Documentation
¶
Overview ¶
Package primary provides primary network wallet operations.
Index ¶
- Constants
- func AddAllUTXOs(ctx context.Context, utxos walletcommon.UTXOs, client UTXOClient, ...) error
- func NewChainUTXOs(chainID ids.ID, utxos UTXOs) common.ChainUTXOs
- type EthState
- type KeychainAdapter
- type LUXState
- type UTXOClient
- type UTXOUnmarshaler
- type UTXOs
- type Wallet
- type WalletConfig
- type XClient
Constants ¶
const ( MainnetAPIURI = "https://api.lux.network" TestnetAPIURI = "https://api.lux-test.network" LocalAPIURI = "http://localhost:9630" )
Variables ¶
This section is empty.
Functions ¶
func AddAllUTXOs ¶
func AddAllUTXOs( ctx context.Context, utxos walletcommon.UTXOs, client UTXOClient, unmarshaler UTXOUnmarshaler, sourceChainID ids.ID, destinationChainID ids.ID, addrs []ids.ShortID, ) error
AddAllUTXOs fetches all the UTXOs referenced by [addresses] that were sent from [sourceChainID] to [destinationChainID] from the [client]. It then uses [unmarshaler] to parse the returned UTXOs and it adds them into [utxos]. If [ctx] expires, then the returned error will be immediately reported.
[unmarshaler] is the chain's UTXO decoder. Today this is the upstream proto/{p,x}/txs codec satisfying UTXOUnmarshaler implicitly; once the upstream ZAP-native API ships (LP-023/LP-184), callers pass a typed ZAP UTXO accessor instead.
func NewChainUTXOs ¶
func NewChainUTXOs(chainID ids.ID, utxos UTXOs) common.ChainUTXOs
Types ¶
type KeychainAdapter ¶
type KeychainAdapter struct {
*secp256k1fx.Keychain
}
KeychainAdapter adapts secp256k1fx.Keychain to BOTH wallet/keychain.Keychain (UTXO-side) and c.EVMKeychain (EVM-side).
func NewKeychainAdapter ¶
func NewKeychainAdapter(kc *secp256k1fx.Keychain) *KeychainAdapter
NewKeychainAdapter creates a KeychainAdapter from a secp256k1fx.Keychain
func (*KeychainAdapter) Addresses ¶
func (kc *KeychainAdapter) Addresses() set.Set[ids.ShortID]
Addresses implements wallet/keychain.Keychain (UTXO-side).
func (*KeychainAdapter) EVMAddresses ¶ added in v1.16.62
func (kc *KeychainAdapter) EVMAddresses() set.Set[gethcommon.Address]
EVMAddresses implements c.EVMKeychain (EVM-side address set).
func (*KeychainAdapter) GetByEVM ¶ added in v1.16.62
func (kc *KeychainAdapter) GetByEVM(addr gethcommon.Address) (keychain.Signer, bool)
GetByEVM implements c.EVMKeychain (EVM-side lookup by 20-byte addr).
type LUXState ¶
type LUXState struct {
PClient *platformvm.Client
PCTX *pbuilder.Context
// X-Chain: opt-in via AttachXChain. Nil if not attached or not registered on this network.
XClient *XClient
XCTX *xbuilder.Context
// C-Chain: opt-in via AttachCChain. EVM, fundamentally different from
// UTXO P/X — uses ethclient. Nil if not attached or not registered.
// CCTX would live in ./chain/c (EthClient + ChainID + GasPrice) — not
// a UTXOCtx. Wired through FetchEthState today.
UTXOs walletcommon.UTXOs
// contains filtered or unexported fields
}
func FetchPState ¶ added in v1.17.8
FetchPState fetches ONLY the P-Chain client + context + UTXOs.
This is the canonical entry point. P-Chain is the only required chain for sovereign-L1 spawn (CreateChainTx), validator ops, primary network transactions. X-Chain (UTXO asset transfers) and C-Chain (EVM smart contracts) are opt-in — call AttachXChain / AttachCChain on the returned state if you need them.
Liquidity / sovereign-L1 callers: this is the function you want. Don't call FetchState (it tries to pull X + C, which is wasteful when they're not needed and breaks against P-only Quasar networks if not fail-softed correctly).
func FetchState ¶
FetchState is the P+X convenience that pre-fetches P (required) and X (opt-in via AttachXChain). Kept for back-compat. New callers should use FetchPState + AttachXChain / AttachCChain explicitly so the dependency graph is visible at the call site.
func (*LUXState) AttachXChain ¶ added in v1.17.8
AttachXChain adds X-Chain client + context to the state. Fail-soft: if X-Chain is not registered on this network (Quasar mainnet is P+C only), returns the state unchanged with no error. Any other RPC error is returned.
type UTXOClient ¶
type UTXOUnmarshaler ¶ added in v1.17.1
UTXOUnmarshaler decodes a UTXO byte buffer into the destination.
This is the minimal surface AddAllUTXOs needs to parse the bytes returned by GetAtomicUTXOs. Concretely satisfied today by github.com/luxfi/codec.Manager (linearcodec underneath), wired in via proto/p/txs.Codec and proto/x/txs.Codec.
TODO(LP-023/LP-184): once proto/p/txs and proto/x/txs expose ZAP-native WrapUTXO(b) accessors per LP-023 / LP-184 the new final Lux network wire, drop this interface and consume the typed Wrap*UTXO API directly. Until then we leave the upstream codec.Manager satisfying this interface so the SDK's only wire dep on luxfi/codec is the implicit interface satisfaction — no direct import.
type UTXOs ¶
type UTXOs interface {
AddUTXO(ctx context.Context, sourceChainID, destinationChainID ids.ID, utxo *lux.UTXO) error
RemoveUTXO(ctx context.Context, sourceChainID, destinationChainID, utxoID ids.ID) error
UTXOs(ctx context.Context, sourceChainID, destinationChainID ids.ID) ([]*lux.UTXO, error)
GetUTXO(ctx context.Context, sourceChainID, destinationChainID, utxoID ids.ID) (*lux.UTXO, error)
}
type Wallet ¶
Wallet provides chain wallets for the primary network.
func MakePChainWallet ¶
func MakePChainWallet(ctx context.Context, config *WalletConfig) (Wallet, error)
MakePChainWallet returns a wallet that only supports issuing P-chain transactions. This is an alias for MakeWallet for backward compatibility.
func MakeWallet ¶
func MakeWallet(ctx context.Context, config *WalletConfig) (Wallet, error)
MakeWallet returns a wallet that supports issuing transactions to the chains living in the primary network.
On creation, the wallet attaches to the provided uri and fetches all UTXOs that reference any of the provided keys. If the UTXOs are modified through an external issuance process, such as another instance of the wallet, the UTXOs may become out of sync. The wallet will also fetch all requested P-chain transactions.
The wallet manages all state locally, and performs all tx signing locally.
type WalletConfig ¶
type WalletConfig struct {
// Base URI to use for all node requests.
URI string // required
// Keys to use for signing all transactions.
LUXKeychain keychain.Keychain // required
EVMKeychain c.EVMKeychain // required
// Set of P-chain transactions that the wallet should know about to be able
// to generate transactions.
PChainTxs map[ids.ID]*txs.Tx // optional
// Set of P-chain transactions that the wallet should fetch to be able to
// generate transactions.
PChainTxsToFetch set.Set[ids.ID] // optional
}
type XClient ¶
type XClient struct {
// contains filtered or unexported fields
}
XClient is a client for interacting with the X-Chain
func NewXClient ¶
NewXClient returns a new X-Chain client
func NewXClientWithContext ¶
NewXClientWithContext returns a new X-Chain client with context information required for proper address formatting and UTXO queries. Note: Uses "X" alias for the endpoint (more reliable) but keeps blockchainID for address formatting in UTXO queries.
func (*XClient) GetAtomicUTXOs ¶
func (c *XClient) GetAtomicUTXOs( ctx context.Context, addrs []ids.ShortID, sourceChain string, limit uint32, startAddress ids.ShortID, startUTXOID ids.ID, options ...rpc.Option, ) ([][]byte, ids.ShortID, ids.ID, error)
GetAtomicUTXOs implements UTXOClient. Queries the X-chain for UTXOs controlled by the given addresses.