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|---|---|---|---|---|---|
meta/v1.ServiceAccountSelector](https://pkg.go.dev/github.com/external-secrets/external-secrets/apis/meta/v1#ServiceAccountSelector)* | | ### AuthorizationProtocol (*Appears on:* [WebhookSpec](#generators.external-secrets.io/v1alpha1.WebhookSpec)) AuthorizationProtocol contains the protocol-specific configuration | Fie... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.11799629032611847,
0.02214602753520012,
-0.08774466067552567,
0.023211920633912086,
-0.006839456502348185,
0.01962972618639469,
0.06301286071538925,
-0.03583035618066788,
0.05179399251937866,
0.10341858118772507,
0.02852579765021801,
-0.05837344750761986,
0.08141878247261047,
0.01775308... | 0.065158 |
### ControllerClassResource ControllerClassResource defines a resource that can be assigned to a specific controller class. | Field | Description | | --- | --- | | `spec` *struct{ControllerClass string "json:\"controller\""}* | | `controller` *string* | | | --- | --- | | ### ECRAuthorizationToken ECRAuthorizationToken ... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.009316787123680115,
0.055038243532180786,
-0.08644577115774155,
-0.034347858279943466,
0.048080362379550934,
0.017300745472311974,
0.011195401661098003,
0.013323573395609856,
0.05020299553871155,
0.03249092400074005,
-0.03412453085184097,
-0.059886470437049866,
0.009195825085043907,
-0.... | 0.019291 |
(*Appears on:* [GCPSMAuth](#generators.external-secrets.io/v1alpha1.GCPSMAuth)) GCPWorkloadIdentity defines the configuration for using GCP Workload Identity authentication. | Field | Description | | --- | --- | | `serviceAccountRef` *[External Secrets meta/v1.ServiceAccountSelector](https://pkg.go.dev/github.com/exter... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.08607880026102066,
-0.024709532037377357,
-0.00439470773562789,
-0.03504408895969391,
-0.0584169365465641,
0.024751687422394753,
0.06650765240192413,
0.010627764277160168,
0.025100400671362877,
0.021387014538049698,
-0.012733829207718372,
-0.05122464895248413,
0.015129840932786465,
0.00... | 0.110564 |
| `garbageCollectionDeadline` *[Kubernetes meta/v1.Time](https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.25/#time-v1-meta)* | GarbageCollectionDeadline is the time after which the generator state will be deleted. It is set by the controller which creates the generator state and can be set configured by... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.07159372419118881,
0.0860525444149971,
0.0029649806674569845,
-0.010826737619936466,
0.0012171376729384065,
-0.0021317889913916588,
-0.016965702176094055,
-0.06674670428037643,
0.13787169754505157,
0.015271523036062717,
-0.0011736252345144749,
-0.024037804454565048,
0.005855287425220013,
... | 0.137426 |
*[GithubAuth](#generators.external-secrets.io/v1alpha1.GithubAuth)* | Auth configures how ESO authenticates with a Github instance. | | ### GithubAccessTokenSpec (*Appears on:* [GeneratorSpec](#generators.external-secrets.io/v1alpha1.GeneratorSpec), [GithubAccessToken](#generators.external-secrets.io/v1alpha1.GithubAcc... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.06360700726509094,
-0.05897359922528267,
-0.05725250765681267,
0.0003147941897623241,
0.01766512729227543,
-0.031052619218826294,
-0.002114423317834735,
0.025784974917769432,
-0.008073021657764912,
0.017746716737747192,
-0.05288694426417351,
-0.06824647635221481,
0.049451377242803574,
-... | 0.157621 |
| Field | Description | | --- | --- | | `serviceAccount` *[GrafanaStateServiceAccount](#generators.external-secrets.io/v1alpha1.GrafanaStateServiceAccount)* | | ### GrafanaSpec (*Appears on:* [GeneratorSpec](#generators.external-secrets.io/v1alpha1.GeneratorSpec), [Grafana](#generators.external-secrets.io/v1alpha1.Graf... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.2033606767654419,
0.014072942547500134,
-0.09082615375518799,
-0.015868058428168297,
-0.07560139149427414,
-0.05111769959330559,
0.013044058345258236,
-0.05772227421402931,
0.020038915798068047,
-0.012909847311675549,
-0.004170498810708523,
-0.07650197297334671,
0.0633070319890976,
-0.0... | 0.067809 |
characters in the generated password. If omitted it defaults to 25% of the length of the password | | `symbolCharacters` *string* | SymbolCharacters specifies the special characters that should be used in the generated password. | | `noUpper` *bool* | Set NoUpper to disable uppercase characters | | `allowRepeat` *bool*... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.08567214012145996,
-0.03747658059000969,
-0.1085333526134491,
0.01872432604432106,
-0.029327070340514183,
0.03531850501894951,
-0.06213316321372986,
0.02156720496714115,
0.018825789913535118,
-0.03102152980864048,
0.04198835417628288,
-0.03609495609998703,
0.09309955686330795,
-0.065780... | -0.041135 |
an Amazon Resource Name (ARN) for a virtual device (such as arn:aws:iam::123456789012:mfa/user) | | `tokenCode` *string* | *(Optional)* TokenCode is the value provided by the MFA device, if MFA is required. | ### SSHKey SSHKey generates SSH key pairs. | Field | Description | | --- | --- | | `metadata` *[Kubernetes meta... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.016254883259534836,
-0.007299714721739292,
-0.05943132936954498,
-0.011930100619792938,
0.005746645387262106,
0.02893737517297268,
0.008235186338424683,
-0.04148142784833908,
0.09849593043327332,
0.03732723742723465,
0.01480979286134243,
-0.08912831544876099,
0.039578985422849655,
-0.04... | 0.179663 |
| Refer to the Kubernetes API documentation for the fields of the `metadata` field. | | `spec` *[UUIDSpec](#generators.external-secrets.io/v1alpha1.UUIDSpec)* | | ### UUIDSpec (*Appears on:* [GeneratorSpec](#generators.external-secrets.io/v1alpha1.GeneratorSpec), [UUID](#generators.external-secrets.io/v1alpha1.UUID)) U... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.022642243653535843,
0.035275060683488846,
-0.03236640244722366,
-0.013645827770233154,
0.02068137936294079,
-0.046942900866270065,
-0.03181120753288269,
-0.017078837379813194,
0.0884871557354927,
-0.02597782015800476,
-0.017808489501476288,
-0.07140450924634933,
0.021942242980003357,
-0... | 0.117921 |
Webhook connects to a third party API server to handle the secrets generation configuration parameters in spec. You can specify the server, the token, and additional body parameters. See documentation for the full API specification for requests and responses. | Field | Description | | --- | --- | | `metadata` *[Kuberne... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.0692383274435997,
0.07594716548919678,
-0.052366726100444794,
0.010353248566389084,
-0.04683980718255043,
-0.06444288790225983,
-0.021484212949872017,
0.004363789688795805,
0.05845951661467552,
0.028987837955355644,
-0.043090324848890305,
-0.15284909307956696,
0.0057903858833014965,
-0.... | 0.130582 |
| | `timeout` *[Kubernetes meta/v1.Duration](https://pkg.go.dev/k8s.io/apimachinery/pkg/apis/meta/v1#Duration)* | *(Optional)* Timeout | | `result` *[WebhookResult](#generators.external-secrets.io/v1alpha1.WebhookResult)* | Result formatting | | `secrets` *[[]WebhookSecret](#generators.external-secrets.io/v1alpha1.Webh... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/spec.md | main | external-secrets | [
-0.049923550337553024,
0.1251123547554016,
-0.046533167362213135,
-0.03360997512936592,
-0.011990214698016644,
-0.017309997230768204,
-0.03263454511761665,
0.00891525112092495,
0.07704468071460724,
-0.0015506173949688673,
0.02614344283938408,
-0.11808481067419052,
-0.006837830878794193,
-0... | 0.117442 |
 The `ClusterSecretStore` is a cluster scoped SecretStore that can be referenced by all `ExternalSecrets` from all namespaces. Use it to offer a central gateway to your secret backend. Different Store Providers have different stability levels, mai... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/clustersecretstore.md | main | external-secrets | [
-0.01873103156685829,
0.014826200902462006,
-0.06442324817180634,
0.07611776888370514,
0.08650220930576324,
0.007403476629406214,
-0.014755546115338802,
-0.02038654312491417,
0.014373562298715115,
0.02472907491028309,
0.05586232990026474,
-0.043975021690130234,
0.02454398386180401,
-0.0460... | 0.128718 |
`CloudsmithAccessToken` creates a short-lived Cloudsmith access token that can be used to authenticate against Cloudsmith's container registry for pushing or pulling container images. This generator uses OIDC token exchange to authenticate with Cloudsmith using a Kubernetes service account token and generates Docker re... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/cloudsmith.md | main | external-secrets | [
-0.0737522542476654,
0.05601324886083603,
-0.020171018317341805,
-0.04261411726474762,
-0.046022944152355194,
-0.019044505432248116,
0.04414059594273567,
0.005983753129839897,
0.08966003358364105,
0.04649112746119499,
-0.026273394003510475,
-0.06018415838479996,
0.01483398862183094,
-0.055... | 0.037522 |
service configured in Cloudsmith for container registry access. ## Troubleshooting - \*\*Token Exchange Fails\*\*: Verify that your OIDC service in Cloudsmith is correctly configured with your cluster's issuer. - \*\*Invalid Audience\*\*: Ensure the service account token includes the correct audience for Cloudsmith API... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/cloudsmith.md | main | external-secrets | [
-0.04502476379275322,
0.01689060777425766,
0.0130083579570055,
-0.001098762615583837,
0.02422560751438141,
-0.05097304657101631,
0.011449477635324001,
-0.013583226129412651,
0.021896967664361,
0.08606866002082825,
0.007331669330596924,
-0.06602403521537781,
-0.025328977033495903,
0.0320371... | 0.033056 |
# SSHKey Generator The SSHKey generator provides SSH key pairs that you can use for authentication in your applications. It supports generating RSA and Ed25519 keys with configurable key sizes and comments. ## Output Keys and Values | Key | Description | | ---------- | ------------------------------- | | privateKey | t... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/sshkey.md | main | external-secrets | [
0.022079329937696457,
0.0028099743649363518,
-0.08452709764242172,
-0.03537261486053467,
-0.07570827007293701,
0.05831565707921982,
-0.026999784633517265,
0.028334256261587143,
-0.03058975376188755,
-0.027329953387379646,
0.054774586111307144,
-0.0678793266415596,
0.08574921637773514,
-0.0... | 0.025294 |
`ClusterGenerator` is a generator wrapper that is available to configure a generator cluster-wide. The purpose of this generator is that the user doesn't have to redefine the generator in every namespace. They could define it once in the cluster and then reference that in the consuming `ExternalSecret`. ## Limitations ... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/cluster.md | main | external-secrets | [
-0.08241111785173416,
-0.039177056401968,
-0.016764355823397636,
0.08761664479970932,
0.07223307341337204,
-0.003033066401258111,
-0.008924998342990875,
-0.0014985371381044388,
0.005680638365447521,
-0.05689655989408493,
0.03573639690876007,
-0.12166737765073776,
0.04141865670681,
-0.07283... | 0.111686 |
The `VaultDynamicSecret` Generator provides an interface to HashiCorp Vault's [Secrets engines](https://developer.hashicorp.com/vault/docs/secrets). Specifically, it enables obtaining dynamic secrets not covered by the [HashiCorp Vault provider](../../provider/hashicorp-vault.md). Any Vault authentication method suppor... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/vault.md | main | external-secrets | [
-0.04025222733616829,
0.0568913072347641,
-0.10286014527082443,
0.006239539943635464,
-0.014395352452993393,
-0.07845502346754074,
-0.09336918592453003,
0.03605325520038605,
0.041757937520742416,
-0.08578566461801529,
0.015419437550008297,
-0.026187213137745857,
0.05811857432126999,
-0.034... | -0.002138 |
The UUID generator provides random UUIDs that you can feed into your applications. A UUID (Universally Unique Identifier) is a 128-bit label used for information in computer systems. Please see below for the format in use. ## Output Keys and Values | Key | Description | | ---- | ------------------ | | uuid | the genera... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/uuid.md | main | external-secrets | [
-0.07728607207536697,
-0.008011949248611927,
-0.0681147575378418,
-0.000974842521827668,
0.021623721346259117,
-0.06005324050784111,
0.0454258993268013,
0.040295325219631195,
-0.000049398506234865636,
-0.04375747963786125,
0.029662154614925385,
-0.07206126302480698,
0.08644897490739822,
-0... | 0.10513 |
## GitHub App Authentication Documentation ### 1. Register a GitHub App To create a GitHub app, follow the instructions provided by GitHub: - \*\*Visit\*\*: [Registering a GitHub App](https://docs.github.com/en/apps/creating-github-apps/registering-a-github-app/registering-a-github-app#registering-a-github-app) - \*\*P... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/github.md | main | external-secrets | [
-0.003192187286913395,
-0.05777920037508011,
-0.06137438118457794,
-0.03663025051355362,
-0.051847025752067566,
0.031074272468686104,
-0.012649538926780224,
0.09005699306726456,
0.08115706592798233,
0.04605923965573311,
0.019787916913628578,
-0.08031372725963593,
0.09099236875772476,
-0.07... | 0.056158 |
ECRAuthorizationTokenSpec uses the GetAuthorizationToken API to retrieve an authorization token. The authorization token is valid for 12 hours. For more information, see [registry authentication](https://docs.aws.amazon.com/AmazonECR/latest/userguide/Registries.html#registry\_auth) in the Amazon Elastic Container Regis... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/ecr.md | main | external-secrets | [
0.004968424793332815,
0.05568203702569008,
-0.04437629505991936,
-0.017957543954253197,
0.0553438626229763,
-0.0036951059009879827,
0.004846476949751377,
0.01881599985063076,
0.04413613677024841,
0.02794768288731575,
-0.06509606540203094,
-0.07233266532421112,
0.009878323413431644,
-0.0577... | 0.037063 |
The Password generator provides random passwords that you can feed into your applications. It uses lower and uppercase alphanumeric characters as well as symbols. Please see below for the symbols in use. !!! warning "Passwords are completely randomized" It is possible that we may generate passwords that don't match the... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/password.md | main | external-secrets | [
-0.08569060266017914,
0.0012442530132830143,
-0.11591075360774994,
0.0194941945374012,
-0.0736498013138771,
0.014028964564204216,
0.02714790590107441,
-0.014595530927181244,
0.0023120734840631485,
-0.0505916066467762,
-0.0025938116014003754,
-0.0514458492398262,
0.15178918838500977,
-0.119... | -0.034381 |
The Webhook generator is very similar to SecretStore generator, and provides a way to use external systems to generate sensitive information. ## Output Keys and Values Webhook calls are expected to produce valid JSON objects. All keys within that JSON object will be exported as keys to the kubernetes Secret. ## Example... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/webhook.md | main | external-secrets | [
-0.10929728299379349,
0.09287439286708832,
-0.04358803108334541,
0.011524229310452938,
-0.014451042748987675,
-0.047381509095430374,
-0.023381227627396584,
-0.018703289330005646,
0.062384434044361115,
-0.007222585380077362,
0.03366435319185257,
-0.13178035616874695,
0.05291168764233589,
-0... | 0.119168 |
`QuayAccessToken` creates a short-lived Quay Access token that can be used to authenticate against quay.io or a self-hosted instance of Quay in order to push or pull images. This requires a [Quay Robot Account configured to federate](https://docs.projectquay.io/manage\_quay.html#setting-robot-federation) with a Kuberne... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/quay.md | main | external-secrets | [
-0.00439803721383214,
-0.04810859635472298,
-0.022826744243502617,
-0.08556889742612839,
0.008828196674585342,
-0.040741294622421265,
0.02243410423398018,
-0.006475708447396755,
0.04206019267439842,
0.04132303595542908,
0.040973372757434845,
-0.06908917427062988,
0.04745146632194519,
0.014... | 0.148102 |
GCRAccessToken creates a GCP Access token that can be used to authenticate with GCR in order to pull OCI images. You won't need any extra permissions to request for a token, but the token would only work against a GCR if the token requester (service Account or WI) has the appropriate access You must specify the `spec.p... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/gcr.md | main | external-secrets | [
-0.05393967404961586,
0.04049275815486908,
-0.016678782179951668,
-0.048109471797943115,
-0.023124298080801964,
-0.09153103083372116,
0.05532360449433327,
0.05477822199463844,
0.02014291286468506,
0.007896740920841694,
-0.03714868426322937,
-0.07205965369939804,
0.044096168130636215,
0.036... | -0.000052 |
STSSessionToken uses the GetSessionToken API to retrieve a temporary session token. ## Output Keys and Values | Key | Description | |-------------------|-------------------------------------------------------------------------------------| | access\_key\_id | The access key ID that identifies the temporary security cre... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/sts.md | main | external-secrets | [
-0.10797765105962753,
-0.015414690598845482,
-0.10854457318782806,
0.011635193601250648,
-0.037337664514780045,
0.012807134538888931,
0.1121809259057045,
0.041238125413656235,
0.03691587597131729,
0.030394628643989563,
-0.015028038062155247,
-0.052421052008867264,
0.049322351813316345,
0.0... | 0.10012 |
# MFA Generator This generator can create [RFC 4226](https://datatracker.ietf.org/doc/html/rfc4226) compliant TOTP tokens given a seed secret. The seed secret is usually provided through a QR code. However, the provider will always also provide a text based format of that QR code. That's the secret that this generator ... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/mfa.md | main | external-secrets | [
-0.14993999898433685,
0.01301856804639101,
-0.08247150480747223,
0.038337189704179764,
-0.033749260008335114,
0.05117843300104141,
0.020005319267511368,
-0.04859886318445206,
0.022141817957162857,
0.0026311110705137253,
0.04187434911727905,
-0.06675820052623749,
0.09895248711109161,
-0.042... | 0.115436 |
The Azure Container Registry (ACR) generator creates a short-lived refresh or access token for accessing ACR. The token is generated for a particular ACR registry defined in `spec.registry`. ## Output Keys and Values | Key | Description | | -------- | ----------- | | username | username for the `docker login` command |... | https://github.com/external-secrets/external-secrets/blob/main//docs/api/generator/acr.md | main | external-secrets | [
-0.04790666326880455,
0.008393601514399052,
-0.09085844457149506,
0.05811803787946701,
-0.0214313343167305,
0.03174682706594467,
0.07114211469888687,
-0.025817036628723145,
0.046543560922145844,
0.09632724523544312,
-0.019392628222703934,
-0.04530881717801094,
0.05743854492902756,
0.019908... | 0.013568 |
CAUTION: Starting with Prometheus 3.0, console templates and libraries are no longer bundled with Prometheus. If you wish to use console templates, you must provide your own templates and libraries by specifying the `--web.console.templates` and `--web.console.libraries` command-line flags. This documentation page is m... | https://github.com/prometheus/docs/blob/main//docs/visualization/consoles.md | main | prometheus | [
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`humanizeNoSmallPrefix`: For absolute values greater than 1, display the result using [metric prefixes](http://en.wikipedia.org/wiki/Metric\_prefix). For absolute values less than 1, display 3 significant digits. This is useful to avoid units such as milliqueries per second that can be produced by `humanize`. \* `human... | https://github.com/prometheus/docs/blob/main//docs/visualization/consoles.md | main | prometheus | [
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0.0... | 0.156032 |
[Perses](https://perses.dev) is an open-source dashboard and visualization platform designed for observability, with native support for Prometheus as a data source. It enables users to create, manage, and share dashboards for monitoring metrics and visualizing data. Perses aims to provide a simple, flexible, and extens... | https://github.com/prometheus/docs/blob/main//docs/visualization/perses.md | main | prometheus | [
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[Grafana](http://grafana.com/) is an open-source analytics and visualization platform used to monitor and analyze metrics from various data sources. It allows users to create, explore, and share interactive dashboards, supporting integrations with databases like Prometheus, InfluxDB, Elasticsearch, and more. Grafana is... | https://github.com/prometheus/docs/blob/main//docs/visualization/grafana.md | main | prometheus | [
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Occasionally you will need to monitor components which cannot be scraped. The [Prometheus Pushgateway](https://github.com/prometheus/pushgateway) allows you to push time series from [short-lived service-level batch jobs](/docs/practices/pushing/) to an intermediary job which Prometheus can scrape. Combined with Prometh... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/pushing.md | main | prometheus | [
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There are a number of libraries and servers which help in exporting existing metrics from third-party systems as Prometheus metrics. This is useful for cases where it is not feasible to instrument a given system with Prometheus metrics directly (for example, HAProxy or Linux system stats). ## Third-party exporters Some... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/exporters.md | main | prometheus | [
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exporter](https://github.com/infinityworks/docker-cloud-exporter) \* [Docker Hub exporter](https://github.com/infinityworks/docker-hub-exporter) \* [Fastly exporter](https://github.com/peterbourgon/fastly-exporter) \* [GitHub exporter](https://github.com/githubexporter/github-exporter) \* [Gmail exporter](https://githu... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/exporters.md | main | prometheus | [
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[mgmt](https://github.com/purpleidea/mgmt/blob/master/docs/prometheus.md) \* [MidoNet](https://github.com/midonet/midonet) \* [midonet-kubernetes](https://github.com/midonet/midonet-kubernetes) (\*\*direct\*\*) \* [MinIO](https://docs.minio.io/docs/how-to-monitor-minio-using-prometheus.html) \* [PATROL with Monitoring ... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/exporters.md | main | prometheus | [
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## Abstract This document specifies the protocol negotiation mechanism used by Prometheus when scraping metrics from targets. It defines the Accept header format, supported Content Types, and the negotiation process for determining the best available format for metric exposition. ## Introduction Prometheus supports mul... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/content_negotiation.md | main | prometheus | [
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Default Accept Header ``` Accept: application/openmetrics-text;version=1.0.0;escaping=allow-utf-8;q=0.5,application/openmetrics-text;version=0.0.1;q=0.4,text/plain;version=1.0.0;escaping=allow-utf-8;q=0.3,text/plain;version=0.0.4;q=0.2,/;q=0.1 ``` ### Protobuf-First Accept Header ``` Accept: application/vnd.google.prot... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/content_negotiation.md | main | prometheus | [
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0.0... | 0.046724 |
This document covers what functionality and API Prometheus client libraries should offer, with the aim of consistency across libraries, making the easy use cases easy and avoiding offering functionality that may lead users down the wrong path. There are [10 languages already supported](/docs/instrumenting/clientlibs) a... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_clientlibs.md | main | prometheus | [
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The client library SHOULD enable this. The common use case is instrumenting a piece of code overall, not a piece of code in the context of one instance of an object. Users shouldn’t have to worry about plumbing their metrics throughout their code, the client library should do that for them (and if it doesn’t, users wil... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_clientlibs.md | main | prometheus | [
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allow not having quantiles, as just `\_count`/`\_sum` is quite useful and this MUST be the default. A summary MUST have the following methods: \* `observe(double v)`: Observe the given amount A summary SHOULD have the following methods: Some way to time code for users in seconds. In Python this is the `time()` decorato... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_clientlibs.md | main | prometheus | [
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support a `remove()` method with the same signature as `labels()` that will remove a Child from the metric no longer exporting it, and a `clear()` method that removes all Children from the metric. These invalidate caching of Children. There SHOULD be a way to initialize a given Child with the default value, usually jus... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_clientlibs.md | main | prometheus | [
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Unit tests Client libraries SHOULD have unit tests covering the core instrumentation library and exposition. Client libraries are ENCOURAGED to offer ways that make it easy for users to unit-test their use of the instrumentation code. For example, the `CollectorRegistry.get\_sample\_value` in Python. ## Packaging and d... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_clientlibs.md | main | prometheus | [
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If you are instrumenting your own code, the [general rules of how to instrument code with a Prometheus client library](/docs/practices/instrumentation/) should be followed. When taking metrics from another monitoring or instrumentation system, things tend not to be so black and white. This document contains things you ... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_exporters.md | main | prometheus | [
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these being measured as they come in, in some filter or when they get to the user’s code? And `requests\_total` is even worse, what type of requests? With direct instrumentation, a given metric should exist within exactly one file. Accordingly, within exporters and collectors, a metric should apply to exactly one subsy... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_exporters.md | main | prometheus | [
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just DBAs. A `HELP` string with the original name can provide most of the same benefits as using the original names. ### Labels Read the [general advice](/docs/practices/instrumentation/#things-to-watch-out-for) on labels. Avoid `type` as a label name, it’s too generic and often meaningless. You should also try where p... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_exporters.md | main | prometheus | [
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we end up with both the `digest\_text` label for humans and the `digest` label for uniqueness. ### Target labels, not static scraped labels If you ever find yourself wanting to apply the same label to all of your metrics, stop. There’s generally two cases where this comes up. The first is for some label it would be use... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_exporters.md | main | prometheus | [
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need to calculate it. Quantiles have related issues, you may choose to drop them or put them in a Summary. ### Dotted strings Many monitoring systems don’t have labels, instead doing things like `my.class.path.mymetric.labelvalue1.labelvalue2.labelvalue3`. The [Graphite](https://github.com/prometheus/graphite\_exporter... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_exporters.md | main | prometheus | [
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0.01... | 0.074071 |
probe your service with the [blackbox exporter](https://github.com/prometheus/blackbox\_exporter). There are two exceptions: The first is where running beside the application you are monitoring is completely nonsensical. The SNMP, blackbox and IPMI exporters are the main examples of this. The IPMI and SNMP exporters as... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_exporters.md | main | prometheus | [
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in-memory state (probably best if you don’t need to persist over a reboot) or implement similar functionality to the textfile collector. ### Failed scrapes There are currently two patterns for failed scrapes where the application you’re talking to doesn’t respond or has other problems. The first is to return a 5xx erro... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/writing_exporters.md | main | prometheus | [
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## Abstract This document specifies the different escaping schemes used by Prometheus during generation of text exposition for metric and label names that contain characters outside the legacy character set. These schemes are negotiated during scraping via the `escaping` parameter in the Accept and Content-Type headers... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/escaping_schemes.md | main | prometheus | [
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Metrics can be exposed to Prometheus using a simple [text-based](#text-based-format) exposition format. There are various [client libraries](/docs/instrumenting/clientlibs/) that implement this format for you. If your preferred language doesn't have a client library you can [create your own](/docs/instrumenting/writing... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/exposition_formats.md | main | prometheus | [
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... | 0.206795 |
} [ "," ] label\_pair = label\_name "=" `"` escaped\_string `"` label\_name = identifier | `"` escaped\_string `"` ``` In the sample syntax: \* `identifier` carries the usual Prometheus expression language restrictions. \* `escaped\_string` consists of any UTF-8 characters, but backslash, double-quote, and line feed mu... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/exposition_formats.md | main | prometheus | [
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representation, too: # HELP rpc\_duration\_seconds A summary of the RPC duration in seconds. # TYPE rpc\_duration\_seconds summary rpc\_duration\_seconds{quantile="0.01"} 3102 rpc\_duration\_seconds{quantile="0.05"} 3272 rpc\_duration\_seconds{quantile="0.5"} 4773 rpc\_duration\_seconds{quantile="0.9"} 9001 rpc\_durati... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/exposition_formats.md | main | prometheus | [
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0.0628... | 0.215915 |
Before you can monitor your services, you need to add instrumentation to their code via one of the Prometheus client libraries. These implement the Prometheus [metric types](/docs/concepts/metric\_types/). Choose a Prometheus client library that matches the language in which your application is written. This lets you d... | https://github.com/prometheus/docs/blob/main//docs/instrumenting/clientlibs.md | main | prometheus | [
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Native histograms were introduced as an experimental feature in November 2022. They are a concept that touches almost every part of the Prometheus stack. The first version of the Prometheus server supporting native histograms was v2.40.0. The support had to be enabled via a feature flag `--enable-feature=native-histogr... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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-... | 0.140361 |
the previously known \_sum\_ and \_count\_ plus a dynamic set of buckets. This is not limited to ingestion, but PromQL expressions may also return the new sample type where previously it was only possible to return float samples. Native histograms have the following key properties: 1. A sparse bucket representation, al... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.019... | 0.129064 |
samples upon ingestion into Prometheus. - \_\_Sparse histogram\_\_ is an older, now deprecated name for \_native histogram\_. This name might still be found occasionally in older documentation. \_\_Sparse buckets\_\_ remains a meaningful term for the buckets of a native histogram. ## Data model This section describes t... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.03853535279631615,
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0.05231785401701927,
0.000940... | 0.18745 |
negative histograms are only allowed as intermediate results and are otherwise considered invalid. They cannot be represented in any of the exchange formats (exposition formats, remote-write, OTLP) and they cannot be stored in the TSDB. Also see the [detailed section about negative histograms](#unary-minus-and-negative... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.04274040088057518,
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0.01125... | 0.06592 |
half the resolution of schema \_n\_+1, which implies that a histogram with schema \_n\_+1 can be converted into a histogram with schema \_n\_ by merging neighboring buckets. For any standard schema \_n\_, the boundaries of a bucket with index \_i\_ calculated as follows (using Python syntax): - The upper inclusive limi... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.03817691653966904,
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0.00... | 0.06062 |
this omission in a suitable way. When a TSDB implementation reads histograms from its permanent storage (excluding replaying the WAL/WBL), similar guidelines apply: Schemas between 9 and 52 MAY be converted to valid schemas. Otherwise, unknown schemas MUST return an error on retrieval, and the PromQL query that trigger... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.05580667033791542,
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producers of native histograms MAY pick whatever representation has the best resource trade-offs at that moment. For example, if a histogram is processed through various stages, it might be most efficient to only eliminate redundant spans after the last processing stage. In a similar spirit, there are situation where e... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.041287776082754135,
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0.00... | 0.060191 |
such an overlap is happening, the observations that are counted in the regular bucket overlapping with the zero bucket MUST be outside of the [-threshold, +threshold] interval. To merge histograms with the same zero threshold, the two zero buckets are simply added. If the zero thresholds in the source histograms are di... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.022244296967983246,
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histogram sample can have zero, one, or more exemplars. They work in the same way as conventional exemplars, but they are organized in a list (as there can be more than one), and they MUST have a timestamp. Exemplars exposed as part of a classic histogram MAY be used by native histograms, if they have a timestamp. ### ... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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precise. If OTel counts NaN in the zero bucket, we have to add a note here.) OTel exponential histograms only support standard exponential bucketing schemas (as the name suggests). Therefore, NHCBs (or native histograms with other future bucketing schemas) cannot be cleanly converted to OTel exponential histograms. How... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.04... | 0.179976 |
uint64 zero\_count = 7; // Count in zero bucket. double zero\_count\_float = 8; // Overrides sb\_zero\_count if > 0. // Negative buckets for the native histogram. repeated BucketSpan negative\_span = 9 [(gogoproto.nullable) = false]; // Use either "negative\_delta" or "negative\_count", the former for // regular histog... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.06724955886602402,
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0.027662325650453568,
0.03... | -0.01134 |
both a classic and a native version of the same histogram. Parsers have the freedom to pick either or both versions (see also the [scrape configuration section](#scrape-configuration)). - The bucket population is encoded as absolute numbers in case of float histograms, and as deltas to the previous bucket (or to zero f... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.03867973014712334,
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-0... | 0.018565 |
format](#openmetrics) is a prerequisite. (TODO: Update this as needed.) This section does not cover details of how to use individual instrumentation libraries (see the documentation linked above for that) but focuses on the common usage patterns and also provides general guidelines how to implement native histogram sup... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.00841026846319437,... | 0.227896 |
populated for the first time. An unexpectedly broad distribution of observed values can lead to an unexpectedly high number of buckets, requiring more memory than anticipated. If the distribution of observed values can be manipulated from the outside, this could even be used as a DoS attack vector via exhausting all th... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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... | 0.058763 |
has passed since the last reset, not only to remove the buckets but also to return to the initial values for the zero threshold and the bucket resolution. Note that this is treated like a reset for other reasons in all aspects, including updating the so-called [created timestamp](#created-timestamp-handling). It is tem... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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In those cases, the current approach is to instrument with a classic histogram and configure the scraper to convert it to an NHCB upon ingestion. However, a more direct treatment of NHCBs in instrumentation libraries might happen in the future. ## Scrape configuration To enable the Prometheus server to scrape native hi... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.0515870526432991,
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0.04720819368958473,
0.0... | 0.166126 |
no effect on NHCBs. Again, if the limit is exceeded, the resolution of the histogram is repeatedly reduced (by doubling the width of the buckets, i.e. decreasing the schema) until the limit is reached. However, once schema -4 is reached, the scrape will still succeed, even if a higher growth factor has been specified. ... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.... | 0.123343 |
over the classic histogram parts, even if both are exposed for the same histogram. Prometheus will still scrape the classic histogram parts for histograms with no native histogram data. In situations like [migration scenarios](#migration-considerations), it might be desired to scrape both versions, classic and native, ... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.001255647512152791,
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0.0371636264026165,
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0.02961106412112713,
-0.0077... | 0.049566 |
value 9) for integer histograms, and `record.FloatHistogramSamples` (string representation `float\_histogram\_samples`, numerical value 10) for float histograms. For backwards compatibility reasons, there are two more histogram record types: `record.HistogramSamplesLegacy` (`histogram\_samples\_legacy`, 7) and `record.... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.... | 0.160569 |
chunk layout, which contains the following information, \_shared by all histograms in the chunk\_: - The threshold of the zero bucket, using a custom encoding that encodes common values (zero or certain powers of two) in just one byte, but requires 9 bytes for arbitrary values. - The schema, encoded as varbit-int. - Th... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.03244613856077194,
0.017453452572226524,
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0.034331802278757095,
-0.0... | 0.15791 |
A schema change (which means we need a new chunk layout, and a chunk can only have one chunk layout). - A change of the zero threshold (which changes the chunk layout, see above). - A change of the custom values (which changes the chunk layout, see above). - A staleness marker is followed by a regular sample (which doe... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.05206865072250366,
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0.0035003754310309887,
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... | 0.052352 |
be treated as equivalent by the TSDB. ### Chunk size limit The size of float chunks is limited to 1024 bytes. The same size limitation is generally used for histogram chunks, too. However, individual histograms can become very large if they have many buckets, so blindly enforcing the size limit could lead to chunks wit... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.... | 0.094436 |
custom values is reconciled as described [below](#compatibility-between-histograms). At this point in the procedure, both histograms have the same schema and zero bucket width, either because this was the case from the beginning, or because one of the histograms was converted accordingly. (Note that NHCBs do not use th... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.027396023273468018,
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0.014162005856633186,
0.0012321430258452892,
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0.0405755452811718,
0.0... | 0.073443 |
of type `CounterResetHint` in the Go types `Histogram` and `FloatHistogram`, using enumerated constants with the same names as the bit pattern constants above). For gauge histogram, the `CounterResetHint` is always `GaugeType`. Any other `CounterResetHint` value implies that the histogram in question is a counter histo... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.015028202906250954,
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-0... | 0.103555 |
ingestion missed B and C so that only A and D were ingested, with a counter reset detected between A and D. Later, B and C are ingested (via out-of-order ingestion or as separate chunks later added to the TSDB as a separate block), with a counter reset detected between B and C. In this case, each sample goes into its o... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.019317863509058952,
0.03947264328598976,
0.00... | 0.046592 |
to individual buckets. (See also the [exposition formats section](#exposition-formats).) Therefore, it is allowed (and in fact the common case) that a single native histogram sample comes with multiple exemplars attached. Exemplars may or may not change from one scrape to the next. Scrapers SHOULD detect unchanged exem... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.03920949995517731,
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0.01949945278465748,
0.022203292697668076,
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0.025051003322005272,
0.005977656226605177,
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0.04791565239429474,
-0.... | 0.04634 |
that the original NHCBs do not share any custom values. In this case, the new bucket set will only consist of the overflow bucket, taking all observations from all of the original buckets. - Any query requiring reconciliation of custom values is flagged with an info-level annotation. - Histograms with standard schemas ... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.05446188524365425,
0.01204247958958149,
0.0024406106676906347,
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0.006556193344295025,
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0.04518023505806923,
0.... | 0.055291 |
one end of a bucket where the actual value is at the other end of the bucket. Therefore, the maximum possible error is the whole width of a bucket. Not doing any interpolation and using some fixed midpoint within a bucket (for example the arithmetic mean or even the harmonic mean) would minimize the maximum possible er... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.02664528228342533,
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0.10028181970119476,
0.0... | 0.126453 |
sign. Generally, histograms with negative bucket populations or a negative count of observations do not really make sense on their own and are only supposed to act as intermediate results inside other expressions. They are always considered gauge histograms within PromQL. They cannot be persisted as a result of a recor... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
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0.060526277869939804,
... | 0.118573 |
compare the schema, the custom values, the zero threshold, all bucket populations, and the sum and count of observations. Whether the histograms have counter or gauge flavor is irrelevant for the comparison. (A counter histogram could be equal to a gauge histogram.) The logical/set binary operators (`and`, `or`, `unles... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
-0.011926821433007717,
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0.013343743048608303,
0.01130265649408102,
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0.004313173703849316,
0.05896145477890968,
0.006138276308774948,
0.01749459281563759,
0.0057005793787539005,
0.0014304836513474584,
-0.06262785941362381,
-0.01773759350180626,
0.... | 0.137697 |
native histograms in the JSON response of instant (`query` endpoint) and range (`query\_range` endpoint) queries, both the `vector` and `matrix` result type needs an extension by a new key. The `vector` result type gets a new key `histogram` at the same level as the existing `value` key. Both these keys are mutually ex... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
-0.006738707423210144,
0.037522099912166595,
-0.086832694709301,
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0.0305397417396307,
-0.02086244337260723,
0.0472077950835228,
-0.0307... | 0.102374 |
of series called `request\_duration\_seconds\_sum`, `request\_duration\_seconds\_count`, and `request\_duration\_seconds\_bucket`. If the histogram is [ingested as \_both\_ a native histogram and a classic histogram](#scraping-both-classic-and-native-histograms), all of the series names above will be returned by the `s... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
-0.017662569880485535,
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-0.032673344016075134,
-0.09722942858934402,
0.009083881974220276,
... | 0.138367 |
seen as a series of histograms over time, rotated by 90 degrees and encoding the bucket population as a color rather than the height of a bar. The typical query to render a counter-like histogram as a heatmap would be a `rate` query. A heatmap is an extremely powerful representation that allows humans to easily spot ch... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
-0.015454643405973911,
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-0.019390994682908058,
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0.0092157032340765,
-0.0356299988925457,
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0.08233454078435898,
-0.017... | 0.095426 |
been gradually added to the [Pushgateway](https://github.com/prometheus/pushgateway). Full support was reached in v1.9. The Pushgateway always has been based on the classic protobuf format as its internal data model, which made the necessary changes easy (mostly UI concerns). Combined histograms (with classic and nativ... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.002392577240243554,
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0.01084123831242323,
0.013... | 0.116037 |
boundaries precisely at the points of interest. Native histograms with a standard schema can have a high resolution, but do not allow to set bucket boundaries at arbitrary values. In those cases, the user experience with native histograms might actually be worse. To address (3), it is of course possible to not migrate ... | https://github.com/prometheus/docs/blob/main//docs/specs/native_histograms.md | main | prometheus | [
0.0818377211689949,
0.00032444047974422574,
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0.002413554349914193,
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0.04280142858624458,
0.0... | 0.064265 |
- Version: 2.0 - Status: Draft - Date: TBD - Authors: Arthur Silva Sens, Bartłomiej Płotka, David Ashpole, György Krajcsovits, Owen Williams, Richard Hartmann - Emeritus: Ben Kochie, Brian Brazil, Rob Skillington Created in 2012, Prometheus has been the default for cloud-native observability since 2015. A central part ... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
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... | 0.227711 |
ABNF section. In case of disagreements between the two, the ABNF's restrictions MUST take precedence. This reduces repetition as the text wire format MUST be supported. ### Data Types #### Values Metric values in OpenMetrics MUST be either Number or ComplexValue. ##### Number Number value MUST be either floating point ... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
-0.07757720351219177,
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-0.03558201342821121,
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0.0515349842607975,
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0.023151634261012077,
-0.13071218132972717,
-0.00007183449633885175,
... | 0.139626 |
and escaped UTF-8 string as described in the ABNF section. Be aware that exposing UTF-8 metrics is still experimental and may reduce usability, especially when suffixes are not included. Colons in MetricFamily names are RESERVED to signal that the MetricFamily is the result of a calculation or aggregation of a general ... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
-0.08509943634271622,
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0.05776713415980339,
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0.027424177154898643,
-0.12036335468292236,
0.04065711423754692,
0.057402... | 0.140806 |
sent. For counters how quickly they are increasing over time is what is of interest to a user. A MetricPoint in a Metric with the type Counter MUST have one value called Total. A Total is a non-NaN and MUST be monotonically non-decreasing over time, starting from 0. A MetricPoint in a Metric with the type Counter SHOUL... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
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0.05002469941973686,
0.0522... | 0.196189 |
includes NaN measurements, then NaN measurements MUST be counted in the Count and the Sum MUST be NaN. If a Histogram includes +Inf or -Inf measurement, then +Inf or -Inf MUST be counted in Count and MUST be added to the Sum, potentially resulting in +Inf, -Inf or NaN in the Sum, the later for example in case of adding... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
0.006303389556705952,
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0.046817515045404434,
-0.03304352983832359,
0.017215801402926445,
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0.055105481296777725,
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0.0021346730645745993,
0.045956481248140335,
-0.06106241047382355,
0.015096113085746765,
0.005... | 0.100038 |
(inclusive), these are called Standard (exponential) schemas. Schema values outside the -4 to 8 range are reserved for future use and MUST NOT be used. In particular: \* Schema values between -9 to -5 and 9 to 52 are reserved for use as Standard (exponential) Schemas. \* Schema value equal to -53 is reserved for use fo... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
0.024959970265626907,
0.022228149697184563,
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0.030793344601988792,
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0.... | 0.090315 |
therefore most common case. #### GaugeHistogram GaugeHistograms measure current distributions. Common examples are how long items have been waiting in a queue, or size of the requests in a queue. A GaugeHistogram MetricPoint MUST contain Gcount, Gsum values. The GCount value MUST be equal to the number of measurements ... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
-0.027983829379081726,
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0.06549665331840515,
-0.042479950934648514,
0.03377307206392288,
0.01... | 0.079689 |
This can help ingestors discern between new metrics and long-running ones it did not see before. Start Timestamp MUST NOT relate to the collection period of quantile values. Quantiles are a map from a quantile to a value. An example is a quantile 0.95 with value 0.2 in a metric called myapp\_http\_request\_duration\_se... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
-0.08906890451908112,
0.00578675651922822,
-0.025728747248649597,
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-0.018739525228738785,
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0.03052414581179619,
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0.057245172560214996,
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-0.06792926043272018,
0.0... | 0.130671 |
[SIGN] 1\*DIGIT ["." \*DIGIT] [ "e" [SIGN] 1\*DIGIT ] realnumber =/ [SIGN] \*DIGIT "." 1\*DIGIT [ "e" [SIGN] 1\*DIGIT ] ; RFC 5234 is case insensitive. ; Uppercase eof = %d69.79.70 type = %d84.89.80.69 help = %d72.69.76.80 unit = %d85.78.73.84 ; Lowercase counter = %d99.111.117.110.116.101.114 gauge = %d103.97.117.103.... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
-0.01676698960363865,
0.053851447999477386,
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0.03661058098077774,
0... | 0.128664 |
st@1605301325.0 acme\_http\_request\_seconds\_sum{path="/api/v1",method="GET"} 1.2e2 st@1605301325.0 acme\_http\_request\_seconds\_buckets{path="/api/v1",method="GET",le="0.5"} 1 st@1605301325.0 acme\_http\_request\_seconds\_buckets{path="/api/v1",method="GET",le="1"} 2 st@1605301325.0 acme\_http\_request\_seconds\_buc... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
-0.028832536190748215,
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0.001274871057830751,
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0.0469626858830452,
-... | 0.010708 |
cases like latency SLAs and Apdex for typical web services. Powers of ten are covered to try to ensure that the switch between fixed point and exponential rendering is consistent as this varies across runtimes. The target rendering is equivalent to the default Go rendering of float64 values (i.e. %g), with a .0 appende... | https://github.com/prometheus/docs/blob/main//docs/specs/om/open_metrics_spec_2_0.md | main | prometheus | [
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0.05923914536833763,
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0.02295905537903309,
0.00... | -0.039178 |
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