133 lines
3.9 KiB
JavaScript
133 lines
3.9 KiB
JavaScript
const anchor = require("@project-serum/anchor");
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const assert = require("assert");
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describe("multisig", () => {
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// Configure the client to use the local cluster.
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anchor.setProvider(anchor.Provider.env());
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const program = anchor.workspace.Multisig;
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it("Tests the multisig program", async () => {
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const multisig = new anchor.web3.Account();
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const [
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multisigSigner,
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nonce,
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] = await anchor.web3.PublicKey.findProgramAddress(
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[multisig.publicKey.toBuffer()],
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program.programId
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);
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const multisigSize = 200; // Big enough.
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const ownerA = new anchor.web3.Account();
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const ownerB = new anchor.web3.Account();
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const ownerC = new anchor.web3.Account();
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const owners = [ownerA.publicKey, ownerB.publicKey, ownerC.publicKey];
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const threshold = new anchor.BN(2);
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await program.rpc.createMultisig(owners, threshold, nonce, {
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accounts: {
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multisig: multisig.publicKey,
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rent: anchor.web3.SYSVAR_RENT_PUBKEY,
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},
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instructions: [
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await program.account.multisig.createInstruction(
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multisig,
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multisigSize
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),
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],
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signers: [multisig],
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});
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let multisigAccount = await program.account.multisig(multisig.publicKey);
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assert.equal(multisigAccount.nonce, nonce);
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assert.ok(multisigAccount.threshold.eq(new anchor.BN(2)));
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assert.deepEqual(multisigAccount.owners, owners);
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const pid = program.programId;
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const accounts = [
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{
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pubkey: multisig.publicKey,
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isWritable: true,
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isSigner: false,
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},
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{
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pubkey: multisigSigner,
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isWritable: false,
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isSigner: true,
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},
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];
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const newOwners = [ownerA.publicKey, ownerB.publicKey];
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const data = program.coder.instruction.encode('set_owners', {
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owners: newOwners,
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});
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const transaction = new anchor.web3.Account();
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const txSize = 1000; // Big enough, cuz I'm lazy.
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await program.rpc.createTransaction(pid, accounts, data, {
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accounts: {
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multisig: multisig.publicKey,
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transaction: transaction.publicKey,
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proposer: ownerA.publicKey,
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rent: anchor.web3.SYSVAR_RENT_PUBKEY,
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},
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instructions: [
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await program.account.transaction.createInstruction(
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transaction,
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txSize
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),
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],
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signers: [transaction, ownerA],
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});
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const txAccount = await program.account.transaction(transaction.publicKey);
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assert.ok(txAccount.programId.equals(pid));
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assert.deepEqual(txAccount.accounts, accounts);
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assert.deepEqual(txAccount.data, data);
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assert.ok(txAccount.multisig.equals(multisig.publicKey));
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assert.equal(txAccount.didExecute, false);
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// Other owner approves transactoin.
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await program.rpc.approve({
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accounts: {
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multisig: multisig.publicKey,
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transaction: transaction.publicKey,
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owner: ownerB.publicKey,
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},
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signers: [ownerB],
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});
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// Now that we've reached the threshold, send the transactoin.
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await program.rpc.executeTransaction({
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accounts: {
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multisig: multisig.publicKey,
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multisigSigner,
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transaction: transaction.publicKey,
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},
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remainingAccounts: program.instruction.setOwners
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.accounts({
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multisig: multisig.publicKey,
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multisigSigner,
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})
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// Change the signer status on the vendor signer since it's signed by the program, not the client.
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.map((meta) =>
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meta.pubkey.equals(multisigSigner)
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? { ...meta, isSigner: false }
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: meta
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)
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.concat({
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pubkey: program.programId,
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isWritable: false,
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isSigner: false,
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}),
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});
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multisigAccount = await program.account.multisig(multisig.publicKey);
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assert.equal(multisigAccount.nonce, nonce);
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assert.ok(multisigAccount.threshold.eq(new anchor.BN(2)));
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assert.deepEqual(multisigAccount.owners, newOwners);
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});
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});
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