public void ShouldDiscoverAllLauncherFiles()
{
using (var directory = new TemporaryDirectory())
{
Directory.CreateDirectory($"{directory.Location}\\Launchers");
File.WriteAllText($"{directory.Location}\\Launchers\\file1.xml", "");
File.WriteAllText($"{directory.Location}\\Launchers\\file2.json", "");
var xmlLoader = ConfigureProcessMock($"{directory.Location}\\Launchers\\file1.xml", new LaunchersNode(), ".xml");
var jsonLoader = ConfigureProcessMock($"{directory.Location}\\Launchers\\file2.json", new LaunchersNode(), ".json");
var loader = new ConfigLoader()
{
AllConfigurationProcessors = new[] { xmlLoader.Object, jsonLoader.Object },
Context = new OneLaunchContextMock().WithUserSettingsDirectory("")
};
var launchers = loader.DiscoverFiles(directory.Location).ToList();
Assert.That(launchers, Has.Count.EqualTo(2));
Assert.That(launchers[0].FilePath, Is.EqualTo($"{directory.Location}\\Launchers\\file1.xml"));
Assert.That(launchers[0].Processor, Is.SameAs(xmlLoader.Object));
Assert.That(launchers[1].FilePath, Is.EqualTo($"{directory.Location}\\Launchers\\file2.json"));
Assert.That(launchers[1].Processor, Is.SameAs(jsonLoader.Object));
}
}
public void ShouldIgnoreLaunchersThatAreExcludedInTheUserSettings()
{
using (var directory = new TemporaryDirectory())
{
Directory.CreateDirectory($"{directory.Location}\\Launchers");
File.WriteAllText($"{directory.Location}\\Launchers\\file1.xml", "");
File.WriteAllText($"{directory.Location}\\Launchers\\file2.json", "");
var xmlNode = new LaunchersNode()
{
Header = "Header1"
};
var jsonNode = new LaunchersNode()
{
Header = "Header2"
};
var xmlLoader = ConfigureProcessMock($"{directory.Location}\\Launchers\\file1.xml", xmlNode, ".xml");
var jsonLoader = ConfigureProcessMock($"{directory.Location}\\Launchers\\file2.json", jsonNode, ".json");
var loader = new ConfigLoader()
{
AllConfigurationProcessors = new[] { xmlLoader.Object, jsonLoader.Object },
Context = new OneLaunchContextMock()
.WithExcludedLaunchers($"{directory.Location}\\Launchers\\file1.xml") // We exclude the first file
.WithUserSettingsDirectory(directory.Location)
};
var launchers = loader.LoadConfiguration(directory.Location).ToList();
Assert.That(launchers, Has.Count.EqualTo(1));
Assert.That(launchers[0], Is.SameAs(jsonNode));
}
}
public void ShouldReadAllFilesLocatedInTheConfigurationAndUserSettingsDirectoriesWithTheRightPlugin()
{
using (var configurationDirectory = new TemporaryDirectory())
using (var userSettingsDirectory = new TemporaryDirectory())
{
Directory.CreateDirectory($"{configurationDirectory.Location}\\Launchers");
Directory.CreateDirectory($"{userSettingsDirectory.Location}\\OneLauncher");
Directory.CreateDirectory($"{userSettingsDirectory.Location}\\OneLauncher\\Launchers");
// First, we fill the configuration directory with some launcher files
File.WriteAllText($"{configurationDirectory.Location}\\Launchers\\file1.xml", "");
File.WriteAllText($"{configurationDirectory.Location}\\Launchers\\file2.json", "");
// This one is not known by any plugin, it should be ignored
File.WriteAllText($"{configurationDirectory.Location}\\Launchers\\file3.bin", "");
// Now, we'll add one more file, in the user settings directory this time
File.WriteAllText($"{userSettingsDirectory.Location}\\OneLauncher\\Launchers\\file4.txt", "");
var xmlNode = new LaunchersNode()
{
Header = "Header1"
};
var jsonNode = new LaunchersNode()
{
Header = "Header2"
};
var txtNode = new LaunchersNode()
{
Header = "Header3"
};
var xmlLoader = ConfigureProcessMock($"{configurationDirectory.Location}\\Launchers\\file1.xml", xmlNode, ".xml");
var jsonLoader = ConfigureProcessMock($"{configurationDirectory.Location}\\Launchers\\file2.json", jsonNode, ".json");
var txtLoader = ConfigureProcessMock($"{userSettingsDirectory.Location}\\OneLauncher\\Launchers\\file4.txt", txtNode, ".txt");
var loader = new ConfigLoader()
{
AllConfigurationProcessors = new[] { xmlLoader.Object, jsonLoader.Object, txtLoader.Object },
Context = new OneLaunchContextMock().WithUserSettingsDirectory(userSettingsDirectory.Location)
};
var launchers = loader.LoadConfiguration(configurationDirectory.Location).ToList();
Assert.That(launchers, Has.Count.EqualTo(3));
Assert.That(launchers[0], Is.SameAs(xmlNode));
Assert.That(launchers[1], Is.SameAs(jsonNode));
Assert.That(launchers[2], Is.SameAs(txtNode));
xmlLoader.VerifyAll();
jsonLoader.VerifyAll();
txtLoader.VerifyAll();
}
}
public void ShouldNotLoadUserLaunchersIfTheUserLaunchersDirectoryDoesNotExist()
{
using (var configurationDirectory = new TemporaryDirectory())
using (var userSettingsDirectory = new TemporaryDirectory())
{
Directory.CreateDirectory($"{configurationDirectory.Location}\\Launchers");
// We don't create the Launchers directory in the user settings directory
var loader = new ConfigLoader()
{
AllConfigurationProcessors = Enumerable.Empty <ILauncherConfigurationProcessor>(),
Context = new OneLaunchContextMock().WithUserSettingsDirectory(userSettingsDirectory.Location)
};
var launchers = loader.LoadConfiguration(configurationDirectory.Location).ToList();
Assert.That(launchers, Has.Count.EqualTo(0));
}
}
public void ShouldMergeLauncherFilesWhenRepoHasTheSameName()
{
var firstNode = new LaunchersNode()
{
Header = "Repo1",
Launchers = { new LauncherLink(), new LauncherLink() },
SubGroups =
{
new LaunchersNode()
{
Header = "SubGroup1",
Launchers ={ new LauncherLink() },
SubGroups =
{
new LaunchersNode()
{
Header = "SubGroup1-1",
Launchers ={ new LauncherLink() }
}
}
},
new LaunchersNode()
{
Header = "SubGroup2"
}
}
};
var secondNode = new LaunchersNode()
{
Header = "Repo2",
Launchers = { new LauncherLink(), new LauncherLink() },
SubGroups =
{
new LaunchersNode()
{
Header = "SubGroup1", // Same name than for the first node, but as the higher level differs, it won't be merged
Launchers ={ new LauncherLink() },
SubGroups =
{
new LaunchersNode()
{
Header = "SubGroup1-1",
Launchers ={ new LauncherLink() }
}
}
}
}
};
var thirdNode = new LaunchersNode()
{
Header = "Repo1", // Same repo than the initial one, should be merged
Launchers = { new LauncherLink() },
SubGroups =
{
new LaunchersNode()
{
Header = "SubGroup3" // New node, won't be merged
},
new LaunchersNode()
{
Header = "SubGroup1", // Existing node, will be merged
Launchers ={ new LauncherLink() },
SubGroups =
{
new LaunchersNode()
{
Header = "SubGroup1-2", // New subgroup, won't be merged
Launchers ={ new LauncherLink() }
}
}
}
}
};
var fourthNode = new LaunchersNode()
{
Header = "Repo1", // Again same repo than the initial one, should be merged
Launchers = { new LauncherLink() }
};
using (var configurationDirectory = new TemporaryDirectory())
using (var userSettingsDirectory = new TemporaryDirectory())
{
Directory.CreateDirectory($"{configurationDirectory.Location}\\Launchers");
File.WriteAllText($"{configurationDirectory.Location}\\Launchers\\1.1", "");
var loaderMock = CreateMockProcessor(firstNode, secondNode, thirdNode, fourthNode);
var loader = new ConfigLoader()
{
AllConfigurationProcessors = new[] { loaderMock.Object },
Context = new OneLaunchContextMock().WithUserSettingsDirectory(userSettingsDirectory.Location)
};
var launchers = loader.LoadConfiguration(configurationDirectory.Location).ToList();
Assert.That(launchers, Has.Count.EqualTo(2));
Assert.That(launchers[0].Header, Is.EqualTo("Repo1"));
Assert.That(launchers[0].Launchers,
Is.EquivalentTo(new[] { firstNode.Launchers[0], firstNode.Launchers[1], thirdNode.Launchers[0], fourthNode.Launchers[0] }));
Assert.That(launchers[0].SubGroups, Has.Count.EqualTo(3));
Assert.That(launchers[0].SubGroups[0].Header, Is.EqualTo("SubGroup1"));
Assert.That(launchers[0].SubGroups[0].Launchers,
Is.EquivalentTo(new[] { firstNode.SubGroups[0].Launchers[0], thirdNode.SubGroups[1].Launchers[0] }));
Assert.That(launchers[0].SubGroups[0].SubGroups, Has.Count.EqualTo(2));
Assert.That(launchers[0].SubGroups[0].SubGroups[0].Header, Is.EqualTo("SubGroup1-1"));
Assert.That(launchers[0].SubGroups[0].SubGroups[0].Launchers,
Is.EquivalentTo(new[] { firstNode.SubGroups[0].SubGroups[0].Launchers[0] }));
Assert.That(launchers[0].SubGroups[0].SubGroups[1].Header, Is.EqualTo("SubGroup1-2"));
Assert.That(launchers[0].SubGroups[0].SubGroups[1].Launchers,
Is.EquivalentTo(new[] { thirdNode.SubGroups[1].SubGroups[0].Launchers[0] }));
Assert.That(launchers[0].SubGroups[1].Header, Is.EqualTo("SubGroup2"));
Assert.That(launchers[0].SubGroups[1].Launchers, Is.Null.Or.Empty);
Assert.That(launchers[0].SubGroups[2].Header, Is.EqualTo("SubGroup3"));
Assert.That(launchers[0].SubGroups[1].Launchers, Is.Null.Or.Empty);
Assert.That(launchers[1].Header, Is.EqualTo("Repo2"));
Assert.That(launchers[1].Launchers,
Is.EquivalentTo(new[] { secondNode.Launchers[0], secondNode.Launchers[1] }));
Assert.That(launchers[1].SubGroups, Has.Count.EqualTo(1));
Assert.That(launchers[1].SubGroups[0].Header, Is.EqualTo("SubGroup1"));
Assert.That(launchers[1].SubGroups[0].Launchers,
Is.EquivalentTo(new[] { secondNode.SubGroups[0].Launchers[0] }));
Assert.That(launchers[1].SubGroups[0].SubGroups, Has.Count.EqualTo(1));
Assert.That(launchers[1].SubGroups[0].SubGroups[0].Header, Is.EqualTo("SubGroup1-1"));
Assert.That(launchers[1].SubGroups[0].SubGroups[0].Launchers,
Is.EquivalentTo(new[] { secondNode.SubGroups[0].SubGroups[0].Launchers[0] }));
}
}
