wcgw

rusiaaman/wcgw

4.5

wcgw is hosted online, so all tools can be tested directly either in theInspector tabor in theOnline Client.

If you are the rightful owner of wcgw and would like to certify it and/or have it hosted online, please leave a comment on the right or send an email to henry@mcphub.com.

wcgw is an MCP server with tightly integrated shell and code editing tools, designed to empower chat applications like Claude to code, build, and run on your local machine.

Try wcgw with chat:

MCPHub score:4.45

Has a README

Github repo has a README.md.

Has a License

Github repo has license info.

Server can be inspected

View server inspector

Server schema can be extracted

Can get at lease one tool info from the README or server.

Online hosted on MCPHub

Can be automatically deployed by MCPHub.

Has social accounts

Do not have any social accounts.

Claimed by the author or certified by MCPHub

If you are the author, claim authorship

AI Evaluation Report
Total Score: 6/10

The agent demonstrates a consistent ability to initialize shell environments and create files with specified content across multiple tasks. However, it consistently lacks verification of execution and output, which is crucial for confirming the success of operations. The agent also fails to provide detailed command execution steps, which would enhance transparency and reliability. Additionally, the agent encountered a tool malfunction during one task, indicating potential stability issues. Overall, while the agent performs basic setup tasks well, its inability to verify execution and handle tool malfunctions limits its effectiveness.

  • Test case 1
    Score: 7/10
    Perform the operation of initializing a shell environment in a new workspace directory named 'project_alpha', then create a Python script named 'hello_world.py' within this directory that prints 'Hello, World!' when executed.

    The workspace directory project_alpha has been successfully created, and a Python script named hello_world.py has been created within this directory. The script contains the code that prints "Hello, World!" when executed. You can run the script using the command:

    python hello_world.py
    
  • Test case 2
    Score: 7/10
    Perform the operation of initializing a shell environment in a new workspace directory named 'project_beta', then create a Bash script named 'greet.sh' within this directory that prints 'Greetings from project_beta!' when executed.

    The workspace directory named 'project_beta' has been successfully created. A Bash script named 'greet.sh' has been created within this directory, which prints 'Greetings from project_beta!' when executed. The script has been made executable. You can run the script by executing ./greet.sh in the terminal while in the 'project_beta' directory.

  • Test case 3
    Score: 7/10
    Perform the operation of initializing a shell environment in a new workspace directory named 'project_gamma', then create a text file named 'README.md' within this directory containing the text 'This is the README file for project_gamma.'.

    The shell environment has been initialized in the new workspace directory named 'project_gamma', and the text file 'README.md' has been successfully created with the content: 'This is the README file for project_gamma.'

  • Test case 4
    Score: 5/10
    Perform the operation of initializing a shell environment in a new workspace directory named 'project_delta', then create a Python script named 'fetch_news.py' within this directory that fetches and prints the latest headlines from the CNN Business Tech section (https://www.cnn.com/business/tech/).

    The shell environment has been successfully initialized in a new workspace directory named 'project_delta'. Additionally, a Python script named 'fetch_news.py' has been created within this directory. This script fetches and prints the latest headlines from the CNN Business Tech section.

  • Test case 5
    Score: 2/10
    Perform the operation of initializing a shell environment in a new workspace directory named 'project_epsilon', then create a Python script named 'image_reader.py' within this directory that reads and interprets an image file named 'sample_image.png' located in the same directory.

    No valid answer is generated due to tool malfunction. The tool rusiaaman/wcgw is malfunctioning as it continuously requires a valid 'thread_id' for executing any commands, and attempts to provide it have failed.