test: Echidna tests for races

- add dynamic assertions before operation
- untrack erased IDs
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Roman 2025-11-13 18:29:07 +08:00
parent 28d081092d
commit b060b00717
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@ -3,6 +3,7 @@ pragma solidity 0.8.24;
import "../src/LinearPriceCalculator.sol";
import "../src/WakuRlnV2.sol";
import "../src/Membership.sol"; // Added import for MembershipUpgradeable
import "./TestStableToken.sol";
import { ERC1967Proxy } from "@openzeppelin/contracts/proxy/ERC1967/ERC1967Proxy.sol";
@ -12,9 +13,8 @@ contract EchidnaTestRaces {
TestStableToken internal token;
address internal tokenOwner = address(this);
// Storage for multi-user registrations and their timestamps (to check races per user)
mapping(uint256 => uint256) internal registrationTimes; // idCommitment => registration timestamp
uint256[] internal registeredIds; // List of registered IDs for iteration in checks
// Storage for multi-user registrations (to track registered IDs)
uint256[] internal registeredIds;
constructor() {
address tokenImpl = address(new TestStableToken());
@ -38,8 +38,7 @@ contract EchidnaTestRaces {
token.approve(address(w), price);
w.register(idCommitment, rateLimit, new uint256[](0));
// Store registration time and add to list
registrationTimes[idCommitment] = block.timestamp;
// Add to list (only if successful; reverts otherwise)
registeredIds.push(idCommitment);
}
@ -48,13 +47,32 @@ contract EchidnaTestRaces {
if (registeredIds.length == 0) return; // Skip if no registrations yet
uint256 focusId = registeredIds[index % registeredIds.length];
uint256 regTime = registrationTimes[focusId];
uint256 graceStart = regTime + uint256(w.activeDurationForNewMemberships());
uint256 graceEnd = graceStart + uint256(w.gracePeriodDurationForNewMemberships());
// Query current membership info from contract to handle updates (e.g., from extensions)
MembershipUpgradeable.MembershipInfo memory info;
(
info.depositAmount,
info.activeDuration,
info.gracePeriodStartTimestamp,
info.gracePeriodDuration,
info.rateLimit,
info.index,
info.holder,
info.token
) = w.memberships(focusId);
// If membership doesn't exist (e.g., erased), skip
if (info.rateLimit == 0) return;
uint256 graceStart = info.gracePeriodStartTimestamp;
uint256 graceEnd = graceStart + uint256(info.gracePeriodDuration);
bool isInGrace = (block.timestamp >= graceStart && block.timestamp < graceEnd);
bool isExpired = (block.timestamp >= graceEnd);
// Additional assertions: State consistency (pre-operation)
assert(w.isInGracePeriod(focusId) == isInGrace);
assert(w.isExpired(focusId) == isExpired);
uint256[] memory ids = new uint256[](1);
ids[0] = focusId;
@ -63,12 +81,8 @@ contract EchidnaTestRaces {
success = true;
} catch { }
// Assertion: Extension should succeed only if in grace period
// Assertion: Extension should succeed only if in grace period (and sender is holder, but always true here)
assert(success == isInGrace);
// Additional assertions: State consistency
assert(w.isInGracePeriod(focusId) == isInGrace);
assert(w.isExpired(focusId) == isExpired);
}
// Function to attempt erasure on a random registered membership and assert based on current time
@ -76,13 +90,34 @@ contract EchidnaTestRaces {
if (registeredIds.length == 0) return; // Skip if no registrations yet
uint256 focusId = registeredIds[index % registeredIds.length];
uint256 regTime = registrationTimes[focusId];
uint256 activeEnd = regTime + uint256(w.activeDurationForNewMemberships());
uint256 graceEnd = activeEnd + uint256(w.gracePeriodDurationForNewMemberships());
// Query current membership info from contract to handle updates
MembershipUpgradeable.MembershipInfo memory info;
(
info.depositAmount,
info.activeDuration,
info.gracePeriodStartTimestamp,
info.gracePeriodDuration,
info.rateLimit,
info.index,
info.holder,
info.token
) = w.memberships(focusId);
// If membership doesn't exist (e.g., already erased), skip
if (info.rateLimit == 0) return;
uint256 graceStart = info.gracePeriodStartTimestamp;
uint256 activeEnd = graceStart; // graceStart is end of active
uint256 graceEnd = graceStart + uint256(info.gracePeriodDuration);
bool isActive = (block.timestamp < activeEnd);
bool isExpired = (block.timestamp >= graceEnd);
// Additional assertions: State consistency (pre-operation)
assert(w.isExpired(focusId) == isExpired);
assert(w.isInGracePeriod(focusId) == !(isExpired || isActive));
uint256[] memory ids = new uint256[](1);
ids[0] = focusId;
@ -92,11 +127,19 @@ contract EchidnaTestRaces {
} catch { }
// Assertion: Erasure should succeed only if not active (i.e., in grace or expired)
// (and for grace, sender == holder, but always true here)
assert(success == !isActive);
// Additional assertions: State consistency
assert(w.isExpired(focusId) == isExpired);
assert(!w.isInGracePeriod(focusId) == (isExpired || isActive));
// If successful erasure, remove from local registeredIds to avoid stale entries
if (success) {
// Find and remove focusId from array (swap with last and pop)
for (uint256 i = 0; i < registeredIds.length; i++) {
if (registeredIds[i] == focusId) {
registeredIds[i] = registeredIds[registeredIds.length - 1];
registeredIds.pop();
break;
}
}
}
}
}