2014-10-29 22:14:14 +00:00
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# Makefile for NufxLib using Microsoft Visual C++. This builds the library
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# as a static lib and as a DLL, and builds all samples. The test-basic
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# sample is built twice, once with the static lib, and once with the DLL.
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2000-05-23 01:55:31 +00:00
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#
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2014-10-30 18:40:14 +00:00
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# Tested with VS 2013 Pro. From the "VS2013 x86 Native Tools Command
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# Prompt", run "nmake -f makefile.msc".
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2000-05-23 01:55:31 +00:00
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#
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2014-10-29 22:14:14 +00:00
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# If you're including zlib support, place copies of zlib.h, zconf.h,
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# and the zlib library in this directory.
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2000-05-23 01:55:31 +00:00
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#
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2014-10-29 22:14:14 +00:00
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# Adapted from zlib's Makefile.msc.
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2000-05-23 01:55:31 +00:00
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#
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2014-10-29 22:14:14 +00:00
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TOP = .
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STATICLIB = nufxlib2.lib
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SHAREDLIB = nufxlib2.dll
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IMPLIB = nufxdll.lib
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CC = cl
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LD = link
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AR = lib
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# C compiler flags
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# -Fd: rename PDB file from "VCx0.pdb" (where 'x' is the version number);
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# allows DLL debug info to be separate from app debug info
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# -Ox: full optimization
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# -Oy-: disable frame pointer omission (for easier debugging)
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# -MD: create a multithreaded DLL using MSVCRT.lib; alternatively,
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# use -MDd to create a debug executable with MSVCRTD.lib
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# -nologo: suppress display of copyright banner
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# -W3: set warning level to 3 (all production-level warnings)
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# -Zi: generate a PDB file with full debugging info
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#
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# The OPTFLAGSTR define is used by Version.c to show how the library was
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# built. Defining NUFXLIB_EXPORTS enables the __declspec(dllexport)
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# macros that are required for creating the DLL.
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OPTFLAGS = -Ox -Oy-
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2014-10-30 18:40:14 +00:00
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CFLAGS = -nologo -MD -W3 $(OPTFLAGS) -Zi -Fd"nufxlib"
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LIB_CFLAGS = -DOPTFLAGSTR="\"$(OPTFLAGS)\"" #-DNUFXLIB_EXPORTS
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2014-10-29 22:14:14 +00:00
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# Warning suppression flags
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WFLAGS = -D_CRT_SECURE_NO_DEPRECATE -D_CRT_NONSTDC_NO_DEPRECATE
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# Linker flags
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# -debug: creates debugging info for EXE or DLL in PDB file
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# -incremental:no: disable incremental linking, making the resulting library
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# a tad smaller
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# -nologo: suppress display of copyright banner
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# -opt:ref: eliminates unreferenced functions and data (default for non-debug
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# builds, but we've enabled debug info)
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LDFLAGS = -nologo -debug -incremental:no -opt:ref
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# Library creator flags
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ARFLAGS = -nologo
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ZLIB=1
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!ifdef ZLIB
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# enable deflate support; requires zlib
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CFLAGS = $(CFLAGS) -DENABLE_DEFLATE
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LDFLAGS = $(LDFLAGS) zlib.lib
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2002-12-06 01:04:20 +00:00
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!endif
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2000-05-23 01:55:31 +00:00
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# object files
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Distinguish Unicode and Mac OS Roman strings
NufxLib has historically made no effort to distinguish between
the character set used for filenames on the local disk, and for
filenames stored within the archive. Now all Unicode filename
strings use the UNICHAR type and have "UNI" in the name, and all
Mac OS Roman strings have "MOR" in the name. (The naming
convention makes it obvious when you're assigning the wrong thing;
on Linux both formats are char*, so the compiler won't tell you
if you get it wrong.)
The distinction is necessary because filesystems generally support
Unicode these days, but on Windows you need to use a separate
set of wide-character file I/O functions. (On Linux it all works
with "narrow" strings, and the UTF-8 encoding is interpreted by
applications.) The character set used for NuFX archive filenames
is MOR, matching what GS/OS + HFS supported, and we want to be able
to convert back and forth between MOR and a Unicode representation.
This change updates the various character types and string names,
adds conversion functions, and updates NuLib2 for proper execution
on Linux. It does not include the (probably extensive) changes
required for Windows UTF-16 support. Instead, the conversion
functions are no-ops, which should result in NuLib2 for Windows
continuing to behave in the same slightly broken way.
This adds "test-names", which exercises Unicode filenames a bit.
It will not pass on Win32.
Also, tweaked the Linux makefiles to have explicit dependencies,
rather than empty space and an expectation that "makedepend" exists.
Also, minor source code cleanups.
While this probably doesn't affect binary compatibility -- it's
mainly a matter of naming and string interpretation -- there's
enough going on that it should be considered an API revision, so
this updates the version to 3.0.0.
2014-12-24 19:14:32 +00:00
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OBJS = Archive.obj ArchiveIO.obj Bzip2.obj Charset.obj Compress.obj \
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Crc16.obj Debug.obj Deferred.obj Deflate.obj Entry.obj Expand.obj \
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FileIO.obj Funnel.obj Lzc.obj Lzw.obj MiscStuff.obj MiscUtils.obj \
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Record.obj SourceSink.obj Squeeze.obj Thread.obj Value.obj Version.obj
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2014-10-29 22:14:14 +00:00
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# build targets -- static library, dynamic library, and test programs
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all: $(STATICLIB) $(SHAREDLIB) $(IMPLIB) \
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Distinguish Unicode and Mac OS Roman strings
NufxLib has historically made no effort to distinguish between
the character set used for filenames on the local disk, and for
filenames stored within the archive. Now all Unicode filename
strings use the UNICHAR type and have "UNI" in the name, and all
Mac OS Roman strings have "MOR" in the name. (The naming
convention makes it obvious when you're assigning the wrong thing;
on Linux both formats are char*, so the compiler won't tell you
if you get it wrong.)
The distinction is necessary because filesystems generally support
Unicode these days, but on Windows you need to use a separate
set of wide-character file I/O functions. (On Linux it all works
with "narrow" strings, and the UTF-8 encoding is interpreted by
applications.) The character set used for NuFX archive filenames
is MOR, matching what GS/OS + HFS supported, and we want to be able
to convert back and forth between MOR and a Unicode representation.
This change updates the various character types and string names,
adds conversion functions, and updates NuLib2 for proper execution
on Linux. It does not include the (probably extensive) changes
required for Windows UTF-16 support. Instead, the conversion
functions are no-ops, which should result in NuLib2 for Windows
continuing to behave in the same slightly broken way.
This adds "test-names", which exercises Unicode filenames a bit.
It will not pass on Win32.
Also, tweaked the Linux makefiles to have explicit dependencies,
rather than empty space and an expectation that "makedepend" exists.
Also, minor source code cleanups.
While this probably doesn't affect binary compatibility -- it's
mainly a matter of naming and string interpretation -- there's
enough going on that it should be considered an API revision, so
this updates the version to 3.0.0.
2014-12-24 19:14:32 +00:00
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exerciser.exe imgconv.exe launder.exe test-basic.exe test-basic-d.exe \
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test-extract.exe test-names.exe test-simple.exe test-twirl.exe
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2014-10-29 22:14:14 +00:00
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clean:
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-del *.obj *.pdb *.exp
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-del $(STATICLIB) $(SHAREDLIB) $(IMPLIB)
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$(STATICLIB): $(OBJS)
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$(AR) $(ARFLAGS) -out:$@ $(OBJS)
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$(IMPLIB): $(SHAREDLIB)
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$(SHAREDLIB): $(OBJS)
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2014-10-30 18:40:14 +00:00
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$(LD) $(LDFLAGS) -dll -def:nufxlib.def -implib:$(IMPLIB) -out:$@ \
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$(OBJS)
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2014-10-29 22:14:14 +00:00
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exerciser.exe: Exerciser.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ Exerciser.obj $(STATICLIB)
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imgconv.exe: ImgConv.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ ImgConv.obj $(STATICLIB)
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launder.exe: Launder.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ Launder.obj $(STATICLIB)
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test-basic.exe: TestBasic.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ TestBasic.obj $(STATICLIB)
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test-basic-d.exe: TestBasic.obj $(IMPLIB)
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$(LD) $(LDFLAGS) -out:$@ TestBasic.obj $(IMPLIB)
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test-extract.exe: TestExtract.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ TestExtract.obj $(STATICLIB)
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Distinguish Unicode and Mac OS Roman strings
NufxLib has historically made no effort to distinguish between
the character set used for filenames on the local disk, and for
filenames stored within the archive. Now all Unicode filename
strings use the UNICHAR type and have "UNI" in the name, and all
Mac OS Roman strings have "MOR" in the name. (The naming
convention makes it obvious when you're assigning the wrong thing;
on Linux both formats are char*, so the compiler won't tell you
if you get it wrong.)
The distinction is necessary because filesystems generally support
Unicode these days, but on Windows you need to use a separate
set of wide-character file I/O functions. (On Linux it all works
with "narrow" strings, and the UTF-8 encoding is interpreted by
applications.) The character set used for NuFX archive filenames
is MOR, matching what GS/OS + HFS supported, and we want to be able
to convert back and forth between MOR and a Unicode representation.
This change updates the various character types and string names,
adds conversion functions, and updates NuLib2 for proper execution
on Linux. It does not include the (probably extensive) changes
required for Windows UTF-16 support. Instead, the conversion
functions are no-ops, which should result in NuLib2 for Windows
continuing to behave in the same slightly broken way.
This adds "test-names", which exercises Unicode filenames a bit.
It will not pass on Win32.
Also, tweaked the Linux makefiles to have explicit dependencies,
rather than empty space and an expectation that "makedepend" exists.
Also, minor source code cleanups.
While this probably doesn't affect binary compatibility -- it's
mainly a matter of naming and string interpretation -- there's
enough going on that it should be considered an API revision, so
this updates the version to 3.0.0.
2014-12-24 19:14:32 +00:00
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test-names.exe: TestNames.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ TestNames.obj $(STATICLIB)
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2014-10-29 22:14:14 +00:00
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test-simple.exe: TestSimple.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ TestSimple.obj $(STATICLIB)
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test-twirl.exe: TestTwirl.obj $(STATICLIB)
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$(LD) $(LDFLAGS) -out:$@ TestTwirl.obj $(STATICLIB)
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# generic rules
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{$(TOP)}.c.obj:
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2014-10-30 18:40:14 +00:00
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$(CC) -c $(WFLAGS) $(CFLAGS) $(LIB_CFLAGS) $<
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2014-10-29 22:14:14 +00:00
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{$(TOP)/samples}.c.obj:
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$(CC) -c -I$(TOP) $(WFLAGS) $(CFLAGS) $<
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# dependency info
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COMMON_HDRS = NufxLibPriv.h NufxLib.h MiscStuff.h SysDefs.h
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Archive.obj: Archive.c $(COMMON_HDRS)
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ArchiveIO.obj: ArchiveIO.c $(COMMON_HDRS)
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Bzip2.obj: Bzip2.c $(COMMON_HDRS)
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Distinguish Unicode and Mac OS Roman strings
NufxLib has historically made no effort to distinguish between
the character set used for filenames on the local disk, and for
filenames stored within the archive. Now all Unicode filename
strings use the UNICHAR type and have "UNI" in the name, and all
Mac OS Roman strings have "MOR" in the name. (The naming
convention makes it obvious when you're assigning the wrong thing;
on Linux both formats are char*, so the compiler won't tell you
if you get it wrong.)
The distinction is necessary because filesystems generally support
Unicode these days, but on Windows you need to use a separate
set of wide-character file I/O functions. (On Linux it all works
with "narrow" strings, and the UTF-8 encoding is interpreted by
applications.) The character set used for NuFX archive filenames
is MOR, matching what GS/OS + HFS supported, and we want to be able
to convert back and forth between MOR and a Unicode representation.
This change updates the various character types and string names,
adds conversion functions, and updates NuLib2 for proper execution
on Linux. It does not include the (probably extensive) changes
required for Windows UTF-16 support. Instead, the conversion
functions are no-ops, which should result in NuLib2 for Windows
continuing to behave in the same slightly broken way.
This adds "test-names", which exercises Unicode filenames a bit.
It will not pass on Win32.
Also, tweaked the Linux makefiles to have explicit dependencies,
rather than empty space and an expectation that "makedepend" exists.
Also, minor source code cleanups.
While this probably doesn't affect binary compatibility -- it's
mainly a matter of naming and string interpretation -- there's
enough going on that it should be considered an API revision, so
this updates the version to 3.0.0.
2014-12-24 19:14:32 +00:00
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Charset.obj: Charset.c $(COMMON_HDRS)
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2014-10-29 22:14:14 +00:00
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Compress.obj: Compress.c $(COMMON_HDRS)
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Crc16.obj: Crc16.c $(COMMON_HDRS)
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Debug.obj: Debug.c $(COMMON_HDRS)
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Deferred.obj: Deferred.c $(COMMON_HDRS)
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Deflate.obj: Deflate.c $(COMMON_HDRS)
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Entry.obj: Entry.c $(COMMON_HDRS)
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Expand.obj: Expand.c $(COMMON_HDRS)
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FileIO.obj: FileIO.c $(COMMON_HDRS)
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Funnel.obj: Funnel.c $(COMMON_HDRS)
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Lzc.obj: Lzc.c $(COMMON_HDRS)
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Lzw.obj: Lzw.c $(COMMON_HDRS)
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MiscStuff.obj: MiscStuff.c $(COMMON_HDRS)
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MiscUtils.obj: MiscUtils.c $(COMMON_HDRS)
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Record.obj: Record.c $(COMMON_HDRS)
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SourceSink.obj: SourceSink.c $(COMMON_HDRS)
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Squeeze.obj: Squeeze.c $(COMMON_HDRS)
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Thread.obj: Thread.c $(COMMON_HDRS)
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Value.obj: Value.c $(COMMON_HDRS)
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Version.obj: Version.c $(COMMON_HDRS)
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Exerciser.obj: samples/Exerciser.c $(COMMON_HDRS)
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ImgConv.obj: samples/ImgConv.c $(COMMON_HDRS)
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Launder.obj: samples/Launder.c $(COMMON_HDRS)
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TestBasic.obj: samples/TestBasic.c $(COMMON_HDRS)
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TestExtract.obj: samples/TestExtract.c $(COMMON_HDRS)
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Distinguish Unicode and Mac OS Roman strings
NufxLib has historically made no effort to distinguish between
the character set used for filenames on the local disk, and for
filenames stored within the archive. Now all Unicode filename
strings use the UNICHAR type and have "UNI" in the name, and all
Mac OS Roman strings have "MOR" in the name. (The naming
convention makes it obvious when you're assigning the wrong thing;
on Linux both formats are char*, so the compiler won't tell you
if you get it wrong.)
The distinction is necessary because filesystems generally support
Unicode these days, but on Windows you need to use a separate
set of wide-character file I/O functions. (On Linux it all works
with "narrow" strings, and the UTF-8 encoding is interpreted by
applications.) The character set used for NuFX archive filenames
is MOR, matching what GS/OS + HFS supported, and we want to be able
to convert back and forth between MOR and a Unicode representation.
This change updates the various character types and string names,
adds conversion functions, and updates NuLib2 for proper execution
on Linux. It does not include the (probably extensive) changes
required for Windows UTF-16 support. Instead, the conversion
functions are no-ops, which should result in NuLib2 for Windows
continuing to behave in the same slightly broken way.
This adds "test-names", which exercises Unicode filenames a bit.
It will not pass on Win32.
Also, tweaked the Linux makefiles to have explicit dependencies,
rather than empty space and an expectation that "makedepend" exists.
Also, minor source code cleanups.
While this probably doesn't affect binary compatibility -- it's
mainly a matter of naming and string interpretation -- there's
enough going on that it should be considered an API revision, so
this updates the version to 3.0.0.
2014-12-24 19:14:32 +00:00
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TestNames.obj: samples/TestNames.c $(COMMON_HDRS)
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2014-10-29 22:14:14 +00:00
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TestSimple.obj: samples/TestSimple.c $(COMMON_HDRS)
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TestTwirl.obj: samples/TestTwirl.c $(COMMON_HDRS)
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2000-05-23 01:55:31 +00:00
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