def combine(self, bot2, bot3, bot4):
self.validify()
if not isinstance(bot2, Bot):
raise TypeError('bot2 should be of [Bot]')
bot2.validify()
if not isinstance(bot3, Bot):
raise TypeError('bot3 should be of [Bot]')
bot3.validify()
if not isinstance(bot4, Bot):
raise TypeError('bot4 should be of [Bot]')
bot4.validify()
return library.botCombine(self.ptr, bot2.ptr, bot3.ptr, bot4.ptr)
def combine(self, bot2, bot3, bot4):
self.validify()
if not isinstance(bot2, Bot):
raise TypeError('bot2 should be of [Bot]')
bot2.validify()
if not isinstance(bot3, Bot):
raise TypeError('bot3 should be of [Bot]')
bot3.validify()
if not isinstance(bot4, Bot):
raise TypeError('bot4 should be of [Bot]')
bot4.validify()
return library.botCombine(self.ptr, bot2.ptr, bot3.ptr, bot4.ptr)
def combine(self, bot2, bot3, bot4):
self.validify()
if bot2.__class__ not in [Bot]:
raise TypeError('bot2 should be of [Bot]')
bot2.validify()
if bot3.__class__ not in [Bot]:
raise TypeError('bot3 should be of [Bot]')
bot3.validify()
if bot4.__class__ not in [Bot]:
raise TypeError('bot4 should be of [Bot]')
bot4.validify()
return library.botCombine(self.ptr, bot2.ptr, bot3.ptr, bot4.ptr)