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Makefile
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# Hslice Makefile. Build and test Hslice.
## This is the makefile if you are running cabal-install 1.24 or later.
## Locations of binaries used when running tests, or generating the images to go along with our README.md.
# The location of GHC, used to compile .hs examples.
GHC=ghc
GHCVERSION=$(shell ${GHC} --version | sed "s/.*version //")
ARCHITECTURE=$(shell uname -m | sed "s/i[3-6]86/i386/" )
# new-style location root. must NOT have trailing slash
BUILDROOT=dist-newstyle/build/${ARCHITECTURE}-linux/ghc-${GHCVERSION}/hslice-0.0.1
EXEBUILDROOT=${BUILDROOT}/x/
TESTBUILDROOT=${BUILDROOT}/t/
BENCHBUILDROOT=${BUILDROOT}/b/
exebin = ${EXEBUILDROOT}/$(1)/build/$(1)/$(1)
exedir = ${EXEBUILDROOT}/$(1)
# The location of the created extcuraengine binary, for running shell based test cases.
EXTCURAENGINE=extcuraengine
EXTCURAENGINEDIR=$(call exedir,${EXTCURAENGINE})
EXTCURAENGINEBIN=$(call exebin,${EXTCURAENGINE})
# The location of the created extadmesh binary, for running shell based test cases.
EXTADMESH=extadmesh
EXTADMESHDIR=$(call exedir,${EXTADMESH})
EXTADMESHBIN=$(call exebin,${EXTADMESH})
# The location of the created test binary, for running haskell test cases.
TESTSUITE=${TESTBUILDROOT}/test-hslice/build/test-hslice/test-hslice
BROKENTESTSUITE=${TESTBUILDROOT}/test-broken/build/test-broken/test-broken
STATTESTSUITE=${TESTBUILDROOT}/test-stat/build/test-stat/test-stat
## Options used when calling ImplicitCAD. for testing, and for image generation.
# Enable multiple CPU usage.
# Use the parallel garbage collector.
# spit out some performance statistics.
RTSOPTS=+RTS -N -qg -t
# Uncomment for profiling support. Note that you will need to recompile all of the libraries, as well.
#PROFILING= --enable-profiling
## FIXME: escape this right
# Uncomment for valgrind on the examples.
#VALGRIND=valgrind --tool=cachegrind --cachegrind-out-file=$$each.cachegrind.`date +%s`
LIBDIR=Graphics
LIBFILES=$(shell find ${LIBDIR} -name '*.hs')
LIBBUILD=$(shell find ${LIBDIR} -name '*.hi')
LIBTARGET=${BUILDROOT}/build/${LIBDIR}/Hslice.o
EXECBUILDDIRS=$(EXTCURAENGINEDIR) $(EXTADMESHDIR)
EXECTARGETS=$(EXTCURAENGINEBIN) $(EXTADMESHBIN) $(TESTSUITE) $(BROKENTESTSUITE) $(STATTESTSUITE)
TARGETS=$(EXECTARGETS) $(LIBTARGET)
# Mark the below fake targets as unreal, so make will not get choked up if a file with one of these names is created.
.PHONY: build install clean distclean nukeclean docs dist examples tests
# Empty out the default suffix list, to make debugging output cleaner.
.SUFFIXES:
# Allow for us to (ab)use $$* in dependencies of rules.
.SECONDEXPANSION:
# Disable make's default builtin rules, to make debugging output cleaner.
MAKEFLAGS += --no-builtin-rules
# Build binaries.
build: $(TARGETS)
# Install.
install: build
cabal install -j
# Cleanup from using the rules in this file.
clean:
rm -f Setup
rm -f tests/*.gcode
rm -f $(TARGETS)
rm -f $(LIBBUILD)
rm -rf ${EXECBUILDDIRS}
rm -f ${BUILDROOT}/build/libHS*
rm -f ${BUILDROOT}/cache/registration
# Clean up before making a release.
distclean: clean Setup
./Setup clean
rm -f Setup Setup.hi Setup.o
rm -rf dist-newstyle
rm -f `find ./ -name "*~"`
rm -f `find ./ -name "\#*\#"`
# Destroy the current user's cabal/ghc environment.
nukeclean: distclean
rm -rf ~/.cabal/ ~/.ghc/
# Generate documentation.
docs: $(TARGETS)
cabal haddock --enable-documentation
# Upload to hackage?
dist: $(TARGETS)
./Setup sdist
# Generate examples.
#examples: $(EXTCURAENGINEBIN)
# cd Examples && for each in `find ./ -name '*stl' -type f | sort`; do { echo $$each ; ../$(EXTCURAENGINEBIN) $$each $(RTSOPTS); } done
# Generate images from the examples, so we can upload the images to our website.
#images: examples
# cd Examples && for each in `find ./ -name '*.stl' -type f | sort`; do { filename=$(basename "$$each"); filename="$${filename%.*}"; if [ -e $$filename.transform ] ; then echo ${stl2ps} $$each $$filename.ps `cat $$filename.transform`; else ${stl2ps} $$each $$filename.ps; fi; ${convert} $$filename.ps $$filename.png; } done
# tests.
tests: $(EXTCURAENGINEBIN)
cd tests && for each in `find ./ -name '*.stl' -type f | sort`; do { echo $$each ; ../$(EXTCURAENGINEBIN) slice -l $$each $(RTSOPTS); md5sum out.gcode; } done
# $(TESTSUITE)
format:
./layout/ormolu.sh -f
# The Hslice library.
$(LIBTARGET): $(LIBFILES)
cabal v2-build ${PROFILING} hslice
# The test suite, since it's source is stored in a different location than the other binaries we build:
${TESTBUILDROOT}/test-hslice/build/test-hslice/test-hslice: Setup ${BUILDROOT}/setup-config $(LIBTARGET) $(LIBFILES)
cabal v2-build test-hslice
# The test suite, since it's source is stored in a different location than the other binaries we build:
${TESTBUILDROOT}/test-broken/build/test-broken/test-broken: Setup ${BUILDROOT}/setup-config $(LIBTARGET) $(LIBFILES)
cabal v2-build test-broken
# The test suite, since it's source is stored in a different location than the other binaries we build:
${TESTBUILDROOT}/test-stat/build/test-stat/test-stat: Setup ${BUILDROOT}/setup-config $(LIBTARGET) $(LIBFILES)
cabal v2-build test-stat
# Build a binary target with cabal.
${EXEBUILDROOT}/%: programs/$$(word 1,$$(subst /, ,%)).hs Setup ${BUILDROOT}/setup-config $(LIBTARGET) $(LIBFILES)
cabal v2-build -j ${PROFILING} $(word 1,$(subst /, ,$*))
touch $@
# Build a benchmark target with cabal.
#${BENCHBUILDROOT}/%: programs/$$(word 1,$$(subst /, ,%)).hs Setup ${BUILDROOT}/setup-config $(LIBTARGET) $(LIBFILES)
# cabal v2-build $(word 1,$(subst /, ,$*))
dist-newstyle/cache/config: hslice.cabal
cabal v2-update
touch $@
# Prepare to build.
dist-newstyle/cache/plan.json: hslice.cabal
cabal v2-install -j --only-dependencies --upgrade-dependencies --overwrite-policy=always $(PROFILING)
cabal v2-configure -j --enable-tests --enable-benchmarks $(PROFILING)
# The setup command, used to perform administrative tasks (haddock, upload to hackage, clean, etc...).
Setup: Setup.*hs dist-newstyle/cache/config dist-newstyle/cache/plan.json $(LIBTARGET)
$(GHC) -O2 -Wall --make Setup -package Cabal
touch $@