def complete(self, prefix):
names = [sig for sig in signal.__dict__.keys() if
sig.startswith('SIG')]
nums = [str(eval("signal."+name)) for name in names]
lnames = [sig.lower() for sig in names]
completions = lnames + nums + ['unconditional']
return Mcomplete.complete_token(completions, prefix.lower())
def complete_identifier(cmd, prefix):
"""Complete an arbitrary expression."""
if not cmd.proc.curframe:
return [None]
# Collect globals and locals. It is usually not really sensible to also
# complete builtins, and they clutter the namespace quite heavily, so we
# leave them out.
ns = cmd.proc.curframe.f_globals.copy()
ns.update(cmd.proc.curframe.f_locals)
if "." in prefix:
# Walk an attribute chain up to the last part, similar to what
# rlcompleter does. This will bail if any of the parts are not
# simple attribute access, which is what we want.
dotted = prefix.split(".")
try:
obj = ns[dotted[0]]
for part in dotted[1:-1]:
obj = getattr(obj, part)
except (KeyError, AttributeError):
return []
pre_prefix = ".".join(dotted[:-1]) + "."
return [pre_prefix + n for n in dir(obj) if n.startswith(dotted[-1])]
else:
# Complete a simple name.
return Mcomplete.complete_token(ns.keys(), prefix)
def complete(self, prefix):
names = [sig for sig in signal.__dict__.keys() if
sig.startswith('SIG')]
nums = [str(eval("signal."+name)) for name in names]
lnames = [sig.lower() for sig in names]
completions = lnames + nums + ['unconditionally']
return Mcomplete.complete_token(completions, prefix.lower())
def complete_identifier(cmd, prefix):
'''Complete an arbitrary expression.'''
if not cmd.proc.curframe: return [None]
# Collect globals and locals. It is usually not really sensible to also
# complete builtins, and they clutter the namespace quite heavily, so we
# leave them out.
ns = cmd.proc.curframe.f_globals.copy()
ns.update(cmd.proc.curframe.f_locals)
if '.' in prefix:
# Walk an attribute chain up to the last part, similar to what
# rlcompleter does. This will bail if any of the parts are not
# simple attribute access, which is what we want.
dotted = prefix.split('.')
try:
obj = ns[dotted[0]]
for part in dotted[1:-1]:
obj = getattr(obj, part)
except (KeyError, AttributeError):
return []
pre_prefix = '.'.join(dotted[:-1]) + '.'
return [pre_prefix + n for n in dir(obj) if
n.startswith(dotted[-1])]
else:
# Complete a simple name.
return Mcomplete.complete_token(ns.keys(), prefix)
def complete(self, prefix):
proc_obj = self.proc
matches = Mcomplete.complete_token(
list(categories.keys()) + ['*', 'all'] +
list(proc_obj.commands.keys()), prefix)
aliases = Mcomplete.complete_token_filtered(proc_obj.aliases, prefix,
matches)
return sorted(matches + aliases)
def complete(self, prefix):
proc_obj = self.proc
matches = Mcomplete.complete_token(list(categories.keys())
+ ['*', 'all'] +
list(proc_obj.commands.keys()),
prefix)
aliases = Mcomplete.complete_token_filtered(proc_obj.aliases, prefix,
matches)
return sorted(matches + aliases)
def test_complete(self):
hash = {'ab': 1, 'aac': 2, 'aa': 3, 'a': 4}
ary = sorted(hash.keys())
for result, prefix in [[[], 'b'], [ary, 'a'], [['aa', 'aac'], 'aa'],
[ary, ''], [['ab'], 'ab'], [[], 'abc']]:
self.assertEqual(result, Mcomplete.complete_token(ary, prefix),
"Trouble matching %s on %s" % (repr(ary), prefix))
pass
for result_keys, prefix in [[ary, 'a'], [['aa', 'aac'], 'aa'],
[['ab'], 'ab'], [[], 'abc']]:
result = [[key, hash[key]] for key in result_keys]
self.assertEqual(
result, Mcomplete.complete_token_with_next(hash, prefix),
"Trouble matching %s on %s" % (repr(hash), prefix))
pass
return
def test_complete(self):
hash = {'ab': 1, 'aac': 2, 'aa': 3, 'a': 4}
ary = sorted(hash.keys())
for result, prefix in [
[[], 'b'], [ary, 'a'],
[['aa', 'aac'], 'aa'],
[ary, ''], [['ab'], 'ab'], [[], 'abc']]:
self.assertEqual(result, Mcomplete.complete_token(ary, prefix),
"Trouble matching %s on %s" %
(repr(ary), prefix))
pass
for result_keys, prefix in [
[ary, 'a'],
[['aa', 'aac'], 'aa'],
[['ab'], 'ab'], [[], 'abc']]:
result = [[key, hash[key]] for key in result_keys]
self.assertEqual(result,
Mcomplete.complete_token_with_next(hash, prefix),
"Trouble matching %s on %s" %
(repr(hash), prefix))
pass
return
def complete(self, prefix):
completions = sorted(['*'] + self.debugger.sigmgr.siglist)
return Mcomplete.complete_token(completions, prefix)
def complete(self, prefix):
return Mcomplete.complete_token(self.subcmds.subcmds.keys(), prefix)
def complete(self, prefix):
m = sorted(list(self.proc.macros.keys()) + ["*"])
return Mcomplete.complete_token(m, prefix)
def complete(self, prefix):
result = Mcomplete.complete_token(("on", "off"), prefix)
return result
def complete(self, prefix):
completions = sorted(["."] + file_list())
return Mcomplete.complete_token(completions, prefix)
def complete(self, prefix):
completions = sorted(['*'] +
self.proc.curframe.f_locals.keys())
return Mcomplete.complete_token(completions, prefix)
def complete_break_linenumber(self, prefix):
canonic_name = self.proc.curframe.f_code.co_filename
completions = pyficache.trace_line_numbers(canonic_name)
return Mcomplete.complete_token([str(i) for i in completions],
prefix)
def complete(self, prefix):
result = Mcomplete.complete_token(('on', 'off'), prefix)
return result
def complete(self, prefix):
m = sorted(list(self.proc.macros.keys()) + ['*'])
return Mcomplete.complete_token(m, prefix)
def complete(self, prefix):
return Mcomplete.complete_token(self.proc.aliases.keys(), prefix)
def complete_id_and_builtins(cmd, prefix):
if not cmd.proc.curframe: return [None]
items = (list(cmd.proc.curframe.f_builtins.keys()) +
complete_identifier(cmd, prefix))
return Mcomplete.complete_token(items, prefix)
def complete(self, prefix):
completions = sorted(['*'] + self.debugger.sigmgr.siglist)
return Mcomplete.complete_token(completions, prefix)
def complete(self, prefix):
result = Mcomplete.complete_token(('on', 'off'), prefix)
return result
def complete(self, prefix):
proc_obj = self.proc
low, high = Mframe.frame_low_high(proc_obj, None)
ary = [str(low+i) for i in range(high-low+1)]
# FIXME: add in Thread names
return Mcomplete.complete_token(ary, prefix)
def frame_complete(proc_obj, prefix, direction):
low, high = frame_low_high(proc_obj, direction)
ary = [str(low+i) for i in range(high-low+1)]
return Mcomplete.complete_token(ary, prefix)
def complete(self, prefix):
completions = [str(disp.number) for disp in self.proc.display_mgr.list]
return Mcomplete.complete_token(completions, prefix)
def complete(self, prefix):
proc_obj = self.proc
low, high = Mframe.frame_low_high(proc_obj, None)
ary = [str(low + i) for i in range(high - low + 1)]
# FIXME: add in Thread names
return Mcomplete.complete_token(ary, prefix)
def complete(self, prefix):
return Mcomplete.complete_token(style_names, prefix)
def complete(self, prefix):
return Mcomplete.complete_token(SetHighlight.highlight_choices, prefix)
def complete(self, prefix):
completions = [str(disp.number) for disp in self.proc.display_mgr.list]
return Mcomplete.complete_token(completions, prefix)
def complete(self, prefix):
return Mcomplete.complete_token(style_names, prefix)
def complete(self, prefix):
return complete_token(SetLogLevel.logger_choices, prefix)
def complete_break_linenumber(self, prefix):
canonic_name = self.proc.curframe.f_code.co_filename
completions = pyficache.trace_line_numbers(canonic_name)
return Mcomplete.complete_token([str(i) for i in completions], prefix)
def complete(self, prefix):
completions = sorted(['.'] + file_list())
return Mcomplete.complete_token(completions, prefix)
def complete_id_and_builtins(cmd, prefix):
if not cmd.proc.curframe:
return [None]
items = list(cmd.proc.curframe.f_builtins.keys()) + complete_identifier(cmd, prefix)
return Mcomplete.complete_token(items, prefix)
def complete(self, prefix):
# files = Readline::FILENAME_COMPLETION_PROC.call(prefix) || []
opts = ["-v", "-Y", "-N", "-c"] # + files
return complete_token(opts, prefix)
def complete(self, prefix):
return Mcomplete.complete_token(self.subcmds.subcmds.keys(), prefix)
def complete(self, prefix):
return Mcomplete.complete_token(SetHighlight.highlight_choices,
prefix)
def complete(self, prefix):
# files = Readline::FILENAME_COMPLETION_PROC.call(prefix) || []
opts = ['-v', '-Y', '-N', '-c'] # + files
return Mcomplete.complete_token(opts, prefix)
def complete(self, prefix):
return complete_token(choices, prefix)
def complete(self, prefix):
completions = sorted(['*'] + self.proc.curframe.f_locals.keys())
return Mcomplete.complete_token(completions, prefix)
def complete(self, prefix):
return Mcomplete.complete_token(self.proc.aliases.keys(), prefix)
def complete(self, prefix):
# files = Readline::FILENAME_COMPLETION_PROC.call(prefix) || []
opts = ['-v', '-Y', '-N', '-c'] # + files
return Mcomplete.complete_token(opts, prefix)
def frame_complete(proc_obj, prefix, direction):
low, high = frame_low_high(proc_obj, direction)
ary = [str(low + i) for i in range(high - low + 1)]
return Mcomplete.complete_token(ary, prefix)