##// END OF EJS Templates
dispatch: make "_checkshellalias()" invoke "findcmd()" with "strict=True"...
dispatch: make "_checkshellalias()" invoke "findcmd()" with "strict=True" Before this patch, shell alias may be executed by abbreviated command name unexpectedly, even if abbreviated command name matches also against the command provided by extension. For example, "rebate" shell alias is executed by "hg reba", even if rebase extension (= "rebase" command) is enabled. In this case, "hg reba" should be aborted because of command name ambiguity. This patch makes "_checkshellalias()" invoke "cmdutil.findcmd()" always with "strict=True" (default value). If abbreviated command name matches against only one shell alias even after loading extensions, such shell alias will be executed via "_parse()". This patch doesn't remove "_checkshellalias()" invocation itself, because it may prevent shell alias from loading extensions uselessly.

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r19872:681f7b92 default
r20328:03d345da stable
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filterpyflakes.py
51 lines | 1.5 KiB | text/x-python | PythonLexer
#!/usr/bin/env python
# Filter output by pyflakes to control which warnings we check
import sys, re, os
def makekey(typeandline):
"""
for sorting lines by: msgtype, path/to/file, lineno, message
typeandline is a sequence of a message type and the entire message line
the message line format is path/to/file:line: message
>>> makekey((3, 'example.py:36: any message'))
(3, 'example.py', 36, ' any message')
>>> makekey((7, 'path/to/file.py:68: dummy message'))
(7, 'path/to/file.py', 68, ' dummy message')
>>> makekey((2, 'fn:88: m')) > makekey((2, 'fn:9: m'))
True
"""
msgtype, line = typeandline
fname, line, message = line.split(":", 2)
# line as int for ordering 9 before 88
return msgtype, fname, int(line), message
lines = []
for line in sys.stdin:
# We whitelist tests (see more messages in pyflakes.messages)
pats = [
r"imported but unused",
r"local variable '.*' is assigned to but never used",
r"unable to detect undefined names",
]
for msgtype, pat in enumerate(pats):
if re.search(pat, line):
break # pattern matches
else:
continue # no pattern matched, next line
fn = line.split(':', 1)[0]
f = open(os.path.join(os.path.dirname(os.path.dirname(__file__)), fn))
data = f.read()
f.close()
if 'no-' 'check-code' in data:
continue
lines.append((msgtype, line))
for msgtype, line in sorted(lines, key=makekey):
sys.stdout.write(line)
print