// dumpSStxHashes dumps the hashes of all owned SStxs for some address.
func (s *StakeStore) dumpSStxHashesForAddress(ns walletdb.ReadBucket, addr dcrutil.Address) ([]chainhash.Hash, error) {
// Extract the HASH160 script hash; if it's not 20 bytes
// long, return an error.
hash160 := addr.ScriptAddress()
if len(hash160) != 20 {
str := "stake store is closed"
return nil, stakeStoreError(ErrInput, str, nil)
}
_, addrIsP2SH := addr.(*dcrutil.AddressScriptHash)
allTickets := s.dumpSStxHashes()
var ticketsForAddr []chainhash.Hash
// Access the database and store the result locally.
for _, h := range allTickets {
thisHash160, p2sh, err := fetchSStxRecordSStxTicketHash160(ns, &h)
if err != nil {
str := "failure getting ticket 0th out script hashes from db"
return nil, stakeStoreError(ErrDatabase, str, err)
}
if addrIsP2SH != p2sh {
continue
}
if bytes.Equal(hash160, thisHash160) {
ticketsForAddr = append(ticketsForAddr, h)
}
}
return ticketsForAddr, nil
}
// TicketsWithAddress returns a slice of ticket hashes that are currently live
// corresponding to the given address.
//
// This function is safe for concurrent access.
func (b *BlockChain) TicketsWithAddress(address dcrutil.Address) ([]chainhash.Hash, error) {
b.chainLock.RLock()
sn := b.bestNode.stakeNode
b.chainLock.RUnlock()
tickets := sn.LiveTickets()
var ticketsWithAddr []chainhash.Hash
err := b.db.View(func(dbTx database.Tx) error {
var err error
for _, hash := range tickets {
utxo, err := dbFetchUtxoEntry(dbTx, &hash)
if err != nil {
return err
}
_, addrs, _, err :=
txscript.ExtractPkScriptAddrs(txscript.DefaultScriptVersion,
utxo.PkScriptByIndex(0), b.chainParams)
if addrs[0].EncodeAddress() == address.EncodeAddress() {
ticketsWithAddr = append(ticketsWithAddr, hash)
}
}
return err
})
if err != nil {
return nil, err
}
return ticketsWithAddr, nil
}
// dumpSStxHashes dumps the hashes of all owned SStxs for some address.
func (s *StakeStore) dumpSStxHashesForAddress(addr dcrutil.Address) ([]chainhash.Hash, error) {
// Extract the HASH160 script hash; if it's not 20 bytes
// long, return an error.
scriptHash := addr.ScriptAddress()
if len(scriptHash) != 20 {
str := "stake store is closed"
return nil, stakeStoreError(ErrInput, str, nil)
}
var err error
allTickets := s.dumpSStxHashes()
var ticketsForAddr []chainhash.Hash
// Access the database and store the result locally.
err = s.namespace.View(func(tx walletdb.Tx) error {
var err error
var thisScrHash []byte
for _, h := range allTickets {
thisScrHash, err = fetchSStxRecordSStxTicketScriptHash(tx, &h)
if err != nil {
return err
}
if bytes.Equal(scriptHash, thisScrHash) {
ticketsForAddr = append(ticketsForAddr, h)
}
}
return nil
})
if err != nil {
str := "failure getting ticket 0th out script hashes from db"
return nil, stakeStoreError(ErrDatabase, str, err)
}
return ticketsForAddr, nil
}
// GetLiveTicketsForAddress gets all currently active tickets for a given
// address.
func (tmdb *TicketDB) GetLiveTicketsForAddress(
address dcrutil.Address) ([]chainhash.Hash, error) {
tmdb.mtx.Lock()
defer tmdb.mtx.Unlock()
var ltfa []chainhash.Hash
for i := 0; i < BucketsSize; i++ {
for _, ticket := range tmdb.maps.ticketMap[i] {
// Load the ticket from the database and find the address that it's
// going to.
txReply, err := tmdb.database.FetchTxBySha(&ticket.SStxHash)
if err != nil {
return nil, err
}
_, addr, _, err :=
txscript.ExtractPkScriptAddrs(txReply[0].Tx.TxOut[0].Version,
txReply[0].Tx.TxOut[0].PkScript, tmdb.chainParams)
if err != nil {
return nil, err
}
// Compare the HASH160 result and see if it's equal.
if bytes.Equal(addr[0].ScriptAddress(), address.ScriptAddress()) {
ltfa = append(ltfa, ticket.SStxHash)
}
}
}
return ltfa, nil
}
// SearchRawTransactionsAsync returns an instance of a type that can be used to
// get the result of the RPC at some future time by invoking the Receive
// function on the returned instance.
//
// See SearchRawTransactions for the blocking version and more details.
func (c *Client) SearchRawTransactionsAsync(address dcrutil.Address, skip,
count int, reverse bool,
filterAddrs []string) FutureSearchRawTransactionsResult {
addr := address.EncodeAddress()
verbose := dcrjson.Int(0)
cmd := dcrjson.NewSearchRawTransactionsCmd(addr, verbose, &skip, &count,
nil, &reverse, &filterAddrs)
return c.sendCmd(cmd)
}
// stakePoolUserInfo returns the stake pool user information for a given stake
// pool user, keyed to their P2SH voting address.
func (s *StakeStore) stakePoolUserInfo(ns walletdb.ReadBucket, user dcrutil.Address) (*StakePoolUser, error) {
_, isScriptHash := user.(*dcrutil.AddressScriptHash)
_, isP2PKH := user.(*dcrutil.AddressPubKeyHash)
if !(isScriptHash || isP2PKH) {
str := fmt.Sprintf("user %v is invalid", user.EncodeAddress())
return nil, stakeStoreError(ErrBadPoolUserAddr, str, nil)
}
scriptHashB := user.ScriptAddress()
scriptHash := new([20]byte)
copy(scriptHash[:], scriptHashB)
stakePoolUser := new(StakePoolUser)
// Catch missing user errors below and blank out the stake
// pool user information for the section if the user has
// no entries.
missingValidTickets, missingInvalidTickets := false, false
userTickets, fetchErrVal := fetchStakePoolUserTickets(ns, *scriptHash)
if fetchErrVal != nil {
stakeMgrErr, is := fetchErrVal.(StakeStoreError)
if is {
missingValidTickets = stakeMgrErr.ErrorCode ==
ErrPoolUserTicketsNotFound
} else {
return nil, fetchErrVal
}
}
if missingValidTickets {
userTickets = make([]*PoolTicket, 0)
}
invalTickets, fetchErrInval := fetchStakePoolUserInvalTickets(ns,
*scriptHash)
if fetchErrInval != nil {
stakeMgrErr, is := fetchErrInval.(StakeStoreError)
if is {
missingInvalidTickets = stakeMgrErr.ErrorCode ==
ErrPoolUserInvalTcktsNotFound
} else {
return nil, fetchErrInval
}
}
if missingInvalidTickets {
invalTickets = make([]*chainhash.Hash, 0)
}
stakePoolUser.Tickets = userTickets
stakePoolUser.InvalidTickets = invalTickets
return stakePoolUser, nil
}
// updateStakePoolUserInvalTickets updates the list of invalid stake pool
// tickets for a given user. If the ticket does not currently exist in the
// database, it adds it.
func (s *StakeStore) updateStakePoolUserInvalTickets(ns walletdb.ReadWriteBucket, user dcrutil.Address, ticket *chainhash.Hash) error {
_, isScriptHash := user.(*dcrutil.AddressScriptHash)
_, isP2PKH := user.(*dcrutil.AddressPubKeyHash)
if !(isScriptHash || isP2PKH) {
str := fmt.Sprintf("user %v is invalid", user.EncodeAddress())
return stakeStoreError(ErrBadPoolUserAddr, str, nil)
}
scriptHashB := user.ScriptAddress()
scriptHash := new([20]byte)
copy(scriptHash[:], scriptHashB)
return updateStakePoolInvalUserTickets(ns, *scriptHash, ticket)
}
// SearchRawTransactionsVerboseAsync returns an instance of a type that can be
// used to get the result of the RPC at some future time by invoking the Receive
// function on the returned instance.
//
// See SearchRawTransactionsVerbose for the blocking version and more details.
func (c *Client) SearchRawTransactionsVerboseAsync(address dcrutil.Address, skip,
count int, includePrevOut bool, reverse bool,
filterAddrs *[]string) FutureSearchRawTransactionsVerboseResult {
addr := address.EncodeAddress()
verbose := dcrjson.Int(1)
var prevOut *int
if includePrevOut {
prevOut = dcrjson.Int(1)
}
cmd := dcrjson.NewSearchRawTransactionsCmd(addr, verbose, &skip, &count,
prevOut, &reverse, filterAddrs)
return c.sendCmd(cmd)
}
// PayToSSRtx creates a new script to pay a transaction output to a
// public key hash, but tags the output with OP_SSRTX. For use in constructing
// valid SSRtx.
func PayToSSRtx(addr dcrutil.Address) ([]byte, error) {
if addr == nil {
return nil, ErrUnsupportedAddress
}
// Only pay to pubkey hash and pay to script hash are
// supported.
scriptType := PubKeyHashTy
switch addr := addr.(type) {
case *dcrutil.AddressPubKeyHash:
if addr.DSA(addr.Net()) != chainec.ECTypeSecp256k1 {
return nil, ErrUnsupportedAddress
}
break
case *dcrutil.AddressScriptHash:
scriptType = ScriptHashTy
break
default:
return nil, ErrUnsupportedAddress
}
hash := addr.ScriptAddress()
if scriptType == PubKeyHashTy {
return NewScriptBuilder().AddOp(OP_SSRTX).AddOp(OP_DUP).
AddOp(OP_HASH160).AddData(hash).AddOp(OP_EQUALVERIFY).
AddOp(OP_CHECKSIG).Script()
}
return NewScriptBuilder().AddOp(OP_SSRTX).AddOp(OP_HASH160).
AddData(hash).AddOp(OP_EQUAL).Script()
}
func (s *walletServer) NextAddress(ctx context.Context, req *pb.NextAddressRequest) (
*pb.NextAddressResponse, error) {
var (
addr dcrutil.Address
err error
)
switch req.Kind {
case pb.NextAddressRequest_BIP0044_EXTERNAL:
addr, err = s.wallet.NewAddress(req.Account, waddrmgr.ExternalBranch)
if err != nil {
return nil, translateError(err)
}
case pb.NextAddressRequest_BIP0044_INTERNAL:
addr, err = s.wallet.NewAddress(req.Account, waddrmgr.InternalBranch)
if err != nil {
return nil, translateError(err)
}
default:
return nil, grpc.Errorf(codes.InvalidArgument, "kind=%v", req.Kind)
}
if err != nil {
return nil, translateError(err)
}
pubKey, err := s.wallet.PubKeyForAddress(addr)
if err != nil {
return nil, translateError(err)
}
pubKeyAddr, err := dcrutil.NewAddressSecpPubKey(pubKey.Serialize(), s.wallet.ChainParams())
if err != nil {
return nil, translateError(err)
}
return &pb.NextAddressResponse{
Address: addr.EncodeAddress(),
PublicKey: pubKeyAddr.String(),
}, nil
}
// GenerateSStxAddrPush generates an OP_RETURN push for SSGen payment addresses in
// an SStx.
func GenerateSStxAddrPush(addr dcrutil.Address, amount dcrutil.Amount,
limits uint16) ([]byte, error) {
if addr == nil {
return nil, ErrUnsupportedAddress
}
// Only pay to pubkey hash and pay to script hash are
// supported.
scriptType := PubKeyHashTy
switch addr := addr.(type) {
case *dcrutil.AddressPubKeyHash:
if addr.DSA(addr.Net()) != chainec.ECTypeSecp256k1 {
return nil, ErrUnsupportedAddress
}
break
case *dcrutil.AddressScriptHash:
scriptType = ScriptHashTy
break
default:
return nil, ErrUnsupportedAddress
}
// Prefix
dataPushes := []byte{
0x6a, // OP_RETURN
0x1e, // OP_DATA_30
}
hash := addr.ScriptAddress()
amountBuffer := make([]byte, 8)
binary.LittleEndian.PutUint64(amountBuffer, uint64(amount))
// Set the bit flag indicating pay to script hash.
if scriptType == ScriptHashTy {
amountBuffer[7] |= 1 << 7
}
limitsBuffer := make([]byte, 2)
binary.LittleEndian.PutUint16(limitsBuffer, limits)
// Concatenate the prefix, pubkeyhash, and amount.
addrOut := append(dataPushes, hash...)
addrOut = append(addrOut, amountBuffer...)
addrOut = append(addrOut, limitsBuffer...)
return addrOut, nil
}
// PayToAddrScript creates a new script to pay a transaction output to a the
// specified address.
func PayToAddrScript(addr dcrutil.Address) ([]byte, error) {
switch addr := addr.(type) {
case *dcrutil.AddressPubKeyHash:
if addr == nil {
return nil, ErrUnsupportedAddress
}
switch addr.DSA(addr.Net()) {
case chainec.ECTypeSecp256k1:
return payToPubKeyHashScript(addr.ScriptAddress())
case chainec.ECTypeEdwards:
return payToPubKeyHashEdwardsScript(addr.ScriptAddress())
case chainec.ECTypeSecSchnorr:
return payToPubKeyHashSchnorrScript(addr.ScriptAddress())
}
case *dcrutil.AddressScriptHash:
if addr == nil {
return nil, ErrUnsupportedAddress
}
return payToScriptHashScript(addr.ScriptAddress())
case *dcrutil.AddressSecpPubKey:
if addr == nil {
return nil, ErrUnsupportedAddress
}
return payToPubKeyScript(addr.ScriptAddress())
case *dcrutil.AddressEdwardsPubKey:
if addr == nil {
return nil, ErrUnsupportedAddress
}
return payToEdwardsPubKeyScript(addr.ScriptAddress())
case *dcrutil.AddressSecSchnorrPubKey:
if addr == nil {
return nil, ErrUnsupportedAddress
}
return payToSchnorrPubKeyScript(addr.ScriptAddress())
}
return nil, ErrUnsupportedAddress
}
// SearchRawTransactionsVerboseAsync returns an instance of a type that can be
// used to get the result of the RPC at some future time by invoking the Receive
// function on the returned instance.
//
// See SearchRawTransactionsVerbose for the blocking version and more details.
func (c *Client) SearchRawTransactionsVerboseAsync(address dcrutil.Address, skip, count int) FutureSearchRawTransactionsVerboseResult {
addr := address.EncodeAddress()
verbose := dcrjson.Int(1)
cmd := dcrjson.NewSearchRawTransactionsCmd(addr, verbose, &skip, &count)
return c.sendCmd(cmd)
}
// ExistsAddressAsync returns an instance of a type that can be used to get the
// result of the RPC at some future time by invoking the Receive function on the
// returned instance.
func (c *Client) ExistsAddressAsync(address dcrutil.Address) FutureExistsAddressResult {
cmd := dcrjson.NewExistsAddressCmd(address.EncodeAddress())
return c.sendCmd(cmd)
}
// FetchTxsForAddr looks up and returns all transactions which either
// spend from a previously created output of the passed address, or
// create a new output locked to the passed address. The, `limit` parameter
// should be the max number of transactions to be returned. Additionally, if the
// caller wishes to seek forward in the results some amount, the 'seek'
// represents how many results to skip.
func (db *LevelDb) FetchTxsForAddr(addr dcrutil.Address, skip int,
limit int) ([]*database.TxListReply, error) {
db.dbLock.Lock()
defer db.dbLock.Unlock()
// Enforce constraints for skip and limit.
if skip < 0 {
return nil, errors.New("offset for skip must be positive")
}
if limit < 1 {
return nil, errors.New("value for limit must be positive")
}
// Parse address type, bailing on an unknown type.
var addrKey []byte
switch addr := addr.(type) {
case *dcrutil.AddressPubKeyHash:
hash160 := addr.Hash160()
addrKey = hash160[:]
case *dcrutil.AddressScriptHash:
hash160 := addr.Hash160()
addrKey = hash160[:]
case *dcrutil.AddressSecpPubKey:
hash160 := addr.AddressPubKeyHash().Hash160()
addrKey = hash160[:]
case *dcrutil.AddressEdwardsPubKey:
hash160 := addr.AddressPubKeyHash().Hash160()
addrKey = hash160[:]
case *dcrutil.AddressSecSchnorrPubKey:
hash160 := addr.AddressPubKeyHash().Hash160()
addrKey = hash160[:]
default:
return nil, database.ErrUnsupportedAddressType
}
// Create the prefix for our search.
addrPrefix := make([]byte, 23, 23)
copy(addrPrefix[0:3], addrIndexKeyPrefix)
copy(addrPrefix[3:23], addrKey)
iter := db.lDb.NewIterator(bytesPrefix(addrPrefix), nil)
for skip != 0 {
iter.Next()
skip--
}
// Iterate through all address indexes that match the targeted prefix.
var replies []*database.TxListReply
var rawIndex [database.AddrIndexKeySize]byte
for iter.Next() {
if limit == 0 {
break
}
copy(rawIndex[:], iter.Key())
addrIndex := unpackTxIndex(rawIndex)
tx, blkSha, blkHeight, _, err := db.fetchTxDataByLoc(
int64(addrIndex.Height),
int(addrIndex.TxOffset),
int(addrIndex.TxLen),
[]byte{})
if err != nil {
log.Warnf("tx listed in addrindex record not found, height: %v"+
" offset: %v, len: %v", addrIndex.Height, addrIndex.TxOffset,
addrIndex.TxLen)
limit--
continue
}
var txSha chainhash.Hash
if tx != nil {
txSha = tx.TxSha()
}
txReply := &database.TxListReply{Sha: &txSha, Tx: tx,
BlkSha: blkSha, Height: blkHeight, TxSpent: []bool{}, Err: err}
replies = append(replies, txReply)
limit--
}
iter.Release()
if err := iter.Error(); err != nil {
return nil, err
}
return replies, nil
}
// FetchTxsForAddr looks up and returns all transactions which either
// spend from a previously created output of the passed address, or
// create a new output locked to the passed address. The, `limit` parameter
// should be the max number of transactions to be returned. Additionally, if the
// caller wishes to seek forward in the results some amount, the 'seek'
// represents how many results to skip.
func (db *LevelDb) FetchTxsForAddr(addr dcrutil.Address, skip int,
limit int, reverse bool) ([]*database.TxListReply, int, error) {
db.dbLock.Lock()
defer db.dbLock.Unlock()
// Enforce constraints for skip and limit.
if skip < 0 {
return nil, 0, errors.New("offset for skip must be positive")
}
if limit < 0 {
return nil, 0, errors.New("value for limit must be positive")
}
// Parse address type, bailing on an unknown type.
var addrKey []byte
switch addr := addr.(type) {
case *dcrutil.AddressPubKeyHash:
hash160 := addr.Hash160()
addrKey = hash160[:]
case *dcrutil.AddressScriptHash:
hash160 := addr.Hash160()
addrKey = hash160[:]
case *dcrutil.AddressSecpPubKey:
hash160 := addr.AddressPubKeyHash().Hash160()
addrKey = hash160[:]
case *dcrutil.AddressEdwardsPubKey:
hash160 := addr.AddressPubKeyHash().Hash160()
addrKey = hash160[:]
case *dcrutil.AddressSecSchnorrPubKey:
hash160 := addr.AddressPubKeyHash().Hash160()
addrKey = hash160[:]
default:
return nil, 0, database.ErrUnsupportedAddressType
}
// Create the prefix for our search.
addrPrefix := make([]byte, 23, 23)
copy(addrPrefix[0:3], addrIndexKeyPrefix)
copy(addrPrefix[3:23], addrKey)
iter := db.lDb.NewIterator(bytesPrefix(addrPrefix), nil)
skipped := 0
if reverse {
// Go to the last element if reverse iterating.
iter.Last()
// Skip "one past" the last element so the loops below don't
// miss the last element due to Prev() being called first.
// We can safely ignore iterator exhaustion since the loops
// below will see there's no keys anyway.
iter.Next()
}
for skip != 0 && advanceIterator(iter, reverse) {
skip--
skipped++
}
// Iterate through all address indexes that match the targeted prefix.
var replies []*database.TxListReply
var rawIndex [database.AddrIndexKeySize]byte
for advanceIterator(iter, reverse) && limit != 0 {
copy(rawIndex[:], iter.Key())
addrIndex := unpackTxIndex(rawIndex)
tx, blkSha, blkHeight, _, err := db.fetchTxDataByLoc(
int64(addrIndex.Height),
int(addrIndex.TxOffset),
int(addrIndex.TxLen),
[]byte{})
if err != nil {
log.Warnf("tx listed in addrindex record not found, height: %v"+
" offset: %v, len: %v", addrIndex.Height, addrIndex.TxOffset,
addrIndex.TxLen)
limit--
continue
}
var txSha chainhash.Hash
if tx != nil {
txSha = tx.TxSha()
}
txReply := &database.TxListReply{Sha: &txSha, Tx: tx,
BlkSha: blkSha, Height: blkHeight, TxSpent: []bool{}, Err: err}
replies = append(replies, txReply)
limit--
}
iter.Release()
if err := iter.Error(); err != nil {
return nil, 0, err
}
return replies, skipped, nil
}
// initialize initializes an address pool for usage by loading the latest
// unused address from the blockchain itself.
func (a *addressPool) initialize(branch uint32, w *Wallet) error {
a.addresses = make([]string, 0)
a.mutex = new(sync.Mutex)
a.wallet = w
a.branch = branch
var err error
// Retrieve the last addresses from wallet closing and storing.
lastExtAddr, lastIntAddr, err := w.Manager.LastUsedAddresses()
if err != nil {
return err
}
var lastSavedAddr dcrutil.Address
// Get the last managed address for the account and branch.
var lastIndex uint32
if branch == waddrmgr.InternalBranch {
_, lastIndex, err =
a.wallet.Manager.LastInternalAddress(waddrmgr.DefaultAccountNum)
if err != nil {
return err
}
lastSavedAddr = lastIntAddr
}
if branch == waddrmgr.ExternalBranch {
_, lastIndex, err =
a.wallet.Manager.LastExternalAddress(waddrmgr.DefaultAccountNum)
if err != nil {
return err
}
lastSavedAddr = lastExtAddr
}
// Get the actual last index as recorded in the blockchain.
traversed := 0
actualLastIndex := lastIndex
for actualLastIndex != 0 && traversed != addressPoolBuffer {
addr, err := a.wallet.Manager.GetAddress(actualLastIndex,
waddrmgr.DefaultAccountNum, branch)
if err != nil {
return err
}
// Start with the address on tip if address reuse is disabled.
if !w.addressReuse {
// If address reuse is disabled, we compare to the last
// stored address.
if lastSavedAddr != nil {
lsaH160 := lastSavedAddr.Hash160()
thisH160 := addr.Hash160()
if *lsaH160 == *thisH160 {
// We actually append this address because the
// LastUsedAddresses function in Manager actually
// stores the next to-be-used address rather than
// the last used address. See Close below.
a.addresses = append([]string{addr.EncodeAddress()},
a.addresses...)
break
}
}
} else {
// Otherwise, search the blockchain for the last actually used
// address.
exists, err := a.wallet.existsAddressOnChain(addr)
if err != nil {
return err
}
if exists {
break
}
}
// Insert this unused address into the cache.
a.addresses = append([]string{addr.EncodeAddress()},
a.addresses...)
actualLastIndex--
traversed++
}
a.cursor = 0
return nil
}
// addrToKey converts known address types to an addrindex key. An error is
// returned for unsupported types.
func addrToKey(addr dcrutil.Address, params *chaincfg.Params) ([addrKeySize]byte, error) {
switch addr := addr.(type) {
case *dcrutil.AddressPubKeyHash:
switch addr.DSA(params) {
case chainec.ECTypeSecp256k1:
var result [addrKeySize]byte
result[0] = addrKeyTypePubKeyHash
copy(result[1:], addr.Hash160()[:])
return result, nil
case chainec.ECTypeEdwards:
var result [addrKeySize]byte
result[0] = addrKeyTypePubKeyHashEdwards
copy(result[1:], addr.Hash160()[:])
return result, nil
case chainec.ECTypeSecSchnorr:
var result [addrKeySize]byte
result[0] = addrKeyTypePubKeyHashSchnorr
copy(result[1:], addr.Hash160()[:])
return result, nil
}
case *dcrutil.AddressScriptHash:
var result [addrKeySize]byte
result[0] = addrKeyTypeScriptHash
copy(result[1:], addr.Hash160()[:])
return result, nil
case *dcrutil.AddressSecpPubKey:
var result [addrKeySize]byte
result[0] = addrKeyTypePubKeyHash
copy(result[1:], addr.AddressPubKeyHash().Hash160()[:])
return result, nil
case *dcrutil.AddressEdwardsPubKey:
var result [addrKeySize]byte
result[0] = addrKeyTypePubKeyHashEdwards
copy(result[1:], addr.AddressPubKeyHash().Hash160()[:])
return result, nil
case *dcrutil.AddressSecSchnorrPubKey:
var result [addrKeySize]byte
result[0] = addrKeyTypePubKeyHashSchnorr
copy(result[1:], addr.AddressPubKeyHash().Hash160()[:])
return result, nil
}
return [addrKeySize]byte{}, errUnsupportedAddressType
}