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CthreAd is a multi-threading library which implements POSIX compliant threads in the Linux userland. Primarily, we have implemented two models of multi-threading:

• One-One

  One-One model of multi-threading maps each user-level thread with a kernel-level thread. All the threads can access the kernel at the same time. Even if a thread makes a blocking system call (i/o, etc.), other threads can continue to run.

  
  
  

• Many-One

  The many to one model maps many of the user threads to a single kernel thread. This model is quite efficient as the user space manages the thread management. The library performs the context-switch and scheduling operations.

  

To use CthreAd in your projects:

• Clone the repository using

  $ git clone https://gitlab.com/andipro123/cthread.git

• Move to the directory and choose the model you want to implement

  # for one-one
  $ cd cthread/one-one
  
  # for many-one
  $ cd cthread/many-one

• Compile the library

  $ gcc cthread.c -c -Wall
  
  #for many-one, use "cthread2.c"

• Include the header file in your project

  // Your C program
  
  #include<cthread.h>
  .
  .
  .

• Compile your project using

  $ gcc <your-project.c> cthread.o - o <your-project>
  
  #for many-one, use "cthread2.o"

The library comes with an automatic testing package to test all the functionalities of the threading library. Tests cover all areas of multi-threading to ensure that basic functions are working as expected. To run the tests:

$ make run

This library is not a production level multi-threading library yet. Please use caution while using it in your production softwares. Any contributions you make are greatly appreciated.

1. Fork the Project
2. Create your Feature Branch (git checkout -b feature/AmazingFeature)
3. Commit your Changes (git commit -m 'Add some AmazingFeature')
4. Push to the Branch (git push origin feature/AmazingFeature)
5. Open a Pull Request

• TutorialsPoint
• GeeksForGeeks

• @chetasborse
• @andipro123