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#
# Copyright (c) 2019 Contributors to the Eclipse Foundation
#
# See the NOTICE file(s) distributed with this work for additional
# information regarding copyright ownership.
#
# This program and the accompanying materials are made available under the
# terms of the Eclipse Public License 2.0 which is available at
# http://www.eclipse.org/legal/epl-2.0
#
# SPDX-License-Identifier: EPL-2.0
#
# Default values for eclipse-hono.
# Declare variables to be passed into your templates.
nameOverride: ""
fullnameOverride: ""
# honoImagesTag contains the (common) tag name of the Hono component
# container images to deploy.
# If not set explicitly, the chart's appVersion is used as the tag name.
# Alternatively, the tag name can also be set per component image.
# honoImagesTag:
# honoContainerRegistry contains the name of the container registry that
# the container images for Hono's components should be pulled from.
# The registry can also be set separately for each component, overriding
# the value specified here.
honoContainerRegistry: "index.docker.io"
# imagePullSecrets for pulling docker images from private registry. It will
# be added to every deployment and statefulset.
imagePullSecrets: []
# probes allows you to configure http GET probes on most hono services
# the values below will be used by default but can be overwritten by
# configuring more specific config in the probes config of the component.
# Note that only the parameters below can be overwritten.
probes:
livenessProbe:
httpGet:
path: "/liveness"
port: "health"
scheme: "HTTP"
periodSeconds: 10
failureThreshold: 3
initialDelaySeconds: 300
successThreshold: 1
timeoutSeconds: 3
readinessProbe:
httpGet:
path: "/readiness"
port: "health"
scheme: "HTTP"
periodSeconds: 10
failureThreshold: 3
initialDelaySeconds: 20
successThreshold: 1
timeoutSeconds: 3
# color indicates if the information printed to the console by components should be
# formatted in multi-color using ANSI escape sequences.
console:
color: false
# [DEPRECATED: use probes instead] livenessProbeInitialDelaySeconds contains the default value to use
# for the "initialDelaySeconds" configuration property of a Hono
# component's liveness probe.
# The value can be overridden by the corresponding property at the
# component level.
livenessProbeInitialDelaySeconds:
# [DEPRECATED: use probes instead] readinessProbeInitialDelaySeconds contains the default value to use
# for the "initialDelaySeconds" configuration property of a Hono
# component's readiness probe.
# The value can be overridden by the corresponding property at the
# component level.
readinessProbeInitialDelaySeconds:
# platform indicates the type of container orchestration platform we are deploying to.
# Supported values are:
# - openshift
# - kubernetes
#
# When setting to "openshift", Route resources will also be deployed.
platform: "kubernetes"
# useLoadBalancer indicates whether services should be deployed using the
# "LoadBalancer" type (true) or the "NodePort" type (false).
# This property will be ignored when deploying to platform "openshift" or when serviceType
# (see below) is configured.
useLoadBalancer: true
# serviceType indicates which service type services should have.
# Possible serviceTypes are described on
# https://kubernetes.io/docs/concepts/services-networking/service/#publishing-services-service-types
serviceType:
# messagingNetworkTypes indicates the type(s) of messaging to be used.
# The following types are defined:
# - kafka: Apache Kafka based messaging. Also refer to the
# sections "kafkaMessagingClusterExample" and "adapters.kafkaMessagingSpec"
# - amqp: AMQP 1.0 based messaging. Also refer to the
# sections "amqpMessagingNetworkExample" and "adapters.amqpMessagingNetworkSpec".
messagingNetworkTypes:
- "kafka"
# useLegacyAmqpTraceContextFormat determines how OpenTelemetry trace context information
# is stored in an AMQP 1.0 message sent to the AMQP Messaging Network. A "true" value here
# configures the format used in previous Hono versions, while setting "false" chooses a more
# generic format (compatible with e.g. Eclipse Ditto). Refer to
# https://www.eclipse.org/hono/docs/admin-guide/hono-client-configuration/
# for the documentation of the corresponding "useLegacyTraceContextFormat" Hono client property.
useLegacyAmqpTraceContextFormat: true
# Configuration properties for protocol adapters.
adapters:
# externalAdaptersEnabled indicates whether protocol adapters that
# run outside of the kubernetes cluster should be allowed to connect to
# the Dispatch Router and the example device registry's service endpoints.
# The default setting is 'false' which prevents access from outside of the
# cluster.
# Setting this property to 'true' allows external adapters to connect to
# the Dispatch Router's 'internal' endpoint and the Device Registry's
# service endpoints via AMQPS, i.e. AMQP over TLS.
# The Dispatch Router's 'internal' endpoint listens on port 15673 and requires
# adapters to authenticate using SASL EXTERNAL, i.e. an adapter needs to provide
# a client certificate that has been signed by one of the CA certs contained in
# the router's trust store.
# When opening the AMQP connection to the router, the adapter needs to indicate
# the 'hono-internal' virtual host name in its AMQP 1.0 'open' frame.
# The example Device Registry's AMQPS endpoint requires adapters to authenticate
# using SASL PLAIN, i.e. an adapter needs to provide a username and password which
# can be verified by the Auth Server component.
externalAdaptersEnabled: false
# amqpMessagingNetworkSpec contains Hono client properties used by all protocol
# adapters for connecting to the AMQP Messaging Network to forward downstream messages to.
# This property MUST be set if "messagingNetworkTypes" contains "amqp" and
# "amqpMessagingNetworkExample.enabled" is set to false.
# Please refer to https://www.eclipse.org/hono/docs/admin-guide/hono-client-configuration/
# for a description of supported properties.
# However, if "amqpMessagingNetworkExample.enabled" is set to true, only
# "keyPath", "certPath", "trustStorePath", "hostnameVerificationRequired" can be set.
amqpMessagingNetworkSpec:
keyPath: "/opt/hono/tls/tls.key"
certPath: "/opt/hono/tls/tls.crt"
trustStorePath: "/opt/hono/tls/ca.crt"
hostnameVerificationRequired: false
# host: "my-amqp-host"
# port: 5671
# credentialsPath: "/etc/conf/amqp-credentials.properties"
# commandAndControlSpec contains Hono client properties used by all protocol
# adapters for connecting to the AMQP Messaging Network which is used by applications
# to send commands to devices.
# This property MUST be set if "messagingNetworkTypes" contains "amqp" and
# "amqpMessagingNetworkExample.enabled" is set to false.
# Please refer to https://www.eclipse.org/hono/docs/admin-guide/hono-client-configuration/
# for a description of supported properties.
# However, if "amqpMessagingNetworkExample.enabled" is set to true, only
# "keyPath", "certPath", "trustStorePath", "hostnameVerificationRequired" can be set.
commandAndControlSpec:
keyPath: "/opt/hono/tls/tls.key"
certPath: "/opt/hono/tls/tls.crt"
trustStorePath: "/opt/hono/tls/ca.crt"
hostnameVerificationRequired: false
# kafkaMessagingSpec contains the configuration used by all protocol
# adapters for connecting to the Kafka cluster to be used for messaging.
# This property MUST be set if "messagingNetworkTypes" contains "kafka" and
# "kafkaMessagingClusterExample.enabled" is set to false.
# Please refer to https://www.eclipse.org/hono/docs/admin-guide/common-config/#kafka-based-messaging-configuration
# for a description of supported properties.
kafkaMessagingSpec: {}
# commonClientConfig:
# "bootstrap.servers": "broker0.my-custom-kafka.org:9092,broker1.my-custom-kafka.org:9092"
# command:
# consumerConfig:
# "compression.type": none
# commandInternal:
# adminClientConfig:
# "compression.type": none
# commandResponse:
# producerConfig:
# "compression.type": none
# event:
# producerConfig:
# "compression.type": none
# notification:
# consumerConfig:
# "compression.type": none
# telemetry:
# producerConfig:
# "compression.type": none
# tenantSpec contains Hono client properties used by all protocol adapters for
# connecting to the Tenant service.
# This property MUST be set if "deviceRegistryExample.enabled" is set to false.
# Please refer to https://www.eclipse.org/hono/docs/admin-guide/hono-client-configuration/
# for a description of supported properties.
tenantSpec:
# deviceRegistrationSpec contains Hono client properties used by all protocol adapters for
# connecting to the Device Registration service.
# This property MUST be set if "deviceRegistryExample.enabled" is set to false.
# Please refer to https://www.eclipse.org/hono/docs/admin-guide/hono-client-configuration/
# for a description of supported properties.
deviceRegistrationSpec:
# credentialsSpec contains Hono client properties used by all protocol adapters for
# connecting to the Credentials service.
# This property MUST be set if "deviceRegistryExample.enabled" is set to false.
# Please refer to https://www.eclipse.org/hono/docs/admin-guide/hono-client-configuration/
# for a description of supported properties.
credentialsSpec:
# commandRouterSpec contains Hono client properties used by all protocol adapters for
# connecting to the Command Router service.
# If not set, default properties will be used for establishing a TLS based connection
# to the command router server.
# Please refer to https://www.eclipse.org/hono/docs/admin-guide/hono-client-configuration/
# for a description of supported properties.
commandRouterSpec:
# tenantIdleTimeout contains the amount of time of inactivity after which protocol adapters
# close tenant specific links to services they interact with.
# Please refer to the Java documentation for the supported syntax:
# https://docs.oracle.com/en/java/javase/17/docs/api/java.base/java/time/Duration.html#parse(java.lang.CharSequence)
defaultTenantIdleTimeout: "1h"
# mapperEndpoints contains configuration properties for the adapter's
# used mapper endpoints.
# If not set, the adapter by default has no mappers configured
mapperEndpoints:
# mapperName:
# host: "eclipse.org"
# uri: "/hono/map"
# ssl: true
# port: 443
amqp:
# enabled indicates if Hono's AMQP 1.0 adapter should be deployed.
enabled: true
# imageName contains the name (excluding registry)
# of the container image to use for the AMQP adapter
imageName: "eclipse/hono-adapter-amqp"
# imageTag contains the tag of the container image to deploy.
# If not specified, the value of the honoImagesTag property is used.
# imageTag:
# containerRegistry contains the name of the container registry to pull
# the image from.
# If not specified, the value of the "honoContainerRegistry" property is used.
# containerRegistry:
# javaOptions contains options to pass to the JVM when starting
# up the service
javaOptions: "-XX:MinRAMPercentage=80 -XX:MaxRAMPercentage=80"
# cmdLineArgs contains additional arguments to be passed to the container's CMD.
cmdLineArgs: []
# quarkusConfigLocations contains resources that the Quarkus based variant of the component should read
# additional configuration from.
# Properties are read in the following sequence with properties further down in the list overwriting property
# values read from resources further up in the list.
# 1. Properties defined in file "/opt/hono/application.yml".
# 2. Properties read from the resources defined here.
# 3. Properties defined in operating system environment variables.
# 4. Properties defined in Java system properties.
# See https://smallrye.io/docs/smallrye-config/config/config.html#locations for details regarding supported resource
# types.
# If not set, default resources configuring logging levels based on the value of "quarkusLoggingProfile" are
# being read.
quarkusConfigLocations:
# quarkusLoggingProfile indicates at which level the Quarkus based variant of the component should log.
# Supported values are "prod", "dev" or "trace"
quarkusLoggingProfile: "dev"
# [DEPRECATED: use probes instead] livenessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's liveness probe.
# The value of the top level "livenessProbeInitialDelaySeconds" property will be used if not set.
livenessProbeInitialDelaySeconds:
# [DEPRECATED: use probes instead] readinessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's readiness probe.
# The value of the top level "readinessProbeInitialDelaySeconds" property will be used if not set.
readinessProbeInitialDelaySeconds:
# probes allows you to overwrite the global probes config values for this specific component
probes: {}
# resources contains the container's requests and limits for CPU and memory
# as defined by the Kubernetes API.
# Refer to https://kubernetes.io/docs/concepts/configuration/manage-compute-resources-container/
# for a description of the properties' semantics.
resources:
requests:
cpu: "150m"
memory: "300Mi"
limits:
cpu: "1"
memory: "512Mi"
svc:
annotations: {}
loadBalancerIP:
deployment:
annotations: {}
pod:
labels: {}
annotations: {}
priorityClassName: ""
affinity: {}
# extraVolumes contains additional kubernetes Volume definitions representing volumes
# that can mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volume-v1-core
# This can be used to provide the container access to files contained in kubernetes
# Secrets and/or ConfigMaps.
extraVolumes: []
# extraVolumeMounts describes how the additional volumes defined in "extraVolumes"
# should be mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volumemount-v1-core
# A common use case for this is to mount a kubernetes Secret or ConfigMap into the
# file system and then refer to the contained files in the component's configuration,
# e.g. public and private keys or an application.yaml file.
extraVolumeMounts: []
# The configMap to get additional environment variables from for this adapter.
envConfigMap:
# The secret to get additional environment variables from for this adapter.
envSecret:
# tlsKeysSecret identifies the Secret that contains the key material which should be used for
# securing the component's exposed API endpoint(s).
#
# Possible values are:
# "example" - create and use example keys, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a private key file
# named "tls.key" and an X.509 certificate file named "tls.crt".
# The file names have been chosen deliberately to match those produced by the
# cert-manager operator (https://cert-manager.io/).
# "none" - do not create keys nor mount an existing secret containing keys
tlsKeysSecret: "example"
# tlsTrustStoreConfigMap identifies the ConfigMap that contains the certificates which should
# be used as the trust anchor by this component when it needs to authenticate server identities
# during a TLS handshake.
#
# Possible values are:
# "example" - create and use example CA certificates, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a PEM file
# named "ca.crt" which contains X.509 certificates to be used as the trust anchor.
# "none" - do not mount an existing secret containing certificates. This might be useful if the
# component does not open any TLS connections to other hosts.
tlsTrustStoreConfigMap: "example"
# hono contains the adapter's configuration properties as defined in
# https://www.eclipse.org/hono/docs/admin-guide/amqp-adapter-config/
hono:
app:
# maxInstances defines the number of adapter Verticle instances to deploy
# to the vert.x runtime during start-up.
maxInstances: 1
# amqp contains configuration properties for the adapter's
# exposed AMQP endpoints.
# If not set, the adapter by default exposes the secure and insecure ports
# using an example key and certificate.
amqp: {}
# insecurePortEnabled: true
# insecurePortBindAddress: "0.0.0.0"
coap:
# enabled indicates if Hono's CoAP adapter should be deployed.
enabled: false
# imageName contains the name (excluding registry)
# of the container image to use for the CoAP adapter
imageName: "eclipse/hono-adapter-coap"
# imageTag contains the tag of the container image to deploy.
# If not specified, the value of the honoImagesTag property is used.
# imageTag:
# containerRegistry contains the name of the container registry to pull
# the image from.
# If not specified, the value of the "honoContainerRegistry" property is used.
# containerRegistry:
# javaOptions contains options to pass to the JVM when starting
# up the service
javaOptions: "-XX:MinRAMPercentage=80 -XX:MaxRAMPercentage=80"
# cmdLineArgs contains additional arguments to be passed to the container's CMD.
cmdLineArgs: []
# quarkusConfigLocations contains resources that the Quarkus based variant of the component should read
# additional configuration from.
# Properties are read in the following sequence with properties further down in the list overwriting property
# values read from resources further up in the list.
# 1. Properties defined in file "/opt/hono/application.yml".
# 2. Properties read from the resources defined here.
# 3. Properties defined in operating system environment variables.
# 4. Properties defined in Java system properties.
# See https://smallrye.io/docs/smallrye-config/config/config.html#locations for details regarding supported resource
# types.
# If not set, default resources configuring logging levels based on the value of "quarkusLoggingProfile" are
# being read.
quarkusConfigLocations:
# quarkusLoggingProfile indicates at which level the Quarkus based variant of the component should log.
# Supported values are "prod", "dev" or "trace"
quarkusLoggingProfile: "dev"
# [DEPRECATED: use probes instead] livenessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's liveness probe.
# The value of the top level "livenessProbeInitialDelaySeconds" property will be used if not set.
livenessProbeInitialDelaySeconds:
# [DEPRECATED: use probes instead] readinessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's readiness probe.
# The value of the top level "readinessProbeInitialDelaySeconds" property will be used if not set.
readinessProbeInitialDelaySeconds:
# probes allows you to overwrite the global probes config values for this specific component
probes: {}
# resources contains the container's requests and limits for CPU and memory
# as defined by the Kubernetes API.
# Refer to https://kubernetes.io/docs/concepts/configuration/manage-compute-resources-container/
# for a description of the properties' semantics.
resources:
requests:
cpu: "150m"
memory: "256Mi"
limits:
cpu: "1"
memory: "512Mi"
svc:
annotations: {}
loadBalancerIP:
deployment:
annotations: {}
pod:
labels: {}
annotations: {}
priorityClassName: ""
affinity: {}
# extraVolumes contains additional kubernetes Volume definitions representing volumes
# that can mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volume-v1-core
# This can be used to provide the container access to files contained in kubernetes
# Secrets and/or ConfigMaps.
extraVolumes: []
# extraVolumeMounts describes how the additional volumes defined in "extraVolumes"
# should be mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volumemount-v1-core
# A common use case for this is to mount a kubernetes Secret or ConfigMap into the
# file system and then refer to the contained files in the component's configuration,
# e.g. public and private keys or an application.yaml file.
extraVolumeMounts: []
# The configMap to get additional environment variables from for this adapter.
envConfigMap:
# The secret to get additional environment variables from for this adapter.
envSecret:
# tlsKeysSecret identifies the Secret that contains the key material which should be used for
# securing the component's exposed API endpoint(s).
#
# Possible values are:
# "example" - create and use example keys, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a private key file
# named "tls.key" and an X.509 certificate file named "tls.crt".
# The file names have been chosen deliberately to match those produced by the
# cert-manager operator (https://cert-manager.io/).
# "none" - do not create keys nor mount an existing secret containing keys
tlsKeysSecret: "example"
# tlsTrustStoreConfigMap identifies the ConfigMap that contains the certificates which should
# be used as the trust anchor by this component when it needs to authenticate server identities
# during a TLS handshake.
#
# Possible values are:
# "example" - create and use example CA certificates, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a PEM file
# named "ca.crt" which contains X.509 certificates to be used as the trust anchor.
# "none" - do not mount an existing secret containing certificates. This might be useful if the
# component does not open any TLS connections to other hosts.
tlsTrustStoreConfigMap: "example"
# hono contains the adapter's configuration properties
hono:
app:
# maxInstances defines the number of adapter Verticle instances to deploy
# to the vert.x runtime during start-up.
maxInstances: 1
# coap contains configuration properties for the adapter's
# exposed CoAP endpoints.
# If not set, the adapter by default exposes the secure port
# using an example key and certificate.
coap: {}
# insecurePortEnabled: true
# insecurePortBindAddress: "0.0.0.0"
http:
# enabled indicates if Hono's HTTP adapter should be deployed.
enabled: true
# imageName contains the name (excluding registry)
# of the container image to use for the HTTP adapter
imageName: "eclipse/hono-adapter-http"
# imageTag contains the tag of the container image to deploy.
# If not specified, the value of the honoImagesTag property is used.
# imageTag:
# containerRegistry contains the name of the container registry to pull
# the image from.
# If not specified, the value of the "honoContainerRegistry" property is used.
# containerRegistry:
# javaOptions contains options to pass to the JVM when starting
# up the service
javaOptions: "-XX:MinRAMPercentage=80 -XX:MaxRAMPercentage=80"
# cmdLineArgs contains additional arguments to be passed to the container's CMD.
cmdLineArgs: []
# quarkusConfigLocations contains resources that the Quarkus based variant of the component should read
# additional configuration from.
# Properties are read in the following sequence with properties further down in the list overwriting property
# values read from resources further up in the list.
# 1. Properties defined in file "/opt/hono/application.yml".
# 2. Properties read from the resources defined here.
# 3. Properties defined in operating system environment variables.
# 4. Properties defined in Java system properties.
# See https://smallrye.io/docs/smallrye-config/config/config.html#locations for details regarding supported resource
# types.
# If not set, default resources configuring logging levels based on the value of "quarkusLoggingProfile" are
# being read.
quarkusConfigLocations:
# quarkusLoggingProfile indicates at which level the Quarkus based variant of the component should log.
# Supported values are "prod", "dev" or "trace"
quarkusLoggingProfile: "dev"
# [DEPRECATED: use probes instead] livenessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's liveness probe.
# The value of the top level "livenessProbeInitialDelaySeconds" property will be used if not set.
livenessProbeInitialDelaySeconds:
# [DEPRECATED: use probes instead] readinessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's readiness probe.
# The value of the top level "readinessProbeInitialDelaySeconds" property will be used if not set.
readinessProbeInitialDelaySeconds:
# probes allows you to overwrite the global probes config values for this specific component
probes: {}
# resources contains the container's requests and limits for CPU and memory
# as defined by the Kubernetes API.
# Refer to https://kubernetes.io/docs/concepts/configuration/manage-compute-resources-container/
# for a description of the properties' semantics.
resources:
requests:
cpu: "150m"
memory: "300Mi"
limits:
cpu: "1"
memory: "512Mi"
svc:
annotations: {}
loadBalancerIP:
deployment:
annotations: {}
pod:
labels: {}
annotations: {}
priorityClassName: ""
affinity: {}
# extraVolumes contains additional kubernetes Volume definitions representing volumes
# that can mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volume-v1-core
# This can be used to provide the container access to files contained in kubernetes
# Secrets and/or ConfigMaps.
extraVolumes: []
# extraVolumeMounts describes how the additional volumes defined in "extraVolumes"
# should be mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volumemount-v1-core
# A common use case for this is to mount a kubernetes Secret or ConfigMap into the
# file system and then refer to the contained files in the component's configuration,
# e.g. public and private keys or an application.yaml file.
extraVolumeMounts: []
# The configMap to get additional environment variables from for this adapter.
envConfigMap:
# The secret to get additional environment variables from for this adapter.
envSecret:
# tlsKeysSecret identifies the Secret that contains the key material which should be used for
# securing the component's exposed API endpoint(s).
#
# Possible values are:
# "example" - create and use example keys, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a private key file
# named "tls.key" and an X.509 certificate file named "tls.crt".
# The file names have been chosen deliberately to match those produced by the
# cert-manager operator (https://cert-manager.io/).
# "none" - do not create keys nor mount an existing secret containing keys
tlsKeysSecret: "example"
# tlsTrustStoreConfigMap identifies the ConfigMap that contains the certificates which should
# be used as the trust anchor by this component when it needs to authenticate server identities
# during a TLS handshake.
#
# Possible values are:
# "example" - create and use example CA certificates, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a PEM file
# named "ca.crt" which contains X.509 certificates to be used as the trust anchor.
# "none" - do not mount an existing secret containing certificates. This might be useful if the
# component does not open any TLS connections to other hosts.
tlsTrustStoreConfigMap: "example"
# hono contains the adapter's configuration properties as defined in
# https://www.eclipse.org/hono/docs/admin-guide/http-adapter-config/
hono:
app:
# maxInstances defines the number of adapter Verticle instances to deploy
# to the vert.x runtime during start-up.
maxInstances: 1
# http contains configuration properties for the adapter's
# exposed HTTP endpoints.
# If not set, the adapter by default exposes the secure and insecure ports
# using an example key and certificate.
http: {}
# insecurePortEnabled: true
# insecurePortBindAddress: "0.0.0.0"
lora:
# enabled indicates if Hono's Lora adapter should be deployed.
enabled: false
# imageName contains the name (excluding registry)
# of the container image to use for the LoRa adapter
imageName: "eclipse/hono-adapter-lora"
# imageTag contains the tag of the container image to deploy.
# If not specified, the value of the honoImagesTag property is used.
# imageTag:
# containerRegistry contains the name of the container registry to pull
# the image from.
# If not specified, the value of the "honoContainerRegistry" property is used.
# containerRegistry:
# javaOptions contains options to pass to the JVM when starting
# up the service
javaOptions: "-XX:MinRAMPercentage=80 -XX:MaxRAMPercentage=80"
# cmdLineArgs contains additional arguments to be passed to the container's CMD.
cmdLineArgs: []
# quarkusConfigLocations contains resources that the Quarkus based variant of the component should read
# additional configuration from.
# Properties are read in the following sequence with properties further down in the list overwriting property
# values read from resources further up in the list.
# 1. Properties defined in file "/opt/hono/application.yml".
# 2. Properties read from the resources defined here.
# 3. Properties defined in operating system environment variables.
# 4. Properties defined in Java system properties.
# See https://smallrye.io/docs/smallrye-config/config/config.html#locations for details regarding supported resource
# types.
# If not set, default resources configuring logging levels based on the value of "quarkusLoggingProfile" are
# being read.
quarkusConfigLocations:
# quarkusLoggingProfile indicates at which level the Quarkus based variant of the component should log.
# Supported values are "prod", "dev" or "trace"
quarkusLoggingProfile: "dev"
# [DEPRECATED: use probes instead] livenessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's liveness probe.
# The value of the top level "livenessProbeInitialDelaySeconds" property will be used if not set.
livenessProbeInitialDelaySeconds:
# [DEPRECATED: use probes instead] readinessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's readiness probe.
# The value of the top level "readinessProbeInitialDelaySeconds" property will be used if not set.
readinessProbeInitialDelaySeconds:
# probes allows you to overwrite the global probes config values for this specific component
probes: {}
# resources contains the container's requests and limits for CPU and memory
# as defined by the Kubernetes API.
# Refer to https://kubernetes.io/docs/concepts/configuration/manage-compute-resources-container/
# for a description of the properties' semantics.
resources:
requests:
cpu: "150m"
memory: "300Mi"
limits:
cpu: "1"
memory: "512Mi"
svc:
annotations: {}
loadBalancerIP:
deployment:
annotations: {}
pod:
labels: {}
annotations: {}
priorityClassName: ""
affinity: {}
# extraVolumes contains additional kubernetes Volume definitions representing volumes
# that can mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volume-v1-core
# This can be used to provide the container access to files contained in kubernetes
# Secrets and/or ConfigMaps.
extraVolumes: []
# extraVolumeMounts describes how the additional volumes defined in "extraVolumes"
# should be mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volumemount-v1-core
# A common use case for this is to mount a kubernetes Secret or ConfigMap into the
# file system and then refer to the contained files in the component's configuration,
# e.g. public and private keys or an application.yaml file.
extraVolumeMounts: []
# The configMap to get additional environment variables from for this adapter.
envConfigMap:
# The secret to get additional environment variables from for this adapter.
envSecret:
# tlsKeysSecret identifies the Secret that contains the key material which should be used for
# securing the component's exposed API endpoint(s).
#
# Possible values are:
# "example" - create and use example keys, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a private key file
# named "tls.key" and an X.509 certificate file named "tls.crt".
# The file names have been chosen deliberately to match those produced by the
# cert-manager operator (https://cert-manager.io/).
# "none" - do not create keys nor mount an existing secret containing keys
tlsKeysSecret: "example"
# tlsTrustStoreConfigMap identifies the ConfigMap that contains the certificates which should
# be used as the trust anchor by this component when it needs to authenticate server identities
# during a TLS handshake.
#
# Possible values are:
# "example" - create and use example CA certificates, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a PEM file
# named "ca.crt" which contains X.509 certificates to be used as the trust anchor.
# "none" - do not mount an existing secret containing certificates. This might be useful if the
# component does not open any TLS connections to other hosts.
tlsTrustStoreConfigMap: "example"
# hono contains the adapter's configuration properties
hono:
app:
# maxInstances defines the number of adapter Verticle instances to deploy
# to the vert.x runtime during start-up.
maxInstances: 1
# lora contains configuration properties for the adapter's
# exposed HTTP endpoints.
# If not set, the adapter by default exposes the secure and insecure ports
# using an example key and certificate.
lora: {}
# insecurePortEnabled: true
# insecurePortBindAddress: "0.0.0.0"
mqtt:
# enabled indicates if Hono's MQTT 3.1.1 adapter should be deployed.
enabled: true
# imageName contains the name (excluding registry)
# of the container image to use for the MQTT adapter
imageName: "eclipse/hono-adapter-mqtt"
# imageTag contains the tag of the container image to deploy.
# If not specified, the value of the honoImagesTag property is used.
# imageTag:
# containerRegistry contains the name of the container registry to pull
# the image from.
# If not specified, the value of the "honoContainerRegistry" property is used.
# containerRegistry:
# javaOptions contains options to pass to the JVM when starting
# up the service
javaOptions: "-XX:MinRAMPercentage=80 -XX:MaxRAMPercentage=80"
# cmdLineArgs contains additional arguments to be passed to the container's CMD.
cmdLineArgs: []
# quarkusConfigLocations contains resources that the Quarkus based variant of the component should read
# additional configuration from.
# Properties are read in the following sequence with properties further down in the list overwriting property
# values read from resources further up in the list.
# 1. Properties defined in file "/opt/hono/application.yml".
# 2. Properties read from the resources defined here.
# 3. Properties defined in operating system environment variables.
# 4. Properties defined in Java system properties.
# See https://smallrye.io/docs/smallrye-config/config/config.html#locations for details regarding supported resource
# types.
# If not set, default resources configuring logging levels based on the value of "quarkusLoggingProfile" are
# being read.
quarkusConfigLocations:
# quarkusLoggingProfile indicates at which level the Quarkus based variant of the component should log.
# Supported values are "prod", "dev" or "trace"
quarkusLoggingProfile: "dev"
# [DEPRECATED: use probes instead] livenessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's liveness probe.
# The value of the top level "livenessProbeInitialDelaySeconds" property will be used if not set.
livenessProbeInitialDelaySeconds:
# [DEPRECATED: use probes instead] readinessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's readiness probe.
# The value of the top level "readinessProbeInitialDelaySeconds" property will be used if not set.
readinessProbeInitialDelaySeconds:
# probes allows you to overwrite the global probes config values for this specific component
probes: {}
# resources contains the container's requests and limits for CPU and memory
# as defined by the Kubernetes API.
# Refer to https://kubernetes.io/docs/concepts/configuration/manage-compute-resources-container/
# for a description of the properties' semantics.
resources:
requests:
cpu: "150m"
memory: "300Mi"
limits:
cpu: "1"
memory: "512Mi"
svc:
annotations: {}
loadBalancerIP:
deployment:
annotations: {}
pod:
labels: {}
annotations: {}
priorityClassName: ""
affinity: {}
# extraVolumes contains additional kubernetes Volume definitions representing volumes
# that can mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volume-v1-core
# This can be used to provide the container access to files contained in kubernetes
# Secrets and/or ConfigMaps.
extraVolumes: []
# extraVolumeMounts describes how the additional volumes defined in "extraVolumes"
# should be mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volumemount-v1-core
# A common use case for this is to mount a kubernetes Secret or ConfigMap into the
# file system and then refer to the contained files in the component's configuration,
# e.g. public and private keys or an application.yaml file.
extraVolumeMounts: []
# The configMap to get additional environment variables from for this adapter.
envConfigMap:
# The secret to get additional environment variables from for this adapter.
envSecret:
# tlsKeysSecret identifies the Secret that contains the key material which should be used for
# securing the component's exposed API endpoint(s).
#
# Possible values are:
# "example" - create and use example keys, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a private key file
# named "tls.key" and an X.509 certificate file named "tls.crt".
# The file names have been chosen deliberately to match those produced by the
# cert-manager operator (https://cert-manager.io/).
# "none" - do not create keys nor mount an existing secret containing keys
tlsKeysSecret: "example"
# tlsTrustStoreConfigMap identifies the ConfigMap that contains the certificates which should
# be used as the trust anchor by this component when it needs to authenticate server identities
# during a TLS handshake.
#
# Possible values are:
# "example" - create and use example CA certificates, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a PEM file
# named "ca.crt" which contains X.509 certificates to be used as the trust anchor.
# "none" - do not mount an existing secret containing certificates. This might be useful if the
# component does not open any TLS connections to other hosts.
tlsTrustStoreConfigMap: "example"
# hono contains the adapter's configuration properties as defined in
# https://www.eclipse.org/hono/docs/admin-guide/mqtt-adapter-config/
hono:
app:
# maxInstances defines the number of adapter Verticle instances to deploy
# to the vert.x runtime during start-up.
maxInstances: 1
# mqtt contains configuration properties for the adapter's
# exposed MQTT endpoints.
# If not set, the adapter by default exposes the secure and insecure ports
# using an example key and certificate.
mqtt: {}
# insecurePortEnabled: true
# insecurePortBindAddress: "0.0.0.0"
# authServer contains configuration properties for the Auth Server component.
authServer:
# imageName contains the name (excluding registry)
# of the container image to use for the Auth Server
imageName: "eclipse/hono-service-auth"
# imageTag contains the tag of the container image to deploy.
# If not specified, the value of the honoImagesTag property is used.
# imageTag:
# containerRegistry contains the name of the container registry to pull
# the image from.
# If not specified, the value of the "honoContainerRegistry" property is used.
# containerRegistry:
# javaOptions contains options to pass to the JVM when starting
# up the service
javaOptions: "-XX:MinRAMPercentage=80 -XX:MaxRAMPercentage=80"
# cmdLineArgs contains additional arguments to be passed to the container's CMD.
cmdLineArgs: []
# quarkusConfigLocations contains resources that the component should read
# additional configuration from.
# Properties are read in the following sequence with properties further down in the list overwriting property
# values read from resources further up in the list.
# 1. Properties defined in file "/opt/hono/config/application.yml".
# 2. Properties read from the resources defined here.
# 3. Properties defined in operating system environment variables.
# 4. Properties defined in Java system properties.
# See https://smallrye.io/docs/smallrye-config/config/config.html#locations for details regarding supported resource
# types.
# If not set, default resources configuring logging levels based on the value of "quarkusLoggingProfile" are
# being read.
quarkusConfigLocations:
# quarkusLoggingProfile indicates at which level the Quarkus based variant of the component should log.
# Supported values are "prod", "dev" or "trace"
quarkusLoggingProfile: "dev"
# [DEPRECATED: use probes instead] livenessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's liveness probe.
# The value of the top level "livenessProbeInitialDelaySeconds" property will be used if not set.
livenessProbeInitialDelaySeconds:
# [DEPRECATED: use probes instead] readinessProbeInitialDelaySeconds contains the value to use for the "initialDelaySeconds"
# configuration property of the component's readiness probe.
# The value of the top level "readinessProbeInitialDelaySeconds" property will be used if not set.
readinessProbeInitialDelaySeconds:
# probes allows you to overwrite the global probes config values for this specific component
probes: {}
# resources contains the container's requests and limits for CPU and memory
# as defined by the Kubernetes API.
# Refer to https://kubernetes.io/docs/concepts/configuration/manage-compute-resources-container/
# for a description of the properties' semantics.
resources:
requests:
cpu: "100m"
memory: "196Mi"
limits:
cpu: "1"
memory: "256Mi"
deployment:
annotations: {}
pod:
labels: {}
annotations: {}
priorityClassName: ""
affinity: {}
# extraVolumes contains additional kubernetes Volume definitions representing volumes
# that can mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volume-v1-core
# This can be used to provide the container access to files contained in kubernetes
# Secrets and/or ConfigMaps.
extraVolumes: []
# extraVolumeMounts describes how the additional volumes defined in "extraVolumes"
# should be mounted into the container's file system.
# The syntax is defined in https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#volumemount-v1-core
# A common use case for this is to mount a kubernetes Secret or ConfigMap into the
# file system and then refer to the contained files in the component's configuration,
# e.g. public and private keys or an application.yaml file.
extraVolumeMounts: []
# envConfigMap may be used to set the name of a (already existing) ConfigMap
# that contains additional environment variables that should be set on the
# component's container.
envConfigMap:
# envSecret may be used to set the name of a (already existing) Secret
# that contains additional environment variables that should be set on the
# component's container.
envSecret:
# tlsKeysSecret identifies the Secret that contains the key material which should be used for
# securing the component's exposed API endpoint(s).
#
# Possible values are:
# "example" - create and use example keys, DO NOT USE IN PRODUCTION!!!
# secretName - the name of an already existing secret which contains (at least) a private key file
# named "tls.key" and an X.509 certificate file named "tls.crt".
# The file names have been chosen deliberately to match those produced by the
# cert-manager operator (https://cert-manager.io/).
# "none" - do not create keys nor mount an existing secret containing keys
tlsKeysSecret: "example"
# hono contains the Auth Server's configuration properties as defined in
# https://www.eclipse.org/hono/docs/admin-guide/auth-server-config/
hono:
app:
# maxInstances defines the number of adapter Verticle instances to deploy
# to the vert.x runtime during start-up.
maxInstances: 1
auth:
# svc contains configuration properties for the server
svc:
permissionsPath: "file:///opt/hono/config/permissions.json"
supportedSaslMechanisms: "PLAIN"
signing:
# tokenExpiration contains the number of seconds after which tokens issued
# by the Auth server will expire.