func (self *Config) postProcess() {
//var GenesisSignatureStr string //only set if passed in command line arg
//var GenesisAddressStr string //only set if passed in command line arg
//var BlockchainPubkeyStr string //only set if passed in command line arg
//var BlockchainSeckeyStr string //only set if passed in command line arg
var err error
if GenesisSignatureStr != "" {
self.GenesisSignature, err = cipher.SigFromHex(GenesisSignatureStr)
if err != nil {
log.Panic("Invalid Signature")
}
}
if GenesisAddressStr != "" {
self.GenesisAddress, err = cipher.DecodeBase58Address(GenesisAddressStr)
if err != nil {
log.Panic("Invalid Address")
}
}
if BlockchainPubkeyStr != "" {
self.BlockchainPubkey, err = cipher.PubKeyFromHex(BlockchainPubkeyStr)
if err != nil {
log.Panic("Invalid Pubkey")
}
}
if BlockchainSeckeyStr != "" {
self.BlockchainSeckey, err = cipher.SecKeyFromHex(BlockchainSeckeyStr)
if err != nil {
log.Panic("Invalid Seckey")
}
BlockchainSeckeyStr = ""
}
if BlockchainSeckeyStr != "" {
self.BlockchainSeckey = cipher.SecKey{}
}
self.DataDirectory = util.InitDataDir(self.DataDirectory)
if self.WebInterfaceCert == "" {
self.WebInterfaceCert = filepath.Join(self.DataDirectory, "cert.pem")
}
if self.WebInterfaceKey == "" {
self.WebInterfaceKey = filepath.Join(self.DataDirectory, "key.pem")
}
if self.BlockchainFile == "" {
self.BlockchainFile = filepath.Join(self.DataDirectory, "blockchain.bin")
}
if self.BlockSigsFile == "" {
self.BlockSigsFile = filepath.Join(self.DataDirectory, "blockchain.sigs")
}
if self.WalletDirectory == "" {
self.WalletDirectory = filepath.Join(self.DataDirectory, "wallets/")
}
ll, err := logging.LogLevel(self.logLevel)
if err != nil {
log.Panic("Invalid -log-level %s: %v\n", self.logLevel, err)
}
self.LogLevel = ll
}
func (c *Config) postProcess() {
var err error
if GenesisSignatureStr != "" {
c.GenesisSignature, err = cipher.SigFromHex(GenesisSignatureStr)
panicIfError(err, "Invalid Signature")
}
if GenesisAddressStr != "" {
c.GenesisAddress, err = cipher.DecodeBase58Address(GenesisAddressStr)
panicIfError(err, "Invalid Address")
}
if BlockchainPubkeyStr != "" {
c.BlockchainPubkey, err = cipher.PubKeyFromHex(BlockchainPubkeyStr)
panicIfError(err, "Invalid Pubkey")
}
if BlockchainSeckeyStr != "" {
c.BlockchainSeckey, err = cipher.SecKeyFromHex(BlockchainSeckeyStr)
panicIfError(err, "Invalid Seckey")
BlockchainSeckeyStr = ""
}
if BlockchainSeckeyStr != "" {
c.BlockchainSeckey = cipher.SecKey{}
}
c.DataDirectory = util.InitDataDir(c.DataDirectory)
if c.WebInterfaceCert == "" {
c.WebInterfaceCert = filepath.Join(c.DataDirectory, "cert.pem")
}
if c.WebInterfaceKey == "" {
c.WebInterfaceKey = filepath.Join(c.DataDirectory, "key.pem")
}
if c.BlockchainFile == "" {
c.BlockchainFile = filepath.Join(c.DataDirectory, "blockchain.bin")
}
if c.BlockSigsFile == "" {
c.BlockSigsFile = filepath.Join(c.DataDirectory, "blockchain.sigs")
}
if c.WalletDirectory == "" {
c.WalletDirectory = filepath.Join(c.DataDirectory, "wallets/")
}
ll, err := logging.LogLevel(c.logLevel)
panicIfError(err, "Invalid -log-level %s", c.logLevel)
c.LogLevel = ll
}
func TransactionFromJSON(str string) (coin.Transaction, error) {
var TxIn TransactionJSON
err := json.Unmarshal([]byte(str), TxIn)
if err != nil {
errors.New("cannot deserialize")
}
var tx coin.Transaction
tx.Sigs = make([]cipher.Sig, len(TxIn.Sigs))
tx.In = make([]cipher.SHA256, len(TxIn.In))
tx.Out = make([]coin.TransactionOutput, len(TxIn.Out))
for i, _ := range tx.Sigs {
sig2, err := cipher.SigFromHex(TxIn.Sigs[i])
if err != nil {
return coin.Transaction{}, errors.New("invalid signature")
}
tx.Sigs[i] = sig2
}
for i, _ := range tx.In {
hash, err := cipher.SHA256FromHex(TxIn.In[i])
if err != nil {
return coin.Transaction{}, errors.New("invalid signature")
}
tx.In[i] = hash
}
for i, _ := range tx.Out {
out, err := TransactionOutputFromJSON(TxIn.Out[i])
if err != nil {
return coin.Transaction{}, errors.New("invalid output")
}
tx.Out[i] = out
}
tx.Length = uint32(tx.Size())
tx.Type = 0
hash, err := cipher.SHA256FromHex(TxIn.Hash)
if err != nil {
return coin.Transaction{}, errors.New("invalid hash")
}
if hash != tx.Hash() {
}
InnerHash, err := cipher.SHA256FromHex(TxIn.Hash)
if InnerHash != tx.InnerHash {
return coin.Transaction{}, errors.New("inner hash")
}
err = tx.Verify()
if err != nil {
return coin.Transaction{}, errors.New("transaction failed verification")
}
return tx, nil
}
