TOP=../.. include $(TOP)/mk/boilerplate.mk include $(TOP)/mk/test.mk outofmem-prep:: '$(TEST_HC)' $(TEST_HC_OPTS) -v0 --make -fforce-recomp outofmem.hs -o outofmem outofmem:: $(MAKE) -s --no-print-directory outofmem-prep @ulimit -m 10000000 2>/dev/null; ./outofmem || echo "exit($$?)" outofmem2-prep:: '$(TEST_HC)' $(TEST_HC_OPTS) -v0 -rtsopts --make -fforce-recomp outofmem2.hs -o outofmem2 outofmem2:: $(MAKE) -s --no-print-directory outofmem2-prep @ulimit -m 1000000 2>/dev/null; ./outofmem2 +RTS -M5m -RTS || echo "exit($$?)" T2615-prep: $(RM) libfoo_T2615.so '$(TEST_HC)' $(TEST_HC_OPTS) -fPIC -c libfoo_T2615.c -o libfoo_T2615.o '$(TEST_HC)' $(filter-out -rtsopts, $(TEST_HC_OPTS)) -shared -no-auto-link-packages libfoo_T2615.o -o libfoo_T2615.so .PHONY: T4059 T4059: $(RM) T4059_c.o T4059.o T4059.hi '$(TEST_HC)' $(TEST_HC_OPTS) -v0 --make T4059 T4059_c.c ./T4059 exec_signals-prep: $(CC) -o exec_signals_child exec_signals_child.c $(CC) -o exec_signals_prepare exec_signals_prepare.c .PHONY: T4850 T4850: $(RM) T4850.o T4850.hi T4850$(exeext) "$(TEST_HC)" $(TEST_HC_OPTS) -v0 -rtsopts -debug -threaded --make T4850 ./T4850 +RTS -s 2>&1 | grep TASKS | sed 's/^ *TASKS: *\([0-9]*\).*$$/\1/' .PHONY: T5423 T5423: $(RM) T5423_cmm.o T5423.o T5423.hi T5423$(exeext) "$(TEST_HC)" $(TEST_HC_OPTS) -v0 -c T5423_cmm.cmm "$(TEST_HC)" $(TEST_HC_OPTS) -v0 -c T5423.hs "$(TEST_HC)" $(TEST_HC_OPTS) -v0 T5423.o T5423_cmm.o -o T5423$(exeext) ./T5423 .PHONY: T9405 T9405: @'$(TEST_HC)' $(TEST_HC_OPTS) -ticky -rtsopts T9405.hs; \ ./T9405 +RTS -rT9405.ticky & \ sleep 0.2; \ kill -2 $$!; \ wait $$!; \ [ -e T9405.ticky ] || echo "Error: Ticky profile doesn't exist"; \ [ -s T9405.ticky ] || echo "Error: Ticky profile is empty"; \ echo Ticky-Ticky; # Naming convention: 'T5423_' obj-way '_' obj-src # obj-way ::= v | dyn # obj-src ::= gcc // using __attribute__(constructor) # | asm // manually laid out sections # $(0) = obj-src define run_T5435_v $(RM) T5435_load_v_$(1) T5435_v_$(1)$(exeext) '$(TEST_HC)' $(TEST_HC_OPTS) -optc-D$(HostOS)_HOST_OS -v0 -c T5435_$(1).c -o T5435_load_v_$(1).o '$(TEST_HC)' $(TEST_HC_OPTS) -v0 T5435.hs -osuf main_v_$(1)_o -o T5435_v_$(1)$(exeext) ./T5435_v_$(1) v ./T5435_load_v_$(1).o endef define run_T5435_dyn $(RM) T5435_load_dyn_$(1) T5435_dyn_$(1)$(exeext) '$(TEST_HC)' $(filter-out -rtsopts, $(TEST_HC_OPTS)) -optc-D$(HostOS)_HOST_OS -v0 -fPIC -shared -c T5435_$(1).c -osuf dyn_$(1)_o -o T5435_load_dyn_$(1)$(dllext) '$(TEST_HC)' $(TEST_HC_OPTS) -v0 T5435.hs -osuf main_dyn_$(1)_o -o T5435_dyn_$(1)$(exeext) ./T5435_dyn_$(1) dyn ./T5435_load_dyn_$(1)$(dllext) endef .PHONY: T5435_v_gcc T5435_v_gcc : $(call run_T5435_v,gcc) .PHONY: T5435_v_asm T5435_v_asm : $(call run_T5435_v,asm) .PHONY: T5435_dyn_gcc T5435_dyn_gcc : $(call run_T5435_dyn,gcc) .PHONY: T5435_dyn_asm T5435_dyn_asm : $(call run_T5435_dyn,asm) T6006_setup : '$(TEST_HC)' $(TEST_HC_OPTS) -c T6006.hs T8124_setup : '$(TEST_HC)' $(TEST_HC_OPTS) -c T8124.hs ifeq "$(TARGETPLATFORM)" "i386-unknown-mingw32" T7037_CONST = const else T7037_CONST = endif .PHONY: T7037 T7037: $(RM) 7037.o 7037.hi 7037$(exeext) "$(TEST_HC)" $(TEST_HC_OPTS) T7037.hs -v0 "$(TEST_HC)" -optc-DT7037_CONST=$(T7037_CONST) $(filter-out -rtsopts, $(TEST_HC_OPTS)) T7037_main.c -v0 -o T7037_main -no-hs-main ./T7037_main T7040_ghci_setup : '$(TEST_HC)' $(TEST_HC_OPTS) $(ghciWayFlags) -c T7040_ghci_c.c .PHONY: T10296a T10296a: $(RM) T10296a_c.o T10296a.o T10296a.hi T10296a_stub.h '$(TEST_HC)' $(TEST_HC_OPTS) -v0 -threaded T10296a.hs T10296a_c.c -o T10296a ./T10296a +RTS -N2 .PHONY: linker_unload linker_unload: $(RM) Test.o Test.hi "$(TEST_HC)" $(TEST_HC_OPTS) -c Test.hs -v0 # -rtsopts causes a warning "$(TEST_HC)" LinkerUnload.hs -package ghc $(filter-out -rtsopts, $(TEST_HC_OPTS)) linker_unload.c -o linker_unload -no-hs-main -optc-Werror ./linker_unload "`'$(TEST_HC)' $(TEST_HC_OPTS) --print-libdir | tr -d '\r'`" # ----------------------------------------------------------------------------- # Testing failures in the RTS linker. We should be able to repeatedly # load bogus object files of various kinds without crashing and # without any memory leaks. # # Check for memory leaks manually by running e.g. # # make linker_error1 # valgrind --leak-check=full --show-reachable=yes ./linker_error1 linker_error1_o.o # linker_error1: not a valid object file .PHONY: linker_error1 linker_error1: "$(TEST_HC)" -c linker_error.c -o linker_error1.o "$(TEST_HC)" linker_error1.o -o linker_error1 -no-hs-main -optc-g -debug -threaded ./linker_error1 linker_error.c # linker_error2: the object file has an unknown symbol (fails in # resolveObjs()) .PHONY: linker_error2 linker_error2: "$(TEST_HC)" -c linker_error.c -o linker_error2.o "$(TEST_HC)" -c linker_error2.c -o linker_error2_o.o "$(TEST_HC)" linker_error2.o -o linker_error2 -no-hs-main -optc-g -debug -threaded ./linker_error2 linker_error2_o.o # linker_error3: the object file duplicates an existing symbol (fails # in loadObj()) .PHONY: linker_error3 linker_error3: "$(TEST_HC)" -c linker_error.c -o linker_error3.o "$(TEST_HC)" -c linker_error3.c -o linker_error3_o.o "$(TEST_HC)" linker_error3.o -o linker_error3 -no-hs-main -optc-g -debug -threaded ./linker_error3 linker_error3_o.o .PHONY: T11788 T11788: "$(TEST_HC)" -c T11788.c -o T11788_obj.o "$(AR)" rsT libT11788.a T11788_obj.o 2> /dev/null echo main | "$(TEST_HC)" $(filter-out -rtsopts, $(TEST_HC_OPTS_INTERACTIVE)) T11788.hs -lT11788 -L"$(PWD)" .PHONY: T12497 T12497: echo main | "$(TEST_HC)" $(filter-out -rtsopts, $(TEST_HC_OPTS_INTERACTIVE)) T12497.hs