def parseMsg(self, event:tracker.Tracker):
trackedEmojis = []
for s in iter(event.message.splitlines()):
# Search if its a Discord style emoji first
matchObj = self.emojiRegex.search(s)
print(matchObj)
if matchObj is not None:
tEmoji = discord.PartialEmoji(animated=False, name=matchObj.group(2), id=int(matchObj.group(3)))
trackedEmojis.append(tEmoji)
continue
# Next try to lookup the by unicode
#matchObj = self.unicodeEmojiRegex.search(s)
matchObj = emoji.get_emoji_regexp().search(s)
print(matchObj)
if matchObj is not None:
tEmoji = discord.PartialEmoji(animated=False, name=matchObj.group(0), id=None)
trackedEmojis.append(tEmoji)
continue
event.cogData = trackedEmojis
print(trackedEmojis)
def parseMsg(self, event: tracker.Tracker):
trackedEmojis = []
for s in iter(event.message.splitlines()):
# Remove all whitespace at the start of the line
sStrip = s.lstrip()
# Search if its a Discord style emoji first
matchObj = self.emojiRegex.search(sStrip)
if matchObj is not None:
tEmoji = discord.PartialEmoji(animated=False,
name=matchObj.group(2),
id=int(matchObj.group(3)))
# Prevent duplicates from making it into the list
if tEmoji not in trackedEmojis:
trackedEmojis.append(tEmoji)
continue
# Next try to lookup the by unicode
# Check to make sure the first character ISNT a normal character since the emoji library's regex
# will find anything. This check allows us to make sure a unicode emoji is at the start of the line
# We also need to check for ':' since a unicode emoji may be the name
if ((len(sStrip) > 0)
and (sStrip[0] == ':' or not (sStrip[0].isascii()))):
matchObj = emoji.get_emoji_regexp().search(sStrip)
if matchObj is not None:
tEmoji = discord.PartialEmoji(animated=False,
name=matchObj.group(0),
id=None)
# Prevent duplicates from making it into the list
if tEmoji not in trackedEmojis:
trackedEmojis.append(tEmoji)
continue
event.cogData = trackedEmojis
