def complete_show(line, matches, longest_match):
global _rep_res
ipshell.IP.write("\n")
if _rep_res is None:
ipshell.IP.write(str(matches))
ipshell.IP.write("\n")
else:
contextobj, attr, words = _rep_res
_rep_res = None
slice_names = contextobj.Names
slice_names_set = set(slice_names)
rem_words = []
pos_slices = []
for word in words:
if word in slice_names_set:
pos_slices.append(slice_names.index(word))
else:
rem_words.append(word)
if pos_slices:
pos_slices.sort()
ipshell.IP.write(contextobj.Get(*pos_slices).Info.info)
ipshell.IP.write("\n")
if rem_words:
ipshell.IP.write(str(rem_words))
ipshell.IP.write("\n")
_rep_res = None
# well, this part was well documented, not....
realline = readline.get_line_buffer()
ipshell.IP.interact_prompt()
ipshell.IP.write(realline[: readline.get_endidx()])
addline = realline[readline.get_begidx() + len(line) :]
addline += chr(8) * len(addline)
ipshell.IP.write(addline)
def rep_completer(self, event, line=None):
global _rep_res
if line is None:
line = readline.get_line_buffer()
try:
contextobj, attr = parseCommandLine(line, ipshell)
if not isinstance(contextobj, representor.Representor):
raise TryNext
words = dir2(contextobj)
if attr:
words = [word for word in words if word.startswith(attr)]
else:
words = [word for word in words if not word.startswith("_")]
_rep_res = (contextobj, attr, words)
if attr:
words = [event.symbol[: -len(attr)] + word for word in words]
else:
words = [event.symbol + word for word in words]
return words
except:
raise TryNext
