dccd59cf69
* bin/hb-mkdyn.sh
* bin/hb-mkdyn.bat
* source/vm/maindllp.c
* utils/hbmk2/hbmk2.prg
+ Renamed all Windows Harbour .dlls to harbour-11.dll and
harbourmt-11.dll. This means that MinGW will now have a versioned
name to be in sync with other builds. It also means that
-vc, -pocc, -ow postfixes are gone (and additionally DMC
could also be supported). What remains is -x64 to
signal an x64 and -ia64 to signal a IA64 build. Another thing
which remains is -b32 (now renamed to -bcc to be in sync with
rest of Harbour), because Borland has an non-standard
name mangling, and while it can be made work with other
compilers since the calling convention is the same, it requires
the .dll user applications to be rebuilt with some implib tricks.
Overall Borland isn't recommended for .dll creation.
Please do further tests for binary compatibility.
; TOFIX: Location of .dll still differs for mingw/cygwin, they
are created in lib while rest of compilers create it in
bin. I think we should sync them by creating a copy
of the .dlls in bin for mingw/cygwin. Przemek, could
you help here?
; TOFIX: "Making <dllname>..." screen messages. I'll need some
help here also.
* bin/hb-mkdyn.sh
* ${MAJOR} default set to 1.
* make_gnu_os2.cmd
* Minor formatting.
* contrib/hbgd/gdwrp.c
! Minor correction to recent change. (avoiding warning for MinGW)
63 lines
2.3 KiB
Batchfile
63 lines
2.3 KiB
Batchfile
@rem
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@rem $Id$
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@rem
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@echo off
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rem Minimal initialization of environment variables for OS2 GCC build
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rem for further information about see make_gnu.bat
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if "%HB_ARCHITECTURE%" == "" set HB_ARCHITECTURE=os2
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if "%HB_COMPILER%" == "" set HB_COMPILER=gcc
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rem Set to constant value to be consistent with the non-GNU make files.
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if "%HB_BIN_INSTALL%" == "" set HB_BIN_INSTALL=%HB_INSTALL_PREFIX%\bin
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if "%HB_LIB_INSTALL%" == "" set HB_LIB_INSTALL=%HB_INSTALL_PREFIX%\lib
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if "%HB_INC_INSTALL%" == "" set HB_INC_INSTALL=%HB_INSTALL_PREFIX%\include
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if "%HB_DOC_INSTALL%" == "" set HB_DOC_INSTALL=%HB_INSTALL_PREFIX%\doc
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rem Try to create install dirs.
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if not exist %HB_BIN_INSTALL%\*.* md %HB_BIN_INSTALL%
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if not exist %HB_LIB_INSTALL%\*.* md %HB_LIB_INSTALL%
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if not exist %HB_INC_INSTALL%\*.* md %HB_INC_INSTALL%
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if not exist %HB_DOC_INSTALL%\*.* md %HB_DOC_INSTALL%
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rem In GCC3.2.2 the TCP/IP headers and libraries scheme have been changed.
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rem The default is the current OS/2 tcpip toolkit (BSD 4.4 based).
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rem To target the older OS/2 tcpip stack (BSD 4.3 based) and create
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rem binaries which can be executed also on older OS2 versions you must
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rem define TCPV40HDRS before including any TCP/IP headers and make
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rem sure usr/lib/tcpipv4 is searched before usr/lib (this is to
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rem get the right libsocket). It is recommended to use the -D
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rem compiler option for the define and either the LIBRARY_PATH or
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rem the -L compiler/linker option for the library.
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rem For building Harbour you can also use HB_USER_LDFLAGS environment variable,
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rem f.e.
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rem set HB_USER_LDFLAGS=-Le:\usr\lib\tcpipv4
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rem
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rem If you are using newer OS2 version with tcp/ip stack >= 4.1
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rem (eComStation, for example) and you do not need backward binary
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rem compatibility then you can disable it by setting HB_OS2_TCP32
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rem environment variable, f.e.
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rem set HB_OS2_TCP32=yes
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if "%HB_OS2_TCP32%" == "yes" goto tcp32
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if "%HB_OS2_TCP32%" == "YES" goto tcp32
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set HB_USER_CFLAGS=-DTCPV40HDRS %HB_USER_CFLAGS%
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:tcp32
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set _HB_HARBOUR_OLD=%HARBOUR%
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set _HB_CLIPPER_OLD=%CLIPPER%
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set HARBOUR=
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set CLIPPER=
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make %HB_USER_MAKEFLAGS% %1 %2 %3 %4 %5 %6 %7 %8 %9
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set HARBOUR=%_HB_HARBOUR_OLD%
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set CLIPPER=%_HB_CLIPPER_OLD%
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set _HB_HARBOUR_OLD=
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set _HB_CLIPPER_OLD=
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