module Git class Base module Factory # returns a Git::Branch object for branch_name def branch(branch_name = 'master') Git::Branch.new(self, branch_name) end # returns a Git::Branches object of all the Git::Branch # objects for this repo def branches Git::Branches.new(self) end def commit_tree(tree = nil, opts = {}) Git::Object::Commit.new(self, self.lib.commit_tree(tree, opts)) end # returns a Git::Diff object def diff(objectish = 'HEAD', obj2 = nil) Git::Diff.new(self, objectish, obj2) end def gblob(objectish) Git::Object.new(self, objectish, 'blob') end def gcommit(objectish) Git::Object.new(self, objectish, 'commit') end def gtree(objectish) Git::Object.new(self, objectish, 'tree') end # returns a Git::Log object with count commits def log(count = 30) Git::Log.new(self, count) end # returns a Git::Object of the appropriate type # you can also call @git.gtree('tree'), but that's # just for readability. If you call @git.gtree('HEAD') it will # still return a Git::Object::Commit object. # # @git.object calls a factory method that will run a rev-parse # on the objectish and determine the type of the object and return # an appropriate object for that type def object(objectish) Git::Object.new(self, objectish) end # returns a Git::Remote object def remote(remote_name = 'origin') Git::Remote.new(self, remote_name) end # returns a Git::Status object def status Git::Status.new(self) end # returns a Git::Tag object def tag(tag_name) Git::Object.new(self, tag_name, 'tag', true) end # Find as good common ancestors as possible for a merge # example: g.merge_base('master', 'some_branch', 'some_sha', octopus: true) # returns Array def merge_base(*args) shas = self.lib.merge_base(*args) shas.map { |sha| gcommit(sha) } end end end end