Note: GitHub-hosted runners are not currently supported on GitHub Enterprise Server. You can see more information about planned future support on the GitHub public roadmap.
About YAML syntax for workflows
Workflow files use YAML syntax, and must have either a .yml
or .yaml
file extension. If you're new to YAML and want to learn more, see "Learn YAML in Y minutes."
You must store workflow files in the .github/workflows
directory of your repository.
name
The name of your workflow. GitHub displays the names of your workflows on your repository's "Actions" tab. If you omit name
, GitHub sets it to the workflow file path relative to the root of the repository.
on
To automatically trigger a workflow, use on
to define which events can cause the workflow to run. For a list of available events, see "Events that trigger workflows."
You can define single or multiple events that can trigger a workflow, or set a time schedule. You can also restrict the execution of a workflow to only occur for specific files, tags, or branch changes. These options are described in the following sections.
Using a single event
For example, a workflow with the following on
value will run when a push is made to any branch in the workflow's repository:
on: push
Using multiple events
You can specify a single event or multiple events. For example, a workflow with the following on
value will run when a push is made to any branch in the repository or when someone forks the repository:
on: [push, fork]
If you specify multiple events, only one of those events needs to occur to trigger your workflow. If multiple triggering events for your workflow occur at the same time, multiple workflow runs will be triggered.
Using activity types
Some events have activity types that give you more control over when your workflow should run. Use on.<event_name>.types
to define the type of event activity that will trigger a workflow run.
For example, the issue_comment
event has the created
, edited
, and deleted
activity types. If your workflow triggers on the label
event, it will run whenever a label is created, edited, or deleted. If you specify the created
activity type for the label
event, your workflow will run when a label is created but not when a label is edited or deleted.
on:
label:
types:
- created
If you specify multiple activity types, only one of those event activity types needs to occur to trigger your workflow. If multiple triggering event activity types for your workflow occur at the same time, multiple workflow runs will be triggered. For example, the following workflow triggers when an issue is opened or labeled. If an issue with two labels is opened, three workflow runs will start: one for the issue opened event and two for the two issue labeled events.
on:
issues:
types:
- opened
- labeled
For more information about each event and their activity types, see "Events that trigger workflows."
Using filters
Some events have filters that give you more control over when your workflow should run.
For example, the push
event has a branches
filter that causes your workflow to run only when a push to a branch that matches the branches
filter occurs, instead of when any push occurs.
on:
push:
branches:
- main
- 'releases/**'
Using activity types and filters with multiple events
If you specify activity types or filters for an event and your workflow triggers on multiple events, you must configure each event separately. You must append a colon (:
) to all events, including events without configuration.
For example, a workflow with the following on
value will run when:
- A label is created
- A push is made to the
main
branch in the repository - A push is made to a GitHub Pages-enabled branch
on:
label:
types:
- created
push:
branches:
- main
page_build:
on.<event_name>.types
Use on.<event_name>.types
to define the type of activity that will trigger a workflow run. Most GitHub events are triggered by more than one type of activity. For example, the label
is triggered when a label is created
, edited
, or deleted
. The types
keyword enables you to narrow down activity that causes the workflow to run. When only one activity type triggers a webhook event, the types
keyword is unnecessary.
You can use an array of event types
. For more information about each event and their activity types, see "Events that trigger workflows."
on:
label:
types: [created, edited]
on.<pull_request|pull_request_target>.<branches|branches-ignore>
When using the pull_request
and pull_request_target
events, you can configure a workflow to run only for pull requests that target specific branches.
Use the branches
filter when you want to include branch name patterns or when you want to both include and exclude branch names patterns. Use the branches-ignore
filter when you only want to exclude branch name patterns. You cannot use both the branches
and branches-ignore
filters for the same event in a workflow.
If you define both branches
/branches-ignore
and paths
/paths-ignore
, the workflow will only run when both filters are satisfied.
The branches
and branches-ignore
keywords accept glob patterns that use characters like *
, **
, +
, ?
, !
and others to match more than one branch name. If a name contains any of these characters and you want a literal match, you need to escape each of these special characters with \
. For more information about glob patterns, see the "Workflow syntax for GitHub Actions."
Example: Including branches
The patterns defined in branches
are evaluated against the Git ref's name. For example, the following workflow would run whenever there is a pull_request
event for a pull request targeting:
- A branch named
main
(refs/heads/main
) - A branch named
mona/octocat
(refs/heads/mona/octocat
) - A branch whose name starts with
releases/
, likereleases/10
(refs/heads/releases/10
)
on:
pull_request:
# Sequence of patterns matched against refs/heads
branches:
- main
- 'mona/octocat'
- 'releases/**'
Example: Excluding branches
When a pattern matches the branches-ignore
pattern, the workflow will not run. The patterns defined in branches
are evaluated against the Git ref's name. For example, the following workflow would run whenever there is a pull_request
event unless the pull request is targeting:
- A branch named
mona/octocat
(refs/heads/mona/octocat
) - A branch whose name matches
releases/**-alpha
, likereleases/beta/3-alpha
(refs/heads/releases/beta/3-alpha
)
on:
pull_request:
# Sequence of patterns matched against refs/heads
branches-ignore:
- 'mona/octocat'
- 'releases/**-alpha'
Example: Including and excluding branches
You cannot use branches
and branches-ignore
to filter the same event in a single workflow. If you want to both include and exclude branch patterns for a single event, use the branches
filter along with the !
character to indicate which branches should be excluded.
If you define a branch with the !
character, you must also define at least one branch without the !
character. If you only want to exclude branches, use branches-ignore
instead.
The order that you define patterns matters.
- A matching negative pattern (prefixed with
!
) after a positive match will exclude the Git ref. - A matching positive pattern after a negative match will include the Git ref again.
The following workflow will run on pull_request
events for pull requests that target releases/10
or releases/beta/mona
, but not for pull requests that target releases/10-alpha
or releases/beta/3-alpha
because the negative pattern !releases/**-alpha
follows the positive pattern.
on:
pull_request:
branches:
- 'releases/**'
- '!releases/**-alpha'
on.push.<branches|tags|branches-ignore|tags-ignore>
When using the push
event, you can configure a workflow to run on specific branches or tags.
Use the branches
filter when you want to include branch name patterns or when you want to both include and exclude branch names patterns. Use the branches-ignore
filter when you only want to exclude branch name patterns. You cannot use both the branches
and branches-ignore
filters for the same event in a workflow.
Use the tags
filter when you want to include tag name patterns or when you want to both include and exclude tag names patterns. Use the tags-ignore
filter when you only want to exclude tag name patterns. You cannot use both the tags
and tags-ignore
filters for the same event in a workflow.
If you define only tags
/tags-ignore
or only branches
/branches-ignore
, the workflow won't run for events affecting the undefined Git ref. If you define neither tags
/tags-ignore
or branches
/branches-ignore
, the workflow will run for events affecting either branches or tags. If you define both branches
/branches-ignore
and paths
/paths-ignore
, the workflow will only run when both filters are satisfied.
The branches
, branches-ignore
, tags
, and tags-ignore
keywords accept glob patterns that use characters like *
, **
, +
, ?
, !
and others to match more than one branch or tag name. If a name contains any of these characters and you want a literal match, you need to escape each of these special characters with \
. For more information about glob patterns, see the "Workflow syntax for GitHub Actions."
Example: Including branches and tags
The patterns defined in branches
and tags
are evaluated against the Git ref's name. For example, the following workflow would run whenever there is a push
event to:
- A branch named
main
(refs/heads/main
) - A branch named
mona/octocat
(refs/heads/mona/octocat
) - A branch whose name starts with
releases/
, likereleases/10
(refs/heads/releases/10
) - A tag named
v2
(refs/tags/v2
) - A tag whose name starts with
v1.
, likev1.9.1
(refs/tags/v1.9.1
)
on:
push:
# Sequence of patterns matched against refs/heads
branches:
- main
- 'mona/octocat'
- 'releases/**'
# Sequence of patterns matched against refs/tags
tags:
- v2
- v1.*
Example: Excluding branches and tags
When a pattern matches the branches-ignore
or tags-ignore
pattern, the workflow will not run. The patterns defined in branches
and tags
are evaluated against the Git ref's name. For example, the following workflow would run whenever there is a push
event, unless the push
event is to:
- A branch named
mona/octocat
(refs/heads/mona/octocat
) - A branch whose name matches
releases/**-alpha
, likebeta/3-alpha
(refs/releases/beta/3-alpha
) - A tag named
v2
(refs/tags/v2
) - A tag whose name starts with
v1.
, likev1.9
(refs/tags/v1.9
)
on:
push:
# Sequence of patterns matched against refs/heads
branches-ignore:
- 'mona/octocat'
- 'releases/**-alpha'
# Sequence of patterns matched against refs/tags
tags-ignore:
- v2
- v1.*
Example: Including and excluding branches and tags
You can't use branches
and branches-ignore
to filter the same event in a single workflow. Similarly, you can't use tags
and tags-ignore
to filter the same event in a single workflow. If you want to both include and exclude branch or tag patterns for a single event, use the branches
or tags
filter along with the !
character to indicate which branches or tags should be excluded.
If you define a branch with the !
character, you must also define at least one branch without the !
character. If you only want to exclude branches, use branches-ignore
instead. Similarly, if you define a tag with the !
character, you must also define at least one tag without the !
character. If you only want to exclude tags, use tags-ignore
instead.
The order that you define patterns matters.
- A matching negative pattern (prefixed with
!
) after a positive match will exclude the Git ref. - A matching positive pattern after a negative match will include the Git ref again.
The following workflow will run on pushes to releases/10
or releases/beta/mona
, but not on releases/10-alpha
or releases/beta/3-alpha
because the negative pattern !releases/**-alpha
follows the positive pattern.
on:
push:
branches:
- 'releases/**'
- '!releases/**-alpha'
on.<push|pull_request|pull_request_target>.<paths|paths-ignore>
When using the push
and pull_request
events, you can configure a workflow to run based on what file paths are changed. Path filters are not evaluated for pushes of tags.
Use the paths
filter when you want to include file path patterns or when you want to both include and exclude file path patterns. Use the paths-ignore
filter when you only want to exclude file path patterns. You cannot use both the paths
and paths-ignore
filters for the same event in a workflow.
If you define both branches
/branches-ignore
and paths
/paths-ignore
, the workflow will only run when both filters are satisfied.
The paths
and paths-ignore
keywords accept glob patterns that use the *
and **
wildcard characters to match more than one path name. For more information, see the "Workflow syntax for GitHub Actions."
Example: Including paths
If at least one path matches a pattern in the paths
filter, the workflow runs. For example, the following workflow would run anytime you push a JavaScript file (.js
).
on:
push:
paths:
- '**.js'
Note: If a workflow is skipped due to path filtering, branch filtering or a commit message, then checks associated with that workflow will remain in a "Pending" state. A pull request that requires those checks to be successful will be blocked from merging. For more information, see "Troubleshooting required status checks."
Example: Excluding paths
When all the path names match patterns in paths-ignore
, the workflow will not run. If any path names do not match patterns in paths-ignore
, even if some path names match the patterns, the workflow will run.
A workflow with the following path filter will only run on push
events that include at least one file outside the docs
directory at the root of the repository.
on:
push:
paths-ignore:
- 'docs/**'
Example: Including and excluding paths
You can not use paths
and paths-ignore
to filter the same event in a single workflow. If you want to both include and exclude path patterns for a single event, use the paths
filter along with the !
character to indicate which paths should be excluded.
If you define a path with the !
character, you must also define at least one path without the !
character. If you only want to exclude paths, use paths-ignore
instead.
The order that you define patterns matters:
- A matching negative pattern (prefixed with
!
) after a positive match will exclude the path. - A matching positive pattern after a negative match will include the path again.
This example runs anytime the push
event includes a file in the sub-project
directory or its subdirectories, unless the file is in the sub-project/docs
directory. For example, a push that changed sub-project/index.js
or sub-project/src/index.js
will trigger a workflow run, but a push changing only sub-project/docs/readme.md
will not.
on:
push:
paths:
- 'sub-project/**'
- '!sub-project/docs/**'
Git diff comparisons
Note: If you push more than 1,000 commits, or if GitHub does not generate the diff due to a timeout, the workflow will always run.
The filter determines if a workflow should run by evaluating the changed files and running them against the paths-ignore
or paths
list. If there are no files changed, the workflow will not run.
GitHub generates the list of changed files using two-dot diffs for pushes and three-dot diffs for pull requests:
- Pull requests: Three-dot diffs are a comparison between the most recent version of the topic branch and the commit where the topic branch was last synced with the base branch.
- Pushes to existing branches: A two-dot diff compares the head and base SHAs directly with each other.
- Pushes to new branches: A two-dot diff against the parent of the ancestor of the deepest commit pushed.
Diffs are limited to 300 files. If there are files changed that aren't matched in the first 300 files returned by the filter, the workflow will not run. You may need to create more specific filters so that the workflow will run automatically.
For more information, see "About comparing branches in pull requests."
on.schedule
You can use on.schedule
to define a time schedule for your workflows. You can schedule a workflow to run at specific UTC times using POSIX cron syntax. Scheduled workflows run on the latest commit on the default or base branch. The shortest interval you can run scheduled workflows is once every 5 minutes.
This example triggers the workflow every day at 5:30 and 17:30 UTC:
on:
schedule:
# * is a special character in YAML so you have to quote this string
- cron: '30 5,17 * * *'
A single workflow can be triggered by multiple schedule
events. You can access the schedule event that triggered the workflow through the github.event.schedule
context. This example triggers the workflow to run at 5:30 UTC every Monday-Thursday, but skips the Not on Monday or Wednesday
step on Monday and Wednesday.
on:
schedule:
- cron: '30 5 * * 1,3'
- cron: '30 5 * * 2,4'
jobs:
test_schedule:
runs-on: ubuntu-latest
steps:
- name: Not on Monday or Wednesday
if: github.event.schedule != '30 5 * * 1,3'
run: echo "This step will be skipped on Monday and Wednesday"
- name: Every time
run: echo "This step will always run"
For more information about cron syntax, see "Events that trigger workflows."
on.workflow_call
Note: Reusable workflows are currently in beta and subject to change.
Use on.workflow_call
to define the inputs and outputs for a reusable workflow. You can also map the secrets that are available to the called workflow. For more information on reusable workflows, see "Reusing workflows."
on.workflow_call.inputs
When using the workflow_call
keyword, you can optionally specify inputs that are passed to the called workflow from the caller workflow. For more information about the workflow_call
keyword, see "Events that trigger workflows."
In addition to the standard input parameters that are available, on.workflow_call.inputs
requires a type
parameter. For more information, see on.workflow_call.inputs.<input_id>.type
.
If a default
parameter is not set, the default value of the input is false
for a boolean, 0
for a number, and ""
for a string.
Within the called workflow, you can use the inputs
context to refer to an input. For more information, see "Contexts."
If a caller workflow passes an input that is not specified in the called workflow, this results in an error.
Example of on.workflow_call.inputs
on:
workflow_call:
inputs:
username:
description: 'A username passed from the caller workflow'
default: 'john-doe'
required: false
type: string
jobs:
print-username:
runs-on: ubuntu-latest
steps:
- name: Print the input name to STDOUT
run: echo The username is ${{ inputs.username }}
For more information, see "Reusing workflows."
on.workflow_call.inputs.<input_id>.type
Required if input is defined for the on.workflow_call
keyword. The value of this parameter is a string specifying the data type of the input. This must be one of: boolean
, number
, or string
.
on.workflow_call.outputs
A map of outputs for a called workflow. Called workflow outputs are available to all downstream jobs in the caller workflow. Each output has an identifier, an optional description,
and a value.
The value
must be set to the value of an output from a job within the called workflow.
In the example below, two outputs are defined for this reusable workflow: workflow_output1
and workflow_output2
. These are mapped to outputs called job_output1
and job_output2
, both from a job called my_job
.
Example of on.workflow_call.outputs
on:
workflow_call:
# Map the workflow outputs to job outputs
outputs:
workflow_output1:
description: "The first job output"
value: ${{ jobs.my_job.outputs.job_output1 }}
workflow_output2:
description: "The second job output"
value: ${{ jobs.my_job.outputs.job_output2 }}
For information on how to reference a job output, see jobs.<job_id>.outputs
. For more information, see "Reusing workflows."
on.workflow_call.secrets
A map of the secrets that can be used in the called workflow.
Within the called workflow, you can use the secrets
context to refer to a secret.
Note: If you are passing the secret to a nested reusable workflow, then you must use jobs.<job_id>.secrets
again to pass the secret. For more information, see "Reusing workflows."
If a caller workflow passes a secret that is not specified in the called workflow, this results in an error.
Example of on.workflow_call.secrets
on:
workflow_call:
secrets:
access-token:
description: 'A token passed from the caller workflow'
required: false
jobs:
pass-secret-to-action:
runs-on: ubuntu-latest
steps:
# passing the secret to an action
- name: Pass the received secret to an action
uses: ./.github/actions/my-action
with:
token: ${{ secrets.access-token }}
# passing the secret to a nested reusable workflow
pass-secret-to-workflow:
uses: ./.github/workflows/my-workflow
secrets:
token: ${{ secrets.access-token }}
on.workflow_call.secrets.<secret_id>
A string identifier to associate with the secret.
on.workflow_call.secrets.<secret_id>.required
A boolean specifying whether the secret must be supplied.
on.workflow_run.<branches|branches-ignore>
When using the workflow_run
event, you can specify what branches the triggering workflow must run on in order to trigger your workflow.
The branches
and branches-ignore
filters accept glob patterns that use characters like *
, **
, +
, ?
, !
and others to match more than one branch name. If a name contains any of these characters and you want a literal match, you need to escape each of these special characters with \
. For more information about glob patterns, see the "Workflow syntax for GitHub Actions."
For example, a workflow with the following trigger will only run when the workflow named Build
runs on a branch whose name starts with releases/
:
on:
workflow_run:
workflows: ["Build"]
types: [requested]
branches:
- 'releases/**'
A workflow with the following trigger will only run when the workflow named Build
runs on a branch that is not named canary
:
on:
workflow_run:
workflows: ["Build"]
types: [requested]
branches-ignore:
- "canary"
You cannot use both the branches
and branches-ignore
filters for the same event in a workflow. If you want to both include and exclude branch patterns for a single event, use the branches
filter along with the !
character to indicate which branches should be excluded.
The order that you define patterns matters.
- A matching negative pattern (prefixed with
!
) after a positive match will exclude the branch. - A matching positive pattern after a negative match will include the branch again.
For example, a workflow with the following trigger will run when the workflow named Build
runs on a branch that is named releases/10
or releases/beta/mona
but will not releases/10-alpha
, releases/beta/3-alpha
, or main
.
on:
workflow_run:
workflows: ["Build"]
types: [requested]
branches:
- 'releases/**'
- '!releases/**-alpha'
on.workflow_dispatch
When using the workflow_dispatch
event, you can optionally specify inputs that are passed to the workflow.
on.workflow_dispatch.inputs
The triggered workflow receives the inputs in the github.event.inputs
context. For more information, see "Contexts."
Example of on.workflow_dispatch.inputs
on:
workflow_dispatch:
inputs:
logLevel:
description: 'Log level'
required: true
default: 'warning'
type: choice
options:
- info
- warning
- debug
print_tags:
description: 'True to print to STDOUT'
required: true
type: boolean
tags:
description: 'Test scenario tags'
required: true
type: string
environment:
description: 'Environment to run tests against'
type: environment
required: true
jobs:
print-tag:
runs-on: ubuntu-latest
if: ${{ github.event.inputs.print_tags == 'true' }}
steps:
- name: Print the input tag to STDOUT
run: echo The tags are ${{ github.event.inputs.tags }}
on.workflow_dispatch.inputs.<input_id>.required
A boolean specifying whether the input must be supplied.
on.workflow_dispatch.inputs.<input_id>.type
The value of this parameter is a string specifying the data type of the input. This must be one of: boolean
, choice
, number
, or string
.
permissions
You can use permissions
to modify the default permissions granted to the GITHUB_TOKEN
, adding or removing access as required, so that you only allow the minimum required access. For more information, see "Automatic token authentication."
You can use permissions
either as a top-level key, to apply to all jobs in the workflow, or within specific jobs. When you add the permissions
key within a specific job, all actions and run commands within that job that use the GITHUB_TOKEN
gain the access rights you specify. For more information, see jobs.<job_id>.permissions
.
Available scopes and access values:
permissions:
actions: read|write|none
checks: read|write|none
contents: read|write|none
deployments: read|write|none
issues: read|write|none
discussions: read|write|none
packages: read|write|none
pages: read|write|none
pull-requests: read|write|none
repository-projects: read|write|none
security-events: read|write|none
statuses: read|write|none
If you specify the access for any of these scopes, all of those that are not specified are set to none
.
You can use the following syntax to define read or write access for all of the available scopes:
permissions: read-all|write-all
You can use the following syntax to disable permissions for all of the available scopes:
permissions: {}
You can use the permissions
key to add and remove read permissions for forked repositories, but typically you can't grant write access. The exception to this behavior is where an admin user has selected the Send write tokens to workflows from pull requests option in the GitHub Actions settings. For more information, see "Managing GitHub Actions settings for a repository."
Example: Assigning permissions to GITHUB_TOKEN
This example shows permissions being set for the GITHUB_TOKEN
that will apply to all jobs in the workflow. All permissions are granted read access.
name: "My workflow"
on: [ push ]
permissions: read-all
jobs:
...
env
A map
of variables that are available to the steps of all jobs in the workflow. You can also set variables that are only available to the steps of a single job or to a single step. For more information, see jobs.<job_id>.env
and jobs.<job_id>.steps[*].env
.
Variables in the env
map cannot be defined in terms of other variables in the map.
When more than one environment variable is defined with the same name, GitHub uses the most specific variable. For example, an environment variable defined in a step will override job and workflow environment variables with the same name, while the step executes. An environment variable defined for a job will override a workflow variable with the same name, while the job executes.
Example of env
env:
SERVER: production
defaults
Use defaults
to create a map
of default settings that will apply to all jobs in the workflow. You can also set default settings that are only available to a job. For more information, see jobs.<job_id>.defaults
.
When more than one default setting is defined with the same name, GitHub uses the most specific default setting. For example, a default setting defined in a job will override a default setting that has the same name defined in a workflow.
defaults.run
You can use defaults.run
to provide default shell
and working-directory
options for all run
steps in a workflow. You can also set default settings for run
that are only available to a job. For more information, see jobs.<job_id>.defaults.run
. You cannot use contexts or expressions in this keyword.
When more than one default setting is defined with the same name, GitHub uses the most specific default setting. For example, a default setting defined in a job will override a default setting that has the same name defined in a workflow.
Example: Set the default shell and working directory
defaults:
run:
shell: bash
working-directory: scripts
concurrency
Use concurrency
to ensure that only a single job or workflow using the same concurrency group will run at a time. A concurrency group can be any string or expression. The expression can only use the github
context. For more information about expressions, see "Expressions."
You can also specify concurrency
at the job level. For more information, see jobs.<job_id>.concurrency
.
When a concurrent job or workflow is queued, if another job or workflow using the same concurrency group in the repository is in progress, the queued job or workflow will be pending
. Any previously pending job or workflow in the concurrency group will be canceled. To also cancel any currently running job or workflow in the same concurrency group, specify cancel-in-progress: true
.
Examples: Using concurrency and the default behavior
concurrency: staging_environment
concurrency: ci-${{ github.ref }}
Example: Using concurrency to cancel any in-progress job or run
concurrency:
group: ${{ github.ref }}
cancel-in-progress: true
Example: Using a fallback value
If you build the group name with a property that is only defined for specific events, you can use a fallback value. For example, github.head_ref
is only defined on pull_request
events. If your workflow responds to other events in addition to pull_request
events, you will need to provide a fallback to avoid a syntax error. The following concurrency group cancels in-progress jobs or runs on pull_request
events only; if github.head_ref
is undefined, the concurrency group will fallback to the run ID, which is guaranteed to be both unique and defined for the run.
concurrency:
group: ${{ github.head_ref || github.run_id }}
cancel-in-progress: true
Example: Only cancel in-progress jobs or runs for the current workflow
If you have multiple workflows in the same repository, concurrency group names must be unique across workflows to avoid canceling in-progress jobs or runs from other workflows. Otherwise, any previously in-progress or pending job will be canceled, regardless of the workflow.
To only cancel in-progress runs of the same workflow, you can use the github.workflow
property to build the concurrency group:
concurrency:
group: ${{ github.workflow }}-${{ github.ref }}
cancel-in-progress: true
jobs
A workflow run is made up of one or more jobs
, which run in parallel by default. To run jobs sequentially, you can define dependencies on other jobs using the jobs.<job_id>.needs
keyword.
Each job runs in a runner environment specified by runs-on
.
You can run an unlimited number of jobs as long as you are within the workflow usage limits. For more information, see "Usage limits, billing, and administration" for GitHub-hosted runners and "About self-hosted runners" for self-hosted runner usage limits.
If you need to find the unique identifier of a job running in a workflow run, you can use the GitHub Enterprise Server API. For more information, see "Actions."
jobs.<job_id>
Use jobs.<job_id>
to give your job a unique identifier. The key job_id
is a string and its value is a map of the job's configuration data. You must replace <job_id>
with a string that is unique to the jobs
object. The <job_id>
must start with a letter or _
and contain only alphanumeric characters, -
, or _
.
Example: Creating jobs
In this example, two jobs have been created, and their job_id
values are my_first_job
and my_second_job
.
jobs:
my_first_job:
name: My first job
my_second_job:
name: My second job
jobs.<job_id>.name
Use jobs.<job_id>.name
to set a name for the job, which is displayed in the GitHub UI.
jobs.<job_id>.permissions
For a specific job, you can use jobs.<job_id>.permissions
to modify the default permissions granted to the GITHUB_TOKEN
, adding or removing access as required, so that you only allow the minimum required access. For more information, see "Automatic token authentication."
By specifying the permission within a job definition, you can configure a different set of permissions for the GITHUB_TOKEN
for each job, if required. Alternatively, you can specify the permissions for all jobs in the workflow. For information on defining permissions at the workflow level, see permissions
.
Available scopes and access values:
permissions:
actions: read|write|none
checks: read|write|none
contents: read|write|none
deployments: read|write|none
issues: read|write|none
discussions: read|write|none
packages: read|write|none
pages: read|write|none
pull-requests: read|write|none
repository-projects: read|write|none
security-events: read|write|none
statuses: read|write|none
If you specify the access for any of these scopes, all of those that are not specified are set to none
.
You can use the following syntax to define read or write access for all of the available scopes:
permissions: read-all|write-all
You can use the following syntax to disable permissions for all of the available scopes:
permissions: {}
You can use the permissions
key to add and remove read permissions for forked repositories, but typically you can't grant write access. The exception to this behavior is where an admin user has selected the Send write tokens to workflows from pull requests option in the GitHub Actions settings. For more information, see "Managing GitHub Actions settings for a repository."
Example: Setting permissions for a specific job
This example shows permissions being set for the GITHUB_TOKEN
that will only apply to the job named stale
. Write access is granted for the issues
and pull-requests
scopes. All other scopes will have no access.
jobs:
stale:
runs-on: ubuntu-latest
permissions:
issues: write
pull-requests: write
steps:
- uses: actions/stale@v4
jobs.<job_id>.needs
Use jobs.<job_id>.needs
to identify any jobs that must complete successfully before this job will run. It can be a string or array of strings. If a job fails or is skipped, all jobs that need it are skipped unless the jobs use a conditional expression that causes the job to continue. If a run contains a series of jobs that need each other, a failure or skip applies to all jobs in the dependency chain from the point of failure or skip onwards.
Example: Requiring successful dependent jobs
jobs:
job1:
job2:
needs: job1
job3:
needs: [job1, job2]
In this example, job1
must complete successfully before job2
begins, and job3
waits for both job1
and job2
to complete.
The jobs in this example run sequentially:
job1
job2
job3
Example: Not requiring successful dependent jobs
jobs:
job1:
job2:
needs: job1
job3:
if: ${{ always() }}
needs: [job1, job2]
In this example, job3
uses the always()
conditional expression so that it always runs after job1
and job2
have completed, regardless of whether they were successful. For more information, see "Expressions."
jobs.<job_id>.if
You can use the jobs.<job_id>.if
conditional to prevent a job from running unless a condition is met. You can use any supported context and expression to create a conditional. For more information on which contexts are supported in this key, see "Contexts."
When you use expressions in an if
conditional, you may omit the expression syntax (${{ }}
) because GitHub automatically evaluates the if
conditional as an expression. For more information, see "Expressions."
Example: Only run job for specific repository
This example uses if
to control when the production-deploy
job can run. It will only run if the repository is named octo-repo-prod
and is within the octo-org
organization. Otherwise, the job will be marked as skipped.
name: example-workflow
on: [push]
jobs:
production-deploy:
if: github.repository == 'octo-org/octo-repo-prod'
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v2
- uses: actions/setup-node@v2
with:
node-version: '14'
- run: npm install -g bats
jobs.<job_id>.runs-on
Use jobs.<job_id>.runs-on
to define the type of machine to run the job on.
-
The destination machine can be a self-hosted runner.
-
You can target runners based on the labels assigned to them.
-
You can provide
runs-on
as:- a single string
- a single variable containing a string
- an array of strings, variables containing strings, or a combination of both
-
If you specify an array of strings or variables, your workflow will execute on any runner that matches all of the specified
runs-on
values. For example, here the job will only run on a self-hosted runner that has the labelslinux
,x64
, andgpu
:runs-on: [self-hosted, linux, x64, gpu]
For more information, see "Choosing self-hosted runners."
-
You can mix strings and variables in an array. For example:
on: workflow_dispatch: inputs: chosen-os: required: true type: choice options: - Ubuntu - macOS jobs: test: runs-on: [self-hosted, "${{ github.event.inputs.chosen-os }}"] steps: - run: echo Hello world!
- If you would like to run your workflow on multiple machines, use
jobs.<job_id>.strategy
.
Note: GitHub-hosted runners are not currently supported on GitHub Enterprise Server. You can see more information about planned future support on the GitHub public roadmap.
Choosing GitHub-hosted runners
If you use a GitHub-hosted runner, each job runs in a fresh instance of a runner image specified by runs-on
.
Available GitHub-hosted runner types are:
Runner image | YAML workflow label | Notes |
---|---|---|
Windows Server 2022 |
windows-latest or windows-2022
|
The windows-latest label currently uses the Windows Server 2022 runner image.
|
Windows Server 2019 |
windows-2019
|
None |
Ubuntu 22.04 |
ubuntu-latest or ubuntu-22.04
|
The ubuntu-latest label currently uses the Ubuntu 22.04 runner image.
|
Ubuntu 20.04 |
ubuntu-20.04
|
None |
macOS 13 Ventura [Beta] |
macos-13 or macos-13-xl
|
None |
macOS 12 Monterey |
macos-latest , macos-12 , macos-latest-xl or macos-12-xl
|
The macos-latest and macos-latest-xl workflow labels currently uses the macOS 12 runner image. For information about macOS XL runner (12-core) per-minute pricing, see "About billing for GitHub Actions."
|
macOS 11 Big Sur |
macos-11
|
None |
Note: The -latest
runner images are the latest stable images that GitHub provides, and might not be the most recent version of the operating system available from the operating system vendor.
Warning: Beta and Deprecated Images are provided "as-is", "with all faults" and "as available" and are excluded from the service level agreement and warranty. Beta Images may not be covered by customer support.
Example: Specifying an operating system
runs-on: ubuntu-latest
For more information, see "About GitHub-hosted runners."
Choosing self-hosted runners
To specify a self-hosted runner for your job, configure runs-on
in your workflow file with self-hosted runner labels.
All self-hosted runners have the self-hosted
label. Using only this label will select any self-hosted runner. To select runners that meet certain criteria, such as operating system or architecture, we recommend providing an array of labels that begins with self-hosted
(this must be listed first) and then includes additional labels as needed. When you specify an array of labels, jobs will be queued on runners that have all the labels that you specify.
Although the self-hosted
label is not required, we strongly recommend specifying it when using self-hosted runners to ensure that your job does not unintentionally specify any current or future GitHub-hosted runners.
Example: Using labels for runner selection
runs-on: [self-hosted, linux]
For more information, see "About self-hosted runners" and "Using self-hosted runners in a workflow."
jobs.<job_id>.environment
Use jobs.<job_id>.environment
to define the environment that the job references. All environment protection rules must pass before a job referencing the environment is sent to a runner. For more information, see "Using environments for deployment."
You can provide the environment as only the environment name
, or as an environment object with the name
and url
. The URL maps to environment_url
in the deployments API. For more information about the deployments API, see "Repositories."
Example: Using a single environment name
environment: staging_environment
Example: Using environment name and URL
environment:
name: production_environment
url: https://github.com
The value of url
can be an expression. Allowed expression contexts: github
, inputs
, vars
, needs
, strategy
, matrix
, job
, runner
, and env
. For more information about expressions, see "Expressions."
Example: Using output as URL
environment:
name: production_environment
url: ${{ steps.step_id.outputs.url_output }}
The value of name
can be an expression. Allowed expression contexts: github
, inputs
, vars
, needs
, strategy
, and matrix
. For more information about expressions, see "Expressions."
Example: Using an expression as environment name
environment:
name: ${{ github.ref_name }}
jobs.<job_id>.concurrency
Note: When concurrency is specified at the job level, order is not guaranteed for jobs or runs that queue within 5 minutes of each other.
You can use jobs.<job_id>.concurrency
to ensure that only a single job or workflow using the same concurrency group will run at a time. A concurrency group can be any string or expression. Allowed expression contexts: github
, inputs
, vars
, needs
, strategy
, and matrix
. For more information about expressions, see "Expressions."
You can also specify concurrency
at the workflow level. For more information, see concurrency
.
When a concurrent job or workflow is queued, if another job or workflow using the same concurrency group in the repository is in progress, the queued job or workflow will be pending
. Any previously pending job or workflow in the concurrency group will be canceled. To also cancel any currently running job or workflow in the same concurrency group, specify cancel-in-progress: true
.
Examples: Using concurrency and the default behavior
concurrency: staging_environment
concurrency: ci-${{ github.ref }}
Example: Using concurrency to cancel any in-progress job or run
concurrency:
group: ${{ github.ref }}
cancel-in-progress: true
Example: Using a fallback value
If you build the group name with a property that is only defined for specific events, you can use a fallback value. For example, github.head_ref
is only defined on pull_request
events. If your workflow responds to other events in addition to pull_request
events, you will need to provide a fallback to avoid a syntax error. The following concurrency group cancels in-progress jobs or runs on pull_request
events only; if github.head_ref
is undefined, the concurrency group will fallback to the run ID, which is guaranteed to be both unique and defined for the run.
concurrency:
group: ${{ github.head_ref || github.run_id }}
cancel-in-progress: true
Example: Only cancel in-progress jobs or runs for the current workflow
If you have multiple workflows in the same repository, concurrency group names must be unique across workflows to avoid canceling in-progress jobs or runs from other workflows. Otherwise, any previously in-progress or pending job will be canceled, regardless of the workflow.
To only cancel in-progress runs of the same workflow, you can use the github.workflow
property to build the concurrency group:
concurrency:
group: ${{ github.workflow }}-${{ github.ref }}
cancel-in-progress: true
jobs.<job_id>.outputs
You can use jobs.<job_id>.outputs
to create a map
of outputs for a job. Job outputs are available to all downstream jobs that depend on this job. For more information on defining job dependencies, see jobs.<job_id>.needs
.
Outputs are Unicode strings, and can be a maximum of 1 MB. The total of all outputs in a workflow run can be a maximum of 50 MB.
Job outputs containing expressions are evaluated on the runner at the end of each job. Outputs containing secrets are redacted on the runner and not sent to GitHub Actions.
To use job outputs in a dependent job, you can use the needs
context. For more information, see "Contexts."
Example: Defining outputs for a job
jobs:
job1:
runs-on: ubuntu-latest
# Map a step output to a job output
outputs:
output1: ${{ steps.step1.outputs.test }}
output2: ${{ steps.step2.outputs.test }}
steps:
- id: step1
run: echo "::set-output name=test::hello"
- id: step2
run: echo "::set-output name=test::world"
job2:
runs-on: ubuntu-latest
needs: job1
steps:
- env:
OUTPUT1: ${{needs.job1.outputs.output1}}
OUTPUT2: ${{needs.job1.outputs.output2}}
run: echo "$OUTPUT1 $OUTPUT2"
jobs.<job_id>.env
A map
of variables that are available to all steps in the job. You can set variables for the entire workflow or an individual step. For more information, see env
and jobs.<job_id>.steps[*].env
.
When more than one environment variable is defined with the same name, GitHub uses the most specific variable. For example, an environment variable defined in a step will override job and workflow environment variables with the same name, while the step executes. An environment variable defined for a job will override a workflow variable with the same name, while the job executes.
Example of jobs.<job_id>.env
jobs:
job1:
env:
FIRST_NAME: Mona
jobs.<job_id>.defaults
Use jobs.<job_id>.defaults
to create a map
of default settings that will apply to all steps in the job. You can also set default settings for the entire workflow. For more information, see defaults
.
When more than one default setting is defined with the same name, GitHub uses the most specific default setting. For example, a default setting defined in a job will override a default setting that has the same name defined in a workflow.
jobs.<job_id>.defaults.run
Use jobs.<job_id>.defaults.run
to provide default shell
and working-directory
to all run
steps in the job. Context and expression are not allowed in this section.
You can provide default shell
and working-directory
options for all run
steps in a job. You can also set default settings for run
for the entire workflow. For more information, see jobs.defaults.run
. You cannot use contexts or expressions in this keyword.
When more than one default setting is defined with the same name, GitHub uses the most specific default setting. For example, a default setting defined in a job will override a default setting that has the same name defined in a workflow.
Example: Setting default run
step options for a job
jobs:
job1:
runs-on: ubuntu-latest
defaults:
run:
shell: bash
working-directory: scripts
jobs.<job_id>.steps
A job contains a sequence of tasks called steps
. Steps can run commands, run setup tasks, or run an action in your repository, a public repository, or an action published in a Docker registry. Not all steps run actions, but all actions run as a step. Each step runs in its own process in the runner environment and has access to the workspace and filesystem. Because steps run in their own process, changes to environment variables are not preserved between steps. GitHub provides built-in steps to set up and complete a job.
You can run an unlimited number of steps as long as you are within the workflow usage limits. For more information, see "Usage limits, billing, and administration" for GitHub-hosted runners and "About self-hosted runners" for self-hosted runner usage limits.
Example of jobs.<job_id>.steps
name: Greeting from Mona
on: push
jobs:
my-job:
name: My Job
runs-on: ubuntu-latest
steps:
- name: Print a greeting
env:
MY_VAR: Hi there! My name is
FIRST_NAME: Mona
MIDDLE_NAME: The
LAST_NAME: Octocat
run: |
echo $MY_VAR $FIRST_NAME $MIDDLE_NAME $LAST_NAME.
jobs.<job_id>.steps[*].id
A unique identifier for the step. You can use the id
to reference the step in contexts. For more information, see "Contexts."
jobs.<job_id>.steps[*].if
You can use the if
conditional to prevent a step from running unless a condition is met. You can use any supported context and expression to create a conditional. For more information on which contexts are supported in this key, see "Contexts."
When you use expressions in an if
conditional, you may omit the expression syntax (${{ }}
) because GitHub automatically evaluates the if
conditional as an expression. For more information, see "Expressions."
Example: Using contexts
This step only runs when the event type is a pull_request
and the event action is unassigned
.
steps:
- name: My first step
if: ${{ github.event_name == 'pull_request' && github.event.action == 'unassigned' }}
run: echo This event is a pull request that had an assignee removed.
Example: Using status check functions
The my backup step
only runs when the previous step of a job fails. For more information, see "Expressions."
steps:
- name: My first step
uses: octo-org/action-name@main
- name: My backup step
if: ${{ failure() }}
uses: actions/heroku@1.0.0
Example: Using secrets
Secrets cannot be directly referenced in if:
conditionals. Instead, consider setting secrets as job-level environment variables, then referencing the environment variables to conditionally run steps in the job.
If a secret has not been set, the return value of an expression referencing the secret (such as ${{ secrets.SuperSecret }}
in the example) will be an empty string.
name: Run a step if a secret has been set
on: push
jobs:
my-jobname:
runs-on: ubuntu-latest
env:
super_secret: ${{ secrets.SuperSecret }}
steps:
- if: ${{ env.super_secret != '' }}
run: echo 'This step will only run if the secret has a value set.'
- if: ${{ env.super_secret == '' }}
run: echo 'This step will only run if the secret does not have a value set.'
For more information, see "Contexts" and "Encrypted secrets."
jobs.<job_id>.steps[*].name
A name for your step to display on GitHub.
jobs.<job_id>.steps[*].uses
Selects an action to run as part of a step in your job. An action is a reusable unit of code. You can use an action defined in the same repository as the workflow, a public repository, or in a published Docker container image.
We strongly recommend that you include the version of the action you are using by specifying a Git ref, SHA, or Docker tag. If you don't specify a version, it could break your workflows or cause unexpected behavior when the action owner publishes an update.
- Using the commit SHA of a released action version is the safest for stability and security.
- If the action publishes major version tags, you should expect to receive critical fixes and security patches while still retaining compatibility. Note that this behavior is at the discretion of the action's author.
- Using the default branch of an action may be convenient, but if someone releases a new major version with a breaking change, your workflow could break.
Some actions require inputs that you must set using the with
keyword. Review the action's README file to determine the inputs required.
Actions are either JavaScript files or Docker containers. If the action you're using is a Docker container you must run the job in a Linux environment. For more details, see runs-on
.
Example: Using versioned actions
steps:
# Reference a specific commit
- uses: actions/checkout@8f4b7f84864484a7bf31766abe9204da3cbe65b3
# Reference the major version of a release
- uses: actions/checkout@v2
# Reference a specific version
- uses: actions/checkout@v2.2.0
# Reference a branch
- uses: actions/checkout@main
Example: Using a public action
{owner}/{repo}@{ref}
You can specify a branch, ref, or SHA in a public GitHub repository.
jobs:
my_first_job:
steps:
- name: My first step
# Uses the default branch of a public repository
uses: actions/heroku@main
- name: My second step
# Uses a specific version tag of a public repository
uses: actions/aws@v2.0.1
Example: Using a public action in a subdirectory
{owner}/{repo}/{path}@{ref}
A subdirectory in a public GitHub repository at a specific branch, ref, or SHA.
jobs:
my_first_job:
steps:
- name: My first step
uses: actions/aws/ec2@main
Example: Using an action in the same repository as the workflow
./path/to/dir
The path to the directory that contains the action in your workflow's repository. You must check out your repository before using the action.
jobs:
my_first_job:
steps:
- name: Check out repository
uses: actions/checkout@v2
- name: Use local my-action
uses: ./.github/actions/my-action
Example: Using a Docker Hub action
docker://{image}:{tag}
A Docker image published on Docker Hub.
jobs:
my_first_job:
steps:
- name: My first step
uses: docker://alpine:3.8
Example: Using a Docker public registry action
docker://{host}/{image}:{tag}
A Docker image in a public registry. This example uses the Google Container Registry at gcr.io
.
jobs:
my_first_job:
steps:
- name: My first step
uses: docker://gcr.io/cloud-builders/gradle
Example: Using an action inside a different private repository than the workflow
Your workflow must checkout the private repository and reference the action locally. Generate a personal access token and add the token as an encrypted secret. For more information, see "Managing your personal access tokens" and "Encrypted secrets."
Replace PERSONAL_ACCESS_TOKEN
in the example with the name of your secret.
jobs:
my_first_job:
steps:
- name: Check out repository
uses: actions/checkout@v2
with:
repository: octocat/my-private-repo
ref: v1.0
token: ${{ secrets.PERSONAL_ACCESS_TOKEN }}
path: ./.github/actions/my-private-repo
- name: Run my action
uses: ./.github/actions/my-private-repo/my-action
Alternatively, use a GitHub App instead of a personal access token in order to ensure your workflow continues to run even if the personal access token owner leaves. For more information, see "Making authenticated API requests with a GitHub App in a GitHub Actions workflow."
jobs.<job_id>.steps[*].run
Runs command-line programs using the operating system's shell. If you do not provide a name
, the step name will default to the text specified in the run
command.
Commands run using non-login shells by default. You can choose a different shell and customize the shell used to run commands. For more information, see jobs.<job_id>.steps[*].shell
.
Each run
keyword represents a new process and shell in the runner environment. When you provide multi-line commands, each line runs in the same shell. For example:
-
A single-line command:
- name: Install Dependencies run: npm install
-
A multi-line command:
- name: Clean install dependencies and build run: | npm ci npm run build
Using the working-directory
keyword, you can specify the working directory of where to run the command.
- name: Clean temp directory
run: rm -rf *
working-directory: ./temp
jobs.<job_id>.steps[*].shell
You can override the default shell settings in the runner's operating system using the shell
keyword. You can use built-in shell
keywords, or you can define a custom set of shell options. The shell command that is run internally executes a temporary file that contains the commands specified in the run
keyword.
Supported platform | shell parameter | Description | Command run internally |
---|---|---|---|
Linux / macOS | unspecified | The default shell on non-Windows platforms. Note that this runs a different command to when bash is specified explicitly. If bash is not found in the path, this is treated as sh . | bash -e {0} |
All | bash | The default shell on non-Windows platforms with a fallback to sh . When specifying a bash shell on Windows, the bash shell included with Git for Windows is used. | bash --noprofile --norc -eo pipefail {0} |
All | pwsh | The PowerShell Core. GitHub appends the extension .ps1 to your script name. | pwsh -command ". '{0}'" |
All | python | Executes the python command. | python {0} |
Linux / macOS | sh | The fallback behavior for non-Windows platforms if no shell is provided and bash is not found in the path. | sh -e {0} |
Windows | cmd | GitHub appends the extension .cmd to your script name and substitutes for {0} . | %ComSpec% /D /E:ON /V:OFF /S /C "CALL "{0}"" . |
Windows | pwsh | This is the default shell used on Windows. The PowerShell Core. GitHub appends the extension .ps1 to your script name. If your self-hosted Windows runner does not have PowerShell Core installed, then PowerShell Desktop is used instead. | pwsh -command ". '{0}'" . |
Windows | powershell | The PowerShell Desktop. GitHub appends the extension .ps1 to your script name. | powershell -command ". '{0}'" . |
Example: Running a script using bash
steps:
- name: Display the path
run: echo $PATH
shell: bash
Example: Running a script using Windows cmd
steps:
- name: Display the path
run: echo %PATH%
shell: cmd
Example: Running a script using PowerShell Core
steps:
- name: Display the path
run: echo ${env:PATH}
shell: pwsh
Example: Using PowerShell Desktop to run a script
steps:
- name: Display the path
run: echo ${env:PATH}
shell: powershell
Example: Running a python script
steps:
- name: Display the path
run: |
import os
print(os.environ['PATH'])
shell: python
Custom shell
You can set the shell
value to a template string using command […options] {0} [..more_options]
. GitHub interprets the first whitespace-delimited word of the string as the command, and inserts the file name for the temporary script at {0}
.
For example:
steps:
- name: Display the environment variables and their values
run: |
print %ENV
shell: perl {0}
The command used, perl
in this example, must be installed on the runner.
Exit codes and error action preference
For built-in shell keywords, we provide the following defaults that are executed by GitHub-hosted runners. You should use these guidelines when running shell scripts.
-
bash
/sh
:- Fail-fast behavior using
set -eo pipefail
: This option is set whenshell: bash
is explicitly specified. It is not applied by default. - You can take full control over shell parameters by providing a template string to the shell options. For example,
bash {0}
. - sh-like shells exit with the exit code of the last command executed in a script, which is also the default behavior for actions. The runner will report the status of the step as fail/succeed based on this exit code.
- Fail-fast behavior using
-
powershell
/pwsh
- Fail-fast behavior when possible. For
pwsh
andpowershell
built-in shell, we will prepend$ErrorActionPreference = 'stop'
to script contents. - We append
if ((Test-Path -LiteralPath variable:\LASTEXITCODE)) { exit $LASTEXITCODE }
to powershell scripts so action statuses reflect the script's last exit code. - Users can always opt out by not using the built-in shell, and providing a custom shell option like:
pwsh -File {0}
, orpowershell -Command "& '{0}'"
, depending on need.
- Fail-fast behavior when possible. For
-
cmd
- There doesn't seem to be a way to fully opt into fail-fast behavior other than writing your script to check each error code and respond accordingly. Because we can't actually provide that behavior by default, you need to write this behavior into your script.
cmd.exe
will exit with the error level of the last program it executed, and it will return the error code to the runner. This behavior is internally consistent with the previoussh
andpwsh
default behavior and is thecmd.exe
default, so this behavior remains intact.
jobs.<job_id>.steps[*].with
A map
of the input parameters defined by the action. Each input parameter is a key/value pair. Input parameters are set as environment variables. The variable is prefixed with INPUT_
and converted to upper case.
Input parameters defined for a Docker container must use args
. For more information, see "jobs.<job_id>.steps[*].with.args
."
Example of jobs.<job_id>.steps[*].with
Defines the three input parameters (first_name
, middle_name
, and last_name
) defined by the hello_world
action. These input variables will be accessible to the hello-world
action as INPUT_FIRST_NAME
, INPUT_MIDDLE_NAME
, and INPUT_LAST_NAME
environment variables.
jobs:
my_first_job:
steps:
- name: My first step
uses: actions/hello_world@main
with:
first_name: Mona
middle_name: The
last_name: Octocat
jobs.<job_id>.steps[*].with.args
A string
that defines the inputs for a Docker container. GitHub passes the args
to the container's ENTRYPOINT
when the container starts up. An array of strings
is not supported by this parameter. A single argument that includes spaces should be surrounded by double quotes ""
.
Example of jobs.<job_id>.steps[*].with.args
steps:
- name: Explain why this job ran
uses: octo-org/action-name@main
with:
entrypoint: /bin/echo
args: The ${{ github.event_name }} event triggered this step.
The args
are used in place of the CMD
instruction in a Dockerfile
. If you use CMD
in your Dockerfile
, use the guidelines ordered by preference:
- Document required arguments in the action's README and omit them from the
CMD
instruction. - Use defaults that allow using the action without specifying any
args
. - If the action exposes a
--help
flag, or something similar, use that as the default to make your action self-documenting.
jobs.<job_id>.steps[*].with.entrypoint
Overrides the Docker ENTRYPOINT
in the Dockerfile
, or sets it if one wasn't already specified. Unlike the Docker ENTRYPOINT
instruction which has a shell and exec form, entrypoint
keyword accepts only a single string defining the executable to be run.
Example of jobs.<job_id>.steps[*].with.entrypoint
steps:
- name: Run a custom command
uses: octo-org/action-name@main
with:
entrypoint: /a/different/executable
The entrypoint
keyword is meant to be used with Docker container actions, but you can also use it with JavaScript actions that don't define any inputs.
jobs.<job_id>.steps[*].env
Sets variables for steps to use in the runner environment. You can also set variables for the entire workflow or a job. For more information, see env
and jobs.<job_id>.env
.
When more than one environment variable is defined with the same name, GitHub uses the most specific variable. For example, an environment variable defined in a step will override job and workflow environment variables with the same name, while the step executes. An environment variable defined for a job will override a workflow variable with the same name, while the job executes.
Public actions may specify expected variables in the README file. If you are setting a secret or sensitive value, such as a password or token, you must set secrets using the secrets
context. For more information, see "Contexts."
Example of jobs.<job_id>.steps[*].env
steps:
- name: My first action
env:
GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
FIRST_NAME: Mona
LAST_NAME: Octocat
jobs.<job_id>.steps[*].continue-on-error
Prevents a job from failing when a step fails. Set to true
to allow a job to pass when this step fails.
jobs.<job_id>.steps[*].timeout-minutes
The maximum number of minutes to run the step before killing the process.
jobs.<job_id>.timeout-minutes
The maximum number of minutes to let a job run before GitHub automatically cancels it. Default: 360
If the timeout exceeds the job execution time limit for the runner, the job will be canceled when the execution time limit is met instead. For more information about job execution time limits, see "Usage limits, billing, and administration" for GitHub-hosted runners and "About self-hosted runners" for self-hosted runner usage limits.
Note: The GITHUB_TOKEN
expires when a job finishes or after a maximum of 24 hours. For self-hosted runners, the token may be the limiting factor if the job timeout is greater than 24 hours. For more information on the GITHUB_TOKEN
, see "Automatic token authentication."
jobs.<job_id>.strategy
Use jobs.<job_id>.strategy
to use a matrix strategy for your jobs. A matrix strategy lets you use variables in a single job definition to automatically create multiple job runs that are based on the combinations of the variables. For example, you can use a matrix strategy to test your code in multiple versions of a language or on multiple operating systems. For more information, see "Using a matrix for your jobs."
jobs.<job_id>.strategy.matrix
Use jobs.<job_id>.strategy.matrix
to define a matrix of different job configurations. Within your matrix, define one or more variables followed by an array of values. For example, the following matrix has a variable called version
with the value [10, 12, 14]
and a variable called os
with the value [ubuntu-latest, windows-latest]
:
jobs:
example_matrix:
strategy:
matrix:
version: [10, 12, 14]
os: [ubuntu-latest, windows-latest]
A job will run for each possible combination of the variables. In this example, the workflow will run six jobs, one for each combination of the os
and version
variables.
By default, GitHub Enterprise Server will maximize the number of jobs run in parallel depending on runner availability. The order of the variables in the matrix determines the order in which the jobs are created. The first variable you define will be the first job that is created in your workflow run. For example, the above matrix will create the jobs in the following order:
{version: 10, os: ubuntu-latest}
{version: 10, os: windows-latest}
{version: 12, os: ubuntu-latest}
{version: 12, os: windows-latest}
{version: 14, os: ubuntu-latest}
{version: 14, os: windows-latest}
A matrix will generate a maximum of 256 jobs per workflow run. This limit applies to both GitHub Enterprise Server-hosted and self-hosted runners.
The variables that you define become properties in the matrix
context, and you can reference the property in other areas of your workflow file. In this example, you can use matrix.version
and matrix.os
to access the current value of version
and os
that the job is using. For more information, see "Contexts."
Example: Using a single-dimension matrix
You can specify a single variable to create a single-dimension matrix.
For example, the following workflow defines the variable version
with the values [10, 12, 14]
. The workflow will run three jobs, one for each value in the variable. Each job will access the version
value through the matrix.version
context and pass the value as node-version
to the actions/setup-node
action.
jobs:
example_matrix:
strategy:
matrix:
version: [10, 12, 14]
steps:
- uses: actions/setup-node@v2
with:
node-version: ${{ matrix.version }}
Example: Using a multi-dimension matrix
You can specify multiple variables to create a multi-dimensional matrix. A job will run for each possible combination of the variables.
For example, the following workflow specifies two variables:
- Two operating systems specified in the
os
variable - Three Node.js versions specified in the
version
variable
The workflow will run six jobs, one for each combination of the os
and version
variables. Each job will set the runs-on
value to the current os
value and will pass the current version
value to the actions/setup-node
action.
jobs:
example_matrix:
strategy:
matrix:
os: [ubuntu-22.04, ubuntu-20.04]
version: [10, 12, 14]
runs-on: ${{ matrix.os }}
steps:
- uses: actions/setup-node@v2
with:
node-version: ${{ matrix.version }}
Example: Using contexts to create matrices
You can use contexts to create matrices. For more information about contexts, see "Contexts."
For example, the following workflow triggers on the repository_dispatch
event and uses information from the event payload to build the matrix. When a repository dispatch event is created with a payload like the one below, the matrix version
variable will have a value of [12, 14, 16]
. For more information about the repository_dispatch
trigger, see "Events that trigger workflows."
{
"event_type": "test",
"client_payload": {
"versions": [12, 14, 16]
}
}
on:
repository_dispatch:
types:
- test
jobs:
example_matrix:
runs-on: ubuntu-latest
strategy:
matrix:
version: ${{ github.event.client_payload.versions }}
steps:
- uses: actions/setup-node@v2
with:
node-version: ${{ matrix.version }}
jobs.<job_id>.strategy.matrix.include
Use jobs.<job_id>.strategy.matrix.include
to expand existing matrix configurations or to add new configurations. The value of include
is a list of objects.
For each object in the include
list, the key:value pairs in the object will be added to each of the matrix combinations if none of the key:value pairs overwrite any of the original matrix values. If the object cannot be added to any of the matrix combinations, a new matrix combination will be created instead. Note that the original matrix values will not be overwritten, but added matrix values can be overwritten.
For example, this matrix:
strategy:
matrix:
fruit: [apple, pear]
animal: [cat, dog]
include:
- color: green
- color: pink
animal: cat
- fruit: apple
shape: circle
- fruit: banana
- fruit: banana
animal: cat
will result in six jobs with the following matrix combinations:
{fruit: apple, animal: cat, color: pink, shape: circle}
{fruit: apple, animal: dog, color: green, shape: circle}
{fruit: pear, animal: cat, color: pink}
{fruit: pear, animal: dog, color: green}
{fruit: banana}
{fruit: banana, animal: cat}
following this logic:
{color: green}
is added to all of the original matrix combinations because it can be added without overwriting any part of the original combinations.{color: pink, animal: cat}
addscolor:pink
only to the original matrix combinations that includeanimal: cat
. This overwrites thecolor: green
that was added by the previousinclude
entry.{fruit: apple, shape: circle}
addsshape: circle
only to the original matrix combinations that includefruit: apple
.{fruit: banana}
cannot be added to any original matrix combination without overwriting a value, so it is added as an additional matrix combination.{fruit: banana, animal: cat}
cannot be added to any original matrix combination without overwriting a value, so it is added as an additional matrix combination. It does not add to the{fruit: banana}
matrix combination because that combination was not one of the original matrix combinations.
Example: Expanding configurations
For example, the following workflow will run six jobs, one for each combination of os
and node
. When the job for the os
value of windows-latest
and node
value of 16
runs, an additional variable called npm
with the value of 6
will be included in the job.
jobs:
example_matrix:
strategy:
matrix:
os: [windows-latest, ubuntu-latest]
node: [12, 14, 16]
include:
- os: windows-latest
node: 16
npm: 6
runs-on: ${{ matrix.os }}
steps:
- uses: actions/setup-node@v2
with:
node-version: ${{ matrix.node }}
- if: ${{ matrix.npm }}
run: npm install -g npm@${{ matrix.npm }}
- run: npm --version
Example: Adding configurations
For example, this matrix will run 10 jobs, one for each combination of os
and version
in the matrix, plus a job for the os
value of windows-latest
and version
value of 17
.
jobs:
example_matrix:
strategy:
matrix:
os: [macos-latest, windows-latest, ubuntu-latest]
version: [12, 14, 16]
include:
- os: windows-latest
version: 17
If you don't specify any matrix variables, all configurations under include
will run. For example, the following workflow would run two jobs, one for each include
entry. This lets you take advantage of the matrix strategy without having a fully populated matrix.
jobs:
includes_only:
runs-on: ubuntu-latest
strategy:
matrix:
include:
- site: "production"
datacenter: "site-a"
- site: "staging"
datacenter: "site-b"
jobs.<job_id>.strategy.matrix.exclude
To remove specific configurations defined in the matrix, use jobs.<job_id>.strategy.matrix.exclude
. An excluded configuration only has to be a partial match for it to be excluded. For example, the following workflow will run nine jobs: one job for each of the 12 configurations, minus the one excluded job that matches {os: macos-latest, version: 12, environment: production}
, and the two excluded jobs that match {os: windows-latest, version: 16}
.
strategy:
matrix:
os: [macos-latest, windows-latest]
version: [12, 14, 16]
environment: [staging, production]
exclude:
- os: macos-latest
version: 12
environment: production
- os: windows-latest
version: 16
runs-on: ${{ matrix.os }}
Note: All include
combinations are processed after exclude
. This allows you to use include
to add back combinations that were previously excluded.
jobs.<job_id>.strategy.fail-fast
You can control how job failures are handled with jobs.<job_id>.strategy.fail-fast
and jobs.<job_id>.continue-on-error
.
jobs.<job_id>.strategy.fail-fast
applies to the entire matrix. If jobs.<job_id>.strategy.fail-fast
is set to true
, GitHub Enterprise Server will cancel all in-progress and queued jobs in the matrix if any job in the matrix fails. This property defaults to true
.
jobs.<job_id>.continue-on-error
applies to a single job. If jobs.<job_id>.continue-on-error
is true
, other jobs in the matrix will continue running even if the job with jobs.<job_id>.continue-on-error: true
fails.
You can use jobs.<job_id>.strategy.fail-fast
and jobs.<job_id>.continue-on-error
together. For example, the following workflow will start four jobs. For each job, continue-on-error
is determined by the value of matrix.experimental
. If any of the jobs with continue-on-error: false
fail, all jobs that are in progress or queued will be cancelled. If the job with continue-on-error: true
fails, the other jobs will not be affected.
jobs:
test:
runs-on: ubuntu-latest
continue-on-error: ${{ matrix.experimental }}
strategy:
fail-fast: true
matrix:
version: [6, 7, 8]
experimental: [false]
include:
- version: 9
experimental: true
jobs.<job_id>.strategy.max-parallel
By default, GitHub Enterprise Server will maximize the number of jobs run in parallel depending on runner availability. To set the maximum number of jobs that can run simultaneously when using a matrix
job strategy, use jobs.<job_id>.strategy.max-parallel
.
For example, the following workflow will run a maximum of two jobs at a time, even if there are runners available to run all six jobs at once.
jobs:
example_matrix:
strategy:
max-parallel: 2
matrix:
version: [10, 12, 14]
os: [ubuntu-latest, windows-latest]
jobs.<job_id>.continue-on-error
Prevents a workflow run from failing when a job fails. Set to true
to allow a workflow run to pass when this job fails.
Example: Preventing a specific failing matrix job from failing a workflow run
You can allow specific jobs in a job matrix to fail without failing the workflow run. For example, if you wanted to only allow an experimental job with node
set to 15
to fail without failing the workflow run.
runs-on: ${{ matrix.os }}
continue-on-error: ${{ matrix.experimental }}
strategy:
fail-fast: false
matrix:
node: [13, 14]
os: [macos-latest, ubuntu-latest]
experimental: [false]
include:
- node: 15
os: ubuntu-latest
experimental: true
jobs.<job_id>.container
Note: If your workflows use Docker container actions, job containers, or service containers, then you must use a Linux runner:
- If you are using GitHub-hosted runners, you must use an Ubuntu runner.
- If you are using self-hosted runners, you must use a Linux machine as your runner and Docker must be installed.
Use jobs.<job_id>.container
to create a container to run any steps in a job that don't already specify a container. If you have steps that use both script and container actions, the container actions will run as sibling containers on the same network with the same volume mounts.
If you do not set a container
, all steps will run directly on the host specified by runs-on
unless a step refers to an action configured to run in a container.
Note: The default shell for run
steps inside a container is sh
instead of bash
. This can be overridden with jobs.<job_id>.defaults.run
or jobs.<job_id>.steps[*].shell
.
Example: Running a job within a container
name: CI
on:
push:
branches: [ main ]
jobs:
container-test-job:
runs-on: ubuntu-latest
container:
image: node:14.16
env:
NODE_ENV: development
ports:
- 80
volumes:
- my_docker_volume:/volume_mount
options: --cpus 1
steps:
- name: Check for dockerenv file
run: (ls /.dockerenv && echo Found dockerenv) || (echo No dockerenv)
When you only specify a container image, you can omit the image
keyword.
jobs:
container-test-job:
runs-on: ubuntu-latest
container: node:14.16
jobs.<job_id>.container.image
Use jobs.<job_id>.container.image
to define the Docker image to use as the container to run the action. The value can be the Docker Hub image name or a registry name.
jobs.<job_id>.container.credentials
If the image's container registry requires authentication to pull the image, you can use jobs.<job_id>.container.credentials
to set a map
of the username
and password
. The credentials are the same values that you would provide to the docker login
command.
Example: Defining credentials for a container registry
container:
image: ghcr.io/owner/image
credentials:
username: ${{ github.actor }}
password: ${{ secrets.github_token }}
jobs.<job_id>.container.env
Use jobs.<job_id>.container.env
to set a map
of environment variables in the container.
jobs.<job_id>.container.ports
Use jobs.<job_id>.container.ports
to set an array
of ports to expose on the container.
jobs.<job_id>.container.volumes
Use jobs.<job_id>.container.volumes
to set an array
of volumes for the container to use. You can use volumes to share data between services or other steps in a job. You can specify named Docker volumes, anonymous Docker volumes, or bind mounts on the host.
To specify a volume, you specify the source and destination path:
<source>:<destinationPath>
.
The <source>
is a volume name or an absolute path on the host machine, and <destinationPath>
is an absolute path in the container.
Example: Mounting volumes in a container
volumes:
- my_docker_volume:/volume_mount
- /data/my_data
- /source/directory:/destination/directory
jobs.<job_id>.container.options
Use jobs.<job_id>.container.options
to configure additional Docker container resource options. For a list of options, see "docker create
options."
Warning: The --network
and --entrypoint
options are not supported.
jobs.<job_id>.services
Note: If your workflows use Docker container actions, job containers, or service containers, then you must use a Linux runner:
- If you are using GitHub-hosted runners, you must use an Ubuntu runner.
- If you are using self-hosted runners, you must use a Linux machine as your runner and Docker must be installed.
Used to host service containers for a job in a workflow. Service containers are useful for creating databases or cache services like Redis. The runner automatically creates a Docker network and manages the life cycle of the service containers.
If you configure your job to run in a container, or your step uses container actions, you don't need to map ports to access the service or action. Docker automatically exposes all ports between containers on the same Docker user-defined bridge network. You can directly reference the service container by its hostname. The hostname is automatically mapped to the label name you configure for the service in the workflow.
If you configure the job to run directly on the runner machine and your step doesn't use a container action, you must map any required Docker service container ports to the Docker host (the runner machine). You can access the service container using localhost and the mapped port.
For more information about the differences between networking service containers, see "About service containers."
Example: Using localhost
This example creates two services: nginx and redis. When you specify the Docker host port but not the container port, the container port is randomly assigned to a free port. GitHub sets the assigned container port in the ${{job.services.<service_name>.ports}}
context. In this example, you can access the service container ports using the ${{ job.services.nginx.ports['8080'] }}
and ${{ job.services.redis.ports['6379'] }}
contexts.
services:
nginx:
image: nginx
# Map port 8080 on the Docker host to port 80 on the nginx container
ports:
- 8080:80
redis:
image: redis
# Map TCP port 6379 on Docker host to a random free port on the Redis container
ports:
- 6379/tcp
jobs.<job_id>.services.<service_id>.image
The Docker image to use as the service container to run the action. The value can be the Docker Hub image name or a registry name.
jobs.<job_id>.services.<service_id>.credentials
If the image's container registry requires authentication to pull the image, you can use jobs.<job_id>.container.credentials
to set a map
of the username
and password
. The credentials are the same values that you would provide to the docker login
command.
Example of jobs.<job_id>.services.<service_id>.credentials
services:
myservice1:
image: ghcr.io/owner/myservice1
credentials:
username: ${{ github.actor }}
password: ${{ secrets.github_token }}
myservice2:
image: dockerhub_org/myservice2
credentials:
username: ${{ secrets.DOCKER_USER }}
password: ${{ secrets.DOCKER_PASSWORD }}
jobs.<job_id>.services.<service_id>.env
Sets a map
of environment variables in the service container.
jobs.<job_id>.services.<service_id>.ports
Sets an array
of ports to expose on the service container.
jobs.<job_id>.services.<service_id>.volumes
Sets an array
of volumes for the service container to use. You can use volumes to share data between services or other steps in a job. You can specify named Docker volumes, anonymous Docker volumes, or bind mounts on the host.
To specify a volume, you specify the source and destination path:
<source>:<destinationPath>
.
The <source>
is a volume name or an absolute path on the host machine, and <destinationPath>
is an absolute path in the container.
Example of jobs.<job_id>.services.<service_id>.volumes
volumes:
- my_docker_volume:/volume_mount
- /data/my_data
- /source/directory:/destination/directory
jobs.<job_id>.services.<service_id>.options
Additional Docker container resource options. For a list of options, see "docker create
options."
Warning: The --network
option is not supported.
jobs.<job_id>.uses
Note: Reusable workflows are currently in beta and subject to change.
The location and version of a reusable workflow file to run as a job.
{owner}/{repo}/.github/workflows/{filename}@{ref}
{ref}
can be a SHA, a release tag, or a branch name. Using the commit SHA is the safest for stability and security. For more information, see "Security hardening for GitHub Actions." Ref prefixes such as refs/heads
and refs/tags
are not allowed.
Example of jobs.<job_id>.uses
jobs:
call-workflow-1-in-local-repo:
uses: octo-org/this-repo/.github/workflows/workflow-1.yml@172239021f7ba04fe7327647b213799853a9eb89
call-workflow-in-another-repo:
uses: octo-org/another-repo/.github/workflows/workflow.yml@v1
For more information, see "Reusing workflows."
jobs.<job_id>.with
When a job is used to call a reusable workflow, you can use with
to provide a map of inputs that are passed to the called workflow.
Any inputs that you pass must match the input specifications defined in the called workflow.
Unlike jobs.<job_id>.steps[*].with
, the inputs you pass with jobs.<job_id>.with
are not be available as environment variables in the called workflow. Instead, you can reference the inputs by using the inputs
context.
Example of jobs.<job_id>.with
jobs:
call-workflow:
uses: octo-org/example-repo/.github/workflows/called-workflow.yml@main
with:
username: mona
jobs.<job_id>.with.<input_id>
A pair consisting of a string identifier for the input and the value of the input. The identifier must match the name of an input defined by on.workflow_call.inputs.<inputs_id>
in the called workflow. The data type of the value must match the type defined by on.workflow_call.inputs.<input_id>.type
in the called workflow.
Allowed expression contexts: github
, and needs
.
jobs.<job_id>.secrets
When a job is used to call a reusable workflow, you can use secrets
to provide a map of secrets that are passed to the called workflow.
Any secrets that you pass must match the names defined in the called workflow.
Example of jobs.<job_id>.secrets
jobs:
call-workflow:
uses: octo-org/example-repo/.github/workflows/called-workflow.yml@main
secrets:
access-token: ${{ secrets.PERSONAL_ACCESS_TOKEN }}
Filter pattern cheat sheet
You can use special characters in path, branch, and tag filters.
*
: Matches zero or more characters, but does not match the/
character. For example,Octo*
matchesOctocat
.**
: Matches zero or more of any character.?
: Matches zero or one of the preceding character.+
: Matches one or more of the preceding character.[]
Matches one character listed in the brackets or included in ranges. Ranges can only includea-z
,A-Z
, and0-9
. For example, the range[0-9a-z]
matches any digit or lowercase letter. For example,[CB]at
matchesCat
orBat
and[1-2]00
matches100
and200
.!
: At the start of a pattern makes it negate previous positive patterns. It has no special meaning if not the first character.
The characters *
, [
, and !
are special characters in YAML. If you start a pattern with *
, [
, or !
, you must enclose the pattern in quotes. Also, if you use a flow sequence with a pattern containing [
and/or ]
, the pattern must be enclosed in quotes.
# Valid
paths:
- '**/README.md'
# Invalid - creates a parse error that
# prevents your workflow from running.
paths:
- **/README.md
# Valid
branches: [ main, 'release/v[0-9].[0-9]' ]
# Invalid - creates a parse error
branches: [ main, release/v[0-9].[0-9] ]
For more information about branch, tag, and path filter syntax, see "on.<push>.<branches|tags>
", "on.<pull_request>.<branches|tags>
", and "on.<push|pull_request>.paths
."
Patterns to match branches and tags
Pattern | Description | Example matches |
---|---|---|
feature/* | The * wildcard matches any character, but does not match slash (/ ). | feature/my-branch feature/your-branch |
feature/** | The ** wildcard matches any character including slash (/ ) in branch and tag names. | feature/beta-a/my-branch feature/your-branch feature/mona/the/octocat |
main releases/mona-the-octocat | Matches the exact name of a branch or tag name. | main releases/mona-the-octocat |
'*' | Matches all branch and tag names that don't contain a slash (/ ). The * character is a special character in YAML. When you start a pattern with * , you must use quotes. | main releases |
'**' | Matches all branch and tag names. This is the default behavior when you don't use a branches or tags filter. | all/the/branches every/tag |
'*feature' | The * character is a special character in YAML. When you start a pattern with * , you must use quotes. | mona-feature feature ver-10-feature |
v2* | Matches branch and tag names that start with v2 . | v2 v2.0 v2.9 |
v[12].[0-9]+.[0-9]+ | Matches all semantic versioning branches and tags with major version 1 or 2. | v1.10.1 v2.0.0 |
Patterns to match file paths
Path patterns must match the whole path, and start from the repository's root.
Pattern | Description of matches | Example matches |
---|---|---|
'*' | The * wildcard matches any character, but does not match slash (/ ). The * character is a special character in YAML. When you start a pattern with * , you must use quotes. | README.md server.rb |
'*.jsx?' | The ? character matches zero or one of the preceding character. | page.js page.jsx |
'**' | The ** wildcard matches any character including slash (/ ). This is the default behavior when you don't use a path filter. | all/the/files.md |
'*.js' | The * wildcard matches any character, but does not match slash (/ ). Matches all .js files at the root of the repository. | app.js index.js |
'**.js' | Matches all .js files in the repository. | index.js js/index.js src/js/app.js |
docs/* | All files within the root of the docs directory, at the root of the repository. | docs/README.md docs/file.txt |
docs/** | Any files in the /docs directory at the root of the repository. | docs/README.md docs/mona/octocat.txt |
docs/**/*.md | A file with a .md suffix anywhere in the docs directory. | docs/README.md docs/mona/hello-world.md docs/a/markdown/file.md |
'**/docs/**' | Any files in a docs directory anywhere in the repository. | docs/hello.md dir/docs/my-file.txt space/docs/plan/space.doc |
'**/README.md' | A README.md file anywhere in the repository. | README.md js/README.md |
'**/*src/**' | Any file in a folder with a src suffix anywhere in the repository. | a/src/app.js my-src/code/js/app.js |
'**/*-post.md' | A file with the suffix -post.md anywhere in the repository. | my-post.md path/their-post.md |
'**/migrate-*.sql' | A file with the prefix migrate- and suffix .sql anywhere in the repository. | migrate-10909.sql db/migrate-v1.0.sql db/sept/migrate-v1.sql |
*.md !README.md | Using an exclamation mark (! ) in front of a pattern negates it. When a file matches a pattern and also matches a negative pattern defined later in the file, the file will not be included. | hello.md Does not match README.md docs/hello.md |
*.md !README.md README* | Patterns are checked sequentially. A pattern that negates a previous pattern will re-include file paths. | hello.md README.md README.doc |