3bcfb76e45
- put asmconv in /usr/bin so it can be invoked without absolute path - make it ignore .end in gnu output mode so that it can be invoked without '|| true' in the gnu lib makefiles and it doesn't produce the messy error message
478 lines
9 KiB
Text
478 lines
9 KiB
Text
# ACD pass description for the ACK compilers.
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#
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# Pre-set variables.
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# PROGRAM - Name the compiler driver is called with.
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# ARCH - Default target architecture.
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# Library directories search path.
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L = /lib /usr/lib
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# ACK Compilers support search path.
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A = $L $L/ack
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# ARCH must be defined.
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ifndef ARCH
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error "\$ARCH is not predefined"
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# Get ARCH from the environment if set.
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import ARCH
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# Compiler passes.
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ACK_CPP = $A/cpp.ansi $CPP_F $PREDEF $NOLINENO
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ACK_CEM = $A/em_cemcom.ansi -L $CPP_F $PREDEF \
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-Vw${W}.${W}i${W}.${W}p${P}.${W}f4.${W}s2.2l4.${W}d8.${W}
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ACK_M2 = $A/em_m2 -I$MOD_INCL -WR \
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-Vw${W}.${W}i${W}.${W}p${P}.${W}l4.${W}f4.${W}d8.${W}
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ACK_PC = $A/em_pc \
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-Vw${W}.${W}i${W}.${W}l4.${W}p${P}.${W}f8.${W}S${W}.${W}
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MOD_INCL = $A/m2 +
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ACK_DECODE = $A/em_decode
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ACK_ENCODE = $A/em_encode
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ACK_OPT = $A/em_opt
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ACK_EGO = $A/em_ego -P $A/ego -M$EGO_DESCR
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EGO_DESCR = $A/ego/${ARCH}descr +
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ACK_OPT2 = $A/em_opt2
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ACK_CG = $A/$ARCH/cg
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ACK_AS = $A/$ARCH/as \-
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ACK_LED = $A/em_led -a0:$W -a1:$W -a2:$W -a3:$W
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ACK_CV = $A/cv
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ASMCONV = /usr/bin/asmconv
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AAL = /usr/bin/aal
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# Minix predefined symbols.
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CPP_F = -D__minix -D__minix3 -D__$ARCH
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# Library path.
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LIBPATH = $USERLIBPATH $A/$ARCH
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# Default output "model".
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MODEL = -sep
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# Floating point is done in software.
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LIBS = -fsoft
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# Default optimization level.
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OPT_LEVEL = 1
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# Call names.
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if $PROGRAM = acc
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PROGRAM = cc
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if $PROGRAM = apc
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PROGRAM = pc
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if $PROGRAM = am2
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PROGRAM = m2
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if $PROGRAM = kcc
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PROGRAM = cc
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# Default transformation target.
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stop .out
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# Select the runtime environment by option or program name.
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arg -.c
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if $PROGRAM = cc
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ifndef RTSO
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RTSO = -.c
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LIBS = $LIBS + -.c
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arg -.mod
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if $PROGRAM = m2
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ifndef RTSO
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RTSO = -.mod
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LIBS = $LIBS + -.mod
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arg -.p
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if $PROGRAM = pc
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ifndef RTSO
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RTSO = -.p
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LIBS = $LIBS + -.p
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# Omit the runtime startoff, but keep the libraries.
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arg -.o
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RTSO =
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arg -.$any
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error ".$any: unknown language"
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# Select the target architecture.
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arg -m$arch
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ARCH = $arch
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# Preprocessor directives.
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arg -D$name
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arg -D $name
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CPP_F = $CPP_F -D$name
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arg -U$name
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arg -U $name
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CPP_F = $CPP_F -U$name
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arg -I$dir
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arg -I $dir
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CPP_F = $CPP_F -I$dir
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ACK_M2 = $ACK_M2 -I$dir
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# Debugging.
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arg -g # Add debugging info.
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ACK_CEM = $ACK_CEM -g
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ACK_CG = $ACK_CG -gdb
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arg -n # Suppress line numbers.
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ACK_M2 = $ACK_M2 -L
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ACK_PC = $ACK_PC -L
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arg -a # Enable assertions.
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arg -A # Enable array bound checks.
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ACK_M2 = $ACK_M2 $*
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ACK_PC = $ACK_PC $*
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# Language checking.
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arg -w # No warnings.
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ACK_CEM = $ACK_CEM $*
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ACK_M2 = $ACK_M2 $*
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ACK_PC = $ACK_PC $*
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arg -ws # No strict warnings.
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ACK_CEM = $ACK_CEM -s
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ACK_M2 = $ACK_M2 -wR
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arg -wa # No warnings and no strict warnings.
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ACK_CEM = $ACK_CEM -a
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ACK_M2 = $ACK_M2 -wR
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arg -wo # No warnings about old style C.
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ACK_CPP = $ACK_CPP -o
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ACK_CEM = $ACK_CEM -o
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ACK_M2 = $ACK_M2 -wO
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arg -3 # Only accept 3rd generation Modula-2.
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ACK_M2 = $ACK_M2 $*
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arg -_ # Allow underscores in identifiers.
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ACK_M2 = $ACK_M2 -U
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ACK_PC = $ACK_PC -U
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arg -w$any
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arg -F
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arg -m
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# Ignore strange -w flags, and past and present i86 compiler flags.
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# Stop suffix.
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arg -c
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stop .o
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arg -c.$stop
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stop .$stop
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arg -E
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stop .E
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arg -P
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CPP_F = $CPP_F -P
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stop .i
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arg -S
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stop .s
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# Optimization.
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arg -O
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OPT_LEVEL = 1
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arg -OS # Optimize for size.
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ACK_EGO = $ACK_EGO -S
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arg -OT # Optimize for time.
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ACK_EGO = $ACK_EGO -T
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arg -O$n
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numeric $n
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OPT_LEVEL = $n
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# Library search path.
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arg -L$dir
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arg -L $dir
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USERLIBPATH = $USERLIBPATH $dir/$ARCH $dir
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# -llib must be searched in $LIBPATH later.
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arg -l$lib
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arg -l $lib
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$> = $LIBPATH/lib$lib.a
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# Software floating point, hardware floating point, or no floating point.
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arg -f
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arg -fp
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arg -fsoft
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LIBS = $LIBS + -fsoft
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arg -fhard
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LIBS = $LIBS - -fsoft
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arg -fnone
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LIBS = $LIBS + -fnone
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# Output model.
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arg -com
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MODEL = # Common I&D.
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arg -sep
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arg -i # Separate I&D.
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MODEL = -sep
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arg -r # Relocatable object (combined .o)
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MODEL = -r
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# Strip executable.
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arg -s
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ACK_LED = $ACK_LED -s
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# Size of heap+stack.
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arg -stack $size
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ACK_CV = $ACK_CV -S $size
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# Change output file.
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arg -o$out
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arg -o $out
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OUT = $out
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# Complain about just -D, -U, -I, ...
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arg -D; arg -U; arg -I; arg -L; arg -l; arg -o; arg -stack
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error "argument expected after '$*'"
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arg -R$pass-$flag # The ACK way of passing options to passes.
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arg -Wack-R$pass-$flag # The ACD way.
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if $pass = cpp
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ACK_CPP = $ACK_CPP -$flag
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if $pass = cem
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ACK_CEM = $ACK_CEM -$flag
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if $pass = m2
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ACK_M2 = $ACK_M2 -$flag
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if $pass = pc
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ACK_PC = $ACK_PC -$flag
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if $pass = opt
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ACK_OPT = $ACK_OPT -$flag
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if $pass = ego
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ACK_EGO = $ACK_EGO -$flag
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if $pass = opt2
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ACK_OPT2 = $ACK_OPT2 -$flag
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if $pass = cg
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ACK_CG = $ACK_CG -$flag
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if $pass = as
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ACK_AS = $ACK_AS -$flag
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if $pass = led
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ACK_LED = $ACK_LED -$flag
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arg -Was-$dialect # Default assembly dialect.
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ASDIALECT = $dialect
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arg -W$any
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# Ignore any other -W options.
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# Complain about unknown options, don't give them to the loader.
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arg -$any
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error "$*: unknown option"
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# Do the scanning phase early, we need to know the architecture.
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scan
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# The word and pointer sizes of the target.
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if $ARCH = i86
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W = 2; P = 2
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if $ARCH = i386
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W = 4; P = 4
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ifndef W
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error "$ARCH: unsupported architecture"
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# Optimize -O2 or higher?
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if (0 1 - $OPT_LEVEL) = (0 1)
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ACK_EGO = $ACK_EGO -O$OPT_LEVEL
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ACK_OPT = $ACK_OPT -m0 # Leave multiplication optimization to opt2.
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prefer .m .gk
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# Tell cem to reverse bitfields on the i386 to be compatible with gcc.
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if $ARCH = i386
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ACK_CEM = $ACK_CEM -Vr
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# Predefined preprocessor flags.
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PREDEF = -D_EM_WSIZE=$W -D_EM_PSIZE=$P -D_EM_SSIZE=2 -D_EM_LSIZE=4 \
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-D_EM_FSIZE=4 -D_EM_DSIZE=8 -D__ACK__ -D_ACK
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# Preprocess C source.
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transform .c .i
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$ACK_CPP $* > $>
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# Preprocess any type of file and send it to standard output or $OUT.
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transform "" .E
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if $* = "-"
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file = # Standard input.
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else
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file = $*
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ifndef OUT
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$ACK_CPP $file
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else
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$ACK_CPP $file > $OUT
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# Compile C source to EM-code.
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transform .c .k
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transform .i .k
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$ACK_CEM $* $>
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ifndef RTSO
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RTSO = -.c
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LIBS = $LIBS + -.c
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# Compile Modula-2 source to EM-code.
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transform .mod .k
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ifhash $*
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apply .c .i
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$ACK_M2 $* $>
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ifndef RTSO
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RTSO = -.mod
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LIBS = $LIBS + -.mod
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# Compile Pascal source to EM-code.
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transform .p .k
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ifhash $*
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apply .c .i
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$ACK_PC $* $>
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ifndef RTSO
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RTSO = -.p
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LIBS = $LIBS + -.p
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# Compact EM to readable EM.
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transform .k .e
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transform .m .e
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transform .gk .e
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transform .g .e
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$ACK_DECODE $* > $>
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# Readable EM to compact EM.
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transform .e .k
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ifhash $*
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NOLINENO = -P # Encode chokes on cpp line directives.
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apply .c .i
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unset NOLINENO
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$ACK_ENCODE $* > $>
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# Peephole optimization.
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transform .k .m
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$ACK_OPT $* > $>
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# Global optimization.
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transform .m .gk
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$ACK_EGO $* > $>
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# Second peephole optimization after global optimization.
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transform .gk .g
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$ACK_OPT2 $* > $>
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# EM-code to target machine assembly.
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transform .m .ack.s
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transform .g .ack.s
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transform .m .s
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transform .g .s
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if $ARCH = i386
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$ACK_CG -F__fp_hook $* > $>
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else
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$ACK_CG $* > $>
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# How to treat plain .s?
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ifndef ASDIALECT
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transform .s .ack.s
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$> = $*
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# Assembly to object file.
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transform .ack.s .o
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ifhash $*
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apply .c .i
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if $> = $<.o
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ifdef OUT
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$> = $OUT
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$ACK_AS -o $> $*
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# Combine object files and libraries to an executable.
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combine (.o .a) .out
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if $MODEL = ()
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model = -b0:0
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if $MODEL = (-sep)
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model = -b0:0 -b1:0
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rtso =
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if $RTSO = -.c
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rtso = $A/$ARCH/crtso.o
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if $RTSO = -.mod
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rtso = $A/$ARCH/m2rtso.o
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if $RTSO = -.p
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rtso = $A/$ARCH/prtso.o
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libm2 = ; libp = ; libd = ; libc = ; libfp =
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if (-.mod - $LIBS) = ()
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libm2 = $A/$ARCH/libm2.a
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libc = $A/$ARCH/libc.a
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if (-.p - $LIBS) = ()
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libp = $A/$ARCH/libp.a
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libc = $A/$ARCH/libc.a
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if (-.c - $LIBS) = ()
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libd = $A/$ARCH/libd.a
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libc = $A/$ARCH/libc.a
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if (-fsoft - $LIBS) = ()
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libfp = $A/$ARCH/libfp.a
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libs = $libm2 $libp $libd $libc $libfp $A/$ARCH/libe.a
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ifndef OUT
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OUT = a.out
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if (-r - $MODEL) = ()
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# Combine to an object file.
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$ACK_LED -r -o $OUT $*
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else
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# Combine to an executable.
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mktemp EXE
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$ACK_LED $model -o $EXE $rtso $* $libs $A/$ARCH/end.a
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$ACK_CV -x -m$ARCH $EXE $OUT
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# Add object files to a library.
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combine (.o) .a
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if $> = $<.a
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ifdef OUT
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$> = $OUT
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$AAL cr $> $*
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# Assembly conversions.
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# ACK assembly to ACK Xenix assembly.
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transform .ack.s .ncc.s
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ifhash $*
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apply .c .i
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$ASMCONV -m$ARCH ack ncc $* $>
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# ACK assembly to GNU assembly.
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transform .ack.s .gnu.s
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ifhash $*
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apply .c .i
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$ASMCONV -m$ARCH ack gnu $* $>
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# ACK Xenix assembly to ACK assembly.
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transform .ncc.s .ack.s
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ifhash $*
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apply .c .i
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$ASMCONV -m$ARCH ncc ack $* $>
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# ACK Xenix assembly to GNU assembly.
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transform .ncc.s .gnu.s
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ifhash $*
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apply .c .i
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$ASMCONV -m$ARCH ncc gnu $* $>
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# BCC assembly to ACK assembly.
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transform .bas.s .ack.s
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ifhash $*
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apply .c .i
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$ASMCONV -m$ARCH bas ack $* $>
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# BCC assembly to ACK Xenix assembly.
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transform .bas.s .ncc.s
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ifhash $*
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apply .c .i
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$ASMCONV -m$ARCH bas ncc $* $>
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# BCC assembly to GNU assembly.
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transform .bas.s .gnu.s
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ifhash $*
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apply .c .i
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$ASMCONV -m$ARCH bas gnu $* $>
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#ifdef ASDIALECT
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# Treat plain .s as being in the given dialect.
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transform .s .$ASDIALECT.s
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$> = $*
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