Description
The Boost C++ Libraries are a widely used collection of portable, high-quality libraries that extend the core functionality of C++. The specific components listed (boost-atomic, boost-filesystem, boost-iostreams, boost-system, boost-thread) deal with atomic operations, file system operations, stream-based IO, system-specific utilities, and threading, respectively.This test case ensures the proper installation and basic functioning of selected Boost C++ Libraries: boost-atomic
, boost-filesystem
, boost-iostreams
, boost-system
, and boost-thread
.
Setup
- Install the necessary Boost libraries:
sudo dnf install boost-devel boost-atomic boost-filesystem boost-iostreams boost-system boost-thread
. - Install the C++ compiler:
sudo dnf install gcc-c++
.
How to test
- Create a new directory for testing:
mkdir ~/boost-test && cd ~/boost-test
. - Create a simple C++ program that utilizes these Boost components. For instance, you can use
boost::filesystem
to create a directory andboost::thread
to spawn a thread. Here's a simple program [on gist] - Save the program in a file, e.g.,
boost_test.cpp
. - Compile the program:
g++ -o boost_test boost_test.cpp -lboost_system -lboost_filesystem -lboost_thread
. - Run the compiled program:
./boost_test
.
Expected Results
- The program should compile without errors.
- The program should run and demonstrate the desired functionalities, such as creating a directory using
boost::filesystem
and spawning a thread usingboost::thread
.
Optional
For deeper testing:
- Develop more complex programs that test advanced features of each of the components.
- Check for thread safety, especially when using
boost::thread
andboost::atomic
in conjunction. - Use
boost::iostreams
to work with different types of data streams, ensuring compatibility and correctness. - Stress test the libraries with large-scale operations or high concurrency to ensure robustness.