} // End Function HasChanges
public virtual void UnleashHeavok(string path)
{
NGit.Api.Git repository = NGit.Api.Git.Open(path);
// Get the current branch status
NGit.Api.Status status = repository.Status().Call();
// You can also access other collections related to the status
System.Collections.Generic.ICollection <string> added = status.GetAdded();
System.Collections.Generic.ICollection <string> changed = status.GetChanged();
System.Collections.Generic.ICollection <string> removed = status.GetRemoved();
// Clean our working copy
System.Collections.Generic.ICollection <string> clean = repository.Clean().Call();
// Add all files to the stage (you could also be more specific)
NGit.Dircache.DirCache add = repository.Add()
.AddFilepattern(".")
.Call();
// Remove files from the stage
NGit.Dircache.DirCache remove = repository.Rm()
.AddFilepattern(".gitignore")
.Call();
CloseRepository(repository);
} // End Sub UnleashHeavok
} // End Sub Pull
public virtual void Status(string path)
{
NGit.Api.Git repository = NGit.Api.Git.Open(path);
// Get the current branch status
NGit.Api.Status status = repository.Status().Call();
CloseRepository(repository);
} // End Sub Status
} // End Sub Status
public virtual bool HasChanges(string path)
{
NGit.Api.Git repository = NGit.Api.Git.Open(path);
// Get the current branch status
NGit.Api.Status status = repository.Status().Call();
// The IsClean() method is helpful to check if any changes
// have been detected in the working copy. I recommend using it,
// as NGit will happily make a commit with no actual file changes.
bool isClean = status.IsClean();
CloseRepository(repository);
return(isClean);
} // End Function HasChanges
