The SeleniumBase project is a Python framework for web automation, testing, and bypassing bot-detection mechanisms. It is maintained by a strong community and led by Michael Mintz. The project is in an active state of development, focusing on enhancing stealth capabilities and maintaining compatibility with evolving web technologies.
pytest
and multi-threading updates (Merged)getTargets()
method (Closed)Timespan | Opened | Closed | Comments | Labeled | Milestones |
---|---|---|---|---|---|
7 Days | 12 | 12 | 22 | 0 | 1 |
30 Days | 33 | 33 | 59 | 0 | 1 |
90 Days | 96 | 103 | 214 | 0 | 1 |
1 Year | 208 | 200 | 614 | 0 | 1 |
All Time | 1513 | 1500 | - | - | - |
Like all software activity quantification, these numbers are imperfect but sometimes useful. Comments, Labels, and Milestones refer to those issues opened in the timespan in question.
Developer | Avatar | Branches | PRs | Commits | Files | Changes |
---|---|---|---|---|---|---|
Michael Mintz | 1 | 6/6/0 | 38 | 52 | 1499 | |
None (Javier111228) | 0 | 1/0/1 | 0 | 0 | 0 |
PRs: created by that dev and opened/merged/closed-unmerged during the period
Risk | Level (1-5) | Rationale |
---|---|---|
Delivery | 2 | The project demonstrates consistent issue management with a balanced workflow of opening and closing issues, indicating a positive delivery potential. However, the absence of labels and milestones could lead to inefficiencies in prioritizing tasks. The rapid succession of updates and enhancements in CDP Mode shows strong momentum, which is crucial for delivery. Frequent updates to dependencies and examples also support delivery goals by ensuring compatibility with external libraries. |
Velocity | 1 | The project exhibits high velocity with 1161 closed pull requests and no open ones, indicating efficient handling of changes. Michael Mintz's significant contributions further highlight strong development momentum. The closure of issues within a day reflects a high velocity in resolving user queries and enhancing features. |
Dependency | 3 | The project manages dependencies proactively, but there are risks associated with external CAPTCHA mechanisms and proxy configurations, as highlighted in issues like #3236 and #3247. The transition to CDP Mode due to the archiving of selenium-wire indicates dependency risks that need careful management. |
Team | 3 | The disparity in contributions, with Michael Mintz being the primary contributor, suggests potential team dynamics issues. The lack of assignees in many pull requests could imply gaps in accountability or coordination. This reliance on key contributors poses risks if not balanced with broader team engagement. |
Code Quality | 2 | Code quality is maintained through modular design and frequent updates to dependencies, as seen in PRs like #3342 and #3338. The presence of numerous methods for browser interactions in base_case.py indicates a comprehensive approach to handling web elements. However, the complexity of files like sb_cdp.py could lead to maintenance challenges if not managed carefully. |
Technical Debt | 3 | While the project actively manages technical debt through frequent updates and enhancements, the complexity of certain files like sb_cdp.py could increase technical debt if not carefully managed. The ongoing challenges with CAPTCHA handling and proxy usage also suggest areas that could contribute to technical debt if not resolved efficiently. |
Test Coverage | 2 | Test coverage is implied through frequent mentions of tests in PR labels and descriptions, such as PR #3338. The extensive set of methods available for interacting with web elements supports robust testing practices. However, the lack of explicit details on test coverage metrics limits a comprehensive assessment. |
Error Handling | 2 | Error handling is robust, with extensive use of try-except blocks around browser interactions, reducing the risk of unhandled exceptions during test execution. Improvements are integrated into patches like #3338 and #3309, indicating ongoing efforts to enhance error handling mechanisms. |
Recent activity in the SeleniumBase GitHub repository shows a mix of bug reports, feature requests, and user questions. There is a notable focus on UC Mode, a feature designed to bypass bot-detection mechanisms, with several issues related to CAPTCHA handling and proxy usage. Some users report difficulties with specific configurations or environments, such as Docker or Linux servers.
UC Mode and CAPTCHA Handling: Many issues revolve around UC Mode's ability to handle CAPTCHAs, particularly Cloudflare Turnstile. Users have reported both successes and failures in different environments, indicating variability in effectiveness depending on system configuration.
Proxy Integration: Several issues highlight challenges with using proxies in UC Mode. Users have reported problems with proxy authentication and session persistence across multiple threads or processes.
Environment-Specific Issues: There are reports of differing behavior between operating systems (e.g., Windows vs. Linux) and environments (e.g., Docker). This suggests that UC Mode's performance can be sensitive to the underlying system setup.
Frequent Updates: The project is actively maintained, with recent updates addressing changes in CAPTCHA mechanisms and browser versions. This responsiveness is crucial for maintaining the framework's effectiveness against evolving bot-detection techniques.
User Support and Documentation: Users frequently seek guidance on using advanced features or troubleshooting issues. The project's documentation and community support play a vital role in helping users navigate these challenges.
getTargets()
. Created 1 day ago.getTargets()
.Overall, the SeleniumBase project demonstrates active maintenance and user engagement, with a focus on enhancing its stealth capabilities and addressing user-reported issues promptly.
The SeleniumBase repository has a total of 1161 closed pull requests and currently no open pull requests. This indicates that the project is actively maintained, with a regular cycle of updates and improvements. The recent activity shows a focus on enhancing the CDP Mode, updating dependencies, and refining features related to UC Mode.
#3342: CDP Mode - Patch 21
#3338: CDP Mode - Patch 20
#3333: CDP Mode - Patch 19
#3325: pytest
and multi-threading updates
pytest-html
reports and multi-threading experience.#3332: Update README.md
#3294: Firefox options unnecessary prefix
#3309: Fix NoneType Error in getActiveWindowTitle
Check
The SeleniumBase project is actively maintained with frequent updates focusing on enhancing core functionalities like CDP Mode and UC Mode. The project's approach to managing contributions ensures high-quality code integration while addressing user-reported issues efficiently. The absence of open pull requests suggests that current development goals are being met internally, with a clear roadmap being followed by the maintainers.
The README.md
file serves as a comprehensive introduction to the SeleniumBase project. It provides an extensive overview of the framework's capabilities, installation instructions, usage examples, and links to additional resources.
This file provides detailed information about the CDP (Chrome DevTools Protocol) Mode in SeleniumBase. It explains how CDP Mode enhances stealth capabilities by allowing bots to appear human while interacting with web pages.
This core file implements the CDP (Chrome DevTools Protocol) methods used by SeleniumBase for stealth automation. It extends the driver with additional capabilities for interacting with web pages without triggering anti-bot mechanisms.
CDPMethods
class encapsulates all CDP-related functionality.This file tracks the version number of the SeleniumBase package.
The requirements.txt
file lists all dependencies required by SeleniumBase. It includes both runtime dependencies and testing requirements.
This script handles the setup configuration for installing SeleniumBase. It defines package metadata, dependencies, entry points, and other configuration details necessary for distribution.
install_requires
.flake8
.This file is responsible for launching web browsers in SeleniumBase. It handles browser-specific configurations, driver management, proxy settings, etc.
This documentation file describes various syntax formats supported by SeleniumBase. It provides examples of different ways to structure tests using BaseCase inheritance or pytest fixtures.
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Recent Activities:
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Recent Activities:
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