This C++ program implements the Banker's Algorithm for resource allocation. The Banker's Algorithm is used to avoid deadlock in a system with multiple processes competing for a finite set of resources. It ensures that processes request and release resources in a safe sequence, preventing deadlock and resource contention.
Use any C++ compiler (e.g., g++, clang++, or MSVC).
For example, using g++:
g++ bankersalgorithm.cpp -o bankersalgorithm
This command will build the bankers algorithm executables.
After compilation, run the executable in the terminal. Ensure you have an input file containing the allocation matrix, max matrix, and available resources.
./bankersalgorithm <input_file>
The program reads input from a text file. The program outputs whether the given sequence is safe or not. If safe, it displays the safe sequence.
- The program uses the Banker's Algorithm to determine a safe sequence for resource allocation.
- Input matrices represent the current allocation, maximum demand, and available resources.
- It calculates the need matrix and checks for a safe sequence using a loop that iterates through processes.
- The program utilizes arrays and loops for efficient computation.
Devon Morris