def export_tags(ui, repo, old_marks, mapping_cache, count, authors):
l = repo.tagslist()
for tag, node in l:
tag = sanitize_name(tag, "tag")
# ignore latest revision
if tag == 'tip': continue
# ignore tags to nodes that are missing (ie, 'in the future')
if node.encode('hex_codec') not in mapping_cache:
sys.stderr.write('Tag %s refers to unseen node %s\n' %
(tag, node.encode('hex_codec')))
continue
rev = int(mapping_cache[node.encode('hex_codec')])
ref = revnum_to_revref(rev, old_marks)
if ref == None:
sys.stderr.write('Failed to find reference for creating tag'
' %s at r%d\n' % (tag, rev))
continue
sys.stderr.write('Exporting tag [%s] at [hg r%d] [git %s]\n' %
(tag, rev, ref))
wr('reset refs/tags/%s' % tag)
wr('from %s' % ref)
wr()
count = checkpoint(count)
return count
def export_tags(ui,repo,old_marks,mapping_cache,count,authors,tagsmap):
l=repo.tagslist()
for tag,node in l:
# Remap the branch name
tag=sanitize_name(tagsmap.get(tag,tag),"tag")
# ignore latest revision
if tag=='tip': continue
# ignore tags to nodes that are missing (ie, 'in the future')
if node.encode('hex_codec') not in mapping_cache:
sys.stderr.write('Tag %s refers to unseen node %s\n' % (tag, node.encode('hex_codec')))
continue
rev=int(mapping_cache[node.encode('hex_codec')])
ref=revnum_to_revref(rev, old_marks)
if ref==None:
sys.stderr.write('Failed to find reference for creating tag'
' %s at r%d\n' % (tag,rev))
continue
sys.stderr.write('Exporting tag [%s] at [hg r%d] [git %s]\n' % (tag,rev,ref))
wr('reset refs/tags/%s' % tag)
wr('from %s' % ref)
wr()
count=checkpoint(count)
return count
def get_tags(ui,repo,marks_cache,mapping_cache,max):
l=repo.tagslist()
good,bad=[],[]
for tag,node in l:
if tag=='tip': continue
rev=int(mapping_cache[node.encode('hex_codec')])
cache_sha1=marks_cache.get(str(int(rev)+1))
_,_,user,(_,_),_,desc,branch,_=get_changeset(ui,repo,rev)
if int(rev)>int(max):
bad.append([tag,branch,cache_sha1,rev,desc.split('\n')[0],user])
else:
good.append([tag,branch,cache_sha1,rev,desc.split('\n')[0],user])
good.sort()
bad.sort()
return good,bad
def get_tags(ui,repo,marks_cache,mapping_cache,max):
l=repo.tagslist()
good,bad=[],[]
for tag,node in l:
if tag=='tip': continue
rev=int(mapping_cache[node.encode('hex_codec')])
cache_sha1=marks_cache.get(str(int(rev)+1))
_,_,user,(_,_),_,desc,branch,_=get_changeset(ui,repo,rev)
if int(rev)>int(max):
bad.append([tag,branch,cache_sha1,rev,desc.split('\n')[0],user])
else:
good.append([tag,branch,cache_sha1,rev,desc.split('\n')[0],user])
good.sort()
bad.sort()
return good,bad
def export_tags(ui, repo, old_marks, mapping_cache, count, authors):
l = repo.tagslist()
for tag, node in l:
tag = sanitize_name(tag, "tag")
# ignore latest revision
if tag == "tip":
continue
# ignore tags to nodes that are missing (ie, 'in the future')
if node.encode("hex_codec") not in mapping_cache:
sys.stderr.write("Tag %s refers to unseen node %s\n" % (tag, node.encode("hex_codec")))
continue
rev = int(mapping_cache[node.encode("hex_codec")])
ref = revnum_to_revref(rev, old_marks)
if ref == None:
sys.stderr.write("Failed to find reference for creating tag" " %s at r%d\n" % (tag, rev))
continue
sys.stderr.write("Exporting tag [%s] at [hg r%d] [git %s]\n" % (tag, rev, ref))
wr("reset refs/tags/%s" % tag)
wr("from %s" % ref)
wr()
count = checkpoint(count)
return count
