本文整理匯總了TypeScript中dpos-offline.LiskWallet類的典型用法代碼示例。如果您正苦於以下問題：TypeScript LiskWallet類的具體用法？TypeScript LiskWallet怎麽用？TypeScript LiskWallet使用的例子？那麽, 這裏精選的類代碼示例或許可以為您提供幫助。
在下文中一共展示了LiskWallet類的3個代碼示例，這些例子默認根據受歡迎程度排序。您可以為喜歡或者感覺有用的代碼點讚，您的評價將有助於係統推薦出更棒的TypeScript代碼示例。
示例1: describe
describe('functionalities.multisignature', () => {
initializer.setup();
initializer.autoRestoreEach();
let wallet: LiskWallet;
let accountsModule: IAccountsModule;
let blocksModule: IBlocksModule;
let blocksSubChainModule: IBlocksModuleChain;
let txModule: ITransactionsModule;
let multisigModule: IMultisignaturesModule;
let systemModule: ISystemModule;
let txPool: ITransactionPoolLogic;
let txLogic: ITransactionLogic;
let TxModel: typeof TransactionsModel;
beforeEach(async () => {
const { wallet: w } = await createRandomAccountWithFunds(1e10);
wallet = w;
TxModel = initializer.appManager.container.get(Symbols.models.transactions);
accountsModule = initializer.appManager.container.get(Symbols.modules.accounts);
blocksModule = initializer.appManager.container.get(Symbols.modules.blocks);
blocksSubChainModule = initializer.appManager.container.get(Symbols.modules.blocksSubModules.chain);
multisigModule = initializer.appManager.container.get(Symbols.modules.multisignatures);
txModule = initializer.appManager.container.get(Symbols.modules.transactions);
systemModule = initializer.appManager.container.get(Symbols.modules.system);
txLogic = initializer.appManager.container.get(Symbols.logic.transaction);
txPool = initializer.appManager.container.get(Symbols.logic.transactionPool);
});
it('should create a multisig account', async () => {
const { keys, tx } = await createMultiSignAccount(
wallet,
[createRandomWallet(), createRandomWallet(), createRandomWallet()],
3
);
const dbTX = await TxModel.findById(tx.id);
expect(dbTX).exist;
});
it('should not allow creating a multisig account without main account signature', async () => {
const { wallet: w } = await createRandomAccountWithFunds(1e10);
const keys = await createRandomAccountsWithFunds(3, 1e10);
const multisigTx = new MultiSignatureTx({
multisignature: {
keysgroup: keys.map((k) => `+${k.account.publicKey}`),
lifetime : 48,
min : 2,
},
})
.set('senderPublicKey', w.publicKey)
.set('fee', systemModule.getFees().fees.multisignature)
.set('timestamp', 1)
.set('requesterPublicKey', keys[1].account.publicKey)
.sign(keys[1].account.privKey);
multisigTx.senderId = w.address;
multisigTx.signatures = keys.map((k) => k.account.getSignatureOfTransaction(multisigTx));
await expect(initializer.rawMineBlockWithTxs([toBufferedTransaction(multisigTx)]))
.rejectedWith('Account or requester account is not multisignature');
});
it('should not allow creating multisig account without main account second signature', async () => {
const secondWallet = createRandomWallet();
const secondSign = wallet
.signTransaction(
new CreateSignatureTx({
signature: { publicKey: secondWallet.publicKey },
})
.set('fee', systemModule.getFees().fees.secondsignature)
.set('timestamp', 1)
);
await initializer.rawMineBlockWithTxs([toBufferedTransaction(secondSign)]);
const keys = await createRandomAccountsWithFunds(3, 1e10);
const multisigTx = wallet.signTransaction(new MultiSignatureTx({
multisignature: {
keysgroup: keys.map((k) => `+${k.account.publicKey}`),
lifetime : 48,
min : 2,
},
})
.set('fee', systemModule.getFees().fees.multisignature)
.set('timestamp', 1)
);
// from main account - no secondsignature - all multisig signatures
multisigTx.signatures = keys.map((k) => k.account.getSignatureOfTransaction(multisigTx));
await expect(initializer.rawMineBlockWithTxs([toBufferedTransaction(multisigTx)]))
.rejectedWith('Failed to verify second signature');
// With second signature but old signatures that do not account the secondSignature
multisigTx.signSignature = secondWallet.getSignatureOfTransaction(multisigTx);
await expect(initializer.rawMineBlockWithTxs([toBufferedTransaction(multisigTx)]))
.rejectedWith('Failed to verify multisignature');
// updating the signatures should work
//.........這裏部分代碼省略.........
示例2: beforeEach
beforeEach(() => {
tx = anotherMultisig.signTransaction(new SendTx()
.set('senderPublicKey', anotherMultisig.publicKey)
.set('recipientId', '1R')
.set('fee', systemModule.getFees().fees.send)
.set('amount', 100)
.set('timestamp', 1));
tx.signatures = [];
});示例3: CreateSignatureTx
it('should not allow creating multisig account without main account second signature', async () => {
const secondWallet = createRandomWallet();
const secondSign = wallet
.signTransaction(
new CreateSignatureTx({
signature: { publicKey: secondWallet.publicKey },
})
.set('fee', systemModule.getFees().fees.secondsignature)
.set('timestamp', 1)
);
await initializer.rawMineBlockWithTxs([toBufferedTransaction(secondSign)]);
const keys = await createRandomAccountsWithFunds(3, 1e10);
const multisigTx = wallet.signTransaction(new MultiSignatureTx({
multisignature: {
keysgroup: keys.map((k) => `+${k.account.publicKey}`),
lifetime : 48,
min : 2,
},
})
.set('fee', systemModule.getFees().fees.multisignature)
.set('timestamp', 1)
);
// from main account - no secondsignature - all multisig signatures
multisigTx.signatures = keys.map((k) => k.account.getSignatureOfTransaction(multisigTx));
await expect(initializer.rawMineBlockWithTxs([toBufferedTransaction(multisigTx)]))
.rejectedWith('Failed to verify second signature');
// With second signature but old signatures that do not account the secondSignature
multisigTx.signSignature = secondWallet.getSignatureOfTransaction(multisigTx);
await expect(initializer.rawMineBlockWithTxs([toBufferedTransaction(multisigTx)]))
.rejectedWith('Failed to verify multisignature');
// updating the signatures should work
multisigTx.signatures = keys.map((k) => k.account.getSignatureOfTransaction(multisigTx));
await expect(initializer.rawMineBlockWithTxs([toBufferedTransaction(multisigTx)]))
.not.rejected;
});