newlib-2.4.0/configure -target=$TARGET -prefix=$PREFIXĬd. gcc-5.3.0/configure -target=$TARGET -prefix=$PREFIX -with-cpu=440fp -enable-languages=c,c++ -disable-multilib -with-gcc -with-gnu-ld -with-gnu-as -with-stabs -disable-shared -enable-threads -disable-nls -with-newlib binutils-2.26/configure -prefix=$PREFIX -target=$TARGET -disable-nls -disable-shared -with-gcc -with-gnu-as -with-gnu-ld -with-stabs -disable-multilib -enable-thmake all-gccreads This shell will be used later on to compile the FM binaries.Ħ.Build the binaries by executing the following msys commands, in this order: You might want to create a shortcut on the desktop for easy access.
#Mingw tutorial install#
%MINGW_HOME%\bin\mingw-get install mingw32-base mingw32-gcc-g++ mingw-developer-toolkit mpc-dev mpfr-dev gmp-devĢ.Go to the %MINGW_HOME%\msys\1.0\bin directory and run bash -c 'mount -replace "%MINGW_HOME%" /mingw'.īash -c 'mount -replace "%MINGW_HOME%" /mingw'ģ.Open an MSYS shell.
#Mingw tutorial manual#
Manual cross-compiler buildġ.Using either the MinGW GUI or the CLI, install the following packages: NOTEIf you installed MinGW in another directory other than the default ( C:\MinGW), set the %MINGW_HOME% environment variable to that path before running the script. Automated cross-compiler buildġ.Copy the files crossc.cmd and crossgcc.mak from C:\Program Files\SafeNet\Protect Toolkit 5\FM SDK\gcc_fm\ into the %SRC% folder.
>complete the steps manually by following the instructions below. >run the provided script that builds and installs the cross-compiler and sets the MinGW environment, or For the automated scripts to work, the %MINGW_HOME% environment variable must also be set to the install directory. NOTEIf you install MinGW in another directory, ensure that the path does not contain spaces. This directory will be referred to as %MINGW_HOME%. Install MinGW in the default directory ( C:\MinGW) or a directory of your choice. Ensure that the %SRC% path has no spaces. This will be referred to as the %SRC% folder. Download MinGW and the toolchain source codeįollow the "Download" link and find the source snapshots in the newlib ftp directory.Įxtract the binutils, gcc and newlib source files into the same folder.
#Mingw tutorial code#
The process includes these general steps:ġ.Download the required binaries and source code (See Download MinGW and the toolchain source code).Ģ.Build the cross-compiler (See Build and install the cross-compiler).ģ.Add the ProtectServer paths to the MSYS environment (See Set the MSYS environment to include the FMDIR and CPROVDIR directories). These instructions have been adapted from
#Mingw tutorial how to#
This chapter provides instructions on how to set up an MSYS environment with a cross-compiler that is appropriate for the PCIe hardware, and configuring the environment to correctly build the FM binaries.
If you want a GUI based solution, install DevCPP IDE and then re-make.Setting up an MSYS environment and cross-compiler Then cd to your directory, where you have the makefile and Try using mingw32-make.exe makefile.in or simply make.exe makefile.in(depending on executables in C:\MinGW\bin). So,look into C:\MinGW\bin directory and first make sure what make executable, have you installed.(make.exe or mingw32-make.exe)īefore using MinGW, you should add C:\MinGW\bin to the PATH environment variable using the instructions mentioned at Based on this, the MinGW developers/maintainers/packagers decided it would be best to rename the native version so that both the "native" version and the MSYS version could be present at the same time without file name collision. This port operates more as make was intended to operate and gives less headaches during execution. There also exists a version of make in the MSYS distribution that is dependent on the MSYS runtime. The "native" (i.e.: MSVCRT dependent) port of make is lacking in some functionality and has modified functionality due to the lack of POSIX on Win32. What's the difference between make and mingw32-make?