forked from mirrors/gecko-dev
02a7b4ebdf
Allow-list all Python code in tree for use with the black linter, and re-format all code in-tree accordingly. To produce this patch I did all of the following: 1. Make changes to tools/lint/black.yml to remove include: stanza and update list of source extensions. 2. Run ./mach lint --linter black --fix 3. Make some ad-hoc manual updates to python/mozbuild/mozbuild/test/configure/test_configure.py -- it has some hard-coded line numbers that the reformat breaks. 4. Make some ad-hoc manual updates to `testing/marionette/client/setup.py`, `testing/marionette/harness/setup.py`, and `testing/firefox-ui/harness/setup.py`, which have hard-coded regexes that break after the reformat. 5. Add a set of exclusions to black.yml. These will be deleted in a follow-up bug (1672023). # ignore-this-changeset Differential Revision: https://phabricator.services.mozilla.com/D94045
93 lines
3.7 KiB
Python
93 lines
3.7 KiB
Python
# This Source Code Form is subject to the terms of the Mozilla Public
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# License, v. 2.0. If a copy of the MPL was not distributed with this
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# file, You can obtain one at http://mozilla.org/MPL/2.0/.
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import buildconfig
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import subprocess
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import os
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import sys
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def relativize(path, base=None):
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# For absolute path in Unix builds, we need relative paths because
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# Windows programs run via Wine don't like these Unix absolute paths
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# (they look like command line arguments).
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if path.startswith("/"):
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return os.path.relpath(path, base)
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# For Windows absolute paths, we can just use the unmodified path.
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# And if the path starts with '-', it's a command line argument.
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if os.path.isabs(path) or path.startswith("-"):
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return path
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# Remaining case is relative paths, which may be relative to a different
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# directory (os.getcwd()) than the needed `base`, so we "rebase" it.
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return os.path.relpath(path, base)
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def midl(out, input, *flags):
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out.avoid_writing_to_file()
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midl = buildconfig.substs["MIDL"]
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wine = buildconfig.substs.get("WINE")
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base = os.path.dirname(out.name) or "."
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if midl.lower().endswith(".exe") and wine:
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command = [wine, midl]
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else:
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command = [midl]
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command.extend(buildconfig.substs["MIDL_FLAGS"])
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command.extend([relativize(f, base) for f in flags])
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command.append("-Oicf")
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command.append(relativize(input, base))
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print("Executing:", " ".join(command))
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result = subprocess.run(command, cwd=base)
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return result.returncode
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# midl outputs dlldata to a single dlldata.c file by default. This prevents running
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# midl in parallel in the same directory for idl files that would generate dlldata.c
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# because of race conditions updating the file. Instead, we ask midl to create
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# separate files, and we merge them manually.
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def merge_dlldata(out, *inputs):
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inputs = [open(i) for i in inputs]
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read_a_line = [True] * len(inputs)
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while True:
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lines = [
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f.readline() if read_a_line[n] else lines[n] for n, f in enumerate(inputs)
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]
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unique_lines = set(lines)
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if len(unique_lines) == 1:
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# All the lines are identical
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if not lines[0]:
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break
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out.write(lines[0])
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read_a_line = [True] * len(inputs)
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elif (
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len(unique_lines) == 2
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and len([l for l in unique_lines if "#define" in l]) == 1
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):
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# Most lines are identical. When they aren't, it's typically because some
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# files have an extra #define that others don't. When that happens, we
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# print out the #define, and get a new input line from the files that had
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# a #define on the next iteration. We expect that next line to match what
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# the other files had on this iteration.
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# Note: we explicitly don't support the case where there are different
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# defines across different files, except when there's a different one
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# for each file, in which case it's handled further below.
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a = unique_lines.pop()
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if "#define" in a:
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out.write(a)
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else:
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out.write(unique_lines.pop())
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read_a_line = ["#define" in l for l in lines]
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elif len(unique_lines) != len(lines):
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# If for some reason, we don't get lines that are entirely different
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# from each other, we have some unexpected input.
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print(
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"Error while merging dlldata. Last lines read: {}".format(lines),
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file=sys.stderr,
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)
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return 1
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else:
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for line in lines:
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out.write(line)
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read_a_line = [True] * len(inputs)
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return 0
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