public async Task CanIgnoreByPath()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ @"C:\VaM\Saves\Ignored\Scene 1.json", new MockFileData("I don't count") },
});
var handler = Create(fileSystem, new[] { @"C:\VaM\Saves\Ignored" });
var result = await handler.ScanLocalFilesAsync(null, new ProgressMock <ScanLocalFilesProgress>());
PartyAssertions.AreDeepEqual(
TestFactory.SavesMap().Build(),
result
);
}
public async Task CanIgnoreByExtension()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ @"C:\VaM\Saves\Scene 1.exe", new MockFileData("I'm bad") },
});
var handler = Create(fileSystem);
var result = await handler.ScanLocalFilesAsync(null, new ProgressMock <ScanLocalFilesProgress>());
PartyAssertions.AreDeepEqual(
TestFactory.SavesMap().Build(),
result
);
}
public async Task CanListScriptsAsync()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ @"C:\VaM\Custom\Scripts\Script 1.cs", new MockFileData("using Unity;\npublic class MyScript {}") },
});
var handler = Create(fileSystem);
var result = await handler.ScanLocalFilesAsync(null, new ProgressMock <ScanLocalFilesProgress>());
PartyAssertions.AreDeepEqual(
TestFactory.SavesMap()
.WithScript(new LocalScriptFile(@"C:\VaM\Custom\Scripts\Script 1.cs", "90A449A3FC7A01DCF27C92090C05804BFF1EC887006A77F71E984D21F7B38CD4"), out var _)
.Build(),
result
);
}
public async Task CanListScenesAsync()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ @"C:\VaM\Saves\Scene 1.json", new MockFileData("{}") },
});
var handler = Create(fileSystem);
var result = await handler.ScanLocalFilesAsync(null, new ProgressMock <ScanLocalFilesProgress>());
PartyAssertions.AreDeepEqual(
TestFactory.SavesMap()
.WithScene(new LocalSceneFile(@"C:\VaM\Saves\Scene 1.json"))
.Build(),
result
);
}
public void CanMatchNothing()
{
var saves = TestFactory.SavesMap()
.WithScript(new LocalScriptFile($"{_vam}1.cs", "1"), out var script1)
.Build();
var registry = TestFactory.Reg(
TestFactory.RegScript("my-script", TestFactory.RegVer("1.0.0", TestFactory.RegFile("2.cs", "2"))));
var result = _handler.MatchLocalFilesToRegistry(saves, registry);
PartyAssertions.AreDeepEqual(new RegistrySavesMatches
{
HashMatches = new RegistrySavesMatch[0],
FilenameMatches = new RegistrySavesMatch[0],
NoMatches = new[] { script1 }
}, result);
}
public async Task CanListScriptListsAsync()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ @"C:\VaM\Custom\Scripts\My Script\Script 1.cs", new MockFileData("using Unity;\npublic class MyScript {}") },
{ @"C:\VaM\Custom\Scripts\My Script\Add Me.cslist", new MockFileData("Script 1.cs") },
});
var handler = Create(fileSystem);
var result = await handler.ScanLocalFilesAsync(null, new ProgressMock <ScanLocalFilesProgress>());
PartyAssertions.AreDeepEqual(
TestFactory.SavesMap()
.WithScript(new LocalScriptListFile(@"C:\VaM\Custom\Scripts\My Script\Add Me.cslist", "3258C0B1D41C29CBC98B475EEEB5BF7609C9B4F290168A0E2158253DF044F325", new[] {
new LocalScriptFile(@"C:\VaM\Custom\Scripts\My Script\Script 1.cs", "90A449A3FC7A01DCF27C92090C05804BFF1EC887006A77F71E984D21F7B38CD4")
}), out var _)
.Build(),
result
);
}
public void DoesNotMatchByFilenameWhenMatchedByHash()
{
var saves = TestFactory.SavesMap()
.WithScript(new LocalScriptFile($"{_vam}1.cs", "1"), out var local1)
.Build();
var file = TestFactory.RegFile("1.cs", "1");
var version = TestFactory.RegVer("1.0.0", file);
var package = TestFactory.RegScript("my-script", version);
var registry = TestFactory.Reg(package);
var result = _handler.MatchLocalFilesToRegistry(saves, registry);
PartyAssertions.AreDeepEqual(new RegistrySavesMatches
{
HashMatches = new[] { new RegistrySavesMatch {
Remote = new RegistryPackageFileContext(registry, package, version, file), Local = local1
} },
FilenameMatches = new RegistrySavesMatch[0],
NoMatches = new LocalScriptFile[0]
}, result);
}