func QueueParserBlocks(chBreaker chan bool, chAnswer chan string) {
defer func() {
if r := recover(); r != nil {
log.Error("daemon Recovered", r)
panic(r)
}
}()
const GoroutineName = "QueueParserBlocks"
d := new(daemon)
d.DCDB = DbConnect(chBreaker, chAnswer, GoroutineName)
if d.DCDB == nil {
return
}
d.goRoutineName = GoroutineName
d.chAnswer = chAnswer
d.chBreaker = chBreaker
if utils.Mobile() {
d.sleepTime = 1800
} else {
d.sleepTime = 10
}
if !d.CheckInstall(chBreaker, chAnswer, GoroutineName) {
return
}
d.DCDB = DbConnect(chBreaker, chAnswer, GoroutineName)
if d.DCDB == nil {
return
}
BEGIN:
for {
log.Info(GoroutineName)
MonitorDaemonCh <- []string{GoroutineName, utils.Int64ToStr(utils.Time())}
// проверим, не нужно ли нам выйти из цикла
if CheckDaemonsRestart(chBreaker, chAnswer, GoroutineName) {
break BEGIN
}
err, restart := d.dbLock()
if restart {
break BEGIN
}
if err != nil {
if d.dPrintSleep(err, d.sleepTime) {
break BEGIN
}
continue BEGIN
}
prevBlockData, err := d.OneRow("SELECT * FROM info_block").String()
if err != nil {
if d.unlockPrintSleep(utils.ErrInfo(err), d.sleepTime) {
break BEGIN
}
continue BEGIN
}
newBlockData, err := d.OneRow("SELECT * FROM queue_blocks").String()
if err != nil {
if d.unlockPrintSleep(utils.ErrInfo(err), d.sleepTime) {
break BEGIN
}
continue BEGIN
}
if len(newBlockData) == 0 {
if d.unlockPrintSleep(utils.ErrInfo(err), d.sleepTime) {
break BEGIN
}
continue BEGIN
}
newBlockData["head_hash_hex"] = string(utils.BinToHex(newBlockData["head_hash"]))
prevBlockData["head_hash_hex"] = string(utils.BinToHex(prevBlockData["head_hash"]))
newBlockData["hash_hex"] = string(utils.BinToHex(newBlockData["hash"]))
prevBlockData["hash_hex"] = string(utils.BinToHex(prevBlockData["hash"]))
variables, err := d.GetAllVariables()
if err != nil {
if d.unlockPrintSleep(utils.ErrInfo(err), d.sleepTime) {
break BEGIN
}
continue BEGIN
}
/*
* Базовая проверка
*/
// проверим, укладывается ли блок в лимит rollback_blocks_1
if utils.StrToInt64(newBlockData["block_id"]) > utils.StrToInt64(prevBlockData["block_id"])+variables.Int64["rollback_blocks_1"] {
d.DeleteQueueBlock(newBlockData["head_hash_hex"], newBlockData["hash_hex"])
if d.unlockPrintSleep(utils.ErrInfo("rollback_blocks_1"), 1) {
break BEGIN
}
continue BEGIN
}
// проверим не старый ли блок в очереди
if utils.StrToInt64(newBlockData["block_id"]) < utils.StrToInt64(prevBlockData["block_id"]) {
d.DeleteQueueBlock(newBlockData["head_hash_hex"], newBlockData["hash_hex"])
if d.unlockPrintSleep(utils.ErrInfo("old block"), 1) {
break BEGIN
}
continue BEGIN
}
if utils.StrToInt64(newBlockData["block_id"]) == utils.StrToInt64(prevBlockData["block_id"]) {
// сравним хэши
hash1 := big.NewInt(0)
hash1.SetString(string(newBlockData["head_hash_hex"]), 16)
hash2 := big.NewInt(0)
hash2.SetString(string(prevBlockData["head_hash_hex"]), 16)
// newBlockData["head_hash_hex"]) <= prevBlockData["head_hash_hex"]
if hash1.Cmp(hash2) < 1 {
// если это тотже блок и его генерил тот же юзер, то могут быть равные head_hash
if hash1.Cmp(hash2) == 0 {
// в этом случае проверяем вторые хэши. Если новый блок имеет больший хэш, то нам он не нужен
// или если тот же хэш, значит блоки одинаковые
hash1 := big.NewInt(0)
hash1.SetString(string(newBlockData["hash_hex"]), 16)
hash2 := big.NewInt(0)
hash2.SetString(string(prevBlockData["hash_hex"]), 16)
// newBlockData["head_hash_hex"]) >= prevBlockData["head_hash_hex"]
if hash1.Cmp(hash2) >= 0 {
d.DeleteQueueBlock(newBlockData["head_hash_hex"], newBlockData["hash_hex"])
if d.unlockPrintSleep(utils.ErrInfo("newBlockData hash_hex == prevBlockData hash_hex"), 1) {
break BEGIN
}
continue BEGIN
}
}
} else {
d.DeleteQueueBlock(newBlockData["head_hash_hex"], newBlockData["hash_hex"])
if d.unlockPrintSleep(utils.ErrInfo("newBlockData head_hash_hex > prevBlockData head_hash_hex"), 1) {
break BEGIN
}
continue BEGIN
}
}
/*
* Загрузка блоков для детальной проверки
*/
host, err := d.Single("SELECT tcp_host FROM miners_data WHERE user_id = ?", newBlockData["user_id"]).String()
if err != nil {
d.DeleteQueueBlock(newBlockData["head_hash_hex"], newBlockData["hash_hex"])
if d.unlockPrintSleep(utils.ErrInfo(err), d.sleepTime) {
break BEGIN
}
continue BEGIN
}
blockId := utils.StrToInt64(newBlockData["block_id"])
p := new(dcparser.Parser)
p.DCDB = d.DCDB
p.GoroutineName = GoroutineName
err = p.GetBlocks(blockId, host, utils.StrToInt64(newBlockData["user_id"]), "rollback_blocks_1", GoroutineName, 7, "")
if err != nil {
log.Error("v", err)
d.DeleteQueueBlock(newBlockData["head_hash_hex"], newBlockData["hash_hex"])
d.NodesBan(utils.StrToInt64(newBlockData["user_id"]), fmt.Sprintf("%v", err))
if d.unlockPrintSleep(utils.ErrInfo(err), 1) {
break BEGIN
}
continue BEGIN
}
d.dbUnlock()
if d.dSleep(d.sleepTime) {
break BEGIN
}
}
log.Debug("break BEGIN %v", GoroutineName)
}
