// Helper to parse incoming messages and return JarvisBot messages
func (j *JarvisBot) parseMessage(msg *telebot.Message) *message {
cmd := ""
args := []string{}
if msg.IsReply() {
// We use a hack. All reply-to messages have the command it's replying to as the
// part of the message.
r := regexp.MustCompile(`\/\w*`)
res := r.FindString(msg.ReplyTo.Text)
for k, _ := range j.fmap {
if res == k {
cmd = k
args = strings.Split(msg.Text, " ")
break
}
}
} else {
msgTokens := strings.Split(msg.Text, " ")
cmd, args = strings.ToLower(msgTokens[0]), msgTokens[1:]
// Deal with commands of the form command@JarvisBot, which appear in
// group chats.
if strings.Contains(cmd, "@") {
c := strings.Split(cmd, "@")
cmd = c[0]
}
}
return &message{Cmd: cmd, Args: args, Message: msg}
}
// Helper to parse incoming messages and return MorningBot messages
func (m *MorningBot) parseMessage(msg *telebot.Message) *message {
cmd := ""
args := []string{}
if msg.IsReply() {
// We use a hack. All reply-to messages have the command it's replying to as the
// part of the message.
r := regexp.MustCompile(`\/\w*`)
res := r.FindString(msg.ReplyTo.Text)
for k, _ := range m.fmap {
if res == k {
cmd = k
args = strings.Split(msg.Text, " ")
break
}
}
} else if msg.Text != "" {
msgTokens := strings.Split(msg.Text, " ")
cmd, args = strings.ToLower(msgTokens[0]), msgTokens[1:]
}
return &message{Cmd: cmd, Args: args, Message: msg}
}