def test_list_methods(temp_file):
    """Test various list methods"""
    from osxmetadata import OSXMetaData
    from osxmetadata.constants import kMDItemKeywords

    attribute = kMDItemKeywords

    # updatekeywords
    meta = OSXMetaData(temp_file)
    keywordset = ["Test", "Green", "Foo"]

    meta.keywords = keywordset
    assert meta.keywords == keywordset
    assert meta.get_attribute(attribute) == keywordset

    idx = meta.keywords.index("Green")
    assert idx == 1

    count = meta.keywords.count("Test")
    assert count == 1

    count = meta.keywords.count("Bar")
    assert count == 0

    meta.keywords.sort()
    assert meta.keywords == ["Foo", "Green", "Test"]
    assert meta.get_attribute(attribute) == ["Foo", "Green", "Test"]

    meta.keywords.sort(reverse=True)
    assert meta.keywords == ["Test", "Green", "Foo"]
    assert meta.get_attribute(attribute) == ["Test", "Green", "Foo"]

    # sort by key
    meta.keywords.sort(key=lambda tag: len(tag))
    assert meta.keywords == ["Foo", "Test", "Green"]
    assert meta.get_attribute(attribute) == ["Foo", "Test", "Green"]

    meta.keywords.reverse()
    assert meta.keywords == ["Green", "Test", "Foo"]
    assert meta.get_attribute(attribute) == ["Green", "Test", "Foo"]

    tag_expected = "Test"
    tag_got = meta.keywords.pop(1)
    assert tag_got == tag_expected
    assert meta.keywords == ["Green", "Foo"]
    assert meta.get_attribute(attribute) == ["Green", "Foo"]

    # delete by assigning None
    meta.keywords = None
    assert meta.keywords == []
Exemple #2
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def test_cli_verbose_short_opts(temp_file):
    from osxmetadata import OSXMetaData, Tag
    from osxmetadata.__main__ import cli

    TESTDIR = None
    source_file = NamedTemporaryFile(dir=TESTDIR)
    source_filename = source_file.name

    meta_source = OSXMetaData(source_filename)
    meta_source.tags = [Tag("bar")]
    meta_source.keywords = ["foo"]
    meta_source.findercomment = "Bar"
    meta_source.comment = "Foo"

    runner = CliRunner()
    result = runner.invoke(
        cli,
        [
            "-X",
            "-s",
            "keywords",
            "test",
            "-l",
            "-g",
            "keywords",
            "-c",
            "keywords",
            "-r",
            "keywords",
            "test",
            "-u",
            "keywords",
            "foo",
            "-m",
            "keywords",
            "tags",
            "-V",
            "-B",
            "-f",
            source_filename,
            temp_file,
        ],
    )
    assert result.exit_code == 0
    output = result.output
    assert "Processing file" in output
    assert "No metadata to wipe from" in output
    assert "Copying attributes from" in output
    assert "Copying com.apple.metadata:_kMDItemUserTags" in output
    assert "Copying com.apple.metadata:kMDItemComment" in output
    assert "Copying com.apple.metadata:kMDItemKeywords" in output
    assert "Copying com.apple.metadata:kMDItemFinderComment" in output
    assert "Clearing keywords" in output
    assert "Setting keywords=test" in output
    assert "Updating keywords=foo" in output
    assert "Removing keywords" in output
    assert "Mirroring keywords tags" in output
    assert "Backing up attribute data" in output

    source_file.close()
Exemple #3
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def test_cli_copy_from(temp_file):
    # test copy from source file
    from osxmetadata import OSXMetaData, Tag
    from osxmetadata.__main__ import cli

    TESTDIR = None
    source_file = NamedTemporaryFile(dir=TESTDIR)
    source_filename = source_file.name

    meta_source = OSXMetaData(source_filename)
    meta_source.tags = [Tag("bar")]
    meta_source.keywords = ["foo"]
    meta_source.findercomment = "Bar"
    meta_source.comment = "Foo"

    runner = CliRunner()
    result = runner.invoke(cli, ["--copyfrom", source_filename, temp_file])
    assert result.exit_code == 0
    meta = OSXMetaData(temp_file)
    assert meta.tags == [Tag("bar")]
    assert meta.keywords == ["foo"]
    assert meta.findercomment == "Bar"
    assert meta.comment == "Foo"

    source_file.close()