#API Documentation

#crypto.configuration

#SetNetwork()

1func SetNetwork(network *Network)

Set what network you want to use in the crypto library

#Parameters

#GetNetwork()

1func GetNetwork() *Network

Get settings for a selected network, default network is devnet

#Return Value

*Network

#GetFee()

1func GetFee(transactionType byte) FlexToshi

Get a fee for a given transaction type

#Parameters

#Return Value

FlexToshi

#SetFee()

1func SetFee(transactionType byte, value FlexToshi)

Set a fee

#Parameters

#crypto.address

#AddressFromPassphrase()

1func AddressFromPassphrase(passphrase string) (string, error)

Derive the address from the given passphrase.

#Parameters

#Return Value

(string, error)

#AddressToBytes()

1func AddressToBytes(address string) ([]byte, error)

Derive the given address to its bytes representation.

#Parameters

#Return Value

([]byte, error)

#validate()

1func ValidateAddress(address string) (bool, error)

Validate the given address.

#Parameters

#Return Value

(bool, error)

#crypto.private_key

#PrivateKeyFromPassphrase()

1func PrivateKeyFromPassphrase(passphrase string) (*PrivateKey, error)

Derive the private key for the given passphrase.

#Parameters

#Return Value

*PrivateKey, error

#PrivateKeyFromHex()

1func PrivateKeyFromHex(privateKeyHex string) (*PrivateKey, error)

Create a private key instance from a hex string.

#Parameters

#Return Value

*PrivateKey, error

#PrivateKeyFromBytes()

1func PrivateKeyFromBytes(bytes []byte) *PrivateKey

Create a private key instance from a bytes string.

#Parameters

#Return Value

*PrivateKey

#ToHex()

1func (privateKey *PrivateKey) ToHex() string

Convert a private key instance to a hex string.

#Parameters

#Return Value

string

#ToAddress()

1func (privateKey *PrivateKey) ToAddress() string

Create a private key instance to a address.

#Parameters

#Return Value

string

#ToWif()

1func (privateKey *PrivateKey) ToWif() string

Create a private key instance to a WIF string.

#Parameters

#Return Value

string

#Sign()

1func (privateKey *PrivateKey) Sign(hash []byte) ([]byte, error)

Sign the private key.

#Parameters

#Return Value

[]byte, error

#Verify()

1func (publicKey *PublicKey) Verify(signature []byte, data []byte) (bool, error)

Verify the private key.

#Parameters

#Return Value

bool, error

#crypto.public_key

#PublicKeyFromPassphrase()

1func PublicKeyFromPassphrase(passphrase string) (*PublicKey, error)

Derive the public from the given passphrase.

#Parameters

#Return Value

*PublicKey, error

#PublicKeyFromHex()

1func PublicKeyFromHex(publicKeyHex string) (*PublicKey, error)

Create a public key instance from a hex string.

#Parameters

#Return Value

*PublicKey, error

#PublicKeyFromBytes()

1func PublicKeyFromBytes(bytes []byte) (*PublicKey, error)

Create a public key instance from a bytes string.

#Parameters

#Return Value

*PublicKey, error

#ToHex()

1func (publicKey *PublicKey) ToHex() string

Convert a public key instance to a hex string.

#Parameters

#Return Value

string

#ToAddress()

1func (publicKey *PublicKey) ToAddress() string

Convert a public key instance to a valid address.

#Parameters

#Return Value

string

#crypto.builder

#buildSignedTransaction()

1func buildSignedTransaction(transaction *Transaction, passphrase string, secondPassphrase string) *Transaction

Builds a transaction for a signed transaction.

#Parameters

#Return Value

*Transaction

#BuildTransfer()

1func BuildTransfer(recipient string, amount FlexToshi, vendorField string, passphrase string, secondPassphrase string) *Transaction

Builds a transaction for a transfer.

#Parameters

#Return Value

*Transaction

#BuildSecondSignatureRegistration()

1func BuildSecondSignatureRegistration(passphrase string, secondPassphrase string) *Transaction

Builds a transaction for a second signature registration.

#Parameters

#Return Value

*Transaction

#BuildDelegateRegistration()

1func BuildDelegateRegistration(username string, passphrase string, secondPassphrase string) *Transaction

Builds a transaction for a delegate registration.

#Parameters

#Return Value

*Transaction

#BuildVote()

1func BuildVote(vote, passphrase string, secondPassphrase string) *Transaction

Builds a transaction for a vote registration.

#Parameters

#Return Value

*Transaction

#BuildMultiSignatureRegistration()

1func BuildMultiSignatureRegistration(min byte, lifetime byte, keysgroup []string, passphrase string, secondPassphrase string) *Transaction

Builds a transaction for a multi signature registration.

#Parameters

#Return Value

*Transaction

#crypto.serializer

#SerializeTransaction()

1func SerializeTransaction(transaction *Transaction) []byte

Handle the serialization of “transaction” data.

#Parameters

#Return Value

[]byte

#serializeHeader()

1func serializeHeader(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “headers” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeVendorField()

1func serializeVendorField(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of the vendorfield.

#Parameters

#Return Value

*bytes.Buffer

#serializeTypeSpecific()

1func serializeTypeSpecific(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the deserialization of “type” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeSignatures()

1func serializeSignatures(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the deserialization of “signature” data.

#Parameters

#Return Value

*bytes.Buffer

#crypto.deserializer

#DeserializeTransaction()

1func DeserializeTransaction(serialized string) *Transaction

Handle the deserialization of “transaction” data

#Parameters

#Return Value

*Transaction

#deserializeHeader()

1func deserializeHeader(bytes []byte, transaction *Transaction) (int, *Transaction)

Handle the deserialization of “headers” data

#Parameters

#Return Value

*Transaction

#deserializeTypeSpecific()

1func deserializeTypeSpecific(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization for a given type of transaction.

#Parameters

#Return Value

*Transaction

#deserializeVersionOne()

1func deserializeVersionOne(bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization for a version one transaction.

#Parameters

#Return Value

*Transaction

#deserializeTransfer()

1func deserializeTransfer(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “transfer” data

#Parameters

#Return Value

*Transaction

#deserializeSecondSignatureRegistration()

1func deserializeSecondSignatureRegistration(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “second signature registration” data

#Parameters

#Return Value

*Transaction

#deserializeDelegateRegistration()

1func deserializeDelegateRegistration(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “delegate registration” data

#Parameters

#Return Value

*Transaction

#deserializeVote()

1func deserializeVote(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “vote” data

#Parameters

#Return Value

*Transaction

#deserializeMultiSignatureRegistration()

1func deserializeMultiSignatureRegistration(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “multi signature registration” data

#Parameters

#Return Value

*Transaction

#deserializeIpfs()

1func deserializeIpfs(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “ipfs” data

#Parameters

#Return Value

*Transaction

#deserializeTimelockTransfer()

1func deserializeTimelockTransfer(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “timelock transfer” data

#Parameters

#Return Value

*Transaction

#deserializeMultiPayment()

1func deserializeMultiPayment(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “multi payments” data

#Parameters

#Return Value

*Transaction

#deserializeDelegateResignation()

1func deserializeDelegateResignation(assetOffset int, bytes []byte, transaction *Transaction) *Transaction

Handle the deserialization of “delegate resignation” data

#Parameters

#Return Value

*Transaction

#serializeTransfer()

1func serializeTransfer(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “transfer” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeSecondSignatureRegistration()

1func serializeSecondSignatureRegistration(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “second signature registration” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeDelegateRegistration()

1func serializeDelegateRegistration(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “delegate registration” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeVote()

1func serializeVote(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “vote” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeMultiSignatureRegistration()

1func serializeMultiSignatureRegistration(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “multi signature registration” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeIpfs()

1func serializeIpfs(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “ipfs” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeTimelockTransfer()

1func serializeTimelockTransfer(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “timelock transfer” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeMultiPayment()

1func serializeMultiPayment(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “multi payment” data.

#Parameters

#Return Value

*bytes.Buffer

#serializeDelegateResignation()

1func serializeDelegateResignation(buffer *bytes.Buffer, transaction *Transaction) *bytes.Buffer

Handle the serialization of “delegate resignation” data.

#Parameters

#Return Value

*bytes.Buffer

#crypto.transaction

#GetId()

1func (transaction *Transaction) GetId() string

Convert the byte representation to a unique identifier.

#Return Value

string

#Sign()

1func (transaction *Transaction) Sign(passphrase string)

Sign the transaction using the given passphrase.

#Parameters

#SecondSign()

1func (transaction *Transaction) SecondSign(passphrase string)

Sign the transaction using the given second passphrase.

#Parameters

#Verify()

1func (transaction *Transaction) Verify() (bool, error)

Verify the transaction.

#Return Value

bool, error

#SecondVerify()

1func (transaction *Transaction) SecondVerify(secondPublicKey *PublicKey) (bool, error)

Verify the transaction with a second public key.

#Parameters

#Return Value

(bool, error)

#ParseSignatures()

1func (transaction *Transaction) ParseSignatures(startOffset int) *Transaction

Parse the signature, second signature and multi signatures.

#Parameters

#Return Value

*Transaction

#ToMap()

1func (transaction *Transaction) ToMap() map[string]interface{}

Convert the transaction to its map representation.

#Return Value

map[string]interface{}

#ToJson()

1func (transaction *Transaction) ToJson() (string, error)

Convert the transaction to its JSON representation.

#Return Value

string, error

#ToBytes()

1func (transaction *Transaction) ToBytes(skipSignature, skipSecondSignature bool) []byte

Convert the transaction to its byte representation.

#Parameters

#Return Value

[]byte

#Serialize()

1func (transaction *Transaction) Serialize() []byte

Perform AIP11 compliant serialization

#Return Value

[]byte

#crypto.message

#SignMessage()

1func SignMessage(message string, passphrase string) (*Message, error)

Sign a message using the given passphrase.

#Parameters

#Return Value

*Message, error

#Verify()

1func (message *Message) Verify() (bool, error)

Verify the message content.

#Parameters

#Return Value

bool, error

#ToMap()

1func (message *Message) ToMap() map[string]interface{}

Convert the message to its map representation

#Parameters

#Return Value

map[string]interface{}

#ToJson()

1func (message *Message) ToJson() (string, error)

Convert the message to its JSON representation

#Parameters

#Return Value

string

#crypto.slot

#GetTime()

1func GetTime() int32

Get the time diff between now and network start.

#Return Value

int32

#GetEpoch()

1func GetEpoch() uint32

Get the network start epoch.

#Return Value

uint32