def index(self, **keywords):
if "branch" in keywords: branch = keywords["branch"]
else: branch = "master"
content = ""
#display a list of files
repo = Repo(self.package.path())
tree = repo.tree(repo.get_object(repo.ref("refs/heads/" + branch)).tree)
for entry in tree.entries():
filename = entry[1]
file_sha = entry[2]
content = content + "<a href=\"/package/" + self.package.name + ":" + branch + "/" + filename + "/" + file_sha + "\">" + filename + "</a><br />"
self.content = content
self.branch = branch
return self.respond()
def log(self, **keywords):
branch = keywords["branch"]
repo = Repo(self.package.path())
set_head(repo, branch)
#commits = repo.revision_history(repo.head())
commits = repo.revision_history(repo.ref("refs/heads/" + branch))
content = ""
for commit in commits:
content = content + format_commit(commit)
self.content = content
self.branch = branch
self.sha = ""
return self.respond()
def view_file(self, *virtual_path, **keywords):
branch = "master"
desired_view = "default"
sha = None
if "sha" in keywords: sha = keywords["sha"]
elif hasattr(self, "sha"): sha = self.sha
if "branch" in keywords: branch = keywords["branch"]
if "desired_view" in keywords: desired_view = keywords["desired_view"]
if self.package is None: raise cherrypy.NotFound()
if not (desired_view in self.acceptable_views): raise cherrypy.NotFound()
#create the dulwich.repo.Repo object
repo = Repo(self.package.path())
#switch to the right refspec
set_head(repo, branch)
#reconstruct the filename
filename = self.filename
#get the sha if it wasn't passed to us
try:
if not sha: sha = dulwich.object_store.tree_lookup_path(repo.get_object, repo.get_object(repo.ref("refs/heads/" + branch)).tree, filename)[1]
obj = repo.get_object(sha)
except IndexError: raise cherrypy.NotFound()
except KeyError: raise cherrypy.NotFound()
output = str(obj.as_pretty_string())
#determine the MIME type
mime_type = "text/plain"
#try:
# if filename.count(".") > 0:
# extension = filename.split(".")[-1]
# mime_type = mimetypes.types_map["." + extension]
#except KeyError:
# mime_type = "text/plain"
#set the MIME type
#cherrypy.response.headers["Content-Type"] = mime_type
self.content = "<pre>" + output + "</pre>"
self.branch = branch
return self.respond()
class GitHandler(object):
def __init__(self, dest_repo, ui):
self.repo = dest_repo
self.ui = ui
self.mapfile = 'git-mapfile'
self.configfile = 'git-config'
if ui.config('git', 'intree'):
self.gitdir = self.repo.wjoin('.git')
else:
self.gitdir = self.repo.join('git')
self.importbranch = ui.config('git', 'importbranch')
self.exportbranch = ui.config('git', 'exportbranch', 'refs/heads/master')
self.bookbranch = ui.config('git', 'bookbranch', '')
self.init_if_missing()
self.load_git()
self.load_map()
self.load_config()
# make the git data directory
def init_if_missing(self):
if not os.path.exists(self.gitdir):
os.mkdir(self.gitdir)
Repo.init_bare(self.gitdir)
def load_git(self):
self.git = Repo(self.gitdir)
## FILE LOAD AND SAVE METHODS
def map_set(self, gitsha, hgsha):
self._map_git[gitsha] = hgsha
self._map_hg[hgsha] = gitsha
def map_hg_get(self, gitsha):
return self._map_git.get(gitsha)
def map_git_get(self, hgsha):
return self._map_hg.get(hgsha)
def load_map(self):
self._map_git = {}
self._map_hg = {}
if os.path.exists(self.repo.join(self.mapfile)):
for line in self.repo.opener(self.mapfile):
gitsha, hgsha = line.strip().split(' ', 1)
self._map_git[gitsha] = hgsha
self._map_hg[hgsha] = gitsha
def save_map(self):
file = self.repo.opener(self.mapfile, 'w+', atomictemp=True)
for gitsha, hgsha in sorted(self._map_git.iteritems()):
file.write("%s %s\n" % (gitsha, hgsha))
file.rename()
def load_config(self):
self._config = {}
if os.path.exists(self.repo.join(self.configfile)):
for line in self.repo.opener(self.configfile):
key, value = line.strip().split(' ', 1)
self._config[key] = value
def save_config(self):
file = self.repo.opener(self.configfile, 'w+', atomictemp=True)
for key, value in self._config.iteritems():
file.write("%s %s\n" % (key, value))
file.rename()
## END FILE LOAD AND SAVE METHODS
def import_commits(self, remote_name):
self.import_git_objects(remote_name)
self.save_map()
def fetch(self, remote_name):
self.ui.status(_("fetching from : %s\n") % remote_name)
self.export_git_objects()
refs = self.fetch_pack(remote_name)
if refs:
self.import_git_objects(remote_name, refs)
self.import_local_tags(refs)
self.save_map()
def export_commits(self):
self.export_git_objects()
self.export_hg_tags()
self.update_references()
self.save_map()
def push(self, remote_name):
self.ui.status(_("pushing to : %s\n") % remote_name)
self.export_commits()
self.update_remote_references(remote_name)
self.upload_pack(remote_name)
def remote_add(self, remote_name, git_url):
self._config['remote.' + remote_name + '.url'] = git_url
self.save_config()
def remote_remove(self, remote_name):
key = 'remote.' + remote_name + '.url'
if key in self._config:
del self._config[key]
self.save_config()
def remote_show(self, remote_name):
key = 'remote.' + remote_name + '.url'
if key in self._config:
name = self._config[key]
self.ui.status(_("URL for %s : %s\n") % (remote_name, name, ))
else:
self.ui.status(_("No remote named : %s\n") % remote_name)
return
def remote_list(self):
for key, value in self._config.iteritems():
if key[0:6] == 'remote':
self.ui.status('%s\t%s\n' % (key, value, ))
def remote_name_to_url(self, remote_name):
return self._config['remote.' + remote_name + '.url']
def update_references(self):
try:
# We only care about bookmarks of the form 'name',
# not 'remote/name'.
def is_local_ref(item): return item[0].count('/') == 0
bms = bookmarks.parse(self.repo)
bms = dict(filter(is_local_ref, bms.items()))
# Create a local Git branch name for each
# Mercurial bookmark.
for key in bms:
hg_sha = hex(bms[key])
git_sha = self.map_git_get(hg_sha)
self.git.set_ref('refs/heads/' + key, git_sha)
except AttributeError:
# No bookmarks extension
pass
c = self.map_git_get(hex(self.repo.changelog.tip()))
self.git.set_ref(self.exportbranch, c)
def export_hg_tags(self):
for tag, sha in self.repo.tags().iteritems():
if tag[-3:] == '^{}':
continue
if tag == 'tip':
continue
self.git.set_ref('refs/tags/' + tag, self.map_git_get(hex(sha)))
# Make sure there's a refs/remotes/remote_name/name
# for every refs/heads/name
def update_remote_references(self, remote_name):
self.git.set_remote_refs(self.local_heads(), remote_name)
def local_heads(self):
def is_local_head(item): return item[0].startswith('refs/heads')
refs = self.git.get_refs()
return dict(filter(is_local_head, refs.items()))
def export_git_objects(self):
self.ui.status(_("importing Hg objects into Git\n"))
total = len(self.repo.changelog)
if total:
magnitude = int(math.log(total, 10)) + 1
else:
magnitude = 1
for i, rev in enumerate(self.repo.changelog):
if i%100 == 0:
self.ui.status(_("at: %*d/%d\n") % (magnitude, i, total))
ctx = self.repo.changectx(rev)
state = ctx.extra().get('hg-git', None)
if state == 'octopus':
self.ui.debug("revision %d is a part of octopus explosion\n" % rev)
continue
pgit_sha, already_written = self.export_hg_commit(rev)
if not already_written:
self.save_map()
# convert this commit into git objects
# go through the manifest, convert all blobs/trees we don't have
# write the commit object (with metadata info)
def export_hg_commit(self, rev):
def is_octopus_part(ctx):
return ctx.extra().get('hg-git', None) in set(['octopus', 'octopus-done'])
# return if we've already processed this
node = self.repo.changelog.lookup(rev)
phgsha = hex(node)
pgit_sha = self.map_git_get(phgsha)
if pgit_sha:
return pgit_sha, True
self.ui.status(_("converting revision %s\n") % str(rev))
# make sure parents are converted first
ctx = self.repo.changectx(rev)
extra = ctx.extra()
parents = []
if extra.get('hg-git', None) == 'octopus-done':
# implode octopus parents
part = ctx
while is_octopus_part(part):
(p1, p2) = part.parents()
assert not is_octopus_part(p1)
parents.append(p1)
part = p2
parents.append(p2)
else:
parents = ctx.parents()
for parent in parents:
p_rev = parent.rev()
hgsha = hex(parent.node())
git_sha = self.map_git_get(hgsha)
if not p_rev == -1:
if not git_sha:
self.export_hg_commit(p_rev)
tree_sha, renames = self.write_git_tree(ctx)
commit = {}
commit['tree'] = tree_sha
(time, timezone) = ctx.date()
# hg authors might not have emails
author = ctx.user()
if not '>' in author:
author = author + ' <none@none>'
commit['author'] = author + ' ' + str(int(time)) + ' ' + format_timezone(-timezone)
message = ctx.description()
commit['message'] = ctx.description() + "\n"
if 'committer' in extra:
# fixup timezone
(name_timestamp, timezone) = extra['committer'].rsplit(' ', 1)
try:
timezone = format_timezone(-int(timezone))
commit['committer'] = '%s %s' % (name_timestamp, timezone)
except ValueError:
self.ui.warn(_("Ignoring committer in extra, invalid timezone in r%s: '%s'.\n") % (rev, timezone))
if 'encoding' in extra:
commit['encoding'] = extra['encoding']
# HG EXTRA INFORMATION
add_extras = False
extra_message = ''
if not ctx.branch() == 'default':
add_extras = True
extra_message += "branch : " + ctx.branch() + "\n"
if renames:
add_extras = True
for oldfile, newfile in renames:
extra_message += "rename : " + oldfile + " => " + newfile + "\n"
for key, value in extra.iteritems():
if key in ['committer', 'encoding', 'branch', 'hg-git', 'git']:
continue
else:
add_extras = True
extra_message += "extra : " + key + " : " + urllib.quote(value) + "\n"
if add_extras:
commit['message'] += "\n--HG--\n" + extra_message
commit['parents'] = []
for parent in parents:
hgsha = hex(parent.node())
git_sha = self.map_git_get(hgsha)
if git_sha:
commit['parents'].append(git_sha)
commit_sha = self.git.write_commit_hash(commit) # writing new blobs to git
self.map_set(commit_sha, phgsha)
return commit_sha, False
def write_git_tree(self, ctx):
trees = {}
man = ctx.manifest()
renames = []
for filenm in man.keys():
# write blob if not in our git database
fctx = ctx.filectx(filenm)
rename = fctx.renamed()
if rename:
filerename, sha = rename
renames.append((filerename, filenm))
is_exec = 'x' in fctx.flags()
is_link = 'l' in fctx.flags()
file_id = hex(fctx.filenode())
blob_sha = self.map_git_get(file_id)
if not blob_sha:
blob_sha = self.git.write_blob(fctx.data()) # writing new blobs to git
self.map_set(blob_sha, file_id)
parts = filenm.split('/')
if len(parts) > 1:
# get filename and path for leading subdir
filepath = parts[-1:][0]
dirpath = "/".join([v for v in parts[0:-1]]) + '/'
# get subdir name and path for parent dir
parpath = '/'
nparpath = '/'
for part in parts[0:-1]:
if nparpath == '/':
nparpath = part + '/'
else:
nparpath += part + '/'
treeentry = ['tree', part + '/', nparpath]
if parpath not in trees:
trees[parpath] = []
if treeentry not in trees[parpath]:
trees[parpath].append( treeentry )
parpath = nparpath
# set file entry
fileentry = ['blob', filepath, blob_sha, is_exec, is_link]
if dirpath not in trees:
trees[dirpath] = []
trees[dirpath].append(fileentry)
else:
fileentry = ['blob', parts[0], blob_sha, is_exec, is_link]
if '/' not in trees:
trees['/'] = []
trees['/'].append(fileentry)
dirs = trees.keys()
if dirs:
# sort by tree depth, so we write the deepest trees first
dirs.sort(lambda a, b: len(b.split('/'))-len(a.split('/')))
dirs.remove('/')
dirs.append('/')
else:
# manifest is empty => make empty root tree
trees['/'] = []
dirs = ['/']
# write all the trees
tree_sha = None
tree_shas = {}
for dirnm in dirs:
tree_data = []
for entry in trees[dirnm]:
# replace tree path with tree SHA
if entry[0] == 'tree':
sha = tree_shas[entry[2]]
entry[2] = sha
tree_data.append(entry)
tree_sha = self.git.write_tree_array(tree_data) # writing new trees to git
tree_shas[dirnm] = tree_sha
return (tree_sha, renames) # should be the last root tree sha
def remote_head(self, remote_name):
for head, sha in self.git.remote_refs(remote_name).iteritems():
if head == 'HEAD':
return self.map_hg_get(sha)
return None
def upload_pack(self, remote_name):
git_url = self.remote_name_to_url(remote_name)
client, path = self.get_transport_and_path(git_url)
changed = self.get_changed_refs
genpack = self.generate_pack_contents
try:
self.ui.status(_("creating and sending data\n"))
changed_refs = client.send_pack(path, changed, genpack)
if changed_refs:
new_refs = {}
for ref, sha in changed_refs.iteritems():
self.ui.status(" "+ remote_name + "::" + ref + " => GIT:" + sha[0:8] + "\n")
new_refs[ref] = sha
self.git.set_remote_refs(new_refs, remote_name)
self.update_hg_bookmarks(remote_name)
except:
# TODO : remove try/except or do something useful here
raise
# TODO : for now, we'll just push all heads that match remote heads
# * we should have specified push, tracking branches and --all
# takes a dict of refs:shas from the server and returns what should be
# pushed up
def get_changed_refs(self, refs):
keys = refs.keys()
changed = {}
if not keys:
return None
# TODO : this is a huge hack
if keys[0] == 'capabilities^{}': # nothing on the server yet - first push
changed['refs/heads/master'] = self.git.ref('master')
tags = self.git.get_tags()
for tag, sha in tags.iteritems():
tag_name = 'refs/tags/' + tag
if tag_name not in refs:
changed[tag_name] = sha
for ref_name in keys:
parts = ref_name.split('/')
if parts[0] == 'refs': # strip off 'refs/heads'
if parts[1] == 'heads':
head = "/".join([v for v in parts[2:]])
local_ref = self.git.ref(ref_name)
if local_ref:
if not local_ref == refs[ref_name]:
changed[ref_name] = local_ref
# Also push any local branches not on the server yet
for head in self.local_heads():
if not head in refs:
ref = self.git.ref(head)
changed[head] = ref
return changed
# takes a list of shas the server wants and shas the server has
# and generates a list of commit shas we need to push up
def generate_pack_contents(self, want, have):
graph_walker = SimpleFetchGraphWalker(want, self.git.get_parents)
next = graph_walker.next()
shas = set()
while next:
if next in have:
graph_walker.ack(next)
else:
shas.add(next)
next = graph_walker.next()
seen = []
# so now i have the shas, need to turn them into a list of
# tuples (sha, path) for ALL the objects i'm sending
# TODO : don't send blobs or trees they already have
def get_objects(tree, path):
changes = list()
changes.append((tree, path))
for (mode, name, sha) in tree.entries():
if mode == 0160000: # TODO : properly handle submodules and document what 57344 means
continue
if sha in seen:
continue
obj = self.git.get_object(sha)
seen.append(sha)
if isinstance (obj, Blob):
changes.append((obj, path + name))
elif isinstance(obj, Tree):
changes.extend(get_objects(obj, path + name + '/'))
return changes
objects = []
for commit_sha in shas:
commit = self.git.commit(commit_sha)
objects.append((commit, 'commit'))
tree = self.git.get_object(commit.tree)
objects.extend( get_objects(tree, '/') )
return objects
def fetch_pack(self, remote_name):
git_url = self.remote_name_to_url(remote_name)
client, path = self.get_transport_and_path(git_url)
graphwalker = SimpleFetchGraphWalker(self.git.heads().values(), self.git.get_parents)
f, commit = self.git.object_store.add_pack()
try:
determine_wants = self.git.object_store.determine_wants_all
refs = client.fetch_pack(path, determine_wants, graphwalker, f.write, sys.stdout.write)
f.close()
commit()
if refs:
self.git.set_remote_refs(refs, remote_name)
else:
self.ui.status(_("nothing new on the server\n"))
return refs
except:
f.close()
raise
# take refs just fetched, add local tags for all tags not in .hgtags
def import_local_tags(self, refs):
keys = refs.keys()
if not keys:
return None
for k in keys[0:]:
ref_name = k
parts = k.split('/')
if (parts[0] == 'refs' and parts[1] == 'tags'):
ref_name = "/".join([v for v in parts[2:]])
if ref_name[-3:] == '^{}':
ref_name = ref_name[:-3]
if not ref_name in self.repo.tags():
obj = self.git.get_object(refs[k])
sha = None
if isinstance (obj, Commit): # lightweight
sha = self.map_hg_get(refs[k])
if isinstance (obj, Tag): # annotated
(obj_type, obj_sha) = obj.get_object()
obj = self.git.get_object(obj_sha)
if isinstance (obj, Commit):
sha = self.map_hg_get(obj_sha)
if sha:
self.repo.tag(ref_name, hex_to_sha(sha), '', True, None, None)
def import_git_objects(self, remote_name=None, refs=None):
self.ui.status(_("importing Git objects into Hg\n"))
# import heads and fetched tags as remote references
todo = []
done = set()
convert_list = {}
self.renames = {}
# get a list of all the head shas
if refs:
for head, sha in refs.iteritems():
todo.append(sha)
else:
if remote_name:
todo = self.git.remote_refs(remote_name).values()[:]
elif self.importbranch:
branches = self.importbranch.split(',')
todo = [self.git.ref(i.strip()) for i in branches]
else:
todo = self.git.heads().values()[:]
# traverse the heads getting a list of all the unique commits
while todo:
sha = todo.pop()
assert isinstance(sha, str)
if sha in done:
continue
done.add(sha)
obj = self.git.get_object(sha)
if isinstance (obj, Commit):
convert_list[sha] = obj
todo.extend([p for p in obj.parents if p not in done])
if isinstance(obj, Tag):
(obj_type, obj_sha) = obj.get_object()
obj = self.git.get_object(obj_sha)
if isinstance (obj, Commit):
convert_list[sha] = obj
todo.extend([p for p in obj.parents if p not in done])
# sort the commits
commits = toposort.TopoSort(convert_list).items()
# import each of the commits, oldest first
total = len(commits)
magnitude = int(math.log(total, 10)) + 1 if total else 1
for i, csha in enumerate(commits):
if i%100 == 0:
self.ui.status(_("at: %*d/%d\n") % (magnitude, i, total))
commit = convert_list[csha]
if not self.map_hg_get(csha): # it's already here
self.import_git_commit(commit)
else:
# we need to get rename info for further upstream
self.pseudo_import_git_commit(commit)
self.update_hg_bookmarks(remote_name)
def update_hg_bookmarks(self, remote_name):
try:
bms = bookmarks.parse(self.repo)
if remote_name:
heads = self.git.remote_refs(remote_name)
else:
branches = self.bookbranch.split(',')
heads = dict((i, self.git.ref(i.strip())) for i in branches)
base_name = (remote_name + '/') if remote_name else ''
for head, sha in heads.iteritems():
if not sha:
self.ui.warn(_("Could not resolve head %s.\n") % head)
continue
hgsha = hex_to_sha(self.map_hg_get(sha))
if not head == 'HEAD':
bms[base_name + head] = hgsha
if heads:
bookmarks.write(self.repo, bms)
except AttributeError:
self.ui.warn(_('creating bookmarks failed, do you have'
' bookmarks enabled?\n'))
def convert_git_int_mode(self, mode):
# TODO : make these into constants
convert = {
0100644: '',
0100755: 'x',
0120000: 'l'}
if mode in convert:
return convert[mode]
return ''
def extract_hg_metadata(self, message):
split = message.split("\n\n--HG--\n", 1)
renames = {}
extra = {}
files = []
branch = False
if len(split) == 2:
message, meta = split
lines = meta.split("\n")
for line in lines:
if line == '':
continue
command, data = line.split(" : ", 1)
if command == 'rename':
before, after = data.split(" => ", 1)
renames[after] = before
if command == 'branch':
branch = data
if command == 'files':
files.append(data)
if command == 'extra':
before, after = data.split(" : ", 1)
extra[before] = urllib.unquote(after)
return (message, renames, branch, files, extra)
def pseudo_import_git_commit(self, commit):
(strip_message, hg_renames, hg_branch) = self.extract_hg_metadata(commit.message)
cs = self.map_hg_get(commit.id)
p1 = nullid
p2 = nullid
if len(commit.parents) > 0:
sha = commit.parents[0]
p1 = self.map_hg_get(sha)
if len(commit.parents) > 1:
sha = commit.parents[1]
p2 = self.map_hg_get(sha)
if len(commit.parents) > 2:
# TODO : map extra parents to the extras file
pass
# saving rename info
if (not (p2 == nullid) or (p1 == nullid)):
self.renames[cs] = {}
else:
self.renames[cs] = self.renames[p1].copy()
self.renames[cs].update(hg_renames)
def import_git_commit(self, commit):
self.ui.debug(_("importing: %s\n") % commit.id)
# TODO : Do something less coarse-grained than try/except on the
# get_file call for removed files
(strip_message, hg_renames, hg_branch, files, extra) = self.extract_hg_metadata(commit.message)
# get a list of the changed, added, removed files
files = self.git.get_files_changed(commit)
date = (commit.author_time, -commit.author_timezone)
text = strip_message
def getfilectx(repo, memctx, f):
try:
(mode, sha, data) = self.git.get_file(commit, f)
e = self.convert_git_int_mode(mode)
except TypeError:
raise IOError()
if f in hg_renames:
copied_path = hg_renames[f]
else:
copied_path = None
return context.memfilectx(f, data, 'l' in e, 'x' in e, copied_path)
gparents = map(self.map_hg_get, commit.parents)
p1, p2 = (nullid, nullid)
octopus = False
if len(gparents) > 1:
# merge, possibly octopus
def commit_octopus(p1, p2):
ctx = context.memctx(self.repo, (p1, p2), text, files, getfilectx,
commit.author, date, {'hg-git': 'octopus'})
return hex(self.repo.commitctx(ctx))
octopus = len(gparents) > 2
p2 = gparents.pop()
p1 = gparents.pop()
while len(gparents) > 0:
p2 = commit_octopus(p1, p2)
p1 = gparents.pop()
else:
if gparents:
p1 = gparents.pop()
# wierd hack for explicit file renames in first but not second branch
if not (p2 == nullid):
vals = [item for item in self.renames[p1].values() if not item in self.renames[p2].values()]
for removefile in vals:
files.remove(removefile)
author = commit.author
extra = {}
if ' <none@none>' in commit.author:
author = commit.author[:-12]
# if named branch, add to extra
if hg_branch:
extra['branch'] = hg_branch
# if committer is different than author, add it to extra
if not commit._author_raw == commit._committer_raw:
extra['committer'] = "%s %d %d" % (commit.committer, commit.commit_time, -commit.commit_timezone)
if commit._encoding:
extra['encoding'] = commit._encoding
if hg_branch:
extra['branch'] = hg_branch
if octopus:
extra['hg-git'] ='octopus-done'
ctx = context.memctx(self.repo, (p1, p2), text, files, getfilectx,
author, date, extra)
node = self.repo.commitctx(ctx)
# save changeset to mapping file
cs = hex(node)
self.map_set(commit.id, cs)
# saving rename info
if (not (p2 == nullid) or (p1 == nullid)):
self.renames[cs] = {}
else:
self.renames[cs] = self.renames[p1].copy()
self.renames[cs].update(hg_renames)
def check_bookmarks(self):
if self.ui.config('extensions', 'hgext.bookmarks') is not None:
self.ui.warn("YOU NEED TO SETUP BOOKMARKS\n")
def get_transport_and_path(self, uri):
from dulwich.client import TCPGitClient, SSHGitClient, SubprocessGitClient
for handler, transport in (("git://", TCPGitClient), ("git@", SSHGitClient), ("git+ssh://", SSHGitClient)):
if uri.startswith(handler):
if handler == 'git@':
host, path = uri[len(handler):].split(":", 1)
host = 'git@' + host
else:
host, path = uri[len(handler):].split("/", 1)
return transport(host), '/' + path
# if its not git or git+ssh, try a local url..
return SubprocessGitClient(), uri
def clear(self):
mapfile = self.repo.join(self.mapfile)
if os.path.exists(self.gitdir):
for root, dirs, files in os.walk(self.gitdir, topdown=False):
for name in files:
os.remove(os.path.join(root, name))
for name in dirs:
os.rmdir(os.path.join(root, name))
os.rmdir(self.gitdir)
if os.path.exists(mapfile):
os.remove(mapfile)
