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d1d7a6a16b
I've setup CI on GHA because it is much more convenient using their action script. This covers different Mingw setups and it does not fail on PCH tests like Mingw-w64 one installed by default on GHA/Azure (either because GCC exe there was built without ASLR or is a new recent version which supports PCH relocation).
86 lines
2.9 KiB
Python
Executable File
86 lines
2.9 KiB
Python
Executable File
#!/usr/bin/env python3
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# Copyright 2014 Steven Watanabe
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# Distributed under the Boost Software License, Version 1.0.
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# (See accompanying file LICENSE.txt or https://www.bfgroup.xyz/b2/LICENSE.txt)
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# This tests the GLOB rule.
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import os
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import BoostBuild
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def test_glob(files, glob, expected, setup=""):
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t = BoostBuild.Tester(["-ffile.jam"], pass_toolset=0)
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t.write("file.jam", setup + """
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for local p in [ SORT %s ]
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{
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ECHO $(p:T) ;
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}
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UPDATE ;
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""" % glob)
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for f in files:
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t.write(f, "")
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expected.sort()
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t.run_build_system(stdout="\n".join(expected + [""]))
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t.cleanup()
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# one or both arguments empty
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test_glob([], "[ GLOB : ]", [])
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test_glob([], "[ GLOB . : ]", [])
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test_glob([], "[ GLOB : * ]", [])
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# a single result
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test_glob([], "[ GLOB . : * ]", ["./file.jam"])
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# * can match any number of characters
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test_glob([], "[ GLOB . : file*.jam ]", ["./file.jam"])
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test_glob([], "[ GLOB . : f*am ]", ["./file.jam"])
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# ? should match a single character, but not more than one
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test_glob([], "[ GLOB . : fi?e.?am ]", ["./file.jam"])
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test_glob([], "[ GLOB . : fi?.jam ]", [])
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# [abc-fh-j] matches a set of characters
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test_glob([], '[ GLOB . : "[f][i][l][e].jam" ]', ["./file.jam"])
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test_glob([], '[ GLOB . : "[fghau][^usdrwe][k-o][^f-s].jam" ]', ["./file.jam"])
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# \x matches x
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test_glob([], "[ GLOB . : \\f\\i\\l\\e.jam ]", ["./file.jam"])
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# multiple results
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test_glob(["test.txt"], "[ GLOB . : * ]", ["./file.jam", "./test.txt"])
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# directories
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test_glob(["dir1/dir2/test.txt"], "[ GLOB dir1 : * ]", ["dir1/dir2"]);
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# non-existent directory
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test_glob([], "[ GLOB dir1 : * ] ", [])
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# multiple directories and patterns
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test_glob(["dir1/file1.txt", "dir2/file1.txt",
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"dir2/file2.txt"],
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"[ GLOB dir1 dir2 : file1* file2* ]",
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["dir1/file1.txt", "dir2/file1.txt",
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"dir2/file2.txt"])
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# The directory can contain . and ..
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test_glob(["dir/test.txt"], "[ GLOB dir/. : test.txt ]", ["dir/./test.txt"])
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test_glob(["dir/test.txt"], "[ GLOB dir/.. : file.jam ]", ["dir/../file.jam"])
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# On case insensitive filesystems, the result should
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# be normalized. It should NOT be downcased.
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test_glob(["TEST.TXT"], "[ GLOB . : TEST.TXT ]", ["./TEST.TXT"])
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case_insensitive = (os.path.normcase("FILE") == "file")
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if case_insensitive:
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test_glob(["TEST.TXT"], "[ GLOB . : test.txt ]", ["./TEST.TXT"])
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# This used to fail because the caching routines incorrectly
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# reported that . and .. do not exist.
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test_glob(["D1/D2/TEST.TXT"], "[ GLOB D1/./D2 : test.txt ]",
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["D1/./D2/TEST.TXT"])
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test_glob(["D1/TEST.TXT", "TEST.TXT"], "[ GLOB D1/../D1 : test.txt ]",
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["D1/../D1/TEST.TXT"])
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# This also failed because directories that were first found
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# by GLOB were recorded as non-existent.
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test_glob(["D1/D2/TEST.TXT"], "[ GLOB d1/d2 : test.txt ]",
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["D1/D2/TEST.TXT"],
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"GLOB . : * ;")
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