Metadata-Version: 2.1
Name: GitHubKit
Version: 0.11.9
Summary: GitHub SDK for Python
Home-page: https://github.com/yanyongyu/githubkit
License: MIT
Keywords: github,octokit
Author: yanyongyu
Author-email: yyy@yyydl.top
Requires-Python: >=3.8,<4.0
Classifier: License :: OSI Approved :: MIT License
Classifier: Programming Language :: Python :: 3
Classifier: Programming Language :: Python :: 3.8
Classifier: Programming Language :: Python :: 3.9
Classifier: Programming Language :: Python :: 3.10
Classifier: Programming Language :: Python :: 3.11
Classifier: Programming Language :: Python :: 3.12
Provides-Extra: all
Provides-Extra: auth
Provides-Extra: auth-app
Provides-Extra: auth-oauth-device
Provides-Extra: jwt
Requires-Dist: PyJWT[crypto] (>=2.4.0,<3.0.0) ; extra == "jwt" or extra == "auth-app" or extra == "auth" or extra == "all"
Requires-Dist: anyio (>=3.6.1,<5.0.0) ; extra == "auth-oauth-device" or extra == "auth" or extra == "all"
Requires-Dist: hishel (>=0.0.21,<=0.0.30)
Requires-Dist: httpx (>=0.23.0,<1.0.0)
Requires-Dist: pydantic (>=1.9.1,<3.0.0,!=2.5.0,!=2.5.1)
Requires-Dist: typing-extensions (>=4.3.0,<5.0.0)
Project-URL: Documentation, https://github.com/yanyongyu/githubkit
Project-URL: Repository, https://github.com/yanyongyu/githubkit
Description-Content-Type: text/markdown

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<!-- markdownlint-capture -->
<!-- markdownlint-disable MD036 -->

_✨ The modern, all-batteries-included GitHub SDK for Python ✨_

_✨ Support both **sync** and **async** calls, **fully typed** ✨_

_✨ Always up to date, like octokit ✨_

<!-- markdownlint-restore -->

</div>

## Installation

```bash
pip install githubkit
# or, use poetry
poetry add githubkit
# or, use pdm
pdm add githubkit
# or, use uv
uv add githubkit
```

if you want to auth as github app, extra dependencies are required:

```bash
pip install githubkit[auth-app]
# or, use poetry
poetry add githubkit[auth-app]
# or, use pdm
pdm add githubkit[auth-app]
# or, use uv
uv add githubkit[auth-app]
```

if you want to mix sync and async calls in oauth device callback, extra dependencies are required:

```bash
pip install githubkit[auth-oauth-device]
# or, use poetry
poetry add githubkit[auth-oauth-device]
# or, use pdm
pdm add githubkit[auth-oauth-device]
# or, use uv
uv add githubkit[auth-oauth-device]
```

githubkit supports **both pydantic v1 and v2**, but pydantic v2 is recommended. If you have encountered any problems with pydantic v1/v2, please file an issue.

> [!WARNING]
> githubkit uses [GitHub's official openapi schema](https://github.com/github/rest-api-description) to generate apis and models.
> You may occasionally encounter **breaking changes** like model names or model field types changing when upgrading githubkit.
> This is due to **upstream schema changes** and githubkit can not control this.
>
> githubkit recommends using a python dependency manager (like poetry / pdm / uv) to lock the version of githubkit to avoid unexpected changes.

## Quick Start

Here is some common use cases to help you get started quickly. The following examples are written in sync style, you can also use async style by using functions with `async_` prefix. For more detailed usage, please refer to the [Usage](#usage) section.

> APIs are fully typed. Type hints in the following examples are just for reference only.

### Use personal access token (PAT) to call GitHub API

```python
from githubkit import GitHub
from githubkit.versions.latest.models import PublicUser, PrivateUser

github = GitHub("<your_token_here>")

# call GitHub rest api
resp = github.rest.users.get_authenticated()
user: PublicUser | PrivateUser = resp.parsed_data

# call GitHub graphql api
data: dict = github.graphql("{ viewer { login } }")
```

### Develop an OAuth APP (GitHub APP) with web flow

OAuth web flow allows you to authenticate as a user and act on behalf of the user.

Note that if you are developing a GitHub APP, you may opt-in / opt-out of the user-to-server token expiration feature. If you opt-in, the user-to-server token will expire after a certain period of time, and you need to use the refresh token to generate a new token. In this case, you need to do more work to handle the token refresh. See [GitHub Docs - Refreshing user access tokens](https://docs.github.com/en/apps/creating-github-apps/authenticating-with-a-github-app/refreshing-user-access-tokens) for more information.

If you are developing an OAuth APP or a GitHub APP without user-to-server token expiration:

```python
from githubkit.versions.latest.models import PublicUser, PrivateUser
from githubkit import GitHub, OAuthAppAuthStrategy, OAuthTokenAuthStrategy

github = GitHub(OAuthAppAuthStrategy("<client_id>", "<client_secret>"))

# redirect user to github oauth page and get the code from callback

# one time usage
user_github = github.with_auth(github.auth.as_web_user("<code>"))

# or, store the user token in a database for later use
auth: OAuthTokenAuthStrategy = github.auth.as_web_user("<code>").exchange_token(github)
# store the user token to database
access_token = auth.token

# restore the user token from database

user_github = github.with_auth(
    OAuthTokenAuthStrategy(
        "<client_id>", "<client_secret>", token=access_token
    )
)

# now you can act as the user
resp = user_github.rest.users.get_authenticated()
user: PublicUser | PrivateUser = resp.parsed_data

# you can get the user name and id now
username = user.login
user_id = user.id
```

If you are developing a GitHub APP with user-to-server token expiration:

```python
from githubkit.versions.latest.models import PublicUser, PrivateUser
from githubkit import GitHub, OAuthAppAuthStrategy, OAuthTokenAuthStrategy

github = GitHub(OAuthAppAuthStrategy("<client_id>", "<client_secret>"))

# redirect user to github oauth page and get the code from callback

# one time usage
user_github = github.with_auth(github.auth.as_web_user("<code>"))

# or, store the user refresh token in a database for later use
auth: OAuthTokenAuthStrategy = github.auth.as_web_user("<code>").exchange_token(github)
refresh_token = auth.refresh_token

# restore the user refresh token from database

# you can use the refresh_token to generate a new token
auth = OAuthTokenAuthStrategy(
    "<client_id>", "<client_secret>", refresh_token=refresh_token
)
# refresh the token manually if you want to store the new refresh token
# otherwise, the token will be refreshed automatically when you make a request
auth.refresh(github)
refresh_token = auth.refresh_token

user_github = github.with_auth(auth)

# now you can act as the user
resp = user_github.rest.users.get_authenticated()
user: PublicUser | PrivateUser = resp.parsed_data

# you can get the user name and id now
username = user.login
user_id = user.id
```

### Develop an OAuth APP (GitHub APP) with device flow

```python
from githubkit import GitHub, OAuthDeviceAuthStrategy, OAuthTokenAuthStrategy

# sync/async func for displaying user code to user
def callback(data: dict):
    print(data["user_code"])

user_github = GitHub(OAuthDeviceAuthStrategy("<client_id>", callback))

# if you want to store the user token in a database
auth: OAuthTokenAuthStrategy = user_github.auth.exchange_token(user_github)
access_token = auth.token
refresh_token = auth.refresh_token
# restore the user token from database
user_github = user_github.with_auth(
    OAuthTokenAuthStrategy(
        "<client_id>", None, refresh_token=refresh_token
    )
)
```

### Develop a GitHub APP

Authenticating as a installation by repository name:

```python
from githubkit import GitHub, AppAuthStrategy
from githubkit.versions.latest.models import Issue, Installation

github = GitHub(
    AppAuthStrategy("your_app_id", "your_private_key", "client_id", "client_secret")
)

resp = github.rest.apps.get_repo_installation("owner", "repo")
repo_installation: Installation = resp.parsed_data

installation_github = github.with_auth(
    github.auth.as_installation(repo_installation.id)
)

# create a comment on an issue
resp = installation_github.rest.issues.create_comment("owner", "repo", 1, body="Hello")
issue: IssueComment = resp.parsed_data
```

Authenticating as a installation by username:

```python
from githubkit import GitHub, AppAuthStrategy
from githubkit.versions.latest.models import Installation, IssueComment

github = GitHub(
    AppAuthStrategy("your_app_id", "your_private_key", "client_id", "client_secret")
)

resp = github.rest.apps.get_user_installation("username")
user_installation: Installation = resp.parsed_data

installation_github = github.with_auth(
    github.auth.as_installation(user_installation.id)
)

# create a comment on an issue
resp = installation_github.rest.issues.create_comment("owner", "repo", 1, body="Hello")
issue: IssueComment = resp.parsed_data
```

## Usage

### Authentication

Initialize a github client with no authentication:

```python
from githubkit import GitHub, UnauthAuthStrategy

github = GitHub()
# or, use UnauthAuthStrategy
github = GitHub(UnauthAuthStrategy())
```

or using PAT (Token):

```python
from githubkit import GitHub, TokenAuthStrategy

github = GitHub("<your_token_here>")
# or, use TokenAuthStrategy
github = GitHub(TokenAuthStrategy("<your_token_here>"))
```

or using GitHub APP authentication:

```python
from githubkit import GitHub, AppAuthStrategy

github = GitHub(
    AppAuthStrategy(
        "<app_id>", "<private_key>", "<optional_client_id>", "<optional_client_secret>"
    )
)
```

or using GitHub APP Installation authentication:

```python
from githubkit import GitHub, AppInstallationAuthStrategy

github = GitHub(
    AppInstallationAuthStrategy(
        "<app_id>", "<private_key>", installation_id, "<optional_client_id>", "<optional_client_secret>",
    )
)
```

or using OAuth APP authentication:

```python
from githubkit import GitHub, OAuthAppAuthStrategy

github = GitHub(OAuthAppAuthStrategy("<client_id_here>", "<client_secret_here>"))
```

or using GitHub APP / OAuth APP token authentication (This is usefull when you stored the user token in a database):

```python
from githubkit import GitHub, OAuthTokenAuthStrategy

github = GitHub(
    OAuthTokenAuthStrategy(
        "<client_id_here>",
        "<client_secret_here>",
        "<access_token_here>",
        "<access_token_expire_time_here>",
        "<refresh_token_here>",
        "<refresh_token_expire_time_here>",
    )
)
```

or using GitHub APP / OAuth APP web flow authentication:

```python
from githubkit import GitHub, OAuthWebAuthStrategy

github = GitHub(
    OAuthWebAuthStrategy(
        "<client_id_here>", "<client_secret_here>", "<web_flow_exchange_code_here>"
    )
)
```

or using GitHub APP / OAuth APP device flow authentication:

```python
from githubkit import GitHub, OAuthDeviceAuthStrategy

# sync/async func for displaying user code to user
def callback(data: dict):
  print(data["user_code"])

github = GitHub(
    OAuthDeviceAuthStrategy(
        "<client_id_here>", callback
    )
)
```

See [Switch between AuthStrategy](#switch-between-authstrategy-installation-oauth-webdevice-flow) for more detail about oauth flow.

or using GitHub Action authentication:

```python
from githubkit import GitHub, ActionAuthStrategy

github = GitHub(ActionAuthStrategy())
```

and add env or input to the step:

```yaml
- name: Some step use githubkit
  with:
    GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}

- name: Some step use githubkit
  env:
    GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }}
```

### Config

githubkit is highly configurable, you can change the default config by passing config options to `GitHub`:

```python
from githubkit import GitHub

github = GitHub(
    base_url="https://api.github.com/",
    accept_format="full+json",
    previews=["starfox"],
    user_agent="GitHubKit/Python",
    follow_redirects=True,
    timeout=None,
    http_cache=True,
    auto_retry=True,
)
```

The `accept_format` and `previews` are used to set the default `Accept` header, you can find more details in [GitHub API docs](https://docs.github.com/en/rest/overview/media-types).

The `http_cache` option enables the http caching feature powered by [Hishel](https://hishel.com/) for HTTPX. GitHub API limits the number of requests that you can make within a specific amount of time. This feature is useful to reduce the number of requests to GitHub API and avoid hitting the rate limit.

The `auto_retry` option enables request retrying when rate limit exceeded and server error encountered. See [Auto Retry](#auto-retry) for more infomation.

### Calling Rest API

> APIs are fully typed. Type hints in the following examples are just for reference only.

Simple sync call:

```python
from githubkit import Response
from githubkit.versions.latest.models import FullRepository

resp: Response[FullRepository] = github.rest.repos.get(owner="owner", repo="repo")
repo: FullRepository = resp.parsed_data
```

Simple async call:

```python
from githubkit import Response
from githubkit.versions.latest.models import FullRepository

resp: Response[FullRepository] = await github.rest.repos.async_get(owner="owner", repo="repo")
repo: FullRepository = resp.parsed_data
```

Call API with context (reusing client):

```python
from githubkit import Response
from githubkit.versions.latest.models import FullRepository

with GitHub("<your_token_here>") as github:
    resp: Response[FullRepository] = github.rest.repos.get(owner="owner", repo="repo")
    repo: FullRepository = resp.parsed_data
```

```python
from githubkit import Response
from githubkit.versions.latest.models import FullRepository

async with GitHub("<your_token_here>") as github:
    resp: Response[FullRepository] = await github.rest.repos.async_get(owner="owner", repo="repo")
    repo: FullRepository = resp.parsed_data
```

> [!WARNING]
> Note that you should hold a strong reference to the githubkit client instance. Otherwise, githubkit client will fail to call the request.
> For example, you should not do this:
>
> ```python
> from githubkit import GitHub
>
> def get_client() -> GitHub:
>     return GitHub()
>
> # This will cause error
> get_client().rest.repos.get("owner", "repo")
>
> # This is ok
> client = get_client()
> client.rest.repos.get("owner", "repo")
> ```

### Data Validation

As shown above, the response data is parsed and validated by accessing the `response.parsed_data` property. This ensures that the data type returned by the API is as expected and your code is safe to use it (with static type checking). But sometimes you may want to get the raw data returned by the API, such as when the schema is not correct. You can use the `response.text` property or `response.json()` method to get the raw data:

```python
from typing import Any, Dict
from githubkit import Response

resp: Response[FullRepository] = github.rest.repos.get(owner="owner", repo="repo")
repo: Dict[str, Any] = resp.json()
```

### Rest API Versioning

> APIs are fully typed. Different versions of APIs are typed separately.

githubkit supports all versions of GitHub API, you can switch between versions as follows:

```python
github.rest("2022-11-28").repos.get(owner="owner", repo="repo")
```

The models of versions can be imported from `githubkit.versions.<version>.models`, for example:

```python
from githubkit.versions.v2022_11_28.models import FullRepository
```

Specially, the `latest` version is always linked to the latest version of GitHub API:

```python
from githubkit.versions.latest.models import FullRepository
```

> [!NOTE]
> For backward compatibility, the `githubkit.rest` module is linked to the models of `latest` version by default.
>
> ```python
> from githubkit.rest import FullRepository
> ```

You can also get the latest version name of GitHub API and all versions mapping of GitHub API:

```python
from githubkit.versions import LATEST_VERSION, VERSIONS
```

Current supported versions are: (you can find it in the section `[[tool.codegen.descriptions]]` of the `pyproject.toml` file)

- 2022-11-28 (latest)
- ghec-2022-11-28

### Rest API Pagination

Pagination type checking is also supported:

> Typing is tested with Pylance (Pyright).

```python
from githubkit.versions.latest.models import Issue

for issue in github.paginate(
    github.rest.issues.list_for_repo, owner="owner", repo="repo", state="open"
):
    issue: Issue
    print(issue.number)
```

```python
from githubkit.versions.latest.models import Issue

async for issue in github.paginate(
    github.rest.issues.async_list_for_repo, owner="owner", repo="repo", state="open"
):
    issue: Issue
    print(issue.number)
```

complex pagination with custom map function (some api returns data in a nested field):

```python
async for accessible_repo in github.paginate(
    github.rest.apps.async_list_installation_repos_for_authenticated_user,
    map_func=lambda r: r.parsed_data.repositories,
    installation_id=1,
):
    accessible_repo: Repository
    print(accessible_repo.full_name)
```

### Calling GraphQL API

Simple sync call:

```python
data: Dict[str, Any] = github.graphql(query, variables={"foo": "bar"})
```

Simple async call:

```python
data: Dict[str, Any] = await github.async_graphql(query, variables={"foo": "bar"})
```

### GraphQL Pagination

githubkit also provides a helper function to paginate the GraphQL API.

First, You must accept a `cursor` parameter and return a `pageInfo` object in your query. For example:

```graphql
query ($owner: String!, $repo: String!, $cursor: String) {
  repository(owner: $owner, name: $repo) {
    issues(first: 10, after: $cursor) {
      nodes {
        number
      }
      pageInfo {
        hasNextPage
        endCursor
      }
    }
  }
}
```

The `pageInfo` object in your query must be one of the following types depending on the direction of the pagination:

For forward pagination, use:

```graphql
pageInfo {
  hasNextPage
  endCursor
}
```

For backward pagination, use:

```graphql
pageInfo {
  hasPreviousPage
  startCursor
}
```

If you provide all 4 properties in a `pageInfo`, githubkit will default to forward pagination.

Then, you can iterate over the paginated results by using the graphql `paginate` method:

```python
for result in github.graphql.paginate(
    query, variables={"owner": "owner", "repo": "repo"}
):
    print(result)
```

Note that the `result` is a dict containing the list of nodes/edges for each page and the `pageInfo` object. You should iterate over the `nodes` or `edges` list to get the actual data. For example:

```python
for result in g.graphql.paginate(query, {"owner": "owner", "repo": "repo"}):
    for issue in result["repository"]["issues"]["nodes"]:
        print(issue)
```

You can also provide a initial cursor value to start pagination from a specific point:

```python
for result in github.graphql.paginate(
    query, variables={"owner": "owner", "repo": "repo", "cursor": "initial_cursor"}
):
    print(result)
```

> [!NOTE]
> Nested pagination is not supported.

### Auto Retry

By default, githubkit will retry the request when specific exception encountered. When rate limit exceeded, githubkit will retry once after GitHub suggested waiting time. When server error encountered (http status >= 500), githubkit will retry max three times.

You can disable this feature by set the `auto_retry` config to `False`:

```python
github = GitHub(
    ...
    auto_retry=False
)
```

You can also customize the retry decision function by passing a callable:

```python
from datetime import timedelta

from githubkit.retry import RetryOption
from githubkit.exception import GitHubException

def retry_decision_func(exc: GitHubException, retry_count: int) -> RetryOption:
    if retry_count < 1:
        return RetryOption(True, timedelta(seconds=60))
    return RetryOption(False)

github = GitHub(
    ...
    auto_retry=retry_decision_func
)
```

githubkit also provides some builtin retry decision function:

1. Retry when rate limit exceeded:

   ```python
   from githubkit.retry import RETRY_RATE_LIMIT, RetryRateLimit

   # default
   github = GitHub(
      ...
      auto_retry=RETRY_RATE_LIMIT
   )
   # or, custom max retry count
   github = GitHub(
      ...
      auto_retry=RetryRateLimit(max_retry=1)
   )
   ```

2. Retry when server error encountered:

   ```python
   from githubkit.retry import RETRY_SERVER_ERROR, RetryServerError

   # default
   github = GitHub(
      ...
      auto_retry=RETRY_SERVER_ERROR
   )
   # or, custom max retry count
   github = GitHub(
      ...
      auto_retry=RetryServerError(max_retry=1)
   )
   ```

3. Chain retry decision functions:

   ```python
   from githubkit.retry import RETRY_RATE_LIMIT, RETRY_SERVER_ERROR, RetryChainDecision

   github = GitHub(
      ...
      auto_retry=RetryChainDecision(RETRY_RATE_LIMIT, RETRY_SERVER_ERROR)
   )
   ```

### Webhook Verification

> `githubkit.webhooks` module contains some shortcut functions to help you verify and parse webhook payload.

Simple webhook payload verification:

```python
from githubkit.webhooks import verify

valid: bool = verify(secret, request.body, request.headers["X-Hub-Signature-256"])
```

Sign the webhook payload manually:

```python
from githubkit.webhooks import sign

signature: str = sign(secret, payload, method="sha256")
```

### Webhook Parsing

> `githubkit.webhooks` module contains some shortcut functions to help you verify and parse webhook payload.

Parse the payload with event name:

```python
from githubkit.webhooks import parse

event = parse(request.headers["X-GitHub-Event"], request.body)
```

(**NOT RECOMMENDED**) Parse the payload without event name (may cost longer time and more memory):

```python
from githubkit.webhooks import parse_without_name

event = parse_without_name(request.body)
```

> [!WARNING]
> The `parse_without_name` function will try to parse the payload with all supported event names.  
> The behavior of this function is not the same between pydantic v1 and v2.  
> When using pydantic v1, the function will return the first valid event model (known as `left-to-right` mode).  
> When using pydantic v2, the function will return the highest scored valid event model (known as `smart` mode).  
> See: [Union Modes](https://docs.pydantic.dev/latest/concepts/unions/#union-modes).

Parse dict like payload:

```python
from githubkit.webhooks import parse_obj, parse_obj_without_name

event = parse_obj(request.headers["X-GitHub-Event"], request.json())
event = parse_obj_without_name(request.json())  # NOT RECOMMENDED
```

The `parse` and `parse_obj` function supports type overload, if you provide static value for the `event_name` parameter, the return type will be inferred automatically.

Webhook also supports versioning, you can switch between versions as follows:

```python
from githubkit import GitHub

event = GitHub.webhooks("2022-11-28").parse(request.headers["X-GitHub-Event"], request.body)
```

### Switch between AuthStrategy (Installation, OAuth Web/Device Flow)

You can change the auth strategy and get a new client simplely using `with_auth`.

Change from `AppAuthStrategy` to `AppInstallationAuthStrategy`:

```python
from githubkit import GitHub, AppAuthStrategy

github = GitHub(AppAuthStrategy("<app_id>", "<private_key>"))
installation_github = github.with_auth(
    github.auth.as_installation(installation_id)
)
```

Change from `OAuthAppAuthStrategy` to `OAuthWebAuthStrategy` (OAuth Web Flow):

```python
from githubkit import GitHub, OAuthAppAuthStrategy

github = GitHub(OAuthAppAuthStrategy("<client_id>", "<client_secret>"))
user_github = github.with_auth(github.auth.as_web_user("<code>"))

# now you can act as the user
resp = user_github.rest.users.get_authenticated()
user = resp.parsed_data

# you can get the user token after you maked a request as user
user_token = user_github.auth.token
user_token_expire_time = user_github.auth.expire_time
refresh_token = user_github.auth.refresh_token
refresh_token_expire_time = user_github.auth.refresh_token_expire_time
```

you can also get the user token directly without making a request (Change from `OAuthWebAuthStrategy` to `OAuthTokenAuthStrategy`):

```python
auth: OAuthTokenAuthStrategy = github.auth.as_web_user("<code>").exchange_token(github)
# or asynchronously
auth: OAuthTokenAuthStrategy = await github.auth.as_web_user("<code>").async_exchange_token(github)
user_token = auth.token
user_token_expire_time = auth.expire_time
refresh_token = auth.refresh_token
refresh_token_expire_time = auth.refresh_token_expire_time

user_github = github.with_auth(auth)
```

Change from `OAuthDeviceAuthStrategy` to `OAuthTokenAuthStrategy`:

```python
from githubkit import GitHub, OAuthDeviceAuthStrategy

def callback(data: dict):
    print(data["user_code"])

user_github = GitHub(OAuthDeviceAuthStrategy("<client_id>", callback))

# now you can act as the user
resp = user_github.rest.users.get_authenticated()
user = resp.parsed_data

# you can get the user token after you maked a request as user
user_token = user_github.auth.token
user_token_expire_time = user_github.auth.expire_time
refresh_token = user_github.auth.refresh_token
refresh_token_expire_time = user_github.auth.refresh_token_expire_time

# you can also exchange the token directly without making a request
auth: OAuthTokenAuthStrategy = github.auth.exchange_token(github)
# or asynchronously
auth: OAuthTokenAuthStrategy = await github.auth.async_exchange_token(github)
user_token = auth.token
user_token_expire_time = auth.expire_time
refresh_token = auth.refresh_token
refresh_token_expire_time = auth.refresh_token_expire_time

user_github = github.with_auth(auth)
```

## Development

Open in Codespaces (Dev Container):

[![Open in GitHub Codespaces](https://github.com/codespaces/badge.svg)](https://github.com/codespaces/new?hide_repo_select=true&ref=master&repo=512138996)

Generate latest models and apis:

> [!WARNING]
> This may use about **400M** memory and take a long time.

```bash
./scripts/run-codegen.sh
```

Run tests in dev env:

```bash
./scripts/run-tests.sh
```

Run tests in test envs, for example:

```bash
cd ./envs/pydantic-v2/
poetry run bash ../../scripts/run-tests.sh
```

## Contributors

Thanks to the following people who have contributed to this project:

<a href="https://github.com/yanyongyu/githubkit/graphs/contributors">
  <img src="https://contrib.rocks/image?repo=yanyongyu/githubkit&max=1000" alt="contributors" />
</a>

