tag dict | content listlengths 1 139 |
|---|---|
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Buildpacks",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Cloud Native Buildpacks (CNBs) transform your application source code into container images that can run on any cloud. With buildpacks, organizations can concentrate the knowledge of container build best practices within a specialized team, instead of having application developers across the organiza... |
{
"category": "App Definition and Development",
"file_name": "app-journey.md",
"project_name": "Buildpacks",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "In this tutorial, well explain how to use pack and buildpacks to create a runnable app image from source code. In order to run the build process in an isolated fashion, pack uses Docker or a Docker-compatible daemon to create the containers where buildpacks execute. That means youll need to make sure... |
{
"category": "App Definition and Development",
"file_name": "builder_overview.md",
"project_name": "Chef Habitat",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Chef Habitat Builder acts as the core of Chefs Application Delivery Enterprise hub. Chef Habitat Builder was first launched as a cloud service and as the repository of all available plan templates built by Chef and the supporting community. Due to the fact that the application source code is stored a... |
{
"category": "App Definition and Development",
"file_name": "habitat.md",
"project_name": "Chef Habitat",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Chef Habitat is a workload-packaging, orchestration, and deployment system that allows you to build, package, deploy, and manage applications and services without worrying about which infrastructure your application will deploy on, and without any rewriting or refactoring if you switch to a different... |
{
"category": "App Definition and Development",
"file_name": "docs.codezero.io.md",
"project_name": "CodeZero",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Codezero is an overlay network that empowers development teams to turn Kubernetes clusters into Teamspaces. A Teamspace is a collaborative development environment where developers can locally Consume services discoverable in a Service Catalog. Services featured in the catalog operate either within th... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "CloudTTY",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "A Job creates one or more Pods and will continue to retry execution of the Pods until a specified number of them successfully terminate. As pods successfully complete, the Job tracks the successful completions. When a specified number of successful completions is reached, the task (ie, Job) is comple... |
{
"category": "App Definition and Development",
"file_name": "about.md",
"project_name": "Cyclops",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Welcome to Cyclops, a powerful user interface for managing and interacting with Kubernetes clusters. Cyclops is designed to simplify the management of containerized applications on Kubernetes, providing an intuitive and user-friendly experience for developers, system administrators, and DevOps profes... |
{
"category": "App Definition and Development",
"file_name": "manifest.md",
"project_name": "Cyclops",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "To install Cyclops in your cluster, run commands below: ``` kubectl apply -f https://raw.githubusercontent.com/cyclops-ui/cyclops/v0.6.2/install/cyclops-install.yaml && kubectl apply -f https://raw.githubusercontent.com/cyclops-ui/cyclops/v0.6.2/install/demo-templates.yaml``` It will create a new nam... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Cyclops",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Welcome to Cyclops, a powerful user interface for managing and interacting with Kubernetes clusters. Cyclops is designed to simplify the management of containerized applications on Kubernetes, providing an intuitive and user-friendly experience for developers, system administrators, and DevOps profes... |
{
"category": "App Definition and Development",
"file_name": "getting-started.md",
"project_name": "CodeZero",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "These are the general steps for setting up a Teamspace. Apart from setting up a new Kubernetes cluster, the following steps should take less than 10 minutes to complete. These steps should be carried out by someone comfortable around Kubernetes: Once a Teamspace is set up and certified, individual de... |
{
"category": "App Definition and Development",
"file_name": "prerequisites.md",
"project_name": "Cyclops",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "In order to test out Cyclops you are going to need some things. First thing you are going to need is a Kubernetes cluster. If you have one that you can use to play with, great, if not you can try installing minikube. Minikube sets up a local Kubernetes cluster that you can use to test stuff out. Chec... |
{
"category": "App Definition and Development",
"file_name": "docs.md",
"project_name": "Depot",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Using Depot's remote builders for local development allows you to get faster Docker image builds with the entire Docker layer cache instantly available across builds. The cache is shared across your entire team who has access to a given Depot project, allowing you to reuse build results and cache acr... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Dapr",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Distributed applications are commonly comprised of many microservices, with dozens - sometimes hundreds - of instances scaling across underlying infrastructure. As these distributed solutions grow in size and complexity, the potential for system failures inevitably increases. Service instances can fa... |
{
"category": "App Definition and Development",
"file_name": "installation.md",
"project_name": "Depot",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "How to install the depot CLI on all platforms, with links to CI configuration guides. For Mac, you can install the CLI with Homebrew: ``` brew install depot/tap/depot``` Or download the latest version from GitHub releases. Either install with our installation script: ``` curl -L https://depot.dev/ins... |
{
"category": "App Definition and Development",
"file_name": "security.md",
"project_name": "Depot",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "For questions, concerns, or information about our security policies or to disclose a security vulnerability, please get in touch with us at security@depot.dev. A Depot organization represents a collection of projects that contain builder VMs and SSD cache disks. These VMs and disks are associated wit... |
{
"category": "App Definition and Development",
"file_name": "community.md",
"project_name": "Devfile",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Introduction Organizations looking to standardize their development environment can do so by adopting devfiles. In the simplest case, developers can just consume the devfiles that are available from the public community registry. If your organization needs custom devfiles that are authored and shared... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Docker Compose",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "You can add seats and manage invitations to your Docker Build Cloud Team in the Docker Build Cloud dashboard. Note If you have a Docker Build Cloud Business subscription, you can add and remove seats by working with your account executive, then assign your purchased seats in the Docker Build Cloud da... |
{
"category": "App Definition and Development",
"file_name": "compose-file.md",
"project_name": "Docker Compose",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Docker recommends you use the Docker Official Images in your projects. These images have clear documentation, promote best practices, and are regularly updated. Docker Official Images support most common use cases, making them perfect for new Docker users. Advanced users can benefit from more special... |
{
"category": "App Definition and Development",
"file_name": "local-development.md",
"project_name": "Depot",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "How to install the depot CLI on all platforms, with links to CI configuration guides. For Mac, you can install the CLI with Homebrew: ``` brew install depot/tap/depot``` Or download the latest version from GitHub releases. Either install with our installation script: ``` curl -L https://depot.dev/ins... |
{
"category": "App Definition and Development",
"file_name": "faq.md",
"project_name": "Docker Compose",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Docker recommends you use the Docker Official Images in your projects. These images have clear documentation, promote best practices, and are regularly updated. Docker Official Images support most common use cases, making them perfect for new Docker users. Advanced users can benefit from more special... |
{
"category": "App Definition and Development",
"file_name": "release-notes.md",
"project_name": "Docker Compose",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "The Docker Official Images are a curated set of Docker repositories hosted on Docker Hub. Note Use of Docker Official Images is subject to Docker's Terms of Service. These images provide essential base repositories that serve as the starting point for the majority of users. These include operating sy... |
{
"category": "App Definition and Development",
"file_name": "new_template=doc_issue.yml&location=https%3a%2f%2fdocs.docker.com%2fcompose%2f&labels=status%2Ftriage.md",
"project_name": "Docker Compose",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "For more detailed information, see the release notes in the Compose repo. This release fixes a build issue with Docker Desktop for Windows introduced in Compose v2.24.0. Note The watch command is now generally available (GA). You can directly use it from the root command docker compose watch. For mor... |
{
"category": "App Definition and Development",
"file_name": "install.md",
"project_name": "Docker Compose",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "You can enhance your teams' builds with a Build Cloud subscription. This page describes the features available for the different subscription tiers. To compare features available for each tier, see Docker Build Cloud pricing. If you have an existing Docker Core subscription, a base level of Build Clo... |
{
"category": "App Definition and Development",
"file_name": "github-privacy-statement.md",
"project_name": "Fabric8 Kubernetes Client",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Thank you for using GitHub! We're happy you're here. Please read this Terms of Service agreement carefully before accessing or using GitHub. Because it is such an important contract between us and our users, we have tried to make it as clear as possible. For your convenience, we have presented these ... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Gefyra",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This guide describes the usage of Gefyra for the local development of a Kubernetes application running in Minikube. Important: This getting started guide for Minikube requires Gefyra in version >=2.0.0+. ``` minikube start``` Important: the following example does not fully work with --driver=qemu sin... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Glasskube",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Glasskube is available for macOS, Windows and Linux. Packages are available for Homebrew and most package managers popular on Linux systems. On macOS, you can use Homebrew to install and update Glasskube. ``` brew install glasskube/tap/glasskube``` You can install Glasskube using one of the package m... |
{
"category": "App Definition and Development",
"file_name": "github-terms-of-service.md",
"project_name": "Fabric8 Kubernetes Client",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Thank you for using GitHub! We're happy you're here. Please read this Terms of Service agreement carefully before accessing or using GitHub. Because it is such an important contract between us and our users, we have tried to make it as clear as possible. For your convenience, we have presented these ... |
{
"category": "App Definition and Development",
"file_name": "docs.gradle.org.md",
"project_name": "Gradle Build Tool",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Apache Maven is a build tool for Java and other JVM-based projects. It is typical to migrate an existing Maven build to Gradle. This guide will help with such a migration by explaining the differences and similarities between the two tools and providing steps that you can follow to ease the process. ... |
{
"category": "App Definition and Development",
"file_name": "docs.github.com.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "You can build search queries for the results you want with specialized code qualifiers, regular expressions, and boolean operations. The search syntax in this article only applies to searching code with GitHub code search. Note that the syntax and qualifiers for searching for non-code content, such a... |
{
"category": "App Definition and Development",
"file_name": "ECR_on_EKS.html.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "You can use your Amazon ECR images with Amazon EKS. When referencing an image from Amazon ECR, you must use the full registry/repository:tag naming for the image. For example, awsaccountid.dkr.ecr.region.amazonaws.com/my-repository:latest. If you have Amazon EKS workloads hosted on managed nodes, sel... |
{
"category": "App Definition and Development",
"file_name": "docs.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "In Running Docker with HTTPS, you learned that, by default, Docker runs via a non-networked Unix socket and TLS must be enabled in order to have the Docker client and the daemon communicate securely over HTTPS. TLS ensures authenticity of the registry endpoint and that traffic to/from registry is enc... |
{
"category": "App Definition and Development",
"file_name": "github-privacy-statement.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "We read every piece of feedback, and take your input very seriously. To see all available qualifiers, see our documentation. | Name | Name.1 | Name.2 | Last commit message | Last commit date | |:-|:-|:-|-:|-:| | parent directory.. | parent directory.. | parent directory.. | nan | nan | | designpropos... |
{
"category": "App Definition and Development",
"file_name": "pod-security-policies.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. A connection string includes the authorization information required for your application to access data in an Azure Storage account at runtime using Shared... |
{
"category": "App Definition and Development",
"file_name": "linux_saas_runner.html#machine-types-available-for-private-projects-x86-64.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Docker is an open platform for developing, shipping, and running applications. Docker allows you to separate your applications from your infrastructure so you can deliver software quickly. With Docker, you can manage your infrastructure in the same ways you manage your applications. By taking advanta... |
{
"category": "App Definition and Development",
"file_name": "predefined_variables.html.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. A connection string includes the authorization information required for your application to access data in an Azure Storage account at runtime using Shared... |
{
"category": "App Definition and Development",
"file_name": "github-terms-of-service.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "GitHub offers hosted virtual machines to run workflows. The virtual machine contains an environment of tools, packages, and settings available for GitHub Actions to use. Runners are the machines that execute jobs in a GitHub Actions workflow. For example, a runner can clone your repository locally, i... |
{
"category": "App Definition and Development",
"file_name": "workload-identity#authenticating_to.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "In Running Docker with HTTPS, you learned that, by default, Docker runs via a non-networked Unix socket and TLS must be enabled in order to have the Docker client and the daemon communicate securely over HTTPS. TLS ensures authenticity of the registry endpoint and that traffic to/from registry is enc... |
{
"category": "App Definition and Development",
"file_name": "resources.md#surfacing-the-image-digest-built-in-a-task.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "You can host your own runners and customize the environment used to run jobs in your GitHub Actions workflows. A self-hosted runner is a system that you deploy and manage to execute jobs from GitHub Actions on GitHub.com. For more information about GitHub Actions, see \"Understanding GitHub Actions.\... |
{
"category": "App Definition and Development",
"file_name": "workload-identity#migrate_applications_to.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "GitHub offers hosted virtual machines to run workflows. The virtual machine contains an environment of tools, packages, and settings available for GitHub Actions to use. Runners are the machines that execute jobs in a GitHub Actions workflow. For example, a runner can clone your repository locally, i... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "KOTS",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "What's New? For EKS clusters created with Compatibility Matrix, provision S3-compatible object store buckets and AWS RDS Postgres databases using the new object-store and postgres cloud add-ons. Did You Know? For KOTS releases that contain one or more Helm charts, the KOTS HelmChart builder key is re... |
{
"category": "App Definition and Development",
"file_name": "workload-identity#enable_on_cluster.md",
"project_name": "kaniko",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This document lists the configuration options for the GitLab .gitlab-ci.yml file. This file is where you define the CI/CD jobs that make up your pipeline. When you are editing your .gitlab-ci.yml file, you can validate it with the CI Lint tool. If you are editing content on this page, follow the inst... |
{
"category": "App Definition and Development",
"file_name": "kots-cli-getting-started.md",
"project_name": "KOTS",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Users can interact with the Replicated KOTS CLI to install and manage applications with Replicated KOTS. The KOTS CLI is a kubectl plugin that runs locally on any computer. Install kubectl, the Kubernetes command-line tool. See Install Tools in the Kubernetes documentation. If you are using a cluster... |
{
"category": "App Definition and Development",
"file_name": "%5E0.1.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Stream utilities for Tokio. A Stream is an asynchronous sequence of values. It can be thought of as an asynchronous version of the standard library's Iterator trait. This crate provides helpers to work with them. For examples of usage and a more in-depth description of streams you can also refer to t... |
{
"category": "App Definition and Development",
"file_name": "#docs.rs.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "The Rust Foundation is a US non-profit organization. This privacy notice explains what we do with personal information. We commit to upholding the key data protection principles and data subject rights described in the GDPR and local data protection regulations in the countries in which we operate. S... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Kapeta",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Here you'll find articles that explain and guide you through creating software using Kapeta. Understand the fundamentals of Kapeta Learn how to code and build software with Kapeta Learn how to deploy your software with Kapeta Installation and other general help Kapeta Inc. 548 Market Street Suite 449... |
{
"category": "App Definition and Development",
"file_name": "%5E0.11.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Utilities for adding OpenTelemetry interoperability to tracing. Documentation | Chat tracing is a framework for instrumenting Rust programs to collect structured, event-based diagnostic information. This crate provides a layer that connects spans from multiple systems into a trace and emits them to O... |
{
"category": "App Definition and Development",
"file_name": "%5E0.2.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Utilities for implementing and composing tracing subscribers. Documentation | Chat Compiler support: requires rustc 1.42+ Tracing is built against the latest stable release. The minimum supported version is 1.42. The current Tracing version is not guaranteed to build on Rust versions earlier than the... |
{
"category": "App Definition and Development",
"file_name": "%5E0.3.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Utilities for instrumenting futures-based code with tracing. Documentation | Chat tracing is a framework for instrumenting Rust programs to collect structured, event-based diagnostic information. This crate provides utilities for using tracing to instrument asynchronous code written using futures and... |
{
"category": "App Definition and Development",
"file_name": "%5E0.13.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Application-level tracing for Rust. Documentation | Chat tracing is a framework for instrumenting Rust programs to collect structured, event-based diagnostic information. In asynchronous systems like Tokio, interpreting traditional log messages can often be quite challenging. Since individual tasks a... |
{
"category": "App Definition and Development",
"file_name": "%5E0.4.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Chrono aims to provide all functionality needed to do correct operations on dates and times in the proleptic Gregorian calendar: Timezone data is not shipped with chrono by default to limit binary sizes. Use the companion crate Chrono-TZ or tzfile for full timezone support. See docs.rs for the API re... |
{
"category": "App Definition and Development",
"file_name": "%5E0.7.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This project is an attempt at extracting the compiletest utility from the Rust compiler. The compiletest utility is useful for library and plugin developers, who want to include test programs that should fail to compile, issue warnings or otherwise produce compile-time output. To use compiletest-rs i... |
{
"category": "App Definition and Development",
"file_name": "%5E0.8.9.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Common components for building Kubernetes operators This crate contains the core building blocks to allow users to build controllers/operators/watchers that need to synchronize/reconcile kubernetes state. Newcomers are recommended to start with the [Controller] builder, which gives an opinionated sta... |
{
"category": "App Definition and Development",
"file_name": "%5E0.8.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Serde is a framework for serializing and deserializing Rust data structures efficiently and generically. ``` [dependencies] serde_json = \"1.0\" ``` You may be looking for: JSON is a ubiquitous open-standard format that uses human-readable text to transmit data objects consisting of key-value pairs. ... |
{
"category": "App Definition and Development",
"file_name": "%5E1.0.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Kube is an umbrella-crate for interacting with Kubernetes in Rust. Kube contains a Kubernetes client, a controller runtime, a custom resource derive, and various tooling required for building applications or controllers that interact with Kubernetes. The main modules are: You can use each of these as... |
{
"category": "App Definition and Development",
"file_name": "0.4.0.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "All the builds on docs.rs are executed inside a sandbox with limited resources. The limits for this crate are the following: | 0 | 1 | |:--|:--| | Available RAM | 6 GB | | Maximum rustdoc execution time | 15 minutes | | Maximum size of a build log | 100 kB | | Network access | blocked | | Maximum num... |
{
"category": "App Definition and Development",
"file_name": "about.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "futures-rs is a library providing the foundations for asynchronous programming in Rust. It includes key trait definitions like Stream, as well as utilities like join!, select!, and various futures combinator methods which enable expressive asynchronous control flow. Add this to your Cargo.toml: ``` [... |
{
"category": "App Definition and Development",
"file_name": "choose.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Generate JSON Schema documents from Rust code If you don't really care about the specifics, the easiest way to generate a JSON schema for your types is to #[derive(JsonSchema)] and use the schema_for! macro. All fields of the type must also implement JsonSchema - Schemars implements this for many sta... |
{
"category": "App Definition and Development",
"file_name": "latest.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This library provides anyhow::Error, a trait object based error type for easy idiomatic error handling in Rust applications. ``` [dependencies] anyhow = \"1.0\" ``` Compiler support: requires rustc 1.39+ Use Result<T, anyhow::Error>, or equivalently anyhow::Result<T>, as the return type of any fallib... |
{
"category": "App Definition and Development",
"file_name": "docs.kubermatic.io.md",
"project_name": "KubeCarrier",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Automate operations of a single Kubernetes cluster on your chosen cloud, on-prem, or edge environment. Automate multicloud, on-prem, and edge operations with a single management UI enabling you to deliver the cloud native transformation immediately. Operating System Manager is responsible for creatin... |
{
"category": "App Definition and Development",
"file_name": "metadata.md",
"project_name": "Krator",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "You can customize docs.rs builds by defining [package.metadata.docs.rs] table in your crates' Cargo.toml. The available configuration flags you can customize are: ``` [package] name = \"test\" [package.metadata.docs.rs] features = [\"feature1\", \"feature2\"] all-features = true no-default-features =... |
{
"category": "App Definition and Development",
"file_name": "docs.github.com.md",
"project_name": "KubeCarrier",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Help for wherever you are on your GitHub journey. At the heart of GitHub is an open-source version control system (VCS) called Git. Git is responsible for everything GitHub-related that happens locally on your computer. You can connect to GitHub using the Secure Shell Protocol (SSH), which provides a... |
{
"category": "App Definition and Development",
"file_name": "github-terms-of-service.md",
"project_name": "KubeCarrier",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Thank you for using GitHub! We're happy you're here. Please read this Terms of Service agreement carefully before accessing or using GitHub. Because it is such an important contract between us and our users, we have tried to make it as clear as possible. For your convenience, we have presented these ... |
{
"category": "App Definition and Development",
"file_name": "understanding-github-code-search-syntax.md",
"project_name": "KubeCarrier",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "You can build search queries for the results you want with specialized code qualifiers, regular expressions, and boolean operations. The search syntax in this article only applies to searching code with GitHub code search. Note that the syntax and qualifiers for searching for non-code content, such a... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "KUDO",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "We read every piece of feedback, and take your input very seriously. To see all available qualifiers, see our documentation. | Name | Name.1 | Name.2 | Last commit message | Last commit date | |:|:|:|-:|-:| | parent directory.. | parent directory.. | parent directory.. | nan | nan | | resources | res... |
{
"category": "App Definition and Development",
"file_name": "getting-started.md",
"project_name": "KubeOrbit",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "KubeOrbit CLI needs a KUBECONFIG env setup in your local, Otherwise it will use the default directory $HOME/.kube/config: ``` export KUBECONFIG=/path/to/your/config``` Download CLI from our github release page, Choose different binary to match your operating system. MacOS: ``` mv ./orbitctl /usr/loca... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "KubeVela",
"subcategory": "Application Definition & Image Build"
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{
"data": "Before starting, please confirm that you've installed KubeVela and enabled the VelaUX addon according to the installation guide. Welcome to KubeVela! This section will guide you to deliver your first app. Below is a classic KubeVela application which contains one component with one operational trait,... |
{
"category": "App Definition and Development",
"file_name": "docs.md",
"project_name": "Lagoon",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "We gladly welcome any and all contributions to Lagoon! Lagoon benefits from any kind of contribution - whether it's a bugfix, new feature, documentation update, or simply some queue maintenance - we're happy that you want to help There's a whole section on how to get Lagoon running on your local mach... |
{
"category": "App Definition and Development",
"file_name": "docs.github.com.md",
"project_name": "Lagoon",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Help for wherever you are on your GitHub journey. At the heart of GitHub is an open-source version control system (VCS) called Git. Git is responsible for everything GitHub-related that happens locally on your computer. You can connect to GitHub using the Secure Shell Protocol (SSH), which provides a... |
{
"category": "App Definition and Development",
"file_name": "mysql.md",
"project_name": "Lagoon",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Cloud SQL for MySQL is a fully-managed database service that helps you set up, maintain, manage, and administer your MySQL relational databases on Google Cloud Platform. For information specific to MySQL, see the MySQL documentation or learn more about Cloud SQL for MySQL. Create instances Connection... |
{
"category": "App Definition and Development",
"file_name": "mkdocs.yml.md",
"project_name": "Lagoon",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "We gladly welcome any and all contributions to Lagoon! Lagoon benefits from any kind of contribution - whether it's a bugfix, new feature, documentation update, or simply some queue maintenance - we're happy that you want to help There's a whole section on how to get Lagoon running on your local mach... |
{
"category": "App Definition and Development",
"file_name": "mia-platform-overview.md",
"project_name": "Mia-Platform",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Mia-Platform is a cloud-native Platform Builder that helps you to build and manage your digital platform. By streamlining the Developer Experience, Mia-Platform allows organizations to reduce cognitive load on cloud-native complexity, increase software engineering productivity, and reach DevOps at sc... |
{
"category": "App Definition and Development",
"file_name": "postgres.md",
"project_name": "Lagoon",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Cloud SQL for PostgreSQL is a fully-managed database service that helps you set up, maintain, manage, and administer your PostgreSQL relational databases on Google Cloud Platform. Learn more Create instances Connection Overview Enable and disable high availability on an instance Create and manage Pos... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Mia-Platform",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Learn how Mia-Platform can help you to develop your business Start to learn the main concepts of Mia-Platform and how to use to develop your services Start to use only one platform to design and manage the full-cycle of your DevOps Read our tutorials, follow walkthroughs and learn how to decouple you... |
{
"category": "App Definition and Development",
"file_name": "postgresql.md",
"project_name": "Lagoon",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Azure Database for PostgreSQL - Flexible Server is a relational database service based on the open-source Postgres database engine. It's a fully managed da... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Monokle",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Are you looking for the Monokle Desktop documentation? Check out docs.monokle.io. Creating compliant and secure Kubernetes deployments that don't put your infrastructure and end-users at risk is a difficult and time-consuming task. Monokle is a Policy Platform for Kubernetes that helps you create sec... |
{
"category": "App Definition and Development",
"file_name": "introduction.md",
"project_name": "Nocalhost",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Goal: Install Nocalhost, evaluate the core features and experience efficient cloud-native application development. Estimate time: 5 minutes Requirements: Nocalhost does fully supports JetBrains, please refer to Install JetBrains Plugin. Click on the Nocalhost icon on the side panel, open the Nocalhos... |
{
"category": "App Definition and Development",
"file_name": "quick-start.md",
"project_name": "Nocalhost",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Goal: Install Nocalhost, evaluate the core features and experience efficient cloud-native application development. Estimate time: 5 minutes Requirements: Nocalhost does fully supports JetBrains, please refer to Install JetBrains Plugin. Click on the Nocalhost icon on the side panel, open the Nocalhos... |
{
"category": "App Definition and Development",
"file_name": "en.md",
"project_name": "Operator Framework",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Featured links Learn how to use RedHat products, find answers, and troubleshoot problems. Support application deploymentsfrom on premise to the cloud to the edgein a flexible operating environment. Quickly build and deploy applications at scale, while you modernize the ones you already have. Create, ... |
{
"category": "App Definition and Development",
"file_name": "openshift_topic=openshift-getting-started&interface=ui.md",
"project_name": "Operator Framework",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Error Red Hat OpenShift on IBM Cloud is a managed offering to create your own cluster of compute hosts where you can deploy and manage containerized apps on IBM Cloud. Combined with an intuitive user experience, built-in security and isolation, and advanced tools to secure, manage, and monitor your c... |
{
"category": "App Definition and Development",
"file_name": "index.html.md",
"project_name": "Operator Framework",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Build, deploy and manage your applications across cloud- and on-premise infrastructure Single-tenant, high-availability Kubernetes clusters in the public cloud The fastest way for developers to build, host and scale applications in the public cloud Azure Red Hat OpenShift is supported by Red Hat and ... |
{
"category": "App Definition and Development",
"file_name": "docs.md",
"project_name": "Packer",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Packer lets you create identical machine images for multiple platforms from a single source configuration. A common use case is creating golden images for organizations to use in cloud infrastructure. Standardize and automate your workflow. Use built-in and external plugins to perform tasks during ea... |
{
"category": "App Definition and Development",
"file_name": "docs.plural.sh.md",
"project_name": "Plural",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Get started, master your operations, and troubleshoot your problems. Find whats most relevant to you A guide to getting up and running. What does Plural have access to? Setting up your first cluster in browser. Applications you can install with Plural. Common issues or errors. Share and manage your G... |
{
"category": "App Definition and Development",
"file_name": "intro.md",
"project_name": "Packer",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Welcome to the world of Packer! This introduction guide will show you what Packer is, explain why it exists, the benefits it has to offer, and how you can get started with it. If you're already familiar with Packer, the documentation provides more of a reference for all available features. Packer is ... |
{
"category": "App Definition and Development",
"file_name": "Commands.html.md",
"project_name": "Podman",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Podman (Pod Manager) Global Options, Environment Variables, Exit Codes, Configuration Files, and more attach Attach to a running container auto-update Auto update containers according to their auto-update policy build Build an image using instructions from Containerfiles commit Create new image based... |
{
"category": "App Definition and Development",
"file_name": "quickstart.md",
"project_name": "Plural",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "A guide to getting up and running with Plural using our CLI in under 30 minutes. This is a guide on how to get Plural running using our CLI. If you prefer an in-browser Cloud Shell experience with all the dependencies loaded, check out our Quickstart Guide for Cloud Shell here. You can see the proces... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Porter",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "On this page The Porter Operator provides custom resource definitions (CRDs) that you can use to interact with Porter and control how it is executed. Though both Porter and Kubernetes has the concept of names, namespaces and labels, the resources do not reuse those fields from the CRD, and instead us... |
{
"category": "App Definition and Development",
"file_name": "docs.md",
"project_name": "Podman",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Podman is a utility provided as part of the libpod library. It can be used to create and maintain containers. The following tutorial will teach you how to set up Podman and perform some basic commands. The documentation for Podman is located here. For installing or building Podman, please see the ins... |
{
"category": "App Definition and Development",
"file_name": "quickstart.md",
"project_name": "Porter",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "On this page Porter is an open-source project that packages your application, client tools, configuration, and deployment logic into an installer that you can distribute and run with a single command. The Porter Authors 2024 2024 The Linux Foundation. All rights reserved. The Linux Foundation has reg... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Radius",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Learn about why we created Radius and how it can help you Learn about the architecture, API design, and other technical concepts of Radius Commonly asked questions about best practices Was this page helpful? Glad to hear it! Please feel free to star our repo and join our Discord server to stay up to ... |
{
"category": "App Definition and Development",
"file_name": "docs.radapp.io.md",
"project_name": "Radius",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "This guide will show you how to quickly get started with Radius. Youll walk through both installing Radius and running your first Radius app. Estimated time to complete: 10 min The Radius getting-started guide can be run for free in a GitHub Codespace. Visit the following link to get started in secon... |
{
"category": "App Definition and Development",
"file_name": "overview.md",
"project_name": "Radius",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Recipes enable a separation of concerns between IT operators and developers by automating infrastructure deployment. Developers select the resource they want in their app (Mongo Database, Redis Cache, Dapr State Store, etc.), and IT operators codify in their environment how these resources should be ... |
{
"category": "App Definition and Development",
"file_name": "index.html.md",
"project_name": "Serverless Workflow",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "SonataFlow is a tool for building cloud-native workflow applications. You can use it to do the services and events orchestration and choreography. Currently, with SonataFlow you can integrate with services and events in your architecture using: CloudEvents. Ideal for an Event-Driven architecture wher... |
{
"category": "App Definition and Development",
"file_name": "introduction.html.md",
"project_name": "sealer",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Introduction Getting Started Commands Concepts Advanced Find Sealer Images Contributing Help Sealer[silr] provides a new way of distributed application delivery which is reducing the difficulty and complexity by packaging Kubernetes cluster and all application's dependencies into one Sealer Image. We... |
{
"category": "App Definition and Development",
"file_name": "Apache-ServiceComb-Meetup-2019-Shanghai-KubeCon+CloudNative+OSS-Report.md",
"project_name": "ServiceComb",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "ServiceComb is a microservice framework that provides service registration, discovery, configuration and management utilities. 2 minute read On June 24, 2019, Beijing time, at the Shanghai World Expo Center in China, the Apache ServiceComb community held microservice Co-Located event at the KubeCon+C... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "ServiceComb",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "ServiceComb is a microservice framework that provides service registration, discovery, configuration and management utilities. 1 minute read On December 23, 2018, the Apache ServiceComb community jointly Chuanzhiboke sub-brand Itheima, Boxuegu and Wisdom Gathering, and jointly launched the Apache Ser... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Shipwright",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Shipwright is an extensible framework for building container images on Kubernetes. Shipwright supports popular tools such as Kaniko, Cloud Native Buildpacks, Buildah, and more! Shipwright is based around four elements for each build: Developers who use Docker are familiar with this process: ``` docke... |
{
"category": "App Definition and Development",
"file_name": "servicecomb-accept-newcapec-institute-code-donation.md",
"project_name": "ServiceComb",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Opensource change the world less than 1 minute read ServiceComb Toolkit recently recieved a code donation(oas-validator) from NewCapec Institute, oas-validator provides OpenAPI V3 style and compatiblity check functionalitiesRelated links ServiceComb community will complete the integration work as soo... |
{
"category": "App Definition and Development",
"file_name": "#standalone-binary.md",
"project_name": "Skaffold",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "To keep Skaffold up to date, update checks are made to Google servers to see if a new version of Skaffold is available. You can turn this update check off by following these instructions. To help prioritize features and work on improving Skaffold, we collect anonymized Skaffold usage data. You can op... |
{
"category": "App Definition and Development",
"file_name": "#community.md",
"project_name": "Skaffold",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Join the Skaffold community and discuss the project at: The Skaffold Project also holds a monthly meeting on the last Wednesday of the month at 9:30am PST on Google Meet! Everyone is welcome to attend! You will receive a calendar invite when you join the Skaffold Mailing List. See Contributing Guide,... |
{
"category": "App Definition and Development",
"file_name": ".md",
"project_name": "Skaffold",
"subcategory": "Application Definition & Image Build"
} | [
{
"data": "Skaffold v2 has been released! You are viewing the Skaffold v2 documentation. View the archived v1 documentation here. Skaffold is a command line tool that facilitates continuous development for container based & Kubernetes applications. Skaffold handles the workflow for building, pushing, and deploy... |
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