gocw2/td.go
2020-02-05 12:57:42 +08:00

306 lines
9.5 KiB
Go

package main
import (
"fmt"
"log"
"math"
"sync"
"time"
"github.com/Arman92/go-tdlib"
)
func ListenMe(c *tdlib.Client) {
eventFilter := func(msg *tdlib.TdMessage) bool {
updateMsg := (*msg).(*tdlib.UpdateNewMessage)
senderUserID := updateMsg.Message.SenderUserID
if senderUserID == ownUserID32 {
return true
} else {
return false
}
}
receiver := c.AddEventReceiver(&tdlib.UpdateNewMessage{}, eventFilter, 100)
for _ = range receiver.Chan {
lastOwnTDMsgMux.Lock()
lastOwnTDMsg = time.Now()
lastOwnTDMsgMux.Unlock()
}
}
func ListenMQ(c *tdlib.Client, msgs <-chan TGCommand) {
for m := range msgs {
//b, _ := json.Marshal(m)
//log.Printf("****************************** New MQ command ******************************\n%s\n****************************************************************************\n", string(b))
go clientMsg(c, m)
}
}
func ListenTG(c *tdlib.Client) {
eventFilter := func(msg *tdlib.TdMessage) bool {
updateMsg := (*msg).(*tdlib.UpdateNewMessage)
chatID := int64(updateMsg.Message.ChatID)
userID := int64(updateMsg.Message.SenderUserID)
forwardInfo := updateMsg.Message.ForwardInfo
for _, v := range cfg.Listen {
if (v.Chat == chatID || v.Chat == 0) &&
(v.User == userID || v.User == 0) &&
forwardInfo == nil {
return true
}
}
return false
}
receiver := c.AddEventReceiver(&tdlib.UpdateNewMessage{}, eventFilter, 100)
for newMsg := range receiver.Chan {
updateMsg := (newMsg).(*tdlib.UpdateNewMessage)
if updateMsg.Message.Content.GetMessageContentEnum() == tdlib.MessageTextType {
txt := updateMsg.Message.Content.(*tdlib.MessageText).Text.Text
t := time.Now()
m := ChatWarsMessage{
TGUserID64: ownUserID64,
TGSenderUserID64: int64(updateMsg.Message.SenderUserID),
ID64: updateMsg.Message.ID,
ChatID64: updateMsg.Message.ChatID,
Text: txt,
Callbacks: nil,
}
m.Date = time.Unix(int64(updateMsg.Message.Date), 0)
if updateMsg.Message.ReplyMarkup != nil {
if updateMsg.Message.ReplyMarkup.GetReplyMarkupEnum() == tdlib.ReplyMarkupInlineKeyboardType {
rm := updateMsg.Message.ReplyMarkup.(*tdlib.ReplyMarkupInlineKeyboard)
for _, v1 := range rm.Rows {
for _, v2 := range v1 {
if v2.Type.GetInlineKeyboardButtonTypeEnum() == tdlib.InlineKeyboardButtonTypeCallbackType {
cwcb := ChatWarsCallback{
Name: v2.Text,
Data: v2.Type.(*tdlib.InlineKeyboardButtonTypeCallback).Data,
}
m.Callbacks = append(m.Callbacks, cwcb)
// fmt.Printf("ReplyMarkupInlineKeyboard : %s => %s\n", cwcb.Name, string(cwcb.Data))
}
}
}
}
}
lastChatMsgMux.RLock()
if _, ok := lastChatTDMsg[m.ChatID64]; !ok {
lastChatMsgMux.RUnlock()
lastChatMsgMux.Lock()
if _, ok := lastChatTDMsg[m.ChatID64]; !ok {
lastChatTDMsg[m.ChatID64] = time.Now().Add(-1 * time.Second)
lastChatTDMsgMux[m.ChatID64] = new(sync.Mutex)
}
lastChatMsgMux.Unlock()
} else {
lastChatMsgMux.RUnlock()
}
for {
lastChatTDMsgMux[m.ChatID64].Lock()
now := time.Now()
if lastChatTDMsg[m.ChatID64].Add(time.Second).Before(now) {
lastChatTDMsg[m.ChatID64] = now
lastChatTDMsgMux[m.ChatID64].Unlock()
break
}
lastChatTDMsgMux[m.ChatID64].Unlock()
time.Sleep(time.Until(now.Add(200 * time.Millisecond)))
}
MQCWMsgQueue <- m
fmt.Printf("[%d-%02d-%02d %02d:%02d:%02d-00:00]", t.Year(), t.Month(), t.Day(), t.Hour(), t.Minute(), t.Second())
fmt.Println(txt, "\n")
fmt.Println("************ DETAILS ************")
fmt.Println("ID : ", updateMsg.Message.ID)
fmt.Println("Date : ", updateMsg.Message.Date)
fmt.Println("SenderUserID : ", updateMsg.Message.SenderUserID)
fmt.Println("ChatID : ", updateMsg.Message.ChatID)
fmt.Println("SendingState : ", updateMsg.Message.SendingState)
fmt.Println("ForwardInfo : ", updateMsg.Message.ForwardInfo)
fmt.Println("================================================================================================================")
}
}
}
func getHistory(c *tdlib.Client, chatID64 *int64, senderUserID64 *int64) {
var msgCount int32 = 0
var msgParsed int32 = 0
var loopOverflow int32 = 0
var lastParsedID64 int64 = int64(math.MaxInt64)
var lastParsedTime time.Time = time.Now()
var chat int64
var m ChatWarsMessage
chat = *chatID64
if *senderUserID64 != 0 {
userDetails, err := c.GetUser(int32(*senderUserID64))
failOnError(err, "getHistory : GetUser")
chatDetails, err := c.GetChat(chat)
failOnError(err, "getHistory : GetChat")
fmt.Printf("Exporting historic messages for chat %d (%s) from user %d (%s)...\n", chat, chatDetails.Title, *senderUserID64, userDetails.Username)
} else {
chatDetails, err := c.GetChat(chat)
failOnError(err, "getHistory : GetChat")
fmt.Printf("Exporting historic messages for chat %d (%s) ...\n", chat, chatDetails.Title)
}
for lastParsedID64 >= 0 {
prevLastParsedID64 := lastParsedID64
msgs, err := c.GetChatHistory(chat, lastParsedID64, 0, 99, false)
if err != nil {
if err.Error() == "timeout" {
logOnError(err, "Waiting....")
fmt.Printf("Timeout : %d messages retrieved out of %d dating back %s (%d) ...\n", msgCount, msgParsed, lastParsedTime.Format(time.RFC3339), lastParsedID64)
time.Sleep(5 * time.Second)
} else {
logOnError(err, "Cannot get history")
lastParsedID64 = -1
}
} else if msgs.TotalCount > 0 {
for _, msg := range msgs.Messages {
msgParsed = msgParsed + 1
lastParsedTime = time.Unix(int64(msg.Date), 0)
switch msg.Content.GetMessageContentEnum() {
case tdlib.MessageTextType:
if msg.ForwardInfo == nil {
m = ChatWarsMessage{
TGUserID64: ownUserID64,
TGSenderUserID64: int64(msg.SenderUserID),
ID64: msg.ID,
ChatID64: msg.ChatID,
Text: msg.Content.(*tdlib.MessageText).Text.Text,
}
m.Date = time.Unix(int64(msg.Date), 0)
} else {
if msg.ForwardInfo.GetMessageForwardInfoEnum() == tdlib.MessageForwardedFromUserType {
m = ChatWarsMessage{
TGUserID64: int64(msg.SenderUserID),
TGSenderUserID64: int64(msg.ForwardInfo.(*tdlib.MessageForwardedFromUser).SenderUserID),
ID64: msg.ID,
ChatID64: 0,
Text: msg.Content.(*tdlib.MessageText).Text.Text,
}
m.Date = time.Unix(int64(msg.ForwardInfo.(*tdlib.MessageForwardedFromUser).Date), 0)
} else {
m = ChatWarsMessage{
ID64: 0,
}
}
}
if m.ID64 != 0 && (*senderUserID64 == 0 || m.TGSenderUserID64 == *senderUserID64) {
MQCWMsgQueue <- m
msgCount = msgCount + 1
}
default:
log.Printf("getHistory(%d) : no handler for %s\n", msg.ID, msg.Content.GetMessageContentEnum())
}
if m.ID64 < lastParsedID64 {
lastParsedID64 = msg.ID
lastParsedTime = m.Date
}
if msgParsed%1000 == 0 {
fmt.Printf("Waiting : %d messages retrieved out of %d dating back %s (%d) ...\n", msgCount, msgParsed, lastParsedTime.Format(time.RFC3339), lastParsedID64)
}
}
} else {
lastParsedID64 = -1
}
if prevLastParsedID64 == lastParsedID64 {
loopOverflow++
if loopOverflow == 5 {
// we should be at the end !
lastParsedID64 = -1
} else {
logOnError(err, "Overflow ...")
fmt.Printf("Overflow : %d messages retrieved out of %d dating back %s (%d) ...\n", msgCount, msgParsed, lastParsedTime.Format(time.RFC3339), lastParsedID64)
time.Sleep(5 * time.Second)
}
} else {
loopOverflow = 0
}
}
log.Printf("Exported %d messages.\n", msgCount)
fmt.Printf("Exported %d messages.\n", msgCount)
}
func OwnUserID(c *tdlib.Client) int32 {
user, _ := c.GetMe()
return user.ID
}
func clientMsg(c *tdlib.Client, m TGCommand) {
if m.Delay != time.Duration(0) {
log.Printf("clientMsg : Delaying message by %.3f seconds.\n", m.Delay.Seconds())
time.Sleep(m.Delay)
}
for {
lastOwnTDMsgMux.Lock()
now := time.Now()
if lastOwnTDMsg.Add(time.Second).Before(now) {
lastOwnTDMsg = now
lastOwnTDMsgMux.Unlock()
break
}
lastOwnTDMsgMux.Unlock()
time.Sleep(time.Until(now.Add(time.Second)))
}
switch m.Type {
case commandForwardMsg:
msgIDs := make([]int64, 1)
msgIDs[0] = m.FromMsgID64
c.ForwardMessages(m.ToChatID64, m.FromChatID64, msgIDs, false, false, false)
case commandSendMsg:
msgTxt := tdlib.NewInputMessageText(tdlib.NewFormattedText(m.Text, nil), true, true)
if m.ToChatID64 != 0 {
c.SendMessage(m.ToChatID64, 0, false, false, nil, msgTxt)
} else if m.ToUserID64 != 0 {
c.SendMessage(m.ToUserID64, 0, false, false, nil, msgTxt)
}
case commandDeleteMsg:
msgIDs := make([]int64, 1)
msgIDs[0] = m.FromMsgID64
c.DeleteMessages(m.FromChatID64, msgIDs, false)
case commandRefreshMsg:
u, err := c.GetMessage(m.FromChatID64, m.FromMsgID64)
logOnError(err, "ListenMQ : commandRefreshMsg")
if err == nil && u.Content.GetMessageContentEnum() == tdlib.MessageTextType {
txt := u.Content.(*tdlib.MessageText).Text.Text
r := ChatWarsMessage{
TGUserID64: ownUserID64,
TGSenderUserID64: int64(u.SenderUserID),
ID64: u.ID,
ChatID64: u.ChatID,
Text: txt,
}
r.Date = time.Unix(int64(u.Date), 0)
MQCWMsgQueue <- r
}
case commandCallback:
d := tdlib.NewCallbackQueryPayloadData(m.CallbackData)
_, err := c.GetCallbackQueryAnswer(m.FromChatID64, m.FromMsgID64, tdlib.CallbackQueryPayload(d))
logOnError(err, "clientMsg : GetCallbackQueryAnswer")
default:
log.Printf("clientMsg : No handler for command %d.\n", m.Type)
}
}