jackmaloney/ccd-docker

CCD Docker 🐳

• Prerequisites
• Quick start
• Using CCD
• Idam Stub
• Compose branches
• Compose projects
• Under the hood
• Containers
• Local development
• Troubleshooting
• Variables
• Remarks
• License

Prerequisites

• Docker

Memory and CPU allocations may need to be increased for successful execution of ccd applications altogether. (On Preferences / Advanced)

• Azure CLI - minimum version 2.0.57
• jq Json Processor

The following documentation assumes that the current directory is ccd-docker.

Quick start

Checkout ccd-docker project:

git clone git@github.com:hmcts/ccd-docker.git

Login to the Azure Container registry:

./ccd login

Note: if you experience any error with the above command, try az login first

For Azure Authentication for pulling latest docker images

Pulling latest Docker images:

./ccd compose pull

Running initialisation steps:

Note: required only on the first run. Once executed, it doesn't need to be executed again

./ccd init

Creating and starting the containers:

./ccd compose up -d

Usage and commands available:

./ccd

Setting up environment variables

Environment variables for CCD Data Store API and CCD Definition Store API can be done by executing the following script.

Windows : ./bin/set-environment-variables.sh

Mac : source ./bin/set-environment-variables.sh

Note: some users of zsh 'Oh My Zsh' experienced issues. Try switching to bash for this step

To persist the environment variables in Mac, copy the contents of env_variables_all.txt file into ~/.bash_profile. A prefix 'export' will be required for each environment variable.

Using CCD

Once the containers are running, CCD's frontend can be accessed at http://localhost:3451.

---

NOTE

The idam-api container can be slow to start - both the definition-store-api and data-store-api containers will try to connect to the idam-api container when they start.

If idam-api is not up and running and accepting connections you may see errors in the definition-store-api and data-store-api containers, such as

Caused by: org.springframework.web.client.ResourceAccessException: 
    I/O error on GET request for "http://idam-api:5000/o/.well-known/openid-configuration": Connection refused (Connection refused);
        nested exception is java.net.ConnectException: Connection refused (Connection refused)

If you the containers fail to start with these error, ensure idam-api is running using

curl http://localhost:5000/health

ensuring the response is

{"status":"UP"}

Then restart the definition-store-api & data-store-api containers

./ccd compose restart ccd-definition-store-api ccd-data-store-api

---

However, some more steps are required to correctly configure SIDAM and CCD before it can be used:

---

NOTE

All scripts require the following environment variables to be set

IDAM_ADMIN_USER
IDAM_ADMIN_PASSWORD

with the corresponding values from the confluence page at https://tools.hmcts.net/confluence/x/eQP3P

CCD Quick Start

At this point most users can run the following 3 scripts

./bin/add-idam-clients.sh
./bin/add-roles.sh
./bin/add-users.sh

to get their IDAM environment ready and then move on to the Ready for take-off section.

A more in depth explanation of the scripts is detailed below

1. Configure Oauth2 Client of CCD Gateway on SIDAM

An oauth2 client should be configured for ccd-gateway application, on SIDAM Web Admin.

A script is provided that sets up the CCD Gateway client. Execute the following:

./bin/add-idam-clients.sh

You may verify the service has been added by logging in to the SIDAM Web Admin with the URL and logic credentials here:

https://tools.hmcts.net/confluence/x/eQP3P

Navigate to

Home > Manage Services

Optionally - to add any further IDAM service clients you can update the

./bin/add-idam-clients.sh

to add a new entry and re-run the script (any entries in this file that already exist are skipped)

${dir}/utils/idam-create-service.sh LABEL CLIENT_ID CLIENT_SECRET REDIRECT_URL SELF_REGISTRATION SCOPE

---

NOTE

• SELF_REGISTRATION - a boolean parameter, defaults to a value of "false" if omitted
• SCOPE - a space delimited string parameter, defaults to a value of "openid profile roles" if omitted

---

Manual Configuration steps

Instead of running the above scripts you can add the services manually using the SIDAM Web UI

You need to login to the SIDAM Web Admin with the URL and logic credentials here: https://tools.hmcts.net/confluence/x/eQP3P

Navigate to

Home > Manage Services > Add a new Service

On the Add Service screen the following fields are required:

label : <any>
description : <any>
client_id : ccd_gateway
client_secret : ccd_gateway_secret
new redirect_uri (click 'Add URI' before saving) : http://localhost:3451/oauth2redirect

Follow below steps to configure XUI Webapp on SIDAM Web Admin

On the Add Service screen the following fields are required:

label : <xui_webapp>
description : <xui_webapp>
client_id : xui_webapp
client_secret : xui_webapp_secrect
new redirect_uri (click 'Add URI' before saving) : http://localhost:3455/oauth2/callback
client scope: profile openid roles manage-user create-user

2. Create Idam roles

Execute the following script to add roles to SIDAM:

./bin/add-roles.sh

The script parses bin/users.json and loops through a list of unique roles, passing the role to the idam-add-role.sh script

To add any further IDAM roles, for example "myNewIdamRole", run the script as follows

    ./bin/utils/idam-add-role.sh "myNewIdamRole"

---

NOTE

The script adds roles under a GLOBAL namespace and so until the users assigned to these roles are added, you cannot verify them using SIDAM Web UI

---

Manual Configuration steps

Any roles should be configured for ccd-gateway client/service, on SIDAM Web Admin.

You need to login to the SIDAM Web Admin with the URL and logic credentials here: https://tools.hmcts.net/confluence/x/eQP3P

Navigate to Home > Manage Roles > Select Your Service > Role Label

Don't worry about the Assignable roles section when adding roles

Once the roles are defined under the client/service, go to the service configuration for the service you created in Step 1 (Home > Manage Services > select your service) and select ccd-import role radio option under Private Beta Role section

Any business-related roles like caseworker,caseworker-<jurisdiction> etc to be used in CCD later must also be defined under the client configuration at this stage.

Adding a role to CCD

By default most FTA (Feature test automation) packs load their own roles into CCD via the definition store each time the feature tests are run

To add a further role to CCD (by importing it into the definition store), run the following script

./bin/ccd-add-role.sh

supplying the following parameters

- role: Name of the role. Must be an existing IDAM role.
- classification: Classification granted to the role; one of `PUBLIC`,
        `PRIVATE` or `RESTRICTED`. Default to `PUBLIC`.

For example, to add the caseworker role (that must exist in SIDAM) to CCD, use

./bin/ccd-add-role.sh caseworker PUBLIC

3. Create users

A script is provided that sets up some initial users and roles for running functional tests. Execute the following:

./bin/add-users.sh

This script will add the users with associated roles as defined in

bin/users.json

This script runs the checks below, for each user defined in the users.json

check roles
if roles are the same
    do nothing
else
    delete user
    create user with same id

Therefore to

• add a new user - add a new entry to the users.json
• modify an existing user - modify users.json to add/remove a role

Alternatively, add a user to SIDAM by using the script

./bin/idam-create-caseworker.sh ROLE EMAIL_ADDRESS LAST_NAME FIRST_NAME

---

NOTE LAST_NAME if omitted defaults to TesterLastName FIRST_NAME if omitted defaults to TesterFirstname

Password for each user created by the script defaults to Pa55word11

---

You may verify the service has been added by logging in to the SIDAM Web Admin with the URL and logic credentials here:

https://tools.hmcts.net/confluence/x/eQP3P

Navigate to

Home > Manage Users

and search for users by email address.

###4. Import case definition

Note:

CCD Data Store FTA tests will automatically import the CCD case definitions using the befta-fw test framework.

Case definitions can be imported using CCD's dedicated UI

Case definitions can also be imported manually via the command line, using the following script

./bin/ccd-import-definition.sh <path_to_definition>

Parameters:

• path_to_definition: Path to .xlsx file containing the case definition.

Note: For CCD to work, the definition must contain the caseworker's email address.

If the import fails with an error of the form:

Validation errors occurred importing the spreadsheet.

- Invalid IdamRole 'caseworker-cmc-loa1' in AuthorisationCaseField tab, case type 'MoneyClaimCase', case field 'submitterId', crud 'CRUD'

Then the indicated role, here caseworker-cmc-loa1, must be added to CCD (See 2. Create Idam roles).

Ready for take-off 🛫

Back to http://localhost:3451, you can now log in with any of the email addresses defined when adding users in 3. Create Users. All user passwords default to : Pa55word11.

If you see only a grey screen after entering your user credentials in the login page, you may need to set profile settings in ccd_user_profile database by adding a single line for the user in the below tables:

1- user_profile

2- user_profile_jurisdiction

Idam Stub

It's possible to disable the Idam containers and run CCD with an Idam Stub provided by ccd-test-stubs-service. This is useful as a back up plan for when docker Idam is broken or when you local machine is running low on memory and you don't want to spin up the whole Idam containers

Enable Idam Stub

Step 1 - Disable Sidam containers

make sure 'sidam', 'sidam-local', 'sidam-local-ccd' docker compose files are not enabled. How you do that depends on your currently active compose files. When no active compose files are present, the default ones are executed. But if there's any active, then the defautl ones are ignored. For example:

./ccd enable show

Currently active compose files:
backend
frontend
sidam
sidam-local
sidam-local-ccd

Default compose files:
backend
frontend
sidam
sidam-local
sidam-local-ccd

In this case sidam is currently explicitly enabled. To disable it:

./ccd disable sidam sidam-local sidam-local-ccd

If you are instead running with the default compose file as in:

./ccd enable show

Default compose files:
backend
frontend
sidam
sidam-local
sidam-local-ccd

You must explicitly enable only CCD compose files but exclude sidam:

./ccd enable backend frontend
./ccd enable show

Currently active compose files:
backend
frontend

Default compose files:
backend
frontend
sidam
sidam-local
sidam-local-ccd

Step 2 - Setup Env Vars

in the '.env' file, uncomment:

#IDAM_STUB_SERVICE_NAME=http://ccd-test-stubs-service:5555
#IDAM_STUB_LOCALHOST=http://localhost:5555

To allow definition imports to work ('ccd-import-definition.sh') you need to:

export IDAM_STUB_LOCALHOST=http://localhost:5555

⚠️ Please note: remember to unset 'IDAM_STUB_LOCALHOST' when switching back to the real Idam, otherwise definition import won't work

unset IDAM_STUB_LOCALHOST

Step 3 - (Optional) Customise IDAM roles

IDAM Stub comes with a predefined IDAM user.
To permanently customise the stub user info such as its roles follow the instructions in 'backend.yml' -> ccd-test-stubs-service
To modify the user info at runtime, see https://github.com/hmcts/ccd-test-stubs-service#idam-stub

Step 4 - Enable stub service dependency

Enable ccd-test-stubs-service dependency on ccd-data-store-api and ccd-definition-store-api in 'backend.yml' file.

Uncomment the below lines in 'backend.yml' file

      #      ccd-test-stubs-service:
      #        condition: service_started

Comment the below lines in 'backend.yml' file

      idam-api:
        condition: service_started

Revert to Idam

Step 1 - Enable Sidam containers

./ccd enable sidam sidam-local sidam-local-ccd

or just revert to the default:

./ccd enable default

Step 2 - Setup Env Vars

in the '.env' file, make sure the following env vars are commented:

#IDAM_STUB_SERVICE_NAME=http://ccd-test-stubs-service:5555
#IDAM_STUB_LOCALHOST=http://localhost:5555

then from the command line:

unset IDAM_STUB_LOCALHOST

Step 3 - Disable stub service dependency

Disable ccd-test-stubs-service dependency on ccd-data-store-api and ccd-definition-store-api in 'backend.yml' file.

Comment the below lines in 'backend.yml' file

    #   ccd-test-stubs-service:
    #       condition: service_started

Uncomment the below lines in 'backend.yml' file

      idam-api:
        condition: service_started

Switching between Idam and Idam Stub Example

#assuming no containers running and Idam is enabled

#start with Idam
./ccd compose up -d

#services started

./ccd compose stop

#enable Idam Stub follwing the steps in 'Enable Idam Stub'

#start with Idam Stub
./ccd compose up -d

#services started

you also can issue a 'down' when Idam Stub is enabled without risking of losing Idam data, since it's disabled
./ccd compose down

enable Idam follwing the steps in 'Revert to Idam'

#start with Idam. This will now create new CCD containers and reuse the old Idam ones
./ccd compose up -d

NOTE: ⚠️ always use 'compose up' rather than 'compose start' when switching between Idam and Idam Stub to have docker compose pick up env vars changes.

Compose branches

By default, all CCD containers are running with the latest tag, built from the master branch.

Switch to a branch

Using the set command, branches can be changed per project.

Usage of the command is:

./ccd set <project> <branch> [file://local_repository_path]

• <project> must be one of:
  • ccd-data-store-api
  • ccd-definition-store-api
  • ccd-user-profile-api
  • ccd-api-gateway
  • ccd-case-management-web
  • ccd-test-stubs-service
• <branch> must be an existing remote branch for the selected project.
• [file://local_repository_path] path of the local repository in case you want to switch to a local branch

Branches for a project can be listed using:

./ccd branches <project>

Apply

When switching to a branch, a Docker image is built locally and the Docker compose configuration is updated.

However, to make that configuration effective, the Docker containers must be updated using:

./ccd compose up -d

Revert to master

When a project has been switched to a branch, it can be reverted to master in 2 ways:

./ccd set <project> master

or

./ccd unset <project> [<projects...>]

The only difference is that unset allows for multiple projects to be reset to master.

In both cases, like with the set command, for the reset to be effective it requires the containers to be updated:

./ccd compose up -d

Current branches

To know which branches are currently used, the status command can be used:

./ccd status

The 2nd part of the output indicates the current branches. The output can either be of the form:

No overrides, all using master

when no branches are used; or:

Current overrides: ccd-case-management-web branch:RDM-2414 hash:ced648d

when branches are in use.

ℹ️ In addition to the status command, the current status is also displayed for every compose commands.

Compose projects

By default, ccd-docker runs the most commonly used backend and frontend projects required:

• Back-end:
  • sidam-api: Strategic identity and access control
  • service-auth-provider-api: Service-to-service security layer
  • ccd-user-profile-api: Users/jurisdictions association and usage preferences
  • ccd-definition-store-api: CCD's dynamic case definition repository
  • ccd-data-store-api: CCD's cases repository
  • ccd-test-stubs-service: CCD's testing support for stubbing http calls (service callbacks etc)
• Front-end:
  • idam-web-public: SIDAM's login UI
  • ccd-api-gateway: Proxy with SIDAM and S2S integration
  • ccd-case-management-web: Caseworker UI

Optional compose files will allow other projects to be enabled on demand using the enable and disable commands.

• To enable document-management-store-app

  • ./ccd enable backend frontend dm-store
  • run docker-compose ./ccd compose up -d
  • create Blob Store in Azurite ./bin/document-management-store-create-blob-store-container.sh

• To enable elastic search

  • NOTE: we recommend at lest 6GB of memory for Docker when enabling elasticsearch
  • ./ccd enable elasticsearch (assuming backend is already enabled, otherwise enable it)
  • export ES_ENABLED_DOCKER=true
  • verify that Data Store is able to connect to elasticsearch: curl localhost:4452/health

• To enable logstash

• ./ccd enable logstash (assuming elasticsearch is already enabled, otherwise enable it)

• To run service specific logstash instance

  • First build the local log stash instances for all services using instructions on ccd-logstash ccd-logstash
  • Export CCD_LOGSTASH_SERVICES environment variable to use service specific logstash instances
  • If CCD_LOGSTASH_SERVICES is not exported, then ccd-logstash:latest will be used
  • Make sure to set the below two environment variables in .env file
  • By default CCD_LOGSTASH_REPOSITORY_URL is point to remote repository hmctspublic.azurecr.io, this is defined in .env file.

    CCD_LOGSTASH_REPOSITORY_URL=hmctspublic.azurecr.io

• For local docker repository please change the values as below

    CCD_LOGSTASH_REPOSITORY_URL=hmcts

• To run service specific instances of logstash, give service names a comma serparated string as below

    export CCD_LOGSTASH_SERVICES=divorce,sscs,ethos,cmc,probate

• To run all service instances of logstash

    CCD_LOGSTASH_SERVICES=all

OR

    CCD_LOGSTASH_SERVICES=testall

• To enable ccd-definition-designer-api
  • ./ccd enable backend ccd-definition-designer-api
  • run docker-compose ./ccd compose up -d
  • verify that ccd-definition-designer-api is up and running by curl localhost:4544/health

Under the hood 🚤

Set

Non-master branches

When switching to a branch with the set command, the following actions take place:

1. The given branch is cloned in the temporary .workspace folder
2. If required, the project is built
3. A docker image is built
4. The Docker image is tagged as hmcts/<project>:<branch>-<git hash>
5. An entry is added to file .tags.env exporting an environment variable <PROJECT>_TAG with a value <branch>-<git hash> matching the Docker image tag

The .tags.env file is sourced whenever the ccd compose command is used and allows to override the Docker images version used in the Docker compose files.

Hence, to make that change effective, the containers must be updated using ./ccd compose up.

master branch

When switching a project to master branch, the branch override is removed using the unset command detailed below.

Unset

Given a list of 1 or more projects, for each project:

1. If .tags.env contains an entry for the project, the entry is removed

Similarly to when branches are set, for a change to .tags.env to be applied, the containers must be updated using ./ccd compose up.

Status

Retrieve from .tags.env the branches and compose files currently enabled and display them.

Compose

./ccd compose [<docker-compose command> [options]]

The compose command acts as a wrapper around docker-compose and accept all commands and options supported by it.

ℹ️ For the complete documentation of Docker Compose CLI, see Compose command-line reference.

Here are some useful commands:

Up

./ccd compose up [-d]

This command:

1. Create missing containers
2. Recreate outdated containers (= apply configuration changes)
3. Start all enabled containers

The -d (detached) option start the containers in the background.

Down

./ccd compose down [-v] [project]

This stops and destroys all composed containers.

If provided, the -v option will also clean the volumes.

Destroyed containers cannot be restarted. New containers will need to be built using the up command.

Ps

./ccd compose ps [<project>]

Gives the current state of all or specified composed projects.

Logs

./ccd compose logs [-f] [<project>]

Displays the logs for all or specified composed projects.

The -f (follow) option allows to follow the tail of the logs.

Start/stop

./ccd compose start [<project>]
./ccd compose stop [<project>]

Start or stop all or specified composed containers. Stopped containers can be restarted with the start command.

⚠️ Please note: Re-starting a project with stop/start does not apply configuration changes. Instead, the up command should be used to that end.

Pull

./ccd compose pull [project]

Fetch the latest version of an image from its source. For the new version to be used, the associated container must be re-created using the up command.

Configuration

OAuth 2

OAuth 2 clients must be explicitly declared in service sidam-api with their ID and secret.

A client is defined as an environment variable complying to the pattern:

environment:
  IDAM_API_OAUTH2_CLIENT_CLIENT_SECRETS_<CLIENT_ID>: <CLIENT_SECRET>

The CLIENT_SECRET must then also be provided to the container used by the client service.

ℹ️ To prevent duplication, the client secret should be defined in the .env file and then used in the compose files using string interpolation "${<VARIABLE_NAME>}".

Service-to-Service

Micro-services names and secret keys must be registered as part of service-auth-provider-api configuration by adding environment variables like:

environment:
  MICROSERVICE_KEYS_<SERVICE_NAME>: <SERVICE_SECRET>

The SERVICE_SECRET must then also be provided to the container running the micro-service.

ℹ️ To prevent duplication, the client secret should be defined in the .env file and then used in the compose files using string interpolation "${<VARIABLE_NAME>}".

Address lookup

To use UK address lookup feature an API key for https://postcodeinfo.service.justice.gov.uk is required. When API key is available it needs to be set on host side under ADDRESS_LOOKUP_TOKEN variable name.

Containers

Back-end

ccd-definition-store-api

Store holding the case type definitions, which are a case's states, events and schema as well as its display configuration for rendering in CCD's UI.

ccd-data-store-api

Store where the versioned instances of cases are recorded.

ccd-user-profile-api

Display preferences for the CCD users.

ccd-test-stubs-service

Service to facilitate testing of external http calls using wiremock. It returns canned responses for requests matching the predefined criteria. Currently used for:

• exposing a set of default callbacks that can be invoked for testing purposes
• Idam Stub

Front-end

ccd-api-gateway

API gateway securing interactions between ccd-case-management-web and the back-end services.

ccd-case-management-web

Caseworker frontend, exposed on port 3451.

Local development

The provided Docker compose files can be used to get up and running for local development.

However, while working, it is more convenient to run a project directly on the localhost rather than having to rebuild a docker image and a container. This means mixing a locally-run project, the one being worked on, with projects running in Docker containers.

Given their unique configuration and dependencies, the way to achieve this varies slightly from one project to the other.

Here's the overall approach:

1. Update containers to point to local project

As is, the containers are configured to use one another. Thus, the first step to replace a container by a locally running instance is to update all references to this container in the compose files.

For instances, to use a local data store, references in ccd-api-gateway service (file compose/frontend.yml) must be changed from:

PROXY_AGGREGATED: http://ccd-data-store-api:4452
PROXY_DATA: http://ccd-data-store-api:4452

to, for Mac OS:

PROXY_AGGREGATED: http://docker.for.mac.localhost:4452
PROXY_DATA: http://docker.for.mac.localhost:4452

or to, for Windows:

PROXY_AGGREGATED: http://docker.for.win.localhost:4452
PROXY_DATA: http://docker.for.win.localhost:4452

The docker.for.mac.localhost and docker.for.win.localhost hostnames point to the host computer (your localhost running Docker).

For other systems, the host IP address could be used.

Once the compose files have been updated, the new configuration can be applied by running:

./ccd compose up -d

2. Configure local project to use containers

The local project properties must be reviewed to use the containers and comply to their configuration.

Mainly, this means:

• Database: pointing to the locally exposed port for the associated DB. This port used to be 5000 but has been changed to 5050 after SIDAM integration, which came to use 5000 for sidam-api application.
• SIDAM: pointing to the locally exposed port for SIDAM
• S2S:
  • pointing to the locally exposed port for service-auth-provider-api
  • ⚠️ using the right key, as defined in service-auth-provider-api container
• URLs: all URLs should be updated to point to the corresponding locally exposed port

Azure Authentication for pulling latest docker images

ERROR: Get <docker_image_url>: unauthorized: authentication required

If you see this above authentication issue while pulling images, please follow below commands,

Install Azure-CLI locally,

brew update && brew install azure-cli

and to update a Azure-CLI locally,

brew update azure-cli

then, login to MS Azure,

az login

and finally, Login to the Azure Container registry:

./ccd login

On windows platform, we are installing the Azure CLI using executable .msi file. If "az login" command throws an error like "Access Denied", please follow these steps. We will need to install the az cli using Python PIP.

1. If Microsoft Azure CLI is already installed, uninstall it from control panel.
2. Setup the Python(version 2.x/3.x) on windows machine. PIP is bundled with Python.
3. Execute the command "pip install azure-cli" using command line. It takes about 20 minutes to install the azure cli.
4. Verify the installation using the command az --version.

Troubleshooting

ccd-network could not be found error:

• if you get "CCD: ERROR: Network ccd-network declared as external, but could not be found. Please create the network manually using docker network create ccd-network"

  ./ccd init

CCD UI not loading:

• it might take few minutes for all the services to startup

  wait few minutes and then retry accessing CCD UI

• sometimes happens that some of the back-ends (data store, definition store, user profile) cannot startup because the database liquibase lock is stuck.

  check on the back-end log if there's the following exception: 'liquibase.exception.LockException: Could not acquire change log lock' Execute the following command on the database: UPDATE DATABASECHANGELOGLOCK SET LOCKED=FALSE, LOCKGRANTED=null, LOCKEDBY=null where ID=1;

• it's possible that some of the services cannot start or crash because of lack of availabel memory. This especially when starting Idam and or ElasticSearch

  give more memory to Docker. Configurable under Preferences -> Advanced

DM Store issues:

• "uk.gov.hmcts.dm.exception.AppConfigurationException: Cloub Blob Container does not exist"

  ./bin/document-management-store-create-blob-store-container.sh

Variables

Here are the important variables exposed in the compose files:

Variable	Description
IDAM_KEY_CCD_DATA_STORE	IDAM service-to-service secret key for ccd_data micro-service (CCD Data store), as registered in service-auth-provider-api
IDAM_KEY_CCD_GATEWAY	IDAM service-to-service secret key for ccd_gw micro-service (CCD API Gateway), as registered in service-auth-provider-api
IDAM_KEY_CCD_DEFINITION_STORE	IDAM service-to-service secret key for ccd_definition micro-service (CCD Definition store), as registered in service-auth-provider-api
IDAM_KEY_CCD_ADMIN	IDAM service-to-service secret key for ccd_admin micro-service (CCD Admin Web), as registered in service-auth-provider-api
DATA_STORE_S2S_AUTHORISED_SERVICES	List of micro-service names authorised to call this service, comma-separated, as registered in service-auth-provider-api
DEFINITION_STORE_S2S_AUTHORISED_SERVICES	List of micro-services authorised to call this service, comma-separated, as registered in service-auth-provider-api
USER_PROFILE_S2S_AUTHORISED_SERVICES	List of micro-services authorised to call this service, comma-separated, as registered in service-auth-provider-api
DATA_STORE_TOKEN_SECRET	Secret for generation of internal event tokens
APPINSIGHTS_INSTRUMENTATIONKEY	Secret for Microsoft Insights logging, can be a dummy string in local
STORAGEACCOUNT_PRIMARY_CONNECTION_STRING	(If dm-store is enabled) Secret for Azure Blob Storage. It is pointing to dockerized Azure Blob Storage emulator.
STORAGE_CONTAINER_DOCUMENT_CONTAINER_NAME	(If dm-store is enabled) Container name for Azure Blob Storage
AM_DB	Access Management database name
AM_DB_USERNAME	Access Management database username
AM_DB_PASSWORD	Access Management database password
WIREMOCK_SERVER_MAPPINGS_PATH	Path to the WireMock mapping files. If not set, it will use the default mappings from the project repository. Note: If setting the variable, please keep all WireMock json stub files in a directory named mappings and exclude this directory in the path. For e.g. if you place the mappings in /home/user/mappings then export WIREMOCK_SERVER_MAPPINGS_PATH=/home/user. Stop the service and start service using command ./ccd compose up -d ccd-test-stub-service. If switching back to repository mappings please unset the variable using command unset WIREMOCK_SERVER_MAPPINGS_PATH

Remarks

• A container can be configured to call a localhost host resource with the localhost shortcut added for docker containers recently. However the shortcut must be set according the docker host operating system.

# for Mac
docker.for.mac.localhost
# for Windows
docker.for.win.localhost

Remember that once you changed the above for a particular app you have to make sure the container configuration for that app does not try to automatically start the dependency that you have started locally. To do that either comment out the entry for the locally running app from the depends_on section of the config or start the app with --no-deps flag.

• If you happen to run docker-compose up before setting up the environment variables, you will probably get error while starting the DB. In that case, clear the containers but also watch out for volumes created to be cleared to get a fresh start since some initialisation scripts don't run if you have already existing volume for the container.

$ docker volume list
DRIVER              VOLUME NAME

# better be empty

LICENSE

This project is licensed under the MIT License - see the LICENSE file for details.