// Called from the blockchain thread
func HandleNetBlock(newbl *network.BlockRcvd) {
common.CountSafe("HandleNetBlock")
bl := newbl.Block
common.Busy("CheckBlock " + bl.Hash.String())
e, dos, maybelater := common.BlockChain.CheckBlock(bl)
if e != nil {
if maybelater {
network.AddBlockToCache(bl, newbl.Conn)
} else {
fmt.Println(dos, e.Error())
if dos {
newbl.Conn.DoS("CheckBlock")
}
}
} else {
common.Busy("LocalAcceptBlock " + bl.Hash.String())
e = LocalAcceptBlock(bl, newbl.Conn)
if e == nil {
retryCachedBlocks = retry_cached_blocks()
} else {
fmt.Println("AcceptBlock:", e.Error())
newbl.Conn.DoS("LocalAcceptBl")
}
}
}
func retry_cached_blocks() bool {
if len(network.CachedBlocks) == 0 {
return false
}
accepted_cnt := 0
for k, v := range network.CachedBlocks {
common.Busy("Cache.CheckBlock " + v.Block.Hash.String())
e, dos, maybelater := common.BlockChain.CheckBlock(v.Block)
if e == nil {
common.Busy("Cache.AcceptBlock " + v.Block.Hash.String())
e := LocalAcceptBlock(v.Block, v.Conn)
if e == nil {
//fmt.Println("*** Old block accepted", common.BlockChain.BlockTreeEnd.Height)
common.CountSafe("BlocksFromCache")
delete(network.CachedBlocks, k)
accepted_cnt++
break // One at a time should be enough
} else {
fmt.Println("retry AcceptBlock:", e.Error())
v.Conn.DoS("BadCachedBlock1")
delete(network.CachedBlocks, k)
}
} else {
if !maybelater {
fmt.Println("retry CheckBlock:", e.Error())
common.CountSafe("BadCachedBlocks")
if dos {
v.Conn.DoS("BadCachedBlock2")
}
delete(network.CachedBlocks, k)
}
}
}
return accepted_cnt > 0 && len(network.CachedBlocks) > 0
}
func retry_cached_blocks() bool {
var idx int
common.CountSafe("RedoCachedBlks")
for idx < len(network.CachedBlocks) {
newbl := network.CachedBlocks[idx]
if CheckParentDiscarded(newbl.BlockTreeNode) {
common.CountSafe("DiscardCachedBlock")
network.CachedBlocks = append(network.CachedBlocks[:idx], network.CachedBlocks[idx+1:]...)
return len(network.CachedBlocks) > 0
}
if common.BlockChain.HasAllParents(newbl.BlockTreeNode) {
common.Busy("Cache.LocalAcceptBlock " + newbl.Block.Hash.String())
e := LocalAcceptBlock(newbl)
if e != nil {
fmt.Println("AcceptBlock:", e.Error())
newbl.Conn.DoS("LocalAcceptBl")
}
if usif.Exit_now {
return false
}
// remove it from cache
network.CachedBlocks = append(network.CachedBlocks[:idx], network.CachedBlocks[idx+1:]...)
return len(network.CachedBlocks) > 0
} else {
idx++
}
}
return false
}
// Freshly mined block - do the inv and beeps... TODO: combine it with the other code
func new_block_mined(bl *btc.Block, conn *network.OneConnection) {
common.Busy("NetRouteInv")
network.NetRouteInv(2, bl.Hash, conn)
if common.CFG.Beeps.NewBlock {
fmt.Println("\007Received block", common.BlockChain.BlockTreeEnd.Height)
textui.ShowPrompt()
}
if common.CFG.Beeps.MinerID != "" {
//_, rawtxlen := btc.NewTx(bl[bl.TxOffset:])
if bytes.Contains(bl.Txs[0].Serialize(), []byte(common.CFG.Beeps.MinerID)) {
fmt.Println("\007Mined by '"+common.CFG.Beeps.MinerID+"':", bl.Hash)
textui.ShowPrompt()
}
}
if common.CFG.Beeps.ActiveFork && common.Last.Block == common.BlockChain.BlockTreeEnd {
// Last block has not changed, so it must have been an orphaned block
bln := common.BlockChain.BlockIndex[bl.Hash.BIdx()]
commonNode := common.Last.Block.FirstCommonParent(bln)
forkDepth := bln.Height - commonNode.Height
fmt.Println("Orphaned block:", bln.Height, bl.Hash.String(), bln.BlockSize>>10, "KB")
if forkDepth > 1 {
fmt.Println("\007\007\007WARNING: the fork is", forkDepth, "blocks deep")
}
textui.ShowPrompt()
}
}
// Called from the blockchain thread
func HandleNetBlock(newbl *network.BlockRcvd) {
if CheckParentDiscarded(newbl.BlockTreeNode) {
common.CountSafe("DiscardFreshBlockA")
retryCachedBlocks = len(network.CachedBlocks) > 0
return
}
if !common.BlockChain.HasAllParents(newbl.BlockTreeNode) {
// it's not linking - keep it for later
network.CachedBlocks = append(network.CachedBlocks, newbl)
common.CountSafe("BlockPostone")
return
}
common.Busy("LocalAcceptBlock " + newbl.Hash.String())
e := LocalAcceptBlock(newbl)
if e != nil {
common.CountSafe("DiscardFreshBlockB")
fmt.Println("AcceptBlock:", e.Error())
newbl.Conn.DoS("LocalAcceptBl")
} else {
//println("block", newbl.Block.Height, "accepted")
retryCachedBlocks = retry_cached_blocks()
}
}
func LocalAcceptBlock(bl *btc.Block, from *network.OneConnection) (e error) {
sta := time.Now()
e = common.BlockChain.AcceptBlock(bl)
if e == nil {
network.MutexRcv.Lock()
network.ReceivedBlocks[bl.Hash.BIdx()].TmAccept = time.Now().Sub(sta)
network.MutexRcv.Unlock()
for i := 1; i < len(bl.Txs); i++ {
network.TxMined(bl.Txs[i].Hash)
}
if int64(bl.BlockTime) > time.Now().Add(-10*time.Minute).Unix() {
// Freshly mined block - do the inv and beeps...
common.Busy("NetRouteInv")
network.NetRouteInv(2, bl.Hash, from)
if common.CFG.Beeps.NewBlock {
fmt.Println("\007Received block", common.BlockChain.BlockTreeEnd.Height)
textui.ShowPrompt()
}
if common.MinedByUs(bl.Raw) {
fmt.Println("\007Mined by '"+common.CFG.Beeps.MinerID+"':", bl.Hash)
textui.ShowPrompt()
}
if common.CFG.Beeps.ActiveFork && common.Last.Block == common.BlockChain.BlockTreeEnd {
// Last block has not changed, so it must have been an orphaned block
bln := common.BlockChain.BlockIndex[bl.Hash.BIdx()]
commonNode := common.Last.Block.FirstCommonParent(bln)
forkDepth := bln.Height - commonNode.Height
fmt.Println("Orphaned block:", bln.Height, bl.Hash.String())
if forkDepth > 1 {
fmt.Println("\007\007\007WARNING: the fork is", forkDepth, "blocks deep")
}
textui.ShowPrompt()
}
if wallet.BalanceChanged && common.CFG.Beeps.NewBalance {
fmt.Print("\007")
}
}
common.Last.Mutex.Lock()
common.Last.Time = time.Now()
common.Last.Block = common.BlockChain.BlockTreeEnd
common.Last.Mutex.Unlock()
if wallet.BalanceChanged {
wallet.BalanceChanged = false
fmt.Println("Your balance has just changed")
fmt.Print(wallet.DumpBalance(nil, false))
textui.ShowPrompt()
}
} else {
fmt.Println("Warning: AcceptBlock failed. If the block was valid, you may need to rebuild the unspent DB (-r)")
}
return
}
func main() {
var ptr *byte
if unsafe.Sizeof(ptr) < 8 {
fmt.Println("WARNING: Gocoin client shall be build for 64-bit arch. It will likely crash now.")
}
fmt.Println("Gocoin client version", btc.SourcesTag)
runtime.GOMAXPROCS(runtime.NumCPU()) // It seems that Go does not do it by default
// Disable Ctrl+C
signal.Notify(killchan, os.Interrupt, os.Kill)
defer func() {
if r := recover(); r != nil {
err, ok := r.(error)
if !ok {
err = fmt.Errorf("pkg: %v", r)
}
fmt.Println("main panic recovered:", err.Error())
fmt.Println(string(debug.Stack()))
network.NetCloseAll()
common.CloseBlockChain()
network.ClosePeerDB()
utils.UnlockDatabaseDir()
os.Exit(1)
}
}()
host_init() // This will create the DB lock file and keep it open
default_wallet_fn := common.GocoinHomeDir + "wallet" + string(os.PathSeparator) + wallet.DefaultFileName
fi, _ := os.Stat(default_wallet_fn)
if fi == nil || fi.IsDir() {
fmt.Println(default_wallet_fn, "not found")
old_wallet_location := common.GocoinHomeDir + "wallet.txt"
// If there is wallet.txt rename it to default.
fi, _ := os.Stat(old_wallet_location)
if fi != nil && !fi.IsDir() {
fmt.Println("Taking wallet.txt as", default_wallet_fn)
os.Rename(old_wallet_location, default_wallet_fn)
} else {
fmt.Println("Creating empty default wallet at", default_wallet_fn)
ioutil.WriteFile(default_wallet_fn, []byte(fmt.Sprintln("# Put your wallet's public addresses here")), 0660)
}
}
// cache the current balance of all the addresses from the current wallet files
wallet.FetchAllBalances()
// ... and now load the dafault wallet
wallet.LoadWallet(default_wallet_fn)
if wallet.MyWallet != nil {
wallet.UpdateBalance()
fmt.Print(wallet.DumpBalance(wallet.MyBalance, nil, false, true))
}
peersTick := time.Tick(5 * time.Minute)
txPoolTick := time.Tick(time.Minute)
netTick := time.Tick(time.Second)
network.InitPeers(common.GocoinHomeDir)
common.Last.Block = common.BlockChain.BlockTreeEnd
common.Last.Time = time.Unix(int64(common.Last.Block.Timestamp()), 0)
if common.Last.Time.After(time.Now()) {
common.Last.Time = time.Now()
}
for k, v := range common.BlockChain.BlockIndex {
network.ReceivedBlocks[k] = &network.OneReceivedBlock{Time: time.Unix(int64(v.Timestamp()), 0)}
}
if common.CFG.TextUI.Enabled {
go textui.MainThread()
}
if common.CFG.WebUI.Interface != "" {
fmt.Println("Starting WebUI at", common.CFG.WebUI.Interface, "...")
go webui.ServerThread(common.CFG.WebUI.Interface)
}
for !usif.Exit_now {
common.CountSafe("MainThreadLoops")
for retryCachedBlocks {
retryCachedBlocks = retry_cached_blocks()
// We have done one per loop - now do something else if pending...
if len(network.NetBlocks) > 0 || len(usif.UiChannel) > 0 {
break
}
}
common.Busy("")
select {
case s := <-killchan:
fmt.Println("Got signal:", s)
usif.Exit_now = true
continue
case newbl := <-network.NetBlocks:
HandleNetBlock(newbl)
case newtx := <-network.NetTxs:
network.HandleNetTx(newtx, false)
case newal := <-network.NetAlerts:
fmt.Println("\007" + newal)
textui.ShowPrompt()
case cmd := <-usif.UiChannel:
common.Busy("UI command")
cmd.Handler(cmd.Param)
cmd.Done.Done()
continue
case <-peersTick:
network.ExpirePeers()
case <-txPoolTick:
network.ExpireTxs()
case <-netTick:
network.NetworkTick()
case <-time.After(time.Second / 2):
common.CountSafe("MainThreadTouts")
if !retryCachedBlocks {
common.Busy("common.BlockChain.Idle()")
common.BlockChain.Idle()
}
continue
}
common.CountSafe("NetMessagesGot")
}
network.NetCloseAll()
network.ClosePeerDB()
if usif.DefragBlocksDB {
defrag_db()
}
common.CloseBlockChain()
utils.UnlockDatabaseDir()
}
func main() {
var ptr *byte
if unsafe.Sizeof(ptr) < 8 {
fmt.Println("WARNING: Gocoin client shall be build for 64-bit arch. It will likely crash now.")
}
fmt.Println("Gocoin client version", gocoin.Version)
runtime.GOMAXPROCS(runtime.NumCPU()) // It seems that Go does not do it by default
// Disable Ctrl+C
signal.Notify(killchan, os.Interrupt, os.Kill)
defer func() {
if r := recover(); r != nil {
err, ok := r.(error)
if !ok {
err = fmt.Errorf("pkg: %v", r)
}
fmt.Println("main panic recovered:", err.Error())
fmt.Println(string(debug.Stack()))
network.NetCloseAll()
common.CloseBlockChain(false)
peersdb.ClosePeerDB()
sys.UnlockDatabaseDir()
os.Exit(1)
}
}()
common.InitConfig()
if common.FLAG.VolatileUTXO {
fmt.Println("WARNING! Using UTXO database in a volatile mode. Make sure to close the client properly (do not kill it!)")
}
if common.FLAG.TrustAll {
fmt.Println("WARNING! Assuming all scripts inside new blocks to PASS. Verify the last block's hash when finished.")
}
host_init() // This will create the DB lock file and keep it open
if common.FLAG.UndoBlocks > 0 {
usif.Exit_now = true
}
if common.FLAG.Rescan && common.FLAG.VolatileUTXO {
fmt.Println("UTXO database rebuilt complete in the volatile mode, so flush DB to disk and exit...")
} else if !usif.Exit_now {
common.RecalcAverageBlockSize(true)
peersTick := time.Tick(5 * time.Minute)
txPoolTick := time.Tick(time.Minute)
netTick := time.Tick(time.Second)
peersdb.Testnet = common.Testnet
peersdb.ConnectOnly = common.CFG.ConnectOnly
peersdb.Services = common.Services
peersdb.InitPeers(common.GocoinHomeDir)
if common.FLAG.UnbanAllPeers {
var keys []qdb.KeyType
var vals [][]byte
peersdb.PeerDB.Browse(func(k qdb.KeyType, v []byte) uint32 {
peer := utils.NewPeer(v)
if peer.Banned != 0 {
fmt.Println("Unban", peer.NetAddr.String())
peer.Banned = 0
keys = append(keys, k)
vals = append(vals, peer.Bytes())
}
return 0
})
for i := range keys {
peersdb.PeerDB.Put(keys[i], vals[i])
}
fmt.Println(len(keys), "peerts un-baned")
}
common.Last.Block = common.BlockChain.BlockTreeEnd
common.Last.Time = time.Unix(int64(common.Last.Block.Timestamp()), 0)
if common.Last.Time.After(time.Now()) {
common.Last.Time = time.Now()
}
for k, v := range common.BlockChain.BlockIndex {
network.ReceivedBlocks[k] = &network.OneReceivedBlock{TmStart: time.Unix(int64(v.Timestamp()), 0)}
}
network.LastCommitedHeader = common.Last.Block
if common.CFG.TextUI.Enabled {
go textui.MainThread()
}
if common.CFG.WebUI.Interface != "" {
fmt.Println("Starting WebUI at", common.CFG.WebUI.Interface, "...")
go webui.ServerThread(common.CFG.WebUI.Interface)
}
if common.CFG.RPC.Enabled {
go rpcapi.StartServer(common.RPCPort())
}
for !usif.Exit_now {
common.CountSafe("MainThreadLoops")
for retryCachedBlocks {
retryCachedBlocks = retry_cached_blocks()
// We have done one per loop - now do something else if pending...
if len(network.NetBlocks) > 0 || len(usif.UiChannel) > 0 {
break
}
}
common.Busy("")
select {
case s := <-killchan:
fmt.Println("Got signal:", s)
usif.Exit_now = true
continue
case rpcbl := <-rpcapi.RpcBlocks:
common.CountSafe("RPCNewBlock")
common.Busy("HandleRpcBlock()")
HandleRpcBlock(rpcbl)
case rec := <-usif.LocksChan:
common.CountSafe("MainLocks")
common.Busy("LockedByRequest")
rec.In.Done()
rec.Out.Wait()
continue
case newbl := <-network.NetBlocks:
common.CountSafe("MainNetBlock")
common.Busy("HandleNetBlock()")
HandleNetBlock(newbl)
case <-syncNow:
common.CountSafe("MainChainSync")
common.Busy("BlockChain.Sync()")
common.BlockChain.Sync()
case newtx := <-network.NetTxs:
common.CountSafe("MainNetTx")
common.Busy("network.HandleNetTx()")
network.HandleNetTx(newtx, false)
case <-netTick:
common.CountSafe("MainNetTick")
common.Busy("network.NetworkTick()")
network.NetworkTick()
case cmd := <-usif.UiChannel:
common.CountSafe("MainUICmd")
common.Busy("UI command")
cmd.Handler(cmd.Param)
cmd.Done.Done()
continue
case <-peersTick:
common.Busy("peersdb.ExpirePeers()")
peersdb.ExpirePeers()
case <-txPoolTick:
common.Busy("network.ExpireTxs()")
network.ExpireTxs()
case <-time.After(time.Second / 2):
common.CountSafe("MainThreadTouts")
if !retryCachedBlocks {
if usif.DefragUTXO {
usif.Exit_now = true
break
}
common.Busy("BlockChain.Idle()")
if common.BlockChain.Idle() {
common.CountSafe("ChainIdleUsed")
}
}
continue
}
}
network.NetCloseAll()
}
if usif.DefragUTXO {
fmt.Println("Closing blockchain while defragmenting UTXO")
} else {
fmt.Println("Closing blockchain")
}
sta := time.Now()
common.CloseBlockChain(usif.DefragUTXO)
fmt.Println("Blockchain closed in", time.Now().Sub(sta).String())
peersdb.ClosePeerDB()
sys.UnlockDatabaseDir()
}
func main() {
if btc.EC_Verify == nil {
fmt.Println("WARNING: EC_Verify acceleration disabled. Enable EC_Verify wrapper if possible.")
}
var ptr *byte
if unsafe.Sizeof(ptr) < 8 {
fmt.Println("WARNING: Gocoin client shall be build for 64-bit arch. It will likely crash now.")
}
fmt.Println("Gocoin client version", btc.SourcesTag)
runtime.GOMAXPROCS(runtime.NumCPU()) // It seems that Go does not do it by default
// Disable Ctrl+C
signal.Notify(killchan, os.Interrupt, os.Kill)
defer func() {
if r := recover(); r != nil {
err, ok := r.(error)
if !ok {
err = fmt.Errorf("pkg: %v", r)
}
fmt.Println("main panic recovered:", err.Error())
fmt.Println(string(debug.Stack()))
network.NetCloseAll()
common.CloseBlockChain()
network.ClosePeerDB()
utils.UnlockDatabaseDir()
os.Exit(1)
}
}()
host_init() // This will create the DB lock file and keep it open
// Clean up the DB lock file on exit
// cache the current balance of all the addresses from the current wallet files
wallet.FetchAllBalances()
// ... and now switch to the dafault wallet
wallet.LoadWallet(common.GocoinHomeDir + "wallet" + string(os.PathSeparator) + "DEFAULT")
if wallet.MyWallet == nil {
wallet.LoadWallet(common.GocoinHomeDir + "wallet.txt")
}
if wallet.MyWallet != nil {
wallet.UpdateBalance()
fmt.Print(wallet.DumpBalance(nil, false))
}
peersTick := time.Tick(5 * time.Minute)
txPoolTick := time.Tick(time.Minute)
netTick := time.Tick(time.Second)
network.InitPeers(common.GocoinHomeDir)
common.Last.Block = common.BlockChain.BlockTreeEnd
common.Last.Time = time.Unix(int64(common.Last.Block.Timestamp), 0)
for k, v := range common.BlockChain.BlockIndex {
network.ReceivedBlocks[k] = &network.OneReceivedBlock{Time: time.Unix(int64(v.Timestamp), 0)}
}
if common.CFG.TextUI.Enabled {
go textui.MainThread()
}
if common.CFG.WebUI.Interface != "" {
fmt.Println("Starting WebUI at", common.CFG.WebUI.Interface, "...")
go webui.ServerThread(common.CFG.WebUI.Interface)
}
for !usif.Exit_now {
common.CountSafe("MainThreadLoops")
for retryCachedBlocks {
retryCachedBlocks = retry_cached_blocks()
// We have done one per loop - now do something else if pending...
if len(network.NetBlocks) > 0 || len(usif.UiChannel) > 0 {
break
}
}
common.Busy("")
select {
case s := <-killchan:
fmt.Println("Got signal:", s)
usif.Exit_now = true
continue
case newbl := <-network.NetBlocks:
HandleNetBlock(newbl)
case newtx := <-network.NetTxs:
network.HandleNetTx(newtx, false)
case cmd := <-usif.UiChannel:
common.Busy("UI command")
cmd.Handler(cmd.Param)
cmd.Done.Done()
continue
case <-peersTick:
network.ExpirePeers()
case <-txPoolTick:
network.ExpireTxs()
case <-netTick:
network.NetworkTick()
case <-time.After(time.Second / 2):
common.CountSafe("MainThreadTouts")
if !retryCachedBlocks {
common.Busy("common.BlockChain.Idle()")
common.BlockChain.Idle()
}
continue
}
common.CountSafe("NetMessagesGot")
}
network.NetCloseAll()
network.ClosePeerDB()
if usif.DefragBlocksDB {
defrag_db()
}
common.CloseBlockChain()
utils.UnlockDatabaseDir()
}
func main() {
var ptr *byte
if unsafe.Sizeof(ptr) < 8 {
fmt.Println("WARNING: Gocoin client shall be build for 64-bit arch. It will likely crash now.")
}
fmt.Println("Gocoin client version", lib.Version)
runtime.GOMAXPROCS(runtime.NumCPU()) // It seems that Go does not do it by default
// Disable Ctrl+C
signal.Notify(killchan, os.Interrupt, os.Kill)
defer func() {
if r := recover(); r != nil {
err, ok := r.(error)
if !ok {
err = fmt.Errorf("pkg: %v", r)
}
fmt.Println("main panic recovered:", err.Error())
fmt.Println(string(debug.Stack()))
network.NetCloseAll()
common.CloseBlockChain()
peersdb.ClosePeerDB()
sys.UnlockDatabaseDir()
os.Exit(1)
}
}()
common.InitConfig()
host_init() // This will create the DB lock file and keep it open
peersTick := time.Tick(5 * time.Minute)
txPoolTick := time.Tick(time.Minute)
netTick := time.Tick(time.Second)
peersdb.Testnet = common.Testnet
peersdb.ConnectOnly = common.CFG.ConnectOnly
peersdb.Services = common.Services
peersdb.InitPeers(common.GocoinHomeDir)
common.Last.Block = common.BlockChain.BlockTreeEnd
common.Last.Time = time.Unix(int64(common.Last.Block.Timestamp()), 0)
if common.Last.Time.After(time.Now()) {
common.Last.Time = time.Now()
}
for k, v := range common.BlockChain.BlockIndex {
network.ReceivedBlocks[k] = &network.OneReceivedBlock{Time: time.Unix(int64(v.Timestamp()), 0)}
}
if common.CFG.TextUI.Enabled {
go textui.MainThread()
}
if common.CFG.WebUI.Interface != "" {
fmt.Println("Starting WebUI at", common.CFG.WebUI.Interface, "...")
go webui.ServerThread(common.CFG.WebUI.Interface)
}
for !usif.Exit_now {
common.CountSafe("MainThreadLoops")
for retryCachedBlocks {
retryCachedBlocks = retry_cached_blocks()
// We have done one per loop - now do something else if pending...
if len(network.NetBlocks) > 0 || len(usif.UiChannel) > 0 {
break
}
}
common.Busy("")
select {
case s := <-killchan:
fmt.Println("Got signal:", s)
usif.Exit_now = true
continue
case newbl := <-network.NetBlocks:
common.CountSafe("MainNetBlock")
HandleNetBlock(newbl)
case newtx := <-network.NetTxs:
common.CountSafe("MainNetTx")
network.HandleNetTx(newtx, false)
case newal := <-network.NetAlerts:
common.CountSafe("MainNetAlert")
fmt.Println("\007" + newal)
textui.ShowPrompt()
case <-netTick:
common.CountSafe("MainNetTick")
network.NetworkTick()
case cmd := <-usif.UiChannel:
common.CountSafe("MainUICmd")
common.Busy("UI command")
cmd.Handler(cmd.Param)
cmd.Done.Done()
continue
case <-peersTick:
peersdb.ExpirePeers()
case <-txPoolTick:
network.ExpireTxs()
case <-time.After(time.Second / 2):
common.CountSafe("MainThreadTouts")
if !retryCachedBlocks {
common.Busy("common.BlockChain.Idle()")
if common.BlockChain.Idle() {
common.CountSafe("ChainIdleUsed")
}
}
continue
}
}
network.NetCloseAll()
peersdb.ClosePeerDB()
if usif.DefragBlocksDB != 0 {
defrag_db()
}
common.CloseBlockChain()
sys.UnlockDatabaseDir()
}
func LocalAcceptBlock(bl *btc.Block, from *network.OneConnection) (e error) {
sta := time.Now()
e = common.BlockChain.AcceptBlock(bl)
if e == nil {
network.MutexRcv.Lock()
network.ReceivedBlocks[bl.Hash.BIdx()].TmAccept = time.Now().Sub(sta)
network.MutexRcv.Unlock()
for i := 1; i < len(bl.Txs); i++ {
network.TxMined(bl.Txs[i])
/* dupa
if msg:=contains_message(bl.Txs[i]); msg!=nil {
for xx:=range msg {
if msg[xx]<' ' || msg[xx]>127 {
msg[xx] = '.'
}
}
fmt.Println("TX", bl.Txs[i].Hash.String(), "says:", "'" + string(msg) + "'")
textui.ShowPrompt()
}
*/
}
if int64(bl.BlockTime()) > time.Now().Add(-10*time.Minute).Unix() {
// Freshly mined block - do the inv and beeps...
common.Busy("NetRouteInv")
network.NetRouteInv(2, bl.Hash, from)
if common.CFG.Beeps.NewBlock {
fmt.Println("\007Received block", common.BlockChain.BlockTreeEnd.Height)
textui.ShowPrompt()
}
if common.CFG.Beeps.MinerID != "" {
//_, rawtxlen := btc.NewTx(bl[bl.TxOffset:])
if bytes.Contains(bl.Txs[0].Serialize(), []byte(common.CFG.Beeps.MinerID)) {
fmt.Println("\007Mined by '"+common.CFG.Beeps.MinerID+"':", bl.Hash)
textui.ShowPrompt()
}
}
if common.CFG.Beeps.ActiveFork && common.Last.Block == common.BlockChain.BlockTreeEnd {
// Last block has not changed, so it must have been an orphaned block
bln := common.BlockChain.BlockIndex[bl.Hash.BIdx()]
commonNode := common.Last.Block.FirstCommonParent(bln)
forkDepth := bln.Height - commonNode.Height
fmt.Println("Orphaned block:", bln.Height, bl.Hash.String(), bln.BlockSize>>10, "KB")
if forkDepth > 1 {
fmt.Println("\007\007\007WARNING: the fork is", forkDepth, "blocks deep")
}
textui.ShowPrompt()
}
if wallet.BalanceChanged && common.CFG.Beeps.NewBalance {
fmt.Print("\007")
}
}
common.Last.Mutex.Lock()
common.Last.Time = time.Now()
common.Last.Block = common.BlockChain.BlockTreeEnd
common.Last.Mutex.Unlock()
if wallet.BalanceChanged {
wallet.BalanceChanged = false
fmt.Println("Your balance has just changed")
fmt.Print(wallet.DumpBalance(wallet.MyBalance, nil, false, true))
textui.ShowPrompt()
}
} else {
fmt.Println("Warning: AcceptBlock failed. If the block was valid, you may need to rebuild the unspent DB (-r)")
}
return
}