Passbolt Helm chart

Passbolt is an open source, security first password manager with strong focus on collaboration.

TL;DR

The following commands are not recommended for production deployments as they will use default passwords for internal databases:

helm repo add my-repo https://download.passbolt.com/charts/passbolt
helm install my-release my-repo/passbolt

In case you prefer to use postgresql intead of mariadb, a sample config is provided in the examples directory:

helm repo add my-repo https://download.passbolt.com/charts/passbolt
helm install my-release my-repo/passbolt -f examples/postgresql.yaml

Production workloads should change the fields with values 'CHANGEME' on values.yaml and deploy the chart as follows:

helm repo add my-repo https://download.passbolt.com/charts/passbolt
helm install my-release my-repo/passbolt -f values.yaml

Or using --set flags to modify certain chart options:

helm repo add my-repo https://download.passbolt.com/charts/passbolt
helm install my-release my-repo/passbolt \
  --set redis.auth.password=my_redis_password \
  --set passboltEnv.secret.CACHE_CAKE_DEFAULT_PASSWORD=my_redis_password \
  --set mariadb.auth.password=my_mariadb_password \
  --set passboltEnv.secret.DATASOURCES_DEFAULT_PASSWORD=my_mariadb_password

Introduction

This chart deploys passbolt on kubernetes using the Helm package manager.

Passbolt comes in three editions:

• Community edition
• Professional edition
• Cloud edition

This chart supports the deployment of Community edition and Professional edition.

Prerequisites

• Kubernetes 1.19+ or 1.23+ if you want to use hpa
• Helm 3.x
• Passbolt docker >= 3.12.2-1

Installing the chart

Installing the chart under the name my-release:

helm install my-release my-repo

The above command deploys passbolt with default settings on your kubernetes cluster. Check the configuration section to check which parameters you can fine tune.

Use passbolt non-root image

In case you want to use the non-root passbolt image, there are a few changes that you have to introduce on your values file:

app:
  image:
    tag: <NON_ROOT_TAG>

service:
  ports:
    https:
      targetPort: 4433
    http:
      targetPort: 8080

With these changes you should be able to run passbolt on a container executed by www-data user.

Creating first user

Once the chart is deployed, you can create your first user by running the following command:

kubectl exec -it <passbolt-pod-name> -- su -c "bin/cake passbolt register_user -u <email> -f <firstname> -l <lastname> -r admin" -s /bin/bash www-data

Uninstalling the chart

To uninstall/delete the chart from your cluster:

helm delete my-release

The above command deletes all the kubernetes components associated with the chart and deletes the release.

Requirements

Repository	Name	Version
https://charts.bitnami.com/bitnami	mariadb	11.5.7
https://charts.bitnami.com/bitnami	redis	17.15.2
https://download.passbolt.com/charts/passbolt-library	passbolt-library	0.2.7

Values

Key	Type	Default	Description
affinity	object	{}	Configure passbolt deployment affinity
app.cache.redis.enabled	bool	true	By enabling redis the chart will mount a configuration file on /etc/passbolt/app.php That instructs passbolt to store sessions on redis and to use it as a general cache.
app.cache.redis.sentinelProxy.enabled	bool	true	Inject a haproxy sidecar container configured as a proxy to redis sentinel Make sure that CACHE_CAKE_DEFAULT_SERVER is set to '127.0.0.1' to use the proxy
app.cache.redis.sentinelProxy.image	object	{"registry":"","repository":"haproxy","tag":"latest"}	Configure redis sentinel proxy image
app.cache.redis.sentinelProxy.image.repository	string	"haproxy"	Configure redis sentinel image repository
app.cache.redis.sentinelProxy.image.tag	string	"latest"	Configure redis sentinel image tag
app.cache.redis.sentinelProxy.resources	object	{}	Configure redis sentinel container resources
app.database.kind	string	"mariadb"
app.databaseInitContainer	object	{"enabled":true}	Configure pasbolt deployment init container that waits for database
app.databaseInitContainer.enabled	bool	true	Toggle pasbolt deployment init container that waits for database
app.extraContainers	list	[]	Configure additional containers to be added to the pod
app.extraPodLabels	object	{}
app.image.pullPolicy	string	"IfNotPresent"	Configure pasbolt deployment image pullPolicy
app.image.registry	string	""	Configure pasbolt deployment image repsitory
app.image.repository	string	"passbolt/passbolt"
app.image.tag	string	"4.9.1-1-ce"	Overrides the image tag whose default is the chart appVersion.
app.resources	object	{}
app.tls	object	{}
autoscaling.enabled	bool	false	Enable autoscaling on passbolt deployment
autoscaling.maxReplicas	int	100	Configure autoscaling maximum replicas
autoscaling.minReplicas	int	1	Configure autoscaling minimum replicas
autoscaling.targetCPUUtilizationPercentage	int	80	Configure autoscaling target CPU uptilization percentage
cronJobEmail	object	{"enabled":true,"extraPodLabels":{},"schedule":"* * * * *"}	Enable email cron
extraVolumeMounts	list	[]	Add additional volume mounts, e.g. for overwriting config files
extraVolumes	list	[]	Add additional volumes, e.g. for overwriting config files
fullnameOverride	string	""	Value to override the whole fullName
global.imagePullSecrets	list	[]
global.imageRegistry	string	""
gpgExistingSecret	string	""	Name of the existing secret for the GPG server keypair. The secret must contain the serverkey.asc and serverkey_private.asc keys.
gpgPath	string	"/etc/passbolt/gpg"	Configure passbolt gpg directory
gpgServerKeyPrivate	string	""	Gpg server private key in base64
gpgServerKeyPublic	string	""	Gpg server public key in base64
imagePullSecrets	list	[]	Configure image pull secrets
ingress.annotations	object	{}	Configure passbolt ingress annotations
ingress.enabled	bool	false	Enable passbolt ingress
ingress.hosts	list	[]	Configure passbolt ingress hosts
ingress.tls	list	[]	Configure passbolt ingress tls
jobCreateGpgKeys.extraPodLabels	object	{}
jobCreateJwtKeys.extraPodLabels	object	{}
jwtCreateKeysForced	bool	false	Forces overwrite JWT keys
jwtExistingSecret	string	""	Name of the existing secret for the JWT server keypair. The secret must contain the jwt.key and jwt.pem keys.
jwtPath	string	"/etc/passbolt/jwt"	Configure passbolt jwt directory
jwtServerPrivate	string	""	JWT server private key in base64
jwtServerPublic	string	""	JWT server public key in base64
livenessProbe	object	{"initialDelaySeconds":20,"periodSeconds":10}	Configure passbolt container livenessProbe
mariadb.architecture	string	"replication"	Configure mariadb architecture
mariadb.auth.database	string	"passbolt"	Configure mariadb auth database
mariadb.auth.password	string	"CHANGEME"	Configure mariadb auth password
mariadb.auth.replicationPassword	string	"CHANGEME"	Configure mariadb auth replicationPassword
mariadb.auth.rootPassword	string	"root"	Configure mariadb auth root password
mariadb.auth.username	string	"CHANGEME"	Configure mariadb auth username
mariadb.primary	object	{"persistence":{"accessModes":["ReadWriteOnce"],"annotations":{},"enabled":true,"existingClaim":"","labels":{},"selector":{},"size":"8Gi","storageClass":"","subPath":""}}	Configure parameters for the primary instance.
mariadb.primary.persistence	object	{"accessModes":["ReadWriteOnce"],"annotations":{},"enabled":true,"existingClaim":"","labels":{},"selector":{},"size":"8Gi","storageClass":"","subPath":""}	Configure persistence options.
mariadb.primary.persistence.accessModes	list	["ReadWriteOnce"]	Primary persistent volume access Modes
mariadb.primary.persistence.annotations	object	{}	Primary persistent volume claim annotations
mariadb.primary.persistence.enabled	bool	true	Enable persistence on MariaDB primary replicas using a PersistentVolumeClaim. If false, use emptyDir
mariadb.primary.persistence.existingClaim	string	""	Name of an existing PersistentVolumeClaim for MariaDB primary replicas. When it's set the rest of persistence parameters are ignored.
mariadb.primary.persistence.labels	object	{}	Labels for the PVC
mariadb.primary.persistence.selector	object	{}	Selector to match an existing Persistent Volume
mariadb.primary.persistence.size	string	"8Gi"	Primary persistent volume size
mariadb.primary.persistence.storageClass	string	""	Primary persistent volume storage Class
mariadb.primary.persistence.subPath	string	""	Subdirectory of the volume to mount at
mariadb.secondary	object	{"persistence":{"accessModes":["ReadWriteOnce"],"annotations":{},"enabled":true,"labels":{},"selector":{},"size":"8Gi","storageClass":"","subPath":""}}	Configure parameters for the secondary instance.
mariadb.secondary.persistence	object	{"accessModes":["ReadWriteOnce"],"annotations":{},"enabled":true,"labels":{},"selector":{},"size":"8Gi","storageClass":"","subPath":""}	Configure persistence options.
mariadb.secondary.persistence.accessModes	list	["ReadWriteOnce"]	Secondary persistent volume access Modes
mariadb.secondary.persistence.annotations	object	{}	Secondary persistent volume claim annotations
mariadb.secondary.persistence.enabled	bool	true	Enable persistence on MariaDB secondary replicas using a PersistentVolumeClaim. If false, use emptyDir
mariadb.secondary.persistence.labels	object	{}	Labels for the PVC
mariadb.secondary.persistence.selector	object	{}	Selector to match an existing Persistent Volume
mariadb.secondary.persistence.size	string	"8Gi"	Secondary persistent volume size
mariadb.secondary.persistence.storageClass	string	""	Secondary persistent volume storage Class
mariadb.secondary.persistence.subPath	string	""	Subdirectory of the volume to mount at
mariadbDependencyEnabled	bool	true	Install mariadb as a depending chart
nameOverride	string	""	Value to override the chart name on default
networkPolicy.enabled	bool	false	Enable network policies to allow ingress access passbolt pods
networkPolicy.label	string	"app.kubernetes.io/name"	Configure network policies label for ingress deployment
networkPolicy.namespaceLabel	string	"ingress-nginx"	Configure network policies namespaceLabel for namespaceSelector
networkPolicy.podLabel	string	"ingress-nginx"	Configure network policies podLabel for podSelector
nodeSelector	object	{}	Configure passbolt deployment nodeSelector
passboltEnv.configMapName	string	""
passboltEnv.extraEnv	list	[]	Environment variables to add to the passbolt pods
passboltEnv.extraEnvFrom	list	[]	Environment variables from secrets or configmaps to add to the passbolt pods
passboltEnv.plain.APP_FULL_BASE_URL	string	"https://passbolt.local"	Configure passbolt fullBaseUrl
passboltEnv.plain.CACHE_CAKE_DEFAULT_SERVER	string	"127.0.0.1"	Configure passbolt cake cache server
passboltEnv.plain.DEBUG	bool	false	Toggle passbolt debug mode
passboltEnv.plain.EMAIL_DEFAULT_FROM	string	"[email protected]"	Configure passbolt default email from
passboltEnv.plain.EMAIL_DEFAULT_FROM_NAME	string	"Passbolt"	Configure passbolt default email from name
passboltEnv.plain.EMAIL_TRANSPORT_DEFAULT_HOST	string	"127.0.0.1"	Configure passbolt default email host
passboltEnv.plain.EMAIL_TRANSPORT_DEFAULT_PORT	int	587	Configure passbolt default email service port
passboltEnv.plain.EMAIL_TRANSPORT_DEFAULT_TIMEOUT	int	30	Configure passbolt default email timeout
passboltEnv.plain.EMAIL_TRANSPORT_DEFAULT_TLS	bool	true	Toggle passbolt tls
passboltEnv.plain.KUBECTL_DOWNLOAD_CMD	string	"curl -LO \"https://dl.k8s.io/release/$(curl -L -s https://dl.k8s.io/release/stable.txt)/bin/linux/amd64/kubectl\""	Download Command for kubectl
passboltEnv.plain.PASSBOLT_JWT_SERVER_KEY	string	"/var/www/passbolt/config/jwt/jwt.key"	Configure passbolt jwt private key path
passboltEnv.plain.PASSBOLT_JWT_SERVER_PEM	string	"/var/www/passbolt/config/jwt/jwt.pem"	Configure passbolt jwt public key path
passboltEnv.plain.PASSBOLT_KEY_EMAIL	string	"[email protected]"	Configure email used on gpg key. This is used when automatically creating a new gpg server key and when automatically calculating the fingerprint.
passboltEnv.plain.PASSBOLT_LEGAL_PRIVACYPOLICYURL	string	"https://www.passbolt.com/privacy"	Configure passbolt privacy url
passboltEnv.plain.PASSBOLT_PLUGINS_JWT_AUTHENTICATION_ENABLED	bool	true	Toggle passbolt jwt authentication
passboltEnv.plain.PASSBOLT_PLUGINS_LICENSE_LICENSE	string	"/etc/passbolt/subscription_key.txt"	Configure passbolt license path
passboltEnv.plain.PASSBOLT_REGISTRATION_PUBLIC	bool	true	Toggle passbolt public registration
passboltEnv.plain.PASSBOLT_SELENIUM_ACTIVE	bool	false	Toggle passbolt selenium mode
passboltEnv.plain.PASSBOLT_SSL_FORCE	bool	true	Configure passbolt to force ssl
passboltEnv.secret.CACHE_CAKE_DEFAULT_PASSWORD	string	"CHANGEME"	Configure passbolt cake cache password
passboltEnv.secret.DATASOURCES_DEFAULT_DATABASE	string	"passbolt"	Configure passbolt default database
passboltEnv.secret.DATASOURCES_DEFAULT_PASSWORD	string	"CHANGEME"	Configure passbolt default database password
passboltEnv.secret.DATASOURCES_DEFAULT_USERNAME	string	"CHANGEME"	Configure passbolt default database username
passboltEnv.secret.EMAIL_TRANSPORT_DEFAULT_PASSWORD	string	"CHANGEME"	Configure passbolt default email service password
passboltEnv.secret.EMAIL_TRANSPORT_DEFAULT_USERNAME	string	"CHANGEME"	Configure passbolt default email service username
passboltEnv.secretName	string	""
podAnnotations	object	{}	Map of annotation for passbolt server pod
podSecurityContext	object	{}	Security Context configuration for passbolt server pod
postgresqlDependencyEnabled	bool	false	Install postgresql as a depending chart
rbacEnabled	bool	true	Enable role based access control
readinessProbe	object	{"initialDelaySeconds":5,"periodSeconds":10}	Configure passbolt container RadinessProbe
redis.auth.enabled	bool	true	Enable redis authentication
redis.auth.password	string	"CHANGEME"	Configure redis password
redis.sentinel.enabled	bool	true	Enable redis sentinel
redisDependencyEnabled	bool	true	Install redis as a depending chart
replicaCount	int	2	If autoscaling is disabled this will define the number of pods to run
service.annotations	object	{}	Annotations to add to the service
service.ports	object	{"http":{"name":"http","port":80,"targetPort":80},"https":{"name":"https","port":443,"targetPort":443}}	Configure the service ports
service.ports.http.name	string	"http"	Configure passbolt HTTP service port name
service.ports.http.port	int	80	Configure passbolt HTTP service port
service.ports.http.targetPort	int	80	Configure passbolt HTTP service targetPort
service.ports.https	object	{"name":"https","port":443,"targetPort":443}	Configure the HTTPS port
service.ports.https.name	string	"https"	Configure passbolt HTTPS service port name
service.ports.https.port	int	443	Configure passbolt HTTPS service port
service.ports.https.targetPort	int	443	Configure passbolt HTTPS service targetPort
service.type	string	"ClusterIP"	Configure passbolt service type
serviceAccount.annotations	object	{}	Annotations to add to the service account
serviceAccount.create	bool	true	Specifies whether a service account should be created
tolerations	list	[]	Configure passbolt deployment tolerations

Running tests

In order to run the available tests, you can run the run_tests.sh script on the root of the project. This script runs both the unit and the integration tests.

$ bash run_tests.sh -h
Run the available tests for passbolt helm charts

Syntax: run_tests.sh [options]
run_tests.sh with no arguments will run all of the available tests.

options:
-h|--help                 Show this message.
-l|--lint                 Run helm lint.
-u|--unit                 Run helm unittest tests.
-i|--integration          Run integration tests.
-d|--database [option]    Database to run integration tests with [mariadb|postgresql]."
-no-clean                 Skip cleaning step.

Unit tests

We rely on helm unitttest framework, so if you want to run it on your own, follow the installation steps in their docs.

Integration tests

The integration tests code is under the tests/integration. There are a list of tools that are required locally to run the integration tests (kind, helm, kubectl, mkcert and passbolt go cli) and they will be downloaded during the tests execution if they are not installed in the system. Even though, there is a cleaning step that runs at the end of the execution to clean the directory.

Updating README.md

We rely on the helm-docs helm plugin and mdformat with mdformat-tables to generate and format the README.md on each release

helm-docs -t README.md.gotmpl --dry-run | mdformat - > README.md