Golang Wallet.GetAddresses方法代碼示例

// Creates a Transaction spending coins and hours from our coins
func CreateSpendingTransaction(wlt wallet.Wallet,
	unconfirmed *UnconfirmedTxnPool, unspent *coin.UnspentPool,
	headTime uint64, amt wallet.Balance, fee, burnFactor uint64,
	dest cipher.Address) (coin.Transaction, error) {
	txn := coin.Transaction{}
	auxs := unspent.AllForAddresses(wlt.GetAddresses())
	// Subtract pending spends from available
	puxs := unconfirmed.SpendsForAddresses(unspent, wlt.GetAddressSet())
	auxs = auxs.Sub(puxs)

	// Determine which unspents to spend
	spends, err := createSpends(headTime, auxs.Flatten(), amt, fee, burnFactor)
	if err != nil {
		return txn, err
	}

	// Add these unspents as tx inputs
	toSign := make([]cipher.SecKey, len(spends))
	spending := wallet.Balance{0, 0}
	for i, au := range spends {
		entry, exists := wlt.GetEntry(au.Body.Address)
		if !exists {
			log.Panic("On second thought, the wallet entry does not exist")
		}
		txn.PushInput(au.Hash())
		toSign[i] = entry.Secret
		spending.Coins += au.Body.Coins
		spending.Hours += au.CoinHours(headTime)
	}

	// Determine how much change we get back, if any
	_, changeHours, err := calculateBurnAndChange(spending.Hours,
		amt.Hours, fee, burnFactor)
	if err != nil {
		// This should not occur, else createSpends is broken
		return txn, err
	}
	change := wallet.NewBalance(spending.Coins-amt.Coins, changeHours)
	// TODO -- send change to a new address
	changeAddr := spends[0].Body.Address
	if change.Coins == 0 {
		if change.Hours > 0 {
			msg := ("Have enough coins, but not enough to send coin hours " +
				"change back. Would spend %d more hours than requested.")
			return txn, fmt.Errorf(msg, change.Hours)
		}
	} else {
		txn.PushOutput(changeAddr, change.Coins, change.Hours)
	}

	// Finalize the the transaction
	txn.PushOutput(dest, amt.Coins, amt.Hours)
	txn.SignInputs(toSign)
	txn.UpdateHeader()
	return txn, nil
}

//DEPRECATE
//deprecate dependency on wallet
// Creates a Transaction spending coins and hours from our coins
//MOVE SOMEWHERE ELSE
//Move to wallet or move to ???
func CreateSpendingTransaction(wlt wallet.Wallet,
	unconfirmed *UnconfirmedTxnPool, unspent *coin.UnspentPool,
	headTime uint64, amt wallet.Balance,
	dest cipher.Address) (coin.Transaction, error) {
	txn := coin.Transaction{}
	auxs := unspent.AllForAddresses(wlt.GetAddresses())
	// Subtract pending spends from available
	puxs := unconfirmed.SpendsForAddresses(unspent, wlt.GetAddressSet())
	auxs = auxs.Sub(puxs)

	// Determine which unspents to spend
	spends, err := createSpends(headTime, auxs.Flatten(), amt)
	if err != nil {
		return txn, err
	}

	// Add these unspents as tx inputs
	toSign := make([]cipher.SecKey, len(spends))
	spending := wallet.Balance{0, 0}
	for i, au := range spends {
		entry, exists := wlt.GetEntry(au.Body.Address)
		if !exists {
			log.Panic("On second thought, the wallet entry does not exist")
		}
		txn.PushInput(au.Hash())
		toSign[i] = entry.Secret
		spending.Coins += au.Body.Coins
		spending.Hours += au.CoinHours(headTime)
	}

	//keep 1/4th of hours as change
	//send half to each address
	var changeHours uint64 = spending.Hours / 4

	if amt.Coins == spending.Coins {
		txn.PushOutput(dest, amt.Coins, changeHours/2)
		txn.SignInputs(toSign)
		txn.UpdateHeader()
		return txn, nil
	}

	change := wallet.NewBalance(spending.Coins-amt.Coins, changeHours/2)
	// TODO -- send change to a new address
	changeAddr := spends[0].Body.Address

	//create transaction
	txn.PushOutput(changeAddr, change.Coins, change.Hours)
	txn.PushOutput(dest, amt.Coins, changeHours/2)
	txn.SignInputs(toSign)
	txn.UpdateHeader()
	return txn, nil
}

//Check if any of the outputs are spent
func (self *WalletRPC) HasUnconfirmedTransactions(v *visor.Visor,
	wallet *wallet.Wallet) bool {

	if wallet == nil {
		log.Panic("Wallet does not exist")
	}

	auxs := v.Blockchain.Unspent.AllForAddresses(wallet.GetAddresses())
	puxs := v.Unconfirmed.SpendsForAddresses(&v.Blockchain.Unspent,
		wallet.GetAddressSet())

	_ = auxs
	_ = puxs

	//no transactions
	if len(puxs) == 0 {
		return true
	}

	return false

}