmeier dph-prim-interface 9 0.0 3 Data Parallel Haskell segmented arrays. (abstract interface) ( bsd3 , data-structures , library ) 2012-10-25 0.7.0.1 BenLippmeier dph-prim-par 5 0.0 8 Data Parallel Haskell segmented arrays. (production version) ( bsd3 , data-structures , library ) 2012-10-25 0.7.0.1 BenLippmeier dph-prim-seq 9 0.0 4 Data Parallel Haskell segmented arrays. (sequential implementation) ( bsd3 , data-structures , library ) 2012-10-25 0.7.0.1 BenLippmeier dph-seq 5 0.0 2 (deprecated) ( bsd3 , data-structures , library ) 2012-10-25 0.5.1.99 BenLippmeier edit-distance-vector 14 0.0 3 Calculate edit distances and edit scripts between vectors. ( algorithms , bsd3 , data , data-structures , library ) 2016-05-24 1.0.0.4 ThomasSutton enummapmap 21 0.0 1 Map of maps using Enum types as keys ( bsd3 , data , data-structures , library ) 2014-02-01 0.7.0 MatthewWest enummaps 16 2.0 0 Enum wrappers for IntMap and IntSet ( bsd3 , data-structures , library ) 2020-06-23 0.6.2.1.7 leif enummapset 49 2.0 22 IntMap and IntSet with Enum keys/elements. ( bsd3 , data-structures , library ) 2024-09-04 0.7.3.0 MichalTerepeta , MikolajKonarski ethereum-client-haskell 13 0.0 1 A Haskell version of an Ethereum client ( bsd3 , data-structures , program ) 2015-01-02 0.0.4 jamshid ethereum-merkle-patricia-db (deprecated in favor of merkle-patricia-db ) 2 0.0 1 A modified Merkle Patricia DB ( bsd3 , data-structures , deprecated , library ) 2015-01-02 0.0.1 jamshid ethereum-rlp 4 0.0 3 Ethereum Recursive Length Prefix Encoding ( apache , data-structures , library ) 2017-08-31 0.1.0 jamshid exposed-containers 2 0.0 1 A distribution of the 'containers' package, with all modules exposed. ( bsd3 , data-structures , library ) 2014-07-15 0.5.5.1 vi extended-containers 6 0.0 1 Heap and Vector container types ( bsd3 , data-structures , library ) 2021-04-22 0.1.1.0 konsumlamm extended-containers-lens 1 0.0 0 lens instances for extended-containers ( bsd3 , data-structures , lenses , library ) 2020-04-29 0.1.0.0 konsumlamm fgl 104 2.75 115 Martin Erwig's Functional Graph Library ( bsd3 , data-structures , graphs , library ) 2024-09-30 5.8.3.0 IvanMiljenovic , MartinErwig , TroelsHenriksen fgl-extras-decompositions 3 0.0 2 Graph decomposition algorithms ( bsd3 , data-structures , graphs , library ) 2015-05-07 0.1.1.0 ChristianHoener fingertree 70 2.25 60 Generic finger-tree structure, with example instances ( bsd3 , data-structures , library ) 2025-12-22 0.1.6.3 RossPaterson fingertree-psqueue 7 0.0 1 Implementation of priority search queues as finger trees. ( bsd3 , data-structures , library ) 2011-09-28 0.3 CaleGibbard fingertree-tf 2 0.0 1 Generic finger-tree structure using type families. ( bsd3 , data , data-structures , library ) 2014-10-05 0.1.0.0 pawel834 flux-monoid 10 0.0 1 A monoid for tracking changes ( bsd3 , data-structures , library ) 2025-08-13 1.0.0.0 ChrisPenner function-builder 34 0.0 1 Create poly variadic functions for monoidal results ( bsd3 , data-structures , library ) 2019-02-06 0.3.0.1 SvenHeyll functor-friends 3 0.0 1 Friendly helpers for your recursion schemes. ( bsd3 , data-structures , library ) 2017-10-08 0.1.0.0 mnoonan generic-tree (deprecated in favor of hs-functors ) 13 0.0 1 Generic Tree data type ( data-structures , deprecated , library ) 2011-12-21 15329.2 gmap 4 0.0 1 Composable maps and generic tries. ( bsd3 , data-structures , library ) 2008-12-15 0.1 JamieBrandon graph-matchings 2 2.0 1 An implementation of algorithms for matchings in graphs ( data-structures , graphs , lgpl , library ) 2014-11-27 0.1.0.0 eberlm graph-utils 17 0.0 1 A simple wrapper & quasi quoter for fgl. ( bsd3 , data , data-structures , graphs , library ) 2010-06-29 0.3.7 HiromiIshii graph-wrapper 36 0.0 3 A wrapper around the standard Data.Graph with a less awkward interface ( bsd3 , data-structures , graphs , library ) 2019-01-25 0.2.6.0 MaxBolingbroke , SoenkeHahn graphite 112 0.0 2 Graphs and networks library ( bsd3 , data-structures , graphs , library ) 2019-06-08 0.10.0.1 alx741 , DanielCampoverde graphs 55 0.0 1 A simple monadic graph library ( algorithms , bsd3 , data-structures , graphs , library ) 2025-03-03 0.7.3 EdwardKmett , ryanglscott grids 21 0.0 0 ( bsd3 , data-structures , library ) 2019-03-10 0.5.0.1 ChrisPenner gtk-largeTreeStore 1 0.0 2 Large TreeStore support for gtk2hs ( data-structures , graphics , lgpl , library ) 2014-10-11 0.0.1.0 rakatan hCM 3 0.0 0 Conceptual modelling support for Haskell ( data-structures , development , library , mit , model , program ) 2017-05-08 0.1.0.0 MarekSuchanek haggle 7 0.0 0 A graph library offering mutable, immutable, and inductive graphs ( bsd3 , data-structures , graphs , library ) 2025-08-26 0.3.1 TristanRavitch hamtmap 3 0.0 1 A purely functional and persistent hash map ( bsd3 , data-structures , library ) 2011-01-20 0.3 KevinWuWon hash-cons 3 0.0 0 Opportunistic hash-consing data structure ( bsd3 , data-structures , library ) 2024-10-08 0.2.0.0 RyanTrinkle hashmap-throw 2 0.0 0 Throw behaviour for hashmap lookup. ( data-structures , library , mit ) 2020-08-28 0.1.0.0 locallycompact hashtables-plus (deprecated) 6 0.0 1 Extensions for a "hashtables" library ( data , data-structures , deprecated , library , mit ) 2014-04-29 0.2.0 NikitaVolkov heap 72 0.0 13 Heaps in Haskell ( bsd3 , data-structures , library ) 2018-04-11 1.0.4 StephanFriedrichs , eberlm heaps 52 2.0 20 Asymptotically optimal Brodal/Okasaki heaps. ( bsd3 , data-structures , library ) 2024-12-04 0.4.1 EdwardKmett , EricMertens , ryanglscott heph-sparse-set 3 0.0 0 Really fast mutable sparse sets ( bsd3 , data-structures , library ) 2025-06-08 0.1.0.0 jtnuttall hetero-map 5 0.0 1 Pure heterogeneous maps. ( bsd3 , data , data-structures , library ) 2009-01-12 0.21 LukePalmer hgal 17 0.0 2 library for computation automorphism group and canonical labelling of a graph ( algorithms , data-structures , library ) 2023-05-12 2.0.0.3 JeanPhilippeBernardy , marcellus hkd 5 0.0 1 "higher-kinded data" ( data-structures , library ) 2023-10-15 0.2.1 EdwardKmett , phadej hobbits 25 0.0 1 A library for canonically representing terms with binding ( bsd3 , data-structures , library ) 2020-12-02 1.3.1 EddyWestbrook hw-balancedparens 83 0.0 10 Balanced parentheses ( bit , bsd3 , data , data-structures , library , program , succinct-data-structures ) 2022-12-05 0.4.1.3 newhoggy , haskellworks , GeorgeWilson hw-dsv 40 0.0 3 Unbelievably fast streaming DSV file parser ( bsd3 , csv , data-structures , library , program , simd , succinct-data-structures , text ) 2024-01-10 0.4.1.2 newhoggy , haskellworks , GeorgeWilson hw-eliasfano 12 0.0 2 Elias-Fano ( bsd3 , data , data-structures , library , program , succinct-data-structures ) 2022-03-25 0.1.2.1 newhoggy , haskellworks hw-excess 25 0.0 3 Excess ( bsd3 , data , data-structures , library , succinct-data-structures ) 2020-04-14 0.2.3.0 newhoggy , haskellworks hw-fingertree 23 0.0 5 Generic finger-tree structure, with example instances ( bsd3 , data-structures , library ) 2022-03-21 0.1.2.1 newhoggy , haskellworks hw-fingertree-strict 27 0.0 2 Generic strict finger-tree structure ( bsd3 , data-structures , library ) 2022-03-25 0.1.2.1 newhoggy , haskellworks hw-json-lens 12 0.0 2 Lens for hw-json ( bsd3 , data , data-structures , json , library , succinct-data-structures ) 2020-04-14 0.2.1.0 newhoggy , haskellworks hw-rankselect 128 2.0 14 Rank-select ( bit , bsd3 , data , data-structures , library , program , succinct-data-structures ) 2022-03-23 0.13.4.1 newhoggy , haskellworks , GeorgeWilson hw-rankselect-base 48 0.0 15 Rank-select base ( bit , bsd3 , data , data-structures , library , succinct-data-structures ) 2020-06-09 0.3.4.1 newhoggy , haskellworks , GeorgeWilson hw-xml 45 2.25 1 XML parser based on succinct data structures. ( bsd3 , data , data-structures , library , program , succinct-data-structures , xml ) 2024-01-10 0.5.1.2 newhoggy , haskellworks igraph 4 2.0 1 Bindings to the igraph C library. ( bsd3 , data-structures , graphs , library ) 2013-01-15 0.1.1 NilsSchweinsberg impure-containers 29 0.0 1 Mutable containers in Haskell. ( bsd3 , data-structures , library ) 2020-02-14 0.5.1 andrewthad , chessai indexed-containers 7 0.0 0 Simple, no-frills indexed lists. ( bsd3 , data-structures , library ) 2020-03-02 0.1.0.2 zliu41 int-like 30 0.0 2 Newtype wrappers over IntSet and IntMap ( bsd3 , data-structures , library ) 2025-06-26 0.3.1 ejconlon intern 84 2.0 18 Efficient hash-consing for arbitrary data types ( bsd3 , data , data-structures , library ) 2024-12-04 0.9.6 EdwardKmett , ryanglscott interval 4 0.0 1 Intervals with adherences. ( data-structures , gpl , library ) 2016-08-21 1.20160821 julm interval-patterns 52 0.0 0 Intervals, and monoids thereof ( algebra , bsd3 , charts , data-structures , library , math , statistics ) 2025-06-20 0.8.1 melaniebrown interval-tree-clock 8 2.0 0 Interval Tree Clocks ( data , data-structures , distributed-computing , library , mit ) 2022-07-13 0.2.0.0 arnemileswinter intset-imperative 2 0.0 1 An imperative integer set written in Haskell. ( bsd3 , data-structures , library ) 2018-08-03 0.1.0.0 hverr iterable 6 0.0 2 API for hierarchical multilevel collections. ( bsd3 , data-structures , library ) 2014-05-19 3.0 MichalGajda ixset 42 0.0 16 Efficient relational queries on Haskell sets. ( bsd3 , data-structures , library ) 2022-04-22 1.1.1.2 DavidFox , JeremyShaw ixset-typed 35 0.0 12 Efficient relational queries on Haskell sets. ( bsd3 , data-structures , library ) 2022-05-10 0.5.1.0 AndresLoeh ixset-typed-binary-instance 5 0.0 1 Binary instance for ixset-typed. ( data-structures , library , mit ) 2020-08-28 0.1.0.2 locallycompact ixset-typed-conversions 13 0.0 1 Conversions from ixset-typed to other containers. ( data-structures , library , mit ) 2020-09-14 0.1.2.0 locallycompact ixset-typed-hashable-instance 7 0.0 1 Hashable instance for ixset-typed. ( data-structures , library , mit ) 2020-08-28 0.1.0.2 locallycompact javelin 18 2.0 1 Labeled one-dimensional arrays ( data , data-science , data-structures , library , mit , program ) 2025-03-02 0.1.4.2 LaurentRDC javelin-frames 7 0.0 0 Type-safe data frames based on higher-kinded types. ( data , data-science , data-structures , library , mit ) 2025-07-13 0.1.0.2 LaurentRDC javelin-io 10 0.0 0 IO operations for the `javelin` package ( data , data-science , data-structures , library , mit ) 2025-03-02 0.1.1.3 LaurentRDC justified-containers 15 2.25 1 Keyed container types with type-checked proofs of key presence. ( bsd2 , data-structures , library ) 2018-02-11 0.3.0.0 mnoonan kan-extensions 323 2.25 48 Kan extensions, Kan lifts, the Yoneda lemma, and (co)density (co)monads ( bsd3 , comonads , data-structures , functors , library , monads ) 2026-01-10 5.2.8 EdwardKmett , EricMertens , ryanglscott keys 172 2.0 31 Keyed functors and containers ( bsd3 , containers , data-structures , library ) 2026-01-10 3.12.5 EdwardKmett , EricMertens , ryanglscott knead 29 0.0 2 Repa-like array processing using LLVM JIT ( bsd3 , data-structures , library ) 2024-04-11 1.0.1.1 HenningThielemann knit 9 0.0 0 Ties the knot on data structures that reference each other by unique keys. ( bsd3 , data-structures , library ) 2024-08-02 0.4.0.0 pkamenarsky labeled-graph 3 0.0 1 Labeled graph structure ( bsd3 , data-structures , library ) 2012-11-05 1.0.0.0 JeanPhilippeBernardy labeled-tree 3 0.0 5 Labeled tree structure ( bsd3 , data-structures , library ) 2010-08-04 1.0.0.0 JeanPhilippeBernardy lca 19 2.0 1 O(log n) persistent online lowest common ancestor search without preprocessing ( algorithms , bsd3 , data-structures , library ) 2021-02-17 0.4 EdwardKmett , ryanglscott libgraph 26 0.0 3 Store and manipulate data in a graph. ( algorithms , bsd3 , data-structures , library ) 2017-09-03 1.14 faddegon linked-list-with-iterator 5 2.0 1 A pure linked list which is mutable through iterators. ( bsd3 , data-structures , library ) 2016-09-29 0.1.1.0 CindyLinz list-t 103 2.0 41 ListT done right ( control , data-structures , library , mit , streaming ) 2023-10-11 1.0.5.7 NikitaVolkov list-tries 51 0.0 10 Tries and Patricia tries: finite sets and maps for list keys ( bsd3 , data , data-structures , library ) 2024-09-03 0.6.7.1 MattiNiemenmaa , arybczak listlike-instances (deprecated in favor of ListLike ) 19 0.0 6 Extra instances of the ListLike class ( bsd3 , data-structures , deprecated , generics , library ) 2012-11-13 0.2.3.1 JohnLato loc 56 2.0 1 Line and column positions and ranges in text files ( apache , data-structures , library , text ) 2023-06-26 0.2.0.0 chris_martin , Monoid_Mary localization 5 0.0 1 Library for localization (l10n) ( data-structures , gpl , library ) 2018-02-27 1.0.1.20180226 julm magma 24 0.0 1 magma is an algebraic structure. ( algebra , bsd3 , data , data-structures , library , math ) 2023-04-19 0.6.1.1 KatsutoshiItoh map-exts 7 2.0 1 Extensions to Data.Map ( bsd3 , data-structures , library , program ) 2018-01-10 0.2.0.0 coopercm map-syntax 8 2.0 15 Syntax sugar for defining maps ( bsd3 , data-structures , library ) 2018-04-03 0.3 DougBeardsley mappings 27 0.0 0 Types which represent functions k -> v ( bsd3 , data-structures , library , program ) 2025-12-22 0.3.3.0 jcranch massiv 216 2.5 16 Massiv (Массив) is an Array Library. ( array , bsd3 , data , data-structures , library , parallelism ) 2025-05-31 1.0.5.0 lehins massiv-io 36 2.0 3 Import/export of Image files into massiv Arrays ( bsd3 , data , data-structures , library ) 2021-10-23 1.0.0.1 lehins massiv-persist 11 0.0 0 Compatibility of 'massiv' with 'persist' ( array , bsd3 , data-structures , library , serialization ) 2022-07-05 1.0.0.3 lehins massiv-serialise 13 2.0 0 Compatibility of 'massiv' with 'serialise' ( array , bsd3 , data-structures , library , serialization ) 2021-11-25 1.0.0.2 lehins massiv-test 28 0.0 0 Library that contains generators, properties and tests for Massiv Array Library. ( bsd3 , data , data-structures , library , parallelism ) 2025-01-12 1.1.0.1 lehins megastore 4 0.0 0 Bulk image or strict bytestring storage ( bsd3 , data , data-structures , image , library , program ) 2023-02-27 0.1.1.1 MilesLitteral meldable-heap 22 0.0 1 Asymptotically optimal, Coq-verified meldable heaps, AKA priority queues ( bsd3 , data-structures , library ) 2010-05-23 2.0.3 JimApple merkle-patricia-db 4 0.0 1 A modified Merkle Patricia DB ( apache , data-structures , library ) 2017-09-01 0.1.0 jamshid min-max-pqueue 6 0.0 0 Double-ended priority queues. ( bsd3 , data-structures , library ) 2020-06-25 0.1.0.2 zliu41 miso 147 2.25 5 A tasty Haskell front-end web framework ( bsd3 , data-structures , library , miso , web ) 2025-02-11 1.8.7.0 DavidJohnson miso-examples 31 0.0 0 A tasty Haskell front-end web framework ( bsd3 , data-structures , miso , web ) 2025-02-11 1.8.7.0 DavidJohnson monadic-arrays 20 0.0 1 Boxed and unboxed arrays for monad transformers ( bsd3 , data-structures , library ) 2016-01-17 0.2.2 EdwardKmett mono-traversable-keys 7 0.0 1 Type-classes for interacting with monomorphic containers with a key ( bsd3 , containers , data , data-structures , library ) 2023-05-05 0.3.0 recursion_ninja monoidmap 76 1.5 4 Monoidal map type ( apache , data-structures , library , monoidal ) 2025-12-27 0.0.5.0 JonathanKnowles monoidmap-aeson 16 0.0 0 JSON support for monoidmap. ( apache , data-structures , library ) 2025-06-24 0.0.0.6 JonathanKnowles monoidmap-examples 5 0.0 0 Examples for monoidmap. ( apache , data-structures , library ) 2025-06-24 0.0.0.1 JonathanKnowles monoidmap-hashable 2 0.0 0 Hashing support for monoidmap. ( apache , data-structures , library ) 2025-10-19 0.0.0.0 JonathanKnowles monoidmap-internal 9 0.0 1 Internal support for monoidmap. ( apache , data-structures , library ) 2025-12-28 0.1.0.1 JonathanKnowles monoidmap-quickcheck 10 0.0 0 QuickCheck support for monoidmap. ( apache , data-structures , library ) 2025-06-24 0.0.0.3 JonathanKnowles monus-weighted-search 2 2.0 0 Efficient search weighted by an ordered monoid with monus. ( data-structures , library , mit ) 2021-08-29 0.1.0.0 oisdk more-containers 36 0.0 1 A few more collections ( data-structures , library , mit ) 2021-04-05 0.2.2.2 mtth multi-containers 11 0.0 0 A few multimap variants. ( bsd3 , data-structures , library ) 2021-07-09 0.2 zliu41 multimap 10 0.0 13 A multimap. ( data-structures , library , mit ) 2013-06-01 1.2.1 JulianFleischer multiset 61 0.0 21 The Data.MultiSet container type ( bsd3 , data-structures , library ) 2019-12-15 0.3.4.3 TwanVanLaarhoven naperian 3 0.0 1 Efficient representable functors ( bsd3 , data-structures , library ) 2017-08-21 0.1.0.0 AaronVargo nested-sequence 5 0.0 1 List-like data structures with O(log(n)) random access ( bsd3 , data , data-structures , library ) 2016-07-09 0.2 BalazsKomuves nested-sets 4 0.0 2 Nested set model implementation ( data-structures , gpl , library ) 2014-10-11 0.0.1.1 rakatan nibblestring 4 0.0 4 Packed, strict nibble arrays with a list interface (ByteString for nibbles) ( bsd3 , data-structures , library ) 2015-01-02 0.0.3 jamshid nonempty-containers 41 2.25 12 Non-empty variants of containers data types, with full API ( bsd3 , data-structures , library ) 2025-05-20 0.3.5.0 jle nonempty-zipper 19 0.0 1 A non-empty comonadic list zipper ( data , data-structures , library , mit ) 2025-01-14 1.0.1.1 PatrickBrisbin , dukerutledge , mjgpy3 , chris_martin , FreckleEngineering , OlaoluwaM nonemptymap 7 0.0 1 A NonEmptyMap Implementation ( bsd3 , data-structures , library ) 2018-11-10 0.0.6.0 ChristopherDavenport nspace 5 0.0 0 Efficient, infinite-precision 2D and 3D spatial containers. ( bsd3 , data-structures , library ) 2024-01-01 0.2.0.0 isovector nthable 3 0.0 1 ( bsd3 , data-structures , library ) 2009-02-09 0.1 GeorgePollard overeasy 9 0.0 0 A purely functional E-Graph library ( bsd3 , data-structures , library ) 2022-10-04 0.2.0 ejconlon pangraph 12 0.0 2 A set of parsers for graph languages and conversions to graph libaries. ( bsd3 , data-structures , graphs , library , parser ) 2018-10-05 0.2.1 thisiswhereitype parameterized-utils 45 2.0 16 Classes and data structures for working with data-kind indexed types ( bsd3 , data-structures , dependent-types , library ) 2025-11-05 2.1.11.0 KevinQuick , RobertDockins , ryanglscott , galoisinc , mccleeary , sauclovian_g , aschwerdfeger_galois partialord 14 0.0 1 Data structure supporting partial orders ( bsd3 , data-structures , library ) 2025-05-13 0.1.1 jcranch path-tree 3 0.0 1 `Data.Tree` for file paths ( data-structures , library , mit ) 2022-04-03 0.2.0.0 sridca pedestrian-dag 2 0.0 4 A pedestrian implementation of directed acyclic graphs ( bsd3 , data , data-structures , library ) 2018-09-19 0.2.0 JakubWaszczuk perfect-hash-generator 30 2.25 0 Perfect minimal hashing implementation in native Haskell ( apache , data-structures , embedded , library , program ) 2022-06-27 1.0.0 kostmo perfecthash 3 0.0 1 A perfect hashing library for mapping bytestrings to values. ( bsd3 , data , data-structures , library ) 2016-05-02 0.2.0 MarkWotton permutation 39 0.0 5 A library for permutations and combinations. ( bsd3 , data-structures , library , math ) 2015-01-20 0.5.0.5 PatrickPerry , spacekitteh pomaps 39 0.0 1 Maps and sets of partial orders ( data-structures , library , mit ) 2021-02-07 0.2.0.1 sgraf812 pqueue 60 0.0 18 Reliable, persistent, fast priority queues. ( bsd3 , data-structures , library ) 2025-10-11 1.6.0.0 LouisWasserman , lspitzner , dfeuer , konsumlamm primitive-containers 26 0.0 3 containers backed by arrays ( bsd3 , data-structures , library ) 2023-07-05 0.5.1 andrewthad provide 3 0.0 0 Lightweight dependency injection / namespaced+typed implicit-ish arguments ( bsd3 , data-structures , library ) 2024-11-24 0.1.0.0 RyanTrinkle psqueues 97 2.5 38 Pure priority search queues ( bsd3 , data-structures , library ) 2025-12-28 0.2.8.3 JasperVanDerJeugt q4c12-twofinger 13 0.0 1 Efficient alternating finger trees ( bsd2 , data-structures , library ) 2018-01-17 0.2 quasicomputational quickset 1 0.0 1 Very fast and memory-compact query-only set and map structures ( bsd3 , data , data-structures , library ) 2012-11-14 0.1.0 ErtugrulSoeylemez , esz r-tree 2 0.0 0 R-/R*-trees. ( data-structures , library , mit ) 2024-09-08 1.0.0.0 OleksiiDivak radix-tree 18 2.0 2 Radix trees ( bsd3 , data-structures , library ) 2024-10-25 1.1.0.0 SergeyVinokurov , OleksiiDivak ralist 15 0.0 2 Random access list with a list compatible interface. ( bsd3 , data-structures , library ) 2021-10-08 0.4.0.0 CarterSchonwald , LennartAugustsson random-access-list 3 0.0 1 Random-access lists in Haskell ( bsd3 , data-structures , library ) 2008-06-16 0.2 StephanFriedrichs random-tree 2 0.0 1 Create random trees ( data-structures , gpl , library ) 2016-02-09 0.6.0.5 GregorySchwartz randproc 10 0.0 1 Data structures and support functions for working with random processes ( bsd3 , data-structures , library ) 2011-07-03 0.4 DavidBanas rational-list 2 0.0 0 finite or repeating lists ( bsd3 , data-structures , library ) 2019-10-20 1.0.0.0 RossPaterson rbst 6 0.0 0 Randomized Binary Search Trees ( data-structures , library , mit ) 2020-05-09 0.0.0.1 ArnauAbella record 52 0.0 6 Anonymous records ( control , data-structures , library , mit , records ) 2016-10-24 0.4.2 NikitaVolkov reflection-without-remorse 18 0.0 1 Efficient free and operational monads. ( bsd3 , data , data-structures , library ) 2014-12-30 0.9.5 AtzeVanDerPloeg relacion 1 0.0 1 A relation data structure. ( bsd3 , data-structures , library ) 2010-11-15 0.1 LeonelFonseca relation 16 0.0 2 A data structure representing Relations on Sets. ( bsd3 , data-structures , library ) 2020-04-14 0.5.2.0 newhoggy , haskellworks repa 130 2.0 49 High performance, regular, shape polymorphic parallel arrays. ( bsd3 , data-structures , library ) 2024-12-08 3.4.2.0 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , vmchale , LaurentRDC repa-algorithms 66 0.0 2 Algorithms using the Repa array library. ( bsd3 , data-structures , library ) 2024-12-08 3.4.2.0 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , vmchale , LaurentRDC repa-array 8 0.0 2 Bulk array representations and operators. ( bsd3 , data-structures , library ) 2016-06-18 4.2.3.1 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , LaurentRDC repa-bytestring 19 0.0 3 (deprecated) ( bsd3 , data-structures , library ) 2012-04-03 3.0.0.1 BasVanDijk , BenLippmeier , TrevorMcDonell repa-convert 21 0.0 3 Packing and unpacking flat tables. ( bsd3 , data-structures , library ) 2025-01-11 4.2.4.0 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , LaurentRDC repa-devil (deprecated in favor of friday ) 41 0.0 4 Support for image reading and writing of Repa arrays using in-place FFI calls ( bsd3 , data-structures , deprecated , library ) 2015-04-13 0.3.2.6 DonaldStewart , RaphaelJavaux , ThomasDuBuisson repa-eval 7 0.0 3 Low-level parallel operators on bulk random-accessble arrays. ( bsd3 , data-structures , library ) 2024-12-20 4.2.4.0 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , LaurentRDC repa-examples 58 0.0 1 Examples using the Repa array library. ( bsd3 , data-structures , program ) 2024-12-08 3.4.2.0 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , vmchale , LaurentRDC repa-fftw 5 0.0 1 Perform fft with repa via FFTW ( bsd3 , data-structures , library ) 2013-12-21 3.2.3.2 AtsuroHoshino repa-flow 15 0.0 1 Data-parallel data flows. ( bsd3 , data-structures , library ) 2016-06-18 4.2.3.1 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , LaurentRDC repa-io 55 0.0 1 Read and write Repa arrays in various formats. ( bsd3 , data-structures , library ) 2024-12-08 3.4.2.0 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , vmchale , LaurentRDC repa-plugin 1 0.0 1 Data Flow Fusion GHC Plugin. ( bsd3 , data-structures , library ) 2013-07-26 1.0.0.1 BasVanDijk , BenLippmeier , LaurentRDC repa-scalar 29 0.0 4 Scalar data types and conversions. ( bsd3 , data-structures , library ) 2024-12-17 4.2.4.0 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , vmchale , LaurentRDC repa-series 1 0.0 1 Series Expressionss API ( bsd3 , data-structures , library ) 2013-07-26 1.0.0.1 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , LaurentRDC repa-sndfile 6 0.0 1 Reading and writing sound files with repa arrays ( bsd3 , data-structures , library ) 2013-12-21 3.2.3.3 AtsuroHoshino repa-stream 10 0.0 3 Stream functions not present in the vector library. ( bsd3 , data-structures , library ) 2016-06-18 4.2.3.1 BasVanDijk , BenLippmeier , PepeIborra , TrevorMcDonell , LaurentRDC representable-functors (deprecated in favor of adjunctions ) 128 0.0 10 Representable functors ( bsd3 , data-structures , deprecated , functors , library , monads ) 2013-10-13 3.2.0.2 EdwardKmett , EricMertens , ryanglscott , AaronVargo representable-tries 126 0.0 2 Tries from representations of polynomial functors ( bsd3 , comonads , data-structures , functors , library , monads ) 2013-01-06 3.0.2 EdwardKmett rle 6 0.0 0 A data type of run-length-encoded lists ( apache , data-structures , library ) 2021-09-17 0.1.0.1 AndrewPritchard rosezipper 5 2.0 9 Generic zipper implementation for Data.Tree ( bsd3 , data-structures , library ) 2010-06-06 0.2 EricKow , IavorDiatchki row-types 40 0.0 16 Open Records and Variants ( data , data-structures , library , mit ) 2021-09-10 1.0.1.2 dwincort row-types-aeson 8 0.0 0 aeson instances for Open Records and Variants ( data , data-structures , library , mit ) 2022-07-10 1.1.0.0 dwincort row-types-barbies 4 0.0 0 barbies instances for Open Records and Variants ( data , data-structures , library , mit ) 2021-09-26 1.0.0.0 dwincort rp-tree 51 2.0 0 Random projection trees ( bsd3 , data , data-mining , data-structures , library , machine-learning , program ) 2021-11-04 0.7.1 ocramz rrb-vector 18 0.0 1 Efficient RRB-Vectors ( bsd3 , data-structures , library ) 2024-07-17 0.2.2.1 konsumlamm rstream 3 0.0 1 stream-fusion framework from vector ( bsd3 , data , data-structures , library ) 2018-11-01 0.1.0.0 chessai sdp 10 0.0 9 Simple Data Processing ( bsd3 , data-structures , library ) 2021-12-10 0.2.1.1 AndreyMulik sdp-binary 3 0.0 0 Binary instances for SDP ( bsd3 , data-structures , library ) 2021-02-23 0.2 AndreyMulik sdp-deepseq 3 0.0 0 DeepSeq SDP extension. ( bsd3 , data-structures , library ) 2021-02-19 0.2 AndreyMulik sdp-hashable 2 0.0 1 Hashable instances for SDP ( bsd3 , data-structures , library ) 2021-02-19 0.2 AndreyMulik sdp-io 3 0.0 2 SDP IO extension ( bsd3 , data-structures , library ) 2021-02-24 0.2 AndreyMulik sdp-quickcheck 3 0.0 0 SDP QuickCheck support ( bsd3 , data-structures , library ) 2021-02-19 0.2 AndreyMulik sdp4bytestring 3 0.0 0 SDP wrapper for ByteString. ( bsd3 , data-structures , library ) 2021-02-24 0.2 AndreyMulik sdp4text 4 0.0 0 SDP wrapper for Text. ( bsd3 , data-structures , library ) 2021-02-24 0.2 AndreyMulik sdp4unordered 5 0.0 0 SDP classes for unordered containers ( bsd3 , data-structures , library ) 2021-02-23 0.2 AndreyMulik sdp4vector 5 0.0 0 SDP wrapper for Vector ( bsd3 , data-structures , library ) 2021-02-19 0.2 AndreyMulik selections 15 0.0 1 Combinators for operating with selections over an underlying functor ( bsd3 , data-structures , functors , library ) 2020-10-21 0.3.0.0 ChrisPenner semigroups 275 2.75 912 Anything that associates ( algebra , bsd3 , data , data-structures , library , math ) 2026-01-10 0.20.1 EdwardKmett , EricMertens , HerbertValerioRiedel , ryanglscott semigroups-actions 4 0.0 1 Semigroups actions ( algebra , bsd3 , data , data-structures , library , math ) 2012-12-20 0.1 PetrPudlak semilattices 45 0.0 2 Semilattices ( algebra , bsd3 , data , data-structures , library , math ) 2025-09-22 0.0.0.9 robrix semirings 77 2.0 18 two monoids as one, in holy haskimony ( algebra , bsd3 , data , data-structures , library , math , mathematics , maths ) 2024-05-21 0.7 chessai seqn 8 0.0 0 Sequences and measured sequences ( bsd3 , data-structures , library ) 2024-07-12 0.1.1.0 meooow sequence 48 0.0 3 A type class for sequences and various sequence data structures. ( bsd3 , data , data-structures , library ) 2021-08-15 0.9.9.0 AtzeVanDerPloeg , dfeuer signed-multiset 14 0.0 1 Multisets with negative membership. ( bsd3 , data-structures , library ) 2023-01-13 0.5 StefanHoldermans , rieckenj sirkel 4 0.0 1 Sirkel, a Chord DHT ( bsd3 , concurrency , concurrent , data-structures , database , distributed-computing , library ) 2011-09-16 0.1 MortenLysgaard slist 18 2.25 1 Sized list ( data-structures , library , list , mpl ) 2022-11-03 0.2.1.0 vrom911 sparse-merkle-trees 3 0.0 0 Sparse Merkle trees with proofs of inclusion and exclusion ( bsd3 , cryptography , data-structures , library ) 2022-05-26 0.2.0.0 tochicool sparsebit 9 0.0 1 Sparse bitmaps for pattern match coverage ( bsd3 , data-structures , development , library ) 2009-03-10 0.5 KiYungAhn splay 16 2.0 1 Generic splay-based sequence representation ( bsd3 , data-structures , library ) 2015-07-12 0.0.6 dramforever spool 4 0.0 7 Convert between ByteString and Vector.Storable without copying ( bsd3 , data-structures , library ) 2011-09-15 0.1 KeeganMcAllister srtree 44 0.0 1 A general library to work with Symbolic Regression expression trees. ( bsd3 , data , data-structures , library , math , program ) 2025-06-14 2.0.1.5 olivetti stable-heap 10 0.0 1 Purely functional stable heaps (fair priority queues) ( data-structures , library , mit ) 2025-12-10 0.3.0.0 JakeMcArthur statethread 6 0.0 2 The ST monad and STRefs ( bsd3 , data-structures , library , monads ) 2012-04-07 0.1.1 HenningThielemann static-hash 7 0.0 2 Immutable hash ( bsd3 , data-structures , library ) 2022-08-22 0.0.2 KazuYamamoto stm-containers 167 2.0 34 Containers for STM ( concurrency , data-structures , library , mit , stm ) 2026-01-04 1.2.2 NikitaVolkov stm-hamt 81 0.0 1 STM-specialised Hash Array Mapped Trie ( concurrency , data-structures , library , mit , stm ) 2026-01-04 1.2.2 NikitaVolkov strict-containers 9 2.0 2 Strict containers. ( bsd3 , data , data-structures , library ) 2024-08-05 0.2.1 ErikDeCastroLopo , infinity0 strict-containers-lens 5 0.0 0 Strict containers - Lens instances ( bsd3 , data , data-structures , lenses , library ) 2022-12-12 0.2 ErikDeCastroLopo , infinity0 strict-containers-serialise 4 0.0 0 Strict containers - Serialise instances ( bsd3 , codec , data , data-structures , library ) 2022-12-12 0.2 ErikDeCastroLopo , infinity0 subwordgraph 9 0.0 1 Subword graph implementation ( bsd3 , data-structures , library ) 2016-06-07 1.0.2 adambak subzero 20 0.0 1 Helps when going "seed values" -> alternatives and optional -> answers ( data-structures , gpl , library ) 2017-12-10 0.1.0.8 codeshot suffix 3 0.0 0 Suffix arrays and friends ( bsd3 , data-structures , library ) 2024-08-04 0.1.0.0 meooow suffix-array 1 0.0 0 Simple and moderately efficient suffix array implementation ( bsd3 , data-structures , library , program ) 2017-01-11 0.3.0.0 kadoban suffixtree 21 0.0 3 Efficient, lazy suffix tree implementation ( bsd3 , data , data-structures , library ) 2011-10-17 0.2.2.1 BryanOSullivan swapper 3 0.0 1 Transparently swapping data from in-memory structures to disk ( bsd3 , data-structures , library ) 2011-08-29 0.1 RomanSmrz symantic-base 22 0.0 2 Basic symantic combinators for Embedded Domain-Specific Languages (EDSL) ( agpl , data-structures , library ) 2023-01-25 0.5.0.20221211 julm symbolise (deprecated in favor of symbolize ) 3 0.0 0 You want Symbolize with a Z ( bsd3 , data , data-structures , deprecated , library ) 2025-03-02 0.0.0.1 qqwy symbolize 39 0.0 0 Efficient global Symbol table, with Garbage Collection. ( bsd3 , data , data-structures , library ) 2025-03-02 1.0.3.1 qqwy tangle 6 0.0 0 Heterogenous memoisation monad ( bsd3 , data-structures , library , monad , program ) 2021-11-08 0.1 FumiakiKinoshita text-compression 62 2.0 0 A text compression library. ( bsd3 , data-structures , library ) 2022-12-09 0.1.0.25 DavidFox , MatthewMosior text-containers 1 0.0 0 Memory-efficient string-indexed container types. ( data , data-structures , gpl , library ) 2017-10-13 0.1.0.0 HerbertValerioRiedel text-trie 3 0.0 1 An efficient finite map from Text to values, based on bytestring-trie. ( bsd3 , data , data-structures , library ) 2019-04-11 0.2.5.0 lambdamichael thrist 32 0.0 2 Type-threaded list ( bsd3 , categories , data-structures , library ) 2018-11-15 0.4 GaborGreif tie-knot 6 0.0 1 "Ties the knot" on a given set of structures that reference each other by keys. ( data-structures , library , recursion ) 2012-12-07 0.2 PetrPudlak total-maps 10 0.0 1 Dense and sparse total maps. ( containers , data , data-structures , library , mit ) 2015-11-19 1.0.0.3 pawel834 translatable-intset 3 0.0 1 Integer sets with a constant time translate operation. ( data-structures , library , mit ) 2011-02-04 0.1 JannisHarder treap 2 0.0 0 Efficient implementation of the implicit treap data structure ( data-structures , library , mpl , tree ) 2019-04-29 0.0.0.0 vrom911 treemap 6 0.0 1 A tree of Data.Map. ( data-structures , gpl , library ) 2018-02-14 2.4.0.20180213 julm treeseq 1 0.0 3 Library for a multi-way tree (rose tree), using Seq (finger tree) for forests ( data-structures , gpl , library ) 2018-02-14 1.0.0.20180213 julm trial 4 0.0 4 Trial Data Structure ( data , data-structures , library , mpl ) 2020-06-21 0.0.0.0 tomjaguarpaw , vrom911 trial-tomland 4 0.0 1 Trial helper functions for tomland ( data , data-structures , library , mpl ) 2020-06-21 0.0.0.0 tomjaguarpaw , vrom911 trie-simple 11 0.0 1 Simple Map-based Trie ( bsd3 , data-structures , library ) 2025-02-23 0.4.4 viercc tst 6 0.0 2 BK-tree implementation ( data-structures , library , public-domain ) 2012-10-29 0.1.1 FrancescoMazzoli type-aligned 24 0.0 6 Various type-aligned sequence data structures. ( bsd3 , data , data-structures , library ) 2014-12-30 0.9.6 AtzeVanDerPloeg , dfeuer type-indexed-queues 7 0.0 1 Queues with verified and unverified versions. ( data-structures , library , mit ) 2017-04-27 0.2.0.0 oisdk type-level-bst 3 0.0 1 type-level binary search trees in haskell ( bsd3 , data-structures , dependent-types , library ) 2014-10-28 0.1 Kinokkory type-level-sets 24 2.0 5 Type-level sets and finite maps (with value-level counterparts) ( bsd3 , data-structures , library , type-system ) 2018-11-29 0.8.9.0 DominicOrchard typerep-map 40 2.5 6 Efficient implementation of a dependent map with types as keys ( data , data-structures , library , mpl , types ) 2022-11-02 0.6.0.0 vrom911 unboxing-vector 6 0.0 3 A newtype-friendly variant of unboxed vectors ( bsd3 , data , | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/zlib-0.6.1.0/docs/doc-index.html | zlib-0.6.1.0: Compression and decompression in the gzip and zlib formats (Index) Contents Index zlib-0.6.1.0: Compression and decompression in the gzip and zlib formats Index BestCompression Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip bestCompression Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip BestSpeed Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip bestSpeed Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compress 1 (Function) Codec.Compression.Zlib.Internal 2 (Function) Codec.Compression.Zlib.Raw 3 (Function) Codec.Compression.Zlib 4 (Function) Codec.Compression.GZip compressBufferSize Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressDictionary Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip CompressInputRequired Codec.Compression.Zlib.Internal compressIO Codec.Compression.Zlib.Internal CompressionLevel 1 (Type/Class) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip 2 (Data Constructor) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressionLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip CompressionStrategy Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressMemoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressMethod Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressNext Codec.Compression.Zlib.Internal compressOutput Codec.Compression.Zlib.Internal CompressOutputAvailable Codec.Compression.Zlib.Internal CompressParams 1 (Type/Class) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip 2 (Data Constructor) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressST Codec.Compression.Zlib.Internal compressStrategy Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip CompressStream Codec.Compression.Zlib.Internal CompressStreamEnd Codec.Compression.Zlib.Internal compressSupplyInput Codec.Compression.Zlib.Internal compressWindowBits Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip compressWith 1 (Function) Codec.Compression.Zlib.Raw 2 (Function) Codec.Compression.Zlib 3 (Function) Codec.Compression.GZip DataFormatError Codec.Compression.Zlib.Internal decompress 1 (Function) Codec.Compression.Zlib.Internal 2 (Function) Codec.Compression.Zlib.Raw 3 (Function) Codec.Compression.Zlib 4 (Function) Codec.Compression.GZip decompressAllMembers Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip decompressBufferSize Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip decompressDictionary Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip DecompressError Codec.Compression.Zlib.Internal DecompressInputRequired Codec.Compression.Zlib.Internal decompressIO Codec.Compression.Zlib.Internal decompressNext Codec.Compression.Zlib.Internal decompressOutput Codec.Compression.Zlib.Internal DecompressOutputAvailable Codec.Compression.Zlib.Internal DecompressParams 1 (Type/Class) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip 2 (Data Constructor) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip decompressST Codec.Compression.Zlib.Internal DecompressStream Codec.Compression.Zlib.Internal DecompressStreamEnd Codec.Compression.Zlib.Internal DecompressStreamError Codec.Compression.Zlib.Internal decompressStreamError Codec.Compression.Zlib.Internal decompressSupplyInput Codec.Compression.Zlib.Internal decompressUnconsumedInput Codec.Compression.Zlib.Internal decompressWindowBits Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip decompressWith 1 (Function) Codec.Compression.Zlib.Raw 2 (Function) Codec.Compression.Zlib 3 (Function) Codec.Compression.GZip DefaultCompression Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip defaultCompression Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip defaultCompressParams Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip defaultDecompressParams Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip DefaultMemoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip defaultMemoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip DefaultStrategy Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip defaultStrategy Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip DefaultWindowBits Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip defaultWindowBits Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip Deflated Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip deflateMethod Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip DictionaryMismatch Codec.Compression.Zlib.Internal DictionaryRequired Codec.Compression.Zlib.Internal Filtered Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip filteredStrategy Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip foldCompressStream Codec.Compression.Zlib.Internal foldCompressStreamWithInput Codec.Compression.Zlib.Internal foldDecompressStream Codec.Compression.Zlib.Internal foldDecompressStreamWithInput Codec.Compression.Zlib.Internal Format Codec.Compression.Zlib.Internal GZip Codec.Compression.Zlib.Internal gzipFormat Codec.Compression.Zlib.Internal GZipOrZlib Codec.Compression.Zlib.Internal gzipOrZlibFormat Codec.Compression.Zlib.Internal HuffmanOnly Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip huffmanOnlyStrategy Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip MaxMemoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip maxMemoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip MemoryLevel 1 (Type/Class) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip 2 (Data Constructor) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip memoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip Method Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip MinMemoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip minMemoryLevel Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip NoCompression Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip noCompression Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip Raw Codec.Compression.Zlib.Internal rawFormat Codec.Compression.Zlib.Internal TruncatedInput Codec.Compression.Zlib.Internal WindowBits 1 (Type/Class) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip 2 (Data Constructor) Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip windowBits Codec.Compression.Zlib.Internal , Codec.Compression.Zlib.Raw , Codec.Compression.Zlib , Codec.Compression.GZip Zlib Codec.Compression.Zlib.Internal zlibFormat Codec.Compression.Zlib.Internal Produced by Haddock version 2.15.0.2 | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/Rlang-QQ | Rlang-QQ: quasiquoter for inline-R code Hackage :: [Package] Search Browse What's new Upload User accounts Rlang-QQ : quasiquoter for inline-R code [ bsd3 , deprecated , development , library ] [ Propose Tags ] [ Report a vulnerability ] Deprecated in favor of inline-r This quasiquoter calls R ( http://www.r-project.org/ ) from ghc. Variables from the haskell-side are passed in, and variables created (or modified) are returned as the value of the quasiquote. The R package knitr is used, which allows recording plots. But for this to work, you need to install it first, for example with: R --no-save <<< 'install.packages("knitr")' Modules [ Index ] RlangQQ RlangQQ.Antiquote RlangQQ.Binary RlangQQ.Internal RlangQQ.MakeRecord RlangQQ.NatQQ RlangQQ.ParseKnitted Flags Automatic Flags Name Description Default repa enable repa (can be disabled to allow building RlangQQ with ghc-7.8) Enabled Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info Downloads Rlang-QQ-0.3.1.0.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers AdamVogt For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.0.0.0 , 0.0.0.1 , 0.0.0.2 , 0.1.0.0 , 0.1.0.1 , 0.1.0.2 , 0.1.0.3 , 0.1.1.0 , 0.2.0.0 , 0.2.1.0 , 0.3.0.0 , 0.3.1.0 Change log Changelog.md Dependencies array , base (>=4 && <5) , binary , bytestring , Cabal , containers , data-binary-ieee754 , directory , filepath , haskell-src-meta , HList (>=0.4) , lens , mtl , process , repa , SHA , split , syb , template-haskell (<=3) , temporary , text , transformers , trifecta (>=1.4) , utf8-string (>=0.3 && <1.1) , vector , zlib [ details ] Tested with ghc ==7.6.2, ghc ==7.8.2 License BSD-3-Clause Author Adam Vogt <vogt.adam@gmail.com> Maintainer Adam Vogt <vogt.adam@gmail.com> Uploaded by AdamVogt at 2015-05-06T02:57:13Z Stability Unknown --> Category Development Home page http://code.haskell.org/~aavogt/Rlang-QQ Source repo head: darcs get http://code.haskell.org/~aavogt/Rlang-QQ Distributions Reverse Dependencies 2 direct, 0 indirect [ details ] Downloads 11571 total (41 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2015-05-06 [ all 1 reports ] Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
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https://www.scrive.com/no/om-scrive | Om Scrive - Scrive Skip to main content Tertiary navigation Scrive inngår avtale med Svea Bank Norge English Global Sverige Suomi Danmark Nederland France United Kingdom Deutschland Help Centre Salg +47 23 507 090 Kontakt salg Logg in Primary navigation Produkter Løsninger Ressurser Virksomhet Priser Help Centre Kontakt salg Kjøp nå Prøv Gratis Søk Åpne menyen Hjem / Om Scrive Bygg bedre kundereiser med oss Våre løsninger forenkler hvordan vi møtes og gjør forretninger i en digital verden Kontakt oss Gratis prøvetid Kort om Scrive Scrives skybaserte plattform har vært ledende innen digitalisering siden 2010 og tilbyr livssyklusautomatisering av avtaler drevet av elektroniske signatur- og identifiseringsløsninger. Bedrifter over hele verden benytter Scrive for introduksjon av og signering av avtaler med nye kunder, partnere og ansatte, noe som fremmer kundeopplevelse, sikkerhet, samsvar og datakvalitet. Scrive har hovedkontor i Stockholm, støttes av Vitruvian Partners og har over 200 ansatte. Vår historie Det hele startet i 2010 når to universitetsstudenter rullet ut en e-signeringstjeneste for utenlandske artister, slik at de trygt kunne signere avtaler for sine opptredener i Sverige. Entreprenørene bak Scrive forstod fort at behovet for elektroniske signaturer eksisterte i alle bransjer. Veien var derfor kort fra å tilby e-signering til spoken-word artister på svenske scener i 2010 til å fasilitere en tredjedel av alle britiske bilsalg bare ti år senere. Hvordan kom vi hit? Kort sagt gjennom vår kundesentrisitet, vi lytter til feedback, forstår behov og responderer med å hele tiden forbedre og videreutvikle våre tjenester. Vi forstår at signeringen av en avtale kun er en liten del av en større forretningsprosess og vi ønsker derfor å fungere som en guide for din overordnede digitale transformasjonsreise. Prøv gratis Kundesentrert. Hvem er ikke det? Vi i Scrive skiller oss ut ved å utvide definisjonen av “kunde”-begrepet til å inkludere både interne og eksterne stakeholdere: kunder, partnere, ansatte, kollegaer – alle vi samhandler med. Denne kundevisjonen danner kjernen av vår kultur som er basert på integritet og inkludering, som igjen er grunnlaget for våre kjerneverdier: Vi bryr oss om alle våre kunder, både interne og eksterne Vi utfordrer våre kunder, deres persepsjon og best practices Vi forplikter oss til å lede deg helt til mål, fra start til slutt Vi samarbeider for å bygge bedre kundereiser Jobb hos Scrive Certifications Sertifikasjoner Scrive er ISO 27001:2022-sertifisert. Sertifiseringen dekker alle deler av Scrive sine SaaS-produkter: e-signeringsplatformen (Scrive eSign Online, Scrive Go og Scrive eSign API) og Scrive eID Hub, alt i henhold til erklæringen om anvendelighet Våre senteres sertifiseringer kan bli funnet på de følgende sidene for AWS og City Network Compliant Cloud. Spørsmål? Lær mer om hvordan Scrive kan hjelpe din bedrift å bygge bedre kundereiser Kontakt oss Hvorfor Scrive? Scrive tilbyr e-signaturer og e-ID-løsninger for små og mellomstore bedrifter samt bedriftsorganisasjoner. Scrive tilbyr en sikker og rask måte å signere og håndtere elektroniske dokumenter på. Hvorfor Scrive? Scrive / Rebel Universitetsgate 2 0164 Oslo Kontakt skjema Footer navigation Produkter eSign Online eSign Go eSign API eID Hub ID Check eSign Forms Forms Builder Løsninger Industrier Casestudier Integrasjoner Priser Priser eSign Online Priser eSign GO Priser eSign API Priser ID Check Priser eID Hub Priser eSign Forms Priser Forms Builder Ressurser Kunnskap Trust Centre Help Centre Digital vs. Elektronisk Signatur Digitalisering Bytt til Scrive Eksterne ressurser System status Verifisere et dokument API-dokumentasjon Scrive brand guidelines Virksomhet Om Scrive Partner Karriere Kontakt oss Secondary navigation Terms of service Privacy notice Cookie declaration © 2026 Scrive | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/zlib-0.6.1.0/docs/Codec-Compression-Zlib.html | Codec.Compression.Zlib Source Contents Index zlib-0.6.1.0: Compression and decompression in the gzip and zlib formats Copyright (c) 2006-2014 Duncan Coutts License BSD-style Maintainer duncan@community.haskell.org Safe Haskell Safe-Inferred Language Haskell2010 Codec.Compression.Zlib Contents Simple compression and decompression Extended api with control over compression parameters The compression parameter types Description Compression and decompression of data streams in the zlib format. The format is described in detail in RFC #1950: http://www.ietf.org/rfc/rfc1950.txt See also the zlib home page: http://zlib.net/ Synopsis compress :: ByteString -> ByteString decompress :: ByteString -> ByteString compressWith :: CompressParams -> ByteString -> ByteString decompressWith :: DecompressParams -> ByteString -> ByteString data CompressParams = CompressParams { compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString } defaultCompressParams :: CompressParams data DecompressParams = DecompressParams { decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool } defaultDecompressParams :: DecompressParams data CompressionLevel = DefaultCompression | NoCompression | BestSpeed | BestCompression | CompressionLevel Int defaultCompression :: CompressionLevel noCompression :: CompressionLevel bestSpeed :: CompressionLevel bestCompression :: CompressionLevel compressionLevel :: Int -> CompressionLevel data Method = Deflated deflateMethod :: Method data WindowBits = WindowBits Int | DefaultWindowBits defaultWindowBits :: WindowBits windowBits :: Int -> WindowBits data MemoryLevel = DefaultMemoryLevel | MinMemoryLevel | MaxMemoryLevel | MemoryLevel Int defaultMemoryLevel :: MemoryLevel minMemoryLevel :: MemoryLevel maxMemoryLevel :: MemoryLevel memoryLevel :: Int -> MemoryLevel data CompressionStrategy = DefaultStrategy | Filtered | HuffmanOnly defaultStrategy :: CompressionStrategy filteredStrategy :: CompressionStrategy huffmanOnlyStrategy :: CompressionStrategy Documentation This module provides pure functions for compressing and decompressing streams of data in the zlib format and represented by lazy ByteString s. This makes it easy to use either in memory or with disk or network IO. Simple compression and decompression compress :: ByteString -> ByteString Source Compress a stream of data into the zlib format. This uses the default compression parameters. In partiular it uses the default compression level which favours a higher compression ratio over compression speed, though it does not use the maximum compression level. Use compressWith to adjust the compression level or other compression parameters. decompress :: ByteString -> ByteString Source Decompress a stream of data in the zlib format. There are a number of errors that can occur. In each case an exception will be thrown. The possible error conditions are: if the stream does not start with a valid gzip header if the compressed stream is corrupted if the compressed stream ends permaturely Note that the decompression is performed lazily . Errors in the data stream may not be detected until the end of the stream is demanded (since it is only at the end that the final checksum can be checked). If this is important to you, you must make sure to consume the whole decompressed stream before doing any IO action that depends on it. Extended api with control over compression parameters compressWith :: CompressParams -> ByteString -> ByteString Source Like compress but with the ability to specify various compression parameters. Typical usage: compressWith defaultCompressParams { ... } In particular you can set the compression level: compressWith defaultCompressParams { compressLevel = BestCompression } decompressWith :: DecompressParams -> ByteString -> ByteString Source Like decompress but with the ability to specify various decompression parameters. Typical usage: decompressWith defaultCompressParams { ... } data CompressParams Source The full set of parameters for compression. The defaults are defaultCompressParams . The compressBufferSize is the size of the first output buffer containing the compressed data. If you know an approximate upper bound on the size of the compressed data then setting this parameter can save memory. The default compression output buffer size is 16k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. Constructors CompressParams Fields compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString Instances Show CompressParams defaultCompressParams :: CompressParams Source The default set of parameters for compression. This is typically used with the compressWith function with specific parameters overridden. data DecompressParams Source The full set of parameters for decompression. The defaults are defaultDecompressParams . The decompressBufferSize is the size of the first output buffer, containing the uncompressed data. If you know an exact or approximate upper bound on the size of the decompressed data then setting this parameter can save memory. The default decompression output buffer size is 32k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. One particular use case for setting the decompressBufferSize is if you know the exact size of the decompressed data and want to produce a strict ByteString . The compression and deccompression functions use lazy ByteString s but if you set the decompressBufferSize correctly then you can generate a lazy ByteString with exactly one chunk, which can be converted to a strict ByteString in O(1) time using concat . toChunks . Constructors DecompressParams Fields decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool Instances Show DecompressParams defaultDecompressParams :: DecompressParams Source The default set of parameters for decompression. This is typically used with the compressWith function with specific parameters overridden. The compression parameter types data CompressionLevel Source The compression level parameter controls the amount of compression. This is a trade-off between the amount of compression and the time required to do the compression. Constructors DefaultCompression Deprecated: Use defaultCompression. CompressionLevel constructors will be hidden in version 0.7 NoCompression Deprecated: Use noCompression. CompressionLevel constructors will be hidden in version 0.7 BestSpeed Deprecated: Use bestSpeed. CompressionLevel constructors will be hidden in version 0.7 BestCompression Deprecated: Use bestCompression. CompressionLevel constructors will be hidden in version 0.7 CompressionLevel Int Instances Eq CompressionLevel Show CompressionLevel Generic CompressionLevel Typeable * CompressionLevel type Rep CompressionLevel defaultCompression :: CompressionLevel Source The default compression level is 6 (that is, biased towards higher compression at expense of speed). noCompression :: CompressionLevel Source No compression, just a block copy. bestSpeed :: CompressionLevel Source The fastest compression method (less compression) bestCompression :: CompressionLevel Source The slowest compression method (best compression). compressionLevel :: Int -> CompressionLevel Source A specific compression level between 0 and 9. data Method Source The compression method Constructors Deflated Deprecated: Use deflateMethod. Method constructors will be hidden in version 0.7 Instances Bounded Method Enum Method Eq Method Ord Method Show Method Generic Method Typeable * Method type Rep Method deflateMethod :: Method Source 'Deflate' is the only method supported in this version of zlib. Indeed it is likely to be the only method that ever will be supported. data WindowBits Source This specifies the size of the compression window. Larger values of this parameter result in better compression at the expense of higher memory usage. The compression window size is the value of the the window bits raised to the power 2. The window bits must be in the range 8..15 which corresponds to compression window sizes of 256b to 32Kb. The default is 15 which is also the maximum size. The total amount of memory used depends on the window bits and the MemoryLevel . See the MemoryLevel for the details. Constructors WindowBits Int DefaultWindowBits Deprecated: Use defaultWindowBits. WindowBits constructors will be hidden in version 0.7 Instances Eq WindowBits Ord WindowBits Show WindowBits Generic WindowBits Typeable * WindowBits type Rep WindowBits defaultWindowBits :: WindowBits Source The default WindowBits is 15 which is also the maximum size. windowBits :: Int -> WindowBits Source A specific compression window size, specified in bits in the range 8..15 data MemoryLevel Source The MemoryLevel parameter specifies how much memory should be allocated for the internal compression state. It is a tradoff between memory usage, compression ratio and compression speed. Using more memory allows faster compression and a better compression ratio. The total amount of memory used for compression depends on the WindowBits and the MemoryLevel . For decompression it depends only on the WindowBits . The totals are given by the functions: compressTotal windowBits memLevel = 4 * 2^windowBits + 512 * 2^memLevel decompressTotal windowBits = 2^windowBits For example, for compression with the default windowBits = 15 and memLevel = 8 uses 256Kb . So for example a network server with 100 concurrent compressed streams would use 25Mb . The memory per stream can be halved (at the cost of somewhat degraded and slower compressionby) by reducing the windowBits and memLevel by one. Decompression takes less memory, the default windowBits = 15 corresponds to just 32Kb . Constructors DefaultMemoryLevel Deprecated: Use defaultMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MinMemoryLevel Deprecated: Use minMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MaxMemoryLevel Deprecated: Use maxMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MemoryLevel Int Instances Eq MemoryLevel Show MemoryLevel Generic MemoryLevel Typeable * MemoryLevel type Rep MemoryLevel defaultMemoryLevel :: MemoryLevel Source The default memory level. (Equivalent to memoryLevel 8 ) minMemoryLevel :: MemoryLevel Source Use minimum memory. This is slow and reduces the compression ratio. (Equivalent to memoryLevel 1 ) maxMemoryLevel :: MemoryLevel Source Use maximum memory for optimal compression speed. (Equivalent to memoryLevel 9 ) memoryLevel :: Int -> MemoryLevel Source A specific level in the range 1..9 data CompressionStrategy Source The strategy parameter is used to tune the compression algorithm. The strategy parameter only affects the compression ratio but not the correctness of the compressed output even if it is not set appropriately. Constructors DefaultStrategy Deprecated: Use defaultStrategy. CompressionStrategy constructors will be hidden in version 0.7 Filtered Deprecated: Use filteredStrategy. CompressionStrategy constructors will be hidden in version 0.7 HuffmanOnly Deprecated: Use huffmanOnlyStrategy. CompressionStrategy constructors will be hidden in version 0.7 Instances Bounded CompressionStrategy Enum CompressionStrategy Eq CompressionStrategy Ord CompressionStrategy Show CompressionStrategy Generic CompressionStrategy Typeable * CompressionStrategy type Rep CompressionStrategy defaultStrategy :: CompressionStrategy Source Use this default compression strategy for normal data. filteredStrategy :: CompressionStrategy Source Use the filtered compression strategy for data produced by a filter (or predictor). Filtered data consists mostly of small values with a somewhat random distribution. In this case, the compression algorithm is tuned to compress them better. The effect of this strategy is to force more Huffman coding and less string matching; it is somewhat intermediate between defaultCompressionStrategy and huffmanOnlyCompressionStrategy . huffmanOnlyStrategy :: CompressionStrategy Source Use the Huffman-only compression strategy to force Huffman encoding only (no string match). Produced by Haddock version 2.15.0.2 | 2026-01-13T09:29:09 |
https://www.msys2.org/docs/python/ | Python - MSYS2 Skip to content MSYS2 Python Deutsch (de) Español (es) Français (fr) 日本语 (ja) 한국어 (ko) 中文 (zh) Initializing search GitHub MSYS2 GitHub Getting Started News Package Index Documentation Documentation What is MSYS2? Who Is Using MSYS2? Environments Updating MSYS2 Using MSYS2 in CI Package Mirrors Terminals IDEs and Text Editors MSYS2 Installer Package Management Package Management Package Management Package Naming Repositories and Mirrors Tips and Tricks FAQ Filesystem Paths Symlinks Configuration Locations Just-in-time Debugging ARM64 Support Languages & Tools Languages & Tools Using CMake in MSYS2 Autotools Python Python Table of contents Portability Known issues Changelog Git C/C++ C++ pkg-config pacman Supported Windows Versions and Hardware FAQ Development Development Packaging Packaging Creating a new Package Updating an existing Package Package Guidelines License Metadata PKGBUILD Mirrors MSYS2 Keyring Python Automated Build Process Vulnerability Reporting Accounts and Ownership Other Topics Other Topics Welcome to the MSYS2 wiki Creating Packages TODO LIST Distributing Qt Creator MSYS2 History How does MSYS2 differ from Cygwin? Launchers MSYS2-Introduction Re-installing MSYS2 Porting Setting up SSHd Signing Packages Do you need Sudo? Terminals Get Involved License Privacy Support & Contact Code of Conduct Table of contents Portability Known issues Changelog Python Since the official CPython implementation doesn't support building with GCC/Clang on Windows and has its own Windows specific directory layout, we maintain a friendly fork of CPython at https://github.com/msys2-contrib/cpython-mingw/ Some differences/features compared to the official Windows CPython: In an active MSYS2 environment os.sep and os.altsep are switched to make relative paths more compatible with Unix tools that don't understand Windows paths. Outside of an active MSYS2 environment it behaves normally though. sys.path uses the Unix directory layout, see python -m site Virtual environments also work with bash: python -m venv _venv , source _venv/bin/activate and so on. When building against the limited API only defining Py_LIMITED_API isn't enough, you also have to explicitly link against python3 instead of python3.y . Portability As long as you don't hardcode/assume platform specific values and paths and always use things like os.sep , do path operations with os.path or pathlib and derive Python installation related paths and configuration from the sysconfig module then your Python code should work just like with the official Windows CPython installation. If for some reason you still need to detect our fork you can check for it as follows: import os import sysconfig if os . name == "nt" and sysconfig . get_platform () . startswith ( "mingw" ): print ( "cpython-mingw detected!" ) Known issues C extensions are not compatible with the official CPython, which means pip can't use binary wheels from PyPI and packages have to be build when installing them. Some C extensions don't build out of the box since they don't expect non-MSVC on Windows. In some cases we provide patched versions in our repo. Passing --py-limited-api to upstream setuptools does not result in linking with the limited ABI DLL. See the upstream issue . The setuptools package in our repo is patched to fix this. Changelog 2024-11-09: With the update to Python 3.12, the environment variable setting SETUPTOOLS_USE_DISTUTILS=stdlib will cause distutils import errors because the standard library's distutils module has been removed. If you're still using this workaround, remove the environment variable. 2024-07-01: setuptools now supports building C extensions in MSYS2 since v70.2.0 . Previous versions required export SETUPTOOLS_USE_DISTUTILS=stdlib as a workaround. 2023-08-22: The mingw Python now provides the limited ABI DLL (libpython3.dll). Support in upstream setuptools is still missing though. Made with Material for MkDocs | 2026-01-13T09:29:09 |
https://support.atlassian.com/subscriptions-and-billing/docs/billing-permissions-by-role/ | Billing permissions by role | Atlassian Support Skip to main content Atlassian Support Apps Documentation Resources Contact us Sign in Sign in Subscriptions and billing Documentation Manage subscriptions and bills for Atlassian cloud apps Manage your subscription for Standard and Premium plans Manage your bill for Enterprise plans Cancel a subscription Service Level Agreement for Atlassian cloud apps Buying Atlassian cloud apps Manage payment methods Manage Atlassian quotes Manage tax information Manage users and user tiers Request a refund Switch from a monthly to an annual subscription Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev How maximum quantity billing works How pricing works for multi-instance Marketplace apps Manage your bill for add-ons Manage your bill for Rovo Manage your Bitbucket subscription on the new billing system Manage your subscription for Atlassian Collections Prepare your contacts ahead of billing migration Reactivate a subscription Set up Atlassian app subscription after purchase Unable to make payments Understand billing accounts Understand billing administration Understand billing for Marketplace apps Understand billing profiles Understand the improved Atlassian billing experience Understand the new partner-managed subscriptions portal Understand your invoice Usage charges and billing Manage subscriptions and bills for Atlassian Guard Manage your bill for Atlassian Guard Standard Manage your bill for Atlassian Guard Premium Unsubscribe from Atlassian Guard Standard Unsubscribe from Atlassian Guard Premium Impact of Trello users on your Atlassian Guard Standard bill Resolve Atlassian Guard payment issue Atlassian Support Subscriptions and billing Resources Manage subscriptions and bills for Atlassian cloud apps Billing permissions by role We’re rolling out an improved billing experience , and a new centralized user management experience, which both introduce new roles. Your setup will determine which set of admin roles and billing permissions apply to your subscriptions. To learn how to add and remove billing admins and contacts, see Understand billing administration To learn more about other Atlassian admin roles, see What are the different types of admin roles? Improved billing experience Centralized user management setup This applies to customers with: Subscriptions on the improved billing experience Centralized user management If your organization has been migrated to centralized user management, Users is found under the Directory tab. In this setup, you have three admin roles with billing permissions: Billing admins Organization admins Site admins Permission Billing admin Org admin Site admin User access admin Upgrade, downgrade, cancel subscriptions Yes ✅ Yes ✅ Yes ✅ No ❌ View billing admins Yes ✅ Yes ✅ Yes ✅ No ❌ View bill estimate Yes ✅ Yes ✅ Yes ✅ No ❌ View billing info (next bill date, plan) Yes ✅ Yes ✅ Yes ✅ No ❌ Reactivate subscriptions Yes ✅ No ❌ No ❌ No ❌ View payment methods Yes ✅ No ❌ No ❌ No ❌ View billing and sold-to addresses Yes ✅ No ❌ No ❌ No ❌ View, download, pay invoices Yes ✅ No ❌ No ❌ No ❌ Edit, remove, add payment methods Yes ✅ No ❌ No ❌ No ❌ Add or remove billing admins Yes ✅ No ❌ No ❌ No ❌ Edit or add billing or sold-to addresses Yes ✅ No ❌ No ❌ No ❌ Request, change, and cancel quotes Yes ✅ No ❌ No ❌ No ❌ Change billing cycle (monthly to annual) Yes ✅ No ❌ No ❌ No ❌ Receive billing emails Yes ✅ No ❌ No ❌ No ❌ Original user management setup This applies to customers with: Subscriptions on the improved billing experience Original user management If your organization has original user management, Users is found under Apps . In this setup, there are three admin roles with billing permissions: Billing admins Organization admins Site administrators Permission Billing admin Org or site admin Upgrade, downgrade, cancel subscriptions Yes ✅ Yes ✅ View billing admins Yes ✅ No ❌ View bill estimate Yes ✅ Yes ✅ View billing info (next bill date, plan) Yes ✅ Yes ✅ Reactivate subscriptions Yes ✅ No ❌ View payment methods Yes ✅ No ❌ View billing and sold-to addresses Yes ✅ No ❌ View, download, pay invoices Yes ✅ No ❌ Edit, remove, and add payment methods Yes ✅ No ❌ Add or remove billing admins Yes ✅ No ❌ Edit or add billing or sold-to addresses Yes ✅ No ❌ Request, change, and cancel quotes Yes ✅ No ❌ Change billing cycle (monthly to annual) Yes ✅ No ❌ Receive billing emails Yes ✅ No ❌ Original billing experience Centralized user management setup This applies to customers with: Subscriptions on the original billing experience Centralized user management If your organization has been migrated to the centralized user management, Users is found under the Directory tab . In this setup, there are four admin roles with billing permissions: Billing contact Technical contact Organization admin Site admin Permission Billing contact Technical contact Org admin Site admin User access admin Upgrade and downgrade subscriptions No ❌ No ❌ Yes ✅ Yes ✅ No ❌ Cancel subscriptions Yes ✅ Yes ✅ Yes ✅ Yes ✅ No ❌ View billing contacts Yes ✅ Yes ✅ Yes ✅ Yes ✅ No ❌ View bill estimate No ❌ No ❌ Yes ✅ Yes ✅ No ❌ View billing info (next bill date, plan) No ❌ No ❌ Yes ✅ Yes ✅ No ❌ Reactivate subscriptions No ❌ No ❌ Yes ✅ No ❌ No ❌ View payment methods No ❌ No ❌ Yes ✅ No ❌ No ❌ View addresses No ❌ No ❌ Yes ✅ No ❌ No ❌ View, download, pay invoices Yes ✅ Yes ✅ Yes ✅ No ❌ No ❌ Edit, remove, add payment methods No ❌ No ❌ Yes ✅ No ❌ No ❌ Add or remove billing contacts Yes ✅ Yes ✅ Yes ✅ No ❌ No ❌ Edit or add addresses No ❌ No ❌ Yes ✅ No ❌ No ❌ Request, change, and cancel quotes Yes ✅ Yes ✅ Yes ✅ No ❌ No ❌ Change billing cycle (monthly to annual) No ❌ No ❌ Yes ✅ No ❌ No ❌ Contact support Yes ✅ (billing support) Yes ✅ Yes ✅ Yes ✅ Yes ✅ Receive billing emails Yes ✅ No ❌ Yes ✅ No ❌ No ❌ Original user management setup This applies to customers with: Subscriptions on the original billing experience Original user management If your organization has the original user management, Users is found under Apps . In this setup, you have four admin roles with billing permissions: Billing contact Technical contact Organization admin Site administrator Permission Billing contact Technical contact Org or site admin Upgrade and downgrade subscriptions No ❌ No ❌ Yes ✅ Cancel subscriptions Yes ✅ Yes ✅ Yes ✅ View billing contacts Yes ✅ (billing contacts only) Yes ✅ (billing contacts only) Yes ✅ View bill estimate No ❌ No ❌ Yes ✅ View billing info (next bill date, plan) No ❌ No ❌ Yes ✅ Reactivate subscriptions No ❌ No ❌ Yes ✅ View payment methods No ❌ No ❌ Yes ✅ View addresses No ❌ No ❌ Yes ✅ View, download, pay invoices Yes ✅ Yes ✅ Yes ✅ Edit, remove, add payment methods No ❌ No ❌ Yes ✅ Add or remove billing contacts Yes ✅ Yes ✅ Yes ✅ Edit or add addresses No ❌ No ❌ Yes ✅ Request, change, and cancel quotes Yes ✅ Yes ✅ Yes ✅ Change billing cycle (monthly to annual) No ❌ No ❌ Yes ✅ Contact support Yes ✅ (billing support) Yes ✅ Yes ✅ Receive billing emails Yes ✅ No ❌ Yes ✅ Was this helpful? Yes No It wasn't accurate It wasn't clear It wasn't relevant Provide feedback about this article Still need help? The Atlassian Community is here for you. Ask the Community Manage subscriptions and bills for Atlassian cloud apps Show more Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev Show more On this page Improved billing experience Centralized user management setup Original user management setup Original billing experience Centralized user management setup Original user management setup Community Questions, discussions, and articles Accessibility Notice at Collection Privacy Policy Terms of Use Security 2026 Atlassian | 2026-01-13T09:29:09 |
https://support.atlassian.com/subscriptions-and-billing/docs/buying-atlassian-cloud-products/ | Buying Atlassian cloud apps | Atlassian Support Skip to main content Atlassian Support Apps Documentation Resources Contact us Sign in Sign in Subscriptions and billing Documentation Manage subscriptions and bills for Atlassian cloud apps Manage your subscription for Standard and Premium plans Manage your bill for Enterprise plans Cancel a subscription Service Level Agreement for Atlassian cloud apps Buying Atlassian cloud apps Manage payment methods Manage Atlassian quotes Manage tax information Manage users and user tiers Request a refund Switch from a monthly to an annual subscription Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev How maximum quantity billing works How pricing works for multi-instance Marketplace apps Manage your bill for add-ons Manage your bill for Rovo Manage your Bitbucket subscription on the new billing system Manage your subscription for Atlassian Collections Prepare your contacts ahead of billing migration Reactivate a subscription Set up Atlassian app subscription after purchase Unable to make payments Understand billing accounts Understand billing administration Understand billing for Marketplace apps Understand billing profiles Understand the improved Atlassian billing experience Understand the new partner-managed subscriptions portal Understand your invoice Usage charges and billing Manage subscriptions and bills for Atlassian Guard Manage your bill for Atlassian Guard Standard Manage your bill for Atlassian Guard Premium Unsubscribe from Atlassian Guard Standard Unsubscribe from Atlassian Guard Premium Impact of Trello users on your Atlassian Guard Standard bill Resolve Atlassian Guard payment issue Atlassian Support Subscriptions and billing Resources Manage subscriptions and bills for Atlassian cloud apps Buying Atlassian cloud apps We’re rolling out an improved billing experience to make it easier to manage your cloud subscriptions. This means your subscriptions could be managed on either the original or the improved experience. Find out which experience you’re viewing All our cloud plans start free, and allow you to grow as your team scales. Pricing depends on: the number of users who can access the app the app plan (Standard, Premium, or Enterprise) the type of payment (monthly or annual). Current pricing information is available on our app pages . We also offer cloud apps at discounted pricing for eligible academic and non-profit charitable organizations. Get started with your cloud purchase Set up your cloud site When you set up a site, you start with a Free plan. Go to atlassian.com/try and find the app you want. Select Try cloud . Specify the site URL. You can select an existing site, or create a new site. Follow the prompts to finish your setup. Upgrade to a paid plan Once your app is set up, you can upgrade to a paid plan. To upgrade: Go to Atlassian Administration . Select your organization if you have more than one. Select Billing > Manage subscriptions for any one of the apps . Select Change plan . (If your subscription is on the original billing experience, the link will be Change ) We’ll ask you to provide payment details when you upgrade. Free plan come with user limits: 10 users for Jira , Confluence 3 agents for Jira Service Management 3 full users for Compass If you go over the user limit, we’ll automatically upgrade you to the Standard plan. Moving from a Free to a Standard plan will give you a 14-day free trial period. With a Premium plan, you’ll get a 30-day trial. After your trial ends, your plan will shift to a monthly subscription unless canceled. If you want to create a quote and pay before claiming a cloud site, contact us . Setting up a collection When you purchase a collection subscription, you’ll be prompted to set it up on a new or existing organization. If you include any existing subscriptions in a new collection, you won’t have to set them up again. More about collections Manage your subscription If your subscription is managed on the improved billing experience, each new site you create will be added to the one billing account. To learn more, see Understand billing accounts For all the details about managing your plan and payments, see: Manage your bill for Standard and Premium plans Manage your bill for Enterprise plans Discounts on cloud subscriptions We offer discounts to eligible social impact teams, academic institutions, teachers and students, Open Source projects, and certified Atlassian Partners. More about our discounts We offer a number of discounts for those migrating to cloud from Data Center. For more resources, tools, and support for migrating to cloud, visit our Migration Center . Was this helpful? Yes No It wasn't accurate It wasn't clear It wasn't relevant Provide feedback about this article Still need help? The Atlassian Community is here for you. Ask the Community Manage subscriptions and bills for Atlassian cloud apps Show more Cancel a subscription Service Level Agreement for Atlassian cloud apps Buying Atlassian cloud apps Manage payment methods Manage Atlassian quotes Show more On this page Get started with your cloud purchase Set up your cloud site Upgrade to a paid plan Setting up a collection Manage your subscription Discounts on cloud subscriptions Community Questions, discussions, and articles Accessibility Notice at Collection Privacy Policy Terms of Use Security 2026 Atlassian | 2026-01-13T09:29:09 |
https://www.scrive.com/fr/achetez-maintenant | Achetez maintenant - Scrive Skip to main content Tertiary navigation Ne manquez pas le lancement de notre dernier produit eSign Forms France Sverige English Global Norge Deutschland Danmark Nederland Suomi United Kingdom Help Centre +46 8 446 866 02 Nous contacter Se connecter Primary navigation Produits Solutions Ressources Entreprise Prix Help Centre Nous contacter Achetez maintenant Essai gratuit Recherche Ouvrir le menu Accueil / Achetez maintenant Achetez maintenant Choisissez le plan tarifaire qui vous convient et commencez tout de suite ! Commencez par remplir le formulaire de commande ci-dessous. Nous vous enverrons une proposition à signer, puis nous créerons votre compte. Commandez eSign en ligne Comparez les plans tarifaires et les fonctionnalités ou appelez-nous directement à +46 8 446 866 02 si vous avez des questions. Options de paiement (étape 1 de 4) Comment souhaitez-vous payer ? Facture / Virement bancaire Carte de crédit J'accepte l'avis de confidentialité de Scrive . Soumettre Pourquoi Scrive? Scrive fournit des solutions de signature électronique et d’identification électronique pour les petites et moyennes sociétés, ainsi que pour les organisations d’entreprise. Pourquoi Scrive Footer navigation Produits eSign Online eSign API eSign GO eID Hub ID Check eSign Forms Forms Builder Solutions Les industries Clients Intégrations Prix Prix eSign Online Prix eSign API Prix eSign GO Prix ID Check Prix eID Hub Prix eSign Forms Prix Forms Builder Ressources Centre de connaissances Centre de confiance Help centre Digitalisation La transformation digitale Plus System status Verify a document API documentation Scrive brand guidelines Entreprise À propos de nous Partners Carrière Contact Secondary navigation Terms of service Privacy notice Cookie Declaration © 2026 Scrive | 2026-01-13T09:29:09 |
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https://www.scrive.com/pricing/esign-go | Pricing eSign GO - Scrive Skip to main content Tertiary navigation From paper to AI: why HR must lead the digital leap English Global Sverige France Norge Danmark Nederland Deutschland Suomi United Kingdom Help Centre Contact Scrive Contact sales Log in Primary navigation Products Pricing Solutions Resources Company Pricing Help Centre Contact sales Buy now Try for free Search Open menu Home / Pricing / Pricing eSign GO Electronic signature E-signing made easy with Scrive’s electronic signature solution. Whether you’re a small startup or a big corporation, Scrive has electronic signature solutions to suit your needs. Explore Electronic signature Footer navigation Products eSign Online eSign GO eSign API Scrive QES eID Hub ID Check eSign Forms Forms Builder Solutions Industries Customer cases Integrations Pricing Pricing eSign Online Pricing eSign GO Pricing eSign API Pricing ID Check Pricing eID Hub Pricing eSign Forms Pricing Forms Builder Resources Knowledge Hub Trust Centre Help Centre Subscribe to newsletter Challenges we solve Digital signature vs. Electronic Signature Digitalisation Video guides Switch to Scrive More System status Verify a document API Documentation Engineering blog Scrive brand guidelines Company About Partners Career Contact Secondary navigation Terms of service Privacy notice Cookie declaration © 2026 Scrive Compare plans and pricing for eSign GO Transform your store network or office with our plug-and-play solution eSign GO. See features and pricing below for the plan that best suits your business now See our solutions in action Let our team show you how Scrive solutions can automate common business processes and how to customise them to your requirements Book a demo Questions? Tell us about what you're trying to solve today Contact us eSign Online eSign API eSign GO Price comparison navigation Team € 495 Most popular Company € 1650 Enterprise Quote Month Contact us 5 locations included Month Contact us 20 locations included Month Contact us Volume pricing Features Local date format Evidence package Optional SLA iOS & Android apps eID display name Advanced workflows Extended SLA Live dashboards IP restriction External archiving Customer Success Package eSign GO Team € 495 Month Contact us 5 locations included Most popular Company € 1650 Month Contact us 20 locations included Enterprise Quote Month Contact us Volume pricing Features What's included What's included What's included Local date format Evidence package Optional SLA iOS & Android apps eID display name Advanced workflows Extended SLA Live dashboards IP restriction External archiving Customer Success Package eSign GO Many systems, one solution. eSign GO is a revolutionary system-agnostic solution that gets you where you need to be in one quick leap Explore eSign GO | 2026-01-13T09:29:09 |
https://aws.amazon.com/lake-formation/pricing/ | AWS Lake Formation Pricing Skip to main content Filter: All English Contact us AWS Marketplace Support My account Search Filter: All Sign in to console Create account AWS Lake Formation Overview Features Pricing Resources FAQs Analytics › AWS Lake Formation › Pricing AWS Lake Formation Pricing Get started for free Request a pricing quote AWS Lake Formation helps centralize and simplify data lake security management and governance at scale, and enables fine-grained permissions across your data lake. It provides database, table, column, row and cell level permissioning using tag-based or name-based access controls, and cross-account sharing at no charge. Permissions Storage API Governed Tables Storage optimizer Permissions AWS Lake Formation provides database, table, column, row and cell-level permissions using tag-based or name-based access controls, and cross-account sharing. AWS Lake Formation integrates with services like AWS Glue, Amazon Athena, Amazon Redshift, Amazon CloudTrail, and others. Pricing Creating permissions listed above or using permissions by integrated services are provided at no charge. Additional charges Standard usage rates for integrated services, like Amazon S3 or AWS Glue Data Catalog, will apply based on pricing for these services. Pricing examples Data catalog example: Let’s consider that you store one million tables in your data catalog in a given month, you make one million requests to access these tables, and you have ten name-based access controls on your tables. You pay $0 for the Glue Data Catalog because your usage is covered under the free tier. You pay $0 for the permissions in AWS Lake Formation because they are provided at no charge. Storage API The AWS Lake Formation Storage API scans and filters data with all AWS Lake Formation policies applied using an internal filtering engine. You can use Storage API only when you use no other AWS Analytics service to process the data. You are charged for the number of bytes scanned by the Storage API, rounded to the next megabyte, with a 10MB minimum. Optimizing filtering costs: You can optimize your filtering by storing your data in columnar file formats like Parquet and ORC. The Lake Formation Storage API can leverage predicate pushdown and partition pruning optimizations to only read the data required to satisfy the query and scan less data, resulting in a lower data scanned cost. Governed Tables With AWS Lake Formation Governed Tables, an AWS managed table type on Amazon S3, you are charged for the amount of metadata in number of files tracked, API calls that retrieve or manipulate the metadata, and the number of bytes processed by the storage optimizer, rounded to the next megabyte. Storage optimizer The storage optimizer runs in the background and optimizes the layout of Governed Tables by compacting small files into larger ones to improve query performance in analytics engines. You are charged for the number of bytes processed by the storage optimizer, rounded to the next megabyte. For storage optimization for other table types, refer to the Data Catalog tab of the AWS Glue Pricing page . Additional pricing resources AWS Pricing Calculator Easily calculate your monthly costs with AWS Get pricing assistance Contact AWS specialists to get a personalized quote Learn more about product resources Find resources on AWS Lake Formation such as documentation, videos, and articles. Learn more Sign up for an account Instantly get access to the AWS Free Tier. Sign up Start building in the console Start building with AWS Lake Formation in the AWS Management Console. Sign in Create an AWS account Learn What Is AWS? What Is Cloud Computing? What Is Agentic AI? Cloud Computing Concepts Hub AWS Cloud Security What's New Blogs Press Releases Resources Getting Started Training AWS Trust Center AWS Solutions Library Architecture Center Product and Technical FAQs Analyst Reports AWS Partners Developers Builder Center SDKs & Tools .NET on AWS Python on AWS Java on AWS PHP on AWS JavaScript on AWS Help Contact Us File a Support Ticket AWS re:Post Knowledge Center AWS Support Overview Get Expert Help AWS Accessibility Legal English Back to top Amazon is an Equal Opportunity Employer: Minority / Women / Disability / Veteran / Gender Identity / Sexual Orientation / Age. x facebook linkedin instagram twitch youtube podcasts email Privacy Site terms Cookie Preferences © 2026, Amazon Web Services, Inc. or its affiliates. All rights reserved. | 2026-01-13T09:29:09 |
https://www.linkedin.com/learning-login/go?redirect=https%3A%2F%2Fwww%2Elinkedin%2Ecom%2Flearning%2Fdata-centric-visual-ai&authUUID=zEmpEk0jTEuO0PHo4eKzrQ%3D%3D&trk=learning_login_sign_in_with_library_card | LinkedIn Learning Library Account Login | Formerly Lynda Library LEARNING Your library invites you to LinkedIn Learning Find your library by entering your Library ID The Library ID is at the end of the LinkedIn Learning invitation link, example below www.linkedin.com/learning-login/go/ libraryID Please contact your librarian for this information Enter your Library ID www.linkedin.com/learning-login/go/ Please enter a valid Library ID Continue © 2026 About User Agreement Privacy Policy Help Accessibility Visit LinkedIn Learning | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/zlib-0.6.2.2/dependencies | zlib-0.6.2.2: dependencies | Hackage Hackage :: [Package] Home Search Browse What's new Upload User accounts Dependencies for zlib-0.6.2.2 Libraries zlib base (>=4 && <4.15) bytestring (>=0.9 && <0.11) if impl(ghc>=7.2 && <7.6) ghc-prim Flags Manual Flags Name Description Default non-blocking-ffi The (de)compression calls can sometimes take a long time, which prevents other Haskell threads running. Enabling this flag avoids this unfairness, but with greater overall cost. Disabled pkg-config Use pkg-config(1) to locate foreign zlib library. Disabled bundled-c-zlib Use the bundled zlib C sources. Requires pkg-config to be False. For windows, this is the default. Disabled Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info | 2026-01-13T09:29:09 |
https://man.freebsd.org/cgi/man.cgi?query=fish-tutorial&sektion=1&manpath=freebsd-ports#content | fish-tutorial Skip site navigation (1) Skip section navigation (2) Header And Logo Peripheral Links . Donate to FreeBSD . Search Site Navigation Home About Introduction Features Advocacy Marketing Get FreeBSD Release Information Release Engineering Documentation FAQ Handbook Porter's Handbook Developer's Handbook Manual Pages Documentation Project Primer All Books and Articles Community Mailing Lists Forums User Groups Events Developers Project Ideas GIT Repository Support Vendors Security Information Bug Reports Submit Bug-report Foundation Donate FreeBSD Manual Pages man apropos All Sections 1 - General Commands 2 - System Calls 3 - Subroutines 4 - Special Files 5 - File Formats 6 - Games 7 - Macros and Conventions 8 - Maintenance Commands 9 - Kernel Interface n - New Commands FreeBSD 16.0-CURRENT FreeBSD 15.0-RELEASE FreeBSD 15.0-RELEASE and Ports FreeBSD 15.0-STABLE FreeBSD 14.3-RELEASE FreeBSD 14.3-RELEASE and Ports FreeBSD 14.3-STABLE FreeBSD 14.2-RELEASE FreeBSD 14.2-RELEASE and Ports FreeBSD 14.1-RELEASE FreeBSD 14.1-RELEASE and Ports FreeBSD 14.0-RELEASE FreeBSD 14.0-RELEASE and Ports FreeBSD 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FreeBSD 10.1-RELEASE FreeBSD 10.1-RELEASE and Ports FreeBSD 10.0-RELEASE FreeBSD 10.0-RELEASE and Ports FreeBSD 9.3-RELEASE FreeBSD 9.3-RELEASE and Ports FreeBSD 9.2-RELEASE FreeBSD 9.2-RELEASE and Ports FreeBSD 9.1-RELEASE FreeBSD 9.1-RELEASE and Ports FreeBSD 9.0-RELEASE FreeBSD 9.0-RELEASE and Ports FreeBSD 8.4-RELEASE FreeBSD 8.4-RELEASE and Ports FreeBSD 8.3-RELEASE FreeBSD 8.3-RELEASE and Ports FreeBSD 8.2-RELEASE FreeBSD 8.2-RELEASE and Ports FreeBSD 8.1-RELEASE FreeBSD 8.1-RELEASE and Ports FreeBSD 8.0-RELEASE FreeBSD 8.0-RELEASE and Ports FreeBSD 7.4-RELEASE FreeBSD 7.4-RELEASE and Ports FreeBSD 7.3-RELEASE FreeBSD 7.3-RELEASE and Ports FreeBSD 7.2-RELEASE FreeBSD 7.2-RELEASE and Ports FreeBSD 7.1-RELEASE FreeBSD 7.1-RELEASE and Ports FreeBSD 7.0-RELEASE FreeBSD 6.4-RELEASE FreeBSD 6.4-RELEASE and Ports FreeBSD 6.3-RELEASE FreeBSD 6.3-RELEASE and Ports FreeBSD 6.2-RELEASE FreeBSD 6.1-RELEASE FreeBSD 6.0-RELEASE FreeBSD 6.0-RELEASE and Ports FreeBSD 5.5-RELEASE FreeBSD 5.5-RELEASE and Ports FreeBSD 5.4-RELEASE FreeBSD 5.4-RELEASE and Ports FreeBSD 5.3-RELEASE FreeBSD 5.3-RELEASE and Ports FreeBSD 5.2.1-RELEASE FreeBSD 5.2.1-RELEASE and Ports FreeBSD 5.2-RELEASE FreeBSD 5.2-RELEASE and Ports FreeBSD 5.1-RELEASE FreeBSD 5.0-RELEASE FreeBSD 4.11-RELEASE FreeBSD 4.11-RELEASE and Ports FreeBSD 4.10-RELEASE FreeBSD 4.10-RELEASE and Ports FreeBSD 4.9-RELEASE FreeBSD 4.9-RELEASE and Ports FreeBSD 4.8-RELEASE FreeBSD 4.8-RELEASE and Ports FreeBSD 4.7-RELEASE FreeBSD 4.6.2-RELEASE FreeBSD 4.6.2-RELEASE and Ports FreeBSD 4.6-RELEASE FreeBSD 4.6-RELEASE and Ports FreeBSD 4.5-RELEASE FreeBSD 4.5-RELEASE and Ports FreeBSD 4.4-RELEASE FreeBSD 4.3-RELEASE FreeBSD 4.3-RELEASE and Ports FreeBSD 4.2-RELEASE FreeBSD 4.2-RELEASE and Ports FreeBSD 4.1.1-RELEASE FreeBSD 4.1.1-RELEASE and Ports FreeBSD 4.1-RELEASE FreeBSD 4.0-RELEASE FreeBSD 3.5.1-RELEASE FreeBSD 3.5.1-RELEASE and Ports FreeBSD 3.5-RELEASE and Ports FreeBSD 3.4-RELEASE FreeBSD 3.4-RELEASE and Ports FreeBSD 3.3-RELEASE FreeBSD 3.2-RELEASE FreeBSD 3.1-RELEASE FreeBSD 3.0-RELEASE FreeBSD 2.2.8-RELEASE FreeBSD 2.2.8-RELEASE and Ports FreeBSD 2.2.7-RELEASE FreeBSD 2.2.6-RELEASE FreeBSD 2.2.5-RELEASE FreeBSD 2.2.2-RELEASE FreeBSD 2.2.1-RELEASE FreeBSD 2.1.7.1-RELEASE FreeBSD 2.1.6.1-RELEASE FreeBSD 2.1.5-RELEASE FreeBSD 2.1.0-RELEASE FreeBSD 2.0.5-RELEASE FreeBSD 2.0-RELEASE FreeBSD 1.1.5.1-RELEASE FreeBSD 1.1-RELEASE FreeBSD 1.0-RELEASE FreeBSD Ports 15.0 FreeBSD Ports 14.3 FreeBSD Ports 14.3.quarterly FreeBSD Ports 14.2 FreeBSD Ports 14.1 FreeBSD Ports 14.0 FreeBSD Ports 13.5 FreeBSD Ports 13.4 FreeBSD Ports 13.3 FreeBSD Ports 13.2 FreeBSD Ports 13.1 FreeBSD Ports 13.0 FreeBSD Ports 12.4 FreeBSD Ports 12.3 FreeBSD Ports 12.2 FreeBSD Ports 12.1 FreeBSD Ports 12.0 FreeBSD Ports 11.4 FreeBSD Ports 11.3 FreeBSD Ports 11.2 FreeBSD Ports 11.1 FreeBSD Ports 11.0 FreeBSD Ports 10.4 FreeBSD Ports 10.3 FreeBSD Ports 10.2 FreeBSD Ports 10.1 FreeBSD Ports 10.0 FreeBSD Ports 9.3 FreeBSD Ports 9.2 FreeBSD Ports 9.1 FreeBSD Ports 9.0 FreeBSD Ports 8.4 FreeBSD Ports 8.3 FreeBSD Ports 8.2 FreeBSD Ports 8.1 FreeBSD Ports 8.0 FreeBSD Ports 7.4 FreeBSD Ports 7.3 FreeBSD Ports 7.2 FreeBSD Ports 7.1 FreeBSD Ports 7.0 FreeBSD Ports 6.4 FreeBSD Ports 6.3 FreeBSD Ports 6.2 FreeBSD Ports 6.0 FreeBSD Ports 5.5 FreeBSD Ports 5.4 FreeBSD Ports 5.3 FreeBSD Ports 5.2.1 FreeBSD Ports 5.2 FreeBSD Ports 5.1 FreeBSD Ports 4.11 FreeBSD Ports 4.10 FreeBSD Ports 4.9 FreeBSD Ports 4.8 FreeBSD Ports 4.7 FreeBSD Ports 4.6.2 FreeBSD Ports 4.6 FreeBSD Ports 4.5 FreeBSD Ports 4.3 FreeBSD Ports 4.2 FreeBSD Ports 4.1.1 FreeBSD Ports 3.5.1 FreeBSD Ports 3.5 FreeBSD Ports 3.4 FreeBSD Ports 2.2.8 4.4BSD Lite2 4.3BSD NET/2 4.3BSD Reno 2.11 BSD 2.10 BSD 2.9.1 BSD 2.8 BSD 386BSD 0.1 386BSD 0.0 CentOS 7.9 CentOS 7.8 CentOS 7.7 CentOS 7.6 CentOS 7.5 CentOS 7.4 CentOS 7.3 CentOS 7.2 CentOS 7.1 CentOS 7.0 CentOS 6.10 CentOS 6.9 CentOS 6.8 CentOS 6.7 CentOS 6.6 CentOS 6.5 CentOS 6.4 CentOS 6.3 CentOS 6.2 CentOS 6.1 CentOS 6.0 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NetBSD 8.1 NetBSD 8.0 NetBSD 7.2 NetBSD 7.1.2 NetBSD 7.1 NetBSD 7.0 NetBSD 6.1.5 NetBSD 6.0 NetBSD 5.2.3 NetBSD 5.2 NetBSD 5.1 NetBSD 5.0 NetBSD 4.0.1 NetBSD 4.0 NetBSD 3.1 NetBSD 3.0 NetBSD 2.1 NetBSD 2.0.2 NetBSD 2.0 NetBSD 1.6.2 NetBSD 1.6.1 NetBSD 1.6 NetBSD 1.5.3 NetBSD 1.5.2 NetBSD 1.5.1 NetBSD 1.5 NetBSD 1.4.3 NetBSD 1.4.2 NetBSD 1.4.1 NetBSD 1.4 NetBSD 1.3.3 NetBSD 1.3.2 NetBSD 1.3.1 NetBSD 1.3 NetBSD 1.2.1 NetBSD 1.2 NetBSD 1.1 NetBSD 1.0 NeXTSTEP 3.3 OpenBSD 7.8 OpenBSD 7.7 OpenBSD 7.6 OpenBSD 7.5 OpenBSD 7.4 OpenBSD 7.3 OpenBSD 7.2 OpenBSD 7.1 OpenBSD 7.0 OpenBSD 6.9 OpenBSD 6.8 OpenBSD 6.7 OpenBSD 6.6 OpenBSD 6.5 OpenBSD 6.4 OpenBSD 6.3 OpenBSD 6.2 OpenBSD 6.1 OpenBSD 6.0 OpenBSD 5.9 OpenBSD 5.8 OpenBSD 5.7 OpenBSD 5.6 OpenBSD 5.5 OpenBSD 5.4 OpenBSD 5.3 OpenBSD 5.2 OpenBSD 5.1 OpenBSD 5.0 OpenBSD 4.9 OpenBSD 4.8 OpenBSD 4.7 OpenBSD 4.6 OpenBSD 4.5 OpenBSD 4.4 OpenBSD 4.3 OpenBSD 4.2 OpenBSD 4.1 OpenBSD 4.0 OpenBSD 3.9 OpenBSD 3.8 OpenBSD 3.7 OpenBSD 3.6 OpenBSD 3.5 OpenBSD 3.4 OpenBSD 3.3 OpenBSD 3.2 OpenBSD 3.1 OpenBSD 3.0 OpenBSD 2.9 OpenBSD 2.8 OpenBSD 2.7 OpenBSD 2.6 OpenBSD 2.5 OpenBSD 2.4 OpenBSD 2.3 OpenBSD 2.2 OpenBSD 2.1 OpenBSD 2.0 OpenDarwin 7.2.1 OpenDarwin 6.6.2/x86 OpenDarwin 6.6.1/x86 OpenDarwin 20030208pre4/ppc OpenIndiana 2024.10 OpenIndiana 2022.10 OpenIndiana 2020.10 OpenIndiana 2017.10 OpenIndiana 2015.10 OpenIndiana 2013.08 OpenSolaris 2010.03 OpenSolaris 2009.06 OpenStep 4.2 openSUSE 42.3 openSUSE 42.2 openSUSE 42.1 openSUSE 16.0 openSUSE 15.6 openSUSE 15.5 openSUSE 15.4 openSUSE 15.3 openSUSE 15.2 openSUSE 15.1 openSUSE 15.0 openSUSE 13.2 openSUSE 13.1 openSUSE 11.4 openSUSE 11.3 openSUSE 11.2 openSUSE 10.3 openSUSE 10.2 OSF1 V5.1/alpha OSF1 V4.0/alpha OSF1 V1.0/mips Plan 9 Red Hat 9.0 Red Hat 8.0 Red Hat 7.3 Red Hat 7.2 Red Hat 7.1 Red Hat 7.0 Red Hat 6.2 Red Hat 6.1 Red Hat 5.2 Red Hat 5.0 Red Hat 4.2 Rhapsody DR1 Rhapsody DR2 Rocky 10.0 Rocky 9.6 Rocky 9.5 Rocky 9.4 Rocky 9.3 Rocky 9.2 Rocky 9.1 Rocky 9.0 Rocky 8.10 Rocky 8.9 Rocky 8.8 Rocky 8.7 Rocky 8.6 Rocky 8.5 Rocky 8.4 Rocky 8.3 Sun UNIX 0.4 SunOS 5.10 SunOS 5.9 SunOS 5.8 SunOS 5.7 SunOS 5.6 SunOS 5.5.1 SunOS 4.1.3 SuSE 11.3 SuSE 11.2 SuSE 11.1 SuSE 11.0 SuSE 10.3 SuSE 10.2 SuSE 10.1 SuSE 10.0 SuSE 9.3 SuSE 9.2 SuSE 8.2 SuSE 8.1 SuSE 8.0 SuSE 7.3 SuSE 7.2 SuSE 7.1 SuSE 7.0 SuSE 6.4 SuSE 6.3 SuSE 6.1 SuSE 6.0 SuSE 5.3 SuSE 5.2 SuSE 5.0 SuSE 4.3 SuSE ES 10 SP1 Ubuntu 24.04 noble Ubuntu 23.10 mantic Ubuntu 22.04 jammy Ubuntu 20.04 focal Ubuntu 18.04 bionic Ubuntu 16.04 xenial Ubuntu 14.04 trusty ULTRIX 4.2 Ultrix-32 2.0/VAX Unix Seventh Edition X11R7.4 X11R7.3.2 X11R7.2 X11R6.9.0 X11R6.8.2 X11R6.7.0 XFree86 4.8.0 XFree86 4.7.0 XFree86 4.6.0 XFree86 4.5.0 XFree86 4.4.0 XFree86 4.3.0 XFree86 4.2.99.3 XFree86 4.2.0 XFree86 4.1.0 XFree86 4.0.2 XFree86 4.0.1 XFree86 4.0 XFree86 3.3.6 XFree86 3.3 XFree86 2.1 All Architectures html pdf ascii home | help FISH-TUTORIAL (1) fish-shell FISH-TUTORIAL (1) WHY FISH? Fish is a fully-equipped command line shell (like bash or zsh) that is smart and user-friendly. Fish supports powerful features like syntax highlighting, autosuggestions, and tab completions that just work, with nothing to learn or configure. If you want to make your command line more productive, more useful, and more fun, without learning a bunch of arcane syntax and configuration options, then fish might be just what you're looking for! GETTING STARTED Once installed, just type in fish into your current shell to try it out! You will be greeted by the standard fish prompt, which means you are all set up and can start using fish: > fish Welcome to fish, the friendly interactive shell Type help for instructions on how to use fish you@hostname ~> This prompt that you see above is the fish default prompt: it shows your username, hostname, and working directory. You can customize it, see how to change your prompt . From now on, we'll pretend your prompt is just a > to save space. LEARNING FISH This tutorial assumes a basic understanding of command line shells and Unix commands, and that you have a working copy of fish. If you have a strong understanding of other shells, and want to know what fish does differently, search for the magic phrase unlike other shells , which is used to call out important differences. Or, if you want a quick overview over the differences to other shells like Bash, see Fish For Bash Users . For the full, detailed description of how to use fish interactively, see Interactive Use . For a comprehensive description of fish's scripting language, see The Fish Language . RUNNING COMMANDS Fish runs commands like other shells: you type a command, followed by its arguments. Spaces are separators: > echo hello world hello world This runs the command echo with the arguments hello and world . In this case that's the same as one argument hello world , but in many cases it's not. If you need to pass an argument that includes a space, you can escape with a backslash, or quote it using single or double quotes: > mkdir My\ Files # Makes a directory called "My Files", with a space in the name > cp ~/Some\ File 'My Files' # Copies a file called "Some File" in the home directory to "My Files" > ls "My Files" Some File GETTING HELP Run help to open fish's help in a web browser, and man with the page (like fish-language ) to open it in a man page. You can also ask for help with a specific command, for example, help set to open in a web browser, or man set to see it in the terminal. > man set set - handle shell variables Synopsis... To open this section, use help getting-help . This only works for fish's own documentation for itself and its built-in commands (the "builtins"). For any other commands on your sys- tem, they should provide their own documentation, often in the man sys- tem. For example man ls should tell you about your computer's ls com- mand. SYNTAX HIGHLIGHTING You'll quickly notice that fish performs syntax highlighting as you type. Invalid commands are colored red by default: > /bin/mkd A command may be invalid because it does not exist, or refers to a file that you cannot execute. When the command becomes valid, it is shown in a different color: > /bin/mkdir Valid file paths are underlined as you type them: > cat ~/somefi This tells you that there exists a file that starts with somefi , which is useful feedback as you type. These colors, and many more, can be changed by running fish_config , or by modifying color variables directly. For example, if you want to disable (almost) all coloring: fish_config theme choose none This picks the "none" theme. To see all themes: fish_config theme show Just running fish_config will open up a browser interface that allows you to pick from the available themes. AUTOSUGGESTIONS As you type fish will suggest commands to the right of the cursor, in gray. For example: > /bin/hostname It knows about paths and options: > grep --ignore-case And history too. Type a command once, and you can re-summon it by just typing a few letters: > rsync -avze ssh . myname@somelonghost.com:/some/long/path/doo/dee/doo/dee/doo To accept the autosuggestion, hit right () or ctrl-f . To accept a sin- gle word of the autosuggestion, alt-right (). If the autosuggestion is not what you want, just ignore it. If you don't like autosuggestions, you can disable them by setting $fish_autosuggestion_enabled to 0: set -g fish_autosuggestion_enabled 0 TAB COMPLETIONS A rich set of tab completions work "out of the box". Press tab and fish will attempt to complete the command, argument, or path: > /pri tab => /private/ If there's more than one possibility, it will list them: > ~/stuff/s tab ~/stuff/script.sh (command) ~/stuff/sources/ (directory) Hit tab again to cycle through the possibilities. The part in parenthe- ses there (that "command" and "directory") is the completion descrip- tion. It's just a short hint to explain what kind of argument it is. fish can also complete many commands, like git branches: > git merge pr tab => git merge prompt_designer > git checkout b tab builtin_list_io_merge (Branch) builtin_set_color (Branch) busted_events (Tag) Try hitting tab and see what fish can do! VARIABLES Like other shells, a dollar sign followed by a variable name is re- placed with the value of that variable: > echo My home directory is $HOME My home directory is /home/tutorial This is known as variable substitution, and it also happens in double quotes, but not single quotes: > echo "My current directory is $PWD" My current directory is /home/tutorial > echo 'My current directory is $PWD' My current directory is $PWD Unlike other shells, fish has an ordinary command to set variables: set , which takes a variable name, and then its value. > set name 'Mister Noodle' > echo $name Mister Noodle (Notice the quotes: without them, Mister and Noodle would have been separate arguments, and $name would have been made into a list of two elements.) Unlike other shells, variables are not further split after substitu- tion: > mkdir $name > ls Mister Noodle In bash, this would have created two directories "Mister" and "Noodle". In fish, it created only one: the variable had the value "Mister Noo- dle", so that is the argument that was passed to mkdir , spaces and all. You can erase (or "delete") a variable with -e or --erase > set -e MyVariable > env | grep MyVariable (no output) For more, see Variable expansion . EXPORTS (SHELL VARIABLES) Sometimes you need to have a variable available to an external command, often as a setting. For example many programs like git or man read the $PAGER variable to figure out your preferred pager (the program that lets you scroll text). Other variables used like this include $BROWSER , $LANG (to configure your language) and $PATH . You'll note these are written in ALLCAPS, but that's just a convention. To give a variable to an external command, it needs to be "exported". This is done with a flag to set , either --export or just -x . > set -x MyVariable SomeValue > env | grep MyVariable MyVariable=SomeValue It can also be unexported with --unexport or -u . This works the other way around as well! If fish is started by some- thing else, it inherits that parents exported variables. So if your terminal emulator starts fish, and it exports $LANG set to en_US.UTF-8 , fish will receive that setting. And whatever started your terminal emu- lator also gave it some variables that it will then pass on unless it specifically decides not to. This is how fish usually receives the val- ues for things like $LANG , $PATH and $TERM , without you having to spec- ify them again. Exported variables can be local or global or universal - "exported" is not a scope ! Usually you'd make them global via set -gx MyVariable SomeValue . For more, see Exporting variables . LISTS The set command above used quotes to ensure that Mister Noodle was one argument. If it had been two arguments, then name would have been a list of length 2. In fact, all variables in fish are really lists, that can contain any number of values, or none at all. Some variables, like $PWD , only have one value. By convention, we talk about that variable's value, but we really mean its first (and only) value. Other variables, like $PATH , really do have multiple values. During variable expansion, the variable expands to become multiple arguments: > echo $PATH /usr/bin /bin /usr/sbin /sbin /usr/local/bin Variables whose name ends in "PATH" are automatically split on colons to become lists. They are joined using colons when exported to subcom- mands. This is for compatibility with other tools, which expect $PATH to use colons. You can also explicitly add this quirk to a variable with set --path , or remove it with set --unpath . Lists cannot contain other lists: there is no recursion. A variable is a list of strings, full stop. Get the length of a list with count : > count $PATH 5 You can append (or prepend) to a list by setting the list to itself, with some additional arguments. Here we append /usr/local/bin to $PATH: > set PATH $PATH /usr/local/bin You can access individual elements with square brackets. Indexing starts at 1 from the beginning, and -1 from the end: > echo $PATH /usr/bin /bin /usr/sbin /sbin /usr/local/bin > echo $PATH[1] /usr/bin > echo $PATH[-1] /usr/local/bin You can also access ranges of elements, known as "slices": > echo $PATH[1..2] /usr/bin /bin > echo $PATH[-1..2] /usr/local/bin /sbin /usr/sbin /bin You can iterate over a list (or a slice) with a for loop: for val in $PATH echo "entry: $val" end # Will print: # entry: /usr/bin/ # entry: /bin # entry: /usr/sbin # entry: /sbin # entry: /usr/local/bin One particular bit is that you can use lists like Brace expansion . If you attach another string to a list, it'll combine every element of the list with the string: > set mydirs /usr/bin /bin > echo $mydirs/fish # this is just like {/usr/bin,/bin}/fish /usr/bin/fish /bin/fish This also means that, if the list is empty, there will be no argument: > set empty # no argument > echo $empty/this_is_gone # prints an empty line If you quote the list, it will be used as one string and so you'll get one argument even if it is empty. For more, see Lists . For more on combining lists with strings (or even other lists), see cartesian products and Variable expansion . WILDCARDS Fish supports the familiar wildcard * . To list all JPEG files: > ls *.jpg lena.jpg meena.jpg santa maria.jpg You can include multiple wildcards: > ls l*.p* lena.png lesson.pdf The recursive wildcard ** searches directories recursively: > ls /var/**.log /var/log/system.log /var/run/sntp.log If that directory traversal is taking a long time, you can ctrl-c out of it. For more, see Wildcards . PIPES AND REDIRECTIONS You can pipe between commands with the usual vertical bar: > echo hello world | wc 1 2 12 stdin and stdout can be redirected via the familiar < and > . stderr is redirected with a 2> . > grep fish < /etc/shells > ~/output.txt 2> ~/errors.txt To redirect stdout and stderr into one file, you can use &> : > make &> make_output.txt For more, see Input and output redirections and Pipes . COMMAND SUBSTITUTIONS Command substitutions use the output of one command as an argument to another. Unlike other shells, fish does not use backticks `` for com- mand substitutions. Instead, it uses parentheses with or without a dol- lar: > echo In (pwd), running $(uname) In /home/tutorial, running FreeBSD A common idiom is to capture the output of a command in a variable: > set os (uname) > echo $os Linux Command substitutions without a dollar are not expanded within quotes, so the version with a dollar is simpler: > touch "testing_$(date +%s).txt" > ls *.txt testing_1360099791.txt Unlike other shells, fish does not split command substitutions on any whitespace (like spaces or tabs), only newlines. Usually this is a big help because unix commands operate on a line-by-line basis. Sometimes it can be an issue with commands like pkg-config that print what is meant to be multiple arguments on a single line. To split it on spaces too, use string split . > printf '%s\n' (pkg-config --libs gio-2.0) -lgio-2.0 -lgobject-2.0 -lglib-2.0 > printf '%s\n' (pkg-config --libs gio-2.0 | string split -n " ") -lgio-2.0 -lgobject-2.0 -lglib-2.0 If you need a command substitutions output as one argument, without any splits, use quoted command substitution: > echo "first line second line" > myfile > set myfile "$(cat myfile)" > printf '|%s|' $myfile |first line second line| For more, see Command substitution . SEPARATING COMMANDS (SEMICOLON) Like other shells, fish allows multiple commands either on separate lines or the same line. To write them on the same line, use the semicolon (";"). That means the following two examples are equivalent: echo fish; echo chips # or echo fish echo chips This is useful interactively to enter multiple commands. In a script it's easier to read if the commands are on separate lines. EXIT STATUS When a command exits, it returns a status code as a non-negative inte- ger (that's a whole number >= 0). Unlike other shells, fish stores the exit status of the last command in $status instead of $? . > false > echo $status 1 This indicates how the command fared - 0 usually means success, while the others signify kinds of failure. For instance fish's set --query returns the number of variables it queried that weren't set - set --query PATH usually returns 0, set --query arglbargl boogagoogoo usu- ally returns 2. There is also a $pipestatus list variable for the exit statuses [1] of processes in a pipe. For more, see The status variable . [1] or "stati" if you prefer, or "stats" if you've time-travelled from ancient Rome or work as a latin teacher COMBINERS (AND, OR, NOT) fish supports the familiar && and || to combine commands, and ! to negate them: > ./configure && make && sudo make install Here, make is only executed if ./configure succeeds (returns 0), and sudo make install is only executed if both ./configure and make suc- ceed. fish also supports and , or , and not . The first two are job modifiers and have lower precedence. Example usage: > cp file1 file1_bak && cp file2 file2_bak; and echo "Backup successful"; or echo "Backup failed" Backup failed As mentioned in the section on the semicolon , this can also be written in multiple lines, like so: cp file1 file1_bak && cp file2 file2_bak and echo "Backup successful" or echo "Backup failed" CONDITIONALS (IF, ELSE, SWITCH) Use if and else to conditionally execute code, based on the exit status of a command. if grep fish /etc/shells echo Found fish else if grep bash /etc/shells echo Found bash else echo Got nothing end To compare strings or numbers or check file properties (whether a file exists or is writeable and such), use test , like if test "$fish" = "flounder" echo FLOUNDER end # or if test "$number" -gt 5 echo $number is greater than five else echo $number is five or less end # or # This test is true if the path /etc/hosts exists # - it could be a file or directory or symlink (or possibly something else). if test -e /etc/hosts echo We most likely have a hosts file else echo We do not have a hosts file end Combiners can also be used to make more complex conditions, like if command -sq fish; and grep fish /etc/shells echo fish is installed and configured end For even more complex conditions, use begin and end to group parts of them. There is also a switch command: switch (uname) case Linux echo Hi Tux! case Darwin echo Hi Hexley! case FreeBSD NetBSD DragonFly echo Hi Beastie! case '*' echo Hi, stranger! end As you see, case does not fall through, and can accept multiple argu- ments or (quoted) wildcards. For more, see Conditions . FUNCTIONS A fish function is a list of commands, which may optionally take argu- ments. Unlike other shells, arguments are not passed in "numbered vari- ables" like $1 , but instead in a single list $argv . To create a func- tion, use the function builtin: function say_hello echo Hello $argv end say_hello # prints: Hello say_hello everybody! # prints: Hello everybody! Unlike other shells, fish does not have aliases or special prompt syn- tax. Functions take their place. [2] You can list the names of all functions with the functions builtin (note the plural!). fish starts out with a number of functions: > functions N_, abbr, alias, bg, cd, cdh, contains_seq, dirh, dirs, disown, down-or-search, edit_command_buffer, export, fg, fish_add_path, fish_breakpoint_prompt, fish_clipboard_copy, fish_clipboard_paste, fish_config, fish_default_key_bindings, fish_default_mode_prompt, fish_git_prompt, fish_hg_prompt, fish_hybrid_key_bindings, fish_indent, fish_is_root_user, fish_job_summary, fish_key_reader, fish_md5, fish_mode_prompt, fish_npm_helper, fish_opt, fish_print_git_action, fish_print_hg_root, fish_prompt, fish_sigtrap_handler, fish_svn_prompt, fish_title, fish_update_completions, fish_vcs_prompt, fish_vi_cursor, fish_vi_key_bindings, funced, funcsave, grep, help, history, hostname, isatty, kill, la, ll, ls, man, nextd, open, popd, prevd, prompt_hostname, prompt_pwd, psub, pushd, realpath, seq, setenv, suspend, trap, type, umask, up-or-search, vared, wait You can see the source for any function by passing its name to func- tions : > functions ls function ls --description 'List contents of directory' command ls -G $argv end For more, see Functions . [2] There is a function called alias , but it's just a shortcut to make functions. fish also provides abbreviations , through the abbr com- mand. LOOPS While loops: while true echo "Loop forever" end # Prints: # Loop forever # Loop forever # Loop forever # yes, this really will loop forever. Unless you abort it with ctrl-c. For loops can be used to iterate over a list. For example, a list of files: for file in *.txt cp $file $file.bak end Iterating over a list of numbers can be done with seq : for x in (seq 5) touch file_$x.txt end For more, see Loops and blocks . PROMPT Unlike other shells, there is no prompt variable like PS1 . To display your prompt, fish executes the fish_prompt function and uses its output as the prompt. And if it exists, fish also executes the fish_right_prompt function and uses its output as the right prompt. You can define your own prompt from the command line: > function fish_prompt; echo "New Prompt % "; end New Prompt % _ Then, if you are happy with it, you can save it to disk by typing func- save fish_prompt . This saves the prompt in ~/.config/fish/func- tions/fish_prompt.fish . (Or, if you want, you can create that file man- ually from the start.) Multiple lines are OK. Colors can be set via set_color , passing it named ANSI colors, or hex RGB values: function fish_prompt set_color purple date "+%m/%d/%y" set_color F00 echo (pwd) '>' (set_color normal) end This prompt would look like: 02/06/13 /home/tutorial > _ You can choose among some sample prompts by running fish_config for a web UI or fish_config prompt for a simpler version inside your termi- nal. $PATH $PATH is an environment variable containing the directories that fish searches for commands. Unlike other shells, $PATH is a list , not a colon-delimited string. Fish takes care to set $PATH to a default, but typically it is just in- herited from fish's parent process and is set to a value that makes sense for the system - see Exports . To prepend /usr/local/bin and /usr/sbin to $PATH , you can write: > set PATH /usr/local/bin /usr/sbin $PATH To remove /usr/local/bin from $PATH , you can write: > set PATH (string match -v /usr/local/bin $PATH) For compatibility with other shells and external commands, $PATH is a path variable , and so will be joined with colons (not spaces) when you quote it: > echo "$PATH" /usr/local/sbin:/usr/local/bin:/usr/bin and it will be exported like that, and when fish starts it splits the $PATH it receives into a list on colon. You can do so directly in config.fish , like you might do in other shells with .profile . See this example . A faster way is to use the fish_add_path function, which adds given di- rectories to the path if they aren't already included. It does this by modifying the $fish_user_paths universal variable , which is automati- cally prepended to $PATH . For example, to permanently add /usr/lo- cal/bin to your $PATH , you could write: > fish_add_path /usr/local/bin The advantage is that you don't have to go mucking around in files: just run this once at the command line, and it will affect the current session and all future instances too. You can also add this line to config.fish , as it only adds the component if necessary. Or you can modify $fish_user_paths yourself, but you should be careful not to append to it unconditionally in config.fish, or it will grow longer and longer. STARTUP (WHERE'S .BASHRC?) Fish starts by executing commands in ~/.config/fish/config.fish . You can create it if it does not exist. It is possible to directly create functions and variables in con- fig.fish file, using the commands shown above. For example: > cat ~/.config/fish/config.fish set -x PATH $PATH /sbin/ function ll ls -lh $argv end However, it is more common and efficient to use autoloading functions and universal variables. If you want to organize your configuration, fish also reads commands in .fish files in ~/.config/fish/conf.d/ . See Configuration Files for the details. AUTOLOADING FUNCTIONS When fish encounters a command, it attempts to autoload a function for that command, by looking for a file with the name of that command in ~/.config/fish/functions/ . For example, if you wanted to have a function ll , you would add a text file ll.fish to ~/.config/fish/functions : > cat ~/.config/fish/functions/ll.fish function ll ls -lh $argv end This is the preferred way to define your prompt as well: > cat ~/.config/fish/functions/fish_prompt.fish function fish_prompt echo (pwd) "> " end See the documentation for funced and funcsave for ways to create these files automatically, and $fish_function_path to control their location. UNIVERSAL VARIABLES A universal variable is a variable whose value is shared across all in- stances of fish, now and in the future even after a reboot. You can make a variable universal with set -U : > set -U EDITOR vim Now in another shell: > echo $EDITOR vim You only need to set universal variables once interactively. There is no need to add them to your config files . For more details, see Universal Variables . READY FOR MORE? If you want to learn more about fish, there is lots of detailed docu- mentation , the official gitter channel < https://gitter.im/fish- shell/fish-shell >, an official mailing list < https://lists.source- forge.net/lists/listinfo/fish-users >, and the github page < https://github.com/fish-shell/fish-shell/ >. AUTHOR fish-shell developers COPYRIGHT fish-shell developers 4.0 Nov 01, 2025 FISH-TUTORIAL (1) WHY FISH? | GETTING STARTED | LEARNING FISH | RUNNING COMMANDS | GETTING HELP | SYNTAX HIGHLIGHTING | AUTOSUGGESTIONS | TAB COMPLETIONS | VARIABLES | EXPORTS (SHELL VARIABLES) | LISTS | WILDCARDS | PIPES AND REDIRECTIONS | COMMAND SUBSTITUTIONS | SEPARATING COMMANDS (SEMICOLON) | EXIT STATUS | COMBINERS (AND, OR, NOT) | CONDITIONALS (IF, ELSE, SWITCH) | FUNCTIONS | LOOPS | PROMPT | $PATH | STARTUP (WHERE'S .BASHRC?) | AUTOLOADING FUNCTIONS | UNIVERSAL VARIABLES | READY FOR MORE? | AUTHOR | COPYRIGHT Want to link to this manual page? Use this URL: < https://man.freebsd.org/cgi/man.cgi?query=fish-tutorial&manpath=FreeBSD+15.0-RELEASE+and+Ports > home | help Legal Notices | © 1995-2026 The FreeBSD Project. All rights reserved. Contact | 2026-01-13T09:29:09 |
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FreeBSD 10.1-RELEASE FreeBSD 10.1-RELEASE and Ports FreeBSD 10.0-RELEASE FreeBSD 10.0-RELEASE and Ports FreeBSD 9.3-RELEASE FreeBSD 9.3-RELEASE and Ports FreeBSD 9.2-RELEASE FreeBSD 9.2-RELEASE and Ports FreeBSD 9.1-RELEASE FreeBSD 9.1-RELEASE and Ports FreeBSD 9.0-RELEASE FreeBSD 9.0-RELEASE and Ports FreeBSD 8.4-RELEASE FreeBSD 8.4-RELEASE and Ports FreeBSD 8.3-RELEASE FreeBSD 8.3-RELEASE and Ports FreeBSD 8.2-RELEASE FreeBSD 8.2-RELEASE and Ports FreeBSD 8.1-RELEASE FreeBSD 8.1-RELEASE and Ports FreeBSD 8.0-RELEASE FreeBSD 8.0-RELEASE and Ports FreeBSD 7.4-RELEASE FreeBSD 7.4-RELEASE and Ports FreeBSD 7.3-RELEASE FreeBSD 7.3-RELEASE and Ports FreeBSD 7.2-RELEASE FreeBSD 7.2-RELEASE and Ports FreeBSD 7.1-RELEASE FreeBSD 7.1-RELEASE and Ports FreeBSD 7.0-RELEASE FreeBSD 6.4-RELEASE FreeBSD 6.4-RELEASE and Ports FreeBSD 6.3-RELEASE FreeBSD 6.3-RELEASE and Ports FreeBSD 6.2-RELEASE FreeBSD 6.1-RELEASE FreeBSD 6.0-RELEASE FreeBSD 6.0-RELEASE and Ports FreeBSD 5.5-RELEASE FreeBSD 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Ports 9.1 FreeBSD Ports 9.0 FreeBSD Ports 8.4 FreeBSD Ports 8.3 FreeBSD Ports 8.2 FreeBSD Ports 8.1 FreeBSD Ports 8.0 FreeBSD Ports 7.4 FreeBSD Ports 7.3 FreeBSD Ports 7.2 FreeBSD Ports 7.1 FreeBSD Ports 7.0 FreeBSD Ports 6.4 FreeBSD Ports 6.3 FreeBSD Ports 6.2 FreeBSD Ports 6.0 FreeBSD Ports 5.5 FreeBSD Ports 5.4 FreeBSD Ports 5.3 FreeBSD Ports 5.2.1 FreeBSD Ports 5.2 FreeBSD Ports 5.1 FreeBSD Ports 4.11 FreeBSD Ports 4.10 FreeBSD Ports 4.9 FreeBSD Ports 4.8 FreeBSD Ports 4.7 FreeBSD Ports 4.6.2 FreeBSD Ports 4.6 FreeBSD Ports 4.5 FreeBSD Ports 4.3 FreeBSD Ports 4.2 FreeBSD Ports 4.1.1 FreeBSD Ports 3.5.1 FreeBSD Ports 3.5 FreeBSD Ports 3.4 FreeBSD Ports 2.2.8 4.4BSD Lite2 4.3BSD NET/2 4.3BSD Reno 2.11 BSD 2.10 BSD 2.9.1 BSD 2.8 BSD 386BSD 0.1 386BSD 0.0 CentOS 7.9 CentOS 7.8 CentOS 7.7 CentOS 7.6 CentOS 7.5 CentOS 7.4 CentOS 7.3 CentOS 7.2 CentOS 7.1 CentOS 7.0 CentOS 6.10 CentOS 6.9 CentOS 6.8 CentOS 6.7 CentOS 6.6 CentOS 6.5 CentOS 6.4 CentOS 6.3 CentOS 6.2 CentOS 6.1 CentOS 6.0 CentOS 5.11 CentOS 5.10 CentOS 5.9 CentOS 5.8 CentOS 5.7 CentOS 5.6 CentOS 5.5 CentOS 5.4 CentOS 4.8 CentOS 3.9 Darwin 8.0.1/ppc Darwin 7.0.1 Darwin 6.0.2/x86 Darwin 1.4.1/x86 Darwin 1.3.1/x86 Debian 14.0 unstable Debian 13.2.0 Debian 12.12.0 Debian 11.11.0 Debian 10.13.0 Debian 9.13.0 Debian 8.11.1 Debian 7.11.0 Debian 6.0.10 Debian 5.0.10 Debian 4.0.9 Debian 3.1.8 Debian 2.2.7 Debian 2.0.0 Dell UNIX SVR4 2.2 DragonFly 6.4.2 DragonFly 5.8.3 DragonFly 4.8.1 DragonFly 3.8.2 DragonFly 2.10.1 DragonFly 1.12.1 DragonFly 1.0A HP-UX 11.22 HP-UX 11.20 HP-UX 11.11 HP-UX 11.00 HP-UX 10.20 HP-UX 10.10 HP-UX 10.01 HP-UX 9.07 HP-UX 8.07 Inferno 4th Edition IRIX 6.5.30 Linux Slackware 3.1 MACH 2.5/i386 macOS 26.2 macOS 15.7.3 macOS 14.8.3 macOS 13.6.5 macOS 12.7.3 macOS 11.1 macOS 10.15.7 macOS 10.13.6 macOS 10.12.0 Minix 3.3.0 Minix 3.2.1 Minix 3.2.0 Minix 3.1.7 Minix 3.1.6 Minix 3.1.5 Minix 2.0.0 NetBSD 10.1 NetBSD 10.0 NetBSD 9.4 NetBSD 9.3 NetBSD 9.2 NetBSD 9.1 NetBSD 9.0 NetBSD 8.3 NetBSD 8.2 NetBSD 8.1 NetBSD 8.0 NetBSD 7.2 NetBSD 7.1.2 NetBSD 7.1 NetBSD 7.0 NetBSD 6.1.5 NetBSD 6.0 NetBSD 5.2.3 NetBSD 5.2 NetBSD 5.1 NetBSD 5.0 NetBSD 4.0.1 NetBSD 4.0 NetBSD 3.1 NetBSD 3.0 NetBSD 2.1 NetBSD 2.0.2 NetBSD 2.0 NetBSD 1.6.2 NetBSD 1.6.1 NetBSD 1.6 NetBSD 1.5.3 NetBSD 1.5.2 NetBSD 1.5.1 NetBSD 1.5 NetBSD 1.4.3 NetBSD 1.4.2 NetBSD 1.4.1 NetBSD 1.4 NetBSD 1.3.3 NetBSD 1.3.2 NetBSD 1.3.1 NetBSD 1.3 NetBSD 1.2.1 NetBSD 1.2 NetBSD 1.1 NetBSD 1.0 NeXTSTEP 3.3 OpenBSD 7.8 OpenBSD 7.7 OpenBSD 7.6 OpenBSD 7.5 OpenBSD 7.4 OpenBSD 7.3 OpenBSD 7.2 OpenBSD 7.1 OpenBSD 7.0 OpenBSD 6.9 OpenBSD 6.8 OpenBSD 6.7 OpenBSD 6.6 OpenBSD 6.5 OpenBSD 6.4 OpenBSD 6.3 OpenBSD 6.2 OpenBSD 6.1 OpenBSD 6.0 OpenBSD 5.9 OpenBSD 5.8 OpenBSD 5.7 OpenBSD 5.6 OpenBSD 5.5 OpenBSD 5.4 OpenBSD 5.3 OpenBSD 5.2 OpenBSD 5.1 OpenBSD 5.0 OpenBSD 4.9 OpenBSD 4.8 OpenBSD 4.7 OpenBSD 4.6 OpenBSD 4.5 OpenBSD 4.4 OpenBSD 4.3 OpenBSD 4.2 OpenBSD 4.1 OpenBSD 4.0 OpenBSD 3.9 OpenBSD 3.8 OpenBSD 3.7 OpenBSD 3.6 OpenBSD 3.5 OpenBSD 3.4 OpenBSD 3.3 OpenBSD 3.2 OpenBSD 3.1 OpenBSD 3.0 OpenBSD 2.9 OpenBSD 2.8 OpenBSD 2.7 OpenBSD 2.6 OpenBSD 2.5 OpenBSD 2.4 OpenBSD 2.3 OpenBSD 2.2 OpenBSD 2.1 OpenBSD 2.0 OpenDarwin 7.2.1 OpenDarwin 6.6.2/x86 OpenDarwin 6.6.1/x86 OpenDarwin 20030208pre4/ppc OpenIndiana 2024.10 OpenIndiana 2022.10 OpenIndiana 2020.10 OpenIndiana 2017.10 OpenIndiana 2015.10 OpenIndiana 2013.08 OpenSolaris 2010.03 OpenSolaris 2009.06 OpenStep 4.2 openSUSE 42.3 openSUSE 42.2 openSUSE 42.1 openSUSE 16.0 openSUSE 15.6 openSUSE 15.5 openSUSE 15.4 openSUSE 15.3 openSUSE 15.2 openSUSE 15.1 openSUSE 15.0 openSUSE 13.2 openSUSE 13.1 openSUSE 11.4 openSUSE 11.3 openSUSE 11.2 openSUSE 10.3 openSUSE 10.2 OSF1 V5.1/alpha OSF1 V4.0/alpha OSF1 V1.0/mips Plan 9 Red Hat 9.0 Red Hat 8.0 Red Hat 7.3 Red Hat 7.2 Red Hat 7.1 Red Hat 7.0 Red Hat 6.2 Red Hat 6.1 Red Hat 5.2 Red Hat 5.0 Red Hat 4.2 Rhapsody DR1 Rhapsody DR2 Rocky 10.0 Rocky 9.6 Rocky 9.5 Rocky 9.4 Rocky 9.3 Rocky 9.2 Rocky 9.1 Rocky 9.0 Rocky 8.10 Rocky 8.9 Rocky 8.8 Rocky 8.7 Rocky 8.6 Rocky 8.5 Rocky 8.4 Rocky 8.3 Sun UNIX 0.4 SunOS 5.10 SunOS 5.9 SunOS 5.8 SunOS 5.7 SunOS 5.6 SunOS 5.5.1 SunOS 4.1.3 SuSE 11.3 SuSE 11.2 SuSE 11.1 SuSE 11.0 SuSE 10.3 SuSE 10.2 SuSE 10.1 SuSE 10.0 SuSE 9.3 SuSE 9.2 SuSE 8.2 SuSE 8.1 SuSE 8.0 SuSE 7.3 SuSE 7.2 SuSE 7.1 SuSE 7.0 SuSE 6.4 SuSE 6.3 SuSE 6.1 SuSE 6.0 SuSE 5.3 SuSE 5.2 SuSE 5.0 SuSE 4.3 SuSE ES 10 SP1 Ubuntu 24.04 noble Ubuntu 23.10 mantic Ubuntu 22.04 jammy Ubuntu 20.04 focal Ubuntu 18.04 bionic Ubuntu 16.04 xenial Ubuntu 14.04 trusty ULTRIX 4.2 Ultrix-32 2.0/VAX Unix Seventh Edition X11R7.4 X11R7.3.2 X11R7.2 X11R6.9.0 X11R6.8.2 X11R6.7.0 XFree86 4.8.0 XFree86 4.7.0 XFree86 4.6.0 XFree86 4.5.0 XFree86 4.4.0 XFree86 4.3.0 XFree86 4.2.99.3 XFree86 4.2.0 XFree86 4.1.0 XFree86 4.0.2 XFree86 4.0.1 XFree86 4.0 XFree86 3.3.6 XFree86 3.3 XFree86 2.1 All Architectures html pdf ascii home | help FISH-TUTORIAL (1) fish-shell FISH-TUTORIAL (1) WHY FISH? Fish is a fully-equipped command line shell (like bash or zsh) that is smart and user-friendly. Fish supports powerful features like syntax highlighting, autosuggestions, and tab completions that just work, with nothing to learn or configure. If you want to make your command line more productive, more useful, and more fun, without learning a bunch of arcane syntax and configuration options, then fish might be just what you're looking for! GETTING STARTED Once installed, just type in fish into your current shell to try it out! You will be greeted by the standard fish prompt, which means you are all set up and can start using fish: > fish Welcome to fish, the friendly interactive shell Type help for instructions on how to use fish you@hostname ~> This prompt that you see above is the fish default prompt: it shows your username, hostname, and working directory. You can customize it, see how to change your prompt . From now on, we'll pretend your prompt is just a > to save space. LEARNING FISH This tutorial assumes a basic understanding of command line shells and Unix commands, and that you have a working copy of fish. If you have a strong understanding of other shells, and want to know what fish does differently, search for the magic phrase unlike other shells , which is used to call out important differences. Or, if you want a quick overview over the differences to other shells like Bash, see Fish For Bash Users . For the full, detailed description of how to use fish interactively, see Interactive Use . For a comprehensive description of fish's scripting language, see The Fish Language . RUNNING COMMANDS Fish runs commands like other shells: you type a command, followed by its arguments. Spaces are separators: > echo hello world hello world This runs the command echo with the arguments hello and world . In this case that's the same as one argument hello world , but in many cases it's not. If you need to pass an argument that includes a space, you can escape with a backslash, or quote it using single or double quotes: > mkdir My\ Files # Makes a directory called "My Files", with a space in the name > cp ~/Some\ File 'My Files' # Copies a file called "Some File" in the home directory to "My Files" > ls "My Files" Some File GETTING HELP Run help to open fish's help in a web browser, and man with the page (like fish-language ) to open it in a man page. You can also ask for help with a specific command, for example, help set to open in a web browser, or man set to see it in the terminal. > man set set - handle shell variables Synopsis... To open this section, use help getting-help . This only works for fish's own documentation for itself and its built-in commands (the "builtins"). For any other commands on your sys- tem, they should provide their own documentation, often in the man sys- tem. For example man ls should tell you about your computer's ls com- mand. SYNTAX HIGHLIGHTING You'll quickly notice that fish performs syntax highlighting as you type. Invalid commands are colored red by default: > /bin/mkd A command may be invalid because it does not exist, or refers to a file that you cannot execute. When the command becomes valid, it is shown in a different color: > /bin/mkdir Valid file paths are underlined as you type them: > cat ~/somefi This tells you that there exists a file that starts with somefi , which is useful feedback as you type. These colors, and many more, can be changed by running fish_config , or by modifying color variables directly. For example, if you want to disable (almost) all coloring: fish_config theme choose none This picks the "none" theme. To see all themes: fish_config theme show Just running fish_config will open up a browser interface that allows you to pick from the available themes. AUTOSUGGESTIONS As you type fish will suggest commands to the right of the cursor, in gray. For example: > /bin/hostname It knows about paths and options: > grep --ignore-case And history too. Type a command once, and you can re-summon it by just typing a few letters: > rsync -avze ssh . myname@somelonghost.com:/some/long/path/doo/dee/doo/dee/doo To accept the autosuggestion, hit right () or ctrl-f . To accept a sin- gle word of the autosuggestion, alt-right (). If the autosuggestion is not what you want, just ignore it. If you don't like autosuggestions, you can disable them by setting $fish_autosuggestion_enabled to 0: set -g fish_autosuggestion_enabled 0 TAB COMPLETIONS A rich set of tab completions work "out of the box". Press tab and fish will attempt to complete the command, argument, or path: > /pri tab => /private/ If there's more than one possibility, it will list them: > ~/stuff/s tab ~/stuff/script.sh (command) ~/stuff/sources/ (directory) Hit tab again to cycle through the possibilities. The part in parenthe- ses there (that "command" and "directory") is the completion descrip- tion. It's just a short hint to explain what kind of argument it is. fish can also complete many commands, like git branches: > git merge pr tab => git merge prompt_designer > git checkout b tab builtin_list_io_merge (Branch) builtin_set_color (Branch) busted_events (Tag) Try hitting tab and see what fish can do! VARIABLES Like other shells, a dollar sign followed by a variable name is re- placed with the value of that variable: > echo My home directory is $HOME My home directory is /home/tutorial This is known as variable substitution, and it also happens in double quotes, but not single quotes: > echo "My current directory is $PWD" My current directory is /home/tutorial > echo 'My current directory is $PWD' My current directory is $PWD Unlike other shells, fish has an ordinary command to set variables: set , which takes a variable name, and then its value. > set name 'Mister Noodle' > echo $name Mister Noodle (Notice the quotes: without them, Mister and Noodle would have been separate arguments, and $name would have been made into a list of two elements.) Unlike other shells, variables are not further split after substitu- tion: > mkdir $name > ls Mister Noodle In bash, this would have created two directories "Mister" and "Noodle". In fish, it created only one: the variable had the value "Mister Noo- dle", so that is the argument that was passed to mkdir , spaces and all. You can erase (or "delete") a variable with -e or --erase > set -e MyVariable > env | grep MyVariable (no output) For more, see Variable expansion . EXPORTS (SHELL VARIABLES) Sometimes you need to have a variable available to an external command, often as a setting. For example many programs like git or man read the $PAGER variable to figure out your preferred pager (the program that lets you scroll text). Other variables used like this include $BROWSER , $LANG (to configure your language) and $PATH . You'll note these are written in ALLCAPS, but that's just a convention. To give a variable to an external command, it needs to be "exported". This is done with a flag to set , either --export or just -x . > set -x MyVariable SomeValue > env | grep MyVariable MyVariable=SomeValue It can also be unexported with --unexport or -u . This works the other way around as well! If fish is started by some- thing else, it inherits that parents exported variables. So if your terminal emulator starts fish, and it exports $LANG set to en_US.UTF-8 , fish will receive that setting. And whatever started your terminal emu- lator also gave it some variables that it will then pass on unless it specifically decides not to. This is how fish usually receives the val- ues for things like $LANG , $PATH and $TERM , without you having to spec- ify them again. Exported variables can be local or global or universal - "exported" is not a scope ! Usually you'd make them global via set -gx MyVariable SomeValue . For more, see Exporting variables . LISTS The set command above used quotes to ensure that Mister Noodle was one argument. If it had been two arguments, then name would have been a list of length 2. In fact, all variables in fish are really lists, that can contain any number of values, or none at all. Some variables, like $PWD , only have one value. By convention, we talk about that variable's value, but we really mean its first (and only) value. Other variables, like $PATH , really do have multiple values. During variable expansion, the variable expands to become multiple arguments: > echo $PATH /usr/bin /bin /usr/sbin /sbin /usr/local/bin Variables whose name ends in "PATH" are automatically split on colons to become lists. They are joined using colons when exported to subcom- mands. This is for compatibility with other tools, which expect $PATH to use colons. You can also explicitly add this quirk to a variable with set --path , or remove it with set --unpath . Lists cannot contain other lists: there is no recursion. A variable is a list of strings, full stop. Get the length of a list with count : > count $PATH 5 You can append (or prepend) to a list by setting the list to itself, with some additional arguments. Here we append /usr/local/bin to $PATH: > set PATH $PATH /usr/local/bin You can access individual elements with square brackets. Indexing starts at 1 from the beginning, and -1 from the end: > echo $PATH /usr/bin /bin /usr/sbin /sbin /usr/local/bin > echo $PATH[1] /usr/bin > echo $PATH[-1] /usr/local/bin You can also access ranges of elements, known as "slices": > echo $PATH[1..2] /usr/bin /bin > echo $PATH[-1..2] /usr/local/bin /sbin /usr/sbin /bin You can iterate over a list (or a slice) with a for loop: for val in $PATH echo "entry: $val" end # Will print: # entry: /usr/bin/ # entry: /bin # entry: /usr/sbin # entry: /sbin # entry: /usr/local/bin One particular bit is that you can use lists like Brace expansion . If you attach another string to a list, it'll combine every element of the list with the string: > set mydirs /usr/bin /bin > echo $mydirs/fish # this is just like {/usr/bin,/bin}/fish /usr/bin/fish /bin/fish This also means that, if the list is empty, there will be no argument: > set empty # no argument > echo $empty/this_is_gone # prints an empty line If you quote the list, it will be used as one string and so you'll get one argument even if it is empty. For more, see Lists . For more on combining lists with strings (or even other lists), see cartesian products and Variable expansion . WILDCARDS Fish supports the familiar wildcard * . To list all JPEG files: > ls *.jpg lena.jpg meena.jpg santa maria.jpg You can include multiple wildcards: > ls l*.p* lena.png lesson.pdf The recursive wildcard ** searches directories recursively: > ls /var/**.log /var/log/system.log /var/run/sntp.log If that directory traversal is taking a long time, you can ctrl-c out of it. For more, see Wildcards . PIPES AND REDIRECTIONS You can pipe between commands with the usual vertical bar: > echo hello world | wc 1 2 12 stdin and stdout can be redirected via the familiar < and > . stderr is redirected with a 2> . > grep fish < /etc/shells > ~/output.txt 2> ~/errors.txt To redirect stdout and stderr into one file, you can use &> : > make &> make_output.txt For more, see Input and output redirections and Pipes . COMMAND SUBSTITUTIONS Command substitutions use the output of one command as an argument to another. Unlike other shells, fish does not use backticks `` for com- mand substitutions. Instead, it uses parentheses with or without a dol- lar: > echo In (pwd), running $(uname) In /home/tutorial, running FreeBSD A common idiom is to capture the output of a command in a variable: > set os (uname) > echo $os Linux Command substitutions without a dollar are not expanded within quotes, so the version with a dollar is simpler: > touch "testing_$(date +%s).txt" > ls *.txt testing_1360099791.txt Unlike other shells, fish does not split command substitutions on any whitespace (like spaces or tabs), only newlines. Usually this is a big help because unix commands operate on a line-by-line basis. Sometimes it can be an issue with commands like pkg-config that print what is meant to be multiple arguments on a single line. To split it on spaces too, use string split . > printf '%s\n' (pkg-config --libs gio-2.0) -lgio-2.0 -lgobject-2.0 -lglib-2.0 > printf '%s\n' (pkg-config --libs gio-2.0 | string split -n " ") -lgio-2.0 -lgobject-2.0 -lglib-2.0 If you need a command substitutions output as one argument, without any splits, use quoted command substitution: > echo "first line second line" > myfile > set myfile "$(cat myfile)" > printf '|%s|' $myfile |first line second line| For more, see Command substitution . SEPARATING COMMANDS (SEMICOLON) Like other shells, fish allows multiple commands either on separate lines or the same line. To write them on the same line, use the semicolon (";"). That means the following two examples are equivalent: echo fish; echo chips # or echo fish echo chips This is useful interactively to enter multiple commands. In a script it's easier to read if the commands are on separate lines. EXIT STATUS When a command exits, it returns a status code as a non-negative inte- ger (that's a whole number >= 0). Unlike other shells, fish stores the exit status of the last command in $status instead of $? . > false > echo $status 1 This indicates how the command fared - 0 usually means success, while the others signify kinds of failure. For instance fish's set --query returns the number of variables it queried that weren't set - set --query PATH usually returns 0, set --query arglbargl boogagoogoo usu- ally returns 2. There is also a $pipestatus list variable for the exit statuses [1] of processes in a pipe. For more, see The status variable . [1] or "stati" if you prefer, or "stats" if you've time-travelled from ancient Rome or work as a latin teacher COMBINERS (AND, OR, NOT) fish supports the familiar && and || to combine commands, and ! to negate them: > ./configure && make && sudo make install Here, make is only executed if ./configure succeeds (returns 0), and sudo make install is only executed if both ./configure and make suc- ceed. fish also supports and , or , and not . The first two are job modifiers and have lower precedence. Example usage: > cp file1 file1_bak && cp file2 file2_bak; and echo "Backup successful"; or echo "Backup failed" Backup failed As mentioned in the section on the semicolon , this can also be written in multiple lines, like so: cp file1 file1_bak && cp file2 file2_bak and echo "Backup successful" or echo "Backup failed" CONDITIONALS (IF, ELSE, SWITCH) Use if and else to conditionally execute code, based on the exit status of a command. if grep fish /etc/shells echo Found fish else if grep bash /etc/shells echo Found bash else echo Got nothing end To compare strings or numbers or check file properties (whether a file exists or is writeable and such), use test , like if test "$fish" = "flounder" echo FLOUNDER end # or if test "$number" -gt 5 echo $number is greater than five else echo $number is five or less end # or # This test is true if the path /etc/hosts exists # - it could be a file or directory or symlink (or possibly something else). if test -e /etc/hosts echo We most likely have a hosts file else echo We do not have a hosts file end Combiners can also be used to make more complex conditions, like if command -sq fish; and grep fish /etc/shells echo fish is installed and configured end For even more complex conditions, use begin and end to group parts of them. There is also a switch command: switch (uname) case Linux echo Hi Tux! case Darwin echo Hi Hexley! case FreeBSD NetBSD DragonFly echo Hi Beastie! case '*' echo Hi, stranger! end As you see, case does not fall through, and can accept multiple argu- ments or (quoted) wildcards. For more, see Conditions . FUNCTIONS A fish function is a list of commands, which may optionally take argu- ments. Unlike other shells, arguments are not passed in "numbered vari- ables" like $1 , but instead in a single list $argv . To create a func- tion, use the function builtin: function say_hello echo Hello $argv end say_hello # prints: Hello say_hello everybody! # prints: Hello everybody! Unlike other shells, fish does not have aliases or special prompt syn- tax. Functions take their place. [2] You can list the names of all functions with the functions builtin (note the plural!). fish starts out with a number of functions: > functions N_, abbr, alias, bg, cd, cdh, contains_seq, dirh, dirs, disown, down-or-search, edit_command_buffer, export, fg, fish_add_path, fish_breakpoint_prompt, fish_clipboard_copy, fish_clipboard_paste, fish_config, fish_default_key_bindings, fish_default_mode_prompt, fish_git_prompt, fish_hg_prompt, fish_hybrid_key_bindings, fish_indent, fish_is_root_user, fish_job_summary, fish_key_reader, fish_md5, fish_mode_prompt, fish_npm_helper, fish_opt, fish_print_git_action, fish_print_hg_root, fish_prompt, fish_sigtrap_handler, fish_svn_prompt, fish_title, fish_update_completions, fish_vcs_prompt, fish_vi_cursor, fish_vi_key_bindings, funced, funcsave, grep, help, history, hostname, isatty, kill, la, ll, ls, man, nextd, open, popd, prevd, prompt_hostname, prompt_pwd, psub, pushd, realpath, seq, setenv, suspend, trap, type, umask, up-or-search, vared, wait You can see the source for any function by passing its name to func- tions : > functions ls function ls --description 'List contents of directory' command ls -G $argv end For more, see Functions . [2] There is a function called alias , but it's just a shortcut to make functions. fish also provides abbreviations , through the abbr com- mand. LOOPS While loops: while true echo "Loop forever" end # Prints: # Loop forever # Loop forever # Loop forever # yes, this really will loop forever. Unless you abort it with ctrl-c. For loops can be used to iterate over a list. For example, a list of files: for file in *.txt cp $file $file.bak end Iterating over a list of numbers can be done with seq : for x in (seq 5) touch file_$x.txt end For more, see Loops and blocks . PROMPT Unlike other shells, there is no prompt variable like PS1 . To display your prompt, fish executes the fish_prompt function and uses its output as the prompt. And if it exists, fish also executes the fish_right_prompt function and uses its output as the right prompt. You can define your own prompt from the command line: > function fish_prompt; echo "New Prompt % "; end New Prompt % _ Then, if you are happy with it, you can save it to disk by typing func- save fish_prompt . This saves the prompt in ~/.config/fish/func- tions/fish_prompt.fish . (Or, if you want, you can create that file man- ually from the start.) Multiple lines are OK. Colors can be set via set_color , passing it named ANSI colors, or hex RGB values: function fish_prompt set_color purple date "+%m/%d/%y" set_color F00 echo (pwd) '>' (set_color normal) end This prompt would look like: 02/06/13 /home/tutorial > _ You can choose among some sample prompts by running fish_config for a web UI or fish_config prompt for a simpler version inside your termi- nal. $PATH $PATH is an environment variable containing the directories that fish searches for commands. Unlike other shells, $PATH is a list , not a colon-delimited string. Fish takes care to set $PATH to a default, but typically it is just in- herited from fish's parent process and is set to a value that makes sense for the system - see Exports . To prepend /usr/local/bin and /usr/sbin to $PATH , you can write: > set PATH /usr/local/bin /usr/sbin $PATH To remove /usr/local/bin from $PATH , you can write: > set PATH (string match -v /usr/local/bin $PATH) For compatibility with other shells and external commands, $PATH is a path variable , and so will be joined with colons (not spaces) when you quote it: > echo "$PATH" /usr/local/sbin:/usr/local/bin:/usr/bin and it will be exported like that, and when fish starts it splits the $PATH it receives into a list on colon. You can do so directly in config.fish , like you might do in other shells with .profile . See this example . A faster way is to use the fish_add_path function, which adds given di- rectories to the path if they aren't already included. It does this by modifying the $fish_user_paths universal variable , which is automati- cally prepended to $PATH . For example, to permanently add /usr/lo- cal/bin to your $PATH , you could write: > fish_add_path /usr/local/bin The advantage is that you don't have to go mucking around in files: just run this once at the command line, and it will affect the current session and all future instances too. You can also add this line to config.fish , as it only adds the component if necessary. Or you can modify $fish_user_paths yourself, but you should be careful not to append to it unconditionally in config.fish, or it will grow longer and longer. STARTUP (WHERE'S .BASHRC?) Fish starts by executing commands in ~/.config/fish/config.fish . You can create it if it does not exist. It is possible to directly create functions and variables in con- fig.fish file, using the commands shown above. For example: > cat ~/.config/fish/config.fish set -x PATH $PATH /sbin/ function ll ls -lh $argv end However, it is more common and efficient to use autoloading functions and universal variables. If you want to organize your configuration, fish also reads commands in .fish files in ~/.config/fish/conf.d/ . See Configuration Files for the details. AUTOLOADING FUNCTIONS When fish encounters a command, it attempts to autoload a function for that command, by looking for a file with the name of that command in ~/.config/fish/functions/ . For example, if you wanted to have a function ll , you would add a text file ll.fish to ~/.config/fish/functions : > cat ~/.config/fish/functions/ll.fish function ll ls -lh $argv end This is the preferred way to define your prompt as well: > cat ~/.config/fish/functions/fish_prompt.fish function fish_prompt echo (pwd) "> " end See the documentation for funced and funcsave for ways to create these files automatically, and $fish_function_path to control their location. UNIVERSAL VARIABLES A universal variable is a variable whose value is shared across all in- stances of fish, now and in the future even after a reboot. You can make a variable universal with set -U : > set -U EDITOR vim Now in another shell: > echo $EDITOR vim You only need to set universal variables once interactively. There is no need to add them to your config files . For more details, see Universal Variables . READY FOR MORE? If you want to learn more about fish, there is lots of detailed docu- mentation , the official gitter channel < https://gitter.im/fish- shell/fish-shell >, an official mailing list < https://lists.source- forge.net/lists/listinfo/fish-users >, and the github page < https://github.com/fish-shell/fish-shell/ >. AUTHOR fish-shell developers COPYRIGHT fish-shell developers 4.0 Nov 01, 2025 FISH-TUTORIAL (1) WHY FISH? | GETTING STARTED | LEARNING FISH | RUNNING COMMANDS | GETTING HELP | SYNTAX HIGHLIGHTING | AUTOSUGGESTIONS | TAB COMPLETIONS | VARIABLES | EXPORTS (SHELL VARIABLES) | LISTS | WILDCARDS | PIPES AND REDIRECTIONS | COMMAND SUBSTITUTIONS | SEPARATING COMMANDS (SEMICOLON) | EXIT STATUS | COMBINERS (AND, OR, NOT) | CONDITIONALS (IF, ELSE, SWITCH) | FUNCTIONS | LOOPS | PROMPT | $PATH | STARTUP (WHERE'S .BASHRC?) | AUTOLOADING FUNCTIONS | UNIVERSAL VARIABLES | READY FOR MORE? | AUTHOR | COPYRIGHT Want to link to this manual page? Use this URL: < https://man.freebsd.org/cgi/man.cgi?query=fish-tutorial&manpath=FreeBSD+15.0-RELEASE+and+Ports > home | help Legal Notices | © 1995-2026 The FreeBSD Project. All rights reserved. Contact | 2026-01-13T09:29:09 |
https://aws.amazon.com/tw/lake-formation/ | 資料湖治理 – AWS Lake Formation – Amazon Web Services 跳至主要內容 Filter: 全部 English 聯絡我們 AWS Marketplace 支援 我的帳戶 搜尋 Filter: 全部 登入主控台 建立帳戶 AWS Lake Formation 概觀 特徵 定價 資源 常見問答集 產品 › 資料湖和分析 › AWS Lake Formation Amazon Lake Formation 內建至下一代的 Amazon SageMaker AWS Lake Formation 集中控管、保護和共用資料以進行分析和機器學習 開始使用 AWS Lake Formation 精心挑選的自助服務指導 了解 Lake Formation 管理和擴展資料存取權既複雜又耗時。了解 AWS Lake Formation 如何協助您集中管理和擴展精細的資料存取權，並在組織內外放心地共用資料。 娛樂 Lake Formation 的優勢 管理許可 使用熟悉的類似資料庫的功能來管理精細的資料湖存取權限。 可擴展式管理 大規模簡化使用者的安全性管理和治理。 深入洞察 快速從與內部和外部使用者安全共用的資料中獲得更深入的見解。 資料稽核 監控您的資料存取並透過全方位的資料稽核協助達成合規性。 使用案例 使用熟悉的類似資料庫的功能來管理權限 從 AWS Glue Data Catalog 中的一個位置集中管理資料資源 (包括資料庫和表格) 的許可管理。 進一步了解 AWS Glue Data Catalog 大規模控管並協助保護您的資料 透過設定資料屬性並套用屬性權限來擴展使用者的權限。 進一步了解標籤型存取控制 簡化組織內外的資料共用 讓使用者能夠根據您的目標和政策，自信地快速尋找、適當存取和共用資料，藉此鼓勵創新。 進一步了解資料存放 透過稽核監控存取並改善合規性 透過全方位的資料存取稽核，主動解決資料挑戰並保護您的業務。 進一步了解資料存取稽核 如何開始使用 建立 AWS 帳戶 註冊 開始使用 AWS Lake Formation 登入 集中管理權限 探索開發人員指南 建立 AWS 帳戶 了解 什麼是 AWS？ 什麼是雲端運算？ 什麼是代理式 AI？ 雲端運算概念中心 AWS 雲端安全 最新消息 部落格 新聞稿 資源 入門 培訓 AWS 信任中心 AWS 解決方案程式庫 架構中心 產品和技術常見問答集 分析師報告 AWS 合作夥伴 開發人員 建置者中心 軟體開發套件與工具 .NET on AWS 在 AWS 上執行的 Python 在 AWS 上執行的 Java 在 AWS 上執行的 PHP 在 AWS 上執行的 JavaScript 說明 聯絡我們 提交支援申請單 AWS re:Post 知識中心 AWS Support 概觀 取得專家協助 AWS 可存取性 法律 English 回到頁首 Amazon 是支持平等就業機會的雇主：少數民族/女性/殘障人士/退伍軍人/性別認同/性取向/年齡。 x facebook linkedin instagram twitch youtube podcasts email 隱私權 網站條款 Cookie 偏好設定 © 2026, Amazon Web Services, Inc. 或其關係企業。保留所有權利。 | 2026-01-13T09:29:09 |
https://support.atlassian.com/subscriptions-and-billing/docs/manage-users-and-user-tiers/ | Manage users and user tiers | Atlassian Support Skip to main content Atlassian Support Apps Documentation Resources Contact us Sign in Sign in Subscriptions and billing Documentation Manage subscriptions and bills for Atlassian cloud apps Manage your subscription for Standard and Premium plans Manage your bill for Enterprise plans Cancel a subscription Service Level Agreement for Atlassian cloud apps Buying Atlassian cloud apps Manage payment methods Manage Atlassian quotes Manage tax information Manage users and user tiers Request a refund Switch from a monthly to an annual subscription Manage your billing address Apply a promo code to a Marketplace app purchase Billing permissions by role How billing works for Atlassian Collections How billing works for Rovo Dev How maximum quantity billing works How pricing works for multi-instance Marketplace apps Manage your bill for add-ons Manage your bill for Rovo Manage your Bitbucket subscription on the new billing system Manage your subscription for Atlassian Collections Prepare your contacts ahead of billing migration Reactivate a subscription Set up Atlassian app subscription after purchase Unable to make payments Understand billing accounts Understand billing administration Understand billing for Marketplace apps Understand billing profiles Understand the improved Atlassian billing experience Understand the new partner-managed subscriptions portal Understand your invoice Usage charges and billing Manage subscriptions and bills for Atlassian Guard Manage your bill for Atlassian Guard Standard Manage your bill for Atlassian Guard Premium Unsubscribe from Atlassian Guard Standard Unsubscribe from Atlassian Guard Premium Impact of Trello users on your Atlassian Guard Standard bill Resolve Atlassian Guard payment issue Atlassian Support Subscriptions and billing Resources Manage subscriptions and bills for Atlassian cloud apps Manage users and user tiers We’re rolling out an improved billing experience to make it easier to manage your cloud subscriptions. This means your subscriptions could be managed on either the original or the improved experience. Find out which experience you’re viewing The following screenshots indicate how the interface of the two billing experiences differs. Original billing experience Improved billing experience In the original billing experience, the first option on the left is Overview . In the improved billing experience, Subscriptions is the first option on the left. Atlassian app pricing is based on the number of users who can access the app, as well as the plan (Free, Standard, or Premium). For monthly subscriptions, we offer per-user pricing. When users are added to an app, they’re automatically counted towards billing even if they don't accept your invite or log in. We’ll charge the card on file each month for the number of users tied to your app subscription. Annual subscriptions are based on distinct user tiers. Improved billing experience Check the number of users for your app Who can do this? Billing admins To see the number of users for each cloud app: Go to admin.atlassian.com/billing. Select your billing account if you have more than one. Find the subscription from the list and select Manage . On the Subscriptions page, you’ll see the number of billable users for each app. Free plans are available for up to 10 users (or three agents for Jira Service Management). The exact number of users is not displayed when it’s less than 10. Adding more users will automatically move you from a Free plan to a Standard plan trial. You can switch back to a Free plan at any time by reducing your user count. To remove a user from a cloud site, see Remove or suspend a user . Add users to a cloud site Who can do this? Organization admins Site admins To add users to a cloud site: Go to admin.atlassian.com . Select your organization if you have more than one. Go to Apps > Atlassian apps. From any of the listed cloud apps, select Manage users (inside ). On the Users page, select Invite users . Enter the email address you want the user to log in with (you can enter more than one at a time or a string of them using a space or comma ). Additional users are automatically counted towards billing even if they don't accept your invite or log in. To learn more about how to invite users, see Invite a user . For a user to not count towards billing, a site admin should delete or remove the user from any synced user directory. To remove a user from a cloud site, see Remove or suspend a user . Apps with an Enterprise plan are billed at the organization level, which means you won’t find them in your site bill as you will for Standard and Premium plans. To learn how we bill for Enterprise products, see Manage your bill for Enterprise plans . Original billing experience Check the number of users for your product Who can do this? Organization admins Site admins Billing contacts To see the number of billable users for each cloud product: Go to admin.atlassian.com . Select your organization if you have more than one. From Subscriptions and billing, select Manage subscriptions . Under each cloud product, you’ll see the number of billable users or user tier. Was this helpful? Yes No It wasn't accurate It wasn't clear It wasn't relevant Provide feedback about this article Still need help? The Atlassian Community is here for you. Ask the Community Manage subscriptions and bills for Atlassian cloud apps Show more Manage Atlassian quotes Manage tax information Manage users and user tiers Request a refund Switch from a monthly to an annual subscription Show more On this page Improved billing experience Check the number of users for your app Add users to a cloud site Original billing experience Check the number of users for your product Community Questions, discussions, and articles Accessibility Notice at Collection Privacy Policy Terms of Use Security 2026 Atlassian | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/zlib-0.6.1.0/docs/Codec-Compression-Zlib-Raw.html | Codec.Compression.Zlib.Raw Source Contents Index zlib-0.6.1.0: Compression and decompression in the gzip and zlib formats Copyright (c) 2006-2014 Duncan Coutts License BSD-style Maintainer duncan@community.haskell.org Safe Haskell Safe-Inferred Language Haskell2010 Codec.Compression.Zlib.Raw Contents Simple compression and decompression Extended api with control over compression parameters The compression parameter types Description Compression and decompression of data streams in the raw deflate format. The format is described in detail in RFC #1951: http://www.ietf.org/rfc/rfc1951.txt See also the zlib home page: http://zlib.net/ Synopsis compress :: ByteString -> ByteString decompress :: ByteString -> ByteString compressWith :: CompressParams -> ByteString -> ByteString decompressWith :: DecompressParams -> ByteString -> ByteString data CompressParams = CompressParams { compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString } defaultCompressParams :: CompressParams data DecompressParams = DecompressParams { decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool } defaultDecompressParams :: DecompressParams data CompressionLevel = DefaultCompression | NoCompression | BestSpeed | BestCompression | CompressionLevel Int defaultCompression :: CompressionLevel noCompression :: CompressionLevel bestSpeed :: CompressionLevel bestCompression :: CompressionLevel compressionLevel :: Int -> CompressionLevel data Method = Deflated deflateMethod :: Method data WindowBits = WindowBits Int | DefaultWindowBits defaultWindowBits :: WindowBits windowBits :: Int -> WindowBits data MemoryLevel = DefaultMemoryLevel | MinMemoryLevel | MaxMemoryLevel | MemoryLevel Int defaultMemoryLevel :: MemoryLevel minMemoryLevel :: MemoryLevel maxMemoryLevel :: MemoryLevel memoryLevel :: Int -> MemoryLevel data CompressionStrategy = DefaultStrategy | Filtered | HuffmanOnly defaultStrategy :: CompressionStrategy filteredStrategy :: CompressionStrategy huffmanOnlyStrategy :: CompressionStrategy Simple compression and decompression compress :: ByteString -> ByteString Source decompress :: ByteString -> ByteString Source Extended api with control over compression parameters compressWith :: CompressParams -> ByteString -> ByteString Source decompressWith :: DecompressParams -> ByteString -> ByteString Source data CompressParams Source The full set of parameters for compression. The defaults are defaultCompressParams . The compressBufferSize is the size of the first output buffer containing the compressed data. If you know an approximate upper bound on the size of the compressed data then setting this parameter can save memory. The default compression output buffer size is 16k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. Constructors CompressParams Fields compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString Instances Show CompressParams defaultCompressParams :: CompressParams Source The default set of parameters for compression. This is typically used with the compressWith function with specific parameters overridden. data DecompressParams Source The full set of parameters for decompression. The defaults are defaultDecompressParams . The decompressBufferSize is the size of the first output buffer, containing the uncompressed data. If you know an exact or approximate upper bound on the size of the decompressed data then setting this parameter can save memory. The default decompression output buffer size is 32k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. One particular use case for setting the decompressBufferSize is if you know the exact size of the decompressed data and want to produce a strict ByteString . The compression and deccompression functions use lazy ByteString s but if you set the decompressBufferSize correctly then you can generate a lazy ByteString with exactly one chunk, which can be converted to a strict ByteString in O(1) time using concat . toChunks . Constructors DecompressParams Fields decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool Instances Show DecompressParams defaultDecompressParams :: DecompressParams Source The default set of parameters for decompression. This is typically used with the compressWith function with specific parameters overridden. The compression parameter types data CompressionLevel Source The compression level parameter controls the amount of compression. This is a trade-off between the amount of compression and the time required to do the compression. Constructors DefaultCompression Deprecated: Use defaultCompression. CompressionLevel constructors will be hidden in version 0.7 NoCompression Deprecated: Use noCompression. CompressionLevel constructors will be hidden in version 0.7 BestSpeed Deprecated: Use bestSpeed. CompressionLevel constructors will be hidden in version 0.7 BestCompression Deprecated: Use bestCompression. CompressionLevel constructors will be hidden in version 0.7 CompressionLevel Int Instances Eq CompressionLevel Show CompressionLevel Generic CompressionLevel Typeable * CompressionLevel type Rep CompressionLevel defaultCompression :: CompressionLevel Source The default compression level is 6 (that is, biased towards higher compression at expense of speed). noCompression :: CompressionLevel Source No compression, just a block copy. bestSpeed :: CompressionLevel Source The fastest compression method (less compression) bestCompression :: CompressionLevel Source The slowest compression method (best compression). compressionLevel :: Int -> CompressionLevel Source A specific compression level between 0 and 9. data Method Source The compression method Constructors Deflated Deprecated: Use deflateMethod. Method constructors will be hidden in version 0.7 Instances Bounded Method Enum Method Eq Method Ord Method Show Method Generic Method Typeable * Method type Rep Method deflateMethod :: Method Source 'Deflate' is the only method supported in this version of zlib. Indeed it is likely to be the only method that ever will be supported. data WindowBits Source This specifies the size of the compression window. Larger values of this parameter result in better compression at the expense of higher memory usage. The compression window size is the value of the the window bits raised to the power 2. The window bits must be in the range 8..15 which corresponds to compression window sizes of 256b to 32Kb. The default is 15 which is also the maximum size. The total amount of memory used depends on the window bits and the MemoryLevel . See the MemoryLevel for the details. Constructors WindowBits Int DefaultWindowBits Deprecated: Use defaultWindowBits. WindowBits constructors will be hidden in version 0.7 Instances Eq WindowBits Ord WindowBits Show WindowBits Generic WindowBits Typeable * WindowBits type Rep WindowBits defaultWindowBits :: WindowBits Source The default WindowBits is 15 which is also the maximum size. windowBits :: Int -> WindowBits Source A specific compression window size, specified in bits in the range 8..15 data MemoryLevel Source The MemoryLevel parameter specifies how much memory should be allocated for the internal compression state. It is a tradoff between memory usage, compression ratio and compression speed. Using more memory allows faster compression and a better compression ratio. The total amount of memory used for compression depends on the WindowBits and the MemoryLevel . For decompression it depends only on the WindowBits . The totals are given by the functions: compressTotal windowBits memLevel = 4 * 2^windowBits + 512 * 2^memLevel decompressTotal windowBits = 2^windowBits For example, for compression with the default windowBits = 15 and memLevel = 8 uses 256Kb . So for example a network server with 100 concurrent compressed streams would use 25Mb . The memory per stream can be halved (at the cost of somewhat degraded and slower compressionby) by reducing the windowBits and memLevel by one. Decompression takes less memory, the default windowBits = 15 corresponds to just 32Kb . Constructors DefaultMemoryLevel Deprecated: Use defaultMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MinMemoryLevel Deprecated: Use minMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MaxMemoryLevel Deprecated: Use maxMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MemoryLevel Int Instances Eq MemoryLevel Show MemoryLevel Generic MemoryLevel Typeable * MemoryLevel type Rep MemoryLevel defaultMemoryLevel :: MemoryLevel Source The default memory level. (Equivalent to memoryLevel 8 ) minMemoryLevel :: MemoryLevel Source Use minimum memory. This is slow and reduces the compression ratio. (Equivalent to memoryLevel 1 ) maxMemoryLevel :: MemoryLevel Source Use maximum memory for optimal compression speed. (Equivalent to memoryLevel 9 ) memoryLevel :: Int -> MemoryLevel Source A specific level in the range 1..9 data CompressionStrategy Source The strategy parameter is used to tune the compression algorithm. The strategy parameter only affects the compression ratio but not the correctness of the compressed output even if it is not set appropriately. Constructors DefaultStrategy Deprecated: Use defaultStrategy. CompressionStrategy constructors will be hidden in version 0.7 Filtered Deprecated: Use filteredStrategy. CompressionStrategy constructors will be hidden in version 0.7 HuffmanOnly Deprecated: Use huffmanOnlyStrategy. CompressionStrategy constructors will be hidden in version 0.7 Instances Bounded CompressionStrategy Enum CompressionStrategy Eq CompressionStrategy Ord CompressionStrategy Show CompressionStrategy Generic CompressionStrategy Typeable * CompressionStrategy type Rep CompressionStrategy defaultStrategy :: CompressionStrategy Source Use this default compression strategy for normal data. filteredStrategy :: CompressionStrategy Source Use the filtered compression strategy for data produced by a filter (or predictor). Filtered data consists mostly of small values with a somewhat random distribution. In this case, the compression algorithm is tuned to compress them better. The effect of this strategy is to force more Huffman coding and less string matching; it is somewhat intermediate between defaultCompressionStrategy and huffmanOnlyCompressionStrategy . huffmanOnlyStrategy :: CompressionStrategy Source Use the Huffman-only compression strategy to force Huffman encoding only (no string match). Produced by Haddock version 2.15.0.2 | 2026-01-13T09:29:09 |
https://docs.n8n.io/integrations/builtin/app-nodes/n8n-nodes-base.googledrive/file-operations/ | Google Drive File operations | n8n Docs Skip to content n8n Docs Chat with the docs Initializing search Using n8n Integrations Hosting n8n Code in n8n Advanced AI API Embed n8n home ↗ Forum ↗ Tutorials (blog) ↗ Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. 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IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --> n8n Docs Using n8n Using n8n Getting started Getting started Learning path Choose your n8n Quickstarts Quickstarts A very quick quickstart A longer introduction Video courses Text courses Text courses Level one Level one Navigating the editor UI Building a mini-workflow Automating a (real-world) use case Designing the workflow Building the workflow Building the workflow Getting data from the data warehouse Inserting data into airtable Filtering orders Setting values for processing orders Calculating booked orders Notifying the team Scheduling the workflow Activating and examining the workflow Exporting and importing workflows Test your knowledge Level two Level two Understanding the data structure Processing different data 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Google Docs Google Drive Google Drive File operations File operations Table of contents Copy a file Options Create from text Options Delete a file Options Download a file Options Move a file Share a file Options Update a file Options Upload a file Options File and folder operations Folder operations Shared drive operations Common issues Google Gemini Google Perspective Google Sheets Google Sheets Document operations Sheet within Document operations Common issues Google Slides Google Tasks Google Translate Google Workspace Admin Gotify GoToWebinar Grafana Grist Hacker News HaloPSA Harvest Help Scout HighLevel Home Assistant HubSpot Humantic AI Hunter Intercom Invoice Ninja Iterable Jenkins Jina AI Jira Software Kafka Keap Kitemaker KoboToolbox Lemlist Line Linear LingvaNex LinkedIn LoneScale Magento 2 Mailcheck Mailchimp MailerLite Mailgun Mailjet Mandrill marketstack Matrix Mattermost Mautic Medium MessageBird Metabase Microsoft Dynamics CRM Microsoft Entra ID Microsoft Excel 365 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Postgres Trigger Postmark Trigger Pushcut Trigger RabbitMQ Trigger Redis Trigger Salesforce Trigger SeaTable Trigger Shopify Trigger Slack Trigger Strava Trigger Stripe Trigger SurveyMonkey Trigger Taiga Trigger Telegram Trigger Telegram Trigger Common issues TheHive 5 Trigger TheHive Trigger Toggl Trigger Trello Trigger Twilio Trigger Typeform Trigger Venafi TLS Protect Cloud Trigger Webex by Cisco Trigger Webflow Trigger WhatsApp Trigger Wise Trigger WooCommerce Trigger Workable Trigger Wufoo Trigger Zendesk Trigger Cluster nodes Cluster nodes Root nodes Root nodes AI Agent AI Agent Conversational Agent OpenAI Functions Agent Plan and Execute Agent ReAct Agent SQL Agent Tools Agent Common issues Basic LLM Chain Question and Answer Chain Question and Answer Chain Common issues Summarization Chain Information Extractor Text Classifier Sentiment Analysis LangChain Code Azure AI Search Vector Store Simple Vector Store Milvus Vector Store MongoDB Atlas Vector Store PGVector Vector Store 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Xata Zep Auto-fixing Output Parser Item List Output Parser Structured Output Parser Structured Output Parser Common issues Contextual Compression Retriever MultiQuery Retriever Vector Store Retriever Workflow Retriever Character Text Splitter Recursive Character Text Splitter Token Splitter AI Agent Tool Calculator Custom Code Tool MCP Client Tool SearXNG Tool SerpApi (Google Search) Think Tool Vector Store Question Answer Tool Wikipedia Wolfram|Alpha Call n8n Workflow Tool Reranker Cohere Model Selector Credentials Credentials Action Network credentials ActiveCampaign credentials Acuity Scheduling credentials Adalo credentials Affinity credentials Agile CRM credentials Airtable credentials Airtop credentials AlienVault credentials AMQP credentials Anthropic credentials APITemplate.io credentials Asana credentials Auth0 Management credentials Autopilot credentials AWS credentials Azure OpenAI credentials Azure Cosmos DB credentials Azure AI Search credentials Azure Storage credentials 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Dynatrace credentials E-goi credentials Elasticsearch credentials Elastic Security credentials Emelia credentials ERPNext credentials Eventbrite credentials F5 Big-IP credentials Facebook App credentials Facebook Graph API credentials Facebook Lead Ads credentials Figma credentials FileMaker credentials Filescan credentials Flow credentials Form.io Trigger credentials Formstack Trigger credentials Fortinet FortiGate credentials Freshdesk credentials Freshservice credentials Freshworks CRM credentials FTP credentials GetResponse credentials Ghost credentials Git credentials GitHub credentials GitLab credentials Gong credentials Google Google Google OAuth2 single service Google OAuth2 generic Google Service Account Google Gemini(PaLM) credentials Gotify credentials GoToWebinar credentials Grafana credentials Grist credentials Groq credentials Gumroad credentials HaloPSA credentials Harvest credentials Help Scout credentials HighLevel credentials Home Assistant credentials HTTP Request credentials HubSpot credentials Hugging Face credentials Humantic AI credentials Hunter credentials Hybrid Analysis credentials IMAP IMAP Gmail Outlook.com Yahoo Imperva WAF credentials Intercom credentials Invoice Ninja credentials Iterable credentials Jenkins credentials Jina AI credentials Jira credentials JotForm credentials JWT credentials Kafka credentials Keap credentials Kibana credentials Kitemaker credentials KoboToolbox credentials LDAP credentials Lemlist credentials Line credentials Linear credentials LingvaNex credentials LinkedIn credentials LoneScale credentials Magento 2 credentials Mailcheck credentials Mailchimp credentials MailerLite credentials Mailgun credentials Mailjet credentials Malcore credentials Mandrill credentials Marketstack credentials Matrix credentials Mattermost credentials Mautic credentials Medium credentials MessageBird credentials Metabase credentials Microsoft credentials Microsoft Azure Monitor credentials Microsoft Entra ID credentials Microsoft SQL credentials Milvus credentials Mindee credentials Miro credentials MISP credentials Mist credentials Mistral Cloud credentials Mocean credentials monday.com credentials MongoDB credentials Monica CRM credentials Motorhead credentials MQTT credentials MSG91 credentials MySQL credentials NASA credentials Netlify credentials Netscaler ADC credentials Nextcloud credentials NocoDB credentials Notion credentials npm credentials Odoo credentials Okta credentials Ollama credentials One Simple API credentials Onfleet credentials OpenAI credentials OpenCTI credentials OpenRouter credentials OpenWeatherMap credentials Oracle Database credentials Oura credentials Paddle credentials PagerDuty credentials PayPal credentials Peekalink credentials Perplexity credentials PhantomBuster credentials Philips Hue credentials Pinecone credentials Pipedrive credentials Plivo credentials Postgres credentials PostHog credentials Postmark credentials ProfitWell credentials Pushbullet credentials 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credentials Supabase credentials SurveyMonkey credentials SyncroMSP credentials Sysdig credentials Taiga credentials Tapfiliate credentials Telegram credentials TheHive credentials TheHive 5 credentials TimescaleDB credentials Todoist credentials Toggl credentials TOTP credentials Travis CI credentials Trellix ePO credentials Trello credentials Twake credentials Twilio credentials Twist credentials Typeform credentials Unleashed Software credentials UpLead credentials uProc credentials UptimeRobot credentials urlscan.io credentials Venafi TLS Protect Cloud credentials Venafi TLS Protect Datacenter credentials Vercel AI Gateway credentials Vero credentials VirusTotal credentials Vonage credentials Weaviate credentials Webex by Cisco credentials Webflow credentials Webhook credentials Wekan credentials WhatsApp Business Cloud credentials Wise credentials Wolfram|Alpha credentials WooCommerce credentials WordPress credentials Workable credentials Wufoo credentials X (formerly Twitter) credentials xAI credentials Xata credentials Xero credentials Yourls credentials Zabbix credentials Zammad credentials Zendesk credentials Zep credentials Zoho credentials Zoom credentials Zscaler ZIA credentials Zulip credentials Custom API actions for existing nodes Handle rate limits Community nodes Community nodes Installation and management Installation and management Install verified community nodes GUI installation Manual installation Risks Blocklist Using community nodes Troubleshooting Building community nodes Creating nodes Creating nodes Overview Plan your node Plan your node Choose a node type Choose a node building style Node UI design Choose node file structure Build your node Build your node Set up your development environment Using the n8n-node tool Tutorial: Build a declarative-style node Tutorial: Build a programmatic-style node Reference Reference Node UI elements Code standards Error handling Versioning Choose node file structure Base files Base files Structure Standard parameters Declarative-style parameters Programmatic-style parameters Programmatic-style execute method Codex files Credentials files HTTP request helpers Item linking UX guidelines Verification guidelines Test your node Test your node Run your node locally Node linter Troubleshooting Deploy your node Deploy your node Submit community nodes Install private nodes Hosting n8n Hosting n8n Community vs Enterprise Installation Installation npm Docker Server setups Server setups Digital Ocean Heroku Hetzner Amazon Web Services Azure Google Cloud Run Google Kubernetes Engine Docker Compose Updating Configuration Configuration Environment variables Environment variables AI Assistant Binary data Credentials Database Deployment Endpoints Executions External data storage External hooks External secrets Insights Logs License Nodes Queue mode Security Source control Task runners Timezone and localization User management and 2FA Workflows Workflow history Configuration methods Configuration examples Configuration examples Isolate n8n Configure the Base URL Configure custom SSL certificate authorities Set a custom encryption key Configure workflow timeouts Specify custom nodes location Enable modules in Code node Set the timezone Specify user folder path Configure webhook URLs with reverse proxy Enable Prometheus metrics Supported databases and settings Task runners User management Logging and monitoring Logging and monitoring Logging Monitoring Security audit Scaling and performance Scaling and performance Overview Performance and benchmarking Configuring queue mode Concurrency control Execution data Binary data External storage for binary data Memory-related errors Securing n8n Securing n8n Overview Set up SSL Set up SSO Security audit Disable the API Opt out of data collection Blocking nodes Hardening task runners Restrict account registration to email-verified users Starter Kits Starter Kits AI Starter Kit Architecture Architecture Overview Database structure Using the CLI Using the CLI CLI commands Code in n8n Code in n8n Expressions Using the Code node AI coding Built in methods and variables Built in methods and variables Overview Current node input Output of other nodes Date and time JMESPath HTTP node LangChain Code node n8n metadata Convenience methods Data transformation functions Data transformation functions Arrays Booleans Dates Numbers Objects Strings Custom variables Custom variables Create custom variables Cookbook Cookbook Handling dates Query JSON with JMESPath Built-in methods and variables examples Built-in methods and variables examples execution getWorkflowStaticData Retrieve linked items from earlier in the workflow (node-name).all vars Expressions Expressions Check incoming data Common issues Code node Code node Get number of items returned by last node Get the binary data buffer Output to the browser console HTTP Request node HTTP Request node Pagination Advanced AI Advanced AI AI Workflow Builder Chat Hub Accessing n8n MCP server Tutorial: Build an AI workflow in n8n RAG in n8n LangChain in n8n LangChain in n8n Overview Langchain concepts in n8n LangChain learning resources Use LangSmith with n8n Evaluations Evaluations Overview Light evaluations Metric-based evaluations Tips and common issues Examples and concepts Examples and concepts Introduction What is a chain? What is an agent? Agents vs chains example What is memory? What is a tool? Use Google Sheets as a data source Call an API to fetch data Set a human fallback for AI workflows Let AI specify tool parameters What is a vector database? Populate a Pinecone vector database from a website API API Authentication Pagination Using an API playground API reference Embed Embed Prerequisites Deployment Configuration Workflow management Workflows templates White labelling Table of contents Copy a file Options Create from text Options Delete a file Options Download a file Options Move a file Share a file Options Update a file Options Upload a file Options Integrations Built-in nodes Actions Google Drive Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --> Google Drive File operations # Use this operation to create, delete, change, and manage files in Google Drive. Refer to Google Drive for more information on the Google Drive node itself. This node can be used as an AI tool This node can be used to enhance the capabilities of an AI agent. When used in this way, many parameters can be set automatically, or with information directed by AI - find out more in the AI tool parameters documentation . Copy a file # Use this operation to copy a file to a drive. Enter these parameters: Credential to connect with : Create or select an existing Google Drive credentials . Resource : Select File . Operation : Select Copy . File : Choose a file you want to copy. Select From list to choose the title from the dropdown list, By URL to enter the URL of the file, or By ID to enter the fileId . You can find the fileId in a shareable Google Drive file URL: https://docs.google.com/document/d/fileId/edit#gid=0 . In your Google Drive, select Share > Copy link to get the shareable file URL. File Name : The name to use for the new copy of the file. Copy In The Same Folder : Choose whether to copy the file to the same folder. If disabled, set the following: Parent Drive : Select From list to choose the drive from the dropdown list, By URL to enter the URL of the drive, or By ID to enter the driveId . Parent Folder : Select From list to choose the folder from the dropdown list, By URL to enter the URL of the folder, or By ID to enter the folderId . You can find the driveId and folderID by visiting the shared drive or folder in your browser and copying the last URL component: https://drive.google.com/drive/u/1/folders/driveId . Options # Copy Requires Writer Permissions : Select whether to enable readers and commenters to copy, print, or download the new file. Description : A short description of the file. Refer to the Method: files.copy | Google Drive API documentation for more information. Create from text # Use this operation to create a new file in a drive from provided text. Enter these parameters: - Credential to connect with : Create or select an existing Google Drive credentials . - Resource : Select File . - Operation : Select Create From Text . - File Content : Enter the file content to use to create the new file. - File Name : The name to use for the new file. - Parent Drive : Select From list to choose the drive from the dropdown list, By URL to enter the URL of the drive, or By ID to enter the driveId . - Parent Folder : Select From list to choose the folder from the dropdown list, By URL to enter the URL of the folder, or By ID to enter the folderId . You can find the driveId and folderID by visiting the shared drive or folder in your browser and copying the last URL component: https://drive.google.com/drive/u/1/folders/driveId . Options # APP Properties : A bundle of arbitrary key-value pairs which are private to the requesting app. Properties : A bundle of arbitrary key-value pairs which are visible to all apps. Keep Revision Forever : Choose whether to set the keepForever field in the new head revision. This only applies to files with binary content. You can keep a maximum of 200 revisions, after which you must delete the pinned revisions. OCR Language : An ISO 639-1 language code to help the OCR interpret the content during import. Use Content As Indexable Text : Choose whether to mark the uploaded content as indexable text. Convert to Google Document : Choose whether to create a Google Document instead of the default .txt format. You must enable the Google Docs API in the Google API Console for this to work. Refer to the Method: files.insert | Google Drive API documentation for more information. Delete a file # Use this operation to delete a file from a drive. Enter these parameters: Credential to connect with : Create or select an existing Google Drive credentials . Resource : Select File . Operation : Select Delete . File : Choose a file you want to delete. Select From list to choose the title from the dropdown list, By URL to enter the URL of the file, or By ID to enter the fileId . You can find the fileId in a shareable Google Drive file URL: https://docs.google.com/document/d/fileId/edit#gid=0 . In your Google Drive, select Share > Copy link to get the shareable file URL. Options # Delete Permanently : Choose whether to delete the file now instead of moving it to the trash. Refer to the Method: files.delete | Google Drive API documentation for more information. Download a file # Use this operation to download a file from a drive. Enter these parameters: Credential to connect with : Create or select an existing Google Drive credentials . Resource : Select File . Operation : Select Download . File : Choose a file you want to download. Select From list to choose the title from the dropdown list, By URL to enter the URL of the file, or By ID to enter the fileId . You can find the fileId in a shareable Google Drive file URL: https://docs.google.com/document/d/fileId/edit#gid=0 . In your Google Drive, select Share > Copy link to get the shareable file URL. Options # Put Output File in Field : Choose the field name to place the binary file contents to make it available to following nodes. Google File Conversion : Choose the formats to export as when downloading Google Files: Google Docs : Choose the export format to use when downloading Google Docs files: HTML , MS Word Document , Open Office Document , PDF , Rich Text (rtf) , or Text (txt) . Google Drawings : Choose the export format to use when downloading Google Drawing files: JPEG , PDF , PNG , or SVG . Google Slides : Choose the export format to use when downloading Google Slides files: MS PowerPoint , OpenOffice Presentation , or PDF . Google Sheets : Choose the export format to use when downloading Google Sheets files: CSV , MS Excel , Open Office Sheet , or PDF . File Name : The name to use for the downloaded file. Refer to the Method: files.get | Google Drive API documentation for more information. Move a file # Use this operation to move a file to a different location in a drive. Enter these parameters: Credential to connect with : Create or select an existing Google Drive credentials . Resource : Select File . Operation : Select Move . File : Choose a file you want to move. Select From list to choose the title from the dropdown list, By URL to enter the URL of the file, or By ID to enter the fileId . You can find the fileId in a shareable Google Drive file URL: https://docs.google.com/document/d/fileId/edit#gid=0 . In your Google Drive, select Share > Copy link to get the shareable file URL. Parent Drive : Select From list to choose the drive from the dropdown list, By URL to enter the URL of the drive, or By ID to enter the driveId . Parent Folder : Select From list to choose the folder from the dropdown list, By URL to enter the URL of the folder, or By ID to enter the folderId . You can find the driveId and folderID by visiting the shared drive or folder in your browser and copying the last URL component: https://drive.google.com/drive/u/1/folders/driveId . Refer to the Method: parents.insert | Google Drive API documentation for more information. Share a file # Use this operation to add sharing permissions to a file. Enter these parameters: Credential to connect with : Create or select an existing Google Drive credentials . Resource : Select File . Operation : Select Share . File : Choose a file you want to share. Select From list to choose the title from the dropdown list, By URL to enter the URL of the file, or By ID to enter the fileId . You can find the fileId in a shareable Google Drive file URL: https://docs.google.com/document/d/fileId/edit#gid=0 . In your Google Drive, select Share > Copy link to get the shareable file URL. Permissions : The permissions to add to the file: Role : Select what users can do with the file. Can be one of Commenter , File Organizer , Organizer , Owner , Reader , Writer . Type : Select the scope of the new permission: User : Grant permission to a specific user, defined by entering their Email Address . Group : Grant permission to a specific group, defined by entering its Email Address . Domain : Grant permission to a complete domain, defined by the Domain . Anyone : Grant permission to anyone. Can optionally Allow File Discovery to make the file discoverable through search. Options # Email Message : A plain text custom message to include in the notification email. Move to New Owners Root : Available when trying to transfer ownership while sharing an item not in a shared drive. When enabled, moves the file to the new owner's My Drive root folder. Send Notification Email : Whether to send a notification email when sharing to users or groups. Transfer Ownership : Whether to transfer ownership to the specified user and downgrade the current owner to writer permissions. Use Domain Admin Access : Whether to perform the action as a domain administrator. Refer to the REST Resources: files | Google Drive API documentation for more information. Update a file # Use this operation to update a file. Enter these parameters: Credential to connect with : Create or select an existing Google Drive credentials . Resource : Select File . Operation : Select Update . File to Update : Choose a file you want to update. Select From list to choose the title from the dropdown list, By URL to enter the URL of the file, or By ID to enter the fileId . You can find the fileId in a shareable Google Drive file URL: https://docs.google.com/document/d/fileId/edit#gid=0 . In your Google Drive, select Share > Copy link to get the shareable file URL. Change File Content : Choose whether to send new binary data to replace the existing file content. If enabled, fill in the following: Input Data Field Name : The name of the input field that contains the binary file data you wish to use. New Updated File Name : A new name for the file if you want to update the filename. Options # APP Properties : A bundle of arbitrary key-value pairs which are private to the requesting app. Properties : A bundle of arbitrary key-value pairs which are visible to all apps. Keep Revision Forever : Choose whether to set the keepForever field in the new head revision. This only applies to files with binary content. You can keep a maximum of 200 revisions, after which you must delete the pinned revisions. OCR Language : An ISO 639-1 language code to help the OCR interpret the content during import. Use Content As Indexable Text : Choose whether to mark the uploaded content as indexable text. Move to Trash : Whether to move the file to the trash. Only possible for the file owner. Return Fields : Return metadata fields about the file. Can be one or more of the following: [All] , explicitlyTrashed , exportLinks , hasThumbnail , iconLink , ID , Kind , mimeType , Name , Permissions , Shared , Spaces , Starred , thumbnailLink , Trashed , Version , or webViewLink . Refer to the Method: files.update | Google Drive API documentation for more information. Upload a file # Use this operation to upload a file. Enter these parameters: Credential to connect with : Create or select an existing Google Drive credentials . Resource : Select File . Operation : Select Upload . Input Data Field Name : The name of the input field that contains the binary file data you wish to use. File Name : The name to use for the new file. Parent Drive : Select From list to choose the drive from the dropdown list, By URL to enter the URL of the drive, or By ID to enter the driveId . Parent Folder : Select From list to choose the folder from the dropdown list, By URL to enter the URL of the folder, or By ID to enter the folderId . You can find the driveId and folderID by visiting the shared drive or folder in your browser and copying the last URL component: https://drive.google.com/drive/u/1/folders/driveId . Options # APP Properties : A bundle of arbitrary key-value pairs which are private to the requesting app. Properties : A bundle of arbitrary key-value pairs which are visible to all apps. Keep Revision Forever : Choose whether to set the keepForever field in the new head revision. This only applies to files with binary content. You can keep a maximum of 200 revisions, after which you must delete the pinned revisions. OCR Language : An ISO 639-1 language code to help the OCR interpret the content during import. Use Content As Indexable Text : Choose whether to mark the uploaded content as indexable text. Simplify Output : Choose whether to return a simplified version of the response instead of including all fields. Refer to the Method: files.insert | Google Drive API documentation for more information. Chat with the docs This page was Helpful Not helpful Thanks for your feedback! Submit Back to top Previous Google Drive Next File and folder operations Made with Material for MkDocs Insiders | 2026-01-13T09:29:09 |
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https://aws.amazon.com/es/lake-formation/ | Gobernanza del lago de datos – AWS Lake Formation – Amazon Web Services Saltar al contenido principal Filter: Todo English Contáctenos AWS Marketplace Soporte Mi cuenta Búsqueda Filter: Todo Iniciar sesión en la consola Crear cuenta AWS Lake Formation Información general Características Precios Recursos Preguntas frecuentes Productos › Lagos de datos y análisis › AWS Lake Formation Amazon Lake Formation está incorporado en la próxima generación de Amazon SageMaker AWS Lake Formation Gobierne, proteja y comparta datos de forma centralizada para el análisis y el machine learning Introducción a AWS Lake Formation Guía de autoservicio seleccionada Más información sobre Lake Formation Administrar y escalar el acceso a los datos es complejo y lleva mucho tiempo. Descubra cómo AWS Lake Formation puede ser de utilidad para administrar y escalar de forma centralizada los permisos de acceso a los datos detallados y para compartir datos con confianza dentro y fuera de su organización. Reproducir Beneficios de Lake Formation Administre permisos Gestione los permisos de acceso detallados a los lagos de datos mediante funciones conocidas similares a las de las bases de datos. Administración escalada Simplifique la gestión y el gobierno de la seguridad para sus usuarios a gran escala. Perspectivas más detalladas Obtenga rápidamente información más profunda a partir de los datos que se comparten de forma segura con usuarios internos y externos. Auditoría de datos Supervise el acceso a sus datos y ayude a lograr el cumplimiento con una auditoría de datos integral. Casos de uso Gestione los permisos mediante funciones conocidas similares a las de una base de datos Centralice la administración de permisos para los recursos de datos, incluidas las bases de datos y las tablas, desde un solo lugar del catálogo de datos de AWS Glue. Obtenga más información sobre el catálogo de datos de AWS Glue Gobierne y ayude a proteger sus datos a gran escala Escale los permisos entre sus usuarios configurando atributos en los datos y aplicando permisos de atributos. Obtenga más información sobre el control de acceso basado en etiquetas Simplifique el intercambio de datos dentro y fuera de su organización Fomente la innovación al permitir a los usuarios encontrar datos rápidamente, acceder a ellos de forma adecuada y compartirlos con confianza, de acuerdo con sus objetivos y políticas. Obtenga más información sobre el uso compartido de datos Supervise el acceso y mejore el cumplimiento de las auditorías Aborde de manera proactiva los desafíos de los datos y proteja su empresa con una auditoría integral de acceso a los datos. Obtenga más información sobre la auditoría de acceso a los datos Cómo comenzar Cree una cuenta de AWS Registrarse Comenzar a utilizar AWS Lake Formation Inicie sesión Centralice y administre los permisos Consulte la guía para desarrolladores Cree una cuenta de AWS Aprender ¿Qué es AWS? ¿Qué es la computación en la nube? ¿Qué es la IA agéntica? Centro de conceptos de computación en la nube Seguridad en la nube de AWS Novedades Blogs Notas de prensa Recursos Introducción Formación Centro de confianza de AWS Biblioteca de soluciones de AWS Centro de arquitectura Preguntas frecuentes sobre cuestiones técnicas y productos Informes de analistas Socios de AWS Desarrolladores Centro de creadores SDK y herramientas .NET en AWS Python en AWS Java en AWS PHP en AWS JavaScript en AWS Ayuda Contacto Abra un ticket de soporte técnico AWS re:Post Centro de conocimientos Información general de AWS Support Reciba ayuda de expertos Accesibilidad de AWS Asuntos jurídicos English Volver arriba Amazon es un empleador que ofrece igualdad de oportunidades: minorías, mujeres, discapacitados, veteranos, identidad de género, orientación sexual y edad. x facebook linkedin instagram twitch youtube podcasts email Privacidad Términos del sitio Preferencias de cookies © 2026, Amazon Web Services, Inc. o sus empresas afiliadas. Todos los derechos reservados. | 2026-01-13T09:29:09 |
https://aws.amazon.com/de/lake-formation/ | Data Lake Governance – AWS Lake Formation – Amazon Web Services Überspringen zum Hauptinhalt Filter: Alle English Kontaktieren Sie uns AWS Marketplace Support Mein Konto Suche Filter: Alle Bei der Konsole anmelden Konto erstellen AWS Lake Formation Übersicht Features Preise Ressourcen Häufig gestellte Fragen Produkte › Data Lakes und Analytik › AWS Lake Formation Amazon Lake Formation ist in die nächste Generation von Amazon SageMaker integriert AWS Lake Formation Daten für Analytik und Machine Learning zentral verwalten, sichern und teilen Erste Schritte mit AWS Lake Formation Kuratierte Self-Service-Anleitung Weitere Informationen über Lake Formation Die Verwaltung und Skalierung von Datenzugriff ist komplex und zeitaufwändig. Erfahren Sie, wie AWS Lake Formation Ihnen helfen kann, differenzierte Datenzugriffsberechtigungen zentral zu verwalten und zu skalieren und Daten innerhalb und außerhalb Ihres Unternehmens vertrauensvoll auszutauschen. Abspielen Vorteile von Lake Formation Berechtigungen verwalten Verwalten Sie detaillierte Data-Lake-Zugriffsberechtigungen mithilfe vertrauter datenbankähnlicher Features. Skalierte Verwaltung Vereinfachen Sie das Sicherheitsmanagement und die Governance für Ihre Benutzer in großem Maßstab. Tiefere Einblicke Gewinnen Sie schnell tiefere Einblicke aus Daten, die sicher mit internen und externen Benutzern geteilt werden. Prüfung von Daten Überwachen Sie Ihren Datenzugriff und tragen Sie durch umfassende Datenprüfungen zur Einhaltung der Vorschriften bei. Anwendungsfälle Verwalten Sie Berechtigungen mithilfe vertrauter datenbankähnlicher Features Zentralisieren Sie die Berechtigungsverwaltung für Datenressourcen, einschließlich Datenbanken und Tabellen, von einer zentralen Stelle im AWS-Glue-Datenkatalog aus. Weitere Informationen über den AWS-Glue-Datenkatalog Steuern und sichern Sie Ihre Daten in großem Umfang Skalieren Sie Berechtigungen für Ihre Benutzer, indem Sie Attribute für Daten festlegen und Attributberechtigungen anwenden. Weitere Informationen über Tag-basierte Zugriffssteuerung Den Datenaustausch innerhalb und außerhalb Ihres Unternehmens vereinfachen Fördern Sie Innovationen, indem Sie es Benutzern ermöglichen, Daten schnell zu finden, angemessen darauf zuzugreifen und vertrauensvoll gemäß Ihren Zielen und Richtlinien zu teilen. Weitere Informationen über den Datenaustausch Zugriff überwachen und Compliance durch Audits verbessern Gehen Sie proaktiv Datenprobleme an und schützen Sie Ihr Unternehmen mit umfassenden Datenzugriffsprüfungen. Weitere Informationen über Datenzugriffsprüfungen Erste Schritte AWS-Konto erstellen Registrieren Mit der Verwendung von AWS Lake Formation beginnen Anmelden Berechtigungen zentralisieren und verwalten Entdecken Sie das Entwicklerhandbuch AWS-Konto erstellen Lernen Was ist AWS? Was ist „Cloud Computing“? Was ist „Agentenbasierte KI“? Hub für Cloud-Computing-Konzepte AWS Cloud Sicherheit Neuerungen Blogs Pressemitteilungen Ressourcen Erste Schritte Training AWS Trust Center AWS-Lösungsportfolio Architekturzentrum Häufig gestellte Fragen zu Produkt und Technik Berichte von Analysten AWS-Partner Entwickler Builder Center SDKs und Tools .NET auf AWS Python in AWS Java in AWS PHP in AWS JavaScript in AWS Hilfe Kontaktieren Sie uns Support-Ticket aufgeben AWS re:Post Wissenscenter AWS Support – Überblick Erhalten Sie Hilfe von Experten Barrierefreiheit bei AWS Rechtlicher Hinweis English Zurück zum Seitenanfang Amazon.com setzt als Arbeitgeber auf Gleichberechtigung: Minderheiten/Frauen/Menschen mit Behinderungen/Veteranen/Geschlechtsidentität/sexuelle Orientierung/Alter. x facebook linkedin instagram twitch youtube podcasts email Datenschutz Allgemeine Geschäftsbedingungen Cookie-Einstellungen © 2026, Amazon Web Services, Inc. bzw. Tochtergesellschaften des Unternehmens. Alle Rechte vorbehalten. | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/zlib-0.6.1.0/docs/Codec-Compression-Zlib-Internal.html | Codec.Compression.Zlib.Internal Source Contents Index zlib-0.6.1.0: Compression and decompression in the gzip and zlib formats Copyright (c) 2006-2015 Duncan Coutts License BSD-style Maintainer duncan@community.haskell.org Safe Haskell Trustworthy Language Haskell2010 Codec.Compression.Zlib.Internal Contents Pure interface Monadic incremental interface Using incremental compression Using incremental decompression The compression parameter types Description Pure and IO stream based interfaces to lower level zlib wrapper Synopsis compress :: Format -> CompressParams -> ByteString -> ByteString decompress :: Format -> DecompressParams -> ByteString -> ByteString data CompressStream m = CompressInputRequired { compressSupplyInput :: ByteString -> m ( CompressStream m) } | CompressOutputAvailable { compressOutput :: ! ByteString compressNext :: m ( CompressStream m) } | CompressStreamEnd compressST :: Format -> CompressParams -> CompressStream ( ST s) compressIO :: Format -> CompressParams -> CompressStream IO foldCompressStream :: Monad m => (( ByteString -> m a) -> m a) -> ( ByteString -> m a -> m a) -> m a -> CompressStream m -> m a foldCompressStreamWithInput :: ( ByteString -> a -> a) -> a -> ( forall s. CompressStream ( ST s)) -> ByteString -> a data DecompressStream m = DecompressInputRequired { decompressSupplyInput :: ByteString -> m ( DecompressStream m) } | DecompressOutputAvailable { decompressOutput :: ! ByteString decompressNext :: m ( DecompressStream m) } | DecompressStreamEnd { decompressUnconsumedInput :: ByteString } | DecompressStreamError { decompressStreamError :: DecompressError } data DecompressError = TruncatedInput | DictionaryRequired | DictionaryMismatch | DataFormatError String decompressST :: Format -> DecompressParams -> DecompressStream ( ST s) decompressIO :: Format -> DecompressParams -> DecompressStream IO foldDecompressStream :: Monad m => (( ByteString -> m a) -> m a) -> ( ByteString -> m a -> m a) -> ( ByteString -> m a) -> ( DecompressError -> m a) -> DecompressStream m -> m a foldDecompressStreamWithInput :: ( ByteString -> a -> a) -> ( ByteString -> a) -> ( DecompressError -> a) -> ( forall s. DecompressStream ( ST s)) -> ByteString -> a data CompressParams = CompressParams { compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString } defaultCompressParams :: CompressParams data DecompressParams = DecompressParams { decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool } defaultDecompressParams :: DecompressParams data Format = GZip | Zlib | Raw | GZipOrZlib gzipFormat :: Format zlibFormat :: Format rawFormat :: Format gzipOrZlibFormat :: Format data CompressionLevel = DefaultCompression | NoCompression | BestSpeed | BestCompression | CompressionLevel Int defaultCompression :: CompressionLevel noCompression :: CompressionLevel bestSpeed :: CompressionLevel bestCompression :: CompressionLevel compressionLevel :: Int -> CompressionLevel data Method = Deflated deflateMethod :: Method data WindowBits = WindowBits Int | DefaultWindowBits defaultWindowBits :: WindowBits windowBits :: Int -> WindowBits data MemoryLevel = DefaultMemoryLevel | MinMemoryLevel | MaxMemoryLevel | MemoryLevel Int defaultMemoryLevel :: MemoryLevel minMemoryLevel :: MemoryLevel maxMemoryLevel :: MemoryLevel memoryLevel :: Int -> MemoryLevel data CompressionStrategy = DefaultStrategy | Filtered | HuffmanOnly defaultStrategy :: CompressionStrategy filteredStrategy :: CompressionStrategy huffmanOnlyStrategy :: CompressionStrategy Pure interface compress :: Format -> CompressParams -> ByteString -> ByteString Source Compress a data stream provided as a lazy ByteString . There are no expected error conditions. All input data streams are valid. It is possible for unexpected errors to occur, such as running out of memory, or finding the wrong version of the zlib C library, these are thrown as exceptions. decompress :: Format -> DecompressParams -> ByteString -> ByteString Source Decompress a data stream provided as a lazy ByteString . It will throw an exception if any error is encountered in the input data. If you need more control over error handling then use one the incremental versions, decompressST or decompressIO . Monadic incremental interface The pure compress and decompress functions are streaming in the sense that they can produce output without demanding all input, however they need the input data stream as a lazy ByteString . Having the input data stream as a lazy ByteString often requires using lazy I/O which is not appropriate in all cicumstances. For these cases an incremental interface is more appropriate. This interface allows both incremental input and output. Chunks of input data are supplied one by one (e.g. as they are obtained from an input source like a file or network source). Output is also produced chunk by chunk. The incremental input and output is managed via the CompressStream and DecompressStream types. They represents the unfolding of the process of compressing and decompressing. They operates in either the ST or IO monads. They can be lifted into other incremental abstractions like pipes or conduits, or they can be used directly in the following style. Using incremental compression In a loop: Inspect the status of the stream When it is CompressInputRequired then you should call the action, passing a chunk of input (or empty when no more input is available) to get the next state of the stream and continue the loop. When it is CompressOutputAvailable then do something with the given chunk of output, and call the action to get the next state of the stream and continue the loop. When it is CompressStreamEnd then terminate the loop. Note that you cannot stop as soon as you have no more input, you need to carry on until all the output has been collected, i.e. until you get to CompressStreamEnd . Here is an example where we get input from one file handle and send the compressed output to another file handle. go :: Handle -> Handle -> CompressStream IO -> IO () go inh outh (CompressInputRequired next) = do inchunk <- BS.hGet inh 4096 go inh outh =<< next inchunk go inh outh (CompressOutputAvailable outchunk next) = BS.hPut outh outchunk go inh outh =<< next go _ _ CompressStreamEnd = return () The same can be achieved with foldCompressStream : foldCompressStream (\next -> do inchunk <- BS.hGet inh 4096; next inchunk) (\outchunk next -> do BS.hPut outh outchunk; next) (return ()) data CompressStream m Source The unfolding of the compression process, where you provide a sequence of uncompressed data chunks as input and receive a sequence of compressed data chunks as output. The process is incremental, in that the demand for input and provision of output are interleaved. Constructors CompressInputRequired Fields compressSupplyInput :: ByteString -> m ( CompressStream m) CompressOutputAvailable Fields compressOutput :: ! ByteString compressNext :: m ( CompressStream m) CompressStreamEnd compressST :: Format -> CompressParams -> CompressStream ( ST s) Source Incremental compression in the ST monad. Using ST makes it possible to write pure lazy functions while making use of incremental compression. compressIO :: Format -> CompressParams -> CompressStream IO Source Incremental compression in the IO monad. foldCompressStream :: Monad m => (( ByteString -> m a) -> m a) -> ( ByteString -> m a -> m a) -> m a -> CompressStream m -> m a Source A fold over the CompressStream in the given monad. One way to look at this is that it runs the stream, using callback functions for the three stream events. foldCompressStreamWithInput :: ( ByteString -> a -> a) -> a -> ( forall s. CompressStream ( ST s)) -> ByteString -> a Source A variant on foldCompressStream that is pure rather than operating in a monad and where the input is provided by a lazy ByteString . So we only have to deal with the output and end parts, making it just like a foldr on a list of output chunks. For example: toChunks = foldCompressStreamWithInput (:) [] Using incremental decompression The use of DecompressStream is very similar to CompressStream but with a few differences: There is the extra possibility of a DecompressStreamError There can be extra trailing data after a compressed stream, and the DecompressStreamEnd includes that. Otherwise the same loop style applies, and there are fold functions. data DecompressStream m Source The unfolding of the decompression process, where you provide a sequence of compressed data chunks as input and receive a sequence of uncompressed data chunks as output. The process is incremental, in that the demand for input and provision of output are interleaved. To indicate the end of the input supply an empty input chunk. Note that for gzipFormat with the default decompressAllMembers True you will have to do this, as the decompressor will look for any following members. With decompressAllMembers False the decompressor knows when the data ends and will produce DecompressStreamEnd without you having to supply an empty chunk to indicate the end of the input. Constructors DecompressInputRequired Fields decompressSupplyInput :: ByteString -> m ( DecompressStream m) DecompressOutputAvailable Fields decompressOutput :: ! ByteString decompressNext :: m ( DecompressStream m) DecompressStreamEnd Includes any trailing unconsumed input data. Fields decompressUnconsumedInput :: ByteString DecompressStreamError An error code Fields decompressStreamError :: DecompressError data DecompressError Source The possible error cases when decompressing a stream. This can be show n to give a human readable error message. Constructors TruncatedInput The compressed data stream ended prematurely. This may happen if the input data stream was truncated. DictionaryRequired It is possible to do zlib compression with a custom dictionary. This allows slightly higher compression ratios for short files. However such compressed streams require the same dictionary when decompressing. This error is for when we encounter a compressed stream that needs a dictionary, and it's not provided. DictionaryMismatch If the stream requires a dictionary and you provide one with the wrong DictionaryHash then you will get this error. DataFormatError String If the compressed data stream is corrupted in any way then you will get this error, for example if the input data just isn't a compressed zlib data stream. In particular if the data checksum turns out to be wrong then you will get all the decompressed data but this error at the end, instead of the normal sucessful StreamEnd . Instances Eq DecompressError Show DecompressError Exception DecompressError Typeable * DecompressError decompressST :: Format -> DecompressParams -> DecompressStream ( ST s) Source Incremental decompression in the ST monad. Using ST makes it possible to write pure lazy functions while making use of incremental decompression. decompressIO :: Format -> DecompressParams -> DecompressStream IO Source Incremental decompression in the IO monad. foldDecompressStream :: Monad m => (( ByteString -> m a) -> m a) -> ( ByteString -> m a -> m a) -> ( ByteString -> m a) -> ( DecompressError -> m a) -> DecompressStream m -> m a Source A fold over the DecompressStream in the given monad. One way to look at this is that it runs the stream, using callback functions for the four stream events. foldDecompressStreamWithInput :: ( ByteString -> a -> a) -> ( ByteString -> a) -> ( DecompressError -> a) -> ( forall s. DecompressStream ( ST s)) -> ByteString -> a Source A variant on foldCompressStream that is pure rather than operating in a monad and where the input is provided by a lazy ByteString . So we only have to deal with the output, end and error parts, making it like a foldr on a list of output chunks. For example: toChunks = foldDecompressStreamWithInput (:) [] throw The compression parameter types data CompressParams Source The full set of parameters for compression. The defaults are defaultCompressParams . The compressBufferSize is the size of the first output buffer containing the compressed data. If you know an approximate upper bound on the size of the compressed data then setting this parameter can save memory. The default compression output buffer size is 16k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. Constructors CompressParams Fields compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString Instances Show CompressParams defaultCompressParams :: CompressParams Source The default set of parameters for compression. This is typically used with the compressWith function with specific parameters overridden. data DecompressParams Source The full set of parameters for decompression. The defaults are defaultDecompressParams . The decompressBufferSize is the size of the first output buffer, containing the uncompressed data. If you know an exact or approximate upper bound on the size of the decompressed data then setting this parameter can save memory. The default decompression output buffer size is 32k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. One particular use case for setting the decompressBufferSize is if you know the exact size of the decompressed data and want to produce a strict ByteString . The compression and deccompression functions use lazy ByteString s but if you set the decompressBufferSize correctly then you can generate a lazy ByteString with exactly one chunk, which can be converted to a strict ByteString in O(1) time using concat . toChunks . Constructors DecompressParams Fields decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool Instances Show DecompressParams defaultDecompressParams :: DecompressParams Source The default set of parameters for decompression. This is typically used with the compressWith function with specific parameters overridden. data Format Source The format used for compression or decompression. There are three variations. Constructors GZip Deprecated: Use gzipFormat. Format constructors will be hidden in version 0.7 Zlib Deprecated: Use zlibFormat. Format constructors will be hidden in version 0.7 Raw Deprecated: Use rawFormat. Format constructors will be hidden in version 0.7 GZipOrZlib Deprecated: Use gzipOrZlibFormat. Format constructors will be hidden in version 0.7 Instances Bounded Format Enum Format Eq Format Ord Format Show Format Generic Format Typeable * Format type Rep Format gzipFormat :: Format Source The gzip format uses a header with a checksum and some optional meta-data about the compressed file. It is intended primarily for compressing individual files but is also sometimes used for network protocols such as HTTP. The format is described in detail in RFC #1952 http://www.ietf.org/rfc/rfc1952.txt zlibFormat :: Format Source The zlib format uses a minimal header with a checksum but no other meta-data. It is especially designed for use in network protocols. The format is described in detail in RFC #1950 http://www.ietf.org/rfc/rfc1950.txt rawFormat :: Format Source The 'raw' format is just the compressed data stream without any additional header, meta-data or data-integrity checksum. The format is described in detail in RFC #1951 http://www.ietf.org/rfc/rfc1951.txt gzipOrZlibFormat :: Format Source This is not a format as such. It enabled zlib or gzip decoding with automatic header detection. This only makes sense for decompression. data CompressionLevel Source The compression level parameter controls the amount of compression. This is a trade-off between the amount of compression and the time required to do the compression. Constructors DefaultCompression Deprecated: Use defaultCompression. CompressionLevel constructors will be hidden in version 0.7 NoCompression Deprecated: Use noCompression. CompressionLevel constructors will be hidden in version 0.7 BestSpeed Deprecated: Use bestSpeed. CompressionLevel constructors will be hidden in version 0.7 BestCompression Deprecated: Use bestCompression. CompressionLevel constructors will be hidden in version 0.7 CompressionLevel Int Instances Eq CompressionLevel Show CompressionLevel Generic CompressionLevel Typeable * CompressionLevel type Rep CompressionLevel defaultCompression :: CompressionLevel Source The default compression level is 6 (that is, biased towards higher compression at expense of speed). noCompression :: CompressionLevel Source No compression, just a block copy. bestSpeed :: CompressionLevel Source The fastest compression method (less compression) bestCompression :: CompressionLevel Source The slowest compression method (best compression). compressionLevel :: Int -> CompressionLevel Source A specific compression level between 0 and 9. data Method Source The compression method Constructors Deflated Deprecated: Use deflateMethod. Method constructors will be hidden in version 0.7 Instances Bounded Method Enum Method Eq Method Ord Method Show Method Generic Method Typeable * Method type Rep Method deflateMethod :: Method Source 'Deflate' is the only method supported in this version of zlib. Indeed it is likely to be the only method that ever will be supported. data WindowBits Source This specifies the size of the compression window. Larger values of this parameter result in better compression at the expense of higher memory usage. The compression window size is the value of the the window bits raised to the power 2. The window bits must be in the range 8..15 which corresponds to compression window sizes of 256b to 32Kb. The default is 15 which is also the maximum size. The total amount of memory used depends on the window bits and the MemoryLevel . See the MemoryLevel for the details. Constructors WindowBits Int DefaultWindowBits Deprecated: Use defaultWindowBits. WindowBits constructors will be hidden in version 0.7 Instances Eq WindowBits Ord WindowBits Show WindowBits Generic WindowBits Typeable * WindowBits type Rep WindowBits defaultWindowBits :: WindowBits Source The default WindowBits is 15 which is also the maximum size. windowBits :: Int -> WindowBits Source A specific compression window size, specified in bits in the range 8..15 data MemoryLevel Source The MemoryLevel parameter specifies how much memory should be allocated for the internal compression state. It is a tradoff between memory usage, compression ratio and compression speed. Using more memory allows faster compression and a better compression ratio. The total amount of memory used for compression depends on the WindowBits and the MemoryLevel . For decompression it depends only on the WindowBits . The totals are given by the functions: compressTotal windowBits memLevel = 4 * 2^windowBits + 512 * 2^memLevel decompressTotal windowBits = 2^windowBits For example, for compression with the default windowBits = 15 and memLevel = 8 uses 256Kb . So for example a network server with 100 concurrent compressed streams would use 25Mb . The memory per stream can be halved (at the cost of somewhat degraded and slower compressionby) by reducing the windowBits and memLevel by one. Decompression takes less memory, the default windowBits = 15 corresponds to just 32Kb . Constructors DefaultMemoryLevel Deprecated: Use defaultMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MinMemoryLevel Deprecated: Use minMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MaxMemoryLevel Deprecated: Use maxMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MemoryLevel Int Instances Eq MemoryLevel Show MemoryLevel Generic MemoryLevel Typeable * MemoryLevel type Rep MemoryLevel defaultMemoryLevel :: MemoryLevel Source The default memory level. (Equivalent to memoryLevel 8 ) minMemoryLevel :: MemoryLevel Source Use minimum memory. This is slow and reduces the compression ratio. (Equivalent to memoryLevel 1 ) maxMemoryLevel :: MemoryLevel Source Use maximum memory for optimal compression speed. (Equivalent to memoryLevel 9 ) memoryLevel :: Int -> MemoryLevel Source A specific level in the range 1..9 data CompressionStrategy Source The strategy parameter is used to tune the compression algorithm. The strategy parameter only affects the compression ratio but not the correctness of the compressed output even if it is not set appropriately. Constructors DefaultStrategy Deprecated: Use defaultStrategy. CompressionStrategy constructors will be hidden in version 0.7 Filtered Deprecated: Use filteredStrategy. CompressionStrategy constructors will be hidden in version 0.7 HuffmanOnly Deprecated: Use huffmanOnlyStrategy. CompressionStrategy constructors will be hidden in version 0.7 Instances Bounded CompressionStrategy Enum CompressionStrategy Eq CompressionStrategy Ord CompressionStrategy Show CompressionStrategy Generic CompressionStrategy Typeable * CompressionStrategy type Rep CompressionStrategy defaultStrategy :: CompressionStrategy Source Use this default compression strategy for normal data. filteredStrategy :: CompressionStrategy Source Use the filtered compression strategy for data produced by a filter (or predictor). Filtered data consists mostly of small values with a somewhat random distribution. In this case, the compression algorithm is tuned to compress them better. The effect of this strategy is to force more Huffman coding and less string matching; it is somewhat intermediate between defaultCompressionStrategy and huffmanOnlyCompressionStrategy . huffmanOnlyStrategy :: CompressionStrategy Source Use the Huffman-only compression strategy to force Huffman encoding only (no string match). Produced by Haddock version 2.15.0.2 | 2026-01-13T09:29:09 |
https://hackage.haskell.org/packages/tag/graphics | All packages by name | Hackage Hackage :: [Package] Search Browse What's new Upload User accounts Packages tagged graphics 667 packages have this tag. [Merge tag] (trustees only) Related tags: library (587), bsd3 (398), program (169), mit (107), lgpl (49), gpl (45), deprecated (34), math (24), image (12), data (11), numerical (11), web (11), codec (8), frp (8), game (8), graphs (7), public-domain (7), statistics (7), ui (7), animation (6), game-engine (6), gui (6), ai (5), education (5), apache (4), bsd2 (4), foreign (4), svg (4), accelerate (3), agpl (3), algorithms (3), application (3), data-structures (3), ffi (3), font (3), javascript (3), monads (3), mpl (3), system (3), text (3), user-interfaces (3), console (2), geometry (2), gpu (2), language (2), machine-vision (2), opengl (2), pretty-printer (2), typography (2), vulkan (2), Diagrams (1), GraphViz (1), audio (1), charts (1), clustering (1), compiler (1), conduit (1), data-flow (1), ... Name DLs Rating Rev Deps Description Tags Last U/L Last Version Maintainers 3d-graphics-examples 5 1.75 1 Examples of 3D graphics programming with OpenGL ( bsd3 , fractals , graphics , program ) 2016-07-22 0.0.0.2 WolfgangJeltsch 3dmodels 2 1.5 1 3D model parsers ( graphics , lgpl , library ) 2014-11-08 0.3.0 capsjac AC-Colour 14 0.0 1 Efficient RGB colour types. ( bsd3 , data , graphics , library , math , numerical ) 2014-01-12 1.1.6 AndrewCoppin AC-EasyRaster-GTK 7 0.0 1 GTK+ pixel plotting. ( bsd3 , graphics , library ) 2010-10-28 1.1.3 AndrewCoppin AC-PPM 3 0.0 1 Trivial package for writing PPM images. ( bsd3 , codec , graphics , library ) 2010-01-18 1.1.1 AndrewCoppin AC-Vector 25 2.0 8 Efficient geometric vectors and transformations. ( bsd3 , data , graphics , library , math , numerical ) 2024-03-17 2.4.0 AndrewCoppin , JanRochel AC-Vector-Fancy 13 0.0 1 Fancy type-system stuff for AC-Vector ( bsd3 , data , graphics , library , math , numerical ) 2010-08-15 2.4.0 AndrewCoppin Attrac 9 0.0 1 Visualisation of Strange Attractors in 3-Dimensions ( bsd3 , graphics , program ) 2010-03-15 0.1.3 RubenZilibowitz Blobs 5 0.0 1 Diagram editor ( graphics , library , program ) 2012-06-19 0.3 AlanZimmerman CV 51 0.0 4 OpenCV based machine vision library ( ai , graphics , library , machine-vision ) 2013-01-17 0.3.7 VilleTirronen Chart 112 2.25 37 A library for generating 2D Charts and Plots ( bsd3 , graphics , library ) 2023-10-22 1.9.5 TimDocker , bravit Chart-cairo 62 0.0 19 Cairo backend for Charts. ( bsd3 , graphics , library ) 2023-10-23 1.9.4.1 TimDocker , bravit Chart-diagrams 110 0.0 11 Diagrams backend for Charts. ( bsd3 , graphics , library ) 2023-10-23 1.9.5.1 TimDocker , bravit Chart-fltkhs 9 0.0 0 A backend for the Chart library for FLTKHS ( bsd3 , graphics , library ) 2020-03-02 0.1.0.6 empowerg Chart-gtk 93 0.0 5 Utility functions for using the chart library with GTK ( bsd3 , graphics , library ) 2020-01-19 1.9.3 TimDocker , bravit Chart-gtk3 4 0.0 0 Utility functions for using the chart library with GTK ( bsd3 , graphics , library ) 2020-01-19 1.9.3 bravit Chart-simple (deprecated) 27 0.0 1 A wrapper for the chart library to assist with basic plots (Deprecated - use the Easy module instead) ( bsd3 , deprecated , graphics , library ) 2015-01-17 1.3.3 TimDocker Chart-tests 6 0.0 0 Tests of the Charts library. ( bsd3 , graphics , program ) 2023-10-22 1.9.4 bravit Chitra 9 0.0 1 A platform independent mechanism to render graphics using vnc. ( bsd3 , graphics , program ) 2011-05-01 0.2.2 KashyapChatamballi Color 32 2.25 3 Color spaces and conversions between them ( bsd3 , graphics , library ) 2025-10-20 0.4.1 lehins FTGL 19 0.0 5 Portable TrueType font rendering for OpenGL using the Freetype2 library ( bsd3 , graphics , library ) 2014-11-13 2.1 JeffersonHeard , laquendi , hamzam3 FTGL-bytestring 3 0.0 1 Portable TrueType font rendering for OpenGL using the Freetype2 library ( bsd3 , graphics , library ) 2014-03-15 2.0 seagull FieldTrip 15 0.0 2 Functional 3D ( bsd3 , graphics , library ) 2009-06-05 0.2.7 ConalElliott FontyFruity 64 2.5 10 A true type file format loader ( bsd3 , font , graphics , library , text ) 2019-10-02 0.5.3.5 VincentBerthoux FractalArt 8 2.0 1 Generates colorful wallpapers ( graphics , mit , program ) 2016-05-06 0.2.0.3 TomSmeets Fractaler 3 0.0 1 ( graphics , mit , program ) 2015-10-11 3 serprex FreeTypeGL (deprecated in favor of FTGL ) 8 0.0 1 Loadable texture fonts for OpenGL. ( bsd3 , deprecated , graphics , library ) 2013-01-28 0.0.4 EyalLotem GLFW 51 0.0 6 A Haskell binding for GLFW ( bsd3 , graphics , library ) 2016-04-01 0.5.2.5 PaulLiu GLFW-OGL 4 0.0 1 A binding for GLFW (OGL) ( bsd3 , graphics , library ) 2008-11-17 0.0 NealAlexander GLFW-b 112 2.5 30 Bindings to GLFW OpenGL library ( bsd3 , graphics , library ) 2024-09-22 3.3.9.1 BrianLewis , SchellScivally , Mokosha , javjarfer GLFW-b-demo 47 0.0 1 GLFW-b demo ( bsd3 , graphics , program ) 2013-12-12 1.0.6 BrianLewis , SchellScivally , javjarfer GLFW-task 16 0.0 1 GLFW utility functions to use together with monad-task. ( bsd3 , graphics , library ) 2018-01-04 0.3.0 PaulLiu GLHUI 4 0.0 1 Open OpenGL context windows in X11 with libX11 ( bsd3 , graphics , library ) 2012-02-24 1.1.0 HugoGomes GLMatrix 4 0.0 1 Utilities for working with OpenGL matrices ( gpl , graphics , library ) 2014-03-15 0.1.0.1 fiendfan1 GLURaw 59 0.0 4 A raw binding for the OpenGL graphics system ( bsd3 , graphics , library ) 2021-11-14 2.0.0.5 JasonDagit , SvenPanne GLUT 100 0.0 44 A binding for the OpenGL Utility Toolkit ( bsd3 , graphics , library ) 2021-01-18 2.7.0.16 ChrisDornan , IanLynagh , JasonDagit , SvenPanne GLUtil 100 0.0 8 Miscellaneous OpenGL utilities. ( bsd3 , graphics , library ) 2020-06-17 0.10.4 AnthonyCowley GPipe 94 2.0 4 Typesafe functional GPU graphics programming ( graphics , library , mit ) 2020-04-10 2.2.5 TobiasBexelius GPipe-Collada 13 0.0 1 Load GPipe meshes from Collada files ( bsd3 , graphics , library ) 2012-08-06 0.1.4 TobiasBexelius GPipe-Core 4 0.0 1 Typesafe functional GPU graphics programming ( graphics , library , mit ) 2021-04-13 0.2.3.1 srk , pippijn GPipe-Examples 2 0.0 1 Examples for the GPipes package ( graphics , program ) 2010-04-14 0.1 KreeColeMcLaughlin GPipe-GLFW 27 0.0 1 GLFW OpenGL context creation for GPipe ( graphics , library , mit ) 2020-11-01 1.4.1.4 plredmond GPipe-GLFW4 2 0.0 0 GLFW OpenGL context creation for GPipe ( graphics , library , mit , program ) 2021-04-11 2.0.0 srk , pippijn GPipe-TextureLoad 13 0.0 1 Load GPipe textures from filesystem ( bsd3 , graphics , library ) 2012-06-27 1.0.4 TobiasBexelius Gifcurry 78 2.0 1 GIF creation utility. ( application , bsd3 , graphics , library , program ) 2018-03-21 3.0.0.1 lettier Gleam 11 0.0 0 HTML Canvas graphics, animations and simulations. ( bsd3 , graphics , library ) 2020-05-06 0.1.1.0 EbinBenny GlomeTrace 7 0.0 2 Ray Tracing Library ( graphics , library ) 2014-04-07 0.3 JimSnow GlomeVec 9 0.0 4 Simple 3D vector library ( graphics , library ) 2014-01-27 0.2 JimSnow GlomeView 6 0.0 1 SDL Frontend for Glome ray tracer ( graphics , program ) 2014-04-07 0.3 JimSnow GoogleChart 5 0.0 1 Generate web-based charts using the Google Chart API ( bsd3 , graphics , library ) 2008-02-09 0.2 EvanMartin HDRUtils 7 0.0 1 Utilities for reading, manipulating, and writing HDR images ( bsd3 , graphics , library ) 2009-08-28 1.0.2 JeffersonHeard HGL 23 0.0 2 A simple graphics library based on X11 or Win32 ( bsd3 , graphics , library ) 2019-11-27 3.2.3.2 AlanHawkins , ChristophLueth HGamer3D-Ogre-Binding (deprecated in favor of HGamer3D ) 38 0.0 5 Ogre Binding for HGamer3D ( deprecated , game-engine , graphics , library ) 2015-01-03 0.5.0 PeterAlthainz HGamer3D-SFML-Binding (deprecated in favor of HGamer3D ) 29 0.0 5 SFML Binding for HGamer3D ( audio , deprecated , game-engine , graphics , library ) 2015-01-03 0.5.0 PeterAlthainz HOpenCV 36 0.0 2 A binding for the OpenCV computer vision library ( ai , gpl , graphics , library , program ) 2015-08-08 0.4.0.1 NoamLewis HPDF 65 0.0 5 Generation of PDF documents ( bsd3 , graphics , library , program ) 2025-08-08 1.8 HenningThielemann , SylvainHenry HPlot 9 0.0 1 A minimal monadic PLplot interface for Haskell ( bsd3 , foreign , graphics , library , program ) 2009-08-04 0.3 YakovZaytsev HROOT 85 0.0 1 Haskell binding to the ROOT data analysis framework ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-core 20 0.0 8 Haskell binding to ROOT Core modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-graf 23 0.0 2 Haskell binding to ROOT Graf modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-hist 21 0.0 3 Haskell binding to ROOT Hist modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-io 23 0.0 3 Haskell binding to ROOT IO modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-math 21 0.0 2 Haskell binding to ROOT Math modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HROOT-tree 13 0.0 1 Haskell binding to ROOT Tree modules ( graphics , lgpl , library , math , numerical , statistics ) 2023-07-29 0.10.0.3 IanWooKim HRay 12 0.0 1 Haskell raytracer ( bsd3 , graphics , program ) 2010-11-07 1.2.3 GwernBranwen , KennethHoste HTicTacToe 6 0.0 1 An SDL tic-tac-toe game. ( game , graphics , mit , program ) 2010-05-01 0.2 KorcanHussein HaGL 4 0.0 0 Haskell-embedded OpenGL ( graphics , library , mit ) 2023-06-10 0.1.0.0 simeon Hate 6 2.0 0 A small 2D game framework. ( graphics , library , mit , program ) 2015-12-21 0.1.4.3 bananu7 Hieroglyph 47 0.0 1 Purely functional 2D graphics for visualization. ( bsd3 , graphics , library ) 2009-08-25 3.89 JeffersonHeard HsHaruPDF 2 0.0 1 Haskell binding to libharu (http://libharu.sourceforge.net/) ( bsd3 , graphics , library ) 2007-11-13 0.0.0 AudreyTang IFS 7 0.0 1 Iterated Function System generation for Haskell ( bsd3 , graphics , library , program ) 2007-11-06 0.1.1 alpheccar IcoGrid 5 0.0 1 Library for generating grids of hexagons and pentagons mapped to a sphere. ( graphics , library ) 2010-01-23 0.1.2 JimSnow Imlib 8 0.0 5 ( bsd3 , graphics , library ) 2009-03-30 0.1.2 AndreasRaster , CaleGibbard IrrHaskell 8 0.0 1 Haskell FRP binding to the Irrlicht game engine. ( ffi , game-engine , graphics , library ) 2011-04-03 0.2 EwenCochran , MaciejBaranski JuicyCairo 5 0.0 0 To use images of JuicyPixels from Cairo ( bsd3 , graphics , library ) 2025-05-22 0.1.0.1 YoshikuniJujo JuicyPixels 262 2.75 120 Picture loading/serialization (in png, jpeg, bitmap, gif, tga, tiff and radiance) ( bsd3 , codec , graphics , image , library ) 2024-06-06 3.3.9 VincentBerthoux JuicyPixels-blp 19 0.0 0 BLP format decoder/encoder over JuicyPixels library ( bsd3 , codec , graphics , image , library , program ) 2021-10-25 0.2.0.0 NCrashed JuicyPixels-blurhash 11 2.0 0 Blurhash is a very compact represenation of a placeholder for an image ( bsd3 , graphics , image , library , program ) 2020-05-24 0.1.0.3 smprts JuicyPixels-canvas 1 0.0 1 Functions for drawing lines, squares and so on pixel by pixel ( bsd3 , graphics , library ) 2014-05-05 0.1.0.0 eax JuicyPixels-extra 42 0.0 3 Efficiently scale, crop, flip images with JuicyPixels ( bsd3 , graphics , image , library ) 2023-02-08 0.6.0 mrkkrp JuicyPixels-repa 30 0.0 5 Convenience functions to obtain array representations of images. ( bsd3 , graphics , library ) 2016-05-14 0.7.1.0 ThomasDuBuisson JuicyPixels-scale-dct 13 0.0 1 Scale JuicyPixels images with DCT ( bsd3 , graphics , image , library ) 2018-05-19 0.1.2 phadej JuicyPixels-stbir 3 0.0 1 Scale JuicyPixels images with stb_image_resize ( bsd3 , graphics , image , library ) 2018-02-24 0.1.0.0 mtolly KdTree 14 0.0 1 KdTree, for efficient search in K-dimensional point clouds. ( bsd3 , data-mining , data-structures , graphics , library , machine-learning ) 2017-09-29 0.2.2.1 IssacTrotts , jessekempf Michelangelo 22 0.0 1 OpenGL for dummies ( graphics , library , mit ) 2016-01-05 0.2.4.0 SwiftsNamesake Mondrian 3 0.0 0 Renders backgrounds & borders ( gpl , graphics , library , program ) 2023-07-16 0.1.0.0 alcinnz Noise 23 0.0 1 A Haskell coherent noise generator based on libnoise ( bsd3 , graphics , library , math , noise ) 2013-02-25 1.0.6 HugoGomes OGL 13 0.0 2 A context aware binding for the OpenGL graphics system ( bsd3 , graphics , library ) 2009-05-11 0.0.3 NealAlexander OpenCL 25 0.0 2 Haskell high-level wrapper for OpenCL ( bsd3 , ffi , gpu , graphics , library ) 2013-10-19 1.0.3.4 LuisCabellos OpenCLRaw 6 0.0 1 The OpenCL Standard for heterogenous data-parallel computing ( bsd3 , graphics , library ) 2009-08-18 1.0.1001 JeffersonHeard OpenGL 116 2.5 94 A binding for the OpenGL graphics system ( bsd3 , graphics , library ) 2019-05-06 3.0.3.0 JasonDagit , SvenPanne OpenGLCheck 2 0.0 2 Quickcheck instances for various data structures. ( bsd3 , graphics , library ) 2008-11-04 1.0 ThomasDavie OpenGLRaw 140 0.0 30 A raw binding for the OpenGL graphics system ( bsd3 , graphics , library ) 2021-11-14 3.3.4.1 JasonDagit , SvenPanne , TrevorElliott OpenGLRaw21 (deprecated) 22 0.0 1 The intersection of OpenGL 2.1 and OpenGL 3.1 Core ( deprecated , graphics , library ) 2015-02-14 2.0.0.2 JakeMcArthur OpenSCAD 20 0.0 1 ADT wrapper and renderer for OpenSCAD models. ( bsd3 , graphics , library ) 2015-07-07 0.3.0.2 MikeMeyer OpenVG 24 0.0 1 OpenVG (ShivaVG-0.2.1) binding ( bsd3 , graphics , library ) 2014-01-01 0.7.0 StephenTetley OpenVGRaw 6 0.0 2 Raw binding to OpenVG (ShivaVG-0.2.1 implementation). ( bsd3 , graphics , library ) 2014-01-01 0.4.0 StephenTetley PenroseKiteDart 38 0.0 0 Library to explore Penrose's Kite and Dart Tilings. ( Diagrams , bsd3 , graphics , library ) 2025-09-23 1.5.1 chrisreade Plot-ho-matic 102 0.0 2 Real-time line plotter for generic data ( bsd3 , graphics , library ) 2018-12-14 0.12.2.3 GregHorn QuickPlot 5 0.0 1 Quick and easy data visualization with Haskell ( gpl , graphics , library ) 2016-02-15 0.1.0.1 tepf Rasterific 111 2.25 5 A pure haskell drawing engine. ( bsd3 , graphics , library ) 2021-05-26 0.7.5.4 VincentBerthoux SFML-control 8 0.0 1 Higher level library on top of SFML ( graphics , library , mit ) 2013-12-15 0.2.0.2 AlfredoDiNapoli SFont (deprecated) 7 0.0 2 SFont SDL Bitmap Fonts ( bsd3 , deprecated , graphics , library ) 2010-01-11 0.1.1 LiamOConnorDavis SGdemo 8 0.0 1 An example of using the SG and OpenGL libraries ( graphics , program ) 2009-12-18 1.1 NeilBrown STL 29 0.0 2 STL 3D geometry format parsing and pretty-printing ( bsd3 , graphics , library ) 2019-06-29 0.3.0.6 bergey SVGFonts 54 0.0 11 Fonts from the SVG-Font format ( bsd3 , graphics , library ) 2025-02-15 1.8.1 BrentYorgey , JanBracker , RyanYates , TillmannVogt , jeffreyrosenbluth , bergey SVGPath 17 0.0 4 Parsing the path command of SVG ( bsd3 , graphics , library ) 2014-06-16 1.1.2 RohanDrape , TillmannVogt SimpleGL (deprecated in favor of definitive-graphics ) 8 0.0 1 A Simple Graphics Library from the SimpleH framework. ( bsd3 , deprecated , graphics , library ) 2013-09-17 0.9.3 MarcCoiffier Slides 23 0.0 1 Generate slides from Haskell code ( graphics , library , mit ) 2018-10-09 0.1.0.10 darwin226 SvgIcons 5 0.0 0 Svg Icons and more ( bsd3 , graphics , library , web ) 2023-05-13 1.1.1 RamiroPastor Thingie (deprecated in favor of Hieroglyph ) 6 0.0 1 Purely functional 2D drawing ( bsd3 , deprecated , graphics , library ) 2008-12-18 0.80 JeffersonHeard TrendGraph 4 0.0 1 A simple trend Graph script ( graphics , library , public-domain ) 2014-07-01 0.1.0.1 AlperAYDIN UTFTConverter 2 0.0 0 Processing popular picture formats into .c or .raw format in RGB565 ( graphics , library , mit , program , text ) 2016-05-04 0.1.0.1 cirquit VRML 2 0.0 0 VRML parser and generator for Haskell ( graphics , library , mit , program ) 2020-02-10 0.1.0.0 junjihashimoto Vec-OpenGLRaw 4 0.0 3 Instances and functions to interoperate Vec and OpenGL. ( bsd3 , graphics , library , math ) 2010-06-28 0.2.0.1 ChristopherLaneHinson Vec-Transform 17 0.0 3 This package is obsolete ( bsd3 , graphics , library , math ) 2012-08-05 1.1 TobiasBexelius Vis 6 0.0 2 Painless 3D graphics, no affiliation with gloss ( bsd3 , graphics , library ) 2024-05-09 1.0.0 ScottWalck Vulkan 2 0.0 1 A binding for the Vulkan API ( bsd3 , graphics , library ) 2016-01-11 0.1.0.0 SvenPanne VulkanMemoryAllocator 110 2.0 3 Bindings to the VulkanMemoryAllocator library ( bsd3 , graphics , library ) 2023-10-18 0.11.0.1 jophish , expipiplus1 WEditorBrick 6 0.0 0 Text-editor widget with dynamic line-wrapping for use with Brick. ( apache , graphics , library , program ) 2020-04-20 0.2.0.1 ta0kira WaveFront 12 0.0 1 Parsers and utilities for the OBJ WaveFront 3D model format ( graphics , library , mit ) 2016-10-18 0.5.0.0 SwiftsNamesake Win32 125 2.0 154 A binding to Windows Win32 API. ( bsd3 , graphics , system , windows ) 2025-06-23 2.14.2.1 BenGamari , BryanOSullivan , IanLynagh , TamarChristina Win32-extras 7 0.0 1 Provides missing Win32 API ( bsd3 , graphics , library , system ) 2013-11-13 0.2.0.1 KidoTakahiro X11 82 2.0 41 A binding to the X11 graphics library ( bsd3 , graphics , library ) 2022-09-14 1.10.3 DanielWagner , DonaldStewart , PeterJones , PeterSimons , SpencerJanssen , TomasJanousek , psibi , dminuoso , xmonad , TonyZorman X11-extras 11 0.0 1 Missing bindings to the X11 graphics library ( bsd3 , graphics , library ) 2007-10-12 0.4 DonaldStewart , SpencerJanssen X11-rm 6 2.0 2 A binding to the resource management functions missing from X11. ( bsd3 , graphics , library ) 2011-09-06 0.2 TroelsHenriksen X11-xdamage 9 0.0 1 A binding to the Xdamage X11 extension library ( bsd3 , graphics , library ) 2011-05-26 0.1.2 DonaldStewart , EwanHiggs X11-xfixes 1 0.0 1 A binding to the Xfixes X11 extension library ( graphics , library , mit ) 2011-05-26 0.1.1 reacocard X11-xft 21 0.0 6 Bindings to the Xft and some Xrender parts ( bsd3 , graphics , library ) 2021-12-11 0.3.4 BrentYorgey , ClemensFruhwirth , TomasJanousek , psibi , clefru , xmonad , TonyZorman X11-xshape 4 0.0 2 A binding to the Xshape X11 extension library ( bsd3 , graphics , library ) 2010-04-27 0.1.1 DonaldStewart , EwanHiggs Xauth 4 0.0 2 A binding to the X11 authentication library ( bsd3 , graphics , library ) 2009-01-06 0.1 SpencerJanssen amby 6 0.0 1 Statistical data visualization ( bsd3 , graphics , library ) 2016-11-26 0.3.2 jsermeno ansigraph 20 0.0 2 Terminal-based graphing via ANSI and Unicode ( graphics , library , mit ) 2017-12-28 0.3.0.5 Cliff_Harvey aosd 19 0.0 1 Bindings to libaosd, a library for Cairo-based on-screen displays ( bsd3 , graphics , library ) 2019-12-14 0.2.2 DanielSchuessler ascii-holidays 5 2.5 0 ASCII animations for the holidays! ( gpl , graphics , program ) 2019-12-24 0.1.0.1 TomMurphy assimp 1 0.0 1 The Assimp asset import library ( bsd3 , graphics , library ) 2011-05-24 0.1 JoelBurget atlas 2 2.0 1 Skyline rectangle packing ( graphics , library ) 2021-03-24 0 EdwardKmett autom 6 0.0 1 Generates and displays patterns from next nearest neighbors cellular automata ( gpl , graphics , library ) 2016-10-22 0.1.0.3 infrared avatar-generator 4 0.0 1 A simple random avatar icon generator ( bsd3 , graphics , program ) 2015-09-22 0.1.0.1 IvanPerez , keera_studios_ci awesomium 3 0.0 2 High-level Awesomium bindings. ( graphics , lgpl , library , web ) 2012-11-13 0.1.0.0 MaksymilianOwsianny awesomium-glut 2 0.0 1 Utilities for using Awesomium with GLUT. ( graphics , lgpl , library , web ) 2012-11-13 0.1.0.0 MaksymilianOwsianny awesomium-raw 1 0.0 3 Low-level Awesomium bindings. ( graphics , lgpl , library , web ) 2012-11-13 0.1.0.0 MaksymilianOwsianny babl 6 0.0 2 Haskell bindings to BABL library. ( graphics , lgpl , library ) 2017-01-01 0.0.0.2 nek0 bacteria 6 0.0 1 braindead utility to compose Xinerama backgrounds ( graphics , program ) 2009-11-08 1.1 DanielWagner barchart 6 0.0 1 Creating Bar Charts in Haskell ( bsd3 , graphics , library , program ) 2011-05-06 0.1.1.1 SebastianFischer barcodes-code128 4 0.0 1 Generate Code 128 barcodes as PDFs ( graphics , library , mit ) 2014-10-31 0.1.0 dchristiansen barrier 6 0.0 1 Shields.io style badge generator ( graphics , library , mit ) 2016-12-12 0.1.1 HirotomoMoriwaki bearlibterminal 7 0.0 0 Low-level Haskell bindings to the BearLibTerminal graphics library. ( game , game-development , game-engine , graphics , library , mit , program ) 2025-03-16 0.1.0.1 PPKFS bidi-icu 2 0.0 0 The unicode bidirectional algorithm via ICU ( graphics , library ) 2021-03-24 0 EdwardKmett billeksah-forms 3 0.0 1 Leksah library ( graphics , library ) 2011-11-29 1.0.0 JuergenNicklischFranken billeksah-pane 1 0.0 2 Leksah library ( graphics , library ) 2011-11-29 1.0.0 JuergenNicklischFranken bindings-GLFW 67 2.5 4 Low-level bindings to GLFW OpenGL library ( bsd3 , graphics , library ) 2025-10-13 3.3.9.3 BrianLewis , SchellScivally , Mokosha , javjarfer bindings-linux-videodev2 4 0.0 2 bindings to Video For Linux Two (v4l2) kernel interfaces ( bsd3 , graphics , library ) 2017-12-03 0.1.0.1 ClaudeHeilandAllen bindings-potrace 3 0.0 1 Low-level bindings to the potrace bitmap tracing library ( gpl , graphics , library ) 2015-06-10 0.1 cchalmers bitmap 7 0.0 12 A library for handling and manipulating bitmaps (rectangular pixel arrays). ( bsd3 , data , graphics , library ) 2012-02-13 0.0.2 BalazsKomuves bitmap-opengl 7 0.0 6 OpenGL support for Data.Bitmap. ( bsd3 , data , graphics , library ) 2014-03-19 0.0.1.5 BalazsKomuves bitmaps 8 0.0 1 Bitmap library ( bsd3 , codec , data , graphics , library ) 2014-11-30 0.2.6.3 ByronJohnson blank-canvas 71 2.0 5 HTML5 Canvas Graphics Library ( bsd3 , graphics , library ) 2026-01-11 0.7.5 AndrewFarmer , AndyGill , ryanglscott blaze-svg 55 2.0 17 SVG combinator library ( bsd3 , graphics , library ) 2023-06-06 0.3.7 BrentYorgey , DeepakJois boring-window-switcher 15 0.0 0 A boring window switcher. ( bsd3 , graphics , library , program ) 2018-03-15 0.1.0.5 debugito brick 651 2.75 35 A declarative terminal user interface library ( bsd3 , graphics , library ) 2025-10-02 2.10 JonathanDaugherty brick-dropdownmenu 1 0.0 1 A drop-down menu widget for brick. ( bsd3 , graphics , library ) 2018-09-17 0.1.0 mlang brick-panes 21 2.0 1 Panes library for Brick providing composition and isolation for TUI apps. ( graphics , library ) 2026-01-04 1.0.3.0 KevinQuick brick-skylighting 10 0.0 1 Show syntax-highlighted text in your Brick UI ( bsd3 , graphics , library ) 2022-08-08 1.0 JonathanDaugherty brillo 5 2.0 3 Painless 2D vector graphics, animations, and simulations powered by GLFW ( graphics , library , mit ) 2024-11-26 1.13.3 adrian brillo-algorithms 4 0.0 0 Data structures and algorithms for working with 2D graphics. ( graphics , library , mit ) 2024-11-26 1.13.3 adrian brillo-examples 4 0.0 0 Examples using the Brillo library ( graphics , mit , program ) 2024-11-26 1.13.3 adrian brillo-juicy 2 0.0 0 Load any image supported by Juicy.Pixels in your brillo application ( bsd3 , graphics , library , program ) 2024-11-26 0.2.4 adrian brillo-rendering 5 0.0 1 Brillo picture data types and rendering functions. ( graphics , library , mit ) 2024-11-26 1.13.3 adrian butterflies 2 0.0 0 butterfly tilings ( gpl , graphics , library , program ) 2018-11-06 0.3.0.2 ClaudeHeilandAllen cairo 164 2.25 82 Binding to the Cairo library. ( bsd3 , graphics , library ) 2025-03-20 0.13.12.0 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie cairo-canvas 7 0.0 1 Simpler drawing API for Cairo. ( graphics , library , mit ) 2025-05-12 0.1.0.1 apirogov cairo-core 15 0.0 1 Cairo Haskell binding (partial) ( bsd3 , graphics , library ) 2019-04-09 1.16.7 magicloud cairo-image 15 0.0 2 Image for Cairo ( bsd3 , graphics , library ) 2026-01-08 0.1.0.6 YoshikuniJujo cal3d 1 0.0 2 Haskell binding to the Cal3D animation library. ( animation , graphics , library ) 2009-06-27 0.1 GregoryWeber cal3d-examples 3 0.0 1 Examples for the Cal3d animation library. ( animation , graphics , program ) 2009-06-27 0.1 GregoryWeber cal3d-opengl 3 0.0 1 OpenGL rendering for the Cal3D animation library ( animation , graphics , library ) 2009-06-27 0.1 GregoryWeber call-plantuml 16 0.0 0 A simple library to call PlantUML given a diagram specification ( graphics , language , library , mit ) 2023-12-06 0.0.1.3 marcellus camh 7 0.0 1 write image files onto 256(or 24bit) color terminals. ( bsd3 , graphics , program ) 2017-05-25 0.0.3 HironaoKomatsu caramia 37 0.0 1 High-level OpenGL bindings ( graphics , library , mit ) 2015-05-09 0.7.2.2 Adeon carettah 39 2.0 1 A presentation tool written with Haskell. ( gpl , graphics , program ) 2016-09-30 0.5.1 KiwamuOkabe cattrap 15 0.0 0 Lays out boxes according to the CSS Box Model. ( gpl , graphics , library , program ) 2024-03-19 0.6.0.0 alcinnz cellrenderer-cairo 4 0.0 1 Cairo-based CellRenderer ( bsd3 , graphics , library ) 2013-05-13 1.0.0.0 JohnLato chalkboard 9 0.0 2 Combinators for building and processing 2D images. ( bsd3 , graphics , library ) 2009-12-02 1.9.0.16 AndyGill chalkboard-viewer 3 0.0 1 OpenGL based viewer for chalkboard rendered images. ( bsd3 , graphics , library ) 2009-04-24 0.1 AndyGill chart-cli 2 0.0 0 Command-line utility to draw charts from input data easily ( bsd3 , graphics , program ) 2019-08-25 0.1.0.0 IlyaPortnov chart-histogram (deprecated in favor of Chart ) 19 0.0 1 Easily render histograms with Chart ( bsd3 , deprecated , graphics , library ) 2016-04-13 1.1 BenGamari chart-svg 71 2.0 5 Charting library targetting SVGs. ( bsd3 , graphics , library ) 2026-01-12 0.8.3.2 tonyday567 clay 65 2.25 19 CSS preprocessor as embedded Haskell. ( bsd3 , graphics , library , web ) 2025-09-05 0.16.1 SebastiaanVisser , tomjaguarpaw , turion clisparkline 3 0.0 0 Tiny library to pretty print sparklines onto the CLI ( graphics , library , mit ) 2019-05-26 0.1.0.0 bollu collada-output 13 0.0 2 Generate animated 3d objects in COLLADA ( bsd3 , graphics , library , program ) 2011-07-25 0.6 AndyGill , TillmannVogt collada-types 12 0.0 4 Data exchange between graphics applications ( bsd3 , graphics , library ) 2019-10-11 0.4 AndyGill , TillmannVogt color-counter 3 0.0 1 Count colors in images ( graphics , library , mit , program ) 2016-04-16 0.1.2.2 BrianBush colour 75 2.0 130 A model for human colour/color perception ( data , graphics , library , mit ) 2021-06-24 2.3.6 RussellOConnor colour-accelerate 11 0.0 1 Working with colours in Accelerate ( accelerate , bsd3 , data , graphics , library ) 2020-08-28 0.4.0.0 TrevorMcDonell colour-space 26 0.0 1 Instances of the manifold-classes for colour types ( data , gpl , graphics , library , maths ) 2023-07-04 0.2.1.0 leftaroundabout colour-text 4 0.0 0 Print and parse colors ( apache , graphics , library , text ) 2025-01-21 0.0.0.1 chris_martin computational-geometry 12 0.0 1 Collection of algorithms in Computational Geometry. ( bsd3 , graphics , library , math ) 2017-10-13 0.1.0.3 MaksymilianOwsianny context-free-art 23 0.0 0 Generate art from context-free grammars ( bsd3 , graphics , library , program ) 2019-10-29 0.3.0.1 414owen craftwerk 3 0.0 4 2D graphics library with integrated TikZ output. ( graphics , library , mit ) 2011-03-14 0.1 MalteHarder craftwerk-cairo 3 0.0 2 Cairo backend for Craftwerk. ( graphics , library , mit ) 2011-03-14 0.1 MalteHarder craftwerk-gtk 2 0.0 2 Gtk UI for Craftwerk. ( graphics , library , mit ) 2011-03-14 0.1 MalteHarder crocodile 8 0.0 1 An offline renderer supporting ray tracing and photon mapping ( gpl , graphics , program ) 2011-09-29 0.1.2 TomHammersley csg 17 0.0 0 Analytical CSG (Constructive Solid Geometry) library ( bsd3 , graphics , library , program ) 2019-01-18 0.1.0.6 DmitryDzhus cubicbezier 52 0.0 7 Efficient manipulating of 2D cubic bezier curves. ( bsd3 , geometry , graphics , library , typography ) 2023-07-10 0.6.0.7 BrentYorgey , DavidHimmelstrup , KristofBastiaensen curves 15 0.0 1 Library for drawing curve based images. ( graphics , library , mit ) 2015-09-26 1.1.0.2 UlfNorell cv-combinators 34 0.0 1 Functional Combinators for Computer Vision ( ai , gpl , graphics , library , program ) 2015-08-12 0.2.0.2 NoamLewis d3d11binding 18 2.0 0 A raw binding for the directX 11 ( graphics , library , mit , program ) 2016-05-11 0.0.0.7 jwvg0425 d3js 2 0.0 1 Declarative visualization on a web browser with DSL approach. ( bsd3 , graphics , library ) 2013-09-22 0.1.0.0 nebuta dear-imgui 53 2.0 1 Haskell bindings for Dear ImGui. ( bsd3 , graphics , library ) 2025-11-09 2.4.1 AlexanderBondarenko , OliverCharles deepzoom 4 0.0 1 A DeepZoom image slicer. Only known to work on 32bit Linux ( bsd3 , graphics , library ) 2012-01-16 0.1 MatthewPanetta definitive-graphics 11 0.0 1 A definitive package allowing you to open windows, read image files and render text to be displayed or saved ( graphics , library ) 2014-07-13 1.2 MarcCoiffier delaunay 6 0.0 1 Build a Delaunay triangulation of a set of points ( bsd3 , graphics , library ) 2013-05-29 0.1.0.2 MarcelRuegenberg derivation-trees 7 0.0 1 Typeset Derivation Trees via MetaPost ( graphics , library , math ) 2010-11-18 0.7.3 JeanPhilippeBernardy dia-base 21 0.0 2 An EDSL for teaching Haskell with diagrams - data types ( bsd3 , education , graphics , library ) 2016-05-24 0.1.1.4 PeterDivianszky , lspitzner , GaborPali dia-functions 29 0.0 1 An EDSL for teaching Haskell with diagrams - functions ( bsd3 , education , graphics , library ) 2016-05-24 0.2.1.5 PeterDivianszky , lspitzner , GaborPali diagrams 88 2.75 13 Embedded domain-specific language for declarative vector graphics ( bsd3 , graphics , library ) 2025-04-18 1.4.2 AdamVogt , BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-boolean 1 0.0 1 deprecated, part of diagrams-contrib since 1.4 ( bsd3 , graphics , library ) 2016-07-24 0.1.0 KristofBastiaensen diagrams-braille 16 0.0 0 Braille diagrams with plain text ( bsd3 , graphics , library , program ) 2025-04-07 0.1.2 BrentYorgey , mlang diagrams-builder 109 0.0 4 hint-based build service for the diagrams graphics EDSL. ( bsd3 , graphics , library ) 2023-07-10 0.8.0.6 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-cairo 137 0.0 25 Cairo backend for diagrams drawing EDSL ( bsd3 , graphics , library ) 2025-06-16 1.5 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-canvas 75 0.0 2 HTML5 canvas backend for diagrams drawing EDSL ( bsd3 , graphics , library ) 2024-10-30 1.4.2 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-contrib 236 0.0 6 Collection of user contributions to diagrams EDSL ( bsd3 , graphics , library ) 2024-10-29 1.4.6 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-core 172 2.25 39 Core libraries for diagrams EDSL ( bsd3 , graphics , library ) 2023-11-16 1.5.1.1 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-gi-cairo 6 0.0 0 Cairo backend for diagrams drawing EDSL ( bsd3 , graphics , library ) 2025-07-02 1.5 BrentYorgey diagrams-graphviz 12 2.0 3 Graph layout and drawing with GraphViz and diagrams ( bsd3 , graphics , library ) 2020-02-18 1.4.1.1 BrentYorgey diagrams-gtk 35 0.0 6 Backend for rendering diagrams directly to GTK windows ( bsd3 , graphics , library ) 2016-10-27 1.4 BrentYorgey , JohnLato , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-haddock 112 0.0 1 Preprocessor for embedding diagrams in Haddock documentation ( bsd3 , graphics , library , program ) 2023-07-11 0.4.1.2 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-hsqml 13 0.0 1 HsQML (Qt5) backend for Diagrams ( bsd3 , graphics , library ) 2015-08-08 0.2.0.0 mjmrotek diagrams-html5 (deprecated in favor of diagrams-canvas ) 22 0.0 1 HTML5 canvas backend for diagrams drawing EDSL ( bsd3 , deprecated , graphics , library ) 2023-04-18 1.4.2 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-input 16 0.0 0 Parse raster and SVG files for diagrams ( bsd3 , diagrams , graphics , library ) 2025-04-03 0.1.5 BrentYorgey diagrams-lib 268 2.5 77 Embedded domain-specific language for declarative graphics ( bsd3 , graphics , library ) 2025-12-02 1.5.1 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-pdf 11 0.0 1 PDF backend for diagrams drawing EDSL ( bsd3 , graphics , library ) 2013-08-31 0.3.1 alpheccar diagrams-pgf 44 2.0 2 PGF backend for diagrams drawing EDSL. ( bsd3 , graphics , library ) 2025-09-16 1.5.0.1 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-postscript 82 0.0 4 Postscript backend for diagrams drawing EDSL ( bsd3 , graphics , library ) 2025-08-13 1.5.3 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-qrcode 19 0.0 1 Draw QR codes to SVG, PNG, PDF or PS files. ( bsd3 , graphics , library ) 2015-10-02 1.3 FelipeLessa diagrams-rasterific 143 2.0 9 Rasterific backend for diagrams. ( bsd3 , graphics , library ) 2025-03-28 1.5 BrentYorgey , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-reflex 3 0.0 1 reflex backend for diagrams drawing EDSL. ( bsd3 , graphics , library ) 2016-02-19 0.1 bergey diagrams-rubiks-cube 10 0.0 1 Library for drawing the Rubik's Cube. ( graphics , library , mit ) 2017-12-09 0.3.0.0 TimBaumann diagrams-svg 223 2.0 23 SVG backend for diagrams drawing EDSL. ( bsd3 , graphics , library ) 2025-03-25 1.5 BrentYorgey , DeepakJois , RyanYates , jeffreyrosenbluth , bergey , cchalmers diagrams-tikz 7 0.0 1 TikZ backend for diagrams drawing EDSL ( bsd3 , graphics , library ) 2012-12-14 0.6 AriePeterson diagrams-wx 5 0.0 1 Backend for rendering diagrams in wxWidgets ( bsd3 , graphics , library ) 2016-04-07 0.1.1.0 MichaelSmith dihaa 3 0.0 1 ASCII based Diagram drawing in Haskell (Idea based on ditaa) ( gpl , graphics , program ) 2017-05-06 0.2.1.2 wilde dot 7 0.0 3 Datatypes and encoding for graphviz dot files ( bsd3 , data , graphics , graphs , library ) 2019-03-15 0.3 andrewthad , chessai dot2graphml 9 0.0 1 Converter from GraphViz .dot format to yEd GraphML ( bsd3 , graphics , program ) 2014-09-22 0.1.0.2 IlyaPortnov dotparse 37 0.0 1 dot language parsing and printing. ( bsd3 , graphics , library ) 2025-10-17 0.1.3.0 tonyday567 dvi-processing 12 0.0 1 Read/write DVI and TFM file ( graphics , library , public-domain , typography ) 2014-02-20 0.3.1 AaronBlack , JeanPhilippeBernardy dx9base 4 0.0 3 Backend for a binding to the Microsoft DirectX 9 API. ( bsd3 , graphics , library ) 2011-09-03 0.1.1 KidoTakahiro dx9d3d 14 0.0 2 A binding to the Microsoft DirectX 9 API. ( bsd3 , graphics , library ) 2011-12-07 0.1.1.1 KidoTakahiro dx9d3dx 2 0.0 1 A binding to the Microsoft DirectX 9 D3DX API. ( bsd3 , graphics , library ) 2011-09-03 0.1.1 KidoTakahiro dyna-gloss 3 0.0 0 FRP for gloss graphics and animation library ( bsd3 , frp , graphics , library ) 2022-04-17 0.1.0.0 AntonKholomiov dyna-processing 2 0.0 0 FRP library for processing-for-haskell package ( bsd3 , frp , graphics , library ) 2022-04-17 0.1.0.0 AntonKholomiov dynamic-graph 30 0.0 2 Draw and update graphs in real time with OpenGL ( bsd3 , graphics , library ) 2019-07-21 0.1.0.13 adamwalker dynamic-plot 61 0.0 1 Interactive diagram windows ( gpl , graphics , library ) 2022-04-17 0.4.2.0 leftaroundabout earclipper 2 2.0 1 Ear Clipping Triangulation ( graphics , library , mit , program ) 2017-02-07 0.0.0.1 zaidan easyplot 1 0.0 2 A tiny plotting library, utilizes gnuplot for plotting. ( graphics , library , math , mit , plotting ) 2013-03-26 1.0 JulianFleischer easyrender 18 0.0 5 User-friendly creation of EPS, PostScript, and PDF files ( gpl , graphics , library ) 2018-11-25 0.1.1.4 PeterSelinger easytensor-vulkan 22 0.0 1 Use easytensor with vulkan-api. ( bsd3 , geometry , graphics , library , math , opengl , vulkan ) 2021-04-05 2.0.2.1 achirkin explore 21 0.0 1 Experimental Plot data Reconstructor ( bsd3 , graphics , program ) 2010-03-13 0.0.7.2 CetinSert fig 9 0.0 1 Manipulation of FIG files ( bsd3 , graphics , library ) 2013-07-03 1.4.0 AndersLauOlsen fltkhs 302 2.0 3 FLTK bindings ( graphics , gui , library , mit , program , ui , user-interfaces ) 2020-02-21 0.8.0.3 deech fltkhs-demos (deprecated) 10 0.0 1 FLTKHS demos. Please scroll to the bottom for more information. ( deprecated , graphics , mit , program , ui ) 2016-02-24 0.0.0.7 deech fltkhs-fluid-demos (deprecated) 8 0.0 1 Fltkhs Fluid Demos ( deprecated , graphics , mit , program , ui ) 2016-02-24 0.0.0.6 deech fltkhs-fluid-examples (deprecated in favor of fltkhs-fluid-demos ) 8 0.0 1 Fltkhs Fluid Examples ( deprecated , graphics , mit , program , ui ) 2016-01-15 0.0.0.3 deech fltkhs-hello-world 3 0.0 1 Fltkhs template project ( graphics , mit , program , ui ) 2016-01-15 0.0.0.2 deech fltkhs-themes 30 0.0 1 A set of themed widgets that provides drop in replacements to the ones in FLTKHS. ( bsd3 , graphics , gui , library , ui , user-interfaces ) 2020-02-21 0.2.0.3 deech font-opengl-basic4x6 8 0.0 1 Basic4x6 font for OpenGL ( graphics , library , program , public-domain ) 2012-06-04 0.0.3 BrianLewis fractal 5 0.0 1 Draw Newton, Julia and Mandelbrot fractals ( bsd3 , graphics , program ) 2009-06-17 0.0.1 MaxRabkin free-game 199 0.0 1 Create games for free ( bsd3 , graphics , library , monads ) 2022-08-29 1.2 FumiakiKinoshita freenect 16 0.0 1 Interface to the Kinect device. ( bsd3 , graphics , library ) 2015-09-15 1.2.1 ChrisDone freetype-simple 3 0.0 1 Single line text rendering for OpenGL ES ( graphics , library , public-domain ) 2014-11-27 0.1.0.1 capsjac freetype2 26 2.0 10 Haskell bindings for FreeType 2 library ( bsd3 , graphics , library ) 2020-03-22 0.2.0 JasonDagit , Mokosha , OleksiiDivak friday 68 2.0 6 A functional image processing library for Haskell. ( graphics , lgpl , library ) 2023-05-20 0.2.3.2 RaphaelJavaux , ThomasDuBuisson friday-devil 10 0.0 3 Uses the DevIL C library to read and write images from and to files and memory buffers. ( graphics , lgpl , library ) 2015-03-08 0.1.1.1 RaphaelJavaux friday-scale-dct 6 0.0 1 Scale Friday images with DCT ( bsd3 , graphics , library ) 2015-11-30 1.0.0.1 AlexMason funcmp 28 2.0 1 Functional MetaPost is a Haskell frontend to the MetaPost language ( gpl , graphics , library ) 2018-01-29 1.9 PeterSimons gd 44 0.0 14 A Haskell binding to a subset of the GD graphics library ( bsd3 , graphics , library ) 2012-03-17 3000.7.3 BjornBringert , ChrisDone gegl 14 0.0 2 Haskell bindings to GEGL library ( graphics , lgpl , library ) 2017-03-01 0.0.0.5 nek0 gelatin 19 0.0 4 A graphics description language. ( graphics , library , mit , program ) 2017-11-03 0.1.0.1 SchellScivally gelatin-fruity 1 0.0 1 Gelatin's support for rendering TTF outlines, using FontyFruity. ( bsd3 , graphics , library ) 2017-10-27 0.1.0.0 SchellScivally gelatin-gl 3 0.0 2 OpenGL rendering routines for the gelatin-picture graphics EDSL. ( graphics , library , mit , program ) 2017-10-27 0.1.0.0 SchellScivally gelatin-sdl2 2 0.0 0 An SDL2 backend for the gelatin renderer. ( graphics , library , mit , program ) 2017-10-30 0.1.1.0 SchellScivally geomancy 42 2.0 8 Vectors and matrix manipulation ( bsd3 , graphics , library ) 2025-11-06 0.3.0.0 AlexanderBondarenko geomancy-layout 2 0.0 4 Geometry and matrix manipulation ( bsd3 , graphics , library ) 2025-05-09 0.1.1 AlexanderBondarenko ghci-diagrams (deprecated in favor of activehs ) 3 0.0 1 Display simple diagrams from ghci ( bsd3 , deprecated , graphics , library ) 2011-03-01 0.1.1 PeterDivianszky ghostscript-parallel 6 0.0 0 Let Ghostscript render pages in parallel ( bsd3 , graphics , program ) 2024-01-07 0.0.1 HenningThielemann gi-cairo-again 3 0.0 0 Bridge between packages gi-* and cairo-core. ( bsd3 , graphics , library ) 2019-02-02 1.16.0 magicloud gi-cairo-connector 7 0.0 3 GI friendly Binding to the Cairo library. ( graphics , lgpl , library ) 2021-11-27 0.1.1 inaki , eyevanmalicesun , cohomology gi-cairo-render 6 0.0 4 GI friendly Binding to the Cairo library. ( bsd3 , graphics , library ) 2022-10-15 0.1.2 inaki , eyevanmalicesun , cohomology gi-gio-hs-list-model 5 0.0 0 Haskell implementation of GListModel interface from gi-gio ( graphics , lgpl , library ) 2021-08-12 0.1.0.1 axeman gi-gtk-declarative 31 2.0 1 Declarative GTK+ programming in Haskell ( graphics , library , mpl ) 2021-09-17 0.7.1 tomjaguarpaw , owickstrom gi-gtk-declarative-app-simple 37 0.0 1 Declarative GTK+ programming in Haskell in the style of Pux. ( graphics , library , mpl ) 2021-09-17 0.7.1 tomjaguarpaw , owickstrom gi-gtk-hs 56 0.0 5 A wrapper for gi-gtk, adding a few more idiomatic API parts on top ( graphics , lgpl , library ) 2025-10-26 0.3.18 HamishMackenzie , inaki gjk 4 2.0 1 Gilbert-Johnson-Keerthi (GJK) collision detection algorithm ( graphics , library , mit ) 2020-03-24 0.0.0.2 zaidan gjk2d 7 0.0 1 ( bsd3 , graphics , library ) 2020-11-07 0.1.0.3 suzumiya gl 94 2.0 14 Complete OpenGL raw bindings ( bsd3 , graphics , library ) 2025-03-03 0.9.1 EdwardKmett , Polarina , ryanglscott gl-block 2 0.0 4 OpenGL standard memory layouts ( graphics , library ) 2023-05-31 1.0 AlexanderBondarenko gl-capture 2 0.0 2 simple image capture from OpenGL ( bsd3 , graphics , library ) 2012-07-02 0.1.0.0 ClaudeHeilandAllen gl3w 4 0.0 0 Haskell bindings for the gl3w library. ( graphics , library , mit ) 2021-04-10 0.1.0 sighingnow glade 14 0.0 9 Binding to the glade library. ( graphics , lgpl , library ) 2016-12-13 0.13.1 AndyStewart , AxelSimon , DuncanCoutts , HamishMackenzie glapp (deprecated) 7 0.0 1 An OpenGL micro framework. ( deprecated , gpl , graphics , library , program ) 2014-01-08 0.1.0.1 SchellScivally glfw-group 15 0.0 1 GLFW package with window groups destroyed together ( bsd3 , graphics , library ) 2025-03-19 0.1.0.6 YoshikuniJujo glintcollider 5 0.0 1 A simple ray tracer in an early stage of development. ( bsd3 , graphics , program ) 2011-05-03 0.0.2 ColinHill glome-hs 11 0.0 1 ray tracer ( graphics , library , program ) 2010-06-19 0.61 DonaldStewart , JimSnow gloss 206 2.75 37 Painless 2D vector graphics, animations and simulations. ( graphics , library , mit ) 2022-03-20 1.13.2.2 BenLippmeier , ScottWalck , TrevorMcDonell gloss-accelerate 19 0.0 2 Extras to interface Gloss and Accelerate ( accelerate , bsd3 , graphics , library ) 2020-08-28 2.1.0.0 TrevorMcDonell gloss-algorithms 28 0.0 1 Data structures and algorithms for working with 2D graphics. ( graphics , library , mit ) 2022-03-20 1.13.0.3 BenLippmeier , ScottWalck , TrevorMcDonell gloss-banana 8 0.0 1 An Interface for gloss in terms of a reactive-banana Behavior. ( gpl , graphics , library ) 2014-10-30 0.1.0.4 Twey gloss-devil 2 0.0 1 Display images in Gloss using libdevil for decoding ( bsd3 , graphics , library ) 2012-11-04 0.2 ThomasDuBuisson gloss-examples 111 0.0 1 Examples using the gloss library ( graphics , mit , program ) 2022-03-20 1.13.0.4 BenLippmeier , ScottWalck , TrevorMcDonell gloss-export 11 0.0 0 Export Gloss pictures to png, bmp, tga, tiff, gif and juicy-pixels-image ( graphics , library , mit , program ) 2021-07-25 0.1.0.4 timoa gloss-game 11 0.0 1 Gloss wrapper that simplifies writing games ( bsd3 , game , graphics , library ) 2014-08-03 0.3.3.0 ManuelChakravarty gloss-juicy 22 2.0 3 Load any image supported by Juicy.Pixels in your gloss application ( bsd3 , graphics , library , program ) 2018-08-29 0.2.3 AlpMestanogullari , HugoPacheco gloss-raster 89 0.0 1 Parallel rendering of raster images. ( graphics , library , mit ) 2020-07-18 1.13.1.2 BenLippmeier , ScottWalck , TrevorMcDonell gloss-raster-accelerate 12 0.0 1 Parallel rendering of raster images using Accelerate ( accelerate , bsd3 , graphics , library ) 2020-08-28 2.1.0.0 TrevorMcDonell gloss-raster-massiv 17 2.0 0 Massiv-based alternative for gloss-raster ( bsd3 , graphics , library ) 2023-08-04 0.1.1.5 MatthewMosior gloss-relative 9 0.0 0 Painless relative-sized pictures in Gloss. ( bsd3 , graphics , library , program ) 2025-12-27 0.1.3.0 HugoPacheco gloss-rendering 66 2.0 8 Gloss picture data types and rendering functions. ( graphics , library , mit ) 2025-04-12 1.13.2.1 BenLippmeier , ScottWalck , TrevorMcDonell , danielkroeni gloss-sodium 2 0.0 1 A Sodium interface to the Gloss drawing package. ( agpl , graphics , library ) 2014-10-30 0.1.0.0 Twey glsl 5 2.0 0 Parser and optimizer for a small subset of GLSL ( bsd3 , graphics , library , program ) 2021-04-20 0.0.1.0 pippijn gltf-codec 10 2.0 2 glTF scene loader ( bsd3 , graphics , library ) 2024-11-14 0.1.0.5 AlexanderBondarenko gltf-loader 12 0.0 0 High level GlTF loader ( graphics , library , mit , program ) 2022-11-28 0.3.0.0 sgillespie gmndl 12 0.0 1 Mandelbrot Set explorer using GTK ( gpl , graphics , program ) 2017-08-04 0.4.0.4 ClaudeHeilandAllen gnuplot 76 1.5 10 2D and 3D plots using gnuplot ( bsd3 , graphics , library , math ) 2022-02-13 0.5.7 HenningThielemann gpolyline 3 0.0 2 Pure module for encoding/decoding Google Polyline ( bsd3 , graphics , library ) 2014-07-30 0.1.0.1 FinnEspenGundersen grafana 4 0.0 0 API for creating grafana dashboards represented as json ( bsd3 , graphics , library , tooling ) 2019-09-12 0.2 chessai granite 31 0.0 1 Easy terminal plotting. ( graphics , library , mit , program ) 2025-11-11 0.3.0.5 mchav graph-rewriting-gl 52 0.0 3 OpenGL interface for interactive port graph rewriting ( bsd3 , graphics , graphs , library ) 2024-03-18 0.7.9 JanRochel graph-rewriting-layout 34 0.0 4 Force-directed node placement intended for incremental graph drawing ( bsd3 , graphics , graphs , library ) 2024-03-18 0.5.8 JanRochel graphics-drawingcombinators 63 0.0 1 A functional interface to 2D drawing in OpenGL ( bsd3 , graphics , library ) 2015-07-24 1.5.1 EyalLotem , LukePalmer graphics-formats-collada 11 0.0 1 Load 3D geometry in the COLLADA format ( bsd3 , graphics , library ) 2010-06-11 0.3.1 LukePalmer graphicsFormats 1 0.0 3 Classes for renderable objects. ( bsd3 , graphics , library ) 2008-10-31 0.1 ConalElliott graphicstools 11 0.0 1 Tools for creating graphical UIs, based on wxHaskell. ( bsd3 , graphics , library , program ) 2012-03-13 0.2.2 VilleTirronen graphviz 238 2.25 53 Bindings to Graphviz for graph visualisation. ( bsd3 , graphics , graphs , library ) 2025-02-16 2999.20.2.1 DanielDiaz , IvanMiljenovic , MatthewSackman gridbounds 2 2.0 1 Collision detection for GridBox ( graphics , library , mit ) 2017-02-14 0.0.0.1 zaidan gridbox 11 2.0 1 A grid box model ( graphics , library , mit ) 2017-02-14 0.3.0.0 zaidan gross 5 0.0 0 A spoof on gloss for terminal animation ( graphics , library , mit , program ) 2017-01-16 0.1.0.0 sgschlesinger gruff 28 0.0 1 fractal explorer GUI using the ruff library ( gpl , graphics , library , program ) 2016-11-07 0.4 ClaudeHeilandAllen gruff-examples 8 0.0 1 Mandelbrot Set examples using ruff and gruff ( gpl , graphics , program ) 2016-11-07 0.4 ClaudeHeilandAllen gruvbox-colors 2 2.0 0 Gruvbox colors for use in Haskell ( graphics , library , mit ) 2025-04-01 0.1.0.0 ccntrq gtk 160 2.0 125 Binding to the Gtk+ graphical user interface library. ( graphics , lgpl , library ) 2025-03-20 0.15.10 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie gtk-helpers 10 0.0 2 A collection of auxiliary operations and widgets related to Gtk+ ( bsd3 , graphics , library ) 2020-06-05 0.1.0 IvanPerez , keera_studios_ci gtk-jsinput 1 0.0 1 A simple custom form widget for gtk which allows inputing of JSON values ( gpl , graphics , library ) 2012-11-29 0.0.0 TimothyHobbs gtk-largeTreeStore 1 0.0 2 Large TreeStore support for gtk2hs ( data-structures , graphics , lgpl , library ) 2014-10-11 0.0.1.0 rakatan gtk-mac-integration 26 0.0 2 Bindings for the Gtk/OS X integration library. ( graphics , lgpl , library ) 2017-07-16 0.3.4.0 HamishMackenzie gtk-serialized-event 10 0.0 14 GTK+ Serialized event. ( graphics , lgpl , library ) 2010-11-07 0.12.0 AndyStewart gtk-simple-list-view 1 0.0 1 A simple custom form widget for gtk which allows single LOC creation/updating of list views. ( gpl , graphics , library ) 2012-11-29 0.0.0 TimothyHobbs gtk-toggle-button-list 3 0.0 1 A simple custom form widget for gtk which allows single LOC creation/updating of toggle button lists. ( gpl , graphics , library ) 2012-11-29 0.0.0 TimothyHobbs gtk-toy 6 0.0 1 Convenient Gtk canvas with mouse and keyboard input. ( bsd3 , graphics , gui , library ) 2012-01-22 0.2.0 MichaelSloan gtk-traymanager 25 0.0 2 A wrapper around the eggtraymanager library for Linux system trays ( graphics , lgpl , library ) 2018-04-09 1.0.1 TristanRavitch gtk2hs-hello 5 0.0 1 Gtk2Hs Hello World, an example package ( graphics , mit , program ) 2014-09-27 1.1.0.0 HamishMackenzie gtk3 138 2.5 36 Binding to the Gtk+ 3 graphical user interface library ( graphics , lgpl , library ) 2025-03-20 0.15.10 HamishMackenzie gtk3-helpers 1 0.0 0 A collection of auxiliary operations and widgets related to Gtk ( bsd3 , graphics , library ) 2020-06-05 0.1.0 keera_studios_ci gtk3-mac-integration 34 0.0 2 Bindings for the Gtk/OS X integration library. ( graphics , lgpl , library ) 2017-07-16 0.3.4.0 HamishMackenzie gtkglext 19 0.0 6 Binding to the GTK+ OpenGL Extension ( graphics , lgpl , library ) 2018-05-19 0.13.2.0 AndyStewart , AxelSimon , DuncanCoutts , HamishMackenzie gtkimageview 5 0.0 2 Binding to the GtkImageView library. ( graphics , lgpl , library ) 2010-11-07 0.12.0 AndyStewart gtksourceview2 40 0.0 7 Binding to the GtkSourceView library. ( graphics , lgpl , library ) 2016-10-29 0.13.3.1 AndyStewart , AxelSimon , DanielWagner , DuncanCoutts , HamishMackenzie gtksourceview3 38 0.0 3 Binding to the GtkSourceView library. ( graphics , lgpl , library ) 2016-10-29 0.13.3.1 HamishMackenzie gvti 17 0.0 0 GraphViz Tabular Interface ( graphics , library , mit , program ) 2023-05-12 0.4.1.0 OleksandrZhabenko h-raylib 127 2.5 1 Raylib bindings for Haskell ( apache , graphics , library ) 2025-10-14 5.5.3.1 Anut hOff-display 3 0.0 0 The | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/HUnit/maintainers | Maintainers for HUnit | Hackage Hackage :: [Package] Home Search Browse What's new Upload User accounts Maintainers for HUnit : candidates Maintainers for a package can upload new versions and adjust other attributes in the package database. [ edit ] AdamBergmark DonaldStewart DuncanCoutts RichardGiraud SimonHengel ryanglscott | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/classy-prelude/maintainers | Maintainers for classy-prelude | Hackage Hackage :: [Package] Home Search Browse What's new Upload User accounts Maintainers for classy-prelude : candidates Maintainers for a package can upload new versions and adjust other attributes in the package database. [ edit ] GregWeber MichaelSnoyman | 2026-01-13T09:29:09 |
https://aws.amazon.com/id/lake-formation/ | Tata Kelola Danau Data – AWS Lake Formation – Amazon Web Services Lewati ke Konten Utama Filter: Semua English Hubungi kami AWS Marketplace Dukungan Akun saya Cari Filter: Semua Masuk ke konsol Buat akun AWS Lake Formation Gambaran Umum Fitur Harga Sumber Daya FAQ Produk › Danau data dan Analitik › AWS Lake Formation Amazon Lake Formation dibangun ke dalam Amazon SageMaker generasi berikutnya AWS Lake Formation Atur, amankan, dan bagikan data secara terpusat untuk analitik dan machine learning Mulai Lake Formation Panduan layanan mandiri terkurasi Pelajari tentang Lake Formation Mengelola dan menskalakan akses data adalah pekerjaan yang sangat kompleks serta memakan waktu. Pelajari cara AWS Lake Formation dapat membantu Anda mengelola dan menskalakan izin akses data terperinci secara terpusat serta berbagi data dengan kepercayaan diri di dalam dan di luar organisasi Anda. Putar Manfaat Lake Formation Mengelola izin Kelola izin akses danau data yang terperinci menggunakan fitur menyerupai basis data yang sudah dikenal. Manajemen yang diskalakan Sederhanakan manajemen dan tata kelola keamanan untuk pengguna Anda dalam skala besar. Wawasan yang lebih mendalam Dapatkan wawasan yang lebih mendalam dengan cepat dari data yang dibagikan secara aman dengan pengguna internal dan eksternal. Audit data Pantau akses data Anda dan bantu mencapai kepatuhan dengan audit data yang komprehensif. Kasus penggunaan Kelola izin menggunakan fitur menyerupai basis data yang sudah dikenal Pusatkan manajemen izin untuk sumber daya data, termasuk basis data dan tabel, dari satu tempat di Katalog Data AWS Glue. Pelajari selengkapnya tentang Katalog Data AWS Glue Atur dan bantu mengamankan data Anda dalam skala besar Skalakan izin di seluruh pengguna Anda dengan mengatur atribut pada data dan menerapkan izin atribut. Pelajari selengkapnya tentang kontrol akses berbasis tanda Sederhanakan proses berbagi data di dalam dan di luar organisasi Anda Dorong inovasi dengan memberikan kemudahan bagi pengguna untuk menemukan dengan cepat, mengakses secara cepat, dan membagikan data tanpa ragu, sesuai dengan tujuan serta kebijakan Anda. Pelajari selengkapnya tentang berbagi data Pantau akses dan tingkatkan kepatuhan dengan audit Atasi tantangan data dan lindungi bisnis Anda secara proaktif dengan audit akses data yang komprehensif. Pelajari selengkapnya tentang audit akses data Cara memulai Buat akun AWS Daftar Mulai menggunakan AWS Lake Formation Masuk Pusatkan dan kelola izin Jelajahi panduan developer Buat akun AWS Pelajari Apa itu AWS? Apa Itu Komputasi Cloud? Apa Itu AI Agentik? Hub Konsep Komputasi Cloud Keamanan AWS Cloud Apa yang Baru Blog Siaran Pers Sumber Daya Memulai Pelatihan Pusat Kepercayaan AWS Pustaka Solusi AWS Pusat Arsitektur FAQ Produk dan Teknis Laporan Analis Partner AWS Developer Pusat Builder SDK dan Alat .NET di AWS Python di AWS Java di AWS PHP di AWS JavaScript di AWS Bantuan Hubungi Kami Ajukan Tiket Dukungan AWS re:Post Pusat Pengetahuan Gambaran Umum Dukungan AWS Dapatkan Bantuan Ahli Aksesibilitas AWS Legal English Kembali ke atas Amazon merupakan Pemberi Kerja yang Memberikan Kesempatan yang Sama untuk semua orang: Minoritas/Wanita/Difabel/Veteran/Identitas Gender/Orientasi Seksual/Usia. x facebook linkedin instagram twitch youtube podcasts email Privasi Ketentuan situs Preferensi Cookie © 2026, Amazon Web Services, Inc. atau afiliasinya. Hak cipta dilindungi undang-undang. | 2026-01-13T09:29:09 |
https://bugs.archlinux.org/task/32886 | FS#32886 : Provide noconfirm-like option to skip normal prompts. Arch Linux FS#32886 - Provide noconfirm-like option to skip normal prompts. Attached to Project: Pacman Opened by Kevin Cox (kevincox) - Tuesday, 27 November 2012, 20:59 GMT Task Type Feature Request Category Scripts & Tools Status Unconfirmed Assigned To No-one Architecture All Severity Low Priority Normal Reported Version 4.0.3 Due in Version Undecided Due Date Undecided Percent Complete Votes 0 Private No Details `--noconfirm` Accepts the default for all dialogs. This is inconvenient when you have something like package replacements because this causes the upgrade/install to fail. It would be nice to have an option that would only accept defaults if it wouldn't cause a failure. A potential name would be `--noconfirmmost`. I have also noticed that most of the ones that cause failure are the options that have "no" as the default, that could be a simple way to implement this, if the default is yes, say yes, otherwise ask the user. This task depends upon Comments (10) Related Tasks (0/0) Comment by Dave Reisner (falconindy) - Tuesday, 27 November 2012, 21:11 GMT And how exactly do you suggest we determine ahead of time if a default wouldn't cause a failure? Comment by Kevin Cox (kevincox) - Tuesday, 27 November 2012, 21:24 GMT In simple terms, AFAIK every prompt has one condition where it will succeed and one condition where it will fail, for example the many "Would you like to continue...thing...[Y/n]" prompts would all fail on negative responses. All the package replacements, and other conflicts fail on a negative as well. What I'm trying to say is that every prompt knows which option causes a failure. I'm not talking about "Would you like to install packages [Y/n]" knowing if it is going to run out of disk space, just the immediate effects of the prompt. I haven't looked at the code but each prompt would probably have to give a bit of metadata. Comment by Dave Reisner (falconindy) - Tuesday, 27 November 2012, 21:39 GMT You're asking pacman to see into the future. We don't know if there will be file conflicts until we check for them. We aren't going to do work until the user asks us to. There are no "simple terms" here. Comment by Kevin Cox (kevincox) - Tuesday, 27 November 2012, 21:45 GMT I'm not talking about file conflicts, (and if I am correct those don't generate a prompt anyway). The biggest thing that I am talking about is package conflicts. When you get a (pharaphrased) prompt such as: "$PKG1 and $PGK2 are in conflict, would you like to replace $PGK2? [y/N]". It is known at the time of printing that they both can't be installed, so the default option of "no" will cause the installation of $PKG1 to fail. It is in this case that `--noconfirm` will say no and fail but I would like an option that lets me decide. Comment by Allan McRae (Allan) - Saturday, 09 February 2013, 03:57 GMT I really do not think adding an option that makes replacements or conflict removal automatic is a good idea... Comment by Kevin Cox (kevincox) - Saturday, 09 February 2013, 05:48 GMT No, I think you have it backwards. It is automatic until you have to do a replacement or removal. It skips the "Would you like to continue installing these packages?" Prompts but still asks for replacements and removals. This is in contrast to --noconfirm which would say no to the removals and fail. Comment by Allan McRae (Allan) - Saturday, 09 February 2013, 08:59 GMT What is the point of that? You are going to have to watch the transaction to see if replacements/conflicts arrive, so you might as weel wait for the "y" to continue downloading that occurs directly after. Comment by Kevin Cox (kevincox) - Saturday, 09 February 2013, 14:00 GMT Because I would alias it so that most of the time I don't have to press anything. Right now I have noconfirm aliased but when I have to do replacements I have to call pacman without my alias. This way it would just prompt me. Comment by Allan McRae (Allan) - Saturday, 09 February 2013, 14:39 GMT I am really not convinced about the utility of this extra option, given it would only make a difference for upgrades with replaces/conflicts which are relatively rare. I'll leave this to others to make a decision on whether to implement this. Comment by Jimi Bove (Jimi-James) - Saturday, 23 August 2014, 04:03 GMT Sorry for necro, but I just finished having to unexpectedly reinstall Arch Linux and I've been Googling for this exact feature. I use a sequential script I made to do every part of installing my system that comes after rebooting into the freshly installed bootloader, and there is a lot of pacman --noconfirm in it. Something extremely annoying that I found was whenever a package conflict that I didn't remember or that wasn't there before showed up, the entire thing would fail (and only fail, because I'm smart enough to use set -e). I would then have to comment out all the lines of the script that had already run and go again, and it was a huge waste of time and effort. Having a --noconfirm option that still prompts for conflicts as Kevin suggested, or better yet a special dangerous noconfirm option called noconfirmdangerzone or something that automatically says YES to package replacements, will help a LOT the next time I have to reinstall Arch. And, we might as well replace the noconfirm option with one that still prompts for package conflicts. If someone is using noconfirm, they're pretty much always planning to leave it sitting there unattented for a while, and even if they aren't, why is automatically quitting when a package conflict shows up EVER the desired behavior? If a given person wants to install a package, why would they EVER want pacman to just give up and quit instead of at least asking first or better yet going with a dangerous auto-yes? I would argue that whether --noconfirm is specified or not, nobody ever wants pacman to instantly exit on package conflicts without asking. 100% of the time. Tasks related to this task (0) Remove Duplicate tasks of this task (0) Loading... Powered by Flyspray | 2026-01-13T09:29:09 |
https://hackage.haskell.org/package/zlib-0.6.1.0/docs/Codec-Compression-GZip.html | Codec.Compression.GZip Source Contents Index zlib-0.6.1.0: Compression and decompression in the gzip and zlib formats Copyright (c) 2006-2014 Duncan Coutts License BSD-style Maintainer duncan@community.haskell.org Safe Haskell Safe-Inferred Language Haskell2010 Codec.Compression.GZip Contents Simple compression and decompression Extended api with control over compression parameters The compression parameter types Description Compression and decompression of data streams in the gzip format. The format is described in detail in RFC #1952: http://www.ietf.org/rfc/rfc1952.txt See also the zlib home page: http://zlib.net/ Synopsis compress :: ByteString -> ByteString decompress :: ByteString -> ByteString compressWith :: CompressParams -> ByteString -> ByteString decompressWith :: DecompressParams -> ByteString -> ByteString data CompressParams = CompressParams { compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString } defaultCompressParams :: CompressParams data DecompressParams = DecompressParams { decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool } defaultDecompressParams :: DecompressParams data CompressionLevel = DefaultCompression | NoCompression | BestSpeed | BestCompression | CompressionLevel Int defaultCompression :: CompressionLevel noCompression :: CompressionLevel bestSpeed :: CompressionLevel bestCompression :: CompressionLevel compressionLevel :: Int -> CompressionLevel data Method = Deflated deflateMethod :: Method data WindowBits = WindowBits Int | DefaultWindowBits defaultWindowBits :: WindowBits windowBits :: Int -> WindowBits data MemoryLevel = DefaultMemoryLevel | MinMemoryLevel | MaxMemoryLevel | MemoryLevel Int defaultMemoryLevel :: MemoryLevel minMemoryLevel :: MemoryLevel maxMemoryLevel :: MemoryLevel memoryLevel :: Int -> MemoryLevel data CompressionStrategy = DefaultStrategy | Filtered | HuffmanOnly defaultStrategy :: CompressionStrategy filteredStrategy :: CompressionStrategy huffmanOnlyStrategy :: CompressionStrategy Documentation This module provides pure functions for compressing and decompressing streams of data in the gzip format and represented by lazy ByteString s. This makes it easy to use either in memory or with disk or network IO. For example a simple gzip compression program is just: import qualified Data.ByteString.Lazy as ByteString import qualified Codec.Compression.GZip as GZip main = ByteString.interact GZip.compress Or you could lazily read in and decompress a .gz file using: content <- fmap GZip.decompress (readFile file) Simple compression and decompression compress :: ByteString -> ByteString Source Compress a stream of data into the gzip format. This uses the default compression parameters. In partiular it uses the default compression level which favours a higher compression ratio over compression speed, though it does not use the maximum compression level. Use compressWith to adjust the compression level or other compression parameters. decompress :: ByteString -> ByteString Source Decompress a stream of data in the gzip format. There are a number of errors that can occur. In each case an exception will be thrown. The possible error conditions are: if the stream does not start with a valid gzip header if the compressed stream is corrupted if the compressed stream ends permaturely Note that the decompression is performed lazily . Errors in the data stream may not be detected until the end of the stream is demanded (since it is only at the end that the final checksum can be checked). If this is important to you, you must make sure to consume the whole decompressed stream before doing any IO action that depends on it. Extended api with control over compression parameters compressWith :: CompressParams -> ByteString -> ByteString Source Like compress but with the ability to specify various compression parameters. Typical usage: compressWith defaultCompressParams { ... } In particular you can set the compression level: compressWith defaultCompressParams { compressLevel = BestCompression } decompressWith :: DecompressParams -> ByteString -> ByteString Source Like decompress but with the ability to specify various decompression parameters. Typical usage: decompressWith defaultCompressParams { ... } data CompressParams Source The full set of parameters for compression. The defaults are defaultCompressParams . The compressBufferSize is the size of the first output buffer containing the compressed data. If you know an approximate upper bound on the size of the compressed data then setting this parameter can save memory. The default compression output buffer size is 16k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. Constructors CompressParams Fields compressLevel :: ! CompressionLevel compressMethod :: ! Method compressWindowBits :: ! WindowBits compressMemoryLevel :: ! MemoryLevel compressStrategy :: ! CompressionStrategy compressBufferSize :: ! Int compressDictionary :: Maybe ByteString Instances Show CompressParams defaultCompressParams :: CompressParams Source The default set of parameters for compression. This is typically used with the compressWith function with specific parameters overridden. data DecompressParams Source The full set of parameters for decompression. The defaults are defaultDecompressParams . The decompressBufferSize is the size of the first output buffer, containing the uncompressed data. If you know an exact or approximate upper bound on the size of the decompressed data then setting this parameter can save memory. The default decompression output buffer size is 32k . If your extimate is wrong it does not matter too much, the default buffer size will be used for the remaining chunks. One particular use case for setting the decompressBufferSize is if you know the exact size of the decompressed data and want to produce a strict ByteString . The compression and deccompression functions use lazy ByteString s but if you set the decompressBufferSize correctly then you can generate a lazy ByteString with exactly one chunk, which can be converted to a strict ByteString in O(1) time using concat . toChunks . Constructors DecompressParams Fields decompressWindowBits :: ! WindowBits decompressBufferSize :: ! Int decompressDictionary :: Maybe ByteString decompressAllMembers :: Bool Instances Show DecompressParams defaultDecompressParams :: DecompressParams Source The default set of parameters for decompression. This is typically used with the compressWith function with specific parameters overridden. The compression parameter types data CompressionLevel Source The compression level parameter controls the amount of compression. This is a trade-off between the amount of compression and the time required to do the compression. Constructors DefaultCompression Deprecated: Use defaultCompression. CompressionLevel constructors will be hidden in version 0.7 NoCompression Deprecated: Use noCompression. CompressionLevel constructors will be hidden in version 0.7 BestSpeed Deprecated: Use bestSpeed. CompressionLevel constructors will be hidden in version 0.7 BestCompression Deprecated: Use bestCompression. CompressionLevel constructors will be hidden in version 0.7 CompressionLevel Int Instances Eq CompressionLevel Show CompressionLevel Generic CompressionLevel Typeable * CompressionLevel type Rep CompressionLevel defaultCompression :: CompressionLevel Source The default compression level is 6 (that is, biased towards higher compression at expense of speed). noCompression :: CompressionLevel Source No compression, just a block copy. bestSpeed :: CompressionLevel Source The fastest compression method (less compression) bestCompression :: CompressionLevel Source The slowest compression method (best compression). compressionLevel :: Int -> CompressionLevel Source A specific compression level between 0 and 9. data Method Source The compression method Constructors Deflated Deprecated: Use deflateMethod. Method constructors will be hidden in version 0.7 Instances Bounded Method Enum Method Eq Method Ord Method Show Method Generic Method Typeable * Method type Rep Method deflateMethod :: Method Source 'Deflate' is the only method supported in this version of zlib. Indeed it is likely to be the only method that ever will be supported. data WindowBits Source This specifies the size of the compression window. Larger values of this parameter result in better compression at the expense of higher memory usage. The compression window size is the value of the the window bits raised to the power 2. The window bits must be in the range 8..15 which corresponds to compression window sizes of 256b to 32Kb. The default is 15 which is also the maximum size. The total amount of memory used depends on the window bits and the MemoryLevel . See the MemoryLevel for the details. Constructors WindowBits Int DefaultWindowBits Deprecated: Use defaultWindowBits. WindowBits constructors will be hidden in version 0.7 Instances Eq WindowBits Ord WindowBits Show WindowBits Generic WindowBits Typeable * WindowBits type Rep WindowBits defaultWindowBits :: WindowBits Source The default WindowBits is 15 which is also the maximum size. windowBits :: Int -> WindowBits Source A specific compression window size, specified in bits in the range 8..15 data MemoryLevel Source The MemoryLevel parameter specifies how much memory should be allocated for the internal compression state. It is a tradoff between memory usage, compression ratio and compression speed. Using more memory allows faster compression and a better compression ratio. The total amount of memory used for compression depends on the WindowBits and the MemoryLevel . For decompression it depends only on the WindowBits . The totals are given by the functions: compressTotal windowBits memLevel = 4 * 2^windowBits + 512 * 2^memLevel decompressTotal windowBits = 2^windowBits For example, for compression with the default windowBits = 15 and memLevel = 8 uses 256Kb . So for example a network server with 100 concurrent compressed streams would use 25Mb . The memory per stream can be halved (at the cost of somewhat degraded and slower compressionby) by reducing the windowBits and memLevel by one. Decompression takes less memory, the default windowBits = 15 corresponds to just 32Kb . Constructors DefaultMemoryLevel Deprecated: Use defaultMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MinMemoryLevel Deprecated: Use minMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MaxMemoryLevel Deprecated: Use maxMemoryLevel. MemoryLevel constructors will be hidden in version 0.7 MemoryLevel Int Instances Eq MemoryLevel Show MemoryLevel Generic MemoryLevel Typeable * MemoryLevel type Rep MemoryLevel defaultMemoryLevel :: MemoryLevel Source The default memory level. (Equivalent to memoryLevel 8 ) minMemoryLevel :: MemoryLevel Source Use minimum memory. This is slow and reduces the compression ratio. (Equivalent to memoryLevel 1 ) maxMemoryLevel :: MemoryLevel Source Use maximum memory for optimal compression speed. (Equivalent to memoryLevel 9 ) memoryLevel :: Int -> MemoryLevel Source A specific level in the range 1..9 data CompressionStrategy Source The strategy parameter is used to tune the compression algorithm. The strategy parameter only affects the compression ratio but not the correctness of the compressed output even if it is not set appropriately. Constructors DefaultStrategy Deprecated: Use defaultStrategy. CompressionStrategy constructors will be hidden in version 0.7 Filtered Deprecated: Use filteredStrategy. CompressionStrategy constructors will be hidden in version 0.7 HuffmanOnly Deprecated: Use huffmanOnlyStrategy. CompressionStrategy constructors will be hidden in version 0.7 Instances Bounded CompressionStrategy Enum CompressionStrategy Eq CompressionStrategy Ord CompressionStrategy Show CompressionStrategy Generic CompressionStrategy Typeable * CompressionStrategy type Rep CompressionStrategy defaultStrategy :: CompressionStrategy Source Use this default compression strategy for normal data. filteredStrategy :: CompressionStrategy Source Use the filtered compression strategy for data produced by a filter (or predictor). Filtered data consists mostly of small values with a somewhat random distribution. In this case, the compression algorithm is tuned to compress them better. The effect of this strategy is to force more Huffman coding and less string matching; it is somewhat intermediate between defaultCompressionStrategy and huffmanOnlyCompressionStrategy . huffmanOnlyStrategy :: CompressionStrategy Source Use the Huffman-only compression strategy to force Huffman encoding only (no string match). Produced by Haddock version 2.15.0.2 | 2026-01-13T09:29:09 |
https://docs.aws.amazon.com/streams/latest/dev/introduction.html | What is Amazon Kinesis Data Streams? - Amazon Kinesis Data Streams What is Amazon Kinesis Data Streams? - Amazon Kinesis Data Streams Documentation Amazon Kinesis Streams Developer Guide What can I do with Kinesis Data Streams? Benefits of using Kinesis Data Streams Related services What is Amazon Kinesis Data Streams? You can use Amazon Kinesis Data Streams to collect and process large streams of data records in real time. You can create data-processing applications, known as Kinesis Data Streams applications . A typical Kinesis Data Streams application reads data from a data stream as data records. These applications can use the Kinesis Client Library, and they can run on Amazon EC2 instances. You can send the processed records to dashboards, use them to generate alerts, dynamically change pricing and advertising strategies, or send data to a variety of other AWS services. For information about Kinesis Data Streams features and pricing, see Amazon Kinesis Data Streams . Kinesis Data Streams is part of the Kinesis streaming data platform, along with Firehose , Kinesis Video Streams , and Managed Service for Apache Flink . For more information about AWS big data solutions, see Big Data on AWS . For more information about AWS streaming data solutions, see What is Streaming Data? . Topics What can I do with Kinesis Data Streams? Benefits of using Kinesis Data Streams Related services What can I do with Kinesis Data Streams? You can use Kinesis Data Streams for rapid and continuous data intake and aggregation. The type of data used can include IT infrastructure log data, application logs, social media, market data feeds, and web clickstream data. Because the response time for the data intake and processing is in real time, the processing is typically lightweight. The following are typical scenarios for using Kinesis Data Streams: Accelerated log and data feed intake and processing You can have producers push data directly into a stream. For example, push system and application logs and they are available for processing in seconds. This prevents the log data from being lost if the front end or application server fails. Kinesis Data Streams provides accelerated data feed intake because you don't batch the data on the servers before you submit it for intake. Real-time metrics and reporting You can use data collected into Kinesis Data Streams for simple data analysis and reporting in real time. For example, your data-processing application can work on metrics and reporting for system and application logs as the data is streaming in, rather than wait to receive batches of data. Real-time data analytics This combines the power of parallel processing with the value of real-time data. For example, process website clickstreams in real time, and then analyze site usability engagement using multiple different Kinesis Data Streams applications running in parallel. Complex stream processing You can create Directed Acyclic Graphs (DAGs) of Kinesis Data Streams applications and data streams. This typically involves putting data from multiple Kinesis Data Streams applications into another stream for downstream processing by a different Kinesis Data Streams application. Benefits of using Kinesis Data Streams Although you can use Kinesis Data Streams to solve a variety of streaming data problems, a common use is the real-time aggregation of data followed by loading the aggregate data into a data warehouse or map-reduce cluster. Data is put into Kinesis data streams, which ensures durability and elasticity. The delay between the time a record is put into the stream and the time it can be retrieved (put-to-get delay) is typically less than 1 second. In other words, a Kinesis Data Streams application can start consuming the data from the stream almost immediately after the data is added. The managed service aspect of Kinesis Data Streams relieves you of the operational burden of creating and running a data intake pipeline. You can create streaming map-reduce–type applications. The elasticity of Kinesis Data Streams enables you to scale the stream up or down, so that you never lose data records before they expire. Multiple Kinesis Data Streams applications can consume data from a stream, so that multiple actions, like archiving and processing, can take place concurrently and independently. For example, two applications can read data from the same stream. The first application calculates running aggregates and updates an Amazon DynamoDB table, and the second application compresses and archives data to a data store like Amazon Simple Storage Service (Amazon S3). The DynamoDB table with running aggregates is then read by a dashboard for up-to-the-minute reports. The Kinesis Client Library enables fault-tolerant consumption of data from streams and provides scaling support for Kinesis Data Streams applications. Related services For information about using Amazon EMR clusters to read and process Kinesis data streams directly, see Kinesis Connector . Javascript is disabled or is unavailable in your browser. To use the Amazon Web Services Documentation, Javascript must be enabled. Please refer to your browser's Help pages for instructions. Document Conventions Terminology and concepts Did this page help you? - Yes Thanks for letting us know we're doing a good job! If you've got a moment, please tell us what we did right so we can do more of it. Did this page help you? - No Thanks for letting us know this page needs work. We're sorry we let you down. 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https://aws.amazon.com/cn/lake-formation/ | 数据湖治理 — AWS Lake Formation — Amazon Web Services 跳至主要内容 Filter: 全部 English 联系我们 AWS Marketplace 支持 我的账户 搜索 Filter: 全部 登录控制台 创建账户 AWS Lake Formation 概述 特征 定价 资源 常见问题 产品 › 数据湖和分析 › AWS Lake Formation Amazon Lake Formation 内置于下一代 Amazon SageMaker AWS Lake Formation 集中管理、保护和共享用于分析和机器学习的数据 Lake Formation 入门 精选自助服务指南 了解 Lake Formation 管理和扩展数据访问权限既复杂又耗时。了解 AWS Lake Formation 如何帮助您集中管理和扩展精细的数据访问权限，并在组织内外充满信心地共享数据。 播放 Lake Formation 的优势 管理权限 使用熟悉的类似数据库的功能管理精细的数据湖访问权限。 规模化管理 大规模简化用户的安全管理和治理。 获得更深入的见解 从与内部和外部用户安全共享的数据中快速获得更深入的见解。 数据审计 通过全面的数据审计，监控您的数据访问并帮助实现合规性。 使用案例 使用熟悉的类似数据库的功能管理权限 从 AWS Glue Data Catalog 中的一个位置集中管理数据资源（包括数据库和表）的权限。 详细了解 AWS Glue Data Catalog 大规模管理和帮助保护您的数据 通过设置数据属性和应用属性权限，在用户之间扩展权限。 详细了解基于标签的访问控制 简化组织内部和外部的数据共享 允许用户根据您的目标和政策，自信地快速查找、适当访问和共享数据，从而鼓励创新。 详细了解数据存储 通过审计监控访问权限并提高合规性 通过全面的数据访问审计，主动应对数据挑战并保护您的业务。 详细了解数据访问审计 如何开始使用 创建 AWS 账户 注册 开始使用 AWS Lake Formation 登录 集中和管理权限 浏览开发人员指南 创建 AWS 账户 了解 什么是 AWS？ 什么是云计算？ 什么是代理式人工智能？ 云计算概念中心 AWS 云安全性 最新资讯 博客 新闻稿 资源 入门 训练 AWS 信任中心 AWS 解决方案库 架构中心 产品和技术常见问题 分析报告 AWS 合作伙伴 开发人员 构建者中心 软件开发工具包与工具 运行于 AWS 上的 .NET 运行于 AWS 上的 Python 运行于 AWS 上的 Java 运行于 AWS 上的 PHP 运行于 AWS 上的 JavaScript 帮助 联系我们 提交支持工单 AWS re:Post Knowledge Center AWS Support 概述 获取专家帮助 AWS 可访问性 法律 English 回到顶部 Amazon 是一个倡导机会均等的雇主：反对少数族裔、妇女、残疾人士、退伍军人、性别认同、性取向和年龄歧视。 x facebook linkedin instagram twitch youtube podcasts email 隐私 网站条款 Cookie 首选项 © 2025, Amazon Web Services, Inc. 或其联属公司。保留所有权利。 | 2026-01-13T09:29:09 |
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https://hackage.haskell.org/package/clientsession | clientsession: Securely store session data in a client-side cookie. Hackage :: [Package] Search Browse What's new Upload User accounts clientsession : Securely store session data in a client-side cookie. [ library , mit , program , web ] [ Propose Tags ] [ Report a vulnerability ] Achieves security through AES-CTR encryption and Skein-MAC-512-256 authentication. Uses Base64 encoding to avoid any issues with characters. [ Skip to Readme ] Modules [ Index ] [ Quick Jump ] Web Web.ClientSession Flags Automatic Flags Name Description Default test Build the executable to run unit tests Disabled Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info Downloads clientsession-0.9.3.0.tar.gz [ browse ] (Cabal source package) Package description (as included in the package) Maintainer's Corner Package maintainers FelipeLessa , MichaelSnoyman For package maintainers and hackage trustees edit package information Candidates No Candidates Versions [ RSS ] 0.0.0 , 0.0.1 , 0.2.0 , 0.2.0.1 , 0.2.1 , 0.3.0 , 0.4.0 , 0.4.0.1 , 0.4.0.2 , 0.4.0.3 , 0.4.1 , 0.5.0 , 0.6.0 , 0.7.0 , 0.7.1 , 0.7.2 , 0.7.3 , 0.7.3.1 , 0.7.3.2 , 0.7.3.3 , 0.7.3.4 , 0.7.3.5 , 0.7.3.6 , 0.7.4 , 0.7.4.1 , 0.7.4.2 , 0.7.4.3 , 0.7.5 , 0.8.0 , 0.8.0.1 , 0.8.0.2 , 0.8.0.3 , 0.8.1 , 0.9 , 0.9.0.1 , 0.9.0.2 , 0.9.0.3 , 0.9.0.4 , 0.9.0.5 , 0.9.1 , 0.9.1.1 , 0.9.1.2 , 0.9.2.0 , 0.9.3.0 Change log ChangeLog.md Dependencies base (>=4.8 && <5) , base64-bytestring (>=0.1.1.1) , bytestring (>=0.9) , cereal (>=0.3) , clientsession , crypto-api (>=0.8) , crypton (>=1.0) , directory (>=1) , entropy (>=0.2.1) , setenv , skein (>=1.0 && <1.1) , tagged (>=0.1) [ details ] License MIT Author Michael Snoyman <michael@snoyman.com>, Felipe Lessa <felipe.lessa@gmail.com> Maintainer Michael Snoyman <michael@snoyman.com> Uploaded by MichaelSnoyman at 2024-07-14T08:07:12Z Stability stable --> Category Web Home page http://github.com/yesodweb/clientsession/tree/master Source repo head: git clone https://github.com/yesodweb/clientsession.git Distributions Arch: 0.9.3.0 , Debian: 0.9.1.2 , Fedora: 0.9.3.0 , FreeBSD: 0.9.1.1 , LTSHaskell: 0.9.3.0 , NixOS: 0.9.3.0 , Stackage: 0.9.3.0 , openSUSE: 0.9.3.0 Reverse Dependencies 33 direct, 3691 indirect [ details ] Executables clientsession-generate Downloads 93492 total (226 in the last 30 days) Rating (no votes yet) [estimated by Bayesian average ] Your Rating λ λ λ Status Docs available [ build log ] Last success reported on 2024-07-14 [ all 1 reports ] Readme for clientsession-0.9.3.0 [ back to package description ] clientsession Securely store session data in a client-side cookie. Achieves security through AES-CTR encryption and Skein-MAC-512-256 authentication. Uses Base64 encoding to avoid any issues with characters. Produced by hackage and Cabal 3.16.1.0. | 2026-01-13T09:29:09 |
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https://aws.amazon.com/lake-formation/features/ | Data Lake Governance – AWS Lake Formation Features – AWS Skip to main content Filter: All English Contact us AWS Marketplace Support My account Search Filter: All Sign in to console Create account AWS Lake Formation Overview Features Pricing Resources FAQs Products › Analytics › AWS Lake Formation › AWS Lake Formation Features AWS Lake Formation Features AWS Lake Formation AWS Lake Formation makes it easier to centrally govern, secure, and globally share data for analytics and machine learning (ML). With Lake Formation, you can centralize data security and governance using the AWS Glue Data Catalog, letting you manage metadata and data permissions in one place with familiar database-style features. It also delivers fine-grained data access control, so you can help ensure users have access to the right data down to the row and column level. You can then scale permissions across your users. Lake Formation also makes it easier to share data internally across your organization and externally by using AWS Data Exchange , which lets you create a data mesh or meet other data sharing needs with no data movement. Additionally, because Lake Formation tracks data interactions by role and user, it provides comprehensive data access auditing to verify the right data was accessed by the right users at the right time. Page topics Centralize data permissions 4 Simplify security management and governance at scale 2 Understand and share your data 4 Monitor data access and help ensure compliance 1 Centralize data permissions Open all Centralize permissions management Lake Formation centralizes permission management on your data resources in the AWS Glue Data Catalog, including databases and tables. You can define and manage access by role for your users and applications using familiar database-like grants, bringing the simplicity of data warehouses and databases to your data lake. Define and manage fine-grained access controls Lake Formation provides a single place to manage access controls for data in your data lake. You can define security policies that restrict access to data at the database, table, column, row, and cell levels with fine-grained access control (FGAC). These policies apply to AWS IAM users and roles and to users and groups when federating through an external identity provider. You can use FGAC to access data secured by Lake Formation within Amazon Redshift Spectrum , Amazon Athena , AWS Glue ETL , and Amazon EMR for Apache Spark . Enforce permissions with AWS analytics services integration AWS Lake Formation helps you consistently enforce permissions across AWS analytics services with native integrations for Amazon Athena , Amazon SageMaker , Amazon Redshift , as well as AWS Glue for data integration and Amazon EMR for big data processing. Integration with AWS Identity and Access Management (IAM) authenticates users and roles, enforcing permissions across AWS analytics and ML services. Integrates with third-party partners Lake Formation is integrated with third-party partners so you can extend your permissions management to the engines you prefer, such as Starburst and Dremio. Lake Formation also integrates with Privacera and Collibra so you can pull permissions or push permissions with Lake Formation and exploit the reach of permissions management capabilities in both Privacera and Collibra. See the documentation for more information on Lake Formation partnerships . Simplify security management and governance at scale Open all Centrally manage permissions across your users Lake Formation makes it easier to scale permissions across users with tag-based access controls. With tag-based access controls, you can set attributes on data and apply permissions to those attributes to scale. Lake Formation tag-based access control (LF-TBAC) dynamically uses data attributes in the tags to scale permissions as data changes. Scale dynamic permissions with AI-driven tag management Lake Formation tags can be quickly populated with your own business rules and ontologies such as departments, product lines, data ownership, data sensitivity (for example, public or private), and data classification (for example, Social Security Number, phone numbers). You can dynamically manage your tag values by using integrated AWS services, including AWS Glue Sensitive Data Detection. AWS Glue Sensitive Data Detection can identify a variety of personally identifiable information (PII) and other sensitive data like credit card numbers, helping you tag for data audit purposes or sensitive information. Understand and share your data Open all Manage permissions for your data from a centralized catalog Lake Formation lets you build permissions on databases and tables within the AWS Glue Data Catalog. This allows you to use the AWS Glue Data Catalog as a hub for managing and sharing your data. With AWS Glue Data Catalog federation features, you can extend permissions to data cataloged by your own Hive metastore or with Amazon Redshift data sharing . You can set up and enforce permissions on datasets presented through the AWS Glue Data Catalog, making it easier to control access to your data no matter where it lives. Allow secure data sharing across your organization AWS Lake Formation allows for data sharing with zero ETL, making it easier to maintain control of your data while still ensuring users have access. Lake Formation simplifies data sharing, letting you create a data mesh or meet other data-sharing needs. Lake Formation cross-account and cross-Region data-linking capabilities allow users to securely share distributed data lakes across multiple AWS accounts, AWS Organizations, and AWS Regions. Lastly, with Lake Formation data sharing, you can directly control who you are sharing data with, such as selecting the exact IAM principals in other accounts to help ensure data ownership is controlled by the owner once it is shared. Simplify business-to-business data sharing AWS Lake Formation allows business-to-business data sharing external to your organization for licensing or other uses. Lake Formation integrates with AWS Data Exchange — an AWS service that lets you find, subscribe to, and use third-party data in the cloud — so you can share data with external businesses without moving or copying the data. Discover relevant data for analysis With Lake Formation permissions on the AWS Glue Data Catalog, users enjoy online, text-based search capabilities to provide them a better understanding of data within the AWS Glue Data Catalog. You can search for relevant data by name, content, sensitivity, or any other defined custom labels. Monitor data access and help ensure compliance Open all Comprehensive data access and audit logging Lake Formation provides comprehensive audit logs with Amazon CloudTrail to monitor access and compliance with centrally defined policies. You can audit data access history across analytics and machine learning (ML) services that read the data using Lake Formation. This lets you see which users or roles have attempted to access what data and when. You can access audit logs in the same way you access other CloudTrail logs using the CloudTrail APIs and console. How to get started Learn more about AWS Lake Formation pricing Learn more Sign up for an account Sign up Start building in the console Sign in Did you find what you were looking for today? Let us know so we can improve the quality of the content on our pages Yes No Create an AWS account Learn What Is AWS? What Is Cloud Computing? What Is Agentic AI? 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https://www.youtube.com/watch?v=r6MwG5D5r5U | The OpenBSD Installer - Klemens Nanni - EuroBSDcon 2023 - YouTube 정보 보도자료 저작권 문의하기 크리에이터 광고 개발자 약관 개인정보처리방침 정책 및 안전 YouTube 작동의 원리 새로운 기능 테스트하기 © 2026 Google LLC, Sundar Pichai, 1600 Amphitheatre Parkway, Mountain View CA 94043, USA, 0807-882-594 (무료), yt-support-solutions-kr@google.com, 호스팅: Google LLC, 사업자정보 , 불법촬영물 신고 크리에이터들이 유튜브 상에 게시, 태그 또는 추천한 상품들은 판매자들의 약관에 따라 판매됩니다. 유튜브는 이러한 제품들을 판매하지 않으며, 그에 대한 책임을 지지 않습니다. var ytInitialData = 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https://hackage.haskell.org/package/casa-client/maintainers | Maintainers for casa-client | Hackage Hackage :: [Package] Home Search Browse What's new Upload User accounts Maintainers for casa-client : candidates Maintainers for a package can upload new versions and adjust other attributes in the package database. [ edit ] ChrisDone MichaelSnoyman mpilgrem | 2026-01-13T09:29:09 |
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