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300 lines
11 KiB
Makefile
300 lines
11 KiB
Makefile
######################################################################
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# Testing variables
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######################################################################
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ALL_TEST_INPUTS = $(wildcard $(S)src/test/*/*.rs \
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$(S)src/test/*/*/*.rs \
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$(S)src/test/*/*.rc)
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TEST_XFAILS_STAGE0 = $(shell grep -l xfail-stage0 $(ALL_TEST_INPUTS))
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TEST_XFAILS_STAGE1 = $(shell grep -l xfail-stage1 $(ALL_TEST_INPUTS))
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TEST_XFAILS_STAGE2 = $(shell grep -l xfail-stage2 $(ALL_TEST_INPUTS))
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ifdef MINGW_CROSS
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TEST_XFAILS_STAGE0 += $(S)src/test/run-pass/native-mod.rc
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TEST_XFAILS_STAGE1 += $(S)src/test/run-pass/native-mod.rc
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TEST_XFAILS_STAGE2 += $(S)src/test/run-pass/native-mod.rc
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endif
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ifdef CFG_WINDOWSY
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TEST_XFAILS_STAGE0 += $(S)src/test/run-pass/native-mod.rc
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TEST_XFAILS_STAGE1 += $(S)src/test/run-pass/native-mod.rc
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TEST_XFAILS_STAGE2 += $(S)src/test/run-pass/native-mod.rc
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endif
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BENCH_RS = $(wildcard $(S)src/test/bench/shootout/*.rs) \
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$(wildcard $(S)src/test/bench/99-bottles/*.rs)
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RPASS_RC = $(wildcard $(S)src/test/run-pass/*.rc)
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RPASS_RS = $(wildcard $(S)src/test/run-pass/*.rs) $(BENCH_RS)
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RFAIL_RC = $(wildcard $(S)src/test/run-fail/*.rc)
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RFAIL_RS = $(wildcard $(S)src/test/run-fail/*.rs)
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CFAIL_RC = $(wildcard $(S)src/test/compile-fail/*.rc)
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CFAIL_RS = $(wildcard $(S)src/test/compile-fail/*.rs)
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ifdef CHECK_XFAILS
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TEST_RPASS_CRATES_STAGE0 = $(filter $(TEST_XFAILS_STAGE0), $(RPASS_RC))
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TEST_RPASS_CRATES_STAGE1 = $(filter $(TEST_XFAILS_STAGE1), $(RPASS_RC))
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TEST_RPASS_CRATES_STAGE2 = $(filter $(TEST_XFAILS_STAGE2), $(RPASS_RC))
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TEST_RPASS_SOURCES_STAGE0 = $(filter $(TEST_XFAILS_STAGE0), $(RPASS_RS))
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TEST_RPASS_SOURCES_STAGE1 = $(filter $(TEST_XFAILS_STAGE1), $(RPASS_RS))
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TEST_RPASS_SOURCES_STAGE2 = $(filter $(TEST_XFAILS_STAGE2), $(RPASS_RS))
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else
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TEST_RPASS_CRATES_STAGE0 = $(filter-out $(TEST_XFAILS_STAGE0), $(RPASS_RC))
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TEST_RPASS_CRATES_STAGE1 = $(filter-out $(TEST_XFAILS_STAGE1), $(RPASS_RC))
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TEST_RPASS_CRATES_STAGE1 = $(filter-out $(TEST_XFAILS_STAGE2), $(RPASS_RC))
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TEST_RPASS_SOURCES_STAGE0 = $(filter-out $(TEST_XFAILS_STAGE0), $(RPASS_RS))
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TEST_RPASS_SOURCES_STAGE1 = $(filter-out $(TEST_XFAILS_STAGE1), $(RPASS_RS))
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TEST_RPASS_SOURCES_STAGE2 = $(filter-out $(TEST_XFAILS_STAGE2), $(RPASS_RS))
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endif
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TEST_RPASS_EXES_STAGE0 = \
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$(subst $(S)src/,,$(TEST_RPASS_CRATES_STAGE0:.rc=.stage0$(X))) \
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$(subst $(S)src/,,$(TEST_RPASS_SOURCES_STAGE0:.rs=.stage0$(X)))
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TEST_RPASS_EXES_STAGE1 = \
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$(subst $(S)src/,,$(TEST_RPASS_CRATES_STAGE1:.rc=.stage1$(X))) \
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$(subst $(S)src/,,$(TEST_RPASS_SOURCES_STAGE1:.rs=.stage1$(X)))
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TEST_RPASS_EXES_STAGE2 = \
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$(subst $(S)src/,,$(TEST_RPASS_CRATES_STAGE1:.rc=.stage2$(X))) \
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$(subst $(S)src/,,$(TEST_RPASS_SOURCES_STAGE1:.rs=.stage2$(X)))
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TEST_RPASS_OUTS_STAGE0 = \
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$(TEST_RPASS_EXES_STAGE0:.stage0$(X)=.stage0.out)
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TEST_RPASS_OUTS_STAGE1 = \
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$(TEST_RPASS_EXES_STAGE1:.stage1$(X)=.stage1.out)
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TEST_RPASS_OUTS_STAGE2 = \
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$(TEST_RPASS_EXES_STAGE2:.stage2$(X)=.stage2.out)
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TEST_RPASS_TMPS_STAGE0 = \
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$(TEST_RPASS_EXES_STAGE0:.stage0$(X)=.stage0$(X).tmp)
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TEST_RPASS_TMPS_STAGE1 = \
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$(TEST_RPASS_EXES_STAGE1:.stage1$(X)=.stage1$(X).tmp)
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TEST_RPASS_TMPS_STAGE2 = \
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$(TEST_RPASS_EXES_STAGE2:.stage2$(X)=.stage2$(X).tmp)
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TEST_RFAIL_CRATES_STAGE0 = $(filter-out $(TEST_XFAILS_STAGE0), $(RFAIL_RC))
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TEST_RFAIL_CRATES_STAGE1 = $(filter-out $(TEST_XFAILS_STAGE1), $(RFAIL_RC))
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TEST_RFAIL_CRATES_STAGE2 = $(filter-out $(TEST_XFAILS_STAGE2), $(RFAIL_RC))
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TEST_RFAIL_SOURCES_STAGE0 = $(filter-out $(TEST_XFAILS_STAGE0), $(RFAIL_RS))
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TEST_RFAIL_SOURCES_STAGE1 = $(filter-out $(TEST_XFAILS_STAGE1), $(RFAIL_RS))
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TEST_RFAIL_SOURCES_STAGE2 = $(filter-out $(TEST_XFAILS_STAGE2), $(RFAIL_RS))
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TEST_RFAIL_EXES_STAGE0 = \
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$(subst $(S)src/,,$(TEST_RFAIL_CRATES_STAGE0:.rc=.stage0$(X))) \
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$(subst $(S)src/,,$(TEST_RFAIL_SOURCES_STAGE0:.rs=.stage0$(X)))
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TEST_RFAIL_EXES_STAGE1 = \
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$(subst $(S)src/,,$(TEST_RFAIL_CRATES_STAGE1:.rc=.stage1$(X))) \
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$(subst $(S)src/,,$(TEST_RFAIL_SOURCES_STAGE1:.rs=.stage1$(X)))
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TEST_RFAIL_EXES_STAGE2 = \
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$(subst $(S)src/,,$(TEST_RFAIL_CRATES_STAGE2:.rc=.stage2$(X))) \
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$(subst $(S)src/,,$(TEST_RFAIL_SOURCES_STAGE2:.rs=.stage2$(X)))
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TEST_RFAIL_OUTS_STAGE0 = \
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$(TEST_RFAIL_EXES_STAGE0:.stage0$(X)=.stage0.out)
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TEST_RFAIL_OUTS_STAGE1 = \
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$(TEST_RFAIL_EXES_STAGE0:.stage1$(X)=.stage1.out)
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TEST_RFAIL_OUTS_STAGE2 = \
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$(TEST_RFAIL_EXES_STAGE0:.stage2$(X)=.stage2.out)
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TEST_RFAIL_TMPS_STAGE0 = \
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$(TEST_RFAIL_EXES_STAGE0:.stage0$(X)=.stage0$(X).tmp)
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TEST_RFAIL_TMPS_STAGE1 = \
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$(TEST_RFAIL_EXES_STAGE1:.stage1$(X)=.stage1$(X).tmp)
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TEST_RFAIL_TMPS_STAGE2 = \
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$(TEST_RFAIL_EXES_STAGE2:.stage2$(X)=.stage2$(X).tmp)
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TEST_CFAIL_CRATES_STAGE0 = $(filter-out $(TEST_XFAILS_STAGE0), $(CFAIL_RC))
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TEST_CFAIL_CRATES_STAGE1 = $(filter-out $(TEST_XFAILS_STAGE1), $(CFAIL_RC))
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TEST_CFAIL_CRATES_STAGE2 = $(filter-out $(TEST_XFAILS_STAGE2), $(CFAIL_RC))
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TEST_CFAIL_SOURCES_STAGE0 = $(filter-out $(TEST_XFAILS_STAGE0), $(CFAIL_RS))
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TEST_CFAIL_SOURCES_STAGE1 = $(filter-out $(TEST_XFAILS_STAGE1), $(CFAIL_RS))
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TEST_CFAIL_SOURCES_STAGE2 = $(filter-out $(TEST_XFAILS_STAGE2), $(CFAIL_RS))
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TEST_CFAIL_EXES_STAGE0 = \
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$(subst $(S)src/,,$(TEST_CFAIL_CRATES_STAGE0:.rc=.stage0$(X))) \
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$(subst $(S)src/,,$(TEST_CFAIL_SOURCES_STAGE0:.rs=.stage0$(X)))
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TEST_CFAIL_EXES_STAGE1 = \
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$(subst $(S)src/,,$(TEST_CFAIL_CRATES_STAGE1:.rc=.stage1$(X))) \
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$(subst $(S)src/,,$(TEST_CFAIL_SOURCES_STAGE1:.rs=.stage1$(X)))
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TEST_CFAIL_EXES_STAGE2 = \
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$(subst $(S)src/,,$(TEST_CFAIL_CRATES_STAGE2:.rc=.stage2$(X))) \
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$(subst $(S)src/,,$(TEST_CFAIL_SOURCES_STAGE2:.rs=.stage2$(X)))
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TEST_CFAIL_OUTS_STAGE0 = \
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$(TEST_CFAIL_EXES_STAGE0:.stage0$(X)=.stage0.out)
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TEST_CFAIL_OUTS_STAGE1 = \
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$(TEST_CFAIL_EXES_STAGE1:.stage1$(X)=.stage1.out)
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TEST_CFAIL_OUTS_STAGE2 = \
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$(TEST_CFAIL_EXES_STAGE0:.stage2$(X)=.stage2.out)
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TEST_CFAIL_TMPS_STAGE0 = \
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$(TEST_CFAIL_EXES_STAGE0:.stage0$(X)=.stage0$(X).tmp)
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TEST_CFAIL_TMPS_STAGE1 = \
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$(TEST_CFAIL_EXES_STAGE1:.stage1$(X)=.stage1$(X).tmp)
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TEST_CFAIL_TMPS_STAGE0 = \
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$(TEST_CFAIL_EXES_STAGE2:.stage2$(X)=.stage2$(X).tmp)
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ALL_TEST_CRATES = $(TEST_CFAIL_CRATES_STAGE0) \
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$(TEST_RFAIL_CRATES_STAGE0) \
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$(TEST_RPASS_CRATES_STAGE0) \
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$(TEST_CFAIL_CRATES_STAGE1) \
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$(TEST_RFAIL_CRATES_STAGE1) \
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$(TEST_RPASS_CRATES_STAGE1) \
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$(TEST_CFAIL_CRATES_STAGE2) \
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$(TEST_RFAIL_CRATES_STAGE2) \
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$(TEST_RPASS_CRATES_STAGE2)
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ALL_TEST_SOURCES = $(TEST_CFAIL_SOURCES_STAGE0) \
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$(TEST_RFAIL_SOURCES_STAGE0) \
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$(TEST_RPASS_SOURCES_STAGE0) \
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$(TEST_CFAIL_SOURCES_STAGE1) \
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$(TEST_RFAIL_SOURCES_STAGE1) \
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$(TEST_RPASS_SOURCES_STAGE1) \
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$(TEST_CFAIL_SOURCES_STAGE2) \
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$(TEST_RFAIL_SOURCES_STAGE2) \
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$(TEST_RPASS_SOURCES_STAGE2)
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# The test suite currently relies on logging to validate results so
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# make sure that logging uses the default configuration
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unexport RUST_LOG
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check_nocompile: $(TEST_CFAIL_OUTS_STAGE0) \
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$(TEST_CFAIL_OUTS_STAGE1) \
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$(TEST_CFAIL_OUTS_STAGE2)
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check: tidy \
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$(TEST_RPASS_EXES_STAGE0) $(TEST_RFAIL_EXES_STAGE0) \
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$(TEST_RPASS_OUTS_STAGE0) $(TEST_RFAIL_OUTS_STAGE0) \
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$(TEST_CFAIL_OUTS_STAGE0) \
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$(TEST_RPASS_EXES_STAGE1) $(TEST_RFAIL_EXES_STAGE1) \
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$(TEST_RPASS_OUTS_STAGE1) $(TEST_RFAIL_OUTS_STAGE1) \
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$(TEST_CFAIL_OUTS_STAGE1) \
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$(TEST_RPASS_EXES_STAGE2) $(TEST_RFAIL_EXES_STAGE2) \
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$(TEST_RPASS_OUTS_STAGE2) $(TEST_RFAIL_OUTS_STAGE2) \
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$(TEST_CFAIL_OUTS_STAGE2)
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compile-check: tidy \
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$(TEST_RPASS_EXES_STAGE0) $(TEST_RFAIL_EXES_STAGE0) \
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$(TEST_RPASS_EXES_STAGE1) $(TEST_RFAIL_EXES_STAGE1) \
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$(TEST_RPASS_EXES_STAGE2) $(TEST_RFAIL_EXES_STAGE2)
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######################################################################
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# Testing rules
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######################################################################
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%.stage0$(X): %.stage0.o $(SREQ0)
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@$(call E, link [gcc]: $@)
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$(Q)gcc $(CFG_GCC_CFLAGS) stage1/glue.o -o $@ $< \
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-Lstage1 -Lrt -lrustrt -lstd -lm
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@# dsymutil sometimes fails or prints a warning, but the
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@# program still runs. Since it simplifies debugging other
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@# programs, I\'ll live with the noise.
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-$(Q)$(CFG_DSYMUTIL) $@
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%.stage1$(X): %.stage1.o $(SREQ1)
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@$(call E, link [gcc]: $@)
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$(Q)gcc $(CFG_GCC_CFLAGS) stage2/glue.o -o $@ $< \
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-Lstage2 -Lrt -lrustrt -lstd -lm
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@# dsymutil sometimes fails or prints a warning, but the
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@# program still runs. Since it simplifies debugging other
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@# programs, I\'ll live with the noise.
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-$(Q)$(CFG_DSYMUTIL) $@
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%.stage2$(X): %.stage2.o $(SREQ2)
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@$(call E, link [gcc]: $@)
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$(Q)gcc $(CFG_GCC_CFLAGS) stage3/glue.o -o $@ $< \
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-Lstage3 -Lrt -lrustrt -lstd -lm
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@# dsymutil sometimes fails or prints a warning, but the
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@# program still runs. Since it simplifies debugging other
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@# programs, I\'ll live with the noise.
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-$(Q)$(CFG_DSYMUTIL) $@
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%.stage0.o: %.rc $(SREQ0)
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@$(call E, compile [stage0]: $@)
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$(STAGE0) -c -o $@ $<
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%.stage0.o: %.rs $(SREQ0)
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@$(call E, compile [stage0]: $@)
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$(STAGE0) -c -o $@ $<
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%.stage1.o: %.rc $(SREQ1)
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@$(call E, compile [stage1]: $@)
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$(STAGE1) -c -o $@ $<
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%.stage1.o: %.rs $(SREQ1)
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@$(call E, compile [stage1]: $@)
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$(STAGE1) -c -o $@ $<
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%.stage2.o: %.rc $(SREQ2)
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@$(call E, compile [stage2]: $@)
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$(STAGE2) -c -o $@ $<
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%.stage2.o: %.rs $(SREQ2)
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@$(call E, compile [stage2]: $@)
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$(STAGE2) -c -o $@ $<
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# Cancel the implicit .out rule in GNU make.
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%.out: %
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%.out: %.out.tmp
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$(Q)mv $< $@
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test/run-pass/%.out.tmp: test/run-pass/%$(X) rt/$(CFG_RUNTIME)
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$(Q)rm -f $<.tmp
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@$(call E, run: $@)
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$(Q)$(call CFG_RUN_TEST, $<) > $@
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test/bench/shootout/%.out.tmp: test/bench/shootout/%$(X) \
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rt/$(CFG_RUNTIME)
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$(Q)rm -f $<.tmp
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@$(call E, run: $@)
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$(Q)$(call CFG_RUN_TEST, $<) > $@
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test/bench/99-bottles/%.out.tmp: test/bench/99-bottles/%$(X) \
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rt/$(CFG_RUNTIME)
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$(Q)rm -f $<.tmp
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@$(call E, run: $@)
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$(Q)$(call CFG_RUN_TEST, $<) > $@
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test/run-fail/%.out.tmp: test/run-fail/%$(X) \
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rt/$(CFG_RUNTIME)
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$(Q)rm -f $<.tmp
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@$(call E, run: $@)
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$(Q)grep -q error-pattern $(S)src/test/run-fail/$(basename $*).rs
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$(Q)rm -f $@
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$(Q)$(call CFG_RUN_TEST, $<) >$@ 2>&1 ; X=$$? ; \
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if [ $$X -eq 0 ] ; then exit 1 ; else exit 0 ; fi
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$(Q)grep --text --quiet \
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"$$(grep error-pattern $(S)src/test/run-fail/$(basename $*).rs \
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| cut -d : -f 2- | tr -d '\n\r')" $@
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test/compile-fail/%.stage0.out.tmp: test/compile-fail/%.rs $(SREQ0)
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@$(call E, compile [stage0]: $@)
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$(Q)grep -q error-pattern $<
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$(Q)rm -f $@
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$(STAGE0) -o $(@:.out=$(X)) $< >$@ 2>&1; test $$? -ne 0
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$(Q)grep --text --quiet \
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"$$(grep error-pattern $< | cut -d : -f 2- | tr -d '\n\r')" $@
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test/compile-fail/%.stage1.out.tmp: test/compile-fail/%.rs $(SREQ1)
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@$(call E, compile [stage1]: $@)
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$(Q)grep -q error-pattern $<
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$(Q)rm -f $@
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$(STAGE1) -o $(@:.out=$(X)) $< >$@ 2>&1; test $$? -ne 0
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$(Q)grep --text --quiet \
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"$$(grep error-pattern $< | cut -d : -f 2- | tr -d '\n\r')" $@
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test/compile-fail/%.stage2.out.tmp: test/compile-fail/%.rs $(SREQ2)
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@$(call E, compile [stage2]: $@)
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$(Q)grep -q error-pattern $<
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$(Q)rm -f $@
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$(STAGE2) -o $(@:.out=$(X)) $< >$@ 2>&1; test $$? -ne 0
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$(Q)grep --text --quiet \
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"$$(grep error-pattern $< | cut -d : -f 2- | tr -d '\n\r')" $@
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