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freebsd-ports/devel/qt5-core/Makefile
Raphael Kubo da Costa f6ceca6350 Update Qt5 ports to 5.9.3.
This took quite a lot of time because Qt's own build system underwent
several changes in 5.8.0 that took a while to adapt to.

And, of course, qt5-webengine is a behemoth that we need to patch like crazy
due to its bundling of Chromium. In fact, most of the Chromium patches in
qt5-webengine have been imported with no changes from www/chromium@433510
("www/chromium: update to 56.0.2924.87").

New port: accessibility/qt5-speech

Bigger changes to Qt5 ports we had to make:
- Qt now allows using a configure.json file to define configuration options
  and specify configuration checks that can be done when qmake is invoked.
  However, configure.json checks done in a subdirectory only propagates to
  subdirectories, and checks elsewhere will fail if all .pro files are being
  parsed at once (i.e. qmake -recursive), so several ports had to switch to
  USES=qmake:norecursive along with manual additional qmake invocations in
  subdirectories in order to work. It's been mentioned in a few places such
  as Qt's bug tracker that qmake's recursive mode is pretty much deprecated,
  so we might switch to non-recursive mode by default in the future.

- Uses/qmake.mk: Introduce QMAKE_CONFIGURE_ARGS. qmake now accepts
  arbitrary options such as '-foo' and '-no-bar' at the end of the
  command-line. They can be specified in QMAKE_CONFIGURE_ARGS.

- graphics/qt5-wayland: The port can only be built if graphics/mesa-libs is
  built with the WAYLAND option, so a corresponding option (off by default)
  was added to the port.

- misc/qt5-doc: Switch to a pre-built documentation tarball. The existing
  port was not working with Qt 5.9. Instead of trying to fix it, switch to
  what Gentoo does and fetch a tarball that already contains all
  documentation so that we do not have to build anything at all. The
  tarball's name and location in download.qt.io look a bit weird, but it
  seems to work fine.

- www/qt5-webengine: Use binutils from ports, Chromium's GN build system
  generates a build.ninja that uses ar(1) with the @file syntax that is not
  supported by BSD ar, so we need to use GNU ar from binutils.

- x11-toolkits/qt5-declarative-render2d: This port was merged into the main
  Qt Declarative repository upstream, and into x11-toolkits/qt5-quick in the
  ports tree.

Changes to other ports we had to make:
- biology/ugene: Drop a '#define point "."' that is not present in more
  recent versions of the port. Defining a macro with such a common name
  causes build issues with Qt 5.9, which uses |point| as an argument name in
  methods.

- cad/qelectrotech: Fix plist with Qt 5.9. Directories are no longer
  installed with `cp -f -R', but rather `qmake install qinstall', which does
  not install

    %%DATADIR%%/elements/10_electric/20_manufacturers_articles/bosch_rexroth/.directory

  That's a local file that should not even have been part of the tarball
  anyway.

- chinese/gcin-qt5: Add additional private Qt directories (which should not
  be used in the first place) to get the port to build with Qt 5.9.

- devel/qtcreator: Fix plist with Qt 5.9. Something changed in qdoc and some
  test classes no longer generate documentation files.

- security/keepassx-devel: Import a patch sent upstream almost a year ago to
  fix the build with Qt 5.9.

Thanks to antoine for the exp-run, and tcberner and Laurent Cimon
<laurent@nuxi.ca> for landing changes in our qt-5.9 branch.

PR:		224849
2018-01-06 21:30:31 +00:00

61 lines
1.8 KiB
Makefile

# $FreeBSD$
PORTNAME= core
DISTVERSION= ${QT5_VERSION}
CATEGORIES= devel
PKGNAMEPREFIX= qt5-
MAINTAINER= kde@FreeBSD.org
COMMENT= Qt core non-graphical module
LIB_DEPENDS= libicui18n.so:devel/icu \
libpcre2-posix.so:devel/pcre2
USE_GNOME= glib20
USE_QT5= qmake_build buildtools_build
QT_DIST= base
HAS_CONFIGURE= yes
# Disable (almost) everything to install minimal qconfig.h.
# -no-feature-* adds QT_NO_* (for features which have no switch or
# that need to be detected).
CONFIGURE_ARGS= -no-accessibility -no-gif -no-libpng -no-libjpeg \
-no-openssl -no-gui -no-widgets -no-cups \
-no-iconv -no-dbus -no-opengl \
-no-egl -no-evdev \
-no-fontconfig -no-freetype -no-gtk -no-harfbuzz \
-no-libudev -no-xcb -no-xinput2 -no-xkb -no-xcb-xlib \
-no-xkbcommon -no-libinput
USE_LDCONFIG= ${PREFIX}/${QT_LIBDIR_REL}
BUILD_WRKSRC= ${WRKSRC}/src/corelib
INSTALL_WRKSRC= ${BUILD_WRKSRC}
QT_DEFINES= GLIB
QT_CONFIG= glib icu
.include <bsd.port.pre.mk>
post-configure:
.for d in src/tools/bootstrap src/tools/qfloat16-tables src/corelib
${MKDIR} ${WRKSRC}/${d}
cd ${WRKSRC}/${d} && ${SETENV} ${QMAKE_ENV} ${_QMAKE} ${QMAKE_ARGS} ${WRKSRC}/${d}
.endfor
pre-build:
.for d in src/tools/bootstrap src/tools/qfloat16-tables src/corelib
${MKDIR} ${WRKSRC}/${d}
cd ${WRKSRC}/${d} && \
${SETENV} ${MAKE_ENV} ${MAKE} ${MAKE_FLAGS} ${MAKEFILE} \
${_MAKE_JOBS} ${MAKE_ARGS} ${ALL_TARGET}
.endfor
post-install:
# Allow qconfig.h to be customized by single ports.
${AWK} 'BEGIN{print "#include <QtCore/qconfig-modules.h>"}{print}' \
${STAGEDIR}${PREFIX}/${QT_INCDIR_REL}/QtCore/qconfig.h > ${WRKDIR}/qconfig.h
# Cleanup qconfig.h and remove stray '#define QT_NO_FOO'
${REINPLACE_CMD} "/#define QT_NO_/d" ${WRKDIR}/qconfig.h
${MV} ${WRKDIR}/qconfig.h ${STAGEDIR}${PREFIX}/${QT_INCDIR_REL}/QtCore/qconfig.h
.include <bsd.port.post.mk>