hxml = hxml-0.2
hxq = XML/HXQ
options = -O2 -fvia-C
parser = $(hxq)/Parser.hs

# xquery interpreter
all:    $(parser) Main.hs
	ghc $(options) -i$(hxml) --make Main.hs -o xquery

# on-the-fly compiler: unstable; use xquery instead
hxqc:   $(parser) HXQ.hs
	ghc $(options) -i$(hxml) -optl-s -package ghc --make HXQ.hs -o hxqc

# generate the XQuery parser using happy
$(parser): XQueryParser.y
	happy -g -a -c -o $(parser) XQueryParser.y

test1:  $(parser) Test1.hs
	ghc $(options) -i$(hxml) --make Test1.hs -o a.out
	./a.out

test2:  $(parser) Test2.hs
	ghc $(options) -i$(hxml) --make Test2.hs -o a.out
	time ./a.out +RTS -H20m

testdb: $(parser) TestDB.hs
	ghc $(options) -i$(hxml) --make TestDB.hs -o a.out
	./a.out

# get in the ghci interpreter and load HXQ
ghci:   $(parser)
	ghci -fth -i$(hxml) Main.hs

# heap profile of a simple XQuery against dblp.xml
profile: $(parser) profile.hs
	ghc -O2 -i$(hxml) -prof -auto-all --make profile.hs -o a
	./a +RTS -hy -p -H20m
	hp2ps -color a.hp

# create the cabal distribution
cabal:	clean $(parser)
	runhaskell Setup.lhs configure --ghc --user --prefix=$(HOME)
	runhaskell Setup.lhs build
	runhaskell Setup.lhs sdist

clean:
	/bin/rm -f *~ data/*~ $(hxq)/*~ *.o *.hi $(hxq)/*.o $(hxq)/*.hi $(hxml)/*.o $(hxml)/*.hi $(parser) *.stat *.prof *.ps *.aux *.hp xquery hxqc Temp.hs a.out a