Commit 7ea8d32

function testERC20TransferViaPortoOrchestratorWithPasskey() public {

vm.pauseGasMetering();

PassKey memory k = _randomSecp256k1PassKey();

DelegatedEOA memory d = _randomEIP7702DelegatedEOA();

vm.deal(d.eoa, type(uint128).max);

_mint(address(paymentToken), d.eoa, type(uint128).max);

vm.startPrank(d.eoa);

d.d.authorize(k.k);

d.d.setCanExecute(

k.keyHash, address(paymentToken), bytes4(keccak256("transfer(address,uint256)")), true

);

d.d.setSpendLimit(

k.keyHash, address(paymentToken), GuardedExecutor.SpendPeriod.Hour, type(uint256).max

);

d.d.setSpendLimit(k.keyHash, address(0), GuardedExecutor.SpendPeriod.Hour, type(uint256).max);

vm.stopPrank();

Orchestrator.Intent memory u;

u.eoa = d.eoa;

u.nonce = 0;

u.combinedGas = 1000000;

u.prePaymentAmount = 0 ether;

u.prePaymentMaxAmount = 0 ether;

u.totalPaymentAmount = 0.01 ether;

u.totalPaymentMaxAmount = 0.1 ether;

u.paymentToken = address(0);

// To maintain parity with the old benchmarks.

u.paymentRecipient = address(oc);

u.executionData = _transferExecutionData(address(paymentToken), address(0xbabe), 1 ether);

u.signature = _sig(k, u);

bytes[] memory encodedIntents = new bytes[](1);

encodedIntents[0] = abi.encode(u);

vm.resumeGasMetering();

oc.execute(encodedIntents);

vm.pauseGasMetering();

assertEq(paymentToken.balanceOf(address(0xbabe)), 1 ether);

vm.resumeGasMetering();

}