Here is a full example that should work:
# File: my_library.pyx
def multiply(a, b):
return a * b
# End of file
# File: my_app.py
import my_library
print my_library.multiply(3, 8)
Using Cython, you compile my_library.pyx into my_library.c. Then using
GCC, you compile my_library.c into my_library.so. At this point, you can
run my_app.py:
linux> python my_app.py
24
Then you bundle it with PyInstaller like this (the first line is
severely simplified because I don't remember the necessary options):
linux> python pyinstaller.py my_app.py
linux> ./my_app
24
In this case, my_app.py is the "small Python bootloader". my_library.pyx
contains the super secret source code that is now hidden. The key idea
is that you point PyInstaller at my_app.py as the "base file" to be bundled.
My scheme never created any .pyd files, it created .so files instead.
Zak Fallows
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