/*
 * Copyright (C) 2018 The ontology Authors
 * This file is part of The ontology library.
 *
 * The ontology is free software: you can redistribute it and/or modify
 * it under the terms of the GNU Lesser General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * The ontology is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU Lesser General Public License for more details.
 *
 * You should have received a copy of the GNU Lesser General Public License
 * along with The ontology.  If not, see <http://www.gnu.org/licenses/>.
 */

package config

import (
	"crypto/sha256"
	"encoding/binary"
	"encoding/hex"
	"encoding/json"
	"fmt"
	"io"

	"github.com/ontio/ontology-crypto/keypair"
	"github.com/ontio/ontology/common"
	"github.com/ontio/ontology/common/constants"
	"github.com/ontio/ontology/common/log"
	"github.com/ontio/ontology/errors"
)

var Version = "v2.0.0" //Set value when build project

type VerifyMethod int

const (
	InterpVerifyMethod VerifyMethod = iota
	JitVerifyMethod
	NoneVerifyMethod
)

const (
	DEFAULT_CONFIG_FILE_NAME = "./config.json"
	DEFAULT_WALLET_FILE_NAME = "./wallet.dat"
	MIN_GEN_BLOCK_TIME       = 2
	DEFAULT_GEN_BLOCK_TIME   = 6
	DBFT_MIN_NODE_NUM        = 4 //min node number of dbft consensus
	SOLO_MIN_NODE_NUM        = 1 //min node number of solo consensus
	VBFT_MIN_NODE_NUM        = 4 //min node number of vbft consensus

	CONSENSUS_TYPE_DBFT = "dbft"
	CONSENSUS_TYPE_SOLO = "solo"
	CONSENSUS_TYPE_VBFT = "vbft"

	DEFAULT_LOG_LEVEL                       = log.InfoLog
	DEFAULT_ETH_RPC_PORT                    = 20339
	DEFAULT_NODE_PORT                       = 20338
	DEFAULT_RPC_PORT                        = 20336
	DEFAULT_RPC_LOCAL_PORT                  = 20337
	DEFAULT_GRAPHQL_PORT                    = 20333
	DEFAULT_REST_PORT                       = 20334
	DEFAULT_WS_PORT                         = 20335
	DEFAULT_HTTP_MAX_CONN                   = 1024
	DEFAULT_MAX_CONN_IN_BOUND               = 1024
	DEFAULT_MAX_CONN_OUT_BOUND              = 1024
	DEFAULT_MAX_CONN_IN_BOUND_FOR_SINGLE_IP = 16
	DEFAULT_HTTP_INFO_PORT                  = 0
	DEFAULT_MAX_TX_IN_BLOCK                 = 60000
	DEFAULT_MAX_SYNC_HEADER                 = 500
	DEFAULT_ENABLE_EVENT_LOG                = true
	DEFAULT_CLI_RPC_PORT                    = uint(20000)
	DEFUALT_CLI_RPC_ADDRESS                 = "127.0.0.1"
	DEFAULT_MIN_GAS_LIMIT                   = 20000
	DEFAULT_GAS_PRICE                       = 500
	DEFAULT_WASM_GAS_FACTOR                 = uint64(10)
	DEFAULT_WASM_MAX_STEPCOUNT              = uint64(8000000)

	DEFAULT_DATA_DIR      = "./Chain"
	DEFAULT_RESERVED_FILE = "./peers.rsv"

	//DEFAULT_ETH_BLOCK_GAS_LIMIT = 800000000
	DEFAULT_ETH_TX_MAX_GAS_LIMIT = 15000000
)

const (
	WASM_GAS_FACTOR = "WASM_GAS_FACTOR"
)

const (
	NETWORK_ID_MAIN_NET      = 1
	NETWORK_ID_POLARIS_NET   = 2
	NETWORK_ID_SOLO_NET      = 3
	NETWORK_NAME_MAIN_NET    = "ontology"
	NETWORK_NAME_POLARIS_NET = "polaris"
	NETWORK_NAME_SOLO_NET    = "testmode"
)

var NETWORK_MAGIC = map[uint32]uint32{
	NETWORK_ID_MAIN_NET:    constants.NETWORK_MAGIC_MAINNET, //Network main
	NETWORK_ID_POLARIS_NET: constants.NETWORK_MAGIC_POLARIS, //Network polaris
	NETWORK_ID_SOLO_NET:    0,                               //Network solo
}

var NETWORK_NAME = map[uint32]string{
	NETWORK_ID_MAIN_NET:    NETWORK_NAME_MAIN_NET,
	NETWORK_ID_POLARIS_NET: NETWORK_NAME_POLARIS_NET,
	NETWORK_ID_SOLO_NET:    NETWORK_NAME_SOLO_NET,
}

func GetNetworkMagic(id uint32) uint32 {
	nid, ok := NETWORK_MAGIC[id]
	if ok {
		return nid
	}
	return id
}

var Eip155ChainID = map[uint32]uint32{
	NETWORK_ID_MAIN_NET:    constants.EIP155_CHAINID_MAINNET, //Network main
	NETWORK_ID_POLARIS_NET: constants.EIP155_CHAINID_POLARIS, //Network polaris
	NETWORK_ID_SOLO_NET:    12345,                            //Network solo
}

func GetEip155ChainID(id uint32) uint32 {
	nid, ok := Eip155ChainID[id]
	if ok {
		return nid
	}

	return 12345
}

var STATE_HASH_CHECK_HEIGHT = map[uint32]uint32{
	NETWORK_ID_MAIN_NET:    constants.STATE_HASH_HEIGHT_MAINNET, //Network main
	NETWORK_ID_POLARIS_NET: constants.STATE_HASH_HEIGHT_POLARIS, //Network polaris
	NETWORK_ID_SOLO_NET:    0,                                   //Network solo
}

func GetStateHashCheckHeight(id uint32) uint32 {
	return STATE_HASH_CHECK_HEIGHT[id]
}

var OPCODE_HASKEY_ENABLE_HEIGHT = map[uint32]uint32{
	NETWORK_ID_MAIN_NET:    constants.OPCODE_HEIGHT_UPDATE_FIRST_MAINNET, //Network main
	NETWORK_ID_POLARIS_NET: constants.OPCODE_HEIGHT_UPDATE_FIRST_POLARIS, //Network polaris
	NETWORK_ID_SOLO_NET:    0,                                            //Network solo
}

func GetOpcodeUpdateCheckHeight(id uint32) uint32 {
	return OPCODE_HASKEY_ENABLE_HEIGHT[id]
}

var GAS_ROUND_TUNE_HEIGHT = map[uint32]uint32{
	NETWORK_ID_MAIN_NET:    constants.GAS_ROUND_TUNE_HEIGHT_MAINNET, //Network main
	NETWORK_ID_POLARIS_NET: constants.GAS_ROUND_TUNE_HEIGHT_POLARIS, //Network polaris
	NETWORK_ID_SOLO_NET:    0,                                       //Network solo
}

func GetGasRoundTuneHeight(id uint32) uint32 {
	return GAS_ROUND_TUNE_HEIGHT[id]
}

func GetContractApiDeprecateHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.CONTRACT_DEPRECATE_API_HEIGHT_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.CONTRACT_DEPRECATE_API_HEIGHT_POLARIS
	default:
		return 0
	}
}

func GetSelfGovRegisterHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.BLOCKHEIGHT_SELFGOV_REGISTER_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.BLOCKHEIGHT_SELFGOV_REGISTER_POLARIS
	default:
		return 0
	}
}

func GetOntFsHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.BLOCKHEIGHT_ONTFS_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.BLOCKHEIGHT_ONTFS_POLARIS
	default:
		return 0
	}
}

func GetNewOntIdHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.BLOCKHEIGHT_NEW_ONTID_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.BLOCKHEIGHT_NEW_ONTID_POLARIS
	default:
		return 0
	}
}

func GetCrossChainHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_POLARIS_NET:
		return constants.BLOCKHEIGHT_CC_POLARIS
	default:
		return 0
	}
}

func GetOntHolderUnboundDeadline() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.CHANGE_UNBOUND_TIMESTAMP_MAINNET - constants.GENESIS_BLOCK_TIMESTAMP
	case NETWORK_ID_POLARIS_NET:
		return constants.CHANGE_UNBOUND_TIMESTAMP_POLARIS - constants.GENESIS_BLOCK_TIMESTAMP
	default:
		return 0
	}
}

func GetNewPeerCostHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.BLOCKHEIGHT_NEW_PEER_COST_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.BLOCKHEIGHT_NEW_PEER_COST_POLARIS
	default:
		return 0
	}
}

func GetTrackDestroyedContractHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.BLOCKHEIGHT_TRACK_DESTROYED_CONTRACT_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.BLOCKHEIGHT_TRACK_DESTROYED_CONTRACT_POLARIS
	default:
		return 0
	}
}

func GetUserFeeSplitHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.USER_FEE_SPLIT_OVERFLOW_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.USER_FEE_SPLIT_OVERFLOW_POLARIS
	default:
		return 0
	}
}

func GetBurnONGHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.BLOCKHEIGHT_BURN_ONG_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return 0
	default:
		return 0
	}
}

func GetAddDecimalsHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.BLOCKHEIGHT_ADD_DECIMALS_MAINNET
	case NETWORK_ID_POLARIS_NET:
		return constants.BLOCKHEIGHT_ADD_DECIMALS_POLARIS
	default:
		return 0
	}
}

func GetUint64WrappingHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.UINT64_WRAPPING_MAINNET
	default:
		return 0
	}
}

func GetCheckHeaderSigQuorumHeight() uint32 {
	switch DefConfig.P2PNode.NetworkId {
	case NETWORK_ID_MAIN_NET:
		return constants.CHECK_HEADER_SIG_QUORUM_MAINNET
	default:
		return 0
	}
}

// the end of unbound timestamp offset from genesis block's timestamp
func GetGovUnboundDeadline() uint32 {
	count := uint64(0)
	index := int(GetOntHolderUnboundDeadline() / constants.UNBOUND_TIME_INTERVAL)
	for i := 0; i < index; i++ {
		count += constants.UNBOUND_GENERATION_AMOUNT[i] * uint64(constants.UNBOUND_TIME_INTERVAL)
	}
	gap := uint64(GetOntHolderUnboundDeadline()) - uint64(index)*uint64(constants.UNBOUND_TIME_INTERVAL)
	count += constants.UNBOUND_GENERATION_AMOUNT[index]*gap +
		constants.NEW_UNBOUND_GENERATION_AMOUNT[index]*(uint64(constants.UNBOUND_TIME_INTERVAL)-gap)

	for i := index + 1; i < len(constants.NEW_UNBOUND_GENERATION_AMOUNT); i++ {
		count += constants.NEW_UNBOUND_GENERATION_AMOUNT[i] * uint64(constants.UNBOUND_TIME_INTERVAL)
	}

	numInterval := len(constants.NEW_UNBOUND_GENERATION_AMOUNT)

	if constants.NEW_UNBOUND_GENERATION_AMOUNT[numInterval-1] != 1 ||
		!(count-uint64(constants.UNBOUND_TIME_INTERVAL) < constants.ONG_TOTAL_AMOUNT_NEW && constants.ONG_TOTAL_AMOUNT_NEW <= count) {
		panic(fmt.Errorf("incompatible constants setting: %d", count))
	}

	return constants.UNBOUND_TIME_INTERVAL*uint32(numInterval) - uint32(count-uint64(constants.ONG_TOTAL_AMOUNT_NEW))
}

func GetNetworkName(id uint32) string {
	name, ok := NETWORK_NAME[id]
	if ok {
		return name
	}
	return fmt.Sprintf("%d", id)
}

var PolarisConfig = &GenesisConfig{
	SeedList: []string{
		"polaris1.ont.io:20338",
		"polaris2.ont.io:20338",
		"polaris3.ont.io:20338",
		"polaris4.ont.io:20338"},
	ConsensusType: CONSENSUS_TYPE_VBFT,
	VBFT: &VBFTConfig{
		N:                    7,
		C:                    2,
		K:                    7,
		L:                    112,
		BlockMsgDelay:        10000,
		HashMsgDelay:         10000,
		PeerHandshakeTimeout: 10,
		MaxBlockChangeView:   3000,
		AdminOntID:           "did:ont:AZYsUWrzNYoXKjUNmMNwRZFHgdFceepDY8",
		MinInitStake:         10000,
		VrfValue:             "1c9810aa9822e511d5804a9c4db9dd08497c31087b0daafa34d768a3253441fa20515e2f30f81741102af0ca3cefc4818fef16adb825fbaa8cad78647f3afb590e",
		VrfProof:             "c57741f934042cb8d8b087b44b161db56fc3ffd4ffb675d36cd09f83935be853d8729f3f5298d12d6fd28d45dde515a4b9d7f67682d182ba5118abf451ff1988",
		Peers: []*VBFTPeerStakeInfo{
			{
				Index:      1,
				PeerPubkey: "02991768dafcdc1fbd3a29fda0ba78ea52da8df118eceecbdc7c4520979b01f85f",
				Address:    "AUtkbiCdZZudV9PpBCCnFnCVMzxHGwdgJG",
			}, {
				Index:      2,
				PeerPubkey: "022ae5cb71715f259f37181e2b5106a3f6cfc3f418856e98bea4170455eb60fb13",
				Address:    "ANWGV5vY6G699cepY5QdfXhiVJPeE2YUVB",
			}, {
				Index:      3,
				PeerPubkey: "03ec62d87cb127f53da20ec0dd28170c67a967a09ff90678698060bf58ea791929",
				Address:    "AWuBPBHGVNYyh9GsymGydjgmFdc4gTaqsH",
			}, {
				Index:      4,
				PeerPubkey: "0237313c1fc4dd3a7b83ac98293d813d5c5ae5f4f2c8ec0595fb99468d0a89af77",
				Address:    "AXWUiHwtXhrgsZBiN7G92VfdyKjxtV9mKk",
			}, {
				Index:      5,
				PeerPubkey: "02712034342b182c61ab7f278defeacb0e5f986935559eb11a972e35eb11801801",
				Address:    "ARqsMoZgQwin9qRQz1qM7WzDXvcYHsxf55",
			}, {
				Index:      6,
				PeerPubkey: "03625c32d7d69d1ec9c7be2ad2d51a6832df0cab06415e3a5c943d6781ad566a55",
				Address:    "AT4K1UQiGkNTs7akaggsqEai7uJoe86Ap1",
			}, {
				Index:      7,
				PeerPubkey: "035f52e2c1eff549e01d153eaf3a1da8a587c30c03ea3b3b1de049d051aeeac948",
				Address:    "AdQ9SfUYcqwyv9YpBsodPeHnLe572UAH9k",
			},
		},
	},
	DBFT: &DBFTConfig{},
	SOLO: &SOLOConfig{},
}

var MainNetConfig = &GenesisConfig{
	SeedList: []string{
		"seed1.ont.io:20338",
		"seed2.ont.io:20338",
		"seed3.ont.io:20338",
		"seed4.ont.io:20338",
		"seed5.ont.io:20338"},
	ConsensusType: CONSENSUS_TYPE_VBFT,
	VBFT: &VBFTConfig{
		N:                    7,
		C:                    2,
		K:                    7,
		L:                    112,
		BlockMsgDelay:        10000,
		HashMsgDelay:         10000,
		PeerHandshakeTimeout: 10,
		MaxBlockChangeView:   120000,
		AdminOntID:           "did:ont:AdjfcJgwru2FD8kotCPvLDXYzRjqFjc9Tb",
		MinInitStake:         100000,
		VrfValue:             "1c9810aa9822e511d5804a9c4db9dd08497c31087b0daafa34d768a3253441fa20515e2f30f81741102af0ca3cefc4818fef16adb825fbaa8cad78647f3afb590e",
		VrfProof:             "c57741f934042cb8d8b087b44b161db56fc3ffd4ffb675d36cd09f83935be853d8729f3f5298d12d6fd28d45dde515a4b9d7f67682d182ba5118abf451ff1988",
		Peers: []*VBFTPeerStakeInfo{
			{
				Index:      1,
				PeerPubkey: "03348c8fe64e1defb408676b6e320038bd2e592c802e27c3d7e88e68270076c2f7",
				Address:    "AZavFr7sQ4em2NmqWDjLMY34tHMQzATWgx",
			},
			{
				Index:      2,
				PeerPubkey: "03afd920a3b4ce2e7175a32c0d092153d1a11ef5e0dcc14e71c85101b95518d5d7",
				Address:    "AM9jHMV7xY4HWH2dWmzyxrtnbi6ErNt7oL",
			},
			{
				Index:      3,
				PeerPubkey: "03e818b65a66d983a99497e06c6552ee5067229e85ba1cec60c5477dc3d568ed43",
				Address:    "ATECwFPNRZFydFR1yUjb6RTLfVcKGKWRmp",
			},
			{
				Index:      4,
				PeerPubkey: "02375e44e500f9cfe8bd2f4afa4a016a8a902567996c919b9d1ce4f5d4f930f145",
				Address:    "AKMxTuHQtt5YspXNPwkQNP5ZY66c4LY5BR",
			},
			{
				Index:      5,
				PeerPubkey: "03af040c09af5e06cf966f73fc99e8f4372f1510fe6e4376824452a99b85695a9c",
				Address:    "AT4fXp36Ui22Lbh5ZJUCRBFDJ7axkLyUFM",
			},
			{
				Index:      6,
				PeerPubkey: "034ee2a4368e999fc7c04e7e3a9073162d47712382f1690d6a67e7e1c475cd0ff3",
				Address:    "ANLRokqieUtrUMave66FcNy2cxV7Whf4UN",
			},
			{
				Index:      7,
				PeerPubkey: "0327f9e0fb3b894027c52caf3d31d9ac5f676d3cf892c933ac107ed7447fb6e65b",
				Address:    "AVRD9QmkYNq8n8DXc9AqpZnUEYhjg1aq5L",
			},
		},
	},
	DBFT: &DBFTConfig{},
	SOLO: &SOLOConfig{},
}

var DefConfig = NewOntologyConfig()

type GenesisConfig struct {
	SeedList      []string
	ConsensusType string
	VBFT          *VBFTConfig
	DBFT          *DBFTConfig
	SOLO          *SOLOConfig
}

func NewGenesisConfig() *GenesisConfig {
	return &GenesisConfig{
		SeedList:      make([]string, 0),
		ConsensusType: CONSENSUS_TYPE_DBFT,
		VBFT:          &VBFTConfig{},
		DBFT:          &DBFTConfig{},
		SOLO:          &SOLOConfig{},
	}
}

// VBFT genesis config, from local config file
type VBFTConfig struct {
	N                    uint32               `json:"n"` // network size
	C                    uint32               `json:"c"` // consensus quorum
	K                    uint32               `json:"k"`
	L                    uint32               `json:"l"`
	BlockMsgDelay        uint32               `json:"block_msg_delay"`
	HashMsgDelay         uint32               `json:"hash_msg_delay"`
	PeerHandshakeTimeout uint32               `json:"peer_handshake_timeout"`
	MaxBlockChangeView   uint32               `json:"max_block_change_view"`
	MinInitStake         uint32               `json:"min_init_stake"`
	AdminOntID           string               `json:"admin_ont_id"`
	VrfValue             string               `json:"vrf_value"`
	VrfProof             string               `json:"vrf_proof"`
	Peers                []*VBFTPeerStakeInfo `json:"peers"`
}

func (self *VBFTConfig) Serialization(sink *common.ZeroCopySink) error {
	sink.WriteUint32(self.N)
	sink.WriteUint32(self.C)
	sink.WriteUint32(self.K)
	sink.WriteUint32(self.L)
	sink.WriteUint32(self.BlockMsgDelay)
	sink.WriteUint32(self.HashMsgDelay)
	sink.WriteUint32(self.PeerHandshakeTimeout)
	sink.WriteUint32(self.MaxBlockChangeView)
	sink.WriteUint32(self.MinInitStake)
	sink.WriteString(self.AdminOntID)
	sink.WriteString(self.VrfValue)
	sink.WriteString(self.VrfProof)
	sink.WriteVarUint(uint64(len(self.Peers)))
	for _, peer := range self.Peers {
		if err := peer.Serialization(sink); err != nil {
			return err
		}
	}

	return nil
}

func (this *VBFTConfig) Deserialization(source *common.ZeroCopySource) error {
	n, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize n error!")
	}
	c, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize c error!")
	}
	k, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize k error!")
	}
	l, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize l error!")
	}
	blockMsgDelay, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize blockMsgDelay error!")
	}
	hashMsgDelay, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize hashMsgDelay error!")
	}
	peerHandshakeTimeout, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize peerHandshakeTimeout error!")
	}
	maxBlockChangeView, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize maxBlockChangeView error!")
	}
	minInitStake, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize minInitStake error!")
	}
	adminOntID, _, irregular, eof := source.NextString()
	if irregular {
		return errors.NewDetailErr(common.ErrIrregularData, errors.ErrNoCode, "serialization.ReadString, deserialize adminOntID error!")
	}
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadString, deserialize adminOntID error!")
	}
	vrfValue, _, irregular, eof := source.NextString()
	if irregular {
		return errors.NewDetailErr(common.ErrIrregularData, errors.ErrNoCode, "serialization.ReadString, deserialize vrfValue error!")
	}
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadString, deserialize vrfValue error!")
	}
	vrfProof, _, irregular, eof := source.NextString()
	if irregular {
		return errors.NewDetailErr(common.ErrIrregularData, errors.ErrNoCode, "serialization.ReadString, deserialize vrfProof error!")
	}
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadString, deserialize vrfProof error!")
	}
	length, _, irregular, eof := source.NextVarUint()
	if irregular {
		return errors.NewDetailErr(common.ErrIrregularData, errors.ErrNoCode, "serialization.ReadVarUint, deserialize peer length error!")
	}
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadVarUint, deserialize peer length error!")
	}
	peers := make([]*VBFTPeerStakeInfo, 0)
	for i := 0; uint64(i) < length; i++ {
		peer := new(VBFTPeerStakeInfo)
		err := peer.Deserialization(source)
		if err != nil {
			return errors.NewDetailErr(err, errors.ErrNoCode, "deserialize peer error!")
		}
		peers = append(peers, peer)
	}
	this.N = n
	this.C = c
	this.K = k
	this.L = l
	this.BlockMsgDelay = blockMsgDelay
	this.HashMsgDelay = hashMsgDelay
	this.PeerHandshakeTimeout = peerHandshakeTimeout
	this.MaxBlockChangeView = maxBlockChangeView
	this.MinInitStake = minInitStake
	this.AdminOntID = adminOntID
	this.VrfValue = vrfValue
	this.VrfProof = vrfProof
	this.Peers = peers
	return nil
}

type VBFTPeerStakeInfo struct {
	Index      uint32 `json:"index"`
	PeerPubkey string `json:"peerPubkey"`
	Address    string `json:"address"`
	InitPos    uint64 `json:"initPos"`
}

func (this *VBFTPeerStakeInfo) Serialization(sink *common.ZeroCopySink) error {
	sink.WriteUint32(this.Index)
	sink.WriteString(this.PeerPubkey)

	address, err := common.AddressFromBase58(this.Address)
	if err != nil {
		return fmt.Errorf("serialize VBFTPeerStackInfo error: %v", err)
	}
	address.Serialization(sink)
	sink.WriteUint64(this.InitPos)
	return nil
}

func (this *VBFTPeerStakeInfo) Deserialization(source *common.ZeroCopySource) error {
	index, eof := source.NextUint32()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize index error!")
	}
	peerPubkey, _, irregular, eof := source.NextString()
	if irregular {
		return errors.NewDetailErr(common.ErrIrregularData, errors.ErrNoCode, "serialization.ReadUint32, deserialize peerPubkey error!")
	}
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize peerPubkey error!")
	}
	address := new(common.Address)
	err := address.Deserialization(source)
	if err != nil {
		return errors.NewDetailErr(err, errors.ErrNoCode, "address.Deserialize, deserialize address error!")
	}
	initPos, eof := source.NextUint64()
	if eof {
		return errors.NewDetailErr(io.ErrUnexpectedEOF, errors.ErrNoCode, "serialization.ReadUint32, deserialize initPos error!")
	}
	this.Index = index
	this.PeerPubkey = peerPubkey
	this.Address = address.ToBase58()
	this.InitPos = initPos
	return nil
}

type DBFTConfig struct {
	GenBlockTime uint
	Bookkeepers  []string
}

type SOLOConfig struct {
	GenBlockTime uint
	Bookkeepers  []string
}

type CommonConfig struct {
	LogLevel       uint
	NodeType       string
	EnableEventLog bool
	SystemFee      map[string]int64
	MinGasLimit    uint64
	GasPrice       uint64
	DataDir        string
	ETHTxGasLimit  uint64
	//NGasLimit        uint64
	WasmVerifyMethod VerifyMethod
	TraceTxPool      bool
}

type ConsensusConfig struct {
	EnableConsensus bool
	MaxTxInBlock    uint
}

type P2PRsvConfig struct {
	ReservedPeers []string `json:"reserved"`
	MaskPeers     []string `json:"mask"`
}

type P2PNodeConfig struct {
	ReservedPeersOnly         bool
	ReservedCfg               *P2PRsvConfig
	NetworkMagic              uint32
	NetworkId                 uint32
	NetworkName               string
	NodePort                  uint16
	IsTLS                     bool
	CertPath                  string
	KeyPath                   string
	CAPath                    string
	HttpInfoPort              uint16
	MaxHdrSyncReqs            uint
	MaxConnInBound            uint
	MaxConnOutBound           uint
	MaxConnInBoundForSingleIP uint
	EVMChainId                uint32
}

type RpcConfig struct {
	EnableHttpJsonRpc bool
	HttpJsonPort      uint
	HttpLocalPort     uint
	EthJsonPort       uint
}

type RestfulConfig struct {
	EnableHttpRestful  bool
	HttpRestPort       uint
	HttpMaxConnections uint
	HttpCertPath       string
	HttpKeyPath        string
}

type GraphQLConfig struct {
	EnableGraphQL  bool
	GraphQLPort    uint
	MaxConnections uint
}

type WebSocketConfig struct {
	EnableHttpWs bool
	HttpWsPort   uint
	HttpCertPath string
	HttpKeyPath  string
}

type OntologyConfig struct {
	Genesis   *GenesisConfig
	Common    *CommonConfig
	Consensus *ConsensusConfig
	P2PNode   *P2PNodeConfig
	Rpc       *RpcConfig
	Restful   *RestfulConfig
	GraphQL   *GraphQLConfig
	Ws        *WebSocketConfig
}

func NewOntologyConfig() *OntologyConfig {
	return &OntologyConfig{
		Genesis: MainNetConfig,
		Common: &CommonConfig{
			LogLevel:         DEFAULT_LOG_LEVEL,
			EnableEventLog:   DEFAULT_ENABLE_EVENT_LOG,
			SystemFee:        make(map[string]int64),
			MinGasLimit:      DEFAULT_MIN_GAS_LIMIT,
			DataDir:          DEFAULT_DATA_DIR,
			WasmVerifyMethod: InterpVerifyMethod,
			ETHTxGasLimit:    DEFAULT_ETH_TX_MAX_GAS_LIMIT,
		},
		Consensus: &ConsensusConfig{
			EnableConsensus: true,
			MaxTxInBlock:    DEFAULT_MAX_TX_IN_BLOCK,
		},
		P2PNode: &P2PNodeConfig{
			ReservedCfg:               &P2PRsvConfig{},
			ReservedPeersOnly:         false,
			NetworkId:                 NETWORK_ID_MAIN_NET,
			NetworkName:               GetNetworkName(NETWORK_ID_MAIN_NET),
			NetworkMagic:              GetNetworkMagic(NETWORK_ID_MAIN_NET),
			EVMChainId:                GetEip155ChainID(NETWORK_ID_MAIN_NET),
			NodePort:                  DEFAULT_NODE_PORT,
			IsTLS:                     false,
			CertPath:                  "",
			KeyPath:                   "",
			CAPath:                    "",
			HttpInfoPort:              DEFAULT_HTTP_INFO_PORT,
			MaxHdrSyncReqs:            DEFAULT_MAX_SYNC_HEADER,
			MaxConnInBound:            DEFAULT_MAX_CONN_IN_BOUND,
			MaxConnOutBound:           DEFAULT_MAX_CONN_OUT_BOUND,
			MaxConnInBoundForSingleIP: DEFAULT_MAX_CONN_IN_BOUND_FOR_SINGLE_IP,
		},
		Rpc: &RpcConfig{
			EnableHttpJsonRpc: true,
			HttpJsonPort:      DEFAULT_RPC_PORT,
			HttpLocalPort:     DEFAULT_RPC_LOCAL_PORT,
		},
		Restful: &RestfulConfig{
			EnableHttpRestful: true,
			HttpRestPort:      DEFAULT_REST_PORT,
		},
		GraphQL: &GraphQLConfig{
			EnableGraphQL: false,
			GraphQLPort:   DEFAULT_GRAPHQL_PORT,
		},
		Ws: &WebSocketConfig{
			EnableHttpWs: true,
			HttpWsPort:   DEFAULT_WS_PORT,
		},
	}
}

func (this *OntologyConfig) GetBookkeepers() ([]keypair.PublicKey, error) {
	var bookKeepers []string
	switch this.Genesis.ConsensusType {
	case CONSENSUS_TYPE_VBFT:
		for _, peer := range this.Genesis.VBFT.Peers {
			bookKeepers = append(bookKeepers, peer.PeerPubkey)
		}
	case CONSENSUS_TYPE_DBFT:
		bookKeepers = this.Genesis.DBFT.Bookkeepers
	case CONSENSUS_TYPE_SOLO:
		bookKeepers = this.Genesis.SOLO.Bookkeepers
	default:
		return nil, fmt.Errorf("Does not support %s consensus", this.Genesis.ConsensusType)
	}

	pubKeys := make([]keypair.PublicKey, 0, len(bookKeepers))
	for _, key := range bookKeepers {
		pubKey, err := hex.DecodeString(key)
		if err != nil {
			return nil, err
		}
		k, err := keypair.DeserializePublicKey(pubKey)
		if err != nil {
			return nil, fmt.Errorf("Incorrectly book keepers key:%s", key)
		}
		pubKeys = append(pubKeys, k)
	}
	keypair.SortPublicKeys(pubKeys)
	return pubKeys, nil
}

func (this *OntologyConfig) GetDefaultNetworkId() (uint32, error) {
	defaultNetworkId, err := this.getDefNetworkIDFromGenesisConfig(this.Genesis)
	if err != nil {
		return 0, err
	}
	mainNetId, err := this.getDefNetworkIDFromGenesisConfig(MainNetConfig)
	if err != nil {
		return 0, err
	}
	polaridId, err := this.getDefNetworkIDFromGenesisConfig(PolarisConfig)
	if err != nil {
		return 0, err
	}
	switch defaultNetworkId {
	case mainNetId:
		return NETWORK_ID_MAIN_NET, nil
	case polaridId:
		return NETWORK_ID_POLARIS_NET, nil
	}
	return defaultNetworkId, nil
}

func (this *OntologyConfig) getDefNetworkIDFromGenesisConfig(genCfg *GenesisConfig) (uint32, error) {
	var configData []byte
	var err error
	switch this.Genesis.ConsensusType {
	case CONSENSUS_TYPE_VBFT:
		configData, err = json.Marshal(genCfg.VBFT)
	case CONSENSUS_TYPE_DBFT:
		configData, err = json.Marshal(genCfg.DBFT)
	case CONSENSUS_TYPE_SOLO:
		return NETWORK_ID_SOLO_NET, nil
	default:
		return 0, fmt.Errorf("unknown consensus type:%s", this.Genesis.ConsensusType)
	}
	if err != nil {
		return 0, fmt.Errorf("json.Marshal error:%s", err)
	}
	data := sha256.Sum256(configData)
	return binary.LittleEndian.Uint32(data[0:4]), nil
}