def local_trans(word, word_eol, userdata):
destination = xchat.get_context()
if word[1].lower() == 'translators':
print "Available methods are:", color["blue"], str(translator.get_pairs())
else:
threading.Thread(target=translate, args=(word[1], word[2], word_eol[3], destination)).start()
return xchat.EAT_ALL
def local_trans(word, word_eol, userdata):
destination = xchat.get_context()
if word[1].lower() == 'translators':
print "Available methods are:", color["blue"], str(
translator.get_pairs())
else:
threading.Thread(target=translate,
args=(word[1], word[2], word_eol[3],
destination)).start()
return xchat.EAT_ALL
def autotranslate(word, word_eol, userdata):
global autotranslator, option
if word[1].lower() == 'del':
if autotranslator.has_key(word[2].lower()):
autotranslator.pop(word[2].lower())
print color["red"], "Autotranslator for", word[2], "deleted!"
save_vars()
else:
print color["red"], "No Autotranslator for", word[2], "found"
elif word[1].lower() == 'list':
if len(autotranslator) == 0:
print color["red"], "You have no auto translators!"
else:
print color["dgreen"], "Your auto translators are:"
for key in autotranslator:
print color["blue"], key, autotranslator[
key].source, autotranslator[key].destination
elif word[1].lower() == 'on':
option["autotranslate"] = True
print color["dgreen"], "Autotranslate has been turned ON"
save_vars()
elif word[1].lower() == 'off':
option["autotranslate"] = False
print color["red"], "Autotranslate has been turned OFF"
save_vars()
elif word[1].lower() == 'translators':
print "Available methods are:", color["blue"], str(
translator.get_pairs())
else:
try:
autotranslator[word[1].lower()] = translator.Translator(
word[2], word[3])
print color["dgreen"], "We will now auto translate", word[
1], "from", word[2], "to", word[3]
save_vars()
except Exception, args:
print color["red"], "Proper format is Nick FromLanguage ToLanguage"
return
def autotranslate(word, word_eol, userdata):
global autotranslator, option
if word[1].lower() == 'del':
if autotranslator.has_key(word[2].lower()):
autotranslator.pop(word[2].lower())
print color["red"], "Autotranslator for", word[2], "deleted!"
save_vars()
else:
print color["red"], "No Autotranslator for", word[2], "found"
elif word[1].lower() == 'list':
if len(autotranslator) == 0:
print color["red"], "You have no auto translators!"
else:
print color["dgreen"], "Your auto translators are:"
for key in autotranslator:
print color["blue"], key, autotranslator[key].source, autotranslator[key].destination
elif word[1].lower() == 'on':
option["autotranslate"] = True
print color["dgreen"], "Autotranslate has been turned ON"
save_vars()
elif word[1].lower() == 'off':
option["autotranslate"] = False
print color["red"], "Autotranslate has been turned OFF"
save_vars()
elif word[1].lower() == 'translators':
print "Available methods are:", color["blue"], str(translator.get_pairs())
else:
try:
autotranslator[word[1].lower()] = translator.Translator(word[2],word[3])
print color["dgreen"], "We will now auto translate", word[1], "from", word[2], "to", word[3]
save_vars()
except Exception, args:
print color["red"], "Proper format is Nick FromLanguage ToLanguage"
return
def translators(destination):
pairs = str(translator.get_pairs())
destination.command("say Available methods are " + pairs)
def translators(destination):
pairs = str(translator.get_pairs())
destination.command("say Available methods are " + pairs)
