bitnet-api 0.1.2

Python SDK for Bitnet Browser API with clean entity-based responses

Bitnet API Python SDK

A Python SDK for interacting with the Bitnet Browser API.

Features

• Complete API wrapper for Bitnet Browser API
• Entity-based response models for better type hints and code readability
• Comprehensive documentation and examples
• Modular and extensible design

Installation

pip install bitnet-api

Usage

Initialize the client

from bitnet_api import BitnetClient

# Initialize with default settings (localhost:54345)
client = BitnetClient()

# Or with custom host and port
client = BitnetClient(host="127.0.0.1", port=55055)

# If authentication is required
client = BitnetClient(token="your-auth-token")

Basic operations

Health Check

# Check API health
from requests.exceptions import RequestException

try:
    response = client.health_check()
    if response.success:
        print("API is healthy!")
    else:
        print(f"API health check failed: {response.msg}")
except RequestException as e:
    print(f"API request failed: {e}")

Browser Management

Create or update a browser window:

# Create a new browser window
from bitnet_api import BrowserFingerPrint

# You can use a dictionary for fingerprint configuration
response = client.create_or_update_browser(
    proxy_type="http",
    host="proxy.example.com",
    port="8080",
    proxy_username="user",
    proxy_password="pass",
    browser_fingerprint={"coreVersion": "104"}
)

# Or use the BrowserFingerPrint entity
fingerprint = BrowserFingerPrint(
    core_version="104",
    os="windows",
    os_version="10"
)
response = client.create_or_update_browser(
    proxy_type="socks5",
    host="proxy.example.com",
    port="1080",
    browser_fingerprint=fingerprint
)

if response.success and response.data:
    browser_id = response.data.id
    print(f"Created browser with ID: {browser_id}")

Open and close browser windows:

# Open a browser window
response = client.open_browser(id=browser_id)
if response.success and response.data:
    print(f"Browser opened with WebSocket URL: {response.data.ws}")
    print(f"HTTP URL: {response.data.http}")
    print(f"PID: {response.data.pid}")

# Close a browser window
response = client.close_browser(id=browser_id)
if response.success:
    print("Browser closed successfully")

List browser windows:

# List all browser windows
response = client.browser_list(page=0, page_size=10)
if response.success and response.content:
    print(f"Found {len(response.content)} browsers:")
    for browser in response.content:
        print(f"Browser: {browser.id} - {browser.name or 'Unnamed'}")

# Get a concise list with specific sorting
response = client.browser_list_concise(sort_properties="name", sort_direction="asc")

Delete browser windows:

# Delete a single browser window
response = client.delete_browser(id=browser_id)
if response.success:
    print("Browser deleted successfully")

# Delete multiple browser windows
response = client.delete_browsers(ids=["id1", "id2", "id3"])
if response.success:
    print("Multiple browsers deleted successfully")

Group Management

# Create a new group
response = client.add_group(group_name="My Test Group")
if response.success and response.data:
    group_id = response.data.id
    print(f"Created group with ID: {group_id}")

# List all groups
response = client.get_group_list()
if response.success and response.content:
    print(f"Found {len(response.content)} groups:")
    for group in response.content:
        print(f"Group: {group.id} - {group.group_name}")

# Move browsers to a group
response = client.update_browser_group(group_id=group_id, browser_ids=[browser_id])
if response.success:
    print("Browsers moved to group successfully")

# Delete a group
response = client.delete_group(id=group_id)
if response.success:
    print("Group deleted successfully")

Window Arrangement

# Arrange windows in a grid
response = client.arrange_windows(
    seq_list=[1, 2, 3, 4],
    width=800,
    height=600,
    col=2
)
if response.success:
    print("Windows arranged successfully")

# Auto-arrange all windows
response = client.arrange_windows_flexable()
if response.success:
    print("Windows auto-arranged successfully")

Proxy Testing

# Test if a proxy is working
response = client.check_proxy(
    host="proxy.example.com",
    port=8080,
    proxy_type="http",
    proxy_username="user",
    proxy_password="pass"
)
if response.success and response.data:
    proxy_info = response.data
    print(f"Proxy is working! IP: {proxy_info.ip}")
    print(f"Location: {proxy_info.city}, {proxy_info.state_prov}, {proxy_info.country_name}")
else:
    print("Proxy test failed")

Examples

Check the examples directory for more usage examples:

• Basic Usage
• Browser Management
• Group Management
• Proxy Testing

Running Tests

To run the tests, clone the repository and install the package in development mode:

git clone https://github.com/dekinsq/bit_api.git
cd bit_api
pip install -e .

Then run the tests:

# Run basic entity tests
python tests/basic_test.py

# Run client tests with mock server
python tests/client_test.py

License

MIT License

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

Response Format

All API methods return entity objects containing structured data, not raw dictionaries. This provides better type hints and makes the API more user-friendly.

Available entities include:

• BaseResponse - Base class for all responses with success and error information
• Browser - Browser window details
• Group - Group details
• BrowserFingerPrint - Browser fingerprint configuration
• BrowserListResponse - Response containing list of browsers
• GroupListResponse - Response containing list of groups
• ProxyCheckInfo - Information about proxy check results
• and more...

Error Handling

The SDK uses requests.raise_for_status() to raise exceptions for HTTP errors. You should wrap your API calls in try-except blocks:

from requests.exceptions import RequestException

try:
    response = client.health_check()
    # Process response
except RequestException as e:
    print(f"API request failed: {e}")

Package Publishing

This project includes several tools to simplify version management and publishing to PyPI.

Publishing Tools Overview

Tool	Type	Functionality
publish.sh	Shell script	Basic publishing automation
publish.py	Python script	Full-featured publishing tool with argument parsing and test publishing support
bump_version.py	Python script	Standalone version updater

Using publish.py (Recommended)

This is the most complete publishing tool with version management and publishing functionality.

# Increment patch version and publish
python publish.py patch

# Increment minor version and publish
python publish.py minor

# Increment major version and publish
python publish.py major

# Publish to TestPyPI
python publish.py patch --test

# Skip confirmation prompts
python publish.py patch --no-confirm

Parameters:

• patch|minor|major: Specify which version part to increment
• --no-confirm: Skip confirmation steps
• --test: Upload to TestPyPI instead of the official PyPI

Using publish.sh

A simple shell script that provides basic publishing functionality.

./publish.sh

Using bump_version.py

If you only want to update the version number without publishing:

# Increment patch version
python bump_version.py patch

# Increment minor version
python bump_version.py minor

# Increment major version
python bump_version.py major

PyPI Configuration

The publishing tools require a ~/.pypirc file for authentication:

[pypi]
username = __token__
password = your-pypi-token

[testpypi]
username = __token__
password = your-testpypi-token

See README_PUBLISH.md for more detailed publishing instructions.

Complete API Reference

For a complete list of available methods and entity models, check the class documentation or refer to the official Bitnet API documentation.