src/ZF/Makefile

Now includes all the AC files

#  $Id$
#########################################################################
#									#
# 			Makefile for Isabelle (ZF)			#
#									#
#########################################################################

#To make the system, cd to this directory and type
#	make -f Makefile 
#To make the system and test it on standard examples, type 
#	make -f Makefile test

#Environment variable ISABELLECOMP specifies the compiler.
#Environment variable ISABELLEBIN specifies the destination directory.
#For Poly/ML, ISABELLEBIN must begin with a /

#Makes FOL if this file is ABSENT -- but not 
#if it is out of date, since this Makefile does not know its dependencies!

BIN = $(ISABELLEBIN)
COMP = $(ISABELLECOMP)
NAMES = ZF upair subset pair domrange \
	func AC simpdata equalities Bool \
	Sum QPair mono Fixedpt ind_syntax add_ind_def \
	constructor intr_elim indrule Inductive Perm Rel EquivClass Trancl \
	WF Order Ordinal Epsilon Arith Univ \
	QUniv Datatype OrderArith OrderType \
	Cardinal CardinalArith Cardinal_AC InfDatatype \
	Zorn Nat Finite List 

FILES = ROOT.ML thy_syntax.ML ../Pure/section_utils.ML \
 	$(NAMES:%=%.thy) $(NAMES:%=%.ML)

#Uses cp rather than make_database because Poly/ML allows only 3 levels
$(BIN)/ZF:   $(BIN)/FOL  $(FILES) 
	case "$(COMP)" in \
	poly*)	cp $(BIN)/FOL $(BIN)/ZF;\
		echo 'open PolyML; exit_use"ROOT";' | $(COMP) $(BIN)/ZF ;;\
	sml*)	echo 'exit_use"ROOT.ML"; xML"$(BIN)/ZF" banner;' | $(BIN)/FOL;;\
	*)	echo Bad value for ISABELLECOMP: \
                	$(COMP) is not poly or sml; exit 1;;\
	esac

$(BIN)/FOL:
	cd ../FOL;  $(MAKE)

#### Testing of ZF

#A macro referring to the object-logic (depends on ML compiler)
LOGIC:sh=case $ISABELLECOMP in \
	poly*)	echo "$ISABELLECOMP $ISABELLEBIN/ZF" ;;\
	sml*)	echo "$ISABELLEBIN/ZF" ;;\
	*)	echo "echo Bad value for ISABELLECOMP: \
                	$ISABELLEBIN is not poly or sml; exit 1" ;;\
	esac

##IMP-semantics example
IMP_NAMES = Com Denotation Equiv
IMP_FILES = IMP/ROOT.ML $(IMP_NAMES:%=IMP/%.thy) $(IMP_NAMES:%=IMP/%.ML)

IMP:   $(BIN)/ZF  $(IMP_FILES)
	echo 'exit_use"IMP/ROOT.ML";quit();' | $(LOGIC)

##Coinduction example
COIND_NAMES = ECR Language MT Map Static Types Values 

COIND_FILES = Coind/ROOT.ML Coind/BCR.thy  Coind/Dynamic.thy \
              $(COIND_NAMES:%=Coind/%.thy) $(COIND_NAMES:%=Coind/%.ML)

Coind:  $(BIN)/ZF  $(COIND_FILES)
	echo 'exit_use"Coind/ROOT.ML";quit();' | $(LOGIC)

##AC examples
AC_NAMES = AC_Equiv OrdQuant Transrec2 Cardinal_aux \
	   AC15_WO6 AC16_WO4 AC16_lemmas AC17_AC1 AC18_AC19 AC1_WO2 \
           DC DC_lemmas HH Hartog WO1_AC \
           WO2_AC16 WO6_WO1 WO_AC first recfunAC16 rel_is_fun

AC_FILES = AC/ROOT.ML AC/AC0_AC1.ML AC/AC10_AC15.ML AC/AC1_AC17.ML \
           AC/AC2_AC6.ML AC/AC7_AC9.ML \
           AC/WO1_WO6.ML AC/WO1_WO7.ML AC/WO1_WO8.ML \
           $(AC_NAMES:%=AC/%.thy) $(AC_NAMES:%=AC/%.ML)

AC:  $(BIN)/ZF  $(AC_FILES)
	echo 'exit_use"AC/ROOT.ML";quit();' | $(LOGIC)

##Residuals example

RESID_NAMES = Confluence Redex SubUnion Conversion Reduction Substitution \
              Cube Residuals Terms

RESID_FILES = Resid/ROOT.ML $(RESID_NAMES:%=Resid/%.thy) \
                            $(RESID_NAMES:%=Resid/%.ML)

Resid:  $(BIN)/ZF  $(RESID_FILES)
	echo 'exit_use"Resid/ROOT.ML";quit();' | $(LOGIC)

##Miscellaneous examples
EX_NAMES = Ramsey Integ twos_compl Bin BT Term TF Ntree Brouwer Data Enum \
	   Rmap PropLog ListN Acc Comb Primrec LList CoUnit 

EX_FILES = ex/ROOT.ML ex/misc.ML $(EX_NAMES:%=ex/%.thy) $(EX_NAMES:%=ex/%.ML)

#Test ZF by loading the examples in directory ex
ex:     $(BIN)/ZF  $(EX_FILES)
	echo 'exit_use"ex/ROOT.ML";quit();' | $(LOGIC)

#Full test.
test:   $(BIN)/ZF IMP Coind AC Resid ex
	echo 'Test examples ran successfully' > test

.PRECIOUS:  $(BIN)/FOL $(BIN)/ZF