class Playwright::APIRequestContext

“‘
assert await response.body() == ’{“status”: “ok”}‘
assert response.ok
)
},
“Authorization”: f“token {API_TOKEN}”,
# Add GitHub personal access token.
“Accept”: “application/vnd.github.v3+json”,
headers={
f“/repos/{USER}/{REPO}”,
response = api_request_context.delete(
# Delete a repository.
assert response.json() == REPO
assert response.ok
)
data={“name”: REPO},
},
“Authorization”: f“token {API_TOKEN}”,
# Add GitHub personal access token.
“Accept”: “application/vnd.github.v3+json”,
headers={
“/user/repos”,
response = api_request_context.post(
# Create a repository.
# api_request_context = p.request.new_context(base_url=“api.github.com”)
# Alternatively you can create a APIRequestContext manually without having a browser context attached:
page = context.new_page()
api_request_context = context.request
context = browser.new_context(base_url=“api.github.com”)
browser = p.chromium.launch()
# it will automatically set the cookies to the browser page and vice versa.
# requests with the internal APIRequestContext (e.g. `context.request` or `page.request`)
# This will launch a new browser, create a context and page. When making HTTP
with sync_playwright() as p:
API_TOKEN = os.getenv(“GITHUB_API_TOKEN”)
USER = “github-username”
REPO = “test-repo-1”
from playwright.sync_api import sync_playwright
import os
“`python sync
storage.
calling [`method: APIRequest.newContext`]. Such `APIRequestContext` object will have its own isolated cookie
If you want API requests to not interfere with the browser cookies you should create a new `APIRequestContext` by
this API, your e2e test will be logged in and vice versa.
`BrowserContext` cookies and requests made from the page will pick them up. This means that if you log in using
values from the browser context. If the API response contains `Set-Cookie` header it will automatically update
storage with the corresponding `BrowserContext`. Each API request will have `Cookie` header populated with the
`APIRequestContext` returned by [`property: BrowserContext.request`] and [`property: Page.request`] shares cookie
**Cookie management**
It is also possible to create a new APIRequestContext instance manually by calling [`method: APIRequest.newContext`].
the browser context and can be accessed via [`property: BrowserContext.request`] or [`property: Page.request`].
Each Playwright browser context has associated with it `APIRequestContext` instance which shares cookie storage with
environment or the service to your e2e test.
This API is used for the Web API testing. You can use it to trigger API endpoints, configure micro-services, prepare

def delete(

context cookies from the response. The method will automatically follow redirects.
The method will populate request cookies from the context and update
Sends HTTP(S) [DELETE](https://developer.mozilla.org/en-US/docs/Web/HTTP/Methods/DELETE) request and returns its response.
def delete(
      url,
      data: nil,
      failOnStatusCode: nil,
      form: nil,
      headers: nil,
      ignoreHTTPSErrors: nil,
      maxRedirects: nil,
      maxRetries: nil,
      multipart: nil,
      params: nil,
      timeout: nil)
  wrap_impl(@impl.delete(unwrap_impl(url), data: unwrap_impl(data), failOnStatusCode: unwrap_impl(failOnStatusCode), form: unwrap_impl(form), headers: unwrap_impl(headers), ignoreHTTPSErrors: unwrap_impl(ignoreHTTPSErrors), maxRedirects: unwrap_impl(maxRedirects), maxRetries: unwrap_impl(maxRetries), multipart: unwrap_impl(multipart), params: unwrap_impl(params), timeout: unwrap_impl(timeout)))
end

def dispose(reason: nil)

All responses returned by [`method: APIRequestContext.get`] and similar methods are stored in the memory, so that you can later call [`method: APIResponse.body`].This method discards all its resources, calling any method on disposed `APIRequestContext` will throw an exception.
def dispose(reason: nil)
  wrap_impl(@impl.dispose(reason: unwrap_impl(reason)))
end

def event_emitter_proxy 

def event_emitter_proxy
_emitter_proxy ||= EventEmitterProxy.new(self, @impl)

def fetch(

```
})
},
"buffer": b"console.log(2022);",
"mimeType": "text/javascript",
"name": "f.js",
"fileField": {
multipart={
"https://example.com/api/uploadScript", method="post",
api_request_context.fetch(
```python

The common way to send file(s) in the body of a request is to upload them as form fields with `multipart/form-data` encoding, by specifiying the `multipart` parameter:

```
api_request_context.fetch("https://example.com/api/createBook", method="post", data=data)
}
"body": "John Doe",
"title": "Book Title",
data = {
```python

JSON objects can be passed directly to the request:

**Usage**

context cookies from the response. The method will automatically follow redirects.
Sends HTTP(S) request and returns its response. The method will populate request cookies from the context and update
def fetch(
      urlOrRequest,
      data: nil,
      failOnStatusCode: nil,
      form: nil,
      headers: nil,
      ignoreHTTPSErrors: nil,
      maxRedirects: nil,
      maxRetries: nil,
      method: nil,
      multipart: nil,
      params: nil,
      timeout: nil)
  wrap_impl(@impl.fetch(unwrap_impl(urlOrRequest), data: unwrap_impl(data), failOnStatusCode: unwrap_impl(failOnStatusCode), form: unwrap_impl(form), headers: unwrap_impl(headers), ignoreHTTPSErrors: unwrap_impl(ignoreHTTPSErrors), maxRedirects: unwrap_impl(maxRedirects), maxRetries: unwrap_impl(maxRetries), method: unwrap_impl(method), multipart: unwrap_impl(multipart), params: unwrap_impl(params), timeout: unwrap_impl(timeout)))
end

def get(

```
api_request_context.get("https://example.com/api/getText", params=query_params)
}
"page": "23"
"isbn": "1234",
query_params = {
```python

Request parameters can be configured with `params` option, they will be serialized into the URL search parameters:

**Usage**

context cookies from the response. The method will automatically follow redirects.
The method will populate request cookies from the context and update
Sends HTTP(S) [GET](https://developer.mozilla.org/en-US/docs/Web/HTTP/Methods/GET) request and returns its response.
def get(
      url,
      data: nil,
      failOnStatusCode: nil,
      form: nil,
      headers: nil,
      ignoreHTTPSErrors: nil,
      maxRedirects: nil,
      maxRetries: nil,
      multipart: nil,
      params: nil,
      timeout: nil)
  wrap_impl(@impl.get(unwrap_impl(url), data: unwrap_impl(data), failOnStatusCode: unwrap_impl(failOnStatusCode), form: unwrap_impl(form), headers: unwrap_impl(headers), ignoreHTTPSErrors: unwrap_impl(ignoreHTTPSErrors), maxRedirects: unwrap_impl(maxRedirects), maxRetries: unwrap_impl(maxRetries), multipart: unwrap_impl(multipart), params: unwrap_impl(params), timeout: unwrap_impl(timeout)))
end

def head(

context cookies from the response. The method will automatically follow redirects.
The method will populate request cookies from the context and update
Sends HTTP(S) [HEAD](https://developer.mozilla.org/en-US/docs/Web/HTTP/Methods/HEAD) request and returns its response.
def head(
      url,
      data: nil,
      failOnStatusCode: nil,
      form: nil,
      headers: nil,
      ignoreHTTPSErrors: nil,
      maxRedirects: nil,
      maxRetries: nil,
      multipart: nil,
      params: nil,
      timeout: nil)
  wrap_impl(@impl.head(unwrap_impl(url), data: unwrap_impl(data), failOnStatusCode: unwrap_impl(failOnStatusCode), form: unwrap_impl(form), headers: unwrap_impl(headers), ignoreHTTPSErrors: unwrap_impl(ignoreHTTPSErrors), maxRedirects: unwrap_impl(maxRedirects), maxRetries: unwrap_impl(maxRetries), multipart: unwrap_impl(multipart), params: unwrap_impl(params), timeout: unwrap_impl(timeout)))
end

def off(event, callback)

@nodoc
-- inherited from EventEmitter -- 
def off(event, callback)
  event_emitter_proxy.off(event, callback)
end

def on(event, callback)

@nodoc
-- inherited from EventEmitter -- 
def on(event, callback)
  event_emitter_proxy.on(event, callback)
end

def once(event, callback)

@nodoc
-- inherited from EventEmitter -- 
def once(event, callback)
  event_emitter_proxy.once(event, callback)
end

def patch(

context cookies from the response. The method will automatically follow redirects.
The method will populate request cookies from the context and update
Sends HTTP(S) [PATCH](https://developer.mozilla.org/en-US/docs/Web/HTTP/Methods/PATCH) request and returns its response.
def patch(
      url,
      data: nil,
      failOnStatusCode: nil,
      form: nil,
      headers: nil,
      ignoreHTTPSErrors: nil,
      maxRedirects: nil,
      maxRetries: nil,
      multipart: nil,
      params: nil,
      timeout: nil)
  wrap_impl(@impl.patch(unwrap_impl(url), data: unwrap_impl(data), failOnStatusCode: unwrap_impl(failOnStatusCode), form: unwrap_impl(form), headers: unwrap_impl(headers), ignoreHTTPSErrors: unwrap_impl(ignoreHTTPSErrors), maxRedirects: unwrap_impl(maxRedirects), maxRetries: unwrap_impl(maxRetries), multipart: unwrap_impl(multipart), params: unwrap_impl(params), timeout: unwrap_impl(timeout)))
end

def post(

```
})
},
"buffer": b"console.log(2022);",
"mimeType": "text/javascript",
"name": "f.js",
"fileField": {
multipart={
"https://example.com/api/uploadScript'",
api_request_context.post(
```python

The common way to send file(s) in the body of a request is to upload them as form fields with `multipart/form-data` encoding. Use `FormData` to construct request body and pass it to the request as `multipart` parameter:

```
api_request_context.post("https://example.com/api/findBook", form=formData)
}
"body": "John Doe",
"title": "Book Title",
formData = {
```python

To send form data to the server use `form` option. Its value will be encoded into the request body with `application/x-www-form-urlencoded` encoding (see below how to use `multipart/form-data` form encoding to send files):

```
api_request_context.post("https://example.com/api/createBook", data=data)
}
"body": "John Doe",
"title": "Book Title",
data = {
```python

JSON objects can be passed directly to the request:

**Usage**

context cookies from the response. The method will automatically follow redirects.
The method will populate request cookies from the context and update
Sends HTTP(S) [POST](https://developer.mozilla.org/en-US/docs/Web/HTTP/Methods/POST) request and returns its response.
def post(
      url,
      data: nil,
      failOnStatusCode: nil,
      form: nil,
      headers: nil,
      ignoreHTTPSErrors: nil,
      maxRedirects: nil,
      maxRetries: nil,
      multipart: nil,
      params: nil,
      timeout: nil)
  wrap_impl(@impl.post(unwrap_impl(url), data: unwrap_impl(data), failOnStatusCode: unwrap_impl(failOnStatusCode), form: unwrap_impl(form), headers: unwrap_impl(headers), ignoreHTTPSErrors: unwrap_impl(ignoreHTTPSErrors), maxRedirects: unwrap_impl(maxRedirects), maxRetries: unwrap_impl(maxRetries), multipart: unwrap_impl(multipart), params: unwrap_impl(params), timeout: unwrap_impl(timeout)))
end

def put(

context cookies from the response. The method will automatically follow redirects.
The method will populate request cookies from the context and update
Sends HTTP(S) [PUT](https://developer.mozilla.org/en-US/docs/Web/HTTP/Methods/PUT) request and returns its response.
def put(
      url,
      data: nil,
      failOnStatusCode: nil,
      form: nil,
      headers: nil,
      ignoreHTTPSErrors: nil,
      maxRedirects: nil,
      maxRetries: nil,
      multipart: nil,
      params: nil,
      timeout: nil)
  wrap_impl(@impl.put(unwrap_impl(url), data: unwrap_impl(data), failOnStatusCode: unwrap_impl(failOnStatusCode), form: unwrap_impl(form), headers: unwrap_impl(headers), ignoreHTTPSErrors: unwrap_impl(ignoreHTTPSErrors), maxRedirects: unwrap_impl(maxRedirects), maxRetries: unwrap_impl(maxRetries), multipart: unwrap_impl(multipart), params: unwrap_impl(params), timeout: unwrap_impl(timeout)))
end

def storage_state(indexedDB: nil, path: nil)

Returns storage state for this request context, contains current cookies and local storage snapshot if it was passed to the constructor.
def storage_state(indexedDB: nil, path: nil)
  raise NotImplementedError.new('storage_state is not implemented yet.')
end