def guess_components(ui, repo, patchfile=None, **opts):
bugs = set()
minBugs = 20
for change in patch_changes(ui, repo, patchfile, **opts):
m = BUG_RE.search(change.description())
if m:
bugs.add(m.group(2))
if len(bugs) >= minBugs:
break
if len(bugs) == 0:
ui.write("No bugs found\n")
return
components = Counter()
url = ui.config('bugzilla', 'jsonrpc-url')
if url is None:
url = ui.config('bugzilla', 'url')
if url is None:
url = bugzilla_jsonrpc_url
else:
url = "%s/jsonrpc.cgi" % url
for b in fetch_bugs(url, ui, bugs):
comp = "%s :: %s" % (b['product'], b['component'])
ui.debug("bug %s: %s\n" % (b['id'], comp))
components.update([comp])
return components
def bzbugs(ui, repo, patchfile=None, **opts):
'''List the bugs that have modified the files in a patch
Scan through the last LIMIT commits to find bugs that touch the same files.
The patch may be given as a file or a URL. If no patch is specified,
the changes in the working directory will be used. If there are no
changes, the topmost applied patch in your mq repository will be used.
Alternatively, the -f option may be used to pass in one or more files
that will be used instead.
'''
bugs = set()
minBugs = 20
for change in patch_changes(ui, repo, patchfile, **opts):
m = BUG_RE.search(change.description())
if m:
bugs.add(m.group(2))
if len(bugs) >= minBugs:
break
if bugs:
for bug in bugs:
ui.write("bug %s\n" % bug)
else:
ui.write("No bugs found\n")
def extract_bug_num_and_desc(desc):
# Given a commit description, attempt to return a bug number (if found),
# and the description with that bug number string removed.
bug = None
m = BUG_RE.search(desc)
if m:
bug = m.group(2)
desc = desc[:m.start()] + desc[m.end():]
return (bug, desc.strip())
def extract_bug_num_and_desc(desc):
# Given a commit description, attempt to return a bug number (if found),
# and the description with that bug number string removed.
bug = None
m = BUG_RE.search(desc)
if m:
bug = m.group(2)
desc = desc[:m.start()] + desc[m.end():]
return (bug, desc.strip())
def bzcomponents(ui, repo, patchfile=None, **opts):
'''Suggest a bugzilla product and component for a patch
Scan through the last LIMIT commits to find bug product/components that
touch the same files.
The patch may be given as a file or a URL. If no patch is specified,
the changes in the working directory will be used. If there are no
changes, the topmost applied patch in your mq repository will be used.
Alternatively, the -f option may be used to pass in one or more files
that will be used to infer the component instead.
'''
bugs = set()
for change in patch_changes(ui, repo, patchfile, **opts):
m = BUG_RE.search(change.description())
if m:
bugs.add(m.group(2))
if len(bugs) == 0:
ui.write("No bugs found\n")
return
components = Counter()
url = ui.config('bugzilla', 'jsonrpc-url', None)
if url is None:
url = ui.config('bugzilla', 'url', None)
if url is None:
url = bugzilla_jsonrpc_url
else:
url = "%s/jsonrpc.cgi" % url
for b in fetch_bugs(url, ui, bugs):
comp = "%s :: %s" % (b['product'], b['component'])
ui.debug("bug %s: %s\n" % (b['id'], comp))
components.update([comp])
if opts.get('brief'):
if len(components) == 0:
ui.write("no components found\n")
else:
r = [
"%s x %d" % (comp, count)
for comp, count in components.most_common(3)
]
ui.write(", ".join(r) + "\n")
return
ui.write("Potential components:\n")
if len(components) == 0:
ui.write(" none found in range (try higher --limit?)\n")
else:
for (comp, count) in components.most_common(5):
ui.write(" %s: %d\n" % (comp, count))
def bzcomponents(ui, repo, patchfile=None, **opts):
'''Suggest a bugzilla product and component for a patch
Scan through the last LIMIT commits to find bug product/components that
touch the same files.
The patch may be given as a file or a URL. If no patch is specified,
the changes in the working directory will be used. If there are no
changes, the topmost applied patch in your mq repository will be used.
Alternatively, the -f option may be used to pass in one or more files
that will be used to infer the component instead.
'''
bugs = set()
for change in patch_changes(ui, repo, patchfile, **opts):
m = BUG_RE.search(change.description())
if m:
bugs.add(m.group(2))
if len(bugs) == 0:
ui.write("No bugs found\n")
return
components = Counter()
url = ui.config('bugzilla', 'jsonrpc-url', None)
if url is None:
url = ui.config('bugzilla', 'url', None)
if url is None:
url = bugzilla_jsonrpc_url
else:
url = "%s/jsonrpc.cgi" % url
for b in fetch_bugs(url, ui, bugs):
comp = "%s :: %s" % (b['product'], b['component'])
ui.debug("bug %s: %s\n" % (b['id'], comp))
components.update([comp])
if opts.get('brief'):
if len(components) == 0:
ui.write("no components found\n")
else:
r = [ "%s x %d" % (comp, count) for comp, count in components.most_common(3) ]
ui.write(", ".join(r) + "\n")
return
ui.write("Potential components:\n")
if len(components) == 0:
ui.write(" none found in range (try higher --limit?)\n")
else:
for (comp, count) in components.most_common(5):
ui.write(" %s: %d\n" % (comp, count))
def update_patch(ui, repo, rev, bug, update_patch, rename_patch, interactive):
q = repo.mq
try:
rev = q.lookup(rev)
except util.error.Abort:
# If the patch is not coming from mq, don't complain that the name is not found
update_patch = False
rename_patch = False
todo = []
if rename_patch:
todo.append("name")
if update_patch:
todo.append("description")
if todo:
if interactive and ui.prompt("Update patch " + " and ".join(todo) +
" (y/n)?") != 'y':
ui.write(_("Exiting without updating patch\n"))
return
if rename_patch:
newname = str("bug-%s-%s" % (bug, re.sub(r'^bug-\d+-', '', rev)))
if newname != rev:
try:
mq.rename(ui, repo, rev, newname)
except:
# mq.rename has a tendency to leave things in an inconsistent
# state. Fix things up.
q.invalidate()
if os.path.exists(
q.join(newname)) and newname not in q.fullseries:
os.rename(q.join(newname), q.join(rev))
raise
rev = newname
if update_patch:
# Add "Bug nnnn - " to the beginning of the description
ph = mq.patchheader(q.join(rev), q.plainmode)
msg = [s.decode('utf-8') for s in ph.message]
if not msg:
msg = ["Bug %s patch" % bug]
elif not BUG_RE.search(msg[0]):
msg[0] = "Bug %s - %s" % (bug, msg[0])
opts = {
'git': True,
'message': '\n'.join(msg).encode('utf-8'),
'include': ["re:."]
}
mq.refresh(ui, repo, **opts)
return rev
def update_patch(ui, repo, rev, bug, update_patch, rename_patch, interactive):
q = repo.mq
try:
rev = q.lookup(rev)
except util.error.Abort:
# If the patch is not coming from mq, don't complain that the name is not found
update_patch = False
rename_patch = False
todo = []
if rename_patch:
todo.append("name")
if update_patch:
todo.append("description")
if todo:
if interactive and ui.prompt("Update patch " + " and ".join(todo) + " (y/n)?") != 'y':
ui.write(_("Exiting without updating patch\n"))
return
if rename_patch:
newname = str("bug-%s-%s" % (bug, re.sub(r'^bug-\d+-', '', rev)))
if newname != rev:
try:
mq.rename(ui, repo, rev, newname)
except:
# mq.rename has a tendency to leave things in an inconsistent
# state. Fix things up.
q.invalidate()
if os.path.exists(q.join(newname)) and newname not in q.fullseries:
os.rename(q.join(newname), q.join(rev))
raise
rev = newname
if update_patch:
# Add "Bug nnnn - " to the beginning of the description
ph = mq.patchheader(q.join(rev), q.plainmode)
msg = [s.decode('utf-8') for s in ph.message]
if not msg:
msg = ["Bug %s patch" % bug]
elif not BUG_RE.search(msg[0]):
msg[0] = "Bug %s - %s" % (bug, msg[0])
opts = {'git': True, 'message': '\n'.join(msg).encode('utf-8'), 'include': ["re:."]}
mq.refresh(ui, repo, **opts)
return rev
def bzbugs(ui, repo, patchfile=None, **opts):
'''List the bugs that have modified the files in a patch
Scan through the last LIMIT commits to find bugs that touch the same files.
The patch may be given as a file or a URL. If no patch is specified,
the changes in the working directory will be used. If there are no
changes, the topmost applied patch in your mq repository will be used.
Alternatively, the -f option may be used to pass in one or more files
that will be used instead.
'''
bugs = set()
for change in patch_changes(ui, repo, patchfile, **opts):
m = BUG_RE.search(change.description())
if m:
bugs.add(m.group(2))
if bugs:
for bug in bugs:
ui.write("bug %s\n" % bug)
else:
ui.write("No bugs found\n")
def buglink(x):
return BUG_RE.sub(BUGZILLA_LINK, x)
def parse_bugs(msg):
bugs = set()
m = BUG_RE.search(msg)
if m:
bugs.add(m.group(2))
return bugs
def parse_bugs(msg):
bugs = set()
m = BUG_RE.search(msg)
if m:
bugs.add(m.group(2))
return bugs
def buglink(x):
return BUG_RE.sub(BUGZILLA_LINK, x)
