/
AccountTest.t.sol
1461 lines (1154 loc) · 58.3 KB
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AccountTest.t.sol
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// SPDX-License-Identifier: Apache-2.0
pragma solidity ^0.8.0;
////////// Target contract + interfaces //////////
import { Account, IAccount } from "contracts/thirdweb-wallet/Account.sol";
import { AccountAdmin, IAccountAdmin } from "contracts/thirdweb-wallet/AccountAdmin.sol";
////////// Test utils: signing //////////
import { AccountUtil, AccountData, AccountAdminUtil, AccountAdminData, DummyContract, CounterContract } from "./AccountTestUtils.sol";
////////// Generic test imports //////////
import "../utils/BaseTest.sol";
import "contracts/TWProxy.sol";
contract ThirdwebWalletTest is BaseTest, AccountUtil, AccountData, AccountAdminUtil, AccountAdminData {
bytes32 private constant SIGNER_ROLE = keccak256("SIGNER");
bytes32 private constant DEFAULT_ADMIN_ROLE = 0x00;
address private accountImplementation;
address private accountAdminImplementation;
AccountAdmin private accountAdmin;
uint256 public privateKey1 = 1234;
uint256 public privateKey2 = 6789;
uint256 public privateKey3 = 101112;
address private signer1;
address private signer2;
address private signer3;
function setUp() public override {
super.setUp();
// Deploy Architecture:Admin i.e. the entrypoint for a client.
accountImplementation = address(new Account());
accountAdminImplementation = address(new AccountAdmin(accountImplementation));
accountAdmin = AccountAdmin(
address(
new TWProxy(
accountAdminImplementation,
abi.encodeWithSelector(AccountAdmin.initialize.selector, forwarders())
)
)
);
signer1 = vm.addr(privateKey1);
signer2 = vm.addr(privateKey2);
signer3 = vm.addr(privateKey3);
}
/*///////////////////////////////////////////////////////////////
Test action: Creating an account.
//////////////////////////////////////////////////////////////*/
function test_state_createAccount() external {
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: keccak256("salt"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
address accountAddress = accountAdmin.createAccount(params, signature);
assertEq(Account(payable(accountAddress)).hasRole(SIGNER_ROLE, signer1), false);
assertEq(Account(payable(accountAddress)).hasRole(DEFAULT_ADMIN_ROLE, signer1), true);
assertEq(Account(payable(accountAddress)).getRoleMemberCount(SIGNER_ROLE), 0);
assertEq(Account(payable(accountAddress)).getRoleMemberCount(DEFAULT_ADMIN_ROLE), 1);
assertEq(Account(payable(accountAddress)).nonce(), 0);
assertEq(Account(payable(accountAddress)).controller(), address(accountAdmin));
address[] memory accountsOfSigner = accountAdmin.getAllAccountsOfSigner(signer1);
assertEq(accountsOfSigner.length, 1);
assertEq(accountsOfSigner[0], accountAddress);
address[] memory signersOfAccount = accountAdmin.getAllSignersOfAccount(accountAddress);
assertEq(signersOfAccount.length, 1);
assertEq(signersOfAccount[0], signer1);
assertEq(accountAdmin.getAccount(signer1, params.accountId), accountAddress);
}
/// @dev Creates an account for a (signer, accountId) pair with a pre-determined address.
function test_state_createAccount_deterministicAddress() external {
bytes32 salt = keccak256("1");
address relayer = address(0x12345);
address predictedAddress = Clones.predictDeterministicAddress(
accountImplementation,
keccak256(abi.encode(salt, relayer)),
address(accountAdmin)
);
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: salt,
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
vm.prank(relayer);
address accountAddress = accountAdmin.createAccount(params, signature);
assertEq(accountAddress, predictedAddress);
}
/// @dev Creates an account for a (signer, accountId) pair with an initial native token balance.
function test_balances_createAccount_withInitialBalance() external {
uint256 initialBalance = 1 ether;
vm.deal(signer1, initialBalance);
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: initialBalance,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
address accountAddress = accountAdmin.createAccount{ value: initialBalance }(params, signature);
assertEq(accountAddress.balance, initialBalance);
}
/// @dev On creation of an account, event `AccountCreated` is emitted with: account, signer-of-account and creator (i.e. caller) address.
function test_events_createAccount_AccountCreated() external {
bytes32 salt = keccak256("1");
address relayer = address(0x12345);
address predictedAddress = Clones.predictDeterministicAddress(
accountImplementation,
keccak256(abi.encode(salt, relayer)),
address(accountAdmin)
);
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: salt,
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
vm.expectEmit(true, true, true, true);
emit AccountCreated(predictedAddress, signer1, relayer, params.accountId);
vm.prank(relayer);
accountAdmin.createAccount(params, signature);
}
/// @dev Cannot create an account with empty accountId (bytes32(0)).
function test_revert_createAccount_emptyaccountId() external {
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: bytes32(0), // empty accountId
deploymentSalt: keccak256("1"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
vm.expectRevert("AccountAdmin: invalid accountId.");
accountAdmin.createAccount(params, signature);
}
/// @dev Must sent the exact native token value with transaction as the account's intended initial balance on creation.
function test_revert_createAccount_incorrectValueSentForInitialBalance() external {
uint256 initialBalance = 1 ether;
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: initialBalance,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
vm.expectRevert("AccountAdmin: incorrect value sent.");
accountAdmin.createAccount{ value: initialBalance - 1 }(params, signature); // Incorrect value sent.
}
/// @dev Must not repeat deployment salt.
function test_revert_createAccount_repeatingDeploymentSalt() external {
address relayer = address(0x12345);
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
vm.prank(relayer);
accountAdmin.createAccount(params, signature);
IAccountAdmin.CreateAccountParams memory params2 = IAccountAdmin.CreateAccountParams({
signer: signer2,
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature2 = signCreateAccount(params2, privateKey2, address(accountAdmin));
vm.expectRevert("ERC1167: create2 failed");
vm.prank(relayer);
accountAdmin.createAccount(params2, signature2);
}
/// @dev Signature of intent must be from the target signer for whom the account is created.
function test_revert_createAccount_signatureNotFromTargetSigner() external {
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer2, // Signer2 is intended signer for account.
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin)); // Signature from Signer1 not Signer2
vm.expectRevert("AccountAdmin: invalid signer.");
accountAdmin.createAccount(params, signature);
}
/// @dev The signer must not already have an associated account.
function test_revert_createAccount_accountIdAlreadyUsed() external {
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
accountAdmin.createAccount(params, signature);
IAccountAdmin.CreateAccountParams memory params2 = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"), // Already used accountId
deploymentSalt: keccak256("2"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature2 = signCreateAccount(params2, privateKey1, address(accountAdmin));
vm.expectRevert("AccountAdmin: accountId already used.");
accountAdmin.createAccount(params2, signature2);
}
/// @dev The request to create account must not be processed at/after validity end timestamp.
function test_revert_createAccount_requestedAfterValidityEnd() external {
uint128 validityStart = 50;
uint128 validityEnd = 100;
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: 0,
validityStartTimestamp: validityStart,
validityEndTimestamp: validityEnd
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
vm.warp(validityEnd);
vm.expectRevert("AccountAdmin: request premature or expired.");
accountAdmin.createAccount(params, signature);
}
/// @dev The request to create account must not be processed before validity start timestamp.
function test_revert_createAccount_requestedBeforeValidityStart() external {
uint128 validityStart = 50;
uint128 validityEnd = 100;
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: signer1,
accountId: keccak256("1"),
deploymentSalt: keccak256("1"),
initialAccountBalance: 0,
validityStartTimestamp: validityStart,
validityEndTimestamp: validityEnd
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
vm.warp(validityStart - 1);
vm.expectRevert("AccountAdmin: request premature or expired.");
accountAdmin.createAccount(params, signature);
}
/*///////////////////////////////////////////////////////////////
Performing actions with created Account.
//////////////////////////////////////////////////////////////*/
Account private account;
address private admin;
bytes32 private adminAccountId = keccak256("1");
address private nonAdmin;
bytes32 private nonAdminAccountId = keccak256("2");
address private newAdmin;
bytes32 private newAdminAccountId = keccak256("3");
DummyContract private dummy;
CounterContract private counter;
function _setUp_account() internal {
dummy = new DummyContract();
counter = new CounterContract();
admin = signer1;
nonAdmin = signer2;
newAdmin = signer3;
IAccountAdmin.CreateAccountParams memory params = IAccountAdmin.CreateAccountParams({
signer: admin,
accountId: adminAccountId,
deploymentSalt: keccak256("salt"),
initialAccountBalance: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signCreateAccount(params, privateKey1, address(accountAdmin));
address accountAddress = accountAdmin.createAccount(params, signature);
account = Account(payable(accountAddress));
assertEq(account.hasRole(account.DEFAULT_ADMIN_ROLE(), admin), true);
}
/*///////////////////////////////////////////////////////////////
Test action: Admin performs a transaction using Account.
//////////////////////////////////////////////////////////////*/
/// @dev Admin of Account executes a regular contract call.
function test_state_execute_contractCallByAdmin() external {
_setUp_account();
uint256 number = 5;
assertEq(account.nonce(), 0);
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
assertEq(account.nonce(), 1);
assertEq(counter.getNumber(), number);
}
/// @dev Admin of Account executes a regular contract call; sends value.
function test_state_execute_contractCallByAdmin_sendValue() external {
_setUp_account();
uint256 bal = 1 ether;
assertEq(account.nonce(), 0);
assertEq(address(dummy).balance, 0);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(dummy),
data: "",
nonce: account.nonce(),
value: bal,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay{ value: bal }(admin, adminAccountId, bal, 0, data);
assertEq(account.nonce(), 1);
assertEq(address(dummy).balance, bal);
}
/// @notice Incorrect nonce when sending transaction request to Account.
function test_revert_execute_contractCallByAdmin_incorrectNonce() external {
_setUp_account();
uint256 number = 5;
assertEq(account.nonce(), 0);
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce() + 1,
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
vm.expectRevert("Account: incorrect nonce.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/// @notice Pre-mature transaction request sent to Account.
function test_revert_execute_contractCallByAdmin_requestBeforeValidityStart() external {
_setUp_account();
uint256 number = 5;
assertEq(account.nonce(), 0);
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 50,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
vm.warp(params.validityStartTimestamp - 1);
vm.expectRevert("Account: request premature or expired.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/// @notice Stale transaction request sent to Account.
function test_revert_execute_contractCallByAdmin_requestAfterValidityEnd() external {
_setUp_account();
uint256 number = 5;
assertEq(account.nonce(), 0);
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 50,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
vm.warp(params.validityEndTimestamp);
vm.expectRevert("Account: request premature or expired.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/// @notice Invalid signer signs transaction request to Account.
function test_revert_execute_contractCallByAdmin_invalidSigner() external {
_setUp_account();
uint256 number = 5;
assertEq(account.nonce(), 0);
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey2, address(account)); // Non admin signs transaction.
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
vm.expectRevert("Account: invalid signer.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/*///////////////////////////////////////////////////////////////
Test action: Admin adds a non-admin signer to account.
//////////////////////////////////////////////////////////////*/
function test_state_execute_addSignerToAccount() external {
_setUp_account();
bytes memory dataToRelay = abi.encodeWithSelector(Account.addSigner.selector, nonAdmin, nonAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
address[] memory accountsOfSigner1 = accountAdmin.getAllAccountsOfSigner(admin);
assertEq(accountsOfSigner1.length, 1);
assertEq(accountsOfSigner1[0], address(account));
address[] memory accountsOfSigner2 = accountAdmin.getAllAccountsOfSigner(nonAdmin);
assertEq(accountsOfSigner2.length, 1);
assertEq(accountsOfSigner2[0], address(account));
address[] memory signersOfAccount = accountAdmin.getAllSignersOfAccount(address(account));
assertEq(signersOfAccount.length, 2);
assertEq(signersOfAccount[0], admin);
assertEq(signersOfAccount[1], nonAdmin);
assertEq(accountAdmin.getAccount(admin, adminAccountId), address(account));
assertEq(accountAdmin.getAccount(nonAdmin, nonAdminAccountId), address(account));
}
function test_revert_execute_addSignerToAccount_signerAlreadyAdded() external {
_setUp_account();
bytes memory dataToRelay = abi.encodeWithSelector(Account.addSigner.selector, nonAdmin, nonAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
params.nonce = account.nonce();
bytes memory signature2 = signExecute(params, privateKey1, address(account));
data = abi.encodeWithSelector(Account.execute.selector, params, signature2);
vm.expectRevert("Account: signer already exists.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/*///////////////////////////////////////////////////////////////
Test action: Admin removes a non-admin signer from account.
//////////////////////////////////////////////////////////////*/
function test_state_execute_removeSignerFromAccount() external {
_setUp_account();
bytes memory dataToRelay = abi.encodeWithSelector(Account.addSigner.selector, nonAdmin, nonAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
params.nonce = account.nonce();
params.data = abi.encodeWithSelector(Account.removeSigner.selector, nonAdmin, nonAdminAccountId);
bytes memory signature2 = signExecute(params, privateKey1, address(account));
data = abi.encodeWithSelector(Account.execute.selector, params, signature2);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
address[] memory accountsOfSigner1 = accountAdmin.getAllAccountsOfSigner(admin);
assertEq(accountsOfSigner1.length, 1);
assertEq(accountsOfSigner1[0], address(account));
address[] memory accountsOfSigner2 = accountAdmin.getAllAccountsOfSigner(nonAdmin);
assertEq(accountsOfSigner2.length, 0);
address[] memory signersOfAccount = accountAdmin.getAllSignersOfAccount(address(account));
assertEq(signersOfAccount.length, 1);
assertEq(signersOfAccount[0], admin);
assertEq(accountAdmin.getAccount(admin, adminAccountId), address(account));
assertEq(accountAdmin.getAccount(nonAdmin, nonAdminAccountId), address(0));
}
function test_revert_execute_removeSignerFromAccount_signerAlreadyDNE() external {
_setUp_account();
bytes memory dataToRelay = abi.encodeWithSelector(Account.removeSigner.selector, nonAdmin, nonAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
vm.expectRevert("Account: signer already does not exist.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/*///////////////////////////////////////////////////////////////
Test action: Admin approves non-admin signer for target
i.e. (fn sig + contract address)
//////////////////////////////////////////////////////////////*/
function _setUp_NonAdminForAccount() internal {
_setUp_account();
bytes memory dataToRelay = abi.encodeWithSelector(Account.addSigner.selector, nonAdmin, nonAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
function test_state_execute_approveSignerForTarget() external {
_setUp_NonAdminForAccount();
////////// approve signer for target //////////
bytes memory dataToRelay = abi.encodeWithSelector(
Account.approveSignerForTarget.selector,
nonAdmin,
CounterContract.setNumber.selector,
address(counter)
);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
////////// signer calls target //////////
uint256 number = 5;
uint256 currentNonce = account.nonce();
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params2 = IAccount.TransactionParams({
signer: nonAdmin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature2 = signExecute(params2, privateKey2, address(account)); // nonAdmin signs
bytes memory data2 = abi.encodeWithSelector(Account.execute.selector, params2, signature2);
accountAdmin.relay(nonAdmin, nonAdminAccountId, 0, 0, data2);
assertEq(account.nonce(), currentNonce + 1);
assertEq(counter.getNumber(), number);
}
function test_revert_execute_approveSignerForTarget_alreadyApproved() external {
_setUp_NonAdminForAccount();
////////// approve signer for target //////////
bytes memory dataToRelay = abi.encodeWithSelector(
Account.approveSignerForTarget.selector,
nonAdmin,
CounterContract.setNumber.selector,
address(counter)
);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
////////// signer already approved for target //////////
params.nonce = account.nonce();
signature = signExecute(params, privateKey1, address(account));
data = abi.encodeWithSelector(Account.execute.selector, params, signature);
vm.expectRevert("Account: already approved.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/*///////////////////////////////////////////////////////////////
Test action: Admin approves non-admin signer for contract.
//////////////////////////////////////////////////////////////*/
function test_state_execute_approveSignerForContract() external {
_setUp_NonAdminForAccount();
////////// approve signer for target //////////
bytes memory dataToRelay = abi.encodeWithSelector(
Account.approveSignerForContract.selector,
nonAdmin,
address(counter)
);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
////////// signer calls target //////////
uint256 number = 5;
uint256 currentNonce = account.nonce();
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params2 = IAccount.TransactionParams({
signer: nonAdmin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature2 = signExecute(params2, privateKey2, address(account)); // nonAdmin signs
bytes memory data2 = abi.encodeWithSelector(Account.execute.selector, params2, signature2);
accountAdmin.relay(nonAdmin, nonAdminAccountId, 0, 0, data2);
assertEq(account.nonce(), currentNonce + 1);
assertEq(counter.getNumber(), number);
}
function test_revert_execute_approveSignerForContract_alreadyApproved() external {
_setUp_NonAdminForAccount();
////////// approve signer for target //////////
bytes memory dataToRelay = abi.encodeWithSelector(
Account.approveSignerForContract.selector,
nonAdmin,
address(counter)
);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
////////// signer already approved for target //////////
params.nonce = account.nonce();
signature = signExecute(params, privateKey, address(account));
data = abi.encodeWithSelector(Account.execute.selector, params, signature);
vm.expectRevert("Account: already approved.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/*///////////////////////////////////////////////////////////////
Test action: Admin adds another admin to account.
//////////////////////////////////////////////////////////////*/
function test_state_execute_addAdminToAccount() external {
_setUp_account();
////////// Add admin //////////
bytes memory dataToRelay = abi.encodeWithSelector(Account.addAdmin.selector, newAdmin, newAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
address[] memory accountsOfSigner1 = accountAdmin.getAllAccountsOfSigner(admin);
assertEq(accountsOfSigner1.length, 1);
assertEq(accountsOfSigner1[0], address(account));
address[] memory accountsOfSigner2 = accountAdmin.getAllAccountsOfSigner(newAdmin);
assertEq(accountsOfSigner2.length, 1);
assertEq(accountsOfSigner2[0], address(account));
address[] memory signersOfAccount = accountAdmin.getAllSignersOfAccount(address(account));
assertEq(signersOfAccount.length, 2);
assertEq(signersOfAccount[0], admin);
assertEq(signersOfAccount[1], newAdmin);
assertEq(accountAdmin.getAccount(admin, adminAccountId), address(account));
assertEq(accountAdmin.getAccount(newAdmin, newAdminAccountId), address(account));
////////// New admin performs transaction //////////
uint256 number = 5;
uint256 currentNonce = account.nonce();
assertEq(counter.getNumber(), 0);
IAccount.TransactionParams memory params2 = IAccount.TransactionParams({
signer: newAdmin,
target: address(counter),
data: abi.encodeWithSelector(CounterContract.setNumber.selector, number),
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature2 = signExecute(params2, privateKey3, address(account)); // newAdmin signs
bytes memory data2 = abi.encodeWithSelector(Account.execute.selector, params2, signature2);
accountAdmin.relay(newAdmin, newAdminAccountId, 0, 0, data2);
assertEq(account.nonce(), currentNonce + 1);
assertEq(counter.getNumber(), number);
}
function test_revert_execute_addAdminToAccount_adminAlreadyAdded() external {
_setUp_account();
bytes memory dataToRelay = abi.encodeWithSelector(Account.addAdmin.selector, newAdmin, newAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
params.nonce = account.nonce();
bytes memory signature2 = signExecute(params, privateKey1, address(account));
data = abi.encodeWithSelector(Account.execute.selector, params, signature2);
vm.expectRevert("Account: admin already exists.");
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
}
/*///////////////////////////////////////////////////////////////
Test action: Admin removes another admin from account.
//////////////////////////////////////////////////////////////*/
function test_state_execute_removeAdminFromAccount() external {
_setUp_account();
bytes memory dataToRelay = abi.encodeWithSelector(Account.addAdmin.selector, newAdmin, newAdminAccountId);
IAccount.TransactionParams memory params = IAccount.TransactionParams({
signer: admin,
target: address(account),
data: dataToRelay,
nonce: account.nonce(),
value: 0,
gas: 0,
validityStartTimestamp: 0,
validityEndTimestamp: 100
});
bytes memory signature = signExecute(params, privateKey1, address(account));
bytes memory data = abi.encodeWithSelector(Account.execute.selector, params, signature);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
params.nonce = account.nonce();
params.data = abi.encodeWithSelector(Account.removeAdmin.selector, newAdmin, newAdminAccountId);
bytes memory signature2 = signExecute(params, privateKey1, address(account));
data = abi.encodeWithSelector(Account.execute.selector, params, signature2);
accountAdmin.relay(admin, adminAccountId, 0, 0, data);
address[] memory accountsOfSigner1 = accountAdmin.getAllAccountsOfSigner(admin);
assertEq(accountsOfSigner1.length, 1);
assertEq(accountsOfSigner1[0], address(account));
address[] memory accountsOfSigner2 = accountAdmin.getAllAccountsOfSigner(newAdmin);
assertEq(accountsOfSigner2.length, 0);
address[] memory signersOfAccount = accountAdmin.getAllSignersOfAccount(address(account));
assertEq(signersOfAccount.length, 1);
assertEq(signersOfAccount[0], admin);