# Makefile for the Angle Puzzle Problem # # File: Makefile # Date: Sun Oct 2 04:35:39 EDT 2011 # # See demonstration Makefile for documentation. # # P problem name # # XTRA_INPUTS extra input files that must be granted # access # XTRA_LIBS extra libraries for C and C++ programs # XTRA_LIMITS limits that override those given # previously to hpcm_sandbox # P = anglepuzzle XTRA_INPUTS = XTRA_LIBS = XTRA_LIMITS = .SUFFIXES: .SUFFIXES: .c .cc .java .lsp default: $P.out .c: rm -f $* core core.[0-9]* gcc -g -o $* $*.c -lm ${XTRA_LIBS} .cc: rm -f $* core core.[0-9]* g++ -g -o $* $*.cc -lm ${XTRA_LIBS} .java: rm -f $* *.class core core.[0-9]* javac -g $*.java echo >$* '#!/bin/sh' echo >>$* "exec `which java` $* \$$*" chmod a+r *.class chmod a+rx $* # .lsp: rm -f $* $*.fas $*.lib core core.[0-9]* hpcm_clisp -c $*.lsp echo >$* '#!/bin/sh' echo >>$* \ "exec `hpcm_clisp -which` -I $*.fas \$$*" chmod a+r $*.fas chmod a+rx $* $P.in: if test -r sample.in; \ then cp sample.in $P.in; chmod u+rw $P.in; fi $P.out: $P $P.in rm -f $P.out core core.[0-9]* grant_access . $P ${XTRA_INPUTS} hpcm_sandbox -cputime 30 \ -datasize 32m \ -stacksize 32m \ -filesize 32m \ ${XTRA_LIMITS} \ -tee $P.out \ $P \ <$P.in $P.debug: $P $P.in rm -f $P.debug core core.[0-9]* grant_access . $P ${XTRA_INPUTS} hpcm_sandbox -cputime 30 \ -datasize 32m \ -stacksize 32m \ ${XTRA_LIMITS} \ -tee $P.debug \ $P debug \ <$P.in debug: $P.debug submit: $P.out hpcm_submit $P in-submit: $P.out hpcm_submit -in $P inout-submit: $P.out hpcm_submit -inout $P solution-submit: $P.out hpcm_submit -solution $P clean: rm -f $P *.class core core.[0-9]* \ *.out *.debug *.fout *.jout *.jfout \ $P.fas $P.lib make_$P_*input if cmp -s $P.in sample.in; then rm $P.in; fi # # Derived From: Makefile1 # Author: walton@seas.harvard.edu # # The authors have placed this file in the public # domain; they make no warranty and accept no liability # for this file. # # RCS Info (may not be true date or author): # # $Author: walton $ # $Date: 2011/10/02 09:33:01 $ # $RCSfile: Makefile,v $ # $Revision: 1.2 $