Zupit Reusable Workflows

This repository contains reusable workflows to check, build, and deploy our projects.

Here we list only the workflows to be referenced externally with some examples of how to implement them. The reason why we skip some workflows is due to the fact that these are already included inside other workflows in order to reduce boilerplate when writing the final workflows. If you would like to get more details of these tasks, just look at this doc.

Composite Actions
1. Naming Convention
2. NodeJS
  1. Build
3. Docker
  1. Build and Push
4. .NET
  1. Install
  2. Build
  3. Format
  4. Lint
  5. Test
  6. Publish
  7. Release
5. Azure
  1. App Service
  2. Storage Account
6. IIS
  1. Deploy
7. Artifact
Reusable Workflows

Composite Actions

Composite actions allow to group together a set of steps and use them inside other jobs' steps, reducing the duplicated code in the workflows. Each composite action must be located in its own folder and the path to this folder will be the way to reference the action externally.

For example, the action of building a NodeJs project is located in the folder .github/actions/node/build. If you need to use this action, you need to append to the repository name the path .github/actions/node/build:

zupit-it/pipeline-templates/.github/actions/node/build

Actions - Naming convention

Each composite should be located inside the path

zupit-it/pipeline-templates/.github/actions/<technology>/<action-to-execute>

Where:

technology is the technology used to execute the action. For example, the build of a NodeJS project, NodeJS is the technology.
action-to-execute is the action that you want to execute. In the previous example, build is the action.

In this way, all actions for the same technology are grouped together.

Sometimes you could need more than one nesting level because you want to group multiple actions. The only case, as of now, is to group deploy actions by service and by provider.

For example:

Azure
- App Service
- Functions
- Storage Accounts
AWS
- App Runner
- Lambda
- S3 bucket

NodeJS Action

NodeJS Action - Build

Requirements

This workflow requires this command in order to succeed:

build:{environment}: Build the project based on the target environment (e.g. testing, staging and production)

This workflow call automatically the action checkout to download the codebase.

This workflow uses npm as package manager.

Action

.github/actions/node/build is the action that builds a NodeJS project.

It requires these inputs:

NODE_VERSION: The NodeJS version required to build the project.
RELEASE_ENVIRONMENT: The environment for which the project must be compiled (e.g. testing, staging, production).
WORKING_DIRECTORY: The directory where the runner can execute all the commands.

In addition, it is possible to specify this optional input:

SHELL: The shell type to use. By default, it is bash.
PROJECT: The project to use when running npm scripts. If set, the executed npm script will be {PROJECT}:{SCRIPT_NAME} instead of {SCRIPT_NAME}.
CHECKOUT_REF: The ref of the branch/tag to check out before running the build. See the ref parameter of the checkout action. By default, it is ''.
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    build-and-push-image:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            NODE_VERSION: 16.17.0
            RELEASE_ENVIRONMENT: testing
            WORKING_DIRECTORY: frontend
            REGISTRY_URL: ghcr.io
            DOCKERFILE_PATH: frontend/docker/Dockerfile
            DOCKER_IMAGE_NAME: ionic
            DOCKER_IMAGE_TAG: latest
            BUILD_ARGS: |
                DIST_PATH=dist/apps/enci
        secrets: inherit

Docker Action

Docker Action - Build and Push Docker Image

Requirements

This workflow requires a Dockerfile inside the working directory to create the docker image to publish on a docker registry.

Before calling this workflow, remember to call the action checkout to download the codebase.

This workflow uses npm as package manager.

Action

.github/actions/docker/build-and-push is the composite action that builds the docker image and then push it to the registry.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands.
REGISTRY_URL: The registry url where to push the Docker image. By default, it is ghcr.io.
REGISTRY_USER: The registry url where to push the Docker image. By default, it is the GitHub variable github.actor, the user who started the workflow.
REGISTRY_PASSWORD: The user's password to access the registry.
DOCKERFILE_PATH: The path to the Dockerfile to build.
DOCKER_IMAGE_NAME: The name to assign to the built Docker image.
DOCKER_IMAGE_TAG: The tag to assign to the built Docker image.
BUILD_ARGS: Additional data to pass when building the Dockerfile.
ENV_VARIABLES: A stringified json to pass multiple values at once, since Github does not propagate env variables.

It then outputs this variable:

DOCKER_IMAGE_NAME: The final Docker image name with the registry path included.

This is an example to show how data should be formatted.

steps:
    - name: Checkout repository
      uses: actions/checkout@v4

    - name: Build & Push Docker
      id: docker
      uses: zupit-it/pipeline-templates/.github/actions/docker/[email protected]
      with:
          REGISTRY_URL: ghcr.io
          REGISTRY_USER: ${{ github.actor }}
          REGISTRY_PASSWORD: ${{ github.token }}
          WORKING_DIRECTORY: frontend
          DOCKERFILE_PATH: frontend/docker/Dockerfile
          DOCKER_IMAGE_NAME: angular
          DOCKER_IMAGE_TAG: latest
          BUILD_ARGS: |
              DIST_PATH=dist/testing
      env: "${{secrets}}"

.NET Action

.NET Action - Install

This action:

auto-generate a global.json, if not provided;
install .NET SDK dependencies on Alpine OS;
install the specified .NET SDK version. The dotnet command becomes globally available.

Requirements

The WORKING_DIRECTORY directory must contain a solution or a project file.

This workflow doesn't download the codebase. You have to check out the repo by yourself.

Action

.github/actions/dotnet/install is the action that install .NET in the current runner.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. It must contain a solution (.sln) or a project (.csproj) file.
DOTNET_VERSION: The .NET SDK version to install. See documentation for allowed values.
ALPINE_OS: Whatever or not the current Linux distribution is Alpine. This could be auto-detected in the future.

In addition, it is possible to specify this optional input:

SHELL: The shell type to use. By default, it is bash.

This is an example to show how data should be formatted.

steps:
    - name: Install .NET
      uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
      with:
          WORKING_DIRECTORY: "back-end"
          DOTNET_VERSION: "7"
          ALPINE_OS: true
          SHELL: "bash"

.NET Action - Build

This action:

download NuGet packages from the cache, if available;
restore NuGet packages;
run the dotnet build command on the WORKING_DIRECTORY.

Requirements

The WORKING_DIRECTORY directory must contain a solution or a project file.
A packages.lock.json file must be provided for the solution in order to enable repeatable package restoration.
The correct .NET version must be installed.

This workflow doesn't download the codebase. You have to check out the repo by yourself.

Action

.github/actions/dotnet/build is the action that builds a .NET project or solution.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. It must contain a solution (.sln) or a project (.csproj) file.
BUILD_CONFIG: The configuration to use when building the solution or the project. Usually Debug or Release.

In addition, it is possible to specify this optional input:

SHELL: The shell type to use. By default, it is bash.

This is an example to show how data should be formatted.

steps:
    - name: Build
      uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
      with:
          WORKING_DIRECTORY: "back-end"
          BUILD_CONFIG: "Release"
          SHELL: "bash"

.NET Action - Format

This action:

install or update CSharpier;
run the dotnet-csharpier . --check command on the WORKING_DIRECTORY.

Requirements

The WORKING_DIRECTORY directory must contain a solution or a project file.
The correct .NET version must be installed.

This workflow doesn't download the codebase. You have to check out the repo by yourself.

Action

.github/actions/dotnet/format is the action that checks the code formatting of a .NET solution.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. It must contain a solution (.sln) or a project (.csproj) file.

In addition, it is possible to specify this optional input:

SHELL: The shell type to use. By default, it is bash.
CSHARPIER_VERSION: The CSharpier version to install. By default, it is the latest.

This is an example to show how data should be formatted.

steps:
    - name: Build
      uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
      with:
          WORKING_DIRECTORY: "back-end"
          SHELL: "bash"
          CSHARPIER_VERSION: "0.25.0"

.NET Action - Lint

This action:

run the dotnet format command on the WORKING_DIRECTORY.

Requirements

The WORKING_DIRECTORY directory must contain a solution or a project file.
The correct .NET (6+) version must be installed.

This workflow doesn't download the codebase. You have to check out the repo by yourself.

Action

.github/actions/dotnet/lint is the action that lints the code of a .NET solution.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. It must contain a solution (.sln) or a project (.csproj) file.

In addition, it is possible to specify this optional input:

SHELL: The shell type to use. By default, it is bash.

This is an example to show how data should be formatted.

steps:
    - name: Build
      uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
      with:
          WORKING_DIRECTORY: "backend"
          SHELL: "bash"

.NET Action - Test

This action:

discovers and executes tests on the .NET solution contained in the WORKING_DIRECTORY directory;
if specified, it generates tests and code coverage results.

Requirements

The WORKING_DIRECTORY directory must contain a solution or a project file.
The correct .NET version must be installed.
The project must be already built.

This workflow doesn't download the codebase. You have to check out the repo by yourself.

Action

.github/actions/dotnet/test is the action that tests a .NET solution.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. It must contain a solution (.sln) or a project (.csproj) file.

In addition, it is possible to specify this optional input:

GENERATE_CODE_COVERAGE: Whatever or not the test results and code coverage files should be generated. If true, a TestResults folder containing .trx test results and a coverage.opencover.xml cover file are generated inside each test project folder. By default, it is true.
SHELL: The shell type to use. By default, it is bash.

This is an example to show how data should be formatted.

steps:
    - name: Run tests
      uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
      with:
          WORKING_DIRECTORY: "back-end"
          GENERATE_CODE_COVERAGE: true

.NET Action - Publish

This action run the dotnet publish command on the WORKING_DIRECTORY directory.

Requirements

The WORKING_DIRECTORY directory must be an ancestor of the project file (PROJECT parameter).
The correct .NET version must be installed.
The project must be already built.

This workflow doesn't download the codebase. You have to check out the repo by yourself.

Action

.github/actions/dotnet/publish is the action that publishes a .NET project.

It requires these inputs:

WORKING_DIRECTORY: The ancestor directory of the project.
BUILD_CONFIG: The configuration to use when publishing the project. Usually Release.
PROJECT: The path to the .csproj file, relative to the WORKING_DIRECTORY directory.
OUTPUT_DIRECTORY: The directory where output binaries will be created. This is relative to the WORKING_DIRECTORY directory.

In addition, it is possible to specify this optional input:

SHELL: The shell type to use. By default, it is bash.

This is an example to show how data should be formatted.

steps:
    - name: Install .NET
      uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
      with:
          WORKING_DIRECTORY: "back-end"
          PROJECT: "My.Api/My.Api.csproj"
          OUTPUT_DIRECTORY: "binaries"
          BUILD_CONFIG: "Release"
          SHELL: "bash"

.NET Action - Release

This action executes the following child-actions:

.NET Build
.NET Publish

It's a convenience action for repeated actions used together for most of the time.

Requirements

Check the requirements of the child actions:

.NET Build requirements
.NET Publish requirements

This workflow doesn't download the codebase. You have to check out the repo by yourself.

Action

.github/actions/dotnet/release is the action that installs .NET, builds and publishes a .NET project.

It requires these inputs:

WORKING_DIRECTORY
BUILD_CONFIG
PROJECT
OUTPUT_DIRECTORY

In addition, it is possible to specify this optional input:

SHELL: The shell type to use. By default, it is bash.

Each parameter is passed down to the homonym parameter of child actions (if available). Check out child actions' parameters definition.

This is an example to show how data should be formatted.

steps:
    - name: Build
      uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
      with:
          WORKING_DIRECTORY: "back-end"
          BUILD_CONFIG: "Release"
          PROJECT: "My.Api/My.Api.csproj"
          OUTPUT_DIRECTORY: "binaries"

Azure Action

Azure Action - App Service - Deploy

This action:

logs in to Azure CLI;
deploy an application to an Azure App Service or Azure Function instance.
logs out from Azure CLI.

Note: Azure Functions are built on top of Azure App Service infrastructure, reason for which this action is named just App Service.

Requirements

The WORKING_DIRECTORY directory must be an ancestor of the BINARIES_DIRECTORY directory.
The App Service/Function must be correctly configured with the correct technology and runtime version.
This action must run in an environment with the Azure CLI installed.
This action must run in an environment without any other action performing AZ login/logout in parallel.
Bash

Action

.github/actions/azure/app-service/deploy is the action that deploys an application to an Azure App Service or Azure Function instance.

It requires these inputs:

WORKING_DIRECTORY: The ancestor directory of the BINARIES_DIRECTORY directory.
BINARIES_DIRECTORY: The folder containing binaries to publish to the App Service/Function.
WEBAPP_NAME: The name of the AppService/Function.

It also requires these secrets:

AZURE_CREDENTIALS: The secret json containing credentials to connect using Azure CLI. See the documentation for more information.

In addition, it is possible to specify this optional input:

WEBAPP_SLOT: The App Service/Function slot where the binaries should be published to. By default, it is production.

Note: this action restarts the App Service/Function.

Note: after this action completes it is not guaranteed that the App Service/Function will immediately run the new code. It may require some time based on the technology and hosting (e.g. App Service on Linux).

This is an example to show how data should be formatted.

steps:
    - name: Publish to Azure App Service
      uses: zupit-it/pipeline-templates/.github/actions/azure/app-service/[email protected]
      with:
          WORKING_DIRECTORY: "back-end"
          BINARIES_DIRECTORY: "output"
          AZURE_CREDENTIALS: ${{ secrets.CI_AZURE_CREDENTIALS }}
          WEBAPP_NAME: "my-app-001"

Azure Action - Storage Account - Deploy

This action:

logs in to Azure CLI;
deploy a static web-app to Azure Storage Blob Service.
[optional] cleans the Azure CDN or Azure Front-door cache.
logs out from Azure CLI.

Requirements

The WORKING_DIRECTORY directory must be an ancestor of the BINARIES_DIRECTORY directory.
The Storage Account must be configured to serve static content.
This action must run in an environment with the Azure CLI installed.
This action must run in an environment without any other action performing AZ login/logout in parallel.
Bash

Action

.github/actions/azure/storage/deploy is the action that deploys a static web-app to an Azure Storage Account. It also cleans the cache of the Azure CDN or Azure Front-door if specified.

It requires these inputs:

WORKING_DIRECTORY: The ancestor directory of the BINARIES_DIRECTORY directory.
BINARIES_DIRECTORY: The folder containing binaries to publish to the Storage Account.
STORAGE_ACCOUNT_NAME: The name of the Storage Account.

In addition, it is possible to specify this optional input:

CDN_PROFILE_NAME: Name of the Azure CDN profile name. Required if CDN_RG_NAME is specified.
CDN_ENDPOINT_NAME: Name of the Azure CDN endpoint name. It must be a child of the CDN_PROFILE_NAME CDN profile. Required if CDN_RG_NAME is specified.
CDN_RG_NAME: Resource group name where the Azure CDN profile is hold.
FD_ENDPOINT_NAME: Name of the Azure Front-door endpoint name. Required if FD_RG_NAME is specified.
FD_DOMAIN_NAME: Domain name of the Azure Front-door endpoint. It must be a child of the FD_ENDPOINT_NAME Front-door endpoint. Required if FD_RG_NAME is specified.
FD_PROFILE_NAME: Name of the Azure Front-door profile name. Required if FD_RG_NAME is specified.
FD_RG_NAME: Resource group name where the Front-door instance is hold.

If no Front-door or CDN is specified, the action will only upload the files to the Storage Account.

If you want to purge the CDN cache, you must specify:

CDN_PROFILE_NAME
CDN_ENDPOINT_NAME
CDN_RG_NAME

If you want to purge the Front-door cache, you must specify:

FD_ENDPOINT_NAME
FD_DOMAIN_NAME
FD_PROFILE_NAME
FD_RG_NAME

It also requires these secrets:

AZURE_CREDENTIALS: The secret json containing credentials to connect using Azure CLI. See the documentation for more information.

This is an example to show how data should be formatted.

steps:
    - name: Deploy to Azure Storage
      uses: zupit-it/pipeline-templates/.github/actions/azure/storage/[email protected]
      with:
          WORKING_DIRECTORY: front-end
          BINARIES_DIRECTORY: dist/apps/my-app
          AZURE_CREDENTIALS: ${{ secrets.CI_AZURE_CREDENTIALS }}
          STORAGE_ACCOUNT_NAME: stmyproject001
          CDN_PROFILE_NAME: cdnp-myproject-001
          CDN_ENDPOINT_NAME: cdne-myproject-001
          CDN_RG_NAME: rg-myproject-001

IIS Action

IIS Action - Deploy

This action:

deploy an application to IIS.

Requirements

IIS 6
The account used to run the GitHub runner must be part of the Administrators group.
The application pool must have the same name as the folder of the application.
The entrypoint for the IIS website must be located inside the application's folder, and it must be named htdocs.

Example

Application pool name: example.zupit.software
Application folder: C:\inetpub\example.zupit.software
IIS website entrypoint: C:\inetpub\example.zupit.software\htdocs

Action

.github/actions/iis/deploy is the action that deploys an application to IIS.

It requires these inputs:

ARTIFACT_NAME: The artifact's name holding the application's binaries.
APPS_PATH: The folder path where IIS websites are hosted. This must be the parent of the application's folder.
APP_POOL_NAME: The name of the application pool.

This is an example to show how data should be formatted.

steps:
    - name: Deploy to IIS
      uses: zupit-it/pipeline-templates/.github/actions/iis/[email protected]
      with:
          ARTIFACT_NAME: my-artifact-name
          APPS_PATH: 'C:\inetpub'
          APP_POOL_NAME: "example.zupit.software"

Artifact Action

Artifact Action - Generate name

This action:

generates a unique name for an artifact using the specified prefix

The generated artifact name is in the format prefix-<random-string>.

Requirements

Bash

Action

.github/actions/artifact/generate-name is the action that generates a unique name for an artifact using the specified prefix. This is useful when you have multiple artifacts to upload on the same workflow, and you want to avoid name collisions.

It requires these inputs:

NAME_PREFIX: The prefix to use when generating the artifact name.

It then outputs this variable:

ARTIFACT_NAME: The generated artifact name.

This is an example to show how to use this action with the support of the Generate artifact name action.

  - name: Generate artifact name
    id: artifact-name
    uses: zupit-it/pipeline-templates/.github/actions/artifact/[email protected]
    with:
        NAME_PREFIX: dotnet-build

  - name: Build
    uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
    with:
        WORKING_DIRECTORY: ${{ inputs.WORKING_DIRECTORY }}
        BUILD_CONFIG: "Release"
        PROJECT: my-project
        OUTPUT_DIRECTORY: ${{ steps.artifact-name.outputs.ARTIFACT_NAME }}

  - name: Upload build artifact
    uses: zupit-it/pipeline-templates/.github/actions/artifact/[email protected]
    with:
        SOURCE_FOLDER: my-source-folder
        ARTIFACT_NAME: ${{ steps.artifact-name.outputs.ARTIFACT_NAME }}

Artifact Action - Download

This action:

downloads an archived artifact.
extracts the artifact in the specified directory.

Requirements

See the requirements of Artifact Action - Extract archive.

Action

.github/actions/artifact/download is the action that downloads an artifact and extracts the archive it holds in the specified directory.

It requires these inputs:

ARTIFACT_NAME: The artifact's name. Usually, it is the name generated using the action artifact/generate-name.

In addition, it is possible to specify this optional input:

OUTPUT_FOLDER: The folder where the artifact will be extracted. By default, it is /tmp.
ARCHIVE_NAME: The name of the archive hold in the artifact. By default, it is dist.tar.gz.

This is an example to show how data should be formatted.

steps:
    - name: Download artifact
      uses: zupit-it/pipeline-templates/.github/actions/artifact/[email protected]
      with:
          ARTIFACT_NAME: my-artifact-name

Artifact Action - Upload

This action:

creates an archive containing the files in the specified folder and uploads it as an artifact.

Requirements

See the requirements of Artifact Action - Create archive.

Action

.github/actions/artifact/upload is the action that creates an archive containing the files in the specified folder and uploads it as an artifact.

It requires these inputs:

SOURCE_FOLDER: The folder containing the files to archive and upload.
ARTIFACT_NAME: The name of the artifact to create.

In addition, it is possible to specify this optional input:

ARCHIVE_PATH: The path to the archive to create. By default, it is /tmp/dist.tar.gz.
RETENTION_DAYS: The number of days to keep the artifact. By default, it is 1.

This is an example to show how to use this action with the support of the Generate artifact name action.

  - name: Generate artifact name
    id: artifact-name
    uses: zupit-it/pipeline-templates/.github/actions/artifact/[email protected]
    with:
        NAME_PREFIX: dotnet-build

  - name: Build
    uses: zupit-it/pipeline-templates/.github/actions/dotnet/[email protected]
    with:
        WORKING_DIRECTORY: my-dir
        BUILD_CONFIG: "Release"
        PROJECT: my-project
        OUTPUT_DIRECTORY: ${{ steps.artifact-name.outputs.ARTIFACT_NAME }}

  - name: Upload build artifact
    uses: zupit-it/pipeline-templates/.github/actions/artifact/[email protected]
    with:
        SOURCE_FOLDER: my-source-folder
        ARTIFACT_NAME: ${{ steps.artifact-name.outputs.ARTIFACT_NAME }}

Artifact Action - Create archive

This action:

creates an archive containing the files in the specified folder.

Requirements

Bash
OS: Linux or Windows 10 Build 17063 and more recent. The action is based on the tar command.

Action

.github/actions/artifact/create-archive is the action that creates an archive containing the files in the specified folder.

It requires these inputs:

SOURCE_FOLDER: The folder containing the files to archive.

In addition, it is possible to specify this optional input:

ARCHIVE_PATH: The path to the archive to create. By default, it is /tmp/dist.tar.gz.

It then outputs this variable:

ARCHIVE_PATH: The path to the archive created.

You may want to use the Artifact Action - Upload instead of this action, as it creates an archive and uploads it as an artifact.

This is an example to show how data should be formatted.

    - name: Create archive
      uses: zupit-it/pipeline-templates/.github/actions/artifact/[email protected]
      with:
          SOURCE_FOLDER: my-source-folder
          ARCHIVE_NAME: my-archive

Artifact Action - Extract archive

This action:

extracts an archive in the specified directory.

Requirements

Bash
OS: Linux or Windows 10 Build 17063 and more recent. The action is based on the tar command.

Action

.github/actions/artifact/extract-archive is the action that extracts an archive in the specified directory.

It requires these inputs:

ARCHIVE_PATH: The path to the archive to extract.
OUTPUT_FOLDER: The folder where the archive will be extracted.

You may want to use the Artifact Action - Download instead of this action, as it downloads an archived artifact and extracts it in the specified directory.

This is an example to show how data should be formatted.

    - name: Extract archive
      uses: zupit-it/pipeline-templates/.github/actions/artifact/[email protected]
      with:
          ARCHIVE_PATH: /tmp/my-archive.tar.gz
          OUTPUT_FOLDER: my-output-folder

Reusable Workflows

In all the examples, we set secrets: inherit to pass all secrets to the reusable workflows, but it is also possible to pass only a subset of secrets.

In addition, we added for all step workflows the input LABELS as GitHub does not allow to set the runs-on from the caller side, but only inside the reusable workflows. As we want to define the runners as late as possible, we decided to add this input variable.

Naming convention

We've defined 2 different types of workflows:

step: a reusable workflow that runs a set of specific tasks that can be grouped together (e.g. checking if the project is linted and builds, run the tests, build and push a docker image, ...).
workflow: a reusable workflow that contains a set of our "steps" workflows to reduce the boilerplate when writing the final workflows. One of the use cases is to check if the code is linted, it builds correctly and the tests pass, as this is used in almost all of our projects.

Our reusable workflows are named to follow this standard:

<technology-or-application>-<workflow-type>-<action-to-execute>.yml

Thus, it is easy to understand that the workflows uses a specific technology or application to execute the desired action.

NodeJS - Backend & Frontend

The following workflows are deprecated:

node-step-docker-build-and-push-image.yml

node-step-format-lint-build.yml

node-workflow-common.yml

NodeJS Common

Requirements

This workflow requires these commands in order to succeed:

[PROJECT:]ci:format:check: Check that the code is formatted correctly.
[PROJECT:]ci:lint: Check that the code is linted correctly.
[PROJECT:]ci:build: Check that the project builds correctly
[PROJECT:]ci:e2e: Check that all cypress tests pass (only if tests are enabled). This command must generate the coverage report lcov.info inside the coverage folder in the NodeJS directory. (e.g. frontend/coverage/lcov.info)

The optional PROJECT value is used in configurations where a single Node solution hosts multiple projects. This is the case for NX, where multiple applications and libraries exist in the same Node project.

This workflow uses npm as package manager.

Workflow

node-workflow-common.yml is the reusable workflow to check that the code is correctly formatted and linted, that it builds correctly and that all tests pass.

It groups together these reusable workflows:

node-step-format-lint-build.yml
node-step-test-cypress.yml

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. This is basically the directory which contains the NodeJS application.
NODE_VERSION: The NodeJS Docker image where the runner execute all the commands.
CYPRESS_IMAGE: The Cypress Docker image where the runner execute all the commands.
DIST_PATH: The output distribution path of the node build

In addition, it is possible to specify these optional inputs:

COVERAGE_ARTIFACT_NAME: The artifact's name for the lcov.info file. By default, it is lcov.info.
ENABLE_TESTS: Whether it should skip or not the cypress tests workflow. By default, it is true.
TIMEOUT: Used for tests, if the tests take more than the given time in minutes, Github stops forcefully the workflow. By default, it is 30.
RUN: Whether to run all the jobs inside workflows or not. This is useful when you want to skip checks since the code didn't change. By default, it is true.
PROJECT: The project to use when running npm scripts. If set, the executed npm script will be {PROJECT}:{SCRIPT_NAME} instead of {SCRIPT_NAME}.
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    node-common:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: frontend
            NODE_VERSION: 16.17.0
            CYPRESS_IMAGE: cypress/browsers:node16.17.0-chrome106
        secrets: inherit

Run Optimization

This workflow allows to skip the inner jobs using the input variable RUN. This is useful when the code didn't change, and you want to skip the required checks and allow the PR to move on. One way to check whether the code changed or not is by using the dorny/paths-filter@v2 action. Here is an example of how to know if the code changed and based from that, run or not the workflows.

jobs:
    check-changes:
        runs-on: [pinga, pipeline, container]

        outputs:
            backend: ${{ steps.changes.outputs.backend }}
            frontend: ${{ steps.changes.outputs.frontend }}

        steps:
            - uses: dorny/paths-filter@v2
              id: changes
              with:
                  filters: |
                      backend:
                        - 'backend/**'
                      frontend:
                        - 'frontend/**'

    angular-common:
        needs: check-changes
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: "frontend"
            NODE_VERSION: "14.11.0"
            ENABLE_TESTS: false
            RUN: ${{ needs.check-changes.outputs.frontend == 'true' }}
        secrets: inherit

This basically checks if the 2 folders: backend and frontend, were touched or not. If there are any change in the frontend folder, then execute all inner workflows inside node-workflow-common.

NodeJS build docker image and push to registry

Requirements

This workflow requires this command in order to succeed:

build:{environment}: Build the project based on the target environment (e.g. testing, staging and production)

It also requires a Dockerfile inside the working directory to create the docker image to publish on a docker registry.

This workflow uses npm as package manager.

Workflow

node-step-docker-build-and-push-image.yml is the workflow that builds the docker image and then push it to the registry. This is a similar version of the docker-step-build-and-push-image.yml as this adds the NodeJS build of the project.

This workflow uses these composite actions:

actions/node/build: builds NodeJS project
actions/docker/build-and-push: creates the Docker image and pushes it to the desired registry.

This workflow uses a NodeJS Docker image, hence remember to use labels to match runners specific for Docker.

It requires these inputs:

NODE_VERSION: The NodeJS version required to build the project.
WORKING_DIRECTORY: The directory where the runner can execute all the commands.
RELEASE_ENVIRONMENT: The environment for which the project must be compiled (e.g. testing, staging, production).
DOCKERFILE_PATH: The path to the Dockerfile to build.
DOCKER_IMAGE_NAME: The name to assign to the built Docker image.
DOCKER_IMAGE_TAG: The tag to assign to the built Docker image.
BUILD_ARGS: Additional data to pass when building the Dockerfile.
DIST_PATH: The output distribution path of the node build
ARTIFACT_NAME: The name of the artifact. Should be changed when using multiple node builds for the same project at the same time

In addition, it is possible to specify these optional inputs:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.
REGISTRY_URL: The registry url where to push the Docker image. By default, it is ghcr.io.
REGISTRY_USER: The registry url where to push the Docker image. By default, it is the GitHub variable github.actor, the user who started the workflow. If you need a different user, remember to override the GITHUB_TOKEN secret.
PROJECT: The project to use when running npm scripts. If set, the executed npm script will be {PROJECT}:{SCRIPT_NAME} instead of {SCRIPT_NAME}.
CHECKOUT_REF: The ref of the branch/tag to check out before running the build. See the ref parameter of the checkout action. By default, it is ''.

It then outputs this variable:

DOCKER_IMAGE_NAME: The final Docker image name with the registry path included.

This is an example to show how data should be formatted.

jobs:
    build-and-push-image:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            NODE_VERSION: 16.17.0
            RELEASE_ENVIRONMENT: testing
            WORKING_DIRECTORY: frontend
            REGISTRY_URL: ghcr.io
            DOCKERFILE_PATH: frontend/docker/Dockerfile
            DOCKER_IMAGE_NAME: ionic
            DOCKER_IMAGE_TAG: latest
            BUILD_ARGS: |
                DIST_PATH=dist/apps/enci
        secrets: inherit

NodeJS build and deploy to Azure Storage

This workflow combines two main actions:

Node.js Build
Azure Storage Account

The input parameters of this workflow have the same name of the corresponding parameters in child actions. Refer to them for more information.

Also, these input parameters are optional:

IMAGE: the docker image to use when running the node build. By default, it is ubuntu:23.04.
AZURE_CLI_IMAGE: the docker image to use when running the deployment to Azure Storage. By default, it is mcr.microsoft.com/azure-cli:2.50.0.
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    build-and-push-image:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: front-end
            NODE_VERSION: "16.17.0"
            RELEASE_ENVIRONMENT: testing
            DIST_PATH: dist/apps/cta-conta
            STORAGE_ACCOUNT_NAME: stmyproject001
            CDN_PROFILE_NAME: cdnp-myproject-001
            CDN_ENDPOINT_NAME: cdne-myproject-001
            CDN_RG_NAME: rg-myproject-001

Django

Django Common

Requirements

This workflow requires these files inside the Django directory:

requirements.txt with Coverage, Black and Flake8 to check the coverage and the code style.
env.github with the required environment variables in order to run the checks and tests in the workflows.

This workflow uses pip as package manager.

Workflow

django-workflow-common.yml is the reusable workflow to check that the code is correctly linted, that all migrations are not broken and that all tests pass.

It groups together these reusable workflows:

django-step-lint-check.yml
django-step-tests.yml

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. This is basically the directory which contains the Django application.
PYTHON_IMAGE: The Python Docker image where the runner execute all the commands.

In addition, it is possible to specify this optional input:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.
COVERAGE_ARTIFACT_NAME: The artifact's name for the coverage-django.xml file. By default, it is coverage-django.xml.
RUN: Whether to run all the jobs inside workflows or not. This is useful when you want to skip checks since the code didn't change. By default, it is true.
DJANGO_MIGRATIONS_CHECK_APPS: The Django apps on which to run migration checks.
SETUP_COMMANDS: Allow to execute commands before the download of the dependencies. Useful to install packages required for Python dependencies.
ENABLE_LFS: To enable Git LFS support on checkout
LFS_REPO_PATH: Required when ENABLE_LFS is true. Workaround for actions/checkout#1169. Set to "/__w/repo-name/repo-name"
COVERAGE_THRESHOLD: The minimal code coverage for this project. If the coverage is lower than this value, the workflow will fail. By default, it is 50.

This is an example to show how data should be formatted.

jobs:
    django-common:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: backend
            PYTHON_IMAGE: python:3.8.2-slim-buster
            COVERAGE_ARTIFACT_NAME: coverage-django.xml
            SETUP_COMMANDS: "apt update && apt install -y gcc"
        secrets: inherit

Run Optimization

This workflow allows to skip the inner jobs using the input variable RUN. This is useful when the code didn't change, and you want to skip the required checks and allow the PR to move on. One way to check whether the code changed or not is by using the dorny/paths-filter@v2 action. Here is an example of how to know if the code changed and based from that, run or not the workflows.

jobs:
    check-changes:
        runs-on: [pinga, pipeline, container]

        outputs:
            backend: ${{ steps.changes.outputs.backend }}
            frontend: ${{ steps.changes.outputs.frontend }}

        steps:
            - uses: dorny/paths-filter@v2
              id: changes
              with:
                  filters: |
                      backend:
                        - 'backend/**'
                      frontend:
                        - 'frontend/**'

    django-common:
        needs: check-changes
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: "backend"
            PYTHON_IMAGE: "python:3.8.2-slim-buster"
            RUN: ${{ needs.check-changes.outputs.backend == 'true' }}
        secrets: inherit

This basically checks if the 2 folders: backend and frontend, were touched or not. If there are any change in the backend folder, then execute all inner workflows inside django-workflow-common.

SpringBoot

SpringBoot Common

Requirements

This workflow requires these plugins:

Spotless & Checkstyle to check that formatting and coding style are correct.
Jacoco to create report from tests.

In addition, the maven command Verify should generate coverage reports.

This workflow uses maven as package manager.

Workflow

springboot-workflow-common.yml is the reusable workflow to check that the code is correctly linted and that all tests pass.

It groups together these reusable workflows:

springboot-step-lint-check.yml
springboot-step-tests.yml

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands. This is basically the directory which contains the Django application.
JAVA_IMAGE: The Java Docker image where the runner execute all the commands.

In addition, it is possible to specify this optional input:

COVERAGE_ARTIFACT_NAME: The artifact's name for the jacoco reports file. By default, it is target.
MAVEN_USER_HOME: T RUN_ON: required: false type: string default: 'zupit-agents' RUNNERS_CONTAINER_GROUP: required: false type: string default: 'Container'he path to Maven directory. By default, it is ./m2.
EXTRA_MAVEN_ARGS: Additional arguments for Maven. By default, it is "".
USE_CI_POSTGRES: Whether to use Postgres for tests or not. If enabled, it injects the connection string to the DB for tests. By default, it is true.
RUN: Whether to run all the jobs inside workflows or not. This is useful when you want to skip checks since the code didn't change. By default, it is true.
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    java-common:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: backend
            JAVA_IMAGE: openjdk:12
            USE_CI_POSTGRES: false
        secrets: inherit

Run Optimization

This workflow allows to skip the inner jobs using the input variable RUN. This is useful when the code didn't change, and you want to skip the required checks and allow the PR to move on. One way to check whether the code changed or not is by using the dorny/paths-filter@v2 action. Here is an example of how to know if the code changed and based from that, run or not the workflows.

jobs:
    check-changes:
        runs-on: [pinga, pipeline, containers]

        outputs:
            backend: ${{ steps.changes.outputs.backend }}
            frontend: ${{ steps.changes.outputs.frontend }}

        steps:
            - uses: dorny/paths-filter@v2
              id: changes
              with:
                  filters: |
                      backend:
                        - 'backend/**'
                      frontend:
                        - 'frontend/**'

    java-common:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            CONTAINER_CI_LABELS: "['pinga', 'pipeline', 'container']"
            WORKING_DIRECTORY: backend
            JAVA_IMAGE: openjdk:12
            USE_CI_POSTGRES: false
            RUN: ${{ needs.check-changes.outputs.backend == 'true' }}
        secrets: inherit

This basically checks if the 2 folders: backend and frontend, were touched or not. If there are any change in the backend folder, then execute all inner workflows inside django-workflow-common.

SpringBoot build docker image and push to registry

Requirements

This workflow requires this plugin:

jib: Build and publish docker image to the given registry.

This workflow uses Maven as package manager.

Workflow

springboot-step-docker-build-and-push-image.yml is the workflow that builds the docker image and then push it to the registry.

This workflow uses a Java Docker image, hence remember to use labels to match runners specific for Docker.

It requires these inputs:

JAVA_IMAGE: The Java image required to build the project.
RELEASE_ENVIRONMENT: The environment for which the project must be compiled (e.g. testing, staging, production).
WORKING_DIRECTORY: The directory where the runner can execute all the commands.
REGISTRY_URL: The registry url where to push the Docker image.
DOCKER_IMAGE_NAME: The name to assign to the built Docker image.
DOCKER_IMAGE_TAG: The tag to assign to the built Docker image.

In addition, it is possible to specify this optional input:

MAVEN_USER_HOME: The path to Maven directory. By default, it is ./m2.
EXTRA_MAVEN_ARGS: Additional arguments for Maven. By default, it is "".
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

It then outputs this variable:

DOCKER_IMAGE_NAME: The final Docker image name with the registry path included.

This is an example to show how data should be formatted.

jobs:
    springboot-build-and-push-image:
        needs: [common]

        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            JAVA_IMAGE: openjdk:12
            RELEASE_ENVIRONMENT: testing
            WORKING_DIRECTORY: backend
            REGISTRY_URL: ghcr.io
            DOCKER_IMAGE_NAME: springboot
            DOCKER_IMAGE_TAG: latest
        secrets: inherit

.NET

.NET Common

Requirements

This workflow is based on the following actions:

.NET - Install
.NET - Build
.NET - Format
.NET - Lint
.NET - Test

Check these actions requirements before using this workflow.

Workflow

dotnet-workflow-common.yml is the reusable workflow to check that the code is correctly linted, formatted, and that all tests pass.

It requires these inputs:

WORKING_DIRECTORY: check actions used by this workflow for more information.
DOTNET_IMAGE: the .NET docker image (usually 'mcr.microsoft.com/dotnet/sdk') to use.

In addition, it is possible to specify these optional inputs:

DOTNET_IMAGE_ENV_VARIABLES: The environment variables to set when running the .NET docker image.
CSHARPIER_VERSION: The version of the CSharpier tool to use. For the default value, see the dotnet/format action.
RUN_LINT: Whatever or not the lint command should be executed. By default, it is true.
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    common:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: "backend"
            DOTNET_IMAGE: "'mcr.microsoft.com/dotnet/sdk:7.0"

Docker

Docker build docker image and push to registry

Requirements

This workflow requires a Dockerfile inside the working directory to create the docker image to publish on a docker registry.

The github runner which will execute this workflow should be capable of running docker commands.

Workflow

docker-step-build-and-push-image.yml is the workflow that builds the Docker image and then push it to the registry.

This workflow uses this composite action:

actions/docker/build-and-push: creates the Docker image and pushes it to the desired registry.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands.
RELEASE_ENVIRONMENT: The environment for which the project must be compiled (e.g. testing, staging, production).
DOCKERFILE_PATH: The path to the Dockerfile to build.
DOCKER_IMAGE_NAME: The name to assign to the built Docker image.
DOCKER_IMAGE_TAG: The tag to assign to the built Docker image.
BUILD_ARGS: Additional data to pass when building the Dockerfile.

In addition, it is possible to specify these optional inputs:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.
REGISTRY_URL: The registry url where to push the Docker image. By default, it is ghcr.io.
REGISTRY_USER: The registry url where to push the Docker image. By default, it is the GitHub variable github.actor, the user who started the workflow. If you need a different user, remember to override the GITHUB_TOKEN secret.
CHECKOUT_REF: The ref of the branch/tag to check out before running the build. See the ref parameter of the checkout action. By default, it is ''.

It then outputs these variables:

DOCKER_IMAGE_NAME: The final Docker image name with the registry path included.

This is an example to show how data should be formatted.

jobs:
    build-and-push-image:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            RELEASE_ENVIRONMENT: testing
            WORKING_DIRECTORY: backend
            REGISTRY_URL: ghcr.io
            DOCKERFILE_PATH: backend/docker/Dockerfile
            DOCKER_IMAGE_NAME: django
            DOCKER_IMAGE_TAG: latest
        secrets: inherit

Deploy Docker Compose

Requirements

This workflow requires a docker-compose file to start all services required from the application to deploy.

Workflow

docker-step-deploy.yml is the workflow that starts a Docker compose file on the targeted host.

It requires these inputs:

DEPLOY_ON: the labels to select the correct github-runner that will execute this workflow.
ENVIRONMENT: The target environment that will show GitHub on the GitHub action page.
DEPLOY_URL: The target environment url that will show GitHub on the GitHub action page.
REGISTRY_URL: The registry url where to pull the Docker images.
PROJECT_NAME: The name that will be associated to the Docker Compose stack.
DOCKER_COMPOSE_PATH: The path to the docker-compose file to start.
DOCKER_COMPOSE_EXTRA_ARGS: Extra arguments to pass to the docker-compose command. Optional
IMAGES: A stringified json object containing as key the environment variables images used in the Docker compose file and as value the name of the images that will be downloaded from the registry. You can retrieve dynamically the image name from the docker build and push step by adding the step's name to the needs array of the workflow and using ${{ needs.{STEP_NAME}.outputs.DOCKER_IMAGE_NAME }} where STEP_NAME is the step's name.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container. If the runner has no group, set it to ''.

This is an example to show how data should be formatted.

jobs:
    deploy:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            DEPLOY_ON: 'sevensedie'
            ENVIRONMENT: testing
            DEPLOY_URL: https://workflows-example.testing.zupit.software
            REGISTRY_URL: ghcr.io
            PROJECT_NAME: workflows-example
            DOCKER_COMPOSE_PATH: docker/testing/docker-compose.yml
            IMAGES: "{
                'BACKEND_IMAGE_TAG': '${{ needs.backend-step.outputs.DOCKER_IMAGE_NAME }}',
                'FRONTEND_IMAGE_TAG': '${{ needs.frontend-step.outputs.DOCKER_IMAGE_NAME }}'
                }"
        secrets: inherit

Delete Docker Images

docker-step-delete-images.yml is the workflow that manage the retention policy on the GitHub Registry. It deletes all untagged images and it allows to have a maximum of N tagged images for staging and other N tagged images for production. This workflow should be scheduled using cron to achieve the retention policy.

The images' tags must follow this naming convention:

latest: for testing environment. This won't be deleted.
v[0-9]+.[0-9]+.[0-9]+-rc: for staging environment.
v[0-9]+.[0-9]+.[0-9]+: for production environment.

It requires these inputs:

IMAGE_NAME: The image name to apply the retention policy.
KEEP_AT_LEAST: The number of tagged version to maintain for both staging and production environments.

It also requires these secrets:

RETENTION_POLICY_TOKEN: A PAT with permissions to read:packages and delete:packages

In addition, it is possible to specify these optional inputs:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.
DRY_RUN: Only for tagged images, it shows which ones will be deleted without deleting them. By default, it is false.

This is an example to show how data should be formatted.

jobs:
    clean-ionic-images:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            IMAGE_NAME: "ionic"
        secrets: inherit

Jira

Jira Move Issue

Workflow

jira-step-move-issue.yml is the workflow that moves Jira issues to the desired state.

NOTE: If the issue is in the 'Verified' state, the issue won't be moved to the desired state.

It requires these inputs:

STATUS: the final status of the Jira issue.
BRANCH_OR_COMMIT_TITLE: the branch or commit title from where extract the Jira issue key.

It also requires these secrets:

JIRA_BASE_URL: the JIRA url.
JIRA_USER_EMAIL: the JIRA user account email.
JIRA_API_TOKEN: the token to login the Jira user account email.

In addition, it is possible to specify this optional inputs:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    jira-move-issue-to-developed:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            STATUS: Developed
            BRANCH_OR_COMMIT_TITLE: ${{ github.event.workflow_run.head_commit.message }}
        secrets: inherit

Use Cases Workflows

Here we show 3 use cases that you can copy paste in your project to have the default configuration for transitioning Jira issues to these 3 states: In Progress, Merge Request and Developed, without worrying about how to retrieve the branch or commit title based on the workflow type.

Basically, these workflows starts with these events:

Pull Request opened: Move the Jira issue to In Progress.
Pull Request review: Move the Jira issue to Merge Request if the PR is not in draft.
Pull Request ready for review: Move the Jira issue to Merge Request.
On main workflow completion: Move the Jira issue to Developed.

Move to In Progress - jira-move-in-progress.yml

name: Jira Move to In Progress

on:
    pull_request:
        types: [opened]

jobs:
    jira-move-issue-to-in-progress:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            STATUS: "In progress"
            BRANCH_OR_COMMIT_TITLE: ${{ github.head_ref }}
        secrets: inherit

Move to Merge Request - jira-move-merge-request.yml

name: Jira Move to Merge Request

on:
    pull_request:
        types: [review_requested, ready_for_review]

jobs:
    jira-move-issue-to-merge-request:
        if: ${{ !github.event.pull_request.draft }}
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            STATUS: "Merge request"
            BRANCH_OR_COMMIT_TITLE: ${{ github.head_ref }}
        secrets: inherit

Move to Developed - jira-move-developed.yml

name: Jira Move to Developed

on:
  push:
    branches: [ "main", "release/*" ]

jobs:
  jira-move-issue-to-developed:
    uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
    with:
      STATUS: "Developed"
      BRANCH_OR_COMMIT_TITLE: ${{ github.event.head_commit.message }}
    secrets: inherit

Jira Add Description to PR

Workflow

jira-add-description-to-pr.yml is the workflow that adds the Jira issue description to the pull request description.

It requires these secrets:

GITHUB_TOKEN: The GitHub token to allow the workflow to make changes to the pull request.
JIRA_BASE_URL: the JIRA url.
JIRA_USER_EMAIL: the JIRA user account email.
JIRA_API_TOKEN: the token to login the Jira user account email.

In addition, it is possible to specify this optional inputs:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.
DIND_IMAGE: Docker image to use. Default is docker:26.0.0-dind.

This is an example to show how data should be formatted.

jobs:
  jira-description:
    uses:
      zupit-it/pipeline-templates/.github/workflows/[email protected]
    secrets: inherit

Jira Create TODO Issues

Workflow

jira-step-create-todo-issues.yml is the workflow that creates Jira issues based on the TODO comments in the code.

It requires these inputs:

PROJECT_KEY: the Jira project key.

It requires these secrets:

GITHUB_TOKEN: The GitHub token to allow the workflow to make changes to the pull request.
JIRA_BASE_URL: the JIRA url.
JIRA_USER_EMAIL: the JIRA user account email.
JIRA_API_TOKEN: the token to login the Jira user account email.

In addition, it is possible to specify this optional inputs:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.
DIND_IMAGE: Docker image to use. Default is docker:26.0.0-dind.
ISSUE_TYPE: The type of the issue to create. Default is Task.
ISSUE_DESCRIPTION: The description of the issue to create. Default is "Created automatically via GitHub Actions".
LINK: A link to put in the issue description. Default is an empty string.

This is an example to show how data should be formatted.

jobs:
  jira-create-todo-issue:
    uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
    with:
      PROJECT_KEY: DDSO
      LINK: ${{ github.event.compare }}
    secrets: inherit

Conventional Commits

Conventional Commits Lint Step

conventional-commits-step-lint.yml is the workflow that lint the commit messages of a pull request.

It is possible to specify this optional input:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    lint-pr:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            CONFIG_FILE: .commitlintrc.json
        secrets: inherit

Conventional Commits Release Step

conventional-commits-step-release.yml is the workflow that automatically creates a new release based on the commit messages.

It requires these secrets:

RELEASE_TOKEN: a personal access token with grants to create a release and to push new commits. (use the zupit bot)

In addition, it is possible to specify this optional input:

RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    lint-pr:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        secrets: inherit

Others

Sonar Analyze

Requirements

This workflow requires a sonar-project.properties file inside the working directory with the configuration for Sonarqube.

Workflow

sonar-step-analyze.yml is the workflow that analyze the coverage and sends the results to Sonarqube.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands.

It also requires these secrets:

SONAR_TOKEN: The Sonarqube token.
SONAR_HOST_URL: The Sonarqube host to where submit analyzed data. By default, it is on organization secrets: https://sonarqube.zupit.software

In addition, it is possible to specify these optional inputs:

SONAR_IMAGE: The Sonarqube docker image where the runner execute all commands. By default, it is sonarsource/sonar-scanner-cli.
DOWNLOAD_ARTIFACT: Whether it should download an artifact or not to analyze. By default, it is true.
ARTIFACT_FILENAME: The name of the artifact. By default, it is an empty string.
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    angular-sonar-analyze:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: frontend
            ARTIFACT_FILENAME: lcov.info
        secrets: inherit

If you want to analyze a Dart or Flutter project, you should use this workflow in the following way:

    flutter-sonar-analyze:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: '.'
            DOWNLOAD_ARTIFACT: false
            PRE_SCAN_COMMANDS: 'git config --global --add safe.directory /opt/flutter && mv .env.github .env && flutter pub get && flutter test --machine --coverage > tests.output'
            SONAR_IMAGE: 'ghcr.io/zupit-it/pipeline-templates/flutter-sonar-scanner-cli:latest'
        secrets: inherit

Sonar Analyze - .NET

Requirements

This workflow DOES NOT use the sonar-project.properties as the Sonar Analyze workflow does. See the documentation.

Additional properties are provided by this workflow and the required ones are exposed as required inputs.

Workflow

sonar-step-dotnet-analyze.yml is the workflow that analyze a .NET solution, including the coverage, and sends the results to Sonarqube.

IMPORTANT: since this step relies on bash scripting, the CONTAINER_CI_LABELS you provide must reference a container with bash already installed.

It requires these inputs:

WORKING_DIRECTORY: The directory where the runner can execute all the commands.
SONAR_PROJECT_KEY: The SonarQube project key.

It also requires these secrets:

SONAR_TOKEN: The Sonarqube token.
SONAR_HOST_URL: The Sonarqube host to where submit analyzed data. By default, it is on organization secrets: https://sonarqube.zupit.software

In addition, it is possible to specify these optional inputs:

SONAR_IMAGE: The SonarQube docker image where the runner execute all commands. By default, it is sonarsource/sonar-scanner-cli.
SONAR_EXCLUSIONS: A comma separated list of glob patterns to match files and/or folders that should be excluded from Sonarqube analysis. You can't use a sonar-project.properties file since it's not supported from SonarScanner for .NET.
COVERAGE_EXCLUSIONS: A comma separated list of glob patterns to match files and/or folders that should be excluded when computing tests code coverage (docs). Since dotnet test expect absolute path for the exclusion list, you should provide this parameter in the form **/my-path/*.cs (always starting with **/*).
DOTNET_VERSION: The .NET version to build the solution. By default, it is 7.
RUN_ON: the label to select the correct github-runner that will execute this workflow. Default is zupit-agents.
RUNNERS_CONTAINER_GROUP: The runners group used to execute this workflow. Default is Container.

This is an example to show how data should be formatted.

jobs:
    sonar-analyze:
        uses: zupit-it/pipeline-templates/.github/workflows/[email protected]
        with:
            WORKING_DIRECTORY: "back-end"
            SONAR_PROJECT_KEY: "my-project-key"
        secrets: inherit

Concurrent Workflow Runs

Use the concurrency feature to manage overlapping workflow runs, ensuring only the most recent commit in branches like main triggers a workflow. This optimizes resource usage and keeps deployments current.

Main Workflow Example with Concurrency

on:
  push:
    branches: [ "main", "release/*" ]

concurrency: 
  group: ${{ github.ref }}
  cancel-in-progress: true

jobs:
    ...

Note: When using concurrency with workflows that trigger others, ensure subsequent workflows account for potential cancellations of initiating workflows. This may involve status checks or logic adjustments for such cases.

Name		Name	Last commit message	Last commit date
Latest commit History 425 Commits
.github		.github
.husky		.husky
.idea		.idea
docker/flutter-sonar-scanner-cli		docker/flutter-sonar-scanner-cli
docs		docs
.commitlintrc		.commitlintrc
.czrc		.czrc
.editorconfig		.editorconfig
.gitignore		.gitignore
.nvmrc		.nvmrc
.prettierrc		.prettierrc
.releaserc		.releaserc
CHANGELOG.md		CHANGELOG.md
README.md		README.md
package-lock.json		package-lock.json
package.json		package.json
tag-version.sh		tag-version.sh

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.NET Action - Install

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Artifact Action - Generate name

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NodeJS Common

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Django Common

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