//main net config
func init() {
MainNet.PubKey = coin.MustPubKeyFromHex("02bb0be2976457d2e30a9aea9b0057b0eb9d1ad6509ef743c25c737f24d6241a99")
//TestNet.GenesisSignature = coin.MustSigFromHex()
MainNet.GenesisAddress = coin.MustDecodeBase58Address("26HbgWGwrToLZ6aX8VHtQmH4SPj4baQ5S3p")
MainNet.GenesisTime = 1392584987 //set time
MainNet.Coins = 100e6 //100 million
}
//testnet config
func init() {
TestNet.PubKey = coin.MustPubKeyFromHex("025a3b22eb1e132a01f485119ae343342d92ab8599d9ad613a76e3b27f878bca8b")
//TestNet.GenesisSignature = coin.MustSigFromHex()
TestNet.GenesisAddress = coin.MustDecodeBase58Address("26HbgWGwrToLZ6aX8VHtQmH4SPj4baQ5S3p")
TestNet.GenesisTime = 1392584986 //set time
TestNet.GenesisCoins = 1e12 //almost as many as Ripple
//TestNet.GenesisSignature = coin.MustSigFromHex()
}
func assertReadableTransactionOutput(t *testing.T,
rto ReadableTransactionOutput, to coin.TransactionOutput) {
assert.NotPanics(t, func() {
assert.Equal(t, coin.MustDecodeBase58Address(rto.Address),
to.Address)
})
assert.Equal(t, rto.Coins, to.Coins)
assert.Equal(t, rto.Hours, to.Hours)
assertJSONSerializability(t, &rto)
}
func WalletEntryFromReadable(w *ReadableWalletEntry) WalletEntry {
// SimpleWallet entries are shared as a form of identification, the secret key
// is not required
// TODO -- fix lib/base58 to not panic on invalid input -- should
// return error, so we can detect a broken wallet.
if w.Address == "" {
log.Panic("ReadableWalletEntry has no Address")
}
var s coin.SecKey
if w.Secret != "" {
s = coin.MustSecKeyFromHex(w.Secret)
}
return WalletEntry{
Address: coin.MustDecodeBase58Address(w.Address),
Public: coin.MustPubKeyFromHex(w.Public),
Secret: s,
}
}
