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TOP = ..
# If we're cleaning then we don't want to do all the GHC detection hardwork,
# and we certainly don't want to fail if GHC etc can't be found!
# However, we can't just put this conditional in boilerplate.mk, as
# some of the tests have a "clean" makefile target that relies on GHC_PKG
# being defined.
ifneq "$(MAKECMDGOALS)" "clean"
ifneq "$(MAKECMDGOALS)" "distclean"
include $(TOP)/mk/boilerplate.mk
TIMEOUT_PROGRAM = install-inplace/bin/timeout$(exeext)
PREFIX := $(abspath install-inplace)
$(eval $(call canonicalise,PREFIX))
ifneq "$(GCC)" ""
WITH_GCC = --with-gcc=$(GCC)
endif
ifeq "$(filter thr, $(GhcRTSWays))" ""
$(TIMEOUT_PROGRAM): timeout.py
rm -rf install-inplace
mkdir install-inplace
mkdir install-inplace/bin
cp $< $@
chmod +x $@
else
$(TIMEOUT_PROGRAM): timeout.hs
rm -rf install-inplace
$(TEST_HC) --make Setup
./Setup configure --with-compiler=$(TEST_HC) \
--with-hc-pkg=$(GHC_PKG) \
$(WITH_GCC) \
--ghc-option=-threaded --prefix=$(PREFIX)
./Setup build
./Setup install
endif
boot all :: calibrate.out $(TIMEOUT_PROGRAM)
calibrate.out:
$(RM) -f TimeMe.o TimeMe.hi TimeMe TimeMe.exe
$(PYTHON) calibrate "$(GHC_STAGE1)" > $@
# We use stage 1 to do the calibration, as stage 2 may not exist.
# This isn't necessarily the compiler we'll be running the testsuite
# with, but it's really the performance of the machine that we're
# interested in
endif
endif
clean distclean:
-./Setup clean
$(RM) -rf install-inplace
$(RM) -f calibrate.out
$(RM) -f Setup Setup.exe Setup.hi Setup.o
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