Beispiel #1
// createWallet prompts the user for information needed to generate a new wallet
// and generates the wallet accordingly.  The new wallet will reside at the
// provided path. The bool passed back gives whether or not the wallet was
// restored from seed, while the []byte passed is the private password required
// to do the initial sync.
func createWallet(cfg *config) error {
	dbDir := networkDir(cfg.AppDataDir, activeNet.Params)
	stakeOptions := &wallet.StakeOptions{
		VoteBits:           cfg.VoteBits,
		StakeMiningEnabled: cfg.EnableStakeMining,
		BalanceToMaintain:  cfg.BalanceToMaintain,
		RollbackTest:       cfg.RollbackTest,
		PruneTickets:       cfg.PruneTickets,
		AddressReuse:       cfg.ReuseAddresses,
		TicketAddress:      cfg.TicketAddress,
		TicketMaxPrice:     cfg.TicketMaxPrice,
		TicketFee:          cfg.TicketFee,
	loader := wallet.NewLoader(activeNet.Params, dbDir, stakeOptions,
		cfg.AutomaticRepair, cfg.UnsafeMainNet, cfg.AddrIdxScanLen, cfg.AllowHighFees,

	reader := bufio.NewReader(os.Stdin)
	privPass, pubPass, seed, err := prompt.Setup(reader,
		[]byte(wallet.InsecurePubPassphrase), []byte(cfg.WalletPass))

	fmt.Println("Creating the wallet...")
	_, err = loader.CreateNewWallet(pubPass, privPass, seed)
	if err != nil {
		return err

	fmt.Println("The wallet has been created successfully.")

	return nil
Beispiel #2
// Setup prompts for, from a buffered reader, the private and/or public
// encryption passphrases to secure a wallet and a previously derived wallet
// seed to use, if any.  privPass and pubPass will always be non-nil values
// (private encryption is required and choosing to not use public data
// encryption will still encrypt the data with an insecure default), and a
// randomly generated seed of the recommended length will be generated and
// returned after the user has confirmed the seed has been backed up to a secure
// location.
func Setup(r *bufio.Reader) (privPass, pubPass, seed []byte, err error) {
	return prompt.Setup(r, []byte(wallet.InsecurePubPassphrase), nil)