Shaun Reed 3b6ecaa5e9 | ||
---|---|---|
.. | ||
algorithms | ||
catch2 | ||
cmake-example | ||
cryptography | ||
datastructs | ||
graphics | ||
multithreading | ||
patterns | ||
qt | ||
CMakeLists.txt | ||
README.md |
README.md
Cpp
shaunrd0/klips/cpp/
├── algorithms # Examples of various algorithms written in C++
├── cmake # Example of using cmake to build and organize larger projects
├── cryptography # Examples of encrypting / decrypting using ciphers in C++
├── datastructs # Collection of useful datastructures written in C++
├── graphics # Examples of graphics projects written in C++
├── multithreading # Basic multithreading examples in C++
├── patterns # Examples of various design patterns written in C++
├── qt # Qt project examples using C++
└── README.md
This directory contains a CMakeLists.txt
, which can be selected to open as a
project within your preferred IDE. From there, all nested examples can be built,
debugged, and ran.
Some of the more recent projects in this repository requires the latest CMake LTS.
To install cmake
LTS with apt
we can follow official instructions from kitware
Alternatively, we can install the LTS with python's pip
.
sudo apt install python3.9 python3-pip
sudo apt purge cmake
python3.9 -m pip install -U pip
python3.9 -m pip install --upgrade cmake
# The command below is optional if you have added the python binary path to your PATH environment variable
sudo ln -s /usr/local/lib/python3.9/dist-packages/cmake/data/bin/cmake /usr/bin/
cmake --version
cmake version 3.22.1
Once cmake is installed, dependencies for all examples can be installed with the command below.
sudo apt install libsdl2-dev freeglut3-dev
If we build from this directory, we build all C++ projects and examples
cd /path/to/klips/cpp/
mkdir build && cd build
cmake .. && cmake --build .
We can see the binaries output in the build/bin/
folder
~/Code/klips/cpp/build$ ls bin/
abstract-factory-test graph-test-templated SingleListDriver
adapter-test graph-test-weighted singleton-test
bridge-test HeapDriver StackDriver
bubble-sort heap-sort state-test
bucket-sort insertion-sort TemplatedDoubleListDriver
CircleDoubleDriver merge-sort TemplatedQueueDriver
CircleSingleDriver observer-test TemplatedStackDriver
columnar-transposition-test opengl-test TemplatedVectorDriver
counting-sort prototype-test test-bst
DoubleListDriver QueueDriver test-bst-algo
execute-hello quick-sort test-redblack
factory-test radix-sort VectorDriver
graph-test-object sdl-test visitor-test
graph-test-simple select-sort
We can also build from subdirectories.
To only build projects related to design patterns we build from the patterns/
subdirectory, for example
cd /path/to/klips/cpp/patterns
mkdir build && cd build
cmake .. && cmake --build .
And we can again see the binaries output in the build/bin/
folder
~/Code/klips/cpp/patterns/build$ ls bin/
abstract-factory-test bridge-test observer-test singleton-test visitor-test
adapter-test factory-test prototype-test state-test
If cmake is not being used in a project, it can be built with g++
manually using
the commands outlined in */.vscode/tasks.json
, or by using VSCode to open the example
and running the build task.
Check the header comments in the main source file for the example for instructions.