func assertReadableTransactionHeader(t *testing.T,
rth ReadableTransactionHeader, th coin.TransactionHeader) {
assert.Equal(t, len(rth.Sigs), len(th.Sigs))
assert.NotPanics(t, func() {
for i, s := range rth.Sigs {
assert.Equal(t, coin.MustSigFromHex(s), th.Sigs[i])
}
assert.Equal(t, coin.MustSHA256FromHex(rth.Hash), th.Hash)
})
assertJSONSerializability(t, &rth)
}
func configureDaemon(c *cli.Config) daemon.Config {
coin.SetAddressVersion(c.AddressVersion)
dc := daemon.NewConfig()
dc.Peers.DataDirectory = c.DataDirectory
dc.DHT.Disabled = c.DisableDHT
dc.Peers.Disabled = c.DisablePEX
dc.Daemon.DisableOutgoingConnections = c.DisableOutgoingConnections
dc.Daemon.DisableIncomingConnections = c.DisableIncomingConnections
dc.Daemon.DisableNetworking = c.DisableNetworking
dc.Daemon.Port = c.Port
dc.Daemon.Address = c.Address
dc.Daemon.LocalhostOnly = c.LocalhostOnly
if c.OutgoingConnectionsRate == 0 {
c.OutgoingConnectionsRate = time.Millisecond
}
dc.Daemon.OutgoingRate = c.OutgoingConnectionsRate
dc.Visor.Config.IsMaster = c.MasterChain
dc.Visor.Config.CanSpend = c.CanSpend
dc.Visor.Config.WalletFile = c.WalletFile
dc.Visor.Config.WalletSizeMin = c.WalletSizeMin
dc.Visor.Config.BlockchainFile = c.BlockchainFile
dc.Visor.Config.BlockSigsFile = c.BlockSigsFile
dc.Visor.Config.GenesisSignature = coin.MustSigFromHex(c.GenesisSignature)
dc.Visor.Config.GenesisTimestamp = c.GenesisTimestamp
if c.MasterChain {
// The master chain should be reluctant to expire transactions
dc.Visor.Config.UnconfirmedRefreshRate = time.Hour * 4096
}
dc.Visor.MasterKeysFile = c.MasterKeys
if c.MasterChain {
// Will panic if fails
dc.Visor.LoadMasterKeys()
} else {
w := visor.ReadableWalletEntryFromPubkey(c.MasterPublic)
dc.Visor.Config.MasterKeys = visor.WalletEntryFromReadable(&w)
}
return dc
}
