Documentation ¶
Index ¶
- Constants
- func AddOperation(add []byte, value uint32) []byte
- func Deserilization(tx hctypes.TransactionType) (uint32, []byte)
- func GetTxType(_tx []byte) uint8
- func ResolveTx(_tx []byte) (uint32, hctypes.TransactionType)
- func Serilization(tx []byte) (uint32, hctypes.TransactionType)
- func SubOperation(minuend []byte, value uint32) []byte
- type BlockchainState
- type ValidatorInterface
Constants ¶
View Source
const ( Addr_Length uint8 = 4 Data_Length uint8 = 4 )
A transaction is defined as a json including:
{ tx_type uint32 from [20]byte to [20]byte value uint32 data [20]byte }
e.g., sent by user as: "type=0,from=ABCD,to=DCBA,value=0,data=NONE"
Variables ¶
This section is empty.
Functions ¶
func AddOperation ¶
func Deserilization ¶
func Deserilization(tx hctypes.TransactionType) (uint32, []byte)
func Serilization ¶
func Serilization(tx []byte) (uint32, hctypes.TransactionType)
func SubOperation ¶
Types ¶
type BlockchainState ¶
func NewBlockchainState ¶
func NewBlockchainState(name string, dir string) *BlockchainState
type ValidatorInterface ¶
type ValidatorInterface struct { BCState *BlockchainState Shard_id uint8 Leader bool Byzantine uint8 // 0: honest; 1: byzantine Attack_shard uint8 // the attacker's shard Node_id uint8 // used to construct different front-running tx // contains filtered or unexported fields }
func NewValidatorInterface ¶
func NewValidatorInterface(bcstate *BlockchainState, shard_num uint8, shard_id uint8, leader bool, in_addr hctypes.HaechiAddress, out_addrs []hctypes.HaechiAddress, attacks ...uint8) *ValidatorInterface
func (*ValidatorInterface) DeliverAttackTx ¶
func (nw *ValidatorInterface) DeliverAttackTx(tx []byte, shardid uint8)
func (*ValidatorInterface) DeliverCommitTx ¶
func (nw *ValidatorInterface) DeliverCommitTx(tx []byte, shardid uint8)
func (*ValidatorInterface) DeliverExecutionTx ¶
func (nw *ValidatorInterface) DeliverExecutionTx(tx []byte, shardid uint8)
func (*ValidatorInterface) DeliverUpdateTx ¶
func (nw *ValidatorInterface) DeliverUpdateTx(tx []byte, shardid uint8)
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