7ba7267ac2
change /include and -I values from [.config] to [.config.] (this trailing period works with GNU C's preprocessor but not with VAX C's). From-SVN: r3375
362 lines
11 KiB
Plaintext
362 lines
11 KiB
Plaintext
$! Set the def dir to proper place for use in batch. Works for interactive too.
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$flnm = f$enviroment("PROCEDURE") ! get current procedure name
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$set default 'f$parse(flnm,,,"DEVICE")''f$parse(flnm,,,"DIRECTORY")'
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$!
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$ v=f$verify(0)
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$set symbol/scope=(nolocal,noglobal)
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$!
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$! CAUTION: If you want to link gcc-cc1 to the sharable image library
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$! VAXCRTL, see the notes in gcc.texinfo (or INSTALL) first.
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$!
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$! Build the GNU "C" compiler on VMS
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$!
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$! Note: to build with DEC's VAX C compiler, uncomment the 2nd CC, CFLAGS,
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$! and LIBS alternatives, and also execute the following command:
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$! DEFINE SYS SYS$LIBRARY:
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$! After a successful build, restore those items and rebuild with gcc.
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$
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$! C compiler
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$!
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$ CC := gcc
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$! CC := cc !uncomment for VAXC
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$ BISON := bison
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$ RENAME := rename/new_vers
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$ LINK := link
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$ EDIT := edit
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$!
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$! Compiler options
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$!
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$ CFLAGS = "/debug/cc1_options=""-mpcc-alignment""/incl=([],[.config.])"
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$! CFLAGS = "/noopt/incl=([],[.config])"
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$!
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$! Link options
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$!
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$ LDFLAGS := /nomap
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$!
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$! Link libraries
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$!
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$ LIBS := gnu_cc:[000000]gcclib.olb/libr,sys$library:vaxcrtl.olb/libr
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$! LIBS := alloca.obj,sys$library:vaxcrtl.olb/libr
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$!
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$!
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$! First we figure out what needs to be done. This is sort of like a limited
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$! make facility - the command line options specify exactly what components
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$! we want to build. The following options are understood:
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$!
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$! LINK: Assume that the object modules for the selected compiler(s)
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$! have already been compiled, perform link phase only.
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$!
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$! CC1: Compile and link "C" compiler.
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$!
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$! CC1PLUS:Compile and link "C++" compiler.
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$!
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$! CC1OBJ: Compile and link objective C compiler.
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$!
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$! ALL: Compile and link all of the CC1 passes.
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$!
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$! INDEPENDENT:
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$! Compile language independent source modules. (On by default).
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$!
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$! DEBUG: Link images with /debug.
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$!
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$! If you want to list more than one option, you should use a spaces to
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$! separate them.
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$!
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$! Any one of the above options can be prefaced with a "NO". For example,
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$! if you had already built GCC, and you wanted to build G++, you could use the
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$! "CC1PLUS NOINDEPENDENT" options, which would only compile the C++ language
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$! specific source files, and then link the C++ compiler.
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$!
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$! If you do not specify which compiler you want to build, it is assumed that
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$! you want to build GNU-C ("CC1").
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$!
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$! Now figure out what we have been requested to do.
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$p1 = p1+" "+p2+" "+p3+" "+p4+" "+p5+" "+p6+" "+p7
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$p1 = f$edit(p1,"COMPRESS")
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$i=0
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$DO_ALL = 0
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$DO_LINK = 0
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$DO_DEBUG = 0
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$open cfile$ compilers.list
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$cinit:read cfile$ compilername/end=cinit_done
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$DO_'compilername'=0
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$goto cinit
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$cinit_done: close cfile$
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$DO_INDEPENDENT = 1
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$DO_DEFAULT = 1
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$loop:
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$string = f$element(i," ",p1)
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$if string.eqs." " then goto done
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$flag = 1
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$if string.eqs."CC1PLUS" then DO_DEFAULT = 0
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$if string.eqs."CC1OBJ" then DO_DEFAULT = 0
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$if f$extract(0,2,string).nes."NO" then goto parse_option
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$ string=f$extract(2,f$length(string)-2,string)
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$ flag = 0
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$parse_option:
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$DO_'string' = flag
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$i=i+1
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$goto loop
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$!
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$done:
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$if DO_DEFAULT.eq.1 then DO_CC1 = 1
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$echo := write sys$Output
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$echo "This command file will now perform the following actions:
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$if DO_LINK.eq.1 then goto link_only
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$if DO_ALL.eq.1 then echo " Compile all language specific object modules."
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$if DO_CC1.eq.1 then echo " Compile C specific object modules."
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$if DO_CC1PLUS.eq.1 then echo " Compile C++ specific object modules."
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$if DO_CC1OBJ.eq.1 then echo " Compile obj-C specific object modules."
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$if DO_INDEPENDENT.eq.1 then echo " Compile language independent object modules."
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$link_only:
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$if DO_CC1.eq.1 then echo " Link C compiler (gcc-cc1.exe)."
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$if DO_CC1PLUS.eq.1 then echo " Link C++ compiler (gcc-cc1plus.exe)."
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$if DO_CC1OBJ.eq.1 then echo " Link objective-C compiler (gcc-cc1obj.exe)."
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$if DO_DEBUG.eq.1 then echo " Link images to run under debugger."
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$!
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$! Test and see if we need these messages or not. The -1 switch gives it away.
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$!
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$gas := $gnu_cc:[000000]gcc-as.exe
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$if f$search(gas-"$").eqs."" then goto gas_message !must be VAXC
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$define/user sys$error sys$scratch:gas_test.tmp
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$gas -1 nla0: -o nla0:
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$size=f$file_attributes("sys$scratch:gas_test.tmp","ALQ")
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$delete/nolog sys$scratch:gas_test.tmp;*
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$if size.eq.0 then goto no_message
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$gas_message:
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$type sys$input
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Note: GCC 2.0 treats external variables differently than GCC 1.40 does.
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Before you use GCC 2.0, you should obtain a version of the assembler which
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contains the patches to work with GCC 2.0 (GCC-AS 1.38 does not contain
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these patches - whatever comes after this probably will). The assembler
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in gcc-vms-1.40.tar.Z from prep does contain the proper patches.
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If you do not update the assembler, the compiler will still work,
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but `extern const' variables will be treated as `extern'. This will result
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in linker warning messages about mismatched psect attributes, and these
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variables will be placed in read/write storage.
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$!
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$no_message:
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$!
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$!
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$ if DO_DEBUG.eq.1 then LDFLAGS :='LDFLAGS'/debug
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$!
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$if DO_LINK.eq.1 then goto compile_cc1
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$if DO_INDEPENDENT.eq.1
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$ THEN
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$!
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$! Build alloca if necessary (in 'LIBS for use with VAXC)
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$!
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$ if f$locate("alloca.obj",f$edit(LIBS,"lowercase")).ge.f$length(LIBS) then -
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goto skip_alloca
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$ if f$search("alloca.obj").nes."" then - !does .obj exist? is it up to date?
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if f$cvtime(f$file_attributes("alloca.obj","RDT")).gts.-
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f$cvtime(f$file_attributes("alloca.c","RDT")) then goto skip_alloca
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$set verify
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$ 'CC 'CFLAGS /define="STACK_DIRECTION=(-1)" alloca.c
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$!'f$verify(0)
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$skip_alloca:
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$!
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$! First build a couple of header files from the machine description
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$! These are used by many of the source modules, so we build them now.
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$!
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$set verify
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$ 'CC 'CFLAGS rtl.C
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$ 'CC 'CFLAGS obstack.C
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$!'f$verify(0)
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$! Generate insn-attr.h
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$ call generate insn-attr.h
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$ call generate insn-flags.h
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$ call generate insn-codes.h
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$ call generate insn-config.h
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$!
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$call compile independent.opt "rtl,obstack,insn-attrtab"
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$!
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$ call generate insn-attrtab.c "rtlanal,"
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$set verify
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$ 'CC 'CFLAGS insn-attrtab.c
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$!'f$verify(0)
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$ endif
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$!
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$compile_cc1:
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$if (DO_CC1 + DO_CC1OBJ) .ne.0
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$ then
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$if (f$search("C-PARSE.Y") .eqs. "") then goto yes_yfiles
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$if (f$cvtime(f$file_attributes("C-PARSE.IN","RDT")).gts. -
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f$cvtime(f$file_attributes("C-PARSE.Y","RDT"))) -
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then goto yes_yfiles
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$if (f$search("OBJC-PARSE.Y") .eqs. "") then goto yes_yfiles
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$if (f$cvtime(f$file_attributes("C-PARSE.IN","RDT")).gts. -
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f$cvtime(f$file_attributes("OBJC-PARSE.Y","RDT"))) -
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then goto yes_yfiles
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$GOTO no_yfiles
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$yes_yfiles:
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$echo "Now processing c-parse.in to generate c-parse.y and objc-parse.y."
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$ edit/tpu/nojournal/nosection/nodisplay/command=sys$input
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!
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! Read c-parse.in, write c-parse.y and objc-parse.y, depending on
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! paired lines of "ifc" & "end ifc" and "ifobjc" & "end ifobjc" to
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! control what goes into each file. Most lines will be common to
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! both (hence not bracketed by either control pair). Mismatched
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! pairs aren't detected--garbage in, garbage out...
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!
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PROCEDURE do_output()
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IF NOT objc_only THEN POSITION(END_OF(c)); COPY_TEXT(input_line); ENDIF;
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IF NOT c_only THEN POSITION(END_OF(objc)); COPY_TEXT(input_line); ENDIF;
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POSITION(input_file); !reset
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ENDPROCEDURE;
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input_file := CREATE_BUFFER("input", "c-parse.in"); !load data
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SET(NO_WRITE, input_file);
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c := CREATE_BUFFER("c_output"); !1st output file
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objc := CREATE_BUFFER("objc_output"); !2nd output file
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POSITION(BEGINNING_OF(input_file));
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c_only := 0;
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objc_only := 0;
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LOOP
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EXITIF MARK(NONE) = END_OF(input_file); !are we done yet?
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input_line := CURRENT_LINE; !access current_line just once
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CASE EDIT(input_line, TRIM_TRAILING, OFF, NOT_IN_PLACE)
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["ifc"] : c_only := 1;
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["end ifc"] : c_only := 0;
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["ifobjc"] : objc_only := 1;
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["end ifobjc"] : objc_only := 0;
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! default -- add non-control line to either or both output files
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[INRANGE] : do_output(); !between "end" and "if"
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[OUTRANGE] : do_output(); !before "end" or after "if"
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ENDCASE;
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MOVE_VERTICAL(1); !go to next line
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ENDLOOP;
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WRITE_FILE(c, "c-parse.y");
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WRITE_FILE(objc, "objc-parse.y");
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QUIT
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$ endif
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$no_yfiles:
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$!
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$open cfile$ compilers.list
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$cloop:read cfile$ compilername/end=cdone
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$! language specific modules
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$!
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$if (DO_ALL + DO_'compilername').eq.0 then goto cloop
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$if DO_LINK.eq.0 then call compile 'compilername'-objs.opt "obstack"
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$!
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$! CAUTION: If you want to link gcc-cc1* to the sharable image library
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$! VAXCRTL, see the notes in gcc.texinfo (or INSTALL) first.
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$!
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$set verify
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$ link 'LDFLAGS' /exe=gcc-'compilername' version.opt/opt, -
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'compilername'-objs.opt/opt, independent.opt/opt, -
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'LIBS'
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$!'f$verify(0)
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$goto cloop
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$!
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$!
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$cdone: close cfile$
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$!
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$! Done
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$!
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$! 'f$verify(v)
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$exit
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$!
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$! Various DCL subroutines follow...
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$!
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$! This routine takes parameter p1 to be a linker options file with a list
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$! of object files that are needed. It extracts the names, and compiles
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$! each source module, one by one. File names that begin with an
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$! "INSN-" are assumed to be generated by a GEN*.C program.
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$!
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$! Parameter P2 is a list of files which will appear in the options file
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$! that should not be compiled. This allows us to handle special cases.
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$!
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$compile:
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$subroutine
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$on error then goto c_err
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$on control_y then goto c_err
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$open ifile$ 'p1'
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$loop: read ifile$ line/end=c_done
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$!
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$i=0
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$loop1:
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$flnm=f$element(i,",",line)
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$i=i+1
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$if flnm.eqs."" then goto loop
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$if flnm.eqs."," then goto loop
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$if f$locate(flnm,"''p2'").nes.f$length("''p2'") then goto loop1
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$!
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$if f$locate("-parse",flnm).nes.f$length(flnm)
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$ then
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$ if (f$search("''flnm'.C") .eqs. "") then goto yes_bison
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$ if (f$cvtime(f$file_attributes("''flnm'.Y","RDT")).les. -
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f$cvtime(f$file_attributes("''flnm'.C","RDT"))) -
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then goto no_bison
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$yes_bison:
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$set verify
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$ 'BISON' /define /verbose 'flnm'.y
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$ 'RENAME' 'flnm'_tab.c 'flnm'.c
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$ 'RENAME' 'flnm'_tab.h 'flnm'.h
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$ if flnm.eqs."cp-parse"
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$ then ! fgrep '#define YYEMPTY' cp-parse.c >>cp-parse.h
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$ open/append jfile$ cp-parse.h
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$ search/exact/output=jfile$ cp-parse.c "#define YYEMPTY"
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$ close jfile$
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$ endif
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$!'f$verify(0)
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$no_bison:
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$ endif
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$!
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$if f$extract(0,5,flnm).eqs."insn-" then call generate 'flnm'.c
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$!
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$set verify
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$ 'CC 'CFLAGS 'flnm'.c
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$!'f$verify(0)
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$goto loop1
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$!
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$goto loop
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$!
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$! In case of error or abort, go here (In order to close file).
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$!
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$c_err: !'f$verify(0)
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$close ifile$
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$exit %x2c
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$!
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$c_done:
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$close ifile$
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$endsubroutine
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$!
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$! This subroutine generates the insn-* files. The first argument is the
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$! name of the insn-* file to generate. The second argument contains a
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$! list of any other object modules which must be linked to the gen*.c
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$! program.
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$!
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$! If a previous version of insn-* exists, it is compared to the new one,
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$! and if it has not changed, then the new one is discarded. This is
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$! done so that make like programs do not get thrown off.
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$!
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$generate:
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$subroutine
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$if f$extract(0,5,p1).nes."INSN-"
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$ then
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$ write sys$error "Unknown file passed to generate."
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$ exit 1
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$ endif
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$root1=f$parse(f$extract(5,255,p1),,,"NAME")
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$ set verify
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$ 'CC 'CFLAGS GEN'root1'.C
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$ link 'LDFLAGS' GEN'root1',rtl,obstack,'p2' -
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'LIBS'
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$! 'f$verify(0)
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$!
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$set verify
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$ assign/user 'p1' sys$output:
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$ mcr sys$disk:[]GEN'root1' md
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$!'f$verify(0)
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$endsubroutine
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