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package
v1.10.13-rc.1 Latest Latest
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 Go to latest Published: Oct 16, 2023 License: BSD-3-Clause Imports: 23 Imported by: 48

Documentation

Index

Examples

Constants

View Source 
const (
	MainnetAPIURI = "https://api.avax.network"
	FujiAPIURI    = "https://api.avax-test.network"
	LocalAPIURI   = "http://localhost:9650"
)

Variables

This section is empty.

Functions

func AddAllUTXOs 

func AddAllUTXOs(
	ctx context.Context,
	utxos UTXOs,
	client UTXOClient,
	codec codec.Manager,
	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 codec to parse the returned UTXOs and it adds them into [utxos]. If [ctx] expires, then the returned error will be immediately reported.

func NewChainUTXOs 

func NewChainUTXOs(chainID ids.ID, utxos UTXOs) common.ChainUTXOs

Types

type AVAXState added in v1.10.9 

type AVAXState struct {
	PClient platformvm.Client
	PCTX    p.Context
	XClient avm.Client
	XCTX    x.Context
	CClient evm.Client
	CCTX    c.Context
	UTXOs   UTXOs
}

func FetchState added in v1.7.8 

func FetchState(
	ctx context.Context,
	uri string,
	addrs set.Set[ids.ShortID],
) (
	*AVAXState,
	error,
)

type EthState added in v1.10.9 

type EthState struct {
	Client   ethclient.Client
	Accounts map[common.Address]*c.Account
}

func FetchEthState added in v1.10.9 

func FetchEthState(
	ctx context.Context,
	uri string,
	addrs set.Set[common.Address],
) (*EthState, error)

type UTXOClient 

type UTXOClient interface {
	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)
}

type UTXOs 

type UTXOs interface {
	AddUTXO(ctx context.Context, sourceChainID, destinationChainID ids.ID, utxo *avax.UTXO) error
	RemoveUTXO(ctx context.Context, sourceChainID, destinationChainID, utxoID ids.ID) error

	UTXOs(ctx context.Context, sourceChainID, destinationChainID ids.ID) ([]*avax.UTXO, error)
	GetUTXO(ctx context.Context, sourceChainID, destinationChainID, utxoID ids.ID) (*avax.UTXO, error)
}

func NewUTXOs 

func NewUTXOs() UTXOs

type Wallet 

type Wallet interface {
	P() p.Wallet
	X() x.Wallet
	C() c.Wallet
}

Wallet provides chain wallets for the primary network.

Example 
ctx := context.Background()
kc := secp256k1fx.NewKeychain(genesis.EWOQKey)

// MakeWallet fetches the available UTXOs owned by [kc] on the network that
// [LocalAPIURI] is hosting.
walletSyncStartTime := time.Now()
wallet, err := MakeWallet(ctx, &WalletConfig{
	URI:          LocalAPIURI,
	AVAXKeychain: kc,
	EthKeychain:  kc,
})
if err != nil {
	log.Fatalf("failed to initialize wallet with: %s\n", err)
	return
}
log.Printf("synced wallet in %s\n", time.Since(walletSyncStartTime))

// Get the P-chain and the X-chain wallets
pWallet := wallet.P()
xWallet := wallet.X()

// Pull out useful constants to use when issuing transactions.
xChainID := xWallet.BlockchainID()
owner := &secp256k1fx.OutputOwners{
	Threshold: 1,
	Addrs: []ids.ShortID{
		genesis.EWOQKey.PublicKey().Address(),
	},
}

// Create a custom asset to send to the P-chain.
createAssetStartTime := time.Now()
createAssetTx, err := xWallet.IssueCreateAssetTx(
	"RnM",
	"RNM",
	9,
	map[uint32][]verify.State{
		0: {
			&secp256k1fx.TransferOutput{
				Amt:          100 * units.MegaAvax,
				OutputOwners: *owner,
			},
		},
	},
)
if err != nil {
	log.Fatalf("failed to create new X-chain asset with: %s\n", err)
	return
}
createAssetTxID := createAssetTx.ID()
log.Printf("created X-chain asset %s in %s\n", createAssetTxID, time.Since(createAssetStartTime))

// Send 100 MegaAvax to the P-chain.
exportStartTime := time.Now()
exportTx, err := xWallet.IssueExportTx(
	constants.PlatformChainID,
	[]*avax.TransferableOutput{
		{
			Asset: avax.Asset{
				ID: createAssetTxID,
			},
			Out: &secp256k1fx.TransferOutput{
				Amt:          100 * units.MegaAvax,
				OutputOwners: *owner,
			},
		},
	},
)
if err != nil {
	log.Fatalf("failed to issue X->P export transaction with: %s\n", err)
	return
}
exportTxID := exportTx.ID()
log.Printf("issued X->P export %s in %s\n", exportTxID, time.Since(exportStartTime))

// Import the 100 MegaAvax from the X-chain into the P-chain.
importStartTime := time.Now()
importTx, err := pWallet.IssueImportTx(xChainID, owner)
if err != nil {
	log.Fatalf("failed to issue X->P import transaction with: %s\n", err)
	return
}
importTxID := importTx.ID()
log.Printf("issued X->P import %s in %s\n", importTxID, time.Since(importStartTime))

createSubnetStartTime := time.Now()
createSubnetTx, err := pWallet.IssueCreateSubnetTx(owner)
if err != nil {
	log.Fatalf("failed to issue create subnet transaction with: %s\n", err)
	return
}
createSubnetTxID := createSubnetTx.ID()
log.Printf("issued create subnet transaction %s in %s\n", createSubnetTxID, time.Since(createSubnetStartTime))

transformSubnetStartTime := time.Now()
transformSubnetTx, err := pWallet.IssueTransformSubnetTx(
	createSubnetTxID,
	createAssetTxID,
	50*units.MegaAvax,
	100*units.MegaAvax,
	reward.PercentDenominator,
	reward.PercentDenominator,
	1,
	100*units.MegaAvax,
	time.Second,
	365*24*time.Hour,
	0,
	1,
	5,
	.80*reward.PercentDenominator,
)
if err != nil {
	log.Fatalf("failed to issue transform subnet transaction with: %s\n", err)
	return
}
transformSubnetTxID := transformSubnetTx.ID()
log.Printf("issued transform subnet transaction %s in %s\n", transformSubnetTxID, time.Since(transformSubnetStartTime))

addPermissionlessValidatorStartTime := time.Now()
startTime := time.Now().Add(time.Minute)
addSubnetValidatorTx, err := pWallet.IssueAddPermissionlessValidatorTx(
	&txs.SubnetValidator{
		Validator: txs.Validator{
			NodeID: genesis.LocalConfig.InitialStakers[0].NodeID,
			Start:  uint64(startTime.Unix()),
			End:    uint64(startTime.Add(5 * time.Second).Unix()),
			Wght:   25 * units.MegaAvax,
		},
		Subnet: createSubnetTxID,
	},
	&signer.Empty{},
	createAssetTx.ID(),
	&secp256k1fx.OutputOwners{},
	&secp256k1fx.OutputOwners{},
	reward.PercentDenominator,
)
if err != nil {
	log.Fatalf("failed to issue add subnet validator with: %s\n", err)
	return
}
addSubnetValidatorTxID := addSubnetValidatorTx.ID()
log.Printf("issued add subnet validator transaction %s in %s\n", addSubnetValidatorTxID, time.Since(addPermissionlessValidatorStartTime))

addPermissionlessDelegatorStartTime := time.Now()
addSubnetDelegatorTx, err := pWallet.IssueAddPermissionlessDelegatorTx(
	&txs.SubnetValidator{
		Validator: txs.Validator{
			NodeID: genesis.LocalConfig.InitialStakers[0].NodeID,
			Start:  uint64(startTime.Unix()),
			End:    uint64(startTime.Add(5 * time.Second).Unix()),
			Wght:   25 * units.MegaAvax,
		},
		Subnet: createSubnetTxID,
	},
	createAssetTxID,
	&secp256k1fx.OutputOwners{},
)
if err != nil {
	log.Fatalf("failed to issue add subnet delegator with: %s\n", err)
	return
}
addSubnetDelegatorTxID := addSubnetDelegatorTx.ID()
log.Printf("issued add subnet validator delegator %s in %s\n", addSubnetDelegatorTxID, time.Since(addPermissionlessDelegatorStartTime))

Output:

func MakeWallet added in v1.10.9 

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.

func NewWallet 

func NewWallet(p p.Wallet, x x.Wallet, c c.Wallet) Wallet

Creates a new default wallet

func NewWalletWithOptions 

func NewWalletWithOptions(w Wallet, options ...common.Option) Wallet

Creates a Wallet with the given set of options

type WalletConfig added in v1.10.9 

type WalletConfig struct {
	// Base URI to use for all node requests.
	URI string // required
	// Keys to use for signing all transactions.
	AVAXKeychain keychain.Keychain // required
	EthKeychain  c.EthKeychain     // 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
}

Source Files

View all Source files

Directories

Path Synopsis
examples
add-permissioned-subnet-validator
add-primary-validator
c-chain-export
c-chain-import
create-asset
create-chain
create-locked-stakeable
create-subnet
get-p-chain-balance
get-x-chain-balance
remove-subnet-validator

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