This change made `5 dependency versions` unit test fail because now once
a subproject has been configured, the fallback variable is checked to be
consistent. So it has to use new subproject because 'somesub' was
already configured by previous tests.
Similar to meson.override_find_program() but overrides the result of the
dependency() function.
Also ensure that dependency() always returns the same result when
looking for the same dependency, this fixes cases where parts of the
project could be using a system library and other parts use the library
provided by a subproject.
DMD and LDC are a real pain to use as linkers. On Unices they invoke the C
compiler as the linker, just like meson does. This means we have to figure out
what C compiler they're using and try to pass valid arguments to that compiler
if the D compiler doesn't understand the linker arguments we want to pass. In
this case that means gcc or clang. We can use-the -Xcc to pass arguments
directly to the C compiler without dmd/ldc getting involved, so we'll use that.
This was never really true of the D compilers, it made them more
complicated than necessary and was incorrect in many cases. Removing it
causes no regressions on Linux, at least in our rather limited test
cases).
Compiler is invariant, in other words Compiler and only Compiler can
fulfull it, it's derived classes cannot be used. CompilerType is
covariant, that is Compiler and any derived class can fulfill it. This
fixes a number of issues in the boost module.
This makes the typing annotations basically impossible to get right, but
if we only have one key then it's easy. Fortunately python provides
comprehensions, so we don't even need the ability to pass multiple keys,
we can just [extract_as_list(kwargs, c) for c in ('a', 'b', 'c')] and
get the same result.
These are basically doing what mlog.log(..., once=True) does, so lets
just use that. The once argument to mlog is newer, so these probably
should have been changed already.
listify shouldn't be unholdering, it's a function to turn scalar values
into lists, or flatten lists. Having a separate function is clearer,
easier to understand, and can be run recursively if necessary.
The old logic was completely broken, and didn't even assert that the
specified section was found at all. The CPU families test was broken
because of this. Luckily, the table didn't go out of sync with the
code.
It now also doesn't assume that each section has only one table. This
fixes the test now that we document the buildtype/optimization/debug
mapping in a second table inside the `Universal options` section.
Otherwise you have to hunt through the source code. Specifically, this
is defined in `mesonbuild/coredata.py`: `set_buildtype_from_others()`
and `set_others_from_buildtype()`
As any child of BuildTargetHolder might need the name of the object,
provides a method to get object name.
This is useful in gst-build to display the plugin name and not
the filename.
This commit annotates most of interpreterbase.py. However,
there are stil the @wraps missing, since I am unsure what
the types are supposed to be here.
This also fixes that the keys in ArgumentNode.kwargs are
all of the type BaseNode now. Before this commit, it was
possible that both strings and Nodes where used as keys.
the check for which files can be compiled are called again and again on
the same files over and over again. Caching this here shaves off 11s of
the build time of efl (which has grown in the last 3 versions to over 40
sec. again)
Jussi Pakkanen
Michael Brockus
Xavier Claessens
Dylan Baker
Amit D
Daniel Mensinger
Nirbheek Chauhan
Stéphane Cerveau
Martin Storsjö
Michael
Stephan Lachnit
Marcel Hollerbach