4e014ace45
To instrument a Qt application or library with the TestCocoon coverage tool, do `CONFIG+=testcocoon' in the application .pro file. To instrument Qt itself with testcocoon, use the `-testcocoon' configure option. Change-Id: Ie77109a078d11ea51f7a073621e0df9c752c44ae Reviewed-by: Oswald Buddenhagen <oswald.buddenhagen@nokia.com> Reviewed-by: Rohan McGovern <rohan.mcgovern@nokia.com>
58 lines
2.2 KiB
Plaintext
58 lines
2.2 KiB
Plaintext
#
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# Tested with TestCocoon 1.6.14
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#
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load(resolve_target)
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# Retrieve the target basename
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TARGET_BASENAME = $$basename(QMAKE_RESOLVED_TARGET)
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# Configure testcocoon for a full instrumentation - excluding the moc, ui and qrc files from the instrumentation
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# --cs-output defines the name to give to the execution report (.csexe).
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TESTCOCOON_COVERAGE_OPTIONS = \
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--cs-qt4 \
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--cs-exclude-file-regex=\'(^|[/\\\\])ui_.*\\.h\$\$\' \
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--cs-exclude-file-regex=\'(^|[/\\\\])(qrc|moc)_.*\\.cpp\$\$\' \
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--cs-exclude-file-regex=\'.*\\.moc\$\$\' \
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--cs-exclude-file-regex=\'.*\\.g\$\$\' \
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--cs-output=\'$$TARGET_BASENAME\' # name of the csexe file (execution report)
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# The .csmes file should be placed alongside the .so or binary.
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# Unfortunately, testcocoon has no option to specify the output directory,
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# so we must move it into place if a custom destdir was used.
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# We don't move applications' csmes because some qt applications (tools, examples)
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# are using DESTDIR in some cases but always alongside target.path, so the binary
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# is built directly in target.path and there is no need to move the csmes.
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!isEmpty(DESTDIR):contains(TEMPLATE, lib) {
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!isEmpty(QMAKE_POST_LINK):QMAKE_POST_LINK = $$escape_expand(\\n\\t)$$QMAKE_POST_LINK
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QMAKE_POST_LINK = -$(MOVE) $${TARGET_BASENAME}.csmes $${QMAKE_RESOLVED_TARGET}.csmes$$QMAKE_POST_LINK
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}
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QMAKE_CLEAN += *.csexe *.csmes
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# The compiler/linker is replaced by the coveragescanner which is named after the name of the
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# compiler/linker preceded by cs (ie gcc is replaced by csgcc).
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# Testcocoon options defined in TESTCOCOON_COVERAGE_OPTIONS are added as argument to the coveragescanner (ie csgcc).
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# In practice they are added as compiler/linker flags.
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*-g++* {
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QMAKE_CXX ~= s/(\\S*g\\+\\+)/cs\\1/
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QMAKE_CC ~= s/(\\S*gcc)/cs\\1/
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QMAKE_LINK ~= s/(\\S*g\\+\\+|\\S*gcc)/cs\\1/
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QMAKE_AR ~= s/(\\S*ar)/cs\\1/
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QMAKE_AR += $$TESTCOCOON_COVERAGE_OPTIONS
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} else {
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error("Non-gcc qmake specs not supported by TestCocoon integration yet")
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}
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QMAKE_CFLAGS += $$TESTCOCOON_COVERAGE_OPTIONS
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QMAKE_CXXFLAGS += $$TESTCOCOON_COVERAGE_OPTIONS
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QMAKE_LFLAGS += $$TESTCOCOON_COVERAGE_OPTIONS
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unix {
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QMAKE_LFLAGS += --cs-libgen=-fPIC
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}
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unset(TARGET_BASENAME)
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unset(TESTCOCOON_COVERAGE_OPTIONS)
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