chains

package
v0.0.0-...-2da98db Latest Latest
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 Go to latest Published: Jul 17, 2024 License: MIT Imports: 17 Imported by: 0

Documentation

Index

Constants

View Source 
const ETHAddressLen = 42

Variables

View Source 
var (
	BitcoinMainnetParams = &chaincfg.MainNetParams
	BitcoinRegnetParams  = &chaincfg.RegressionNetParams
	BitcoinTestnetParams = &chaincfg.TestNet3Params
)
View Source 
var (

	// ZetaChainMainnet is the mainnet chain for Zeta
	ZetaChainMainnet = Chain{
		ChainName:   ChainName_zeta_mainnet,
		ChainId:     7000,
		Network:     Network_zeta,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_tendermint,
		IsExternal:  false,
		CctxGateway: CCTXGateway_zevm,
	}

	// Ethereum is Ethereum mainnet
	Ethereum = Chain{
		ChainName:   ChainName_eth_mainnet,
		ChainId:     1,
		Network:     Network_eth,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// BscMainnet is Binance Smart Chain mainnet
	BscMainnet = Chain{
		ChainName:   ChainName_bsc_mainnet,
		ChainId:     56,
		Network:     Network_bsc,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// BitcoinMainnet is Bitcoin mainnet
	BitcoinMainnet = Chain{
		ChainName:   ChainName_btc_mainnet,
		ChainId:     8332,
		Network:     Network_btc,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_no_vm,
		Consensus:   Consensus_bitcoin,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// Polygon is Polygon mainnet
	Polygon = Chain{
		ChainName:   ChainName_polygon_mainnet,
		ChainId:     137,
		Network:     Network_polygon,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// OptimismMainnet is Optimism mainnet
	OptimismMainnet = Chain{
		ChainName:   ChainName_optimism_mainnet,
		ChainId:     10,
		Network:     Network_optimism,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_op_stack,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// BaseMainnet is Base mainnet
	BaseMainnet = Chain{
		ChainName:   ChainName_base_mainnet,
		ChainId:     8453,
		Network:     Network_base,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_op_stack,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// SolanaMainnet is Solana mainnet
	// TODO: define final chain ID
	// https://github.com/zeta-chain/node/issues/2421
	SolanaMainnet = Chain{
		ChainName:   ChainName_solana_mainnet,
		ChainId:     900,
		Network:     Network_solana,
		NetworkType: NetworkType_mainnet,
		Vm:          Vm_svm,
		Consensus:   Consensus_solana_consensus,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// ZetaChainTestnet is the testnet chain for Zeta
	ZetaChainTestnet = Chain{
		ChainName:   ChainName_zeta_testnet,
		ChainId:     7001,
		Network:     Network_zeta,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_tendermint,
		IsExternal:  false,
		CctxGateway: CCTXGateway_zevm,
	}

	// Sepolia is Ethereum sepolia testnet
	Sepolia = Chain{
		ChainName:   ChainName_sepolia_testnet,
		ChainId:     11155111,
		Network:     Network_eth,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// BscTestnet is Binance Smart Chain testnet
	BscTestnet = Chain{
		ChainName:   ChainName_bsc_testnet,
		ChainId:     97,
		Network:     Network_bsc,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// BitcoinTestnet is Bitcoin testnet3
	BitcoinTestnet = Chain{
		ChainName:   ChainName_btc_testnet,
		ChainId:     18332,
		Network:     Network_btc,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_no_vm,
		Consensus:   Consensus_bitcoin,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// Amoy is Polygon amoy testnet
	Amoy = Chain{
		ChainName:   ChainName_amoy_testnet,
		ChainId:     80002,
		Network:     Network_polygon,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// OptimismSepolia is Optimism sepolia testnet
	OptimismSepolia = Chain{
		ChainName:   ChainName_optimism_sepolia,
		ChainId:     11155420,
		Network:     Network_optimism,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_op_stack,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// BaseSepolia is Base sepolia testnet
	BaseSepolia = Chain{
		ChainName:   ChainName_base_sepolia,
		ChainId:     84532,
		Network:     Network_base,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_op_stack,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// SolanaDevnet is Solana devnet
	// NOTE: Solana devnet refers to Solana testnet in our terminology
	// Solana uses devnet denomitation for network for development
	// TODO: define final chain ID
	// https://github.com/zeta-chain/node/issues/2421
	SolanaDevnet = Chain{
		ChainName:   ChainName_solana_devnet,
		ChainId:     901,
		Network:     Network_solana,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_svm,
		Consensus:   Consensus_solana_consensus,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// ZetaChainDevnet is the devnet chain for Zeta
	// used as live testing environment
	ZetaChainDevnet = Chain{
		ChainName:   ChainName_zeta_mainnet,
		ChainId:     70000,
		Network:     Network_zeta,
		NetworkType: NetworkType_devnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_tendermint,
		IsExternal:  false,
		CctxGateway: CCTXGateway_zevm,
	}

	// ZetaChainPrivnet is the privnet chain for Zeta (localnet)
	ZetaChainPrivnet = Chain{
		ChainName:   ChainName_zeta_mainnet,
		ChainId:     101,
		Network:     Network_zeta,
		NetworkType: NetworkType_privnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_tendermint,
		IsExternal:  false,
		CctxGateway: CCTXGateway_zevm,
	}

	// BitcoinRegtest is Bitcoin regtest (localnet)
	BitcoinRegtest = Chain{
		ChainName:   ChainName_btc_regtest,
		ChainId:     18444,
		Network:     Network_btc,
		NetworkType: NetworkType_privnet,
		Vm:          Vm_no_vm,
		Consensus:   Consensus_bitcoin,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// GoerliLocalnet is Ethereum local goerli (localnet)
	GoerliLocalnet = Chain{
		ChainName:   ChainName_goerli_localnet,
		ChainId:     1337,
		Network:     Network_eth,
		NetworkType: NetworkType_privnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// SolanaLocalnet is Solana localnet
	// TODO: define final chain ID
	// https://github.com/zeta-chain/node/issues/2421
	SolanaLocalnet = Chain{
		ChainName:   ChainName_solana_localnet,
		ChainId:     902,
		Network:     Network_solana,
		NetworkType: NetworkType_privnet,
		Vm:          Vm_svm,
		Consensus:   Consensus_solana_consensus,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// Goerli is Ethereum goerli testnet (deprecated for sepolia)
	Goerli = Chain{
		ChainName:   ChainName_goerli_testnet,
		ChainId:     5,
		Network:     Network_eth,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}

	// Mumbai is Polygon mumbai testnet (deprecated for amoy)
	Mumbai = Chain{
		ChainName:   ChainName_mumbai_testnet,
		ChainId:     80001,
		Network:     Network_polygon,
		NetworkType: NetworkType_testnet,
		Vm:          Vm_evm,
		Consensus:   Consensus_ethereum,
		IsExternal:  true,
		CctxGateway: CCTXGateway_observers,
	}
)
View Source 
var (
	ErrInvalidLengthChains        = fmt.Errorf("proto: negative length found during unmarshaling")
	ErrIntOverflowChains          = fmt.Errorf("proto: integer overflow")
	ErrUnexpectedEndOfGroupChains = fmt.Errorf("proto: unexpected end of group")
)
View Source 
var CCTXGateway_name = map[int32]string{
	0: "zevm",
	1: "observers",
}
View Source 
var CCTXGateway_value = map[string]int32{
	"zevm":      0,
	"observers": 1,
}
View Source 
var ChainName_name = map[int32]string{
	0:  "empty",
	1:  "eth_mainnet",
	2:  "zeta_mainnet",
	3:  "btc_mainnet",
	4:  "polygon_mainnet",
	5:  "bsc_mainnet",
	6:  "goerli_testnet",
	7:  "mumbai_testnet",
	10: "bsc_testnet",
	11: "zeta_testnet",
	12: "btc_testnet",
	13: "sepolia_testnet",
	14: "goerli_localnet",
	15: "btc_regtest",
	16: "amoy_testnet",
	17: "optimism_mainnet",
	18: "optimism_sepolia",
	19: "base_mainnet",
	20: "base_sepolia",
	21: "solana_mainnet",
	22: "solana_devnet",
	23: "solana_localnet",
}
View Source 
var ChainName_value = map[string]int32{
	"empty":            0,
	"eth_mainnet":      1,
	"zeta_mainnet":     2,
	"btc_mainnet":      3,
	"polygon_mainnet":  4,
	"bsc_mainnet":      5,
	"goerli_testnet":   6,
	"mumbai_testnet":   7,
	"bsc_testnet":      10,
	"zeta_testnet":     11,
	"btc_testnet":      12,
	"sepolia_testnet":  13,
	"goerli_localnet":  14,
	"btc_regtest":      15,
	"amoy_testnet":     16,
	"optimism_mainnet": 17,
	"optimism_sepolia": 18,
	"base_mainnet":     19,
	"base_sepolia":     20,
	"solana_mainnet":   21,
	"solana_devnet":    22,
	"solana_localnet":  23,
}
View Source 
var Consensus_name = map[int32]string{
	0: "ethereum",
	1: "tendermint",
	2: "bitcoin",
	3: "op_stack",
	4: "solana_consensus",
}
View Source 
var Consensus_value = map[string]int32{
	"ethereum":         0,
	"tendermint":       1,
	"bitcoin":          2,
	"op_stack":         3,
	"solana_consensus": 4,
}
View Source 
var (
	DeadAddress = eth.HexToAddress("0xdEAD000000000000000042069420694206942069")
)
View Source 
var ErrNotZetaChain = fmt.Errorf("chain is not a ZetaChain chain")

ErrNotZetaChain is the error for chain not being a ZetaChain chain

View Source 
var NetworkType_name = map[int32]string{
	0: "mainnet",
	1: "testnet",
	2: "privnet",
	3: "devnet",
}
View Source 
var NetworkType_value = map[string]int32{
	"mainnet": 0,
	"testnet": 1,
	"privnet": 2,
	"devnet":  3,
}
View Source 
var Network_name = map[int32]string{
	0: "eth",
	1: "zeta",
	2: "btc",
	3: "polygon",
	4: "bsc",
	5: "optimism",
	6: "base",
	7: "solana",
}
View Source 
var Network_value = map[string]int32{
	"eth":      0,
	"zeta":     1,
	"btc":      2,
	"polygon":  3,
	"bsc":      4,
	"optimism": 5,
	"base":     6,
	"solana":   7,
}
View Source 
var ReceiveStatus_name = map[int32]string{
	0: "created",
	1: "success",
	2: "failed",
}
View Source 
var ReceiveStatus_value = map[string]int32{
	"created": 0,
	"success": 1,
	"failed":  2,
}
View Source 
var Vm_name = map[int32]string{
	0: "no_vm",
	1: "evm",
	2: "svm",
}
View Source 
var Vm_value = map[string]int32{
	"no_vm": 0,
	"evm":   1,
	"svm":   2,
}

Functions

func BitcoinChainIDFromNetworkName 

func BitcoinChainIDFromNetworkName(name string) (int64, error)

BitcoinChainIDFromNetworkName returns the chain id for the given bitcoin network name

func BitcoinNetParamsFromChainID 

func BitcoinNetParamsFromChainID(chainID int64) (*chaincfg.Params, error)

BitcoinNetParamsFromChainID returns the bitcoin net params to be used from the chain id

func BtcNonceMarkOffset 

func BtcNonceMarkOffset() int64

BtcNonceMarkOffset is the offset satoshi amount to calculate the nonce mark output

func ChainIDInChainList 

func ChainIDInChainList(chainID int64, chainList []Chain) bool

ChainIDInChainList checks whether the chainID is in the chain list

func ConvertRecoverToError 

func ConvertRecoverToError(r interface{}) error

func CosmosToEthChainID 

func CosmosToEthChainID(chainID string) (int64, error)

CosmosToEthChainID converts a Cosmos chain ID to an Ethereum chain ID parse value between _ and - e.g. cosmoshub_400-1 -> 400

func DecodeAddressFromChainID 

func DecodeAddressFromChainID(chainID int64, addr string, additionalChains []Chain) ([]byte, error)

DecodeAddressFromChainID decode the address string to bytes additionalChains is a list of additional chains to search from in practice, it is used in the protocol to dynamically support new chains without doing an upgrade

func DecodeBtcAddress 

func DecodeBtcAddress(inputAddress string, chainID int64) (address btcutil.Address, err error)

DecodeBtcAddress decodes a BTC address from a given string and chainID

func GetBTCChainIDFromChainParams 

func GetBTCChainIDFromChainParams(params *chaincfg.Params) (int64, error)

GetBTCChainIDFromChainParams returns the bitcoin chain ID from the chain config params

func GetBTCChainParams 

func GetBTCChainParams(chainID int64) (*chaincfg.Params, error)

GetBTCChainParams returns the bitcoin chain config params from the chain ID

func IsBitcoinChain 

func IsBitcoinChain(chainID int64, additionalChains []Chain) bool

IsBitcoinChain returns true if the chain is a Bitcoin-based chain or uses the bitcoin consensus mechanism for block finality additionalChains is a list of additional chains to search from in practice, it is used in the protocol to dynamically support new chains without doing an upgrade

func IsBitcoinMainnet 

func IsBitcoinMainnet(chainID int64) bool

IsBitcoinMainnet returns true if the chain id is for the mainnet

func IsBitcoinRegnet 

func IsBitcoinRegnet(chainID int64) bool

IsBitcoinRegnet returns true if the chain id is for the regnet

func IsBtcAddressSupported 

func IsBtcAddressSupported(addr btcutil.Address) bool

IsBtcAddressSupported returns true if the given BTC address is supported

func IsEVMChain 

func IsEVMChain(chainID int64, additionalChains []Chain) bool

IsEVMChain returns true if the chain is an EVM chain or uses the ethereum consensus mechanism for block finality additionalChains is a list of additional chains to search from in practice, it is used in the protocol to dynamically support new chains without doing an upgrade

func IsEthereumChain 

func IsEthereumChain(chainID int64, additionalChains []Chain) bool

IsEthereumChain returns true if the chain is an Ethereum chain additionalChains is a list of additional chains to search from in practice, it is used in the protocol to dynamically support new chains without doing an upgrade

func IsZetaChain 

func IsZetaChain(chainID int64, additionalChains []Chain) bool

IsZetaChain returns true if the chain is a Zeta chain additionalChains is a list of additional chains to search from in practice, it is used in the protocol to dynamically support new chains without doing an upgrade

func NonceMarkAmount 

func NonceMarkAmount(nonce uint64) int64

NonceMarkAmount uses special value to mark current nonce in UTXO

func ParseAddressAndData 

func ParseAddressAndData(message string) (ethcommon.Address, []byte, error)

ParseAddressAndData parses the message string into an address and data message is hex encoded byte array [ contractAddress calldata ] [ 20B, variable]

func PayToWitnessTaprootScript 

func PayToWitnessTaprootScript(rawKey []byte) ([]byte, error)

PayToWitnessTaprootScript creates a new script to pay to a version 1 (taproot) witness program. The passed hash is expected to be valid.

func StringToHash 

func StringToHash(chainID int64, hash string, additionalChains []Chain) ([]byte, error)

StringToHash convert string to hash bytes

Types

type Address 

type Address string
var NoAddress Address

func NewAddress 

func NewAddress(address string) Address

NewAddress create a new Address. Supports Ethereum, BSC, Polygon

func (Address) Equals 

func (addr Address) Equals(addr2 Address) bool

func (Address) IsEmpty 

func (addr Address) IsEmpty() bool

func (Address) String 

func (addr Address) String() string

type AddressSegWit 

type AddressSegWit struct {
	// contains filtered or unexported fields
}

func (AddressSegWit) EncodeAddress 

func (a AddressSegWit) EncodeAddress() string

EncodeAddress returns the bech32 (or bech32m for SegWit v1) string encoding of an AddressSegWit.

NOTE: This method is part of the Address interface.

func (*AddressSegWit) IsForNet 

func (a *AddressSegWit) IsForNet(net *chaincfg.Params) bool

IsForNet returns whether the AddressSegWit is associated with the passed bitcoin network.

NOTE: This method is part of the Address interface.

func (*AddressSegWit) ScriptAddress 

func (a *AddressSegWit) ScriptAddress() []byte

ScriptAddress returns the witness program for this address.

NOTE: This method is part of the Address interface.

func (*AddressSegWit) String 

func (a *AddressSegWit) String() string

String returns a human-readable string for the AddressWitnessPubKeyHash. This is equivalent to calling EncodeAddress, but is provided so the type can be used as a fmt.Stringer.

NOTE: This method is part of the Address interface.

type AddressTaproot 

type AddressTaproot struct {
	AddressSegWit
}

func DecodeTaprootAddress 

func DecodeTaprootAddress(addr string) (*AddressTaproot, error)

DecodeTaprootAddress decodes taproot address only and returns error on non-taproot address

func NewAddressTaproot 

func NewAddressTaproot(witnessProg []byte,
	net *chaincfg.Params) (*AddressTaproot, error)

NewAddressTaproot returns a new AddressTaproot.

type CCTXGateway 

type CCTXGateway int32

CCTXGateway describes for the chain the gateway used to handle CCTX outbounds 

const (
	// zevm is the internal CCTX gateway to process outbound on the ZEVM and read
	// inbound events from the ZEVM only used for ZetaChain chains
	CCTXGateway_zevm CCTXGateway = 0
	// observers is the CCTX gateway for chains relying on the observer set to
	// observe inbounds and TSS for outbounds
	CCTXGateway_observers CCTXGateway = 1
)

func (CCTXGateway) EnumDescriptor 

func (CCTXGateway) EnumDescriptor() ([]byte, []int)

func (CCTXGateway) String 

func (x CCTXGateway) String() string

type Chain 

type Chain struct {
	// ChainId is the unique identifier of the chain
	ChainId int64 `protobuf:"varint,2,opt,name=chain_id,json=chainId,proto3" json:"chain_id,omitempty"`
	// ChainName is the name of the chain
	ChainName ChainName `` /* 134-byte string literal not displayed */
	// Network is the network of the chain
	Network Network `protobuf:"varint,3,opt,name=network,proto3,enum=zetachain.zetacore.pkg.chains.Network" json:"network,omitempty"`
	// NetworkType is the network type of the chain: mainnet, testnet, etc..
	NetworkType NetworkType `` /* 142-byte string literal not displayed */
	// Vm is the virtual machine used in the chain
	Vm Vm `protobuf:"varint,5,opt,name=vm,proto3,enum=zetachain.zetacore.pkg.chains.Vm" json:"vm,omitempty"`
	// Consensus is the underlying consensus algorithm used by the chain
	Consensus Consensus `protobuf:"varint,6,opt,name=consensus,proto3,enum=zetachain.zetacore.pkg.chains.Consensus" json:"consensus,omitempty"`
	// IsExternal describe if the chain is ZetaChain or external
	IsExternal bool `protobuf:"varint,7,opt,name=is_external,json=isExternal,proto3" json:"is_external,omitempty"`
	// CCTXGateway is the gateway used to handle CCTX outbounds
	CctxGateway CCTXGateway `` /* 142-byte string literal not displayed */
}

Chain represents static data about a blockchain network it is identified by a unique chain ID

func ChainListByConsensus 

func ChainListByConsensus(consensus Consensus, additionalChains []Chain) []Chain

ChainListByConsensus returns a list of chains by consensus

func ChainListByNetwork 

func ChainListByNetwork(network Network, additionalChains []Chain) []Chain

ChainListByNetwork returns a list of chains by network

func ChainListByNetworkType 

func ChainListByNetworkType(networkType NetworkType, additionalChains []Chain) []Chain

ChainListByNetworkType returns a list of chains by network type

func ChainListForHeaderSupport 

func ChainListForHeaderSupport(additionalChains []Chain) []Chain

ChainListForHeaderSupport returns a list of chains that support headers

func CombineChainList 

func CombineChainList(base []Chain, additional []Chain) []Chain

CombineChainList combines a list of chains with a list of chains duplicated chain ID are overwritten by the second list

func CombineDefaultChainsList 

func CombineDefaultChainsList(chains []Chain) []Chain

CombineDefaultChainsList combines the default chains list with a list of chains duplicated chain ID are overwritten by the second list

func DefaultChainsList 

func DefaultChainsList() []Chain

DefaultChainsList returns a list of default chains

func ExternalChainList 

func ExternalChainList(additionalChains []Chain) []Chain

ExternalChainList returns a list chains that are not Zeta

func GetChainFromChainID 

func GetChainFromChainID(chainID int64, additionalChains []Chain) (Chain, bool)

GetChainFromChainID returns the chain from the chain ID additionalChains is a list of additional chains to search from in practice, it is used in the protocol to dynamically support new chains without doing an upgrade

func ZetaChainFromChainID 

func ZetaChainFromChainID(chainID int64) (Chain, error)

ZetaChainFromChainID returns a ZetaChain chain object from a chain ID

func ZetaChainFromCosmosChainID 

func ZetaChainFromCosmosChainID(chainID string) (Chain, error)

ZetaChainFromCosmosChainID returns a ZetaChain chain object from a Cosmos chain ID

func (*Chain) Descriptor 

func (*Chain) Descriptor() ([]byte, []int)

func (Chain) EncodeAddress 

func (chain Chain) EncodeAddress(b []byte) (string, error)

EncodeAddress bytes representations of address on EVM chain, it is 20Bytes on Bitcoin chain, it is P2WPKH address, []byte(bech32 encoded string)

func (*Chain) GetCctxGateway 

func (m *Chain) GetCctxGateway() CCTXGateway

func (*Chain) GetChainId 

func (m *Chain) GetChainId() int64

func (*Chain) GetChainName 

func (m *Chain) GetChainName() ChainName

func (*Chain) GetConsensus 

func (m *Chain) GetConsensus() Consensus

func (*Chain) GetIsExternal 

func (m *Chain) GetIsExternal() bool

func (*Chain) GetNetwork 

func (m *Chain) GetNetwork() Network

func (*Chain) GetNetworkType 

func (m *Chain) GetNetworkType() NetworkType

func (*Chain) GetVm 

func (m *Chain) GetVm() Vm

func (Chain) IsBitcoinChain 

func (chain Chain) IsBitcoinChain() bool

func (Chain) IsEVMChain 

func (chain Chain) IsEVMChain() bool

func (Chain) IsEmpty 

func (chain Chain) IsEmpty() bool

IsEmpty is to determinate whether the chain is empty

func (Chain) IsExternalChain 

func (chain Chain) IsExternalChain() bool

IsExternalChain returns true if the chain is an ExternalChain chain, not ZetaChain

func (Chain) IsZetaChain 

func (chain Chain) IsZetaChain() bool

IsZetaChain returns true if the chain is a ZetaChain chain

func (*Chain) Marshal 

func (m *Chain) Marshal() (dAtA []byte, err error)

func (*Chain) MarshalTo 

func (m *Chain) MarshalTo(dAtA []byte) (int, error)

func (*Chain) MarshalToSizedBuffer 

func (m *Chain) MarshalToSizedBuffer(dAtA []byte) (int, error)

func (*Chain) ProtoMessage 

func (*Chain) ProtoMessage()

func (*Chain) Reset 

func (m *Chain) Reset()

func (*Chain) Size 

func (m *Chain) Size() (n int)

func (*Chain) String 

func (m *Chain) String() string

func (*Chain) Unmarshal 

func (m *Chain) Unmarshal(dAtA []byte) error

func (Chain) Validate 

func (chain Chain) Validate() error

Validate checks whether the chain is valid The function check the chain ID is positive and all enum fields have a defined value

func (*Chain) XXX_DiscardUnknown 

func (m *Chain) XXX_DiscardUnknown()

func (*Chain) XXX_Marshal 

func (m *Chain) XXX_Marshal(b []byte, deterministic bool) ([]byte, error)

func (*Chain) XXX_Merge 

func (m *Chain) XXX_Merge(src proto.Message)

func (*Chain) XXX_Size 

func (m *Chain) XXX_Size() int

func (*Chain) XXX_Unmarshal 

func (m *Chain) XXX_Unmarshal(b []byte) error

type ChainName 

type ChainName int32

ChainName represents the name of the chain 

const (
	ChainName_empty            ChainName = 0
	ChainName_eth_mainnet      ChainName = 1
	ChainName_zeta_mainnet     ChainName = 2
	ChainName_btc_mainnet      ChainName = 3
	ChainName_polygon_mainnet  ChainName = 4
	ChainName_bsc_mainnet      ChainName = 5
	ChainName_goerli_testnet   ChainName = 6
	ChainName_mumbai_testnet   ChainName = 7
	ChainName_bsc_testnet      ChainName = 10
	ChainName_zeta_testnet     ChainName = 11
	ChainName_btc_testnet      ChainName = 12
	ChainName_sepolia_testnet  ChainName = 13
	ChainName_goerli_localnet  ChainName = 14
	ChainName_btc_regtest      ChainName = 15
	ChainName_amoy_testnet     ChainName = 16
	ChainName_optimism_mainnet ChainName = 17
	ChainName_optimism_sepolia ChainName = 18
	ChainName_base_mainnet     ChainName = 19
	ChainName_base_sepolia     ChainName = 20
	ChainName_solana_mainnet   ChainName = 21
	ChainName_solana_devnet    ChainName = 22
	ChainName_solana_localnet  ChainName = 23
)

func (ChainName) EnumDescriptor 

func (ChainName) EnumDescriptor() ([]byte, []int)

func (ChainName) String 

func (x ChainName) String() string

type Consensus 

type Consensus int32

Consensus represents the consensus algorithm used by the chain this can represent the consensus of a L1 this can also represent the solution of a L2 

const (
	Consensus_ethereum         Consensus = 0
	Consensus_tendermint       Consensus = 1
	Consensus_bitcoin          Consensus = 2
	Consensus_op_stack         Consensus = 3
	Consensus_solana_consensus Consensus = 4
)

func (Consensus) EnumDescriptor 

func (Consensus) EnumDescriptor() ([]byte, []int)

func (Consensus) String 

func (x Consensus) String() string

type Network 

type Network int32

Network represents the network of the chain there is a single instance of the network on mainnet then the network can have eventual testnets or devnets 

const (
	Network_eth      Network = 0
	Network_zeta     Network = 1
	Network_btc      Network = 2
	Network_polygon  Network = 3
	Network_bsc      Network = 4
	Network_optimism Network = 5
	Network_base     Network = 6
	Network_solana   Network = 7
)

func (Network) EnumDescriptor 

func (Network) EnumDescriptor() ([]byte, []int)

func (Network) String 

func (x Network) String() string

type NetworkType 

type NetworkType int32

NetworkType represents the network type of the chain Mainnet, Testnet, Privnet, Devnet 

const (
	NetworkType_mainnet NetworkType = 0
	NetworkType_testnet NetworkType = 1
	NetworkType_privnet NetworkType = 2
	NetworkType_devnet  NetworkType = 3
)

func (NetworkType) EnumDescriptor 

func (NetworkType) EnumDescriptor() ([]byte, []int)

func (NetworkType) String 

func (x NetworkType) String() string

type ReceiveStatus 

type ReceiveStatus int32

ReceiveStatus represents the status of an outbound TODO: Rename and move https://github.com/zeta-chain/node/issues/2257 

const (
	// Created is used for inbounds
	ReceiveStatus_created ReceiveStatus = 0
	ReceiveStatus_success ReceiveStatus = 1
	ReceiveStatus_failed  ReceiveStatus = 2
)

func ReceiveStatusFromString 

func ReceiveStatusFromString(str string) (ReceiveStatus, error)

ReceiveStatusFromString returns a ReceiveStatus from a string using in CLI 0 for success, 1 for failed TODO: remove "receive" naming ans use outbound https://github.com/zeta-chain/node/issues/1797

func (ReceiveStatus) EnumDescriptor 

func (ReceiveStatus) EnumDescriptor() ([]byte, []int)

func (ReceiveStatus) String 

func (x ReceiveStatus) String() string

type Vm 

type Vm int32

Vm represents the virtual machine type of the chain to support smart contracts 

const (
	Vm_no_vm Vm = 0
	Vm_evm   Vm = 1
	Vm_svm   Vm = 2
)

func (Vm) EnumDescriptor 

func (Vm) EnumDescriptor() ([]byte, []int)

func (Vm) String 

func (x Vm) String() string

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