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vesting.ts
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import BN from "bn.js";
import { randomBytes } from "crypto";
import {
Keypair,
LAMPORTS_PER_SOL,
PublicKey,
SystemProgram,
Transaction,
} from "@solana/web3.js";
import {
ASSOCIATED_TOKEN_PROGRAM_ID,
createAssociatedTokenAccountIdempotentInstruction,
createInitializeMintInstruction,
createMintToInstruction,
createTransferCheckedInstruction,
getAccount,
getAssociatedTokenAddressSync,
getMinimumBalanceForRentExemptMint,
MINT_SIZE,
TOKEN_PROGRAM_ID,
} from "@solana/spl-token";
import assert from "assert";
import {
ANCHOR_CONFIG_PATH,
getPortNumber,
makeTestConfig,
newUserStakeConnection,
readAnchorConfig,
standardSetup,
sleep,
} from "./utils/before";
import path from "path";
import { AnchorError, utils } from "@coral-xyz/anchor";
import { StakeConnection, WHTokenBalance } from "../app";
import { StakeAccountMetadata } from "../app/StakeConnection";
import { CheckpointAccount } from "../app/checkpoints";
import * as wasm from "@wormhole/staking-wasm";
const portNumber = getPortNumber(path.basename(__filename));
describe("vesting", () => {
const whMintAccount = new Keypair();
const whMintAuthority = new Keypair();
const governanceAuthority = new Keypair();
const fakeVestingAdmin = new Keypair();
const confirm = async (signature: string): Promise<string> => {
const block =
await stakeConnection.provider.connection.getLatestBlockhash();
await stakeConnection.provider.connection.confirmTransaction({
signature,
...block,
});
return signature;
};
let stakeConnection: StakeConnection;
let controller;
const NOW = new BN(Math.floor(new Date().getTime() / 1000));
const FEW_LATER = NOW.add(new BN(1));
const FEW_LATER_2 = NOW.add(new BN(2));
const FEW_LATER_3 = NOW.add(new BN(3));
const LATER = NOW.add(new BN(1000));
const EVEN_LATER = LATER.add(new BN(1000));
const EVEN_LATER_AGAIN = EVEN_LATER.add(new BN(1000));
const TINY_CHECKPOINTS_ACCOUNT_LIMIT = 4;
const vester = Keypair.generate();
const newVester = Keypair.generate();
const vesterWithoutAccount = Keypair.generate();
const seed = new BN(randomBytes(8));
const seed2 = new BN(randomBytes(8));
let accounts,
config,
config2,
vault,
vault2,
vesterTa,
newVesterTa,
vesterTaWithoutAccount,
adminAta,
vestNow,
vestNow2,
vestEvenLater,
vestLater,
vestLaterForTransfer,
vestEvenLaterAgain,
vestNowForTransfer,
vestNowForTransfer3,
vestNowTransfered3,
vestingBalance,
vestingBalance2,
vestFewLater,
vesterStakeConnection,
newVestingBalance,
vestingBalanceWithoutAccount,
newVesterStakeConnection;
let fakeAccounts,
fakeMintAccount,
fakeConfig,
fakeAdminAta,
fakeVault,
fakeVesterTa;
after(async () => {
controller.abort();
});
before(async () => {
const anchorConfig = readAnchorConfig(ANCHOR_CONFIG_PATH);
({ controller, stakeConnection } = await standardSetup(
portNumber,
anchorConfig,
whMintAccount,
whMintAuthority,
governanceAuthority,
makeTestConfig(
whMintAccount.publicKey,
whMintAuthority.publicKey,
TINY_CHECKPOINTS_ACCOUNT_LIMIT,
),
WHTokenBalance.fromString("1000"),
));
config = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_CONFIG_SEED()),
whMintAuthority.publicKey.toBuffer(),
whMintAccount.publicKey.toBuffer(),
seed.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
config2 = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_CONFIG_SEED()),
whMintAuthority.publicKey.toBuffer(),
whMintAccount.publicKey.toBuffer(),
seed2.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vault = getAssociatedTokenAddressSync(
whMintAccount.publicKey,
config,
true,
TOKEN_PROGRAM_ID,
);
vault2 = getAssociatedTokenAddressSync(
whMintAccount.publicKey,
config2,
true,
TOKEN_PROGRAM_ID,
);
vesterTa = getAssociatedTokenAddressSync(
whMintAccount.publicKey,
vester.publicKey,
false,
TOKEN_PROGRAM_ID,
);
newVesterTa = getAssociatedTokenAddressSync(
whMintAccount.publicKey,
newVester.publicKey,
false,
TOKEN_PROGRAM_ID,
);
vesterTaWithoutAccount = getAssociatedTokenAddressSync(
whMintAccount.publicKey,
vesterWithoutAccount.publicKey,
false,
TOKEN_PROGRAM_ID,
);
adminAta = getAssociatedTokenAddressSync(
whMintAccount.publicKey,
whMintAuthority.publicKey,
false,
TOKEN_PROGRAM_ID,
);
vestNow = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
vesterTa.toBuffer(),
NOW.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestNow2 = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config2.toBuffer(),
vesterTa.toBuffer(),
NOW.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestFewLater = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
vesterTa.toBuffer(),
FEW_LATER_2.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestLater = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
vesterTa.toBuffer(),
LATER.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestEvenLater = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
vesterTa.toBuffer(),
EVEN_LATER.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestLaterForTransfer = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
newVesterTa.toBuffer(),
LATER.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestEvenLaterAgain = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
vesterTa.toBuffer(),
EVEN_LATER_AGAIN.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestNowForTransfer = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
vesterTa.toBuffer(),
FEW_LATER.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestNowForTransfer3 = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
vesterTa.toBuffer(),
FEW_LATER_3.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestNowTransfered3 = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VEST_SEED()),
config.toBuffer(),
newVesterTa.toBuffer(),
FEW_LATER_3.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
vestingBalance = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_BALANCE_SEED()),
config.toBuffer(),
vester.publicKey.toBuffer(),
],
stakeConnection.program.programId,
)[0];
vestingBalance2 = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_BALANCE_SEED()),
config2.toBuffer(),
vester.publicKey.toBuffer(),
],
stakeConnection.program.programId,
)[0];
newVestingBalance = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_BALANCE_SEED()),
config.toBuffer(),
newVester.publicKey.toBuffer(),
],
stakeConnection.program.programId,
)[0];
vestingBalanceWithoutAccount = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_BALANCE_SEED()),
config.toBuffer(),
vesterWithoutAccount.publicKey.toBuffer(),
],
stakeConnection.program.programId,
)[0];
vesterStakeConnection = await newUserStakeConnection(
stakeConnection,
vester,
anchorConfig,
whMintAccount,
whMintAuthority,
WHTokenBalance.fromString("1000"),
);
newVesterStakeConnection = await newUserStakeConnection(
stakeConnection,
newVester,
anchorConfig,
whMintAccount,
whMintAuthority,
WHTokenBalance.fromString("1000"),
);
await stakeConnection.createStakeAccount();
await vesterStakeConnection.createStakeAccount();
await newVesterStakeConnection.createStakeAccount();
accounts = {
admin: whMintAuthority.publicKey,
payer: whMintAuthority.publicKey,
mint: whMintAccount.publicKey,
config,
vault,
vester: vester.publicKey,
vesterTa,
newVesterTa,
adminAta,
recovery: adminAta,
associatedTokenProgram: ASSOCIATED_TOKEN_PROGRAM_ID,
tokenProgram: TOKEN_PROGRAM_ID,
systemProgram: SystemProgram.programId,
vestingBalance: vestingBalance,
};
});
it("Airdrop", async () => {
let tx = new Transaction();
tx.instructions = [
...[whMintAuthority, vester, fakeVestingAdmin].map((k) =>
SystemProgram.transfer({
fromPubkey: stakeConnection.provider.publicKey,
toPubkey: k.publicKey,
lamports: 10 * LAMPORTS_PER_SOL,
}),
),
];
await stakeConnection.provider.sendAndConfirm(tx, [
stakeConnection.provider.wallet.payer,
]);
tx = new Transaction();
tx.instructions = [
createAssociatedTokenAccountIdempotentInstruction(
whMintAuthority.publicKey,
adminAta,
whMintAuthority.publicKey,
whMintAccount.publicKey,
),
createAssociatedTokenAccountIdempotentInstruction(
whMintAuthority.publicKey,
vesterTa,
vester.publicKey,
whMintAccount.publicKey,
),
createAssociatedTokenAccountIdempotentInstruction(
whMintAuthority.publicKey,
newVesterTa,
newVester.publicKey,
whMintAccount.publicKey,
),
createAssociatedTokenAccountIdempotentInstruction(
whMintAuthority.publicKey,
vesterTaWithoutAccount,
vesterWithoutAccount.publicKey,
whMintAccount.publicKey,
),
createMintToInstruction(
whMintAccount.publicKey,
adminAta,
whMintAuthority.publicKey,
1e11,
),
];
await stakeConnection.provider.sendAndConfirm(tx, [whMintAuthority]);
});
it("should fail to initialize vesting config with invalid mint", async () => {
fakeMintAccount = Keypair.generate();
fakeConfig = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_CONFIG_SEED()),
whMintAuthority.publicKey.toBuffer(),
fakeMintAccount.publicKey.toBuffer(),
seed.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
fakeAdminAta = getAssociatedTokenAddressSync(
fakeMintAccount.publicKey,
whMintAuthority.publicKey,
false,
TOKEN_PROGRAM_ID,
);
fakeVault = getAssociatedTokenAddressSync(
fakeMintAccount.publicKey,
fakeConfig,
true,
TOKEN_PROGRAM_ID,
);
fakeVesterTa = getAssociatedTokenAddressSync(
fakeMintAccount.publicKey,
vester.publicKey,
false,
TOKEN_PROGRAM_ID,
);
const lamports = await getMinimumBalanceForRentExemptMint(
stakeConnection.provider.connection,
);
let tx = new Transaction();
tx.instructions = [
SystemProgram.createAccount({
fromPubkey: stakeConnection.provider.publicKey,
newAccountPubkey: fakeMintAccount.publicKey,
lamports,
space: MINT_SIZE,
programId: TOKEN_PROGRAM_ID,
}),
createInitializeMintInstruction(
fakeMintAccount.publicKey,
6,
whMintAuthority.publicKey,
undefined,
),
createAssociatedTokenAccountIdempotentInstruction(
stakeConnection.provider.publicKey,
fakeAdminAta,
whMintAuthority.publicKey,
fakeMintAccount.publicKey,
),
createAssociatedTokenAccountIdempotentInstruction(
whMintAuthority.publicKey,
fakeVesterTa,
vester.publicKey,
fakeMintAccount.publicKey,
),
createMintToInstruction(
fakeMintAccount.publicKey,
fakeAdminAta,
whMintAuthority.publicKey,
1e11,
),
];
await stakeConnection.provider.sendAndConfirm(tx, [
whMintAuthority,
fakeMintAccount,
]);
fakeAccounts = {
...accounts,
mint: fakeMintAccount.publicKey,
config: fakeConfig,
vault: fakeVault,
vesterTa: fakeVesterTa,
adminAta: fakeAdminAta,
recovery: fakeAdminAta,
};
try {
await stakeConnection.program.methods
.initializeVestingConfig(seed)
.accounts({ ...fakeAccounts })
.signers([whMintAuthority])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "ConstraintAddress");
}
});
it("should fail to initialize vesting config with invalid admin", async () => {
try {
await stakeConnection.program.methods
.initializeVestingConfig(seed)
.accounts({
...accounts,
admin: fakeVestingAdmin.publicKey,
})
.signers([fakeVestingAdmin])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "ConstraintSeeds");
}
try {
await stakeConnection.program.methods
.initializeVestingConfig(seed)
.accounts({
admin: fakeVestingAdmin.publicKey,
mint: whMintAccount.publicKey,
recovery: adminAta,
associatedTokenProgram: ASSOCIATED_TOKEN_PROGRAM_ID,
tokenProgram: TOKEN_PROGRAM_ID,
systemProgram: SystemProgram.programId,
vestingBalance: vestingBalance,
})
.signers([fakeVestingAdmin])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert(
(e as AnchorError).error?.errorCode?.code === "InvalidVestingAdmin",
);
}
});
it("Initialize config", async () => {
await stakeConnection.program.methods
.initializeVestingConfig(seed)
.accounts({ ...accounts })
.signers([whMintAuthority])
.rpc()
.then(confirm);
await stakeConnection.program.methods
.initializeVestingConfig(seed2)
.accounts({
...accounts,
config: config2,
vault: vault2,
})
.signers([whMintAuthority])
.rpc()
.then(confirm);
});
it("should fail to create vesting balance with invalid admin", async () => {
try {
await stakeConnection.program.methods
.createVestingBalance()
.accounts({
...accounts,
vestingBalance: vestingBalance,
admin: fakeVestingAdmin.publicKey,
})
.signers([fakeVestingAdmin])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "ConstraintSeeds");
}
fakeConfig = PublicKey.findProgramAddressSync(
[
Buffer.from(wasm.Constants.VESTING_CONFIG_SEED()),
fakeVestingAdmin.publicKey.toBuffer(),
whMintAccount.publicKey.toBuffer(),
seed.toBuffer("le", 8),
],
stakeConnection.program.programId,
)[0];
try {
await stakeConnection.program.methods
.createVestingBalance()
.accounts({
...accounts,
vestingBalance: vestingBalance,
admin: fakeVestingAdmin.publicKey,
config: fakeConfig,
})
.signers([fakeVestingAdmin])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert(
(e as AnchorError).error?.errorCode?.code === "AccountNotInitialized",
);
}
});
it("Create vesting balance", async () => {
await stakeConnection.program.methods
.createVestingBalance()
.accounts({ ...accounts, vestingBalance: vestingBalance })
.signers([whMintAuthority])
.rpc()
.then(confirm);
});
it("Create another vesting balance", async () => {
await stakeConnection.program.methods
.createVestingBalance()
.accounts({
...accounts,
vestingBalance: newVestingBalance,
vesterTa: newVesterTa,
})
.signers([whMintAuthority])
.rpc()
.then(confirm);
await stakeConnection.program.methods
.createVestingBalance()
.accounts({
...accounts,
config: config2,
vestingBalance: vestingBalance2,
})
.signers([whMintAuthority])
.rpc()
.then(confirm);
});
it("should fail to create vest with invalid admin", async () => {
try {
await stakeConnection.program.methods
.createVesting(NOW, new BN(1337e6))
.accounts({
...accounts,
vest: vestNow,
admin: fakeVestingAdmin.publicKey,
})
.signers([fakeVestingAdmin])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "ConstraintSeeds");
}
});
it("Create a matured vest", async () => {
await stakeConnection.program.methods
.createVesting(NOW, new BN(1237e6))
.accounts({ ...accounts, vest: vestNow })
.signers([whMintAuthority])
.rpc({
skipPreflight: true,
})
.then(confirm);
});
it("Create another matured vests", async () => {
await stakeConnection.program.methods
.createVesting(NOW, new BN(100e6))
.accounts({
...accounts,
config: config2,
vestingBalance: vestingBalance2,
vest: vestNow2,
})
.signers([whMintAuthority])
.rpc({
skipPreflight: true,
})
.then(confirm);
await stakeConnection.program.methods
.createVesting(FEW_LATER, new BN(1016e6))
.accounts({ ...accounts, vest: vestNowForTransfer })
.signers([whMintAuthority])
.rpc()
.then(confirm);
await stakeConnection.program.methods
.createVesting(FEW_LATER_3, new BN(321e6))
.accounts({ ...accounts, vest: vestNowForTransfer3 })
.signers([whMintAuthority])
.rpc()
.then(confirm);
await stakeConnection.program.methods
.createVesting(FEW_LATER_3, new BN(321e6))
.accounts({
...accounts,
vest: vestNowTransfered3,
vesterTa: newVesterTa,
vestingBalance: newVestingBalance,
})
.signers([whMintAuthority])
.rpc()
.then(confirm);
await stakeConnection.program.methods
.createVesting(LATER, new BN(1016e6))
.accounts({
...accounts,
vest: vestLaterForTransfer,
vesterTa: newVesterTa,
vestingBalance: newVestingBalance,
})
.signers([whMintAuthority])
.rpc()
.then(confirm);
await stakeConnection.program.methods
.createVesting(FEW_LATER_2, new BN(1337e6))
.accounts({ ...accounts, vest: vestFewLater })
.signers([whMintAuthority])
.rpc()
.then(confirm);
});
it("Create an unmatured vest", async () => {
await stakeConnection.program.methods
.createVesting(LATER, new BN(1337e6))
.accounts({ ...accounts, vest: vestLater })
.signers([whMintAuthority])
.rpc({ skipPreflight: true })
.then(confirm);
});
it("Create another unmatured vest", async () => {
await stakeConnection.program.methods
.createVesting(EVEN_LATER, new BN(1337e6))
.accounts({
...accounts,
vest: vestEvenLater,
stakeAccountCheckpoints: null,
stakeAccountMetadata: null,
})
.signers([whMintAuthority])
.rpc({ skipPreflight: true })
.then(confirm);
});
it("should fail to claim a vest before finalization", async () => {
try {
await stakeConnection.program.methods
.claimVesting()
.accounts({
...accounts,
vest: vestNow,
stakeAccountCheckpoints: null,
stakeAccountMetadata: null,
globalConfig: stakeConnection.configAddress,
})
.signers([vester])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert(
(e as AnchorError).error?.errorCode?.code === "VestingUnfinalized",
);
}
});
it("Cancel a vest", async () => {
await stakeConnection.program.methods
.cancelVesting()
.accounts({ ...accounts, vest: vestLater })
.signers([whMintAuthority])
.rpc({ skipPreflight: true })
.then(confirm);
});
it("should fail to finalize vesting when vault token balance is less than vestingConfig.vested", async () => {
const vaultTokenBalance = (
await getAccount(stakeConnection.provider.connection, vault)
).amount;
const vestingConfigVested = (
await stakeConnection.program.account.vestingConfig.fetch(config)
).vested;
assert(
vaultTokenBalance < vestingConfigVested,
"In this test, the vault token balance must be less than vestingConfig.vested",
);
try {
await stakeConnection.program.methods
.finalizeVestingConfig()
.accounts({ ...accounts })
.signers([whMintAuthority])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert(
(e as AnchorError).error?.errorCode?.code === "VestedBalanceMismatch",
);
}
});
it("Deposits vesting tokens", async () => {
const tx = new Transaction();
tx.add(
createTransferCheckedInstruction(
adminAta,
whMintAccount.publicKey,
vault,
whMintAuthority.publicKey,
1329e7,
6,
undefined,
TOKEN_PROGRAM_ID,
),
);
tx.add(
createTransferCheckedInstruction(
adminAta,
whMintAccount.publicKey,
vault2,
whMintAuthority.publicKey,
100e6,
6,
undefined,
TOKEN_PROGRAM_ID,
),
);
await stakeConnection.provider.sendAndConfirm(tx, [whMintAuthority]);
});
it("should fail to finalize vesting when vault token balance is greater than vestingConfig.vested", async () => {
const vaultTokenBalance = (
await getAccount(stakeConnection.provider.connection, vault)
).amount;
const vestingConfigVested = (
await stakeConnection.program.account.vestingConfig.fetch(config)
).vested;
assert(
vaultTokenBalance > vestingConfigVested,
"In this test, the vault token balance must be greater than vestingConfig.vested",
);
try {
await stakeConnection.program.methods
.finalizeVestingConfig()
.accounts({ ...accounts })
.signers([whMintAuthority])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert(
(e as AnchorError).error?.errorCode?.code === "VestedBalanceMismatch",
);
}
});
it("should fail to withdraw surplus tokens if the signer is not a valid admin", async () => {
try {
await stakeConnection.program.methods
.withdrawSurplus()
.accounts({
...accounts,
admin: fakeVestingAdmin.publicKey,
})
.signers([fakeVestingAdmin])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "ConstraintSeeds");
}
});
it("Withdraw surplus tokens", async () => {
await stakeConnection.program.methods
.withdrawSurplus()
.accounts({ ...accounts })
.signers([whMintAuthority])
.rpc({ skipPreflight: true })
.then(confirm);
});
it("Finalizes the vest", async () => {
await stakeConnection.program.methods
.finalizeVestingConfig()
.accounts({ ...accounts })
.signers([whMintAuthority])
.rpc({ skipPreflight: true })
.then(confirm);
await stakeConnection.program.methods
.finalizeVestingConfig()
.accounts({
...accounts,
config: config2,
vault: vault2,
})
.signers([whMintAuthority])
.rpc({ skipPreflight: true })
.then(confirm);
});
it("should fail to cancel a vest after finalization", async () => {
try {
await stakeConnection.program.methods
.cancelVesting()
.accounts({ ...accounts, vest: vestEvenLater })
.signers([whMintAuthority])
.rpc();
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "VestingFinalized");
}
});
it("should fail to create a vest after finalize", async () => {
try {
await stakeConnection.program.methods
.createVesting(EVEN_LATER_AGAIN, new BN(1337e6))
.accounts({ ...accounts, vest: vestEvenLaterAgain })
.signers([whMintAuthority])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "VestingFinalized");
}
});
it("should fail to claim an unmatured vest", async () => {
try {
await stakeConnection.program.methods
.claimVesting()
.accounts({
...accounts,
vest: vestEvenLater,
stakeAccountCheckpoints: null,
stakeAccountMetadata: null,
globalConfig: stakeConnection.configAddress,
})
.signers([vester])
.rpc()
.then(confirm);
assert.fail("Expected error was not thrown");
} catch (e) {
assert((e as AnchorError).error?.errorCode?.code === "NotFullyVested");
}
});
it("should successfully delegate with vest", async () => {
await sleep(2000);
let stakeAccountCheckpointsAddress =
await vesterStakeConnection.delegateWithVest(
vesterStakeConnection.userPublicKey(),
WHTokenBalance.fromString("0"),
true,
config,
);
let stakeAccountCheckpointsData =
await vesterStakeConnection.program.account.checkpointData.fetch(
stakeAccountCheckpointsAddress,
);
let vesterStakeMetadata: StakeAccountMetadata =
await vesterStakeConnection.fetchStakeAccountMetadata(
stakeAccountCheckpointsData.owner,
);
let vesterStakeCheckpoints: CheckpointAccount =
await vesterStakeConnection.fetchCheckpointAccount(
stakeAccountCheckpointsAddress,
);
assert.equal(
vesterStakeMetadata.recordedVestingBalance.toString(),
"5248000000",