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If a resource compiler is available, use it to add a UTF-8 resource to the GNU Make executable on Windows. As a result, GNU Make will use UTF-8 as its ANSI code page, enabling it to work with UTF-8 encoded Makefiles, understand UTF-8 paths passed to it, etc. These build process changes apply to all 3 ways that GNU Make can be built for Windows: 1) configure 2) Basic.mk 3) build_w32.bat When building with Visual Studio the resource compiler should always be available. When building with GCC or TCC, it depends on the availability of 'windres'. If a resource compiler is not available, don't fail the build but just proceed without the UTF-8 resource, effectively ignoring this feature. The UTF-8 resource only has an effect when GNU Make is running on a minimum target version of Windows Version 1903 (May 2019 Update). When the built GNU Make is running on an earlier version of Windows, the embedded UTF-8 resource has no effect. Code page information is added to --version output to tell users what code pages are being used by any combination of GNU Make build (with or without the UTF-8 resource) and Windows version that GNU Make is running on (earlier than 1903 or not). * README.git: Fix a typo. * configure.ac: Search for windres and set WINDRES / HAVE_WINDRES. * Makefile.am: Add manifest and resource files to EXTRA_DIST and add a windres invocation to build them. * build_w32.bat: Add support to build resource files. * src/main.c (print_version): Add codepage info to Windows output. * src/w32/utf8.manifest: Add a windres manifest file. * src/w32/utf8.rc: Add a windres resource file. * Basic.mk.template: Add support for building resource files. * mk/Windows32.mk: Support windres resource files. * .gitignore: Ignore TCC output directories. |
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doc | ||
gl | ||
mk | ||
po | ||
scripts | ||
src | ||
tests | ||
.ccls | ||
.dir-locals.el | ||
.gitignore | ||
AUTHORS | ||
autogen.sh | ||
autopull.sh | ||
Basic.mk.template | ||
bootstrap | ||
bootstrap-funclib.sh | ||
bootstrap.bat | ||
bootstrap.conf | ||
build_w32.bat | ||
build.cfg.in | ||
build.sh | ||
builddos.bat | ||
ChangeLog.1 | ||
ChangeLog.2 | ||
ChangeLog.3 | ||
configure.ac | ||
COPYING | ||
maintMakefile | ||
make-gdb.py | ||
Makefile.am | ||
makefile.com | ||
NEWS | ||
prepare_vms.com | ||
README.customs | ||
README.DOS | ||
README.git | ||
README.in | ||
README.OS2 | ||
README.VMS | ||
README.W32 | ||
README.zOS | ||
TODO.private | ||
vms_export_symbol_test.com |
-*-text-*- GNU Make has been ported to z/OS, tested on z/OS V2R4. PREREQUISITES ------------- Building GNU Make requires certain tools be installed on your z/OS system. These tools can be downloaded from: https://github.com/ZOSOpenTools For detailed instructions on how to set up these tools, visit https://zosopentools.github.io/meta/#/Guides/Pre-req You will need curl, tar, and gzip to download and unpack the GNU Make release package, but presumably you've already worked this out if you're reading this document! You will need the IBM C/C++ compiler. You can download a web deliverable add-on feature to your XL C/C++ compiler here: https://www-40.ibm.com/servers/resourcelink/svc00100.nsf/pages/xlCC++V241ForZOsV24 Alternatively, you can install and manage C/C++ for Open Enterprise Languages on z/OS using RedHat OpenShift Container Platform and IBM Z and Cloud Modernization Stack. GNU Make has a dependency on the ZOSLIB library, which is documented here: https://zosopentools.github.io/meta/#/Guides/Zoslib. To obtain the latest release of zoslib, you can download it from here: https://github.com/ZOSOpenTools/zoslibport/releases. BUILDING -------- If you are trying to build from a checked-out Git workspace, see README.git. Before building GNU Make, you will need to ensure that the following environment variables are set, to turn on z/OS enhanced ASCII support: export _BPXK_AUTOCVT=ON export _CEE_RUNOPTS="$_CEE_RUNOPTS FILETAG(AUTOCVT,AUTOTAG) POSIX(ON)" export _TAG_REDIR_ERR=txt export _TAG_REDIR_IN=txt export _TAG_REDIR_OUT=txt To ensure proper functioning of xlclang, set the following environment variables before building: export _CC_CCMODE=1 export _C89_CCMODE=1 export _CXX_CCMODE=1 Set PATH_TO_ZOSLIB to the location of your zoslib installation; e.g.: PATH_TO_ZOSLIB=$HOME/zopen/prod/zoslib Invoke ./configure as follows: ./configure \ CC=xlclang \ CPPFLAGS="-DNSIG=42 -D_XOPEN_SOURCE=600 -D_ALL_SOURCE -D_OPEN_SYS_FILE_EXT=1 -D_AE_BIMODAL=1 -D_ENHANCED_ASCII_EXT=0xFFFFFFF -DZOSLIB_OVERRIDE_CLIB=1" \ CFLAGS="-qascii -std=gnu11 -qnocsect -qenum=int -I$PATH_TO_ZOSLIB/include" \ LDFLAGS="-L$PATH_TO_ZOSLIB/lib" \ LIBS="-lzoslib $PATH_TO_ZOSLIB/lib/CXXRT64.x" If you have an instance of make already available you can build with: make If not, you can build with: ./build.sh TESTING ------- To run the regression tests you'll need to install Perl and enable it. Then you can run: ./make check INSTALLING ---------- Copy the "make" program to wherever you want it to be installed, on your PATH.