kissfft | a Fast Fourier Transform (FFT) library that tries to Keep it Simple, Stupid | Video Utils library

I still have to open an issue on github as I don't think this is the expected behavior but here is a workaround that allows you to test your TF micro code on your development machine.

First step is heading to the root of the git repo you just cloned. Then, instead of adding the test_ prefix to the target on make, just "make" it as a "normal target":

$ make -f tensorflow/lite/micro/tools/make/Makefile hello_world_test

Depending on the OS you are running, the executable(output) will be in different paths, but just change the windows_x86_64 to your corresponding folder. Now it is time to run the output:

$ tensorflow/lite/micro/tools/make/gen/windows_x86_64/bin/hello_world_test.exe

This returns, as expected:

Replace clang by clang++ or g++. Then -lc++ becomes "automagically" linked.

Of course, spend a few days reading the documentation of GCC and of Clang (and of ld from binutils; since both clang++ and g++ are running ld). Read carefully about invoking GCC. The order of program arguments to g++ (and also to clang++) are important.

Since you use GNU make, you obviously need to spend a day reading its documentation.

PS. Budget perhaps a week of work in reading documentation.

I solved it my self. I just made a slight modifications in the CmakeLists.txt as:

I solved it myself. Issue was in CmakeLists.txt:

link_libraries(C:/Python37/libs/python3.lib Python3::NumPy)

was replaced by