Avoid invalid qmake code in macOS-specific pluginloader test

You cannot manipulate variables in custom target dependencies, so the
following code was invalid:

i386_d.depends = EXPORT_VALID_ARCHS=i386

In order to still build the fat binary, we split the project in four,
one for each architecture, plus one to create the final package.

Change-Id: If08cf54e2e4098a7e10df41b7ea8d2bf699f58be
Reviewed-by: Oswald Buddenhagen <oswald.buddenhagen@qt.io>
Reviewed-by: Tor Arne Vestbø <tor.arne.vestbo@qt.io>
bb10
Ulf Hermann 2018-11-22 17:17:21 +01:00
parent f2b4462f84
commit 042707a633
6 changed files with 80 additions and 61 deletions

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TEMPLATE = aux
# Needs explicit load()ing due to aux template. Relies on QT being non-empty.
load(qt)
goodlib.target = good.$${QMAKE_APPLE_DEVICE_ARCHS}.dylib
goodlib.commands = $(CXX) $(CXXFLAGS) -shared -o $@ -I$(INCPATH) $<
goodlib.depends += $$PWD/../fakeplugin.cpp
all.depends += goodlib
QMAKE_EXTRA_TARGETS += goodlib all
QMAKE_CLEAN += $$goodlib.target

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@ -1,64 +1,15 @@
TEMPLATE = aux
OTHER_FILES += \
ppcconverter.pl \
generate-bad.pl
TEMPLATE = subdirs
# Needs explicit load()ing due to aux template. Relies on QT being non-empty.
load(qt)
i386_d.target = good.i386.dylib
i386_d.depends = EXPORT_VALID_ARCHS=i386
i386.target = good.i386.dylib
i386.commands = $(CXX) $(CXXFLAGS) -shared -o $@ -I$(INCPATH) $<
i386.depends += $$PWD/../fakeplugin.cpp
x86_64_d.target = good.x86_64.dylib
x86_64_d.depends = EXPORT_VALID_ARCHS=x86_64
x86_64.target = good.x86_64.dylib
x86_64.commands = $(CXX) $(CXXFLAGS) -shared -o $@ -I$(INCPATH) $<
x86_64.depends += $$PWD/../fakeplugin.cpp
# Current Mac OS X toolchains have no compiler for PPC anymore
# So we fake it by converting an x86-64 binary to (little-endian!) PPC64
ppc64.target = good.ppc64.dylib
ppc64.commands = $$PWD/ppcconverter.pl $< $@
ppc64.depends = x86_64 $$PWD/ppcconverter.pl
# Generate a fat binary with three architectures
fat_all.target = good.fat.all.dylib
fat_all.commands = lipo -create -output $@ \
-arch ppc64 $$ppc64.target \
-arch i386 $$i386.target \
-arch x86_64 $$x86_64.target
fat_all.depends += i386 x86_64 ppc64
fat_no_i386.target = good.fat.no-i386.dylib
fat_no_i386.commands = lipo -create -output $@ -arch x86_64 $$x86_64.target -arch ppc64 $$ppc64.target
fat_no_i386.depends += x86_64 ppc64
fat_no_x86_64.target = good.fat.no-x86_64.dylib
fat_no_x86_64.commands = lipo -create -output $@ -arch i386 $$i386.target -arch ppc64 $$ppc64.target
fat_no_x86_64.depends += i386 ppc64
fat_stub_i386.target = good.fat.stub-i386.dylib
fat_stub_i386.commands = lipo -create -output $@ -arch ppc64 $$ppc64.target -arch_blank i386
fat_stub_i386.depends += x86_64 ppc64
fat_stub_x86_64.target = good.fat.stub-x86_64.dylib
fat_stub_x86_64.commands = lipo -create -output $@ -arch ppc64 $$ppc64.target -arch_blank x86_64
fat_stub_x86_64.depends += i386 ppc64
bad.commands = $$PWD/generate-bad.pl
bad.depends += $$PWD/generate-bad.pl
MYTARGETS = $$fat_all.depends fat_all fat_no_x86_64 fat_no_i386 \
fat_stub_i386 fat_stub_x86_64 bad
all.depends += $$MYTARGETS
QMAKE_EXTRA_TARGETS += i386_d x86_64_d $$MYTARGETS all
QMAKE_CLEAN += $$i386.target $$x86_64.target $$ppc64.target $$fat_all.target \
$$fat_no_i386.target $$fat_no_x86_64.target \
$$fat_stub_i386.target $$fat_stub_x86_64.target \
"bad*.dylib"
SUBDIRS = \
machtest_i386.pro \
machtest_x86_64.pro \
machtest_ppc64.pro \
machtest_fat.pro
machtest_fat-pro.depends = \
machtest_i386.pro \
machtest_x86_64.pro \
machtest_ppc64.pro
machtest_ppc64-pro.depends = \
machtest_x86_64.pro

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TEMPLATE = aux
OTHER_FILES += generate-bad.pl
# Needs explicit load()ing due to aux template. Relies on QT being non-empty.
load(qt)
# Generate a fat binary with three architectures
fat_all.target = good.fat.all.dylib
fat_all.commands = lipo -create -output $@ \
-arch ppc64 good.ppc64.dylib \
-arch i386 good.i386.dylib \
-arch x86_64 good.x86_64.dylib
fat_all.depends += good.i386.dylib good.x86_64.dylib good.ppc64.dylib
fat_no_i386.target = good.fat.no-i386.dylib
fat_no_i386.commands = lipo -create -output $@ -arch x86_64 good.x86_64.dylib -arch ppc64 good.ppc64.dylib
fat_no_i386.depends += good.x86_64.dylib good.ppc64.dylib
fat_no_x86_64.target = good.fat.no-x86_64.dylib
fat_no_x86_64.commands = lipo -create -output $@ -arch i386 good.i386.dylib -arch ppc64 good.ppc64.dylib
fat_no_x86_64.depends += good.i386.dylib good.ppc64.dylib
fat_stub_i386.target = good.fat.stub-i386.dylib
fat_stub_i386.commands = lipo -create -output $@ -arch ppc64 good.ppc64.dylib -arch_blank i386
fat_stub_i386.depends += good.x86_64.dylib good.ppc64.dylib
fat_stub_x86_64.target = good.fat.stub-x86_64.dylib
fat_stub_x86_64.commands = lipo -create -output $@ -arch ppc64 good.ppc64.dylib -arch_blank x86_64
fat_stub_x86_64.depends += good.i386.dylib good.ppc64.dylib
bad.commands = $$PWD/generate-bad.pl
bad.depends += $$PWD/generate-bad.pl
MYTARGETS = $$fat_all.depends fat_all fat_no_x86_64 fat_no_i386 \
fat_stub_i386 fat_stub_x86_64 bad
all.depends += $$MYTARGETS
QMAKE_EXTRA_TARGETS += $$MYTARGETS all
QMAKE_CLEAN += $$fat_all.target $$fat_no_i386.target $$fat_no_x86_64.target \
$$fat_stub_i386.target $$fat_stub_x86_64.target \
"bad*.dylib"

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QMAKE_APPLE_DEVICE_ARCHS = i386
include(machtest.pri)

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QMAKE_APPLE_DEVICE_ARCHS = ppc64
include(machtest.pri)
OTHER_FILES += ppcconverter.pl
# Current macOS toolchains have no compiler for PPC anymore
# So we fake it by converting an x86-64 binary to (little-endian!) PPC64
goodlib.commands = $$PWD/ppcconverter.pl $< $@
goodlib.depends = good.x86_64.dylib $$PWD/ppcconverter.pl

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QMAKE_APPLE_DEVICE_ARCHS = x86_64
include(machtest.pri)