public void LoadOrCreate()
{
foreach (string line in this.sparseCheckoutSerializer.ReadAll())
{
string sanitizedFileLine;
if (GitConfigHelper.TrySanitizeConfigFileLine(line, out sanitizedFileLine))
{
this.sparseCheckoutEntries.Add(sanitizedFileLine);
}
}
this.sparseCheckoutSerializer.Close();
}
public void LoadOrCreate()
{
foreach (string line in this.fileSerializer.ReadAll())
{
string sanitizedFileLine;
if (GitConfigHelper.TrySanitizeConfigFileLine(line, out sanitizedFileLine))
{
this.entries.Add(sanitizedFileLine);
}
}
// Ensure the default entry is always in the always_exclude file
if (this.entries.Add(DefaultEntry))
{
this.fileSerializer.AppendLine(DefaultEntry);
this.fileSerializer.Close();
}
}
public void TrimTrailingComment()
{
string outputString;
GitConfigHelper.TrySanitizeConfigFileLine(" // # Trailing comment!", out outputString).ShouldEqual(true);
outputString.ShouldEqual("//");
GitConfigHelper.TrySanitizeConfigFileLine(" /* # Trailing comment!", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/*");
GitConfigHelper.TrySanitizeConfigFileLine(" /A # Trailing comment!", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/A");
GitConfigHelper.TrySanitizeConfigFileLine("\t /A \t # Trailing comment! \t", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/A");
GitConfigHelper.TrySanitizeConfigFileLine(" \t /A \t # Trailing comment!", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/A");
}
public void TrimWhitspace()
{
string outputString;
GitConfigHelper.TrySanitizeConfigFileLine(" // ", out outputString).ShouldEqual(true);
outputString.ShouldEqual("//");
GitConfigHelper.TrySanitizeConfigFileLine(" /* ", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/*");
GitConfigHelper.TrySanitizeConfigFileLine(" /A ", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/A");
GitConfigHelper.TrySanitizeConfigFileLine("\t /A \t", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/A");
GitConfigHelper.TrySanitizeConfigFileLine(" \t /A \t", out outputString).ShouldEqual(true);
outputString.ShouldEqual("/A");
}
public void GetSettingsTest()
{
string fileContents = @"
[core]
gvfs = true
[gc]
auto = 0
[section]
key1 = 1
key2 = 2
key3 = 3
[notsection]
keyN1 = N1
keyN2 = N2
keyN3 = N3
[section]
[section]
key4 = 4
key5 = 5
[section]
key6 = 6
key7 =
= emptyKey";
string filename = Guid.NewGuid().ToString();
File.WriteAllText(filename, fileContents);
Dictionary <string, GitConfigSetting> result = GitConfigHelper.GetSettings(filename, "Section");
int expectedCount = 7; // empty keys will not be included.
result.Count.ShouldEqual(expectedCount);
// Verify keyN = N
for (int i = 1; i <= expectedCount - 1; i++)
{
result["key" + i.ToString()].Values.ShouldContain(v => v == i.ToString());
}
// Verify empty value
result["key7"].Values.Single().ShouldEqual(string.Empty);
}
private static void VerifyRenameDetectionSettings(string[] args)
{
string srcRoot = Path.Combine(enlistmentRoot, GVFSConstants.WorkingDirectoryRootName);
if (File.Exists(Path.Combine(srcRoot, GVFSConstants.DotGit.MergeHead)) ||
File.Exists(Path.Combine(srcRoot, GVFSConstants.DotGit.RevertHead)))
{
// If no-renames and no-breaks are specified, avoid reading config.
if (!args.Contains("--no-renames") || !args.Contains("--no-breaks"))
{
Dictionary <string, GitConfigSetting> statusConfig = GitConfigHelper.GetSettings(
File.ReadAllLines(Path.Combine(srcRoot, GVFSConstants.DotGit.Config)),
"status");
if (!IsRunningWithParamOrSetting(args, statusConfig, "--no-renames", "renames") ||
!IsRunningWithParamOrSetting(args, statusConfig, "--no-breaks", "breaks"))
{
ExitWithError(
"git status requires rename detection to be disabled during a merge or revert conflict.",
"Run 'git status --no-renames --no-breaks'");
}
}
}
}
public void SanitizeEmptyString()
{
string outputString;
GitConfigHelper.TrySanitizeConfigFileLine(string.Empty, out outputString).ShouldEqual(false);
}
