def ScanNotice(word, word_eol, userdata):
sender = word[0]
text = word_eol[1]
# if it is a nickserv status request
if sender == "NickServ" and text.split()[0] == "STATUS":
type = word[1]
type, nick, level = text.split()
statusReturn(nick, level, db)
# if server has identified the bot, join channels
elif sender == "NickServ" and text.count("Password accepted") > 0:
status["identified"] = True
status["identifying"] = False
statusCheck()
elif sender == "ChanServ" and text == "Permission denied.":
#assume bot was trying to unban self from a channel, declare channel can't be joined
status["cannotJoinChans"].append(status["unbanChanList"][0])
status["unbanChanList"].pop(0)
if len(status["unbanChanList"]) != 0:
hexchat.command("cs unban %s" % status["unbanChanList"][0])
elif sender == "ChanServ" and text.count("You have been unbanned") > 0:
hexchat.command("join %s" % status["unbanChanList"][0])
status["unbanChanList"].pop(0)
if len(status["unbanChanList"]) != 0:
hexchat.command("cs unban %s" % status["unbanChanList"][0])
return hexchat.EAT_PLUGIN
def text(self, width, height):
""" Yields the next portion of text that fits width and height.
"""
if self.has_text():
block1, block2 = text.split(self._remainder, width, height, self.widows, self.orphans, self.forward)
self._remainder = block2
return block1
def number(self, width, height):
""" Yields the number as a string if it fits the given width and height.
"""
if self.has_number():
block1, block2 = text.split(str(self._remainder), width, height)
if block2 == "":
self._remainder = None
return block1
return ""
def number(self, width, height):
""" Yields the number as a string if it fits the given width and height.
"""
if self.has_number():
block1, block2 = text.split(str(self._remainder), width, height)
if block2 == "":
self._remainder = None
return block1
return ""
def text(self, width, height):
""" Yields the next portion of text that fits width and height.
"""
if self.has_text():
block1, block2 = text.split(self._remainder, width, height,
self.widows, self.orphans,
self.forward)
self._remainder = block2
return block1
def PointAnalysis(self, fulltext):
pointlist = []
# Perform text normalization, while preserving offsets
## OLD: text = fulltext.replace('\t', '')
text = fulltext.replace('\t', ' ')
# new replacement
text = text.replace('\n', '')
print '11111111111111111111111111111111111111111111111111111111\n' * 10
print text
# Find all lines starting with digit, recording offset
## OLD: m = self.pointtext_pattern.findall(text)
# TODO: convert into helper function for use elsewhere (e.g., findall_with_offsets)
# Commented to
"""
offset = 0
m = []
starts = []
ends = []
while (len(text) > 0):
match = self.pointtext_pattern.search(text)
if not match:
break
m.append(match.group(0))
starts.append(offset + match.start(0))
ends.append(offset + match.end(0))
text = text[match.end(0) : ]
offset += match.end(0)
if (len(m) == 0):
self.logger.warn("No points detected in text: %s" % fulltext)
#print"No points detected in text: %s" % fulltext
"""
point_text = [x.strip() for x in text.split("[ENDPOINT]") if x.strip()]
print 'point_text', point_text
# Create hash entries for point/text representation
for i in range(0, len(point_text)):
# Collect number proper and item text
## OLD: num = re.search(r'^(\d+(\.\d)?\s\.)*', m[i]).group()
##num = re.search(r'^\s*(\d+(\.\d)?\s\.)*', point_text[i]).group().strip()
# Hack SKB
num = re.search(r'^\s*\d+(\.|\d)*\s\.',
point_text[i]).group().strip()
pointlist.append({
'Point_No':
'P' + str(num)[:-2],
'Point_Text':
point_text[i][len(num):].replace('\n', ' ')
})
debug_print("Standard.PointAnalysis(%s) => %s" %
(fulltext, str(pointlist)),
level=5)
return pointlist
def text_splitter(self, text):
text_splitted = text.split(" ")
rec = []
s = ""
for i in text_splitted:
if len(s + i) < self.stroke_size:
s = s + " " + i
continue
rec.append(s)
s = " " + i
rec.append(s)
return rec
