# This is the original manually generated Makefile. It may still be used # to build the collector. # # Primary targets: # gc.a - builds basic library # c++ - adds C++ interface to library # cords - adds cords (heavyweight strings) to library # test - prints porting information, then builds basic version of gc.a, # and runs some tests of collector and cords. Does not add cords or # c++ interface to gc.a # cord/de - builds dumb editor based on cords. ABI_FLAG= CC=cc $(ABI_FLAG) CXX=g++ $(ABI_FLAG) AS=as $(ABI_FLAG) # The above doesn't work with gas, which doesn't run cpp. # Define AS as `gcc -c -x assembler-with-cpp' instead. # Under Irix 6, you will have to specify the ABI (-o32, -n32, or -64) # if you use something other than the default ABI on your machine. # Redefining srcdir allows object code for the nonPCR version of the collector # to be generated in different directories. srcdir= . VPATH= $(srcdir) CFLAGS= -O -I$(srcdir)/include -DATOMIC_UNCOLLECTABLE -DNO_SIGNALS -DNO_EXECUTE_PERMISSION -DSILENT -DALL_INTERIOR_POINTERS # To build the parallel collector on Linux, add to the above: # -DGC_LINUX_THREADS -DPARALLEL_MARK -DTHREAD_LOCAL_ALLOC # To build the parallel collector n a static library on HP/UX, add to the above: # -DGC_HPUX_THREADS -DPARALLEL_MARK -DTHREAD_LOCAL_ALLOC -DUSE_HPUX_TLS -D_POSIX_C_SOURCE=199506L # HOSTCC and HOSTCFLAGS are used to build executables that will be run as # part of the build process, i.e. on the build machine. These will usually # be the same as CC and CFLAGS, except in a cross-compilation environment. # Note that HOSTCFLAGS should include any -D flags that affect thread support. HOSTCC=$(CC) HOSTCFLAGS=$(CFLAGS) # For dynamic library builds, it may be necessary to add flags to generate # PIC code, e.g. -fPIC on Linux. # Setjmp_test may yield overly optimistic results when compiled # without optimization. # These define arguments influence the collector configuration: # -DSILENT disables statistics printing, and improves performance. # -DFIND_LEAK causes GC_find_leak to be initially set. # This causes the collector to assume that all inaccessible # objects should have been explicitly deallocated, and reports exceptions. # Finalization and the test program are not usable in this mode. # -DGC_SOLARIS_THREADS enables support for Solaris (thr_) threads. # (Clients should also define GC_SOLARIS_THREADS and then include # gc.h before performing thr_ or dl* or GC_ operations.) # Must also define -D_REENTRANT. # -DGC_SOLARIS_PTHREADS enables support for Solaris pthreads. # Define SOLARIS_THREADS as well. # -DGC_IRIX_THREADS enables support for Irix pthreads. See README.irix. # -DGC_HPUX_THREADS enables support for HP/UX 11 pthreads. # Also requires -D_REENTRANT or -D_POSIX_C_SOURCE=199506L. See README.hp. # -DGC_LINUX_THREADS enables support for Xavier Leroy's Linux threads. # see README.linux. -D_REENTRANT may also be required. # -DALL_INTERIOR_POINTERS allows all pointers to the interior # of objects to be recognized. (See gc_priv.h for consequences.) # Alternatively, GC_all_interior_pointers can be set at process # initialization time. # -DSMALL_CONFIG tries to tune the collector for small heap sizes, # usually causing it to use less space in such situations. # Incremental collection no longer works in this case. # -DLARGE_CONFIG tunes the collector for unusually large heaps. # Necessary for heaps larger than about 500 MB on most machines. # Recommended for heaps larger than about 64 MB. # -DDONT_ADD_BYTE_AT_END is meaningful only with -DALL_INTERIOR_POINTERS or # GC_all_interior_pointers = 1. Normally -DALL_INTERIOR_POINTERS # causes all objects to be padded so that pointers just past the end of # an object can be recognized. This can be expensive. (The padding # is normally more than one byte due to alignment constraints.) # -DDONT_ADD_BYTE_AT_END disables the padding. # -DNO_SIGNALS does not disable signals during critical parts of # the GC process. This is no less correct than many malloc # implementations, and it sometimes has a significant performance # impact. However, it is dangerous for many not-quite-ANSI C # programs that call things like printf in asynchronous signal handlers. # This is on by default. Turning it off has not been extensively tested with # compilers that reorder stores. It should have been. # -DNO_EXECUTE_PERMISSION may cause some or all of the heap to not # have execute permission, i.e. it may be impossible to execute # code from the heap. Currently this only affects the incremental # collector on UNIX machines. It may greatly improve its performance, # since this may avoid some expensive cache synchronization. # -DGC_NO_OPERATOR_NEW_ARRAY declares that the C++ compiler does not support # the new syntax "operator new[]" for allocating and deleting arrays. # See gc_cpp.h for details. No effect on the C part of the collector. # This is defined implicitly in a few environments. Must also be defined # by clients that use gc_cpp.h. # -DREDIRECT_MALLOC=X causes malloc, realloc, and free to be defined # as aliases for X, GC_realloc, and GC_free, respectively. # Calloc is redefined in terms of the new malloc. X should # be either GC_malloc or GC_malloc_uncollectable, or # GC_debug_malloc_replacement. (The latter invokes GC_debug_malloc # with dummy source location information, but still results in # properly remembered call stacks on Linux/X86 and Solaris/SPARC.) # The former is occasionally useful for working around leaks in code # you don't want to (or can't) look at. It may not work for # existing code, but it often does. Neither works on all platforms, # since some ports use malloc or calloc to obtain system memory. # (Probably works for UNIX, and win32.) # -DREDIRECT_REALLOC=X causes GC_realloc to be redirected to X. # The canonical use is -DREDIRECT_REALLOC=GC_debug_realloc_replacement, # together with -DREDIRECT_MALLOC=GC_debug_malloc_replacement to # generate leak reports with call stacks for both malloc and realloc. # -DIGNORE_FREE turns calls to free into a noop. Only useful with # -DREDIRECT_MALLOC. # -DNO_DEBUGGING removes GC_dump and the debugging routines it calls. # Reduces code size slightly at the expense of debuggability. # -DJAVA_FINALIZATION makes it somewhat safer to finalize objects out of # order by specifying a nonstandard finalization mark procedure (see # finalize.c). Objects reachable from finalizable objects will be marked # in a sepearte postpass, and hence their memory won't be reclaimed. # Not recommended unless you are implementing a language that specifies # these semantics. Since 5.0, determines only only the initial value # of GC_java_finalization variable. # -DFINALIZE_ON_DEMAND causes finalizers to be run only in response # to explicit GC_invoke_finalizers() calls. # In 5.0 this became runtime adjustable, and this only determines the # initial value of GC_finalize_on_demand. # -DATOMIC_UNCOLLECTABLE includes code for GC_malloc_atomic_uncollectable. # This is useful if either the vendor malloc implementation is poor, # or if REDIRECT_MALLOC is used. # -DHBLKSIZE=ddd, where ddd is a power of 2 between 512 and 16384, explicitly # sets the heap block size. Each heap block is devoted to a single size and # kind of object. For the incremental collector it makes sense to match # the most likely page size. Otherwise large values result in more # fragmentation, but generally better performance for large heaps. # -DUSE_MMAP use MMAP instead of sbrk to get new memory. # Works for Solaris and Irix. # -DUSE_MUNMAP causes memory to be returned to the OS under the right # circumstances. This currently disables VM-based incremental collection. # This is currently experimental, and works only under some Unix and # Linux versions. # -DMMAP_STACKS (for Solaris threads) Use mmap from /dev/zero rather than # GC_scratch_alloc() to get stack memory. # -DPRINT_BLACK_LIST Whenever a black list entry is added, i.e. whenever # the garbage collector detects a value that looks almost, but not quite, # like a pointer, print both the address containing the value, and the # value of the near-bogus-pointer. Can be used to identifiy regions of # memory that are likely to contribute misidentified pointers. # -DKEEP_BACK_PTRS Add code to save back pointers in debugging headers # for objects allocated with the debugging allocator. If all objects # through GC_MALLOC with GC_DEBUG defined, this allows the client # to determine how particular or randomly chosen objects are reachable # for debugging/profiling purposes. The gc_backptr.h interface is # implemented only if this is defined. # -DGC_ASSERTIONS Enable some internal GC assertion checking. Currently # this facility is only used in a few places. It is intended primarily # for debugging of the garbage collector itself, but could also # -DDBG_HDRS_ALL Make sure that all objects have debug headers. Increases # the reliability (from 99.9999% to 100%) of some of the debugging # code (especially KEEP_BACK_PTRS). Makes -DSHORT_DBG_HDRS possible. # Assumes that all client allocation is done through debugging # allocators. # -DSHORT_DBG_HDRS Assume that all objects have debug headers. Shorten # the headers to minimize object size, at the expense of checking for # writes past the end of an object. This is intended for environments # in which most client code is written in a "safe" language, such as # Scheme or Java. Assumes that all client allocation is done using # the GC_debug_ functions, or through the macros that expand to these, # or by redirecting malloc to GC_debug_malloc_replacement. # (Also eliminates the field for the requested object size.) # occasionally be useful for debugging of client code. Slows down the # collector somewhat, but not drastically. # -DSAVE_CALL_COUNT=<n> Set the number of call frames saved with objects # allocated through the debugging interface. Affects the amount of # information generated in leak reports. Only matters on platforms # on which we can quickly generate call stacks, currently Linux/(X86 & SPARC) # and Solaris/SPARC. Turns on call chain saving on X86. On X86, client # code should NOT be compiled with -fomit-frame-pointer. # -DCHECKSUMS reports on erroneously clear dirty bits, and unexpectedly # altered stubborn objects, at substantial performance cost. # Use only for debugging of the incremental collector. # -DGC_GCJ_SUPPORT includes support for gcj (and possibly other systems # that include a pointer to a type descriptor in each allocated object). # Building this way requires an ANSI C compiler. # -DUSE_I686_PREFETCH causes the collector to issue Pentium III style # prefetch instructions. No effect except on X86 Linux platforms. # Assumes a very recent gcc-compatible compiler and assembler. # (Gas prefetcht0 support was added around May 1999.) # Empirically the code appears to still run correctly on Pentium II # processors, though with no performance benefit. May not run on other # X86 processors? In some cases this improves performance by # 15% or so. # -DUSE_3DNOW_PREFETCH causes the collector to issue AMD 3DNow style # prefetch instructions. Same restrictions as USE_I686_PREFETCH. # UNTESTED!! # -DGC_USE_LD_WRAP in combination with the gld flags listed in README.linux # causes the collector some system and pthread calls in a more transparent # fashion than the usual macro-based approach. Requires GNU ld, and # currently probably works only with Linux. # -DTHREAD_LOCAL_ALLOC defines GC_local_malloc(), GC_local_malloc_atomic() # and GC_local_gcj_malloc(). Needed for gc_gcj.h interface. These allocate # in a way that usually does not involve acquisition of a global lock. # Currently requires -DGC_LINUX_THREADS, but should be easy to port to # other pthreads environments. Recommended for multiprocessors. # -DPARALLEL_MARK allows the marker to run in multiple threads. Recommended # for multiprocessors. Currently requires Linux on X86 or IA64, though # support for other Posix platforms should be fairly easy to add, # if the thread implementation is otherwise supported. # -DNO_GETENV prevents the collector from looking at environment variables. # These may otherwise alter its configuration, or turn off GC altogether. # I don't know of a reason to disable this, except possibly if the # resulting process runs as a privileged user? # -DSTUBBORN_ALLOC allows allocation of "hard to change" objects, and thus # makes incremental collection easier. Was enabled by default until 6.0. # Rarely used, to my knowledge. # CXXFLAGS= $(CFLAGS) AR= ar RANLIB= ranlib OBJS= alloc.o reclaim.o allchblk.o misc.o mach_dep.o os_dep.o mark_rts.o headers.o mark.o obj_map.o blacklst.o finalize.o new_hblk.o dbg_mlc.o malloc.o stubborn.o checksums.o solaris_threads.o irix_threads.o linux_threads.o typd_mlc.o ptr_chck.o mallocx.o solaris_pthreads.o gcj_mlc.o specific.o gc_dlopen.o CSRCS= reclaim.c allchblk.c misc.c alloc.c mach_dep.c os_dep.c mark_rts.c headers.c mark.c obj_map.c pcr_interface.c blacklst.c finalize.c new_hblk.c real_malloc.c dyn_load.c dbg_mlc.c malloc.c stubborn.c checksums.c solaris_threads.c irix_threads.c linux_threads.c typd_mlc.c ptr_chck.c mallocx.c solaris_pthreads.c gcj_mlc.c specific.c gc_dlopen.c CORD_SRCS= cord/cordbscs.c cord/cordxtra.c cord/cordprnt.c cord/de.c cord/cordtest.c include/cord.h include/ec.h include/private/cord_pos.h cord/de_win.c cord/de_win.h cord/de_cmds.h cord/de_win.ICO cord/de_win.RC CORD_OBJS= cord/cordbscs.o cord/cordxtra.o cord/cordprnt.o SRCS= $(CSRCS) mips_sgi_mach_dep.s rs6000_mach_dep.s alpha_mach_dep.s \ sparc_mach_dep.s include/gc.h include/gc_typed.h \ include/private/gc_hdrs.h include/private/gc_priv.h \ include/private/gcconfig.h include/private/gc_pmark.h \ include/gc_inl.h include/gc_inline.h include/gc_mark.h \ threadlibs.c if_mach.c if_not_there.c gc_cpp.cc include/gc_cpp.h \ gcname.c include/weakpointer.h include/private/gc_locks.h \ gcc_support.c mips_ultrix_mach_dep.s include/gc_alloc.h \ include/new_gc_alloc.h include/javaxfc.h sparc_sunos4_mach_dep.s \ sparc_netbsd_mach_dep.s \ include/private/solaris_threads.h include/gc_backptr.h \ hpux_test_and_clear.s include/gc_gcj.h \ include/gc_local_alloc.h include/private/dbg_mlc.h \ include/private/specific.h powerpc_macosx_mach_dep.s \ include/leak_detector.h include/gc_amiga_redirects.h \ include/gc_pthread_redirects.h $(CORD_SRCS) DOC_FILES= README.QUICK doc/README.Mac doc/README.MacOSX doc/README.OS2 \ doc/README.amiga doc/README.cords doc/debugging.html \ doc/README.dj doc/README.hp doc/README.linux doc/README.rs6000 \ doc/README.sgi doc/README.solaris2 doc/README.uts \ doc/README.win32 doc/barrett_diagram doc/README \ doc/README.contributors doc/README.changes doc/gc.man \ doc/README.environment doc/tree.html doc/gcdescr.html \ doc/README.autoconf doc/README.macros TESTS= tests/test.c tests/test_cpp.cc tests/trace_test.c \ tests/leak_test.c tests/thread_leak_test.c GNU_BUILD_FILES= configure.in Makefile.am configure acinclude.m4 \ libtool.m4 install-sh configure.host Makefile.in \ aclocal.m4 config.sub config.guess ltconfig \ ltmain.sh mkinstalldirs OTHER_MAKEFILES= OS2_MAKEFILE NT_MAKEFILE NT_THREADS_MAKEFILE gc.mak \ BCC_MAKEFILE EMX_MAKEFILE WCC_MAKEFILE Makefile.dj \ PCR-Makefile SMakefile.amiga Makefile.DLLs \ digimars.mak Makefile.direct # Makefile and Makefile.direct are copies of each other. OTHER_FILES= Makefile setjmp_t.c callprocs pc_excludes \ MacProjects.sit.hqx MacOS.c \ Mac_files/datastart.c Mac_files/dataend.c \ Mac_files/MacOS_config.h Mac_files/MacOS_Test_config.h \ add_gc_prefix.c gc_cpp.cpp win32_threads.c \ version.h AmigaOS.c \ $(TESTS) $(GNU_BUILD_FILES) $(OTHER_MAKEFILES) CORD_INCLUDE_FILES= $(srcdir)/include/gc.h $(srcdir)/include/cord.h \ $(srcdir)/include/ec.h $(srcdir)/include/private/cord_pos.h UTILS= if_mach if_not_there threadlibs # Libraries needed for curses applications. Only needed for de. CURSES= -lcurses -ltermlib # The following is irrelevant on most systems. But a few # versions of make otherwise fork the shell specified in # the SHELL environment variable. SHELL= /bin/sh SPECIALCFLAGS = -I$(srcdir)/include # Alternative flags to the C compiler for mach_dep.c. # Mach_dep.c often doesn't like optimization, and it's # not time-critical anyway. # Set SPECIALCFLAGS to -q nodirect_code on Encore. all: gc.a gctest BSD-pkg-all: bsd-libgc.a bsd-libgc.a: $(MAKE) CFLAGS="$(CFLAGS)" clean c++-t mv gc.a bsd-libgc.a BSD-pkg-install: BSD-pkg-all ${CP} bsd-libgc.a libgc.a ${INSTALL_DATA} libgc.a ${PREFIX}/lib ${INSTALL_DATA} gc.h gc_cpp.h ${PREFIX}/include pcr: PCR-Makefile include/private/gc_private.h include/private/gc_hdrs.h \ include/private/gc_locks.h include/gc.h include/private/gcconfig.h \ mach_dep.o $(SRCS) $(MAKE) -f PCR-Makefile depend $(MAKE) -f PCR-Makefile $(OBJS) tests/test.o dyn_load.o dyn_load_sunos53.o: \ $(srcdir)/include/private/gc_priv.h \ $(srcdir)/include/private/gc_hdrs.h $(srcdir)/include/private/gc_locks.h \ $(srcdir)/include/gc.h \ $(srcdir)/include/private/gcconfig.h $(srcdir)/include/gc_typed.h \ Makefile # The dependency on Makefile is needed. Changing # options such as -DSILENT affects the size of GC_arrays, # invalidating all .o files that rely on gc_priv.h mark.o typd_mlc.o finalize.o ptr_chck.o: $(srcdir)/include/gc_mark.h $(srcdir)/include/private/gc_pmark.h specific.o linux_threads.o: $(srcdir)/include/private/specific.h solaris_threads.o solaris_pthreads.o: $(srcdir)/include/private/solaris_threads.h dbg_mlc.o gcj_mlc.o: $(srcdir)/include/private/dbg_mlc.h tests/test.o: tests $(srcdir)/tests/test.c $(CC) $(CFLAGS) -c $(srcdir)/tests/test.c mv test.o tests/test.o tests: mkdir tests base_lib gc.a: $(OBJS) dyn_load.o $(UTILS) echo > base_lib rm -f dont_ar_1 ./if_mach SPARC SUNOS5 touch dont_ar_1 ./if_mach SPARC SUNOS5 $(AR) rus gc.a $(OBJS) dyn_load.o ./if_mach M68K AMIGA touch dont_ar_1 ./if_mach M68K AMIGA $(AR) -vrus gc.a $(OBJS) dyn_load.o ./if_not_there dont_ar_1 $(AR) ru gc.a $(OBJS) dyn_load.o ./if_not_there dont_ar_1 $(RANLIB) gc.a || cat /dev/null # ignore ranlib failure; that usually means it doesn't exist, and isn't needed cords: $(CORD_OBJS) cord/cordtest $(UTILS) rm -f dont_ar_3 ./if_mach SPARC SUNOS5 touch dont_ar_3 ./if_mach SPARC SUNOS5 $(AR) rus gc.a $(CORD_OBJS) ./if_mach M68K AMIGA touch dont_ar_3 ./if_mach M68K AMIGA $(AR) -vrus gc.a $(CORD_OBJS) ./if_not_there dont_ar_3 $(AR) ru gc.a $(CORD_OBJS) ./if_not_there dont_ar_3 $(RANLIB) gc.a || cat /dev/null gc_cpp.o: $(srcdir)/gc_cpp.cc $(srcdir)/include/gc_cpp.h $(srcdir)/include/gc.h Makefile $(CXX) -c $(CXXFLAGS) $(srcdir)/gc_cpp.cc test_cpp: $(srcdir)/tests/test_cpp.cc $(srcdir)/include/gc_cpp.h gc_cpp.o $(srcdir)/include/gc.h \ base_lib $(UTILS) rm -f test_cpp ./if_mach HP_PA HPUX $(CXX) $(CXXFLAGS) -o test_cpp $(srcdir)/tests/test_cpp.cc gc_cpp.o gc.a -ldld `./threadlibs` ./if_not_there test_cpp $(CXX) $(CXXFLAGS) -o test_cpp $(srcdir)/tests/test_cpp.cc gc_cpp.o gc.a `./threadlibs` c++-t: c++ ./test_cpp 1 c++-nt: c++ @echo "Use ./test_cpp 1 to test the leak library" c++: gc_cpp.o $(srcdir)/include/gc_cpp.h test_cpp rm -f dont_ar_4 ./if_mach SPARC SUNOS5 touch dont_ar_4 ./if_mach SPARC SUNOS5 $(AR) rus gc.a gc_cpp.o ./if_mach M68K AMIGA touch dont_ar_4 ./if_mach M68K AMIGA $(AR) -vrus gc.a gc_cpp.o ./if_not_there dont_ar_4 $(AR) ru gc.a gc_cpp.o ./if_not_there dont_ar_4 $(RANLIB) gc.a || cat /dev/null ./test_cpp 1 echo > c++ dyn_load_sunos53.o: dyn_load.c $(CC) $(CFLAGS) -DSUNOS53_SHARED_LIB -c $(srcdir)/dyn_load.c -o $@ # SunOS5 shared library version of the collector sunos5gc.so: $(OBJS) dyn_load_sunos53.o $(CC) -G -o sunos5gc.so $(OBJS) dyn_load_sunos53.o -ldl ln sunos5gc.so libgc.so # Alpha/OSF shared library version of the collector libalphagc.so: $(OBJS) ld -shared -o libalphagc.so $(OBJS) dyn_load.o -lc ln libalphagc.so libgc.so # IRIX shared library version of the collector libirixgc.so: $(OBJS) dyn_load.o ld -shared $(ABI_FLAG) -o libirixgc.so $(OBJS) dyn_load.o -lc ln libirixgc.so libgc.so # Linux shared library version of the collector liblinuxgc.so: $(OBJS) dyn_load.o gcc -shared -o liblinuxgc.so $(OBJS) dyn_load.o ln liblinuxgc.so libgc.so # Alternative Linux rule. This is preferable, but is likely to break the # Makefile for some non-linux platforms. # LIBOBJS= $(patsubst %.o, %.lo, $(OBJS)) # #.SUFFIXES: .lo $(SUFFIXES) # #.c.lo: # $(CC) $(CFLAGS) $(CPPFLAGS) -fPIC -c $< -o $@ # # liblinuxgc.so: $(LIBOBJS) dyn_load.lo # gcc -shared -Wl,-soname=libgc.so.0 -o libgc.so.0 $(LIBOBJS) dyn_load.lo # touch liblinuxgc.so mach_dep.o: $(srcdir)/mach_dep.c $(srcdir)/mips_sgi_mach_dep.s $(srcdir)/mips_ultrix_mach_dep.s \ $(srcdir)/rs6000_mach_dep.s $(srcdir)/powerpc_macosx_mach_dep.s $(UTILS) rm -f mach_dep.o ./if_mach MIPS IRIX5 $(AS) -o mach_dep.o $(srcdir)/mips_sgi_mach_dep.s ./if_mach MIPS RISCOS $(AS) -o mach_dep.o $(srcdir)/mips_ultrix_mach_dep.s ./if_mach MIPS ULTRIX $(AS) -o mach_dep.o $(srcdir)/mips_ultrix_mach_dep.s ./if_mach RS6000 "" $(AS) -o mach_dep.o $(srcdir)/rs6000_mach_dep.s ./if_mach POWERPC MACOSX $(AS) -o mach_dep.o $(srcdir)/powerpc_macosx_mach_dep.s # ./if_mach ALPHA "" $(AS) -o mach_dep.o $(srcdir)/alpha_mach_dep.s # alpha_mach_dep.s assumes that pointers are not saved in fp registers. # Gcc on a 21264 can spill pointers to fp registers. Oops. ./if_mach SPARC SUNOS5 $(AS) -o mach_dep.o $(srcdir)/sparc_mach_dep.s ./if_mach SPARC SUNOS4 $(AS) -o mach_dep.o $(srcdir)/sparc_sunos4_mach_dep.s ./if_mach SPARC OPENBSD $(AS) -o mach_dep.o $(srcdir)/sparc_sunos4_mach_dep.s ./if_mach SPARC NETBSD $(AS) -o mach_dep.o $(srcdir)/sparc_netbsd_mach_dep.s ./if_not_there mach_dep.o $(CC) -c $(SPECIALCFLAGS) $(srcdir)/mach_dep.c mark_rts.o: $(srcdir)/mark_rts.c $(UTILS) rm -f mark_rts.o -./if_mach ALPHA OSF1 $(CC) -c $(CFLAGS) -Wo,-notail $(srcdir)/mark_rts.c ./if_not_there mark_rts.o $(CC) -c $(CFLAGS) $(srcdir)/mark_rts.c # Work-around for DEC optimizer tail recursion elimination bug. # The ALPHA-specific line should be removed if gcc is used. alloc.o: version.h cord: mkdir cord cord/cordbscs.o: cord $(srcdir)/cord/cordbscs.c $(CORD_INCLUDE_FILES) $(CC) $(CFLAGS) -c -I$(srcdir) $(srcdir)/cord/cordbscs.c mv cordbscs.o cord/cordbscs.o # not all compilers understand -o filename cord/cordxtra.o: cord $(srcdir)/cord/cordxtra.c $(CORD_INCLUDE_FILES) $(CC) $(CFLAGS) -c -I$(srcdir) $(srcdir)/cord/cordxtra.c mv cordxtra.o cord/cordxtra.o cord/cordprnt.o: cord $(srcdir)/cord/cordprnt.c $(CORD_INCLUDE_FILES) $(CC) $(CFLAGS) -c -I$(srcdir) $(srcdir)/cord/cordprnt.c mv cordprnt.o cord/cordprnt.o cord/cordtest: $(srcdir)/cord/cordtest.c $(CORD_OBJS) gc.a $(UTILS) rm -f cord/cordtest ./if_mach SPARC DRSNX $(CC) $(CFLAGS) -o cord/cordtest $(srcdir)/cord/cordtest.c $(CORD_OBJS) gc.a -lucb ./if_mach HP_PA HPUX $(CC) $(CFLAGS) -o cord/cordtest $(srcdir)/cord/cordtest.c $(CORD_OBJS) gc.a -ldld `./threadlibs` ./if_mach M68K AMIGA $(CC) $(CFLAGS) -UGC_AMIGA_MAKINGLIB -o cord/cordtest $(srcdir)/cord/cordtest.c $(CORD_OBJS) gc.a `./threadlibs` ./if_not_there cord/cordtest $(CC) $(CFLAGS) -o cord/cordtest $(srcdir)/cord/cordtest.c $(CORD_OBJS) gc.a `./threadlibs` cord/de: $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a $(UTILS) rm -f cord/de ./if_mach SPARC DRSNX $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a $(CURSES) -lucb `./threadlibs` ./if_mach HP_PA HPUX $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a $(CURSES) -ldld `./threadlibs` ./if_mach RS6000 "" $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a -lcurses ./if_mach POWERPC MACOSX $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a ./if_mach I386 LINUX $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a -lcurses `./threadlibs` ./if_mach ALPHA LINUX $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a -lcurses `./threadlibs` ./if_mach IA64 LINUX $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a -lcurses `./threadlibs` ./if_mach M68K AMIGA $(CC) $(CFLAGS) -UGC_AMIGA_MAKINGLIB -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a -lcurses ./if_not_there cord/de $(CC) $(CFLAGS) -o cord/de $(srcdir)/cord/de.c cord/cordbscs.o cord/cordxtra.o gc.a $(CURSES) `./threadlibs` if_mach: $(srcdir)/if_mach.c $(srcdir)/include/private/gcconfig.h $(HOSTCC) $(HOSTCFLAGS) -o if_mach $(srcdir)/if_mach.c threadlibs: $(srcdir)/threadlibs.c $(srcdir)/include/private/gcconfig.h Makefile $(HOSTCC) $(HOSTCFLAGS) -o threadlibs $(srcdir)/threadlibs.c if_not_there: $(srcdir)/if_not_there.c $(HOSTCC) $(HOSTCFLAGS) -o if_not_there $(srcdir)/if_not_there.c clean: rm -f gc.a *.o *.exe tests/*.o gctest gctest_dyn_link test_cpp \ setjmp_test mon.out gmon.out a.out core if_not_there if_mach \ threadlibs $(CORD_OBJS) cord/cordtest cord/de -rm -f *~ gctest: tests/test.o gc.a $(UTILS) rm -f gctest ./if_mach SPARC DRSNX $(CC) $(CFLAGS) -o gctest tests/test.o gc.a -lucb ./if_mach HP_PA HPUX $(CC) $(CFLAGS) -o gctest tests/test.o gc.a -ldld `./threadlibs` ./if_mach M68K AMIGA $(CC) $(CFLAGS) -UGC_AMIGA_MAKINGLIB -o gctest tests/test.o gc.a `./threadlibs` ./if_not_there gctest $(CC) $(CFLAGS) -o gctest tests/test.o gc.a `./threadlibs` # If an optimized setjmp_test generates a segmentation fault, # odds are your compiler is broken. Gctest may still work. # Try compiling setjmp_t.c unoptimized. setjmp_test: $(srcdir)/setjmp_t.c $(srcdir)/include/gc.h $(UTILS) $(CC) $(CFLAGS) -o setjmp_test $(srcdir)/setjmp_t.c test: KandRtest cord/cordtest cord/cordtest # Those tests that work even with a K&R C compiler: KandRtest: setjmp_test gctest ./setjmp_test ./gctest add_gc_prefix: $(srcdir)/add_gc_prefix.c $(srcdir)/version.h $(CC) -o add_gc_prefix $(srcdir)/add_gc_prefix.c gcname: $(srcdir)/gcname.c $(srcdir)/version.h $(CC) -o gcname $(srcdir)/gcname.c gc.tar: $(SRCS) $(DOC_FILES) $(OTHER_FILES) add_gc_prefix gcname cp Makefile Makefile.old cp Makefile.direct Makefile rm -f `./gcname` ln -s . `./gcname` ./add_gc_prefix $(SRCS) $(DOC_FILES) $(OTHER_FILES) > /tmp/gc.tar-files tar cvfh gc.tar `cat /tmp/gc.tar-files` cp gc.tar `./gcname`.tar gzip `./gcname`.tar rm `./gcname` pc_gc.tar: $(SRCS) $(OTHER_FILES) tar cvfX pc_gc.tar pc_excludes $(SRCS) $(OTHER_FILES) floppy: pc_gc.tar -mmd a:/cord -mmd a:/cord/private -mmd a:/include -mmd a:/include/private mkdir /tmp/pc_gc cat pc_gc.tar | (cd /tmp/pc_gc; tar xvf -) -mcopy -tmn /tmp/pc_gc/* a: -mcopy -tmn /tmp/pc_gc/cord/* a:/cord -mcopy -mn /tmp/pc_gc/cord/de_win.ICO a:/cord -mcopy -tmn /tmp/pc_gc/cord/private/* a:/cord/private -mcopy -tmn /tmp/pc_gc/include/* a:/include -mcopy -tmn /tmp/pc_gc/include/private/* a:/include/private rm -r /tmp/pc_gc gc.tar.Z: gc.tar compress gc.tar gc.tar.gz: gc.tar gzip gc.tar lint: $(CSRCS) tests/test.c lint -DLINT $(CSRCS) tests/test.c | egrep -v "possible pointer alignment problem|abort|exit|sbrk|mprotect|syscall|change in ANSI|improper alignment" # BTL: added to test shared library version of collector. # Currently works only under SunOS5. Requires GC_INIT call from statically # loaded client code. ABSDIR = `pwd` gctest_dyn_link: tests/test.o libgc.so $(CC) -L$(ABSDIR) -R$(ABSDIR) -o gctest_dyn_link tests/test.o -lgc -ldl -lthread gctest_irix_dyn_link: tests/test.o libirixgc.so $(CC) -L$(ABSDIR) -o gctest_irix_dyn_link tests/test.o -lirixgc # The following appear to be dead, especially since libgc_globals.h # is apparently lost. test_dll.o: tests/test.c libgc_globals.h $(CC) $(CFLAGS) -DGC_USE_DLL -c tests/test.c -o test_dll.o test_dll: test_dll.o libgc_dll.a libgc.dll $(CC) test_dll.o -L$(ABSDIR) -lgc_dll -o test_dll SYM_PREFIX-libgc=GC # Uncomment the following line to build a GNU win32 DLL # include Makefile.DLLs reserved_namespace: $(SRCS) for file in $(SRCS) tests/test.c tests/test_cpp.cc; do \ sed s/GC_/_GC_/g < $$file > tmp; \ cp tmp $$file; \ done user_namespace: $(SRCS) for file in $(SRCS) tests/test.c tests/test_cpp.cc; do \ sed s/_GC_/GC_/g < $$file > tmp; \ cp tmp $$file; \ done