network

Documentation

Overview

Package network contains functions that deal with diamcircle network passphrases and IDs.

Index

• Constants
• func HashFeeBumpTransaction(tx xdr.FeeBumpTransaction, passphrase string) ([32]byte, error)
• func HashTransaction(tx xdr.Transaction, passphrase string) ([32]byte, error)
• func HashTransactionInEnvelope(envelope xdr.TransactionEnvelope, passphrase string) ([32]byte, error)
• func HashTransactionV0(tx xdr.TransactionV0, passphrase string) ([32]byte, error)
• func ID(passphrase string) [32]byte

Constants

const (
	// PublicNetworkPassphrase is the pass phrase used for every transaction intended for the public diamcircle network
	PublicNetworkPassphrase = "Diamante MainNet; SEP 2022"
	// TestNetworkPassphrase is the pass phrase used for every transaction intended for the SDF-run test network
	TestNetworkPassphrase = "Diamante Testnet 2024" // Diamante Testnet //"Pyramid ; October 2022" //
)

Functions

func HashFeeBumpTransaction

func HashFeeBumpTransaction(tx xdr.FeeBumpTransaction, passphrase string) ([32]byte, error)

HashFeeBumpTransaction derives the network specific hash for the provided fee bump transaction using the network identified by the supplied passphrase. The resulting hash is the value that can be signed by diamcircle secret key to authorize the transaction identified by the hash to diamcircle validators.

func HashTransaction

func HashTransaction(tx xdr.Transaction, passphrase string) ([32]byte, error)

HashTransaction derives the network specific hash for the provided transaction using the network identified by the supplied passphrase. The resulting hash is the value that can be signed by diamcircle secret key to authorize the transaction identified by the hash to diamcircle validators.

func HashTransactionInEnvelope

func HashTransactionInEnvelope(envelope xdr.TransactionEnvelope, passphrase string) ([32]byte, error)

HashTransactionInEnvelope derives the network specific hash for the transaction contained in the provided envelope using the network identified by the supplied passphrase. The resulting hash is the value that can be signed by diamcircle secret key to authorize the transaction identified by the hash to diamcircle validators.

func HashTransactionV0

func HashTransactionV0(tx xdr.TransactionV0, passphrase string) ([32]byte, error)

HashTransactionV0 derives the network specific hash for the provided legacy transaction using the network identified by the supplied passphrase. The resulting hash is the value that can be signed by diamcircle secret key to authorize the transaction identified by the hash to diamcircle validators.

func ID

func ID(passphrase string) [32]byte

ID returns the network ID derived from the provided passphrase. This value also happens to be the raw (i.e. not strkey encoded) secret key for the root account of the network.