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Getting started

# Inspired by https://cmake.org/cmake/help/latest/guide/tutorial/A%20Basic%20Starting%20Point.html

# Install tools to develop C++ code
sudo apt-get update
sudo apt-get install build-essential cmake

# Install some dependencies of Ceres Solver
# See http://ceres-solver.org/installation.html#linux
sudo apt-get install libatlas-base-dev # Use ATLAS for BLAS & LAPACK

# Create a build directory
mkdir ./build

# Configure the project and generate a native build system
cmake -S . -B ./build

# Call that build system to compile and link the project
cmake --build ./build

# Run Tarcog tests regarding forced ventilation
./build/src/Tarcog/Tarcog_tests --gtest_filter="*Ventilated*"

Change existing tests. Then run

# Rebuild Tarcog tests 
make --file=./build/src/Tarcog/Makefile Tarcog_tests/fast

# Rerun tests (same command as above)
./build/src/Tarcog/Tarcog_tests --gtest_filter="*Ventilated*"

Change implementation and/or add another test, run

# Configure the project and generate a native build system
cmake -S . -B ./build

# Call that build system to compile and link the project
cmake --build ./build

# Rebuild Tarcog tests 
make --file=./build/src/Tarcog/Makefile Tarcog_tests/fast

# Rerun tests (same command as above)
./build/src/Tarcog/Tarcog_tests --gtest_filter="*Ventilated*"

If cmake .. fails and additional information is needed for debugging, then run

cmake -Wdev --log-level=TRACE --log-context --debug-output --trace -S . -B ./build

If cmake --build . fails, run

cmake --build ./build  -- /verbosity:diagnostic /fl

for additional information.

Good Reads

• An Introduction to Modern CMake
• Effective Modern CMake