public void TestFetchWithUncommitedModifiedChanges()
{
string repoA = paths[5];
string repoB = paths[6];
// first, we set up the repositories
Gitmo gitA = new Gitmo(repoA);
Write(repoA, "first.txt", "first Content");
gitA.CommitChanges("initial"); // first commit, to ensure that the master branch exists
Gitmo gitB = new Gitmo(repoB);
gitB.AddRemote("repoA", repoA);
gitB.FetchLatest(remoteName: "repoA");
// now, we set up a situation for a merge issue
Write(repoB, "first.txt", "B Content in first"); // then write an uncommitted change to repo B
gitB.FetchLatest(remoteName: "repoA");
AssertFileExists(repoB, "first.txt");
AssertFileContent(repoB, "first.txt", "first Content");
}
public void TestHasChanges()
{
string rep = paths[4];
Gitmo git = new Gitmo(rep);
Write(rep, "dirty.txt", "drrrty");
Assert.IsTrue(git.HasChanges);
}
public void TestZipDirectory_WithCommit()
{
string repositoryPath = paths[2];
IO.Directory.CreateDirectory(IO.Path.Combine(repositoryPath, "somedir"));
IO.File.WriteAllText(IO.Path.Combine(repositoryPath, "somedir", "afile.txt"), DateTime.Now.ToString());
Gitmo g = new Gitmo(repositoryPath);
g.CommitChanges("a file commit");
string archiveID = "theid";
string relativePathInRepository = "somedir"; // whole thing
string outPath = "Test/out";
bool didCreateZip = g.Zip(archiveID, relativePathInRepository, outPath);
Assert.IsTrue(didCreateZip, "first zip not made");
didCreateZip = g.Zip(archiveID, relativePathInRepository, outPath);
Assert.IsFalse(didCreateZip, "second zip attempt still made a zip");
IO.File.WriteAllText(IO.Path.Combine(repositoryPath, "somedir", "asecondfile.txt"), DateTime.Now.ToString());
Task.Delay(1000).Wait(); // required delay to make sure the second commit has a different timestamp;
g.CommitChanges("second commit");
didCreateZip = g.Zip(archiveID, relativePathInRepository, outPath);
Assert.IsTrue(didCreateZip, "did not create the zip after the second try");
Assert.IsTrue(IO.File.Exists("Test/out/theid.zip"));
}
public void TestZipDirectory()
{
string repositoryPath = paths[1];
Write(repositoryPath, "somefile.txt", "somecontent");
Gitmo g = new Gitmo(repositoryPath);
string archiveID = "theid";
string relativePathInRepository = ""; // whole thing
string outPath = "Test";
g.Zip(archiveID, relativePathInRepository, outPath);
Assert.IsTrue(IO.File.Exists("Test/theid.zip"));
}
public void TestResetZipConfig_withRebuild()
{
string repositoryPath = paths[1];
IO.File.WriteAllText(IO.Path.Combine(repositoryPath, "someOtherfile.txt"), DateTime.Now.ToString());
Gitmo g = new Gitmo(repositoryPath);
string archiveID = "theid_clean_withrebuild";
string relativePathInRepository = ""; // whole thing
string outPath = "Test";
g.Zip(archiveID, relativePathInRepository, outPath);
string configFile = g.ResetZipConfig(archiveID, outPath);
bool wasRebuilt = g.Zip(archiveID, relativePathInRepository, outPath);
Assert.IsTrue(wasRebuilt, "Archive wasn't rebuilt after resetting the config");
Assert.IsTrue(IO.File.Exists(configFile), "Config File wasn't recreated");
}
public void TestResetZipConfig()
{
string repositoryPath = paths[1];
IO.File.WriteAllText(IO.Path.Combine(repositoryPath, "someOtherfile.txt"), DateTime.Now.ToString());
Gitmo g = new Gitmo(repositoryPath);
string archiveID = "theid_clean";
string relativePathInRepository = ""; // whole thing
string outPath = "Test";
g.Zip(archiveID, relativePathInRepository, outPath);
string configFile = g.ResetZipConfig(archiveID, outPath);
Assert.IsFalse(IO.File.Exists(configFile));
}
