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408 lines
13 KiB
408 lines
13 KiB
# =========================================================================
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# NTWIN32.MAK - Win32 application master NMAKE definitions file for the
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# Microsoft Win32 SDK for Windows NT programming samples
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# -------------------------------------------------------------------------
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# This files should be included at the top of all MAKEFILEs as follows:
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# !include <ntwin32.mak>
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# -------------------------------------------------------------------------
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# NMAKE Options
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#
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# Use the table below to determine the additional options for NMAKE to
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# generate various application debugging, profiling and performance tuning
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# information.
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#
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# Application Information Type Invoke NMAKE
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# ---------------------------- ------------
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# For No Debugging Info nmake nodebug=1
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# For Working Set Tuner Info nmake tune=1
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# For Call Attributed Profiling Info nmake profile=1
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#
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# Note: Working Set Tuner and Call Attributed Profiling is for available
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# for the Intel x86 and Pentium systems.
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#
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# Note: The three options above are mutually exclusive (you may use only
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# one to compile/link the application).
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#
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# Note: creating the environment variables NODEBUG, TUNE, and PROFILE is an
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# alternate method to setting these options via the nmake command line.
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#
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# Additional NMAKE Options Invoke NMAKE
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# ---------------------------- ------------
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# For No ANSI NULL Compliance nmake no_ansi=1
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# (ANSI NULL is defined as PVOID 0)
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#
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# =========================================================================
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# -------------------------------------------------------------------------
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# Get CPU Type - exit if CPU environment variable is not defined
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# -------------------------------------------------------------------------
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# Intel i386, i486, and Pentium systems
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!IF "$(CPU)" == "i386"
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CPUTYPE = 1
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!ENDIF
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# MIPS R4x000 systems
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!IF "$(CPU)" == "MIPS"
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CPUTYPE = 2
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!ENDIF
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# Digital Alpha AXP systems
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!IF "$(CPU)" == "ALPHA"
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CPUTYPE = 3
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!ENDIF
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!IFNDEF CPUTYPE
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!ERROR Must specify CPU environment variable ( CPU=i386, CPU=MIPS, CPU=ALPHA)
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!ENDIF
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# -------------------------------------------------------------------------
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# Platform Dependent Binaries Declarations
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#
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# If you are using the old MIPS compiler then define the following:
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# cc = cc
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# cvtobj = mip2coff
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# -------------------------------------------------------------------------
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# binary declarations for use on Intel i386, i486, and Pentium systems
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!IF "$(CPU)" == "i386"
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cc = cl
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# for compatibility with older-style makefiles
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cvtobj = REM !!! CVTOBJ is no longer necessary - please remove !!!
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cvtres = REM !!! CVTRES is no longer necessary - please remove !!!
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!ENDIF
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# binary declarations for use on self hosted MIPS R4x000 systems
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!IF "$(CPU)" == "MIPS"
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cc = cl
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# for compatibility with older-style makefiles
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cvtobj = REM !!! CVTOBJ is no longer necessary - please remove !!!
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cvtres = REM !!! CVTRES is no longer necessary - please remove !!!
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!ENDIF
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# binary declarations for use on self hosted Digital Alpha AXP systems
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!IF "$(CPU)" == "ALPHA"
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cc = claxp
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# for compatibility with older-style makefiles
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cvtobj = REM !!! CVTOBJ is no longer necessary - please remove !!!
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cvtres = REM !!! CVTRES is no longer necessary - please remove !!!
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!ENDIF
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# binary declarations common to all platforms
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rc = rc
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hc = hc
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link = link
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implib = lib
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# -------------------------------------------------------------------------
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# Platform Dependent Compile Flags - must be specified after $(cc)
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#
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# Note: Debug switches are on by default for current release
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#
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# These switches allow for source level debugging with WinDebug for local
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# and global variables.
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#
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# Both compilers now use the same front end - you must still define either
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# _X86_, _MIPS_, or _ALPHA_. These have replaced the i386, MIPS, and ALPHA
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# definitions which are not ANSI compliant.
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#
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# Common compiler flags:
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# -c - compile without linking
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# -W3 - Set warning level to level 3
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# -Zi - generate debugging information
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# -Od - disable all optimizations
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# -Ox - use maximum optimizations
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# -Zd - generate only public symbols and line numbers for debugging
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#
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# i386 specific compiler flags:
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# -Gz - stdcall
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#
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# MS MIPS specific compiler flags:
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# none.
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#
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# *** OLD MIPS ONLY ***
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#
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# The following definitions are for the old MIPS compiler:
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#
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# OLD MIPS compiler flags:
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# -c - compile without linking
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# -std - produce warnings for non-ANSI standard source code
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# -g2 - produce a symbol table for debugging
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# -O - invoke the global optimizer
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# -EL - produce object modules targeted for
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# "little-endian" byte ordering
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#
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# If you are using the old MIPS compiler then define the following:
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#
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# # OLD MIPS Complile Flags
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# !IF 0
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# !IF "$(CPU)" == "MIPS"
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# cflags = -c -std -o $(*B).obj -EL -DMIPS=1 -D_MIPS_=1
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# !IFDEF NODEBUG
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# cdebug =
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# !ELSE
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# cdebug = -g2
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# !ENDIF
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# !ENDIF
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# !ENDIF
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#
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# -------------------------------------------------------------------------
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# declarations common to all compiler options
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ccommon = -c -W3
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!IF "$(CPU)" == "i386"
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cflags = $(ccommon) -D_X86_=1
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scall = -Gz
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!ELSE
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!IF "$(CPU)" == "MIPS"
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cflags = $(ccommon) -D_MIPS_=1
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!ELSE
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!IF "$(CPU)" == "ALPHA"
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cflags = $(ccommon) -D_ALPHA_=1
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!ENDIF
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!ENDIF
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scall =
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!ENDIF
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!IF "$(CPU)" == "i386"
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!IFDEF NODEBUG
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cdebug = -Ox
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!ELSE
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!IFDEF PROFILE
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cdebug = -Gh -Zd -Ox
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!ELSE
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!IFDEF TUNE
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cdebug = -Gh -Zd -Ox
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!ELSE
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cdebug = -Z7 -Od
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!ENDIF
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!ENDIF
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!ENDIF
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!ELSE
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!IFDEF NODEBUG
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cdebug = -Ox
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!ELSE
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cdebug = -Z7 -Od
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!ENDIF
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!ENDIF
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# -------------------------------------------------------------------------
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# Target Module & Subsystem Dependent Compile Defined Variables - must be
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# specified after $(cc)
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#
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# The following table indicates the various acceptable combinations of
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# the C Run-Time libraries LIBC, LIBCMT, and CRTDLL respect to the creation
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# of a EXE and/or DLL target object. The appropriate compiler flag macros
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# that should be used for each combination are also listed.
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#
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# Link EXE Create Exe Link DLL Create DLL
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# with Using with Using
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# ----------------------------------------------------
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# LIBC CVARS None None *
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# LIBC CVARS LIBC CVARS
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# LIBC CVARS LIBCMT CVARSMT
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# LIBCMT CVARSMT None None *
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# LIBCMT CVARSMT LIBC CVARS
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# LIBCMT CVARSMT LIBCMT CVARSMT
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# CRTDLL CVARSDLL None None *
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# CRTDLL CVARSDLL LIBC CVARS
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# CRTDLL CVARSDLL LIBCMT CVARSMT
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# CRTDLL CVARSDLL CRTDLL CVARSDLL *
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#
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# * - Denotes the Recommended Configuration
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#
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# When building single-threaded applications you can link your executable
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# with either LIBC, LIBCMT, or CRTDLL, although LIBC will provide the best
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# performance.
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#
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# When building multi-threaded applications, either LIBCMT or CRTDLL can
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# be used as the C-Runtime library, as both are multi-thread safe.
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#
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# Note: Any executable which accesses a DLL linked with CRTDLL.LIB must
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# also link with CRTDLL.LIB instead of LIBC.LIB or LIBCMT.LIB.
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# When using DLLs, it is recommended that all of the modules be
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# linked with CRTDLL.LIB.
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#
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# Note: The macros of the form xDLL are used when linking the object with
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# the DLL version of the C Run-Time (that is, CRTDLL.LIB). They are
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# not used when the target object is itself a DLL.
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#
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# -------------------------------------------------------------------------
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!IFDEF NO_ANSI
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noansi = -DNULL=0
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!ENDIF
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# for Windows applications that use the C Run-Time libraries
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cvars = -DWIN32 $(noansi)
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cvarsmt = $(cvars) -D_MT
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cvarsdll = $(cvarsmt) -D_DLL
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# for compatibility with older-style makefiles
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cvarsmtdll = $(cvarsmt) -D_DLL
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# for POSIX applications
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psxvars = -D_POSIX_
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# resource compiler
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rcvars = -DWIN32 $(noansi)
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# -------------------------------------------------------------------------
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# Platform Dependent Link Flags - must be specified after $(link)
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#
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# Note: $(DLLENTRY) should be appended to each -entry: flag on the link
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# line.
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#
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# Note: When creating a DLL that uses C Run-Time functions it is
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# recommended to include the entry point function of the name DllMain
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# in the DLL's source code. Also, the MAKEFILE should include the
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# -entry:_DllMainCRTStartup$(DLLENTRY) option for the creation of
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# this DLL. (The C Run-Time entry point _DllMainCRTStartup in turn
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# calls the DLL defined DllMain entry point.)
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#
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# -------------------------------------------------------------------------
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# declarations common to all linker options
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lcommon = /NODEFAULTLIB /INCREMENTAL:NO /PDB:NONE
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# declarations for use on Intel i386, i486, and Pentium systems
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!IF "$(CPU)" == "i386"
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DLLENTRY = @12
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lflags = $(lcommon) -align:0x1000
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!ENDIF
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# declarations for use on self hosted MIPS R4x000 systems
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!IF "$(CPU)" == "MIPS"
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DLLENTRY =
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lflags = $(lcommon)
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!ENDIF
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# declarations for use on self hosted Digital Alpha AXP systems
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!IF "$(CPU)" == "ALPHA"
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DLLENTRY =
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lflags = $(lcommon)
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!ENDIF
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# -------------------------------------------------------------------------
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# Target Module Dependent Link Debug Flags - must be specified after $(link)
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#
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# These switches allow the inclusion of the necessary symbolic information
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# for source level debugging with WinDebug, profiling and/or performance
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# tuning.
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#
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# Note: Debug switches are on by default.
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# -------------------------------------------------------------------------
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!IF "$(CPU)" == "i386"
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!IFDEF NODEBUG
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ldebug =
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!ELSE
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!IFDEF PROFILE
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ldebug = -debug:mapped,partial -debugtype:coff
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!ELSE
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!IFDEF TUNE
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ldebug = -debug:mapped,partial -debugtype:coff
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!ELSE
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ldebug = -debug:full -debugtype:cv
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!ENDIF
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!ENDIF
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!ENDIF
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!ELSE
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!IFDEF NODEBUG
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ldebug =
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!ELSE
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ldebug = -debug:full -debugtype:cv
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!ENDIF
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!ENDIF
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# for compatibility with older-style makefiles
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linkdebug = $(ldebug)
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# -------------------------------------------------------------------------
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# Subsystem Dependent Link Flags - must be specified after $(link)
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#
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# These switches allow for source level debugging with WinDebug for local
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# and global variables. They also provide the standard application type and
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# entry point declarations.
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# -------------------------------------------------------------------------
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# for Windows applications that use the C Run-Time libraries
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conlflags = $(lflags) -subsystem:console -entry:mainCRTStartup
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guilflags = $(lflags) -subsystem:windows -entry:WinMainCRTStartup
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# for POSIX applications
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psxlflags = $(lflags) -subsystem:posix -entry:__PosixProcessStartup
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# for compatibility with older-style makefiles
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conflags = $(conlflags)
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guiflags = $(guilflags)
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psxflags = $(psxlflags)
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# -------------------------------------------------------------------------
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# C Run-Time Target Module Dependent Link Libraries
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#
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# Below is a table which describes which libraries to use depending on the
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# target module type, although the table specifically refers to Graphical
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# User Interface apps, the exact same dependencies apply to Console apps.
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# That is, you could replace all occurrences of 'GUI' with 'CON' in the
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# following:
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#
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# Desired CRT Libraries Desired CRT Libraries
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# Library to link Library to link
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# for EXE with EXE for DLL with DLL
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# ----------------------------------------------------
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# LIBC GUILIBS None None *
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# LIBC GUILIBS LIBC GUILIBS
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# LIBC GUILIBS LIBCMT GUILIBSMT
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# LIBCMT GUILIBSMT None None *
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# LIBCMT GUILIBSMT LIBC GUILIBS
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# LIBCMT GUILIBSMT LIBCMT GUILIBSMT
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# CRTDLL GUILIBSDLL None None *
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# CRTDLL GUILIBSDLL LIBC GUILIBS
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# CRTDLL GUILIBSDLL LIBCMT GUILIBSMT
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# CRTDLL GUILIBSDLL CRTDLL GUILIBSDLL *
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#
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# * - Recommended Configurations.
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#
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# Note: Any executable which accesses a DLL linked with CRTDLL.LIB must
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# also link with CRTDLL.LIB instead of LIBC.LIB or LIBCMT.LIB.
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#
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# Note: For POSIX applications, link with $(psxlibs).
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#
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# -------------------------------------------------------------------------
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# optional profiling and tuning libraries
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!IF "$(CPU)" == "i386"
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!IFDEF PROFILE
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optlibs = cap.lib
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!ELSE
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!IFDEF TUNE
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optlibs = wst.lib
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!ELSE
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optlibs =
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!ENDIF
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!ENDIF
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!ELSE
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optlibs =
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!ENDIF
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# basic subsystem specific libraries, less the C Run-Time
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baselibs = kernel32.lib $(optlibs) advapi32.lib
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winlibs = $(baselibs) user32.lib gdi32.lib comdlg32.lib winspool.lib
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# for Windows applications that use the C Run-Time libraries
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conlibs = libc.lib $(baselibs)
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conlibsmt = libcmt.lib $(baselibs)
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conlibsdll = crtdll.lib $(baselibs)
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guilibs = libc.lib $(winlibs)
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guilibsmt = libcmt.lib $(winlibs)
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guilibsdll = crtdll.lib $(winlibs)
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# for OLE2 applications
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ole2libs = ole32.lib uuid.lib oleaut32.lib $(guilibs)
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ole2libsmt = ole32.lib uuid.lib oleaut32.lib $(guilibsmt)
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ole2libsdll = ole32.lib uuid.lib oleaut32.lib $(guilibsdll)
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# for POSIX applications
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psxlibs = libcpsx.lib psxdll.lib psxrtl.lib
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