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Reduces 3 errors that show up in newer mypy versions than pinned in CI.
It is new since 1.16 and a likely future default for mypy 2.0. It allows
things like:
```
for i in ['one', 'two', 'three']:
frob_a(i)
for i in [1, 2, 3]:
frob_b(i)
```
since "i" is obviously used as a loop holder and its type can be freely
reinvented. Note: allow-redefinition-new isn't actually about this at
all, it has greater scope than loop holders and allows redefining
"unannotated variables" of all kinds. No granularity in what to accept
redefinition of. :P
To enable this, we must also opt in to local-partial-types, which has
some overlap with None-safety. Specifically:
> the most common cases for partial types are variables initialized
> using None, but without explicit X | None annotations. By default, mypy
> won’t check partial types spanning module top level or class top level.
> This flag changes the behavior to only allow partial types at local
> level, therefore it disallows inferring variable type for None from two
> assignments in different scopes.
So with this, we also fix a couple of actual type errors this revealed.
Where possible, stop None-initializing at all -- it's not strictly
needed for global variables, anyway, and it's a coding error if it is
possible to hit these variables without defining them first.
Bug: https://github.com/python/mypy/issues/19280
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This is an old method, that is now just a wrapper around the OptionStore
method, that doesn't add any value. It's also an option related method
attached to the CoreData instead of the OptionStore, so useless and a
layering violation.
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On Python 3.12, self.prefix.relative_to(self.prefix.drive) no longer
works and raises error like:
```
ValueError: 'C:/msys64/mingw64' is not in the subpath of 'C:'
```
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They're hardly used, and can be gotten directly from the Environment
instead
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This replaces all of the Apache blurbs at the start of each file with an
`# SPDX-License-Identifier: Apache-2.0` string. It also fixes existing
uses to be consistent in capitalization, and to be placed above any
copyright notices.
This removes nearly 3000 lines of boilerplate from the project (only
python files), which no developer cares to look at.
SPDX is in common use, particularly in the Linux kernel, and is the
recommended format for Meson's own `project(license: )` field
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Currently in cross-compilation mode the --host is set to x86-linux-linux,
which results in an error.
Change the code so that for x86 and x86_64 the second part is 'pc',
and 'unknown' for the rest.
Use cpu model instead of cpu family for the first part, as suggested
by @dcbaker
As the result, we get: i386-pc-linux on my setup.
Fixes #12608
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Allow modules using CustomTarget to modify the command description used by ninja backend. This result in more precise logs when building a project.
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This makes the code cleaner and will allow to have other implementations
in the future.
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This detects cases where module A imports a function from B, and C
imports that same function from A instead of B. It's not part of the API
contract of A, and causes innocent refactoring to break things.
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This lessens the amount of code imported at Meson startup by mapping
each dependency to a dictionary entry and using a programmable import to
dynamically return it.
Minus 16 files and 6399 lines of code imported at startup.
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This is a pretty common pattern in python (the standard library uses it
a ton): A class is created, with a single private instance in the
module, and then it's methods are exposed as public API. This removes
the need for the global statement, and is generally a little easier to
reason about thanks to encapsulation.
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In some cases we'll get an `ImmutableListProtocol[str]` anyway (and
actually, we should probably be getting one in call cases), since we
don't mutate it anyway, just store it as immutable.
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This finds uses of deny-listed functions, which defaults to map and
filter. These functions should be replaced by comprehensions in
idiomatic python because:
1. comprehensions are more heavily optimized and are often faster
2. They avoid the need for lambdas in some cases, which make them
faster
3. you can do the equivalent in one statement rather than two, which
is faster
4. They're easier to read
5. if you need a concrete instance (ie, a list) then you don't have
to convert the iterator to a list afterwards
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Thanks to `ModuleInfo`, all modules are just named `foo.py` instead of
`unstable_foo.py`, which simplifies the import method a bit. This also
allows for accurate FeatureNew/FeatureDeprecated use, as we know when
the module was added and if/when it was stabilized.
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