Tool for patching paths in binary and text files of Qt Framework
CMake or qmake is used to build this project.
A compiler that supports C++11 is required.
Instructions for CMake:
Unix-like | Windows (in VS command prompt) | Note |
---|---|---|
cd /path/to/patcher | cd -d X:\path\to\patcher | |
mkdir ../build | md ..\build | |
cd ../build | cd ..\build | |
cmake ../patcher | cmake ..\patcher -G "NMake Makefiles JOM" | Windows: or -G "MinGW Makefiles" if MinGW is used |
make | nmake | Windows: jom can also be used. Use mingw32-make if MinGW is used |
and the qtbinpatcher(.exe) executable is generated in the build directory.
Instructions for qmake:
Unix-like | Windows (in VS command prompt) | Note |
---|---|---|
cd /path/to/patcher | cd -d X:\path\to\patcher | |
mkdir ../build | md ..\build | |
cd ../build | cd ..\build | |
qmake ../patcher | qmake ..\patcher -spec win32-msvc2015 | Windows: change "win32-msvc2015" according to your qt installation |
make | nmake | Windows: jom can also be used. Use mingw32-make if MinGW is used |
Unix-like | Windows |
---|---|
cp qtbinpatcher /path/to/qt | copy /y qtbinpatcher.exe X:\path\to\qt |
cd /path/to/qt | X:\ && cd \path\to\qt |
./qtbinpatcher | qtbinpatcher |
To use QtBinPatcher for a cross-compiled Qt, note that the cross-compiled target libs should not be patched by this software.
We use precompiler-macro to deal with this condition.
Add a parameter to CMake/qmake executable to compile a version of QtBinPatcher for cross-compiled Qt, e.g.:
cmake ../patcher -G "NMake Makefiles JOM" -DQTBINPATCHER_QTCROSS=True
qmake ../patcher -spec win32-msvc2015 CONFIG+=qtcross
When build succeed, using "./qtbinpatcher --help"(or "qtbinpatcher.exe --help" for windows) to check if it is built for cross compiled Qt.