Taskium is a modern C++ thread pool framework designed to manage concurrent task execution. It features lock-based scheduling, mutex-guarded queues, and condition-variable signaling to ensure safe, efficient task dispatch across multiple worker threads.

• Lock-based thread pool using mutexes and condition variables.
• RAII-managed worker lifecycles to ensure safe thread joins and clean shutdowns.
• Concurrent task dispatch: Supports submitting arbitrary tasks (e.g., lambdas, function objects).
• Thread-safe logging with log levels (INFO, ERROR, RESULT) for clean output.

1. Install CMake (if not already installed)

# macOS
brew install cmake

# Ubuntu/Debian
sudo apt install cmake

2. Clone the repository:

git clone https://github.com/your-username/taskium.git
cd taskium

3. Build with CMake:

mkdir build
cd build
cmake ..
make

An example program demonstrates Taskium’s thread pool by running a Monte Carlo Pi estimation workload across multiple threads.

Use the interactive script:

./run_monte_carlo.sh

The script will:

• Detect your system’s hardware concurrency.
• Prompt for the number of threads and points per thread.
• Submit tasks to the thread pool and run them concurrently.

[INFO] starting pi estimation with 12 threads and 12412 points per thread
[INFO] submitted pi estimation task 0
[INFO] [THREAD 0x16d717000] task 0 started
...
[INFO] [THREAD 0x16d717000] task 11 completed
[RESULT] estimated pi = 3.143007