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it's usually run bypassing all the dependencies & make parsing using
LD_LIBRARY_PATH=instdir/program make cmd cmd='ALL_LANGS="$(ALL_LANGS)" workdir/LinkTarget/Executable/pocheck'
but it doesn't hurt to also have it as a dedicated target
Change-Id: I742373eb0e4d87ea22c80da0dcaaba7116cd2937
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/144250
Tested-by: Jenkins
Reviewed-by: Christian Lohmaier <lohmaier+LibreOffice@googlemail.com>
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This allows to build a complete static LibreOffice on Linux,
except for linked externals. Since LO's static build implies
disabled dynamic loading, one must select one VCL backend to
be compiled in.
See the (large) comment in solenv/gbuild/static.mk trying to
explain, why this implementation was chosen (spoiler: seems
there is no other way) and what is actually implemented.
This will collect all libraries, statics and externals of
executables. If the executable uses components, it will get
linked to all static components. While it works with any
Executable, it just makes sense for soffice.bin, because the
static component map sucks every dependency in, bloating most
other binaries.
In theory on could generate the dependencies based on the list
of used components (see gb_CppunitTest_use_components), then
generate a specific static constructor map, directly include it
in the exe's cxx code and then link the minimal dependencies.
The static LO should build on Linux with:
--enable-customtarget-components
--disable-dynamic-loading
Tested VCL plugin config is:
--disable-gtk3
--disable-gen
--enable-qt5
The partial build support is split into a 2nd patch.
Change-Id: Iafc95752fae9e88095f54a21f1e30a4f080815e2
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/126790
Tested-by: Jenkins
Reviewed-by: Michael Stahl <michael.stahl@allotropia.de>
Reviewed-by: Thorsten Behrens <thorsten.behrens@allotropia.de>
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...instead of by listing the content somewhat redundantly in the Rdb_*.mk
files, to avoid duplication of logic for components that are only built
conditionally (and thus should only be included conditionally in the
corresponding Rdb). To achieve that, add an "rdb" parameter to
gb_ComponentTarget_ComponentTarget (and to the gb_*_set_componentfile macros
that internally call gb_ComponentTarget_ComponentTarget), which is used to make
the appropriate gb_Rdb_add_component call internally from within
gb_ComponentTarget_ComponentTarget. (As a special case,
gb_CppunitTest_set_componentfile shall not call gb_Rdb_add_component, as that
has already been done by the corresponding gb_Library_set_componentfile call, so
allow the gb_ComponentTarget_ComponentTarget "rdb" parameter to be empty to
support that special case.)
Most Rdb_*.mk files are thus mostly empty now. One exception is
i18npool/Rdb_saxparser.mk, which duplicates some of the Rdb_services content as
needed during the build in CustomTarget_i18npool/localedata.
1c9a40299d328c78c035ca63ccdf22c5c669a03b "gbuild: create services.rdb from built
components" had already tried to do something similar (in addition to other
things) under a new --enable-services-rdb-from-build option. However, that
approach had four drawbacks that this approach here addresses (and which thus
partly reverts 1c9a40299d328c78c035ca63ccdf22c5c669a03b):
1 Rdb_services shall not contain the component files of all libraries that are
built. While that commit filtered out the component files that go into
Rdb_ure/services (ure/Rdb_ure.mk), it failed to filter out the component files
that go into others like Rdb_postgresql-sdbc
(connectivity/Rdb_postgresql-sdbc.mk).
2 The code added by that commit to Makefile.gbuild codified the knowledge that
there is an Rdb_services, which is brittle.
3 The code added by that commit to solenv/gbuild/Rdb.mk codified the knowledge
(for gb_Rdb__URECOMPONENTS) that there is an Rdb_ure/services, which is brittle.
4 Introducing an --enable-services-rdb-from-build option needlessly provided
two different ways how the content of Rdb_services is assembled.
The changes done here would leave --enable-services-rdb-from-build as a
misnomer, as it no longer controls how Rdb_services is assembled. I thus
renamed it to --enable-customtarget-components, as that is apparently what it
still does now.
Change-Id: Ia5e8df4b640146c77421fcec6daa11a9cd260265
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/126577
Tested-by: Jenkins
Reviewed-by: Stephan Bergmann <sbergman@redhat.com>
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... and introduce the --enable-services-rdb-from-build option.
Currently the build handles global build options redundant
in a few places:
* in Repository*mk + modules - the "real" build dependencies
* the full services.rdb generation
* the static UNO constructor map generation
Also the component files don't reflect the really built components
and so the RDB services generation must handle the whole options
to select the correct components.
So this optionally replaces the latter two by generating the list
of components and it's constructors from the build itself. As a
consequence, component files must now be split, so they reflect
the real components in the libraries, otherwise the static
constructor list will have missing symbols. IMHO this is more
natural, as it happens in the same place already handling these
build options for the sourcecode.
This also adds a convenience helper to add multiple component
files: gb_Library_set_componentfiles
This is WIP and currently just works for the stripped WASM build,
which introduces many more split component files in later patches.
It also explicitly filters the gb_Rdb__URECOMPONENTS and the
CppunitTest related components from the services.rdb. Maybe there
is a good way to do this properly.
Change-Id: I1b38a6f2c1e5221f18d7e5e756c30263b555d962
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/126185
Tested-by: Jenkins
Reviewed-by: Jan-Marek Glogowski <glogow@fbihome.de>
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This is a hack, because make has no way to serialize processing
of a target (just .NOTPARALLEL for the whole Makefile).
It uses the lockfile tool / liblockfile 1.17. Since that polls
the file, I adjusted the poll timeout to 5s max, because I found
the 60s wait much too long. Guess even 1s would be ok...
Since it's just a small build tool, I simply copied and patched
its source, instead of creating an external project. And there
is --with-system-lockfile=... to use an external binary instead.
Change-Id: I16bc4579a273dcf1aac811ae4723ca325a0b9eba
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/126152
Tested-by: Jenkins
Reviewed-by: Jan-Marek Glogowski <glogow@fbihome.de>
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The revert commits change the build-tools target for a DESKTOP
build to build the complete LO. This restores the original,
minimal one and also adds a whitelist of allowd build types.
OpenCL needs a configure switch, as it's status is also stored
in a config header, so preventing the build is not enough.
This also reverts:
- commit 802161a505272732566210e9ebbd8fe1b23fb86d
- commit 02d931a59e2966d0c2736db8dee7be3e3dcd6bae
Change-Id: Ibfcb0c54e72da1b7c2e63c082ea6586520a787fa
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/102480
Tested-by: Jenkins
Reviewed-by: Jan-Marek Glogowski <glogow@fbihome.de>
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If cross-compiling to a DESKTOP platform, just use
RepositoryModule_host.mk on the build platform, too.
Change-Id: Icd3f3081e5af0c7cda95e9bce7572d37567d4f6e
Reviewed-on: https://gerrit.libreoffice.org/c/core/+/97356
Tested-by: Jenkins
Reviewed-by: Tor Lillqvist <tml@collabora.com>
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Without the MAR env setting the python script only gets two command line
arguments, the script name and all the parameters as one string.
If someone knows a better fix I'm open to other suggestions.
Change-Id: I1acc4a74892d657c1c156b8953a5ab8a166aea92
Reviewed-on: https://gerrit.libreoffice.org/40778
Tested-by: Jenkins <ci@libreoffice.org>
Reviewed-by: Markus Mohrhard <markus.mohrhard@googlemail.com>
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Change-Id: I5707bc8d3827aa24a795e91a8851d12c81613cfc
Reviewed-on: https://gerrit.libreoffice.org/40756
Reviewed-by: Markus Mohrhard <markus.mohrhard@googlemail.com>
Tested-by: Markus Mohrhard <markus.mohrhard@googlemail.com>
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Change-Id: I34820113f6a2adf17e99dc38f4decb62ca06b7c0
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Change-Id: I1b6fc7970d3010c63ae910d55103efb504e15b53
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Change-Id: Idcf7f9cedc2368f6a4e4e10c2852cc9b1125b712
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Change-Id: I4000523cfc944657714267958836dd3ce4ec3b0d
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It seems that the generated partial update files are now generated
correctly. We now need to handle languages and sign the partial files as
well as upload them.
Change-Id: I69fbdad42da2c8a2d9695bc852956b82ce773f4c
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Change-Id: I809866f0425b8e85b396692f60c936351aca39ad
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Also finally add the initial version of the upload scripts.
Change-Id: I3ad5bcbeba60f0cf9700e5fe5001a24f162a3244
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Change-Id: I4f6b7aecc24d42d6b248cb8d959aeab59af963c2
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Change-Id: Ib6882caf0a53bc0961c3b5ceafa9e9410123af52
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Change-Id: If28cca535da20e4633ce025e39a967820eae6945
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Change-Id: Ia586e813b33dde0e0b2468c54bed9471c03e8c5a
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We still need some parts for the partial update files but we already
generate the build information and the complete mar file.
Change-Id: I2ae0de0b83518bc3093848b66b6f3054ebd388e1
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Change-Id: Ib8dc0267034716740ba6d7f60cf635adc4bd1561
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It is constant and can just be replaced by $(SRCDIR)/solenv.
Use BUILD_TYPE where it was used to check if config_*.mk is sourced.
Change-Id: Ib9d480c57194b6340093aa47776f8768df69b7d1
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Well, there is still another one: solenv/gbuild/partial_build.mk
This enables you to do in SRCDIR:
make gb_Side=build -r -f Makefile.gbuild <target>
which was not possible previously.
Change-Id: I6f8ce1c6503124526986e192b7d3552b909fc157
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