Introduction

Practice

• We work online

  • Use GitHub repository

  • Use Pull Requests

  • Merge into the master branch

  • Test verification

• Task distribution is random for each student.

• An example for each technology can be found in the corresponding directory: tasks/<all/omp/tbb/seq/stl/mpi>/example.

• In each repository, the README.md contains a link to the course documentation (read it fully!!!).

• Additionally, each repository includes an example of a properly formatted PULL REQUEST.

• Submission of all tasks is mandatory to pass the course.

• A task that has been merged into the master branch continues to be monitored. If a task fails in the master, it is disabled, and a record of this is added to the score table. All disabled tasks will result in a zero points result for those tasks at the end of the semester. It can be seen that your task is disabled due to the following reason: the directory of your task has been renamed from seq/nesterov_a_vector_sum to seq/nesterov_a_vector_sum_disabled

• All resources for using the repository will be provided here:

  • Git for half an hour: A Beginner’s Guide

  • Getting Started with Git and GitHub: A Beginner’s Guide

  • Git: A Quick Start Guide to Using Core Operations with Explanations

  • Conflicts resolving in Git

  • Google testing framework (gtest)

  • GoogleTest Primer

  • GitHub Actions documentation

  • Parallel Programming Technologies. Message Passing Interface (MPI)

  • Typing and Layout in the System LaTeX

  • LaTeX for the beginners

  • What is OpenMP?

  • TBB-1

  • Writing Multithreaded Applications in C++

  • Multithreading: New Features of the C++11 Standard

  • Introduction to Parallel Computing

* All instructions, repositories, and tables may be updated during the learning process for better usability. Be prepared for changes, check and update them periodically!!!