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[SV 63856] Fix pruning of double-colon rules
Given this setup: $ cat Makefile A::; @echo A-1 && sleep 1 && echo A-1 done A::; @echo A-2 && sleep 1 && echo A-2 done A::; @echo A-3 && sleep 1 && echo A-3 done B::; @echo B-1 && sleep 1 && echo B-1 done B::; @echo B-2 && sleep 1 && echo B-2 done B::; @echo B-3 && sleep 1 && echo B-3 done $ make -j8 A .WAIT B All recipes for A should be started sequentially and complete before any recipe for B is started, then all recipes for B should be started sequentially. This wasn't happening because the double-colon target was getting pruned too early. * src/remake.c (update_file): Don't prune a target if it's a double colon rule which is complete, but there are other recipes to run for this target: we want those other recipes to be run first. * tests/scripts/targets/WAIT: Test .WAIT with double colon rules.
This commit is contained in:
Dmitry Goncharov
Paul Smith
parent
cd46baab90
commit
80727d709c
10
src/remake.c
10
src/remake.c
@ -373,9 +373,15 @@ update_file (struct file *file, unsigned int depth)
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{
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{
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/* Check for the case where a target has been tried and failed but
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/* Check for the case where a target has been tried and failed but
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the diagnostics haven't been issued. If we need the diagnostics
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the diagnostics haven't been issued. If we need the diagnostics
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then we will have to continue. */
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then we will have to continue.
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In the case of double colon rules, this file cannot be pruned if
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this recipe finished (file->command_state == cs_finished) and there
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are more double colon rules for this file. Instead the recipe of the
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next double colon rule of this file should be run. */
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if (!(f->updated && f->update_status > us_none
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if (!(f->updated && f->update_status > us_none
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&& !f->dontcare && f->no_diag))
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&& !f->dontcare && f->no_diag)
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&& !(file->double_colon && file->command_state == cs_finished &&
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f->prev))
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{
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{
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DBF (DB_VERBOSE, _("Pruning file '%s'.\n"));
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DBF (DB_VERBOSE, _("Pruning file '%s'.\n"));
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return f->command_state == cs_finished ? f->update_status : us_success;
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return f->command_state == cs_finished ? f->update_status : us_success;
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@ -298,5 +298,344 @@ all:;@:
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!,
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!,
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'', "#MAKEFILE#:2: .WAIT should not have prerequisites\n#MAKEFILE#:3: .WAIT should not have commands\n");
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'', "#MAKEFILE#:2: .WAIT should not have prerequisites\n#MAKEFILE#:3: .WAIT should not have commands\n");
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Subtest 1. First run this test without .WAIT and observe and A recipes
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# interleave with B recipes.
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# Then run the same test with .WAIT and observe that all A recipes get started
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# sequentially before the 1st B recipe gets started and then all B recipes get
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# started sequentially.
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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run_make_test(q!
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all: A B
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A::; @#HELPER# -q out A-1 file A-1-done wait B-1-done out A-1-done
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A::; @#HELPER# -q out A-2 file A-2-done wait B-2-done out A-2-done
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A::; @#HELPER# -q out A-3 file A-3-done wait B-3-done out A-3-done
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B::; @#HELPER# -q wait A-1-done out B-1 out B-1-done file B-1-done
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B::; @#HELPER# -q wait A-2-done out B-2 out B-2-done file B-2-done
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B::; @#HELPER# -q wait A-3-done out B-3 out B-3-done file B-3-done
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10', "A-1\nB-1\nB-1-done\nA-1-done\nA-2\nB-2\nB-2-done\nA-2-done\nA-3\nB-3\nB-3-done\nA-3-done\n");
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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# Subtest 2.
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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run_make_test(q!
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all: A .WAIT B
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A::; @#HELPER# -q out $@-1 out $@-1-done
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A::; @#HELPER# -q out $@-2 out $@-2-done
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A::; @#HELPER# -q out $@-3 out $@-3-done
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B::; @#HELPER# -q out $@-1 out $@-1-done
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B::; @#HELPER# -q out $@-2 out $@-2-done
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B::; @#HELPER# -q out $@-3 out $@-3-done
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10', "A-1\nA-1-done\nA-2\nA-2-done\nA-3\nA-3-done\nB-1\nB-1-done\nB-2\nB-2-done\nB-3\nB-3-done\n");
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# sv 63856.
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Subtest 1. First run this test without .WAIT and observe and A recipes
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# interleave with B recipes.
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# Then run the same test with .WAIT and observe that all A recipes get started
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# sequentially before the 1st B recipe gets started and then all B recipes get
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# started sequentially.
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# The targets are specified on the command line.
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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run_make_test(q!
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A::; @#HELPER# -q out A-1 file A-1-done wait B-1-done out A-1-done
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A::; @#HELPER# -q out A-2 file A-2-done wait B-2-done out A-2-done
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A::; @#HELPER# -q out A-3 file A-3-done wait B-3-done out A-3-done
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B::; @#HELPER# -q wait A-1-done out B-1 out B-1-done file B-1-done
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B::; @#HELPER# -q wait A-2-done out B-2 out B-2-done file B-2-done
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B::; @#HELPER# -q wait A-3-done out B-3 out B-3-done file B-3-done
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10 A B', "A-1\nB-1\nB-1-done\nA-1-done\nA-2\nB-2\nB-2-done\nA-2-done\nA-3\nB-3\nB-3-done\nA-3-done\n");
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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# Subtest 2.
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# sv 63856.
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# Wait for all double colon targets on the left, before building targets on the
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# right. The targets are specified on the command line.
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run_make_test(q!
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A::; @#HELPER# -q out $@-1 out $@-1-done
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A::; @#HELPER# -q out $@-2 out $@-2-done
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A::; @#HELPER# -q out $@-3 out $@-3-done
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B::; @#HELPER# -q out $@-1 out $@-1-done
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B::; @#HELPER# -q out $@-2 out $@-2-done
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B::; @#HELPER# -q out $@-3 out $@-3-done
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10 A .WAIT B', "A-1\nA-1-done\nA-2\nA-2-done\nA-3\nA-3-done\nB-1\nB-1-done\nB-2\nB-2-done\nB-3\nB-3-done\n");
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Regular targets which have double colon targets as prerequisites.
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# Subtest 1. First run this test without .WAIT and observe and A recipes
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# interleave with B recipes.
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# The targets are specified in the makefile.
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unlink('D', 'D-done', 'E', 'E-done');
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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run_make_test(q!
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all: C .WAIT A B
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A::; @#HELPER# -q out A-1 file A-1-done wait B-1-done out A-1-done
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A::; @#HELPER# -q out A-2 file A-2-done wait B-2-done out A-2-done
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A::; @#HELPER# -q out A-3 file A-3-done wait B-3-done out A-3-done
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B::; @#HELPER# -q wait A-1-done out B-1 out B-1-done file B-1-done
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B::; @#HELPER# -q wait A-2-done out B-2 out B-2-done file B-2-done
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B::; @#HELPER# -q wait A-3-done out B-3 out B-3-done file B-3-done
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C: D E
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D:; @#HELPER# -q out D file D wait E-done out D-done
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E:; @#HELPER# -q wait D out E out E-done file E-done
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.PHONY: C D E
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10', "D\nE\nE-done\nD-done\nA-1\nB-1\nB-1-done\nA-1-done\nA-2\nB-2\nB-2-done\nA-2-done\nA-3\nB-3\nB-3-done\nA-3-done\n");
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Regular targets which have double colon targets as prerequisites.
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# Subtest 2.
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# Run the same test with .WAIT and observe that all A recipes get started
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# sequentially before the 1st B recipe gets started and then all B recipes get
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# started sequentially.
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# The targets are specified in the makefile.
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#
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unlink('D', 'D-done', 'E', 'E-done');
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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run_make_test(q!
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all: C .WAIT A .WAIT B
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A::; @#HELPER# -q out $@-1 out $@-1-done
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A::; @#HELPER# -q out $@-2 out $@-2-done
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A::; @#HELPER# -q out $@-3 out $@-3-done
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B::; @#HELPER# -q out $@-1 out $@-1-done
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B::; @#HELPER# -q out $@-2 out $@-2-done
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B::; @#HELPER# -q out $@-3 out $@-3-done
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C: D E
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D:; @#HELPER# -q out D file D wait E-done out D-done
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E:; @#HELPER# -q wait D out E out E-done file E-done
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.PHONY: C D E
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10', "D\nE\nE-done\nD-done\nA-1\nA-1-done\nA-2\nA-2-done\nA-3\nA-3-done\nB-1\nB-1-done\nB-2\nB-2-done\nB-3\nB-3-done\n");
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Regular targets which have double colon targets as prerequisites.
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# Subtest 1. First run this test without .WAIT and observe and A recipes
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# interleave with B recipes.
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# The targets are specified on the command line.
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unlink('D', 'D-done', 'E', 'E-done');
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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run_make_test(q!
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A::; @#HELPER# -q out A-1 file A-1-done wait B-1-done out A-1-done
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A::; @#HELPER# -q out A-2 file A-2-done wait B-2-done out A-2-done
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A::; @#HELPER# -q out A-3 file A-3-done wait B-3-done out A-3-done
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B::; @#HELPER# -q wait A-1-done out B-1 out B-1-done file B-1-done
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B::; @#HELPER# -q wait A-2-done out B-2 out B-2-done file B-2-done
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B::; @#HELPER# -q wait A-3-done out B-3 out B-3-done file B-3-done
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C: D E
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D:; @#HELPER# -q out D file D wait E-done out D-done
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E:; @#HELPER# -q wait D out E out E-done file E-done
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.PHONY: C D E
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10 C .WAIT A B', "D\nE\nE-done\nD-done\nA-1\nB-1\nB-1-done\nA-1-done\nA-2\nB-2\nB-2-done\nA-2-done\nA-3\nB-3\nB-3-done\nA-3-done\n");
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Regular targets which have double colon targets as prerequisites.
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# Subtest 2.
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# Run the same test with .WAIT and observe that all A recipes get started
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# sequentially before the 1st B recipe gets started and then all B recipes get
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# started sequentially.
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# The targets are specified on the command line.
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unlink('D', 'D-done', 'E', 'E-done');
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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run_make_test(q!
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A::; @#HELPER# -q out $@-1 out $@-1-done
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A::; @#HELPER# -q out $@-2 out $@-2-done
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A::; @#HELPER# -q out $@-3 out $@-3-done
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B::; @#HELPER# -q out $@-1 out $@-1-done
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B::; @#HELPER# -q out $@-2 out $@-2-done
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B::; @#HELPER# -q out $@-3 out $@-3-done
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C: D E
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D:; @#HELPER# -q out D file D wait E-done out D-done
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E:; @#HELPER# -q wait D out E out E-done file E-done
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.PHONY: C D E
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10 C .WAIT A .WAIT B', "D\nE\nE-done\nD-done\nA-1\nA-1-done\nA-2\nA-2-done\nA-3\nA-3-done\nB-1\nB-1-done\nB-2\nB-2-done\nB-3\nB-3-done\n");
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unlink('D', 'D-done', 'E', 'E-done');
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Double colon targets have reqular targets as prerequisites.
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# Subtest 1. First run this test without .WAIT and observe and A recipes
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# interleave with B recipes.
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# The targets are specified in the makefile.
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unlink('D', 'D-done', 'E', 'E-done');
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unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
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run_make_test(q!
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all: A B
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A:: D; @#HELPER# -q out A-1 file A-1-done wait B-1-done out A-1-done
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A::; @#HELPER# -q out A-2 file A-2-done wait B-2-done out A-2-done
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A::; @#HELPER# -q out A-3 file A-3-done wait B-3-done out A-3-done
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B:: E; @#HELPER# -q wait A-1-done out B-1 out B-1-done file B-1-done
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B::; @#HELPER# -q wait A-2-done out B-2 out B-2-done file B-2-done
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B::; @#HELPER# -q wait A-3-done out B-3 out B-3-done file B-3-done
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D:; @#HELPER# -q out D file D wait E-done out D-done
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E:; @#HELPER# -q wait D out E out E-done file E-done
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.PHONY: D E
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# This is just here so we don't fail with older versions of make
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.WAIT:
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!,
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'-j10', "D\nE\nE-done\nD-done\nA-1\nB-1\nB-1-done\nA-1-done\nA-2\nB-2\nB-2-done\nA-2-done\nA-3\nB-3\nB-3-done\nA-3-done\n");
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# Wait for all double colon targets on the left, before building targets on the
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# right.
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# Double colon targets have reqular targets as prerequisites.
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# Subtest 2.
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# Run the same test with .WAIT and observe that all A recipes get started
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||||||
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# sequentially before the 1st B recipe gets started and then all B recipes get
|
||||||
|
# started sequentially.
|
||||||
|
# The targets are specified in the makefile.
|
||||||
|
|
||||||
|
unlink('D', 'D-done', 'E', 'E-done');
|
||||||
|
unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
|
||||||
|
|
||||||
|
run_make_test(q!
|
||||||
|
all: A .WAIT B
|
||||||
|
A:: D; @#HELPER# -q out $@-1 out $@-1-done
|
||||||
|
A:: ; @#HELPER# -q out $@-2 out $@-2-done
|
||||||
|
A:: ; @#HELPER# -q out $@-3 out $@-3-done
|
||||||
|
B:: E; @#HELPER# -q out $@-1 out $@-1-done
|
||||||
|
B:: ; @#HELPER# -q out $@-2 out $@-2-done
|
||||||
|
B:: ; @#HELPER# -q out $@-3 out $@-3-done
|
||||||
|
|
||||||
|
D:; @#HELPER# -q out D out D-done
|
||||||
|
E:; @#HELPER# -q out E out E-done
|
||||||
|
|
||||||
|
.PHONY: D E
|
||||||
|
|
||||||
|
# This is just here so we don't fail with older versions of make
|
||||||
|
.WAIT:
|
||||||
|
!,
|
||||||
|
'-j10', "D\nD-done\nA-1\nA-1-done\nA-2\nA-2-done\nA-3\nA-3-done\nE\nE-done\nB-1\nB-1-done\nB-2\nB-2-done\nB-3\nB-3-done\n");
|
||||||
|
|
||||||
|
|
||||||
|
# Wait for all double colon targets on the left, before building targets on the
|
||||||
|
# right.
|
||||||
|
# Double colon targets have reqular targets as prerequisites.
|
||||||
|
# Subtest 1. First run this test without .WAIT and observe and A recipes
|
||||||
|
# interleave with B recipes.
|
||||||
|
# The targets are specified on the command line.
|
||||||
|
|
||||||
|
unlink('D', 'D-done', 'E', 'E-done');
|
||||||
|
unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
|
||||||
|
|
||||||
|
run_make_test(q!
|
||||||
|
A:: D; @#HELPER# -q out A-1 file A-1-done wait B-1-done out A-1-done
|
||||||
|
A::; @#HELPER# -q out A-2 file A-2-done wait B-2-done out A-2-done
|
||||||
|
A::; @#HELPER# -q out A-3 file A-3-done wait B-3-done out A-3-done
|
||||||
|
B:: E; @#HELPER# -q wait A-1-done out B-1 out B-1-done file B-1-done
|
||||||
|
B::; @#HELPER# -q wait A-2-done out B-2 out B-2-done file B-2-done
|
||||||
|
B::; @#HELPER# -q wait A-3-done out B-3 out B-3-done file B-3-done
|
||||||
|
|
||||||
|
D:; @#HELPER# -q out D file D wait E-done out D-done
|
||||||
|
E:; @#HELPER# -q wait D out E out E-done file E-done
|
||||||
|
|
||||||
|
.PHONY: D E
|
||||||
|
|
||||||
|
# This is just here so we don't fail with older versions of make
|
||||||
|
.WAIT:
|
||||||
|
!,
|
||||||
|
'-j10 A B', "D\nE\nE-done\nD-done\nA-1\nB-1\nB-1-done\nA-1-done\nA-2\nB-2\nB-2-done\nA-2-done\nA-3\nB-3\nB-3-done\nA-3-done\n");
|
||||||
|
|
||||||
|
# Wait for all double colon targets on the left, before building targets on the
|
||||||
|
# right.
|
||||||
|
# Double colon targets have reqular targets as prerequisites.
|
||||||
|
# Subtest 2.
|
||||||
|
# Run the same test with .WAIT and observe that all A recipes get started
|
||||||
|
# sequentially before the 1st B recipe gets started and then all B recipes get
|
||||||
|
# started sequentially.
|
||||||
|
# The targets are specified on the command line.
|
||||||
|
|
||||||
|
unlink('D', 'D-done', 'E', 'E-done');
|
||||||
|
unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
|
||||||
|
|
||||||
|
run_make_test(q!
|
||||||
|
A:: D; @#HELPER# -q out $@-1 out $@-1-done
|
||||||
|
A:: ; @#HELPER# -q out $@-2 out $@-2-done
|
||||||
|
A:: ; @#HELPER# -q out $@-3 out $@-3-done
|
||||||
|
B:: E; @#HELPER# -q out $@-1 out $@-1-done
|
||||||
|
B:: ; @#HELPER# -q out $@-2 out $@-2-done
|
||||||
|
B:: ; @#HELPER# -q out $@-3 out $@-3-done
|
||||||
|
|
||||||
|
D:; @#HELPER# -q out D out D-done
|
||||||
|
E:; @#HELPER# -q out E out E-done
|
||||||
|
|
||||||
|
.PHONY: D E
|
||||||
|
|
||||||
|
# This is just here so we don't fail with older versions of make
|
||||||
|
.WAIT:
|
||||||
|
!,
|
||||||
|
'-j10 A .WAIT B', "D\nD-done\nA-1\nA-1-done\nA-2\nA-2-done\nA-3\nA-3-done\nE\nE-done\nB-1\nB-1-done\nB-2\nB-2-done\nB-3\nB-3-done\n");
|
||||||
|
|
||||||
|
unlink('D', 'D-done', 'E', 'E-done');
|
||||||
|
unlink('A-1-done', 'A-2-done', 'A-3-done', 'B-1-done', 'B-2-done', 'B-3-done');
|
||||||
|
|
||||||
# This tells the test driver that the perl test script executed properly.
|
# This tells the test driver that the perl test script executed properly.
|
||||||
1;
|
1;
|
||||||
|
|||||||
Loading…
Reference in New Issue
Block a user