Name	Name	Last commit message	Last commit date
parent directory ..
charts	charts
templates	templates
.helmignore	.helmignore
Chart.lock	Chart.lock
Chart.yaml	Chart.yaml
LICENSE.md	LICENSE.md
README.md	README.md
values.yaml	values.yaml

Chainloop Helm Chart

Chainloop is an open-source software supply chain control plane, a single source of truth for artifacts plus a declarative attestation crafting process.

Introduction

This chart bootstraps a Chainloop deployment on a Kubernetes cluster using the Helm package manager.

Prerequisites

Kubernetes 1.19+
Helm 3.2.0+
PV provisioner support in the underlying infrastructure (If built-in PostgreSQL is enabled)

Compatibility with the following Ingress Controllers has been verified, other controllers might or might not work.

TL;DR

Deploy Chainloop in development mode by running

helm install [RELEASE_NAME] oci://ghcr.io/chainloop-dev/charts/chainloop \
    --set development=true \
    --set controlplane.auth.oidc.url=[OIDC URL] \
    --set controlplane.auth.oidc.clientID=[clientID] \
    --set controlplane.auth.oidc.clientSecret=[clientSecret]

CAUTION: Do not use this mode in production, for that, use the standard mode instead.

Installing the Chart

This chart comes in two flavors, standard and development.

Standard (default)

The default deployment mode relies on external dependencies to be available in advance.

The Helm Chart in this mode includes

Chainloop Controlplane
Chainloop Artifact proxy
A PostgreSQL dependency enabled by default

During installation, you'll need to provide

Open ID Connect Identity Provider (IDp) settings i.e Auth0 settings
Connection settings for a secrets storage backend, either Hashicorp Vault or AWS Secrets Manager
ECDSA (ES512) key-pair used for Controlplane <-> CAS Authentication

Instructions on how to create the ECDSA keypair can be found here.

Installation examples for standard mode

NOTE: We do not recommend passing nor storing sensitive data in plain text. For production, please consider having your overrides encrypted with tools such as Sops, Helm Secrets or Sealed Secrets.

Deploy Chainloop configured to talk to the bundled PostgreSQL an external OIDC IDp and a Vault instance.

helm install [RELEASE_NAME] oci://ghcr.io/chainloop-dev/charts/chainloop \
    # Open ID Connect (OIDC)
    --set controlplane.auth.oidc.url=[OIDC URL] \
    --set controlplane.auth.oidc.clientID=[clientID] \
    --set controlplane.auth.oidc.clientSecret=[clientSecret] \
    # Secrets backend
    --set secretsBackend.vault.address="https://[vault address]:8200" \
    --set secretsBackend.vault.token=[token] \
    # Server Auth KeyPair
    --set casJWTPrivateKey="$(cat private.ec.key)" \
    --set casJWTPublicKey="$(cat public.pem)"

Deploy using AWS Secrets Manager instead of Vault

helm install [RELEASE_NAME] oci://ghcr.io/chainloop-dev/charts/chainloop \
    # Open ID Connect (OIDC)
    # ...
    # Secrets backend
    --set secretsBackend.backend=awsSecretManager \
    --set secretsBackend.awsSecretManager.accessKey=[AWS ACCESS KEY ID] \
    --set secretsBackend.awsSecretManager.secretKey=[AWS SECRET KEY] \
    --set secretsBackend.awsSecretManager.region=[AWS region]\
    # Server Auth KeyPair
    # ...

or using GCP Secret Manager

helm install [RELEASE_NAME] oci://ghcr.io/chainloop-dev/charts/chainloop \
    # Open ID Connect (OIDC)
    # ...
    # Secrets backend
    --set secretsBackend.backend=gcpSecretManager \
    --set secretsBackend.gcpSecretManager.projectId=[GCP Project ID] \
    --set secretsBackend.gcpSecretManager.serviceAccountKey=[GCP Auth KEY] \
    # Server Auth KeyPair
    # ...

or Azure KeyVault

helm install [RELEASE_NAME] oci://ghcr.io/chainloop-dev/charts/chainloop \
    # Open ID Connect (OIDC)
    # ...
    # Secrets backend
    --set secretsBackend.backend=azureKeyVault \
    --set secretsBackend.azureKeyVault.tenantID=[AD tenant ID] \
    --set secretsBackend.azureKeyVault.clientID=[Service Principal ID] \
    --set secretsBackend.azureKeyVault.clientSecret=[Service Principal secret] \
    --set secretsBackend.azureKeyVault.vaultURI=[Azure KeyVault URI]
    # Server Auth KeyPair
    # ...

Connect to an external PostgreSQL database instead

helm install [RELEASE_NAME] oci://ghcr.io/chainloop-dev/charts/chainloop \
    # Open ID Connect (OIDC)
    # ...
    # Secrets backend
    # ...
    # Server Auth KeyPair
    # ...
    # External DB setup
    --set postgresql.enabled=false \
    --set controlplane.externalDatabase.host=[DB_HOST] \
    --set controlplane.externalDatabase.user=[DB_USER] \
    --set controlplane.externalDatabase.password=[DB_PASSWORD] \
    --set controlplane.externalDatabase.database=[DB_NAME]

Development

To provide an easy way to give Chainloop a try, this Helm Chart has an opt-in development mode that can be enabled with the flag development=true

IMPORTANT: DO NOT USE THIS MODE IN PRODUCTION

The Helm Chart in this mode includes

Chainloop Controlplane
Chainloop Artifact proxy
A PostgreSQL dependency enabled by default
A pre-configured Hashicorp Vault instance running in development mode (unsealed, in-memory, insecure)

CAUTION: Do not use this mode in production, for that, use the standard mode instead.

During installation, you'll need to provide

Open ID Connect Identity Provider (IDp) settings i.e Auth0 settings
~~Connection settings for a secrets storage backend, either Hashicorp Vault or AWS Secrets Manager~~
~~ECDSA (ES512) key-pair used for Controlplane <-> CAS Authentication~~

Installation examples for development mode

Deploy by leveraging built-in Vault and PostgreSQL instances

helm install [RELEASE_NAME] oci://ghcr.io/chainloop-dev/charts/chainloop \
    --set development=true \
    --set controlplane.auth.oidc.url=[OIDC URL] \
    --set controlplane.auth.oidc.clientID=[clientID] \
    --set controlplane.auth.oidc.clientSecret=[clientSecret]

How to guides

CAS upload speeds are slow, what can I do?

Chainloop uses gRPC streaming to perform artifact uploads. This method is susceptible to being very slow on high latency scenarios. #375

To improve upload speeds, you need to increase http2 flow control buffer. This can be done in NGINX by setting the following annotation in the ingress resource.

# Improve upload speed by adding client buffering used by http2 control-flows
nginx.ingress.kubernetes.io/client-body-buffer-size: "3M"

Note: For other reverse proxies, you'll need to find the equivalent configuration.

Generate a ECDSA key-pair

An ECDSA key-pair is required to perform authentication between the control-plane and the Artifact CAS

You can generate both the private and public keys by running

# Private Key (private.ec.key)
openssl ecparam -name secp521r1 -genkey -noout -out private.ec.key
# Public Key (public.pem)
openssl ec -in private.ec.key -pubout -out public.pem

Then, you can either provide it in a custom values.yaml file override

casJWTPrivateKey: |-
  -----BEGIN EC PRIVATE KEY-----
  REDACTED
  -----END EC PRIVATE KEY-----
casJWTPublicKey: |
  -----BEGIN PUBLIC KEY-----
  REDACTED
  -----END PUBLIC KEY-----

or as shown before, provide them as imperative inputs during Helm Install/Upgrade --set casJWTPrivateKey="$(cat private.ec.key)"--set casJWTPublicKey="$(cat public.pem)"

Enable a custom domain with TLS

Chainloop uses three endpoints so we'll need to enable the ingress resource for each one of them.

See below an example of a values.yaml override

controlplane:
  ingress:
    enabled: true
    hostname: cp.chainloop.dev

  ingressAPI:
    enabled: true
    hostname: api.cp.chainloop.dev

cas:
  ingressAPI:
  enabled: true
  hostname: api.cas.chainloop.dev

A complete setup that uses

NGINX as ingress Controller
cert-manager as TLS provider

would look like

controlplane:
  ingress:
    enabled: true
    tls: true
    ingressClassName: nginx
    hostname: cp.chainloop.dev
    annotations:
      # This depends on your configured issuer
      cert-manager.io/cluster-issuer: "letsencrypt-prod"

  ingressAPI:
    enabled: true
    tls: true
    ingressClassName: nginx
    hostname: api.cp.chainloop.dev
    annotations:
      nginx.ingress.kubernetes.io/backend-protocol: "GRPC"
      cert-manager.io/cluster-issuer: "letsencrypt-prod"

cas:
  ingressAPI:
    enabled: true
    tls: true
    ingressClassName: nginx
    hostname: api.cas.chainloop.dev
    annotations:
      nginx.ingress.kubernetes.io/backend-protocol: "GRPC"
      cert-manager.io/cluster-issuer: "letsencrypt-prod"
      # limit the size of the files that go through the proxy
      # 0 means to not check the size of the request so we do not get 413 error.
      # For now we are going to set a limit on 100MB files
      # Even though we send data in chunks of 1MB, this size refers to all the data sent in the streaming connection
      nginx.ingress.kubernetes.io/proxy-body-size: "100m"

Remember, once you have set up your domain, make sure you use the CLI pointing to it instead of the defaults.

Connect to an external PostgreSQL database

# Disable built-in DB
postgresql:
  enabled: false

# Provide with external connection
controlplane:
  externalDatabase:
    host: 1.2.3.4
    port: 5432
    user: chainloop
    password: [REDACTED]
    database: chainloop-controlplane-prod

Alternatively, if you are using Google Cloud SQL and you are running Chainloop in Google Kubernetes Engine. You can connect instead via a proxy

This method can also be easily enabled in this chart by doing

# Disable built-in DB
postgresql:
  enabled: false

# Provide with external connection
controlplane:
  sqlProxy:
    # Inject the proxy sidecar
    enabled: true
    ## @param controlplane.sqlProxy.connectionName Google Cloud SQL connection name
    connectionName: "my-sql-instance"
  # Then you'll need to configure your DB settings to use the proxy IP address
  externalDatabase:
    host: [proxy-sidecar-ip-address]
    port: 5432
    user: chainloop
    password: [REDACTED]
    database: chainloop-controlplane-prod

Use AWS secrets manager

Instead of using Hashicorp Vault (default), you can use AWS Secrets Manager by adding these settings in your values.yaml file

secretsBackend:
  backend: awsSecretManager
  awsSecretManager:
    accessKey: [KEY]
    secretKey: [SECRET]
    region: [REGION]

Use GCP secret manager

Or Google Cloud Secret Manager with the following settings

secretsBackend:
  backend: gcpSecretManager
  gcpSecretManager:
    projectId: [PROJECT_ID]
    serviceAccountKey: [KEY]

Use Azure KeyVault

Azure KeyVault is also supported

secretsBackend:
  backend: azureKeyVault
  azureKeyVault:
    tenantID: [TENANT_ID] # Active Directory Tenant ID
    clientID: [CLIENT_ID] # Registered application / service principal client ID
    clientSecret: [CLIENT_SECRET] # Service principal client secret
    vaultURI: [VAULT URI] # Azure Key Vault URL

Deploy in keyless mode with file-based CA

This feature is experimental, as it doesn't yet support verification.

You can enable keyless signing mode by providing a custom Certificate Authority. For example, these commands generate a self-signed certificate with an RSA private key of length 4096 and AES256 encryption:

> openssl genrsa -aes256 -out ca.key 4096
...
> openssl req -new -x509 -sha256 -key ca.key -out ca.crt
...

Then you can configure your deployment values with:

controlplane:
  keylessSigning:
    enabled: true
    backend: fileCA
    fileCA:
      cert: |
        -----BEGIN CERTIFICATE-----
        ...
        -----END CERTIFICATE-----
      key: |
        -----BEGIN ENCRYPTED PRIVATE KEY-----    
        ...
        -----END ENCRYPTED PRIVATE KEY-----
      keyPass: "REDACTED"

Send exceptions to Sentry

You can configure different sentry projects for both the controlplane and the artifact CAS

# for controlplane
controlplane:
  ...
  sentry:
    enabled: true
    dsn: [your secret sentry project DSN URL]
    environment: production
# Artifact CAS
cas:
  ...
  sentry:
    enabled: true
    dsn: [your secret sentry project DSN URL]
    environment: production

Enable Prometheus Monitoring in GKE

Chainloop exposes Prometheus compatible /metrics endpoints that can be easily scraped by a Prometheus data collector Server.

Google Cloud has a managed Prometheus offering that could be easily enabled by setting --set GKEMonitoring.enabled=true. This will inject the required PodMonitoring custom resources.

Configure Chainloop CLI to point to your instance

Once you have your instance of Chainloop deployed, you need to configure the CLI to point to both the CAS and the Control plane gRPC APIs like this.

chainloop config save \
  --control-plane my-controlplane.acme.com:443 \
  --artifact-cas cas.acme.com:443

Parameters

Common parameters

Name	Description	Value
`kubeVersion`	Override Kubernetes version	`""`
`development`	Deploys Chainloop pre-configured FOR DEVELOPMENT ONLY. It includes a Vault instance in development mode and pre-configured authentication certificates and passphrases	`false`
`GKEMonitoring.enabled`	Enable GKE podMonitoring (prometheus.io scrape) to scrape the controlplane and CAS /metrics endpoints	`false`

Secrets Backend

Name	Description	Value
`secretsBackend.backend`	Secrets backend type ("vault", "awsSecretManager" or "gcpSecretManager", "azureKeyVault")	`vault`
`secretsBackend.secretPrefix`	Prefix that will be pre-pended to all secrets in the storage backend	`chainloop`
`secretsBackend.vault.address`	Vault address
`secretsBackend.vault.token`	Vault authentication token
`secretsBackend.awsSecretManager.accessKey`	AWS Access KEY ID
`secretsBackend.awsSecretManager.secretKey`	AWS Secret Key
`secretsBackend.awsSecretManager.region`	AWS Secrets Manager Region
`secretsBackend.gcpSecretManager.projectId`	GCP Project ID
`secretsBackend.gcpSecretManager.serviceAccountKey`	GCP Auth Key
`secretsBackend.azureKeyVault.tenantID`	Active Directory Tenant ID
`secretsBackend.azureKeyVault.clientID`	Registered application / service principal client ID
`secretsBackend.azureKeyVault.clientSecret`	Service principal client secret
`secretsBackend.azureKeyVault.vaultURI`	Azure Key Vault URL

Authentication

Name	Description	Value
`casJWTPrivateKey`	ECDSA (ES512) private key used for Controlplane <-> CAS Authentication	`""`
`casJWTPublicKey`	ECDSA (ES512) public key	`""`

Control Plane

Name	Description	Value
`controlplane.replicaCount`	Number of replicas	`2`
`controlplane.image.repository`	FQDN uri for the image	`ghcr.io/chainloop-dev/chainloop/control-plane`
`controlplane.image.tag`	Image tag (immutable tags are recommended). If no set chart.appVersion will be used
`controlplane.tlsConfig.secret.name`	name of a secret containing TLS certificate to be used by the controlplane grpc server.	`""`
`controlplane.pluginsDir`	Directory where to look for plugins	`/plugins`
`controlplane.referrerSharedIndex`	Configure the shared, public index API endpoint that can be used to discover metadata referrers
`controlplane.referrerSharedIndex.enabled`	Enable index API endpoint	`false`
`controlplane.referrerSharedIndex.allowedOrgs`	List of UUIDs of organizations that are allowed to publish to the shared index	`[]`

Control Plane Database

Name	Description	Value
`controlplane.externalDatabase`	External PostgreSQL configuration. These values are only used when postgresql.enabled is set to false
`controlplane.externalDatabase.host`	Database host	`""`
`controlplane.externalDatabase.port`	Database port number	`5432`
`controlplane.externalDatabase.user`	Non-root username	`""`
`controlplane.externalDatabase.database`	Database name	`""`
`controlplane.externalDatabase.password`	Password for the non-root username	`""`
`controlplane.sqlProxy.enabled`	Enable sidecar to connect to DB via Google Cloud SQL proxy	`false`
`controlplane.sqlProxy.connectionName`	Google Cloud SQL connection name	`""`
`controlplane.sqlProxy.resources`	Sidecar container resources	`{}`

Control Plane Authentication

Name	Description	Value
`controlplane.auth.passphrase`	Passphrase used to sign the Auth Tokens generated by the controlplane. Leave empty for auto-generation	`""`
`controlplane.auth.oidc.url`	Full authentication path, it should match the issuer URL of the Identity provider (IDp)	`""`
`controlplane.auth.oidc.clientID`	OIDC IDp clientID	`""`
`controlplane.auth.oidc.clientSecret`	OIDC IDp clientSecret	`""`

Control Plane Networking

Name	Description	Value
`controlplane.service.type`	Service type	`ClusterIP`
`controlplane.service.port`	Service port	`80`
`controlplane.service.targetPort`	Service target Port	`http`
`controlplane.service.nodePorts.http`	Node port for HTTP. NOTE: choose port between <30000-32767>
`controlplane.serviceAPI.type`	Service type	`ClusterIP`
`controlplane.serviceAPI.port`	Service port	`80`
`controlplane.serviceAPI.targetPort`	Service target Port	`grpc`
`controlplane.serviceAPI.annotations`	Service annotations
`controlplane.serviceAPI.nodePorts.http`	Node port for HTTP. NOTE: choose port between <30000-32767>
`controlplane.ingress.enabled`	Enable ingress record generation for %%MAIN_CONTAINER_NAME%%	`false`
`controlplane.ingress.pathType`	Ingress path type	`ImplementationSpecific`
`controlplane.ingress.hostname`	Default host for the ingress record	`cp.dev.local`
`controlplane.ingress.ingressClassName`	IngressClass that will be be used to implement the Ingress (Kubernetes 1.18+)	`""`
`controlplane.ingress.path`	Default path for the ingress record	`/`
`controlplane.ingress.annotations`	Additional annotations for the Ingress resource. To enable certificate autogeneration, place here your cert-manager annotations.	`{}`
`controlplane.ingress.tls`	Enable TLS configuration for the host defined at `controlplane.ingress.hostname` parameter	`false`
`controlplane.ingress.selfSigned`	Create a TLS secret for this ingress record using self-signed certificates generated by Helm	`false`
`controlplane.ingress.extraHosts`	An array with additional hostname(s) to be covered with the ingress record	`[]`
`controlplane.ingress.extraPaths`	An array with additional arbitrary paths that may need to be added to the ingress under the main host	`[]`
`controlplane.ingress.extraTls`	TLS configuration for additional hostname(s) to be covered with this ingress record	`[]`
`controlplane.ingress.secrets`	Custom TLS certificates as secrets	`[]`
`controlplane.ingress.extraRules`	Additional rules to be covered with this ingress record	`[]`
`controlplane.ingressAPI.enabled`	Enable ingress record generation for %%MAIN_CONTAINER_NAME%%	`false`
`controlplane.ingressAPI.pathType`	Ingress path type	`ImplementationSpecific`
`controlplane.ingressAPI.hostname`	Default host for the ingress record	`api.cp.dev.local`
`controlplane.ingressAPI.ingressClassName`	IngressClass that will be be used to implement the Ingress (Kubernetes 1.18+)	`""`
`controlplane.ingressAPI.path`	Default path for the ingress record	`/`
`controlplane.ingressAPI.annotations`	Additional annotations for the Ingress resource. To enable certificate autogeneration, place here your cert-manager annotations.
`controlplane.ingressAPI.tls`	Enable TLS configuration for the host defined at `controlplane.ingress.hostname` parameter	`false`
`controlplane.ingressAPI.selfSigned`	Create a TLS secret for this ingress record using self-signed certificates generated by Helm	`false`
`controlplane.ingressAPI.extraHosts`	An array with additional hostname(s) to be covered with the ingress record	`[]`
`controlplane.ingressAPI.extraPaths`	An array with additional arbitrary paths that may need to be added to the ingress under the main host	`[]`
`controlplane.ingressAPI.extraTls`	TLS configuration for additional hostname(s) to be covered with this ingress record	`[]`
`controlplane.ingressAPI.secrets`	Custom TLS certificates as secrets	`[]`
`controlplane.ingressAPI.extraRules`	Additional rules to be covered with this ingress record	`[]`

Controlplane Misc

Name	Description	Value
`controlplane.resources.limits.cpu`	Container resource limits CPU	`250m`
`controlplane.resources.limits.memory`	Container resource limits memory	`512Mi`
`controlplane.resources.requests.cpu`	Container resource requests CPU	`250m`
`controlplane.resources.requests.memory`	Container resource requests memory	`512Mi`
`controlplane.autoscaling.enabled`	Enable deployment autoscaling	`false`
`controlplane.autoscaling.minReplicas`	Minimum number of replicas	`1`
`controlplane.autoscaling.maxReplicas`	Maximum number of replicas	`100`
`controlplane.autoscaling.targetCPUUtilizationPercentage`	Target CPU percentage	`80`
`controlplane.autoscaling.targetMemoryUtilizationPercentage`	Target CPU memory	`80`
`controlplane.sentry.enabled`	Enable sentry.io alerting	`false`
`controlplane.sentry.dsn`	DSN endpoint	`""`
`controlplane.sentry.environment`	Environment tag	`production`
`controlplane.keylessSigning.enabled`	Activates or deactivates de feature	`false`
`controlplane.keylessSigning.backend`	The backend to use. Currently only "fileCA" is supported	`fileCA`
`controlplane.keylessSigning.fileCA.cert`	The PEM-encoded certificate of the file based CA	`""`
`controlplane.keylessSigning.fileCA.key`	The PEM-encoded private key of the file based CA	`""`
`controlplane.keylessSigning.fileCA.keyPass`	The secret key pass	`""`

Artifact Content Addressable (CAS) API

Name	Description	Value
`cas.replicaCount`	Number of replicas	`2`
`cas.image.repository`	FQDN uri for the image	`ghcr.io/chainloop-dev/chainloop/artifact-cas`
`cas.image.tag`	Image tag (immutable tags are recommended). If no set chart.appVersion will be used
`cas.tlsConfig.secret.name`	name of a secret containing TLS certificate to be used by the controlplane grpc server.	`""`

CAS Networking

Name	Description	Value
`cas.service.type`	Service type	`ClusterIP`
`cas.service.port`	Service port	`80`
`cas.service.targetPort`	Service target Port	`http`
`cas.service.nodePorts.http`	Node port for HTTP. NOTE: choose port between <30000-32767>
`cas.serviceAPI.type`	Service type	`ClusterIP`
`cas.serviceAPI.port`	Service port	`80`
`cas.serviceAPI.targetPort`	Service target Port	`grpc`
`cas.serviceAPI.annotations`	Service annotations
`cas.serviceAPI.nodePorts.http`	Node port for HTTP. NOTE: choose port between <30000-32767>
`cas.ingress.enabled`	Enable ingress record generation for %%MAIN_CONTAINER_NAME%%	`false`
`cas.ingress.pathType`	Ingress path type	`ImplementationSpecific`
`cas.ingress.hostname`	Default host for the ingress record	`cas.dev.local`
`cas.ingress.ingressClassName`	IngressClass that will be be used to implement the Ingress (Kubernetes 1.18+)	`""`
`cas.ingress.path`	Default path for the ingress record	`/`
`cas.ingress.annotations`	Additional annotations for the Ingress resource. To enable certificate autogeneration, place here your cert-manager annotations.	`{}`
`cas.ingress.tls`	Enable TLS configuration for the host defined at `controlplane.ingress.hostname` parameter	`false`
`cas.ingress.selfSigned`	Create a TLS secret for this ingress record using self-signed certificates generated by Helm	`false`
`cas.ingress.extraHosts`	An array with additional hostname(s) to be covered with the ingress record	`[]`
`cas.ingress.extraPaths`	An array with additional arbitrary paths that may need to be added to the ingress under the main host	`[]`
`cas.ingress.extraTls`	TLS configuration for additional hostname(s) to be covered with this ingress record	`[]`
`cas.ingress.secrets`	Custom TLS certificates as secrets	`[]`
`cas.ingress.extraRules`	Additional rules to be covered with this ingress record	`[]`
`cas.ingressAPI.enabled`	Enable ingress record generation for %%MAIN_CONTAINER_NAME%%	`false`
`cas.ingressAPI.pathType`	Ingress path type	`ImplementationSpecific`
`cas.ingressAPI.hostname`	Default host for the ingress record	`api.cas.dev.local`
`cas.ingressAPI.ingressClassName`	IngressClass that will be be used to implement the Ingress (Kubernetes 1.18+)	`""`
`cas.ingressAPI.path`	Default path for the ingress record	`/`
`cas.ingressAPI.annotations`	Additional annotations for the Ingress resource. To enable certificate autogeneration, place here your cert-manager annotations.
`cas.ingressAPI.tls`	Enable TLS configuration for the host defined at `controlplane.ingress.hostname` parameter	`false`
`cas.ingressAPI.selfSigned`	Create a TLS secret for this ingress record using self-signed certificates generated by Helm	`false`
`cas.ingressAPI.extraHosts`	An array with additional hostname(s) to be covered with the ingress record	`[]`
`cas.ingressAPI.extraPaths`	An array with additional arbitrary paths that may need to be added to the ingress under the main host	`[]`
`cas.ingressAPI.extraTls`	TLS configuration for additional hostname(s) to be covered with this ingress record	`[]`
`cas.ingressAPI.secrets`	Custom TLS certificates as secrets	`[]`
`cas.ingressAPI.extraRules`	Additional rules to be covered with this ingress record	`[]`

CAS Misc

Name	Description	Value
`cas.resources.limits.cpu`	Container resource limits CPU	`250m`
`cas.resources.limits.memory`	Container resource limits memory	`512Mi`
`cas.resources.requests.cpu`	Container resource requests CPU	`250m`
`cas.resources.requests.memory`	Container resource requests memory	`512Mi`
`cas.autoscaling.enabled`	Enable deployment autoscaling	`false`
`cas.autoscaling.minReplicas`	Minimum number of replicas	`1`
`cas.autoscaling.maxReplicas`	Maximum number of replicas	`100`
`cas.autoscaling.targetCPUUtilizationPercentage`	Target CPU percentage	`80`
`cas.autoscaling.targetMemoryUtilizationPercentage`	Target CPU memory	`80`
`cas.sentry.enabled`	Enable sentry.io alerting	`false`
`cas.sentry.dsn`	DSN endpoint	`""`
`cas.sentry.environment`	Environment tag	`production`

Dependencies

Name	Description	Value
`postgresql.enabled`	Switch to enable or disable the PostgreSQL helm chart	`true`
`postgresql.auth.enablePostgresUser`	Assign a password to the "postgres" admin user. Otherwise, remote access will be blocked for this user	`false`
`postgresql.auth.username`	Name for a custom user to create	`chainloop`
`postgresql.auth.password`	Password for the custom user to create	`chainlooppwd`
`postgresql.auth.database`	Name for a custom database to create	`chainloop-cp`
`postgresql.auth.existingSecret`	Name of existing secret to use for PostgreSQL credentials	`""`
`vault.server.args`	Arguments to pass to the vault server. This is useful for setting the server in development mode	`["server","-dev"]`
`vault.server.config`	Configuration for the vault server. Small override of default Bitnami configuration	`storage "inmem" {}
disable_mlock = true
ui = true
service_registration "kubernetes" {}`
`vault.server.extraEnvVars[0].name`	Root token for the vault server	`VAULT_DEV_ROOT_TOKEN_ID`
`vault.server.extraEnvVars[0].value`	The value of the root token. Default: notasecret	`notasecret`
`vault.server.extraEnvVars[1].name`	Address to listen on development mode	`VAULT_DEV_LISTEN_ADDRESS`
`vault.server.extraEnvVars[1].value`	The address to listen on. Default: [::]:8200	`[::]:8200`
`dex.config.issuer`	The issuer URL of the Identity provider (IDp)	`http://chainloop-dex:5556/dex`
`dex.config.storage.type`	Storage type for the dex server	`memory`
`dex.config.web.http`	HTTP address for the dex server	`0.0.0.0:5556`
`dex.config.staticClients[0].id`	Client ID for the static client	`chainloop-dev`
`dex.config.staticClients[0].redirectURIs`	Redirect URIs for the static client	`["http://0.0.0.0:8000/auth/callback","http://localhost:8000/auth/callback"]`
`dex.config.staticClients[0].name`	Name for the static client	`Chainloop Dev`
`dex.config.staticClients[0].secret`	Secret for the static client	`ZXhhbXBsZS1hcHAtc2VjcmV0`
`dex.config.enablePasswordDB`	Enable static passwords	`true`
`dex.config.staticPasswords[0].email`	Email for the static password	`[email protected]`
`dex.config.staticPasswords[0].hash`	Hash for the static password	`$2a$10$2b2cU8CPhOTaGrs1HRQuAueS7JTT5ZHsHSzYiFPm1leZck7Mc8T4W`
`dex.config.staticPasswords[1].email`	Email for the static password	`[email protected]`
`dex.config.staticPasswords[1].hash`	Hash for the static password	`$2a$10$2b2cU8CPhOTaGrs1HRQuAueS7JTT5ZHsHSzYiFPm1leZck7Mc8T4W`

License

Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at

https://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.

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