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Copy pathMultichainProposal.t.sol
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MultichainProposal.t.sol
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// SPDX-License-Identifier: GPL-3.0-or-later
pragma solidity 0.8.19;
import {Ownable2StepUpgradeable} from "@openzeppelin-contracts-upgradeable/contracts/access/Ownable2StepUpgradeable.sol";
import {Ownable} from "@openzeppelin-contracts/contracts/access/Ownable.sol";
import {ProxyAdmin} from "@openzeppelin-contracts/contracts/proxy/transparent/ProxyAdmin.sol";
import {ITransparentUpgradeableProxy} from "@openzeppelin-contracts/contracts/proxy/transparent/TransparentUpgradeableProxy.sol";
import "@forge-std/Test.sol";
import {ERC20Votes} from "@openzeppelin-contracts/contracts/token/ERC20/extensions/ERC20Votes.sol";
import {xWELL} from "@protocol/xWELL/xWELL.sol";
import {MToken} from "@protocol/MToken.sol";
import {ChainIds} from "@test/utils/ChainIds.sol";
import {IWormhole} from "@protocol/wormhole/IWormhole.sol";
import {Constants} from "@protocol/governance/multichain/Constants.sol";
import {CreateCode} from "@proposals/utils/CreateCode.sol";
import {IStakedWell} from "@protocol/IStakedWell.sol";
import {TestProposals} from "@proposals/TestProposals.sol";
import {validateProxy} from "@proposals/utils/ProxyUtils.sol";
import {IStakedWellUplift} from "@protocol/stkWell/IStakedWellUplift.sol";
import {MockVoteCollection} from "@test/mock/MockVoteCollection.sol";
import {CrossChainProposal} from "@proposals/proposalTypes/CrossChainProposal.sol";
import {MultichainGovernor} from "@protocol/governance/multichain/MultichainGovernor.sol";
import {WormholeTrustedSender} from "@protocol/governance/WormholeTrustedSender.sol";
import {WormholeRelayerAdapter} from "@test/mock/WormholeRelayerAdapter.sol";
import {MockMultichainGovernor} from "@test/mock/MockMultichainGovernor.sol";
import {MultiRewardDistributor} from "@protocol/rewards/MultiRewardDistributor.sol";
import {TestMultichainProposals} from "@protocol/proposals/TestMultichainProposals.sol";
import {MultichainVoteCollection} from "@protocol/governance/multichain/MultichainVoteCollection.sol";
import {ITemporalGovernor, TemporalGovernor} from "@protocol/governance/TemporalGovernor.sol";
import {IEcosystemReserveUplift, IEcosystemReserveControllerUplift} from "@protocol/stkWell/IEcosystemReserveUplift.sol";
import {TokenSaleDistributorInterfaceV1} from "@protocol/views/TokenSaleDistributorInterfaceV1.sol";
import {mipm23c} from "@proposals/mips/mip-m23/mip-m23c.sol";
import {ITimelock as Timelock} from "@protocol/interfaces/ITimelock.sol";
/// @notice run this on a chainforked moonbeam node.
/// then switch over to base network to generate the calldata,
/// then switch back to moonbeam to run the test with the generated calldata
/*
if the tests fail, try setting the environment variables as follows:
export DO_DEPLOY=true
export DO_AFTER_DEPLOY=true
export DO_AFTER_DEPLOY_SETUP=true
export DO_BUILD=true
export DO_RUN=true
export DO_TEARDOWN=true
export DO_VALIDATE=true
*/
contract MultichainProposalTest is
Test,
ChainIds,
CreateCode,
TestMultichainProposals
{
MultichainVoteCollection public voteCollection;
MultichainGovernor public governor;
IWormhole public wormhole;
Timelock public timelock;
ERC20Votes public well;
xWELL public xwell;
IStakedWell public stakedWellMoonbeam;
IStakedWell public stakedWellBase;
TokenSaleDistributorInterfaceV1 public distributor;
event ProposalCreated(
uint256 proposalId,
uint256 votingStartTime,
uint256 votingEndTime,
uint256 votingCollectionEndTime
);
event LogMessagePublished(
address indexed sender,
uint64 sequence,
uint32 nonce,
bytes payload,
uint8 consistencyLevel
);
event VotesEmitted(
uint256 proposalId,
uint256 forVotes,
uint256 againstVotes,
uint256 abstainVotes
);
address public constant voter = address(100_000_000);
mipm23c public proposalC;
TemporalGovernor public temporalGov;
WormholeRelayerAdapter public wormholeRelayerAdapterMoonbeam;
WormholeRelayerAdapter wormholeRelayerAdapterBase;
string public constant DEFAULT_BASE_RPC_URL = "https://mainnet.base.org";
/// @notice fork ID for base
uint256 public baseForkId =
vm.createFork(vm.envOr("BASE_RPC_URL", DEFAULT_BASE_RPC_URL));
string public constant DEFAULT_MOONBEAM_RPC_URL =
"https://rpc.api.moonbeam.network";
/// @notice fork ID for moonbeam
uint256 public moonbeamForkId =
vm.createFork(vm.envOr("MOONBEAM_RPC_URL", DEFAULT_MOONBEAM_RPC_URL));
function setUp() public override {
super.setUp();
vm.selectFork(moonbeamForkId);
proposalC = new mipm23c();
proposalC.buildCalldata(addresses);
/// load proposals up into the TestMultichainProposal contract
_initialize(new address[](0));
runProposals(false, true, true, true, true, true, true, true);
voteCollection = MultichainVoteCollection(
addresses.getAddress("VOTE_COLLECTION_PROXY", baseChainId)
);
wormhole = IWormhole(
addresses.getAddress("WORMHOLE_CORE_MOONBEAM", moonBeamChainId)
);
well = ERC20Votes(addresses.getAddress("WELL", moonBeamChainId));
xwell = xWELL(addresses.getAddress("xWELL_PROXY", moonBeamChainId));
// make xwell persistent so votes are valid on both chains
vm.makePersistent(address(xwell));
stakedWellMoonbeam = IStakedWell(
addresses.getAddress("stkWELL_PROXY", moonBeamChainId)
);
distributor = TokenSaleDistributorInterfaceV1(
addresses.getAddress(
"TOKEN_SALE_DISTRIBUTOR_PROXY",
moonBeamChainId
)
);
timelock = Timelock(
addresses.getAddress("MOONBEAM_TIMELOCK", moonBeamChainId)
);
governor = MultichainGovernor(
addresses.getAddress("MULTICHAIN_GOVERNOR_PROXY", moonBeamChainId)
);
// make governor persistent so we can call receiveWormholeMessage on
// governor from base
vm.makePersistent(address(governor));
{
vm.selectFork(moonbeamForkId);
wormholeRelayerAdapterMoonbeam = new WormholeRelayerAdapter();
vm.store(
address(governor),
keccak256(abi.encodePacked(uint256(103))),
bytes32(
uint256(uint160(address(wormholeRelayerAdapterMoonbeam)))
)
);
vm.makePersistent(address(wormholeRelayerAdapterMoonbeam));
}
{
vm.selectFork(baseForkId);
assertEq(
address(voteCollection.wormholeRelayer()),
addresses.getAddress("WORMHOLE_BRIDGE_RELAYER"),
"incorrect wormhole relayer"
);
wormholeRelayerAdapterBase = new WormholeRelayerAdapter();
uint256 oldGasLimit = voteCollection.gasLimit();
// encode gasLimit and relayer address since is stored in a single slot
// relayer is first due to how evm pack values into a single storage
bytes32 encodedData = bytes32(
(uint256(uint160(address(wormholeRelayerAdapterBase))) << 96) |
uint256(oldGasLimit)
);
vm.store(address(voteCollection), bytes32(uint256(0)), encodedData);
vm.makePersistent(address(wormholeRelayerAdapterBase));
assertEq(
address(voteCollection.wormholeRelayer()),
address(wormholeRelayerAdapterBase),
"incorrect wormhole relayer"
);
assertEq(
voteCollection.gasLimit(),
oldGasLimit,
"incorrect gas limit vote collection"
);
stakedWellBase = IStakedWell(addresses.getAddress("stkWELL_PROXY"));
}
}
function testSetup() public {
vm.selectFork(baseForkId);
voteCollection = MultichainVoteCollection(
addresses.getAddress("VOTE_COLLECTION_PROXY")
);
assertEq(
voteCollection.gasLimit(),
Constants.MIN_GAS_LIMIT,
"incorrect gas limit vote collection"
);
assertEq(
address(voteCollection.xWell()),
addresses.getAddress("xWELL_PROXY"),
"incorrect xWELL contract"
);
assertEq(
address(voteCollection.stkWell()),
addresses.getAddress("stkWELL_PROXY"),
"incorrect xWELL contract"
);
temporalGov = TemporalGovernor(
addresses.getAddress("TEMPORAL_GOVERNOR")
);
/// artemis timelock does not start off as trusted sender
assertFalse(
temporalGov.isTrustedSender(
moonBeamWormholeChainId,
addresses.getAddress(
"MOONBEAM_TIMELOCK",
sendingChainIdToReceivingChainId[block.chainid]
)
),
"artemis timelock should not be trusted sender"
);
assertTrue(
temporalGov.isTrustedSender(
moonBeamWormholeChainId,
addresses.getAddress(
"MULTICHAIN_GOVERNOR_PROXY",
sendingChainIdToReceivingChainId[block.chainid]
)
),
"multichain governor should be trusted sender"
);
assertEq(
temporalGov.allTrustedSenders(moonBeamWormholeChainId).length,
1,
"incorrect amount of trusted senders post proposal"
);
}
function testNoBaseWormholeCoreAddressInProposal() public {
address wormholeBase = addresses.getAddress(
"WORMHOLE_CORE_BASE",
baseChainId
);
vm.selectFork(moonbeamForkId);
uint256[] memory proposals = governor.liveProposals();
for (uint256 i = 0; i < proposals.length; i++) {
if (proposals[i] == 4) {
continue;
}
(address[] memory targets, , ) = governor.getProposalData(
proposals[i]
);
for (uint256 j = 0; j < targets.length; j++) {
require(
targets[j] != wormholeBase,
"targeted wormhole core base address on moonbeam"
);
}
}
}
function testGetAllMarketConfigs() public {
MultiRewardDistributor mrd = MultiRewardDistributor(
addresses.getAddress("MRD_PROXY")
);
assertEq(
mrd
.getAllMarketConfigs(
MToken(addresses.getAddress("MOONWELL_DAI"))
)
.length,
3,
"incorrect reward token length"
);
assertEq(
mrd
.getAllMarketConfigs(
MToken(addresses.getAddress("MOONWELL_USDBC"))
)
.length,
3,
"incorrect reward token length"
);
assertEq(
mrd
.getAllMarketConfigs(
MToken(addresses.getAddress("MOONWELL_USDC"))
)
.length,
3,
"incorrect reward token length"
);
assertEq(
mrd
.getAllMarketConfigs(
MToken(addresses.getAddress("MOONWELL_WETH"))
)
.length,
3,
"incorrect reward token length"
);
assertEq(
mrd
.getAllMarketConfigs(
MToken(addresses.getAddress("MOONWELL_cbETH"))
)
.length,
3,
"incorrect reward token length"
);
assertEq(
mrd
.getAllMarketConfigs(
MToken(addresses.getAddress("MOONWELL_wstETH"))
)
.length,
3,
"incorrect reward token length"
);
assertEq(
mrd
.getAllMarketConfigs(
MToken(addresses.getAddress("MOONWELL_rETH"))
)
.length,
3,
"incorrect reward token length"
);
}
function testInitializeVoteCollectionFails() public {
vm.selectFork(baseForkId);
voteCollection = MultichainVoteCollection(
addresses.getAddress("VOTE_COLLECTION_PROXY")
);
/// test impl and logic contract initialization
vm.expectRevert("Initializable: contract is already initialized");
voteCollection.initialize(
address(0),
address(0),
address(0),
address(0),
uint16(0),
address(0)
);
voteCollection = MultichainVoteCollection(
addresses.getAddress("VOTE_COLLECTION_IMPL")
);
vm.expectRevert("Initializable: contract is already initialized");
voteCollection.initialize(
address(0),
address(0),
address(0),
address(0),
uint16(0),
address(0)
);
}
function testInitializeMultichainGovernorFails() public {
vm.selectFork(moonbeamForkId);
/// test impl and logic contract initialization
MultichainGovernor.InitializeData memory initializeData;
WormholeTrustedSender.TrustedSender[]
memory trustedSenders = new WormholeTrustedSender.TrustedSender[](
0
);
bytes[] memory whitelistedCalldata = new bytes[](0);
vm.expectRevert("Initializable: contract is already initialized");
MultichainGovernor(address(governor)).initialize(
initializeData,
trustedSenders,
whitelistedCalldata
);
governor = MultichainGovernor(
addresses.getAddress("MULTICHAIN_GOVERNOR_IMPL")
);
vm.expectRevert("Initializable: contract is already initialized");
governor.initialize(
initializeData,
trustedSenders,
whitelistedCalldata
);
}
function testInitializeEcosystemReserveFails() public {
vm.selectFork(baseForkId);
IEcosystemReserveControllerUplift ecosystemReserveController = IEcosystemReserveControllerUplift(
addresses.getAddress("ECOSYSTEM_RESERVE_CONTROLLER")
);
address ownerAddress = ecosystemReserveController.owner();
vm.prank(ownerAddress);
vm.expectRevert("ECOSYSTEM_RESERVE has been initialized");
ecosystemReserveController.setEcosystemReserve(address(0));
IEcosystemReserveUplift ecosystemReserve = IEcosystemReserveUplift(
addresses.getAddress("ECOSYSTEM_RESERVE_PROXY")
);
vm.expectRevert("Initializable: contract is already initialized");
ecosystemReserve.initialize(address(1));
ecosystemReserve = IEcosystemReserveUplift(
addresses.getAddress("ECOSYSTEM_RESERVE_IMPL")
);
vm.expectRevert("Initializable: contract is already initialized");
ecosystemReserve.initialize(address(1));
}
function testRetrieveGasPriceMoonbeamSucceeds() public {
vm.selectFork(moonbeamForkId);
uint256 gasCost = MultichainGovernor(
addresses.getAddress("MULTICHAIN_GOVERNOR_PROXY")
).bridgeCost(baseWormholeChainId);
assertTrue(gasCost != 0, "gas cost is 0 bridgeCost");
gasCost = MultichainGovernor(
addresses.getAddress("MULTICHAIN_GOVERNOR_PROXY")
).bridgeCostAll();
assertTrue(gasCost != 0, "gas cost is 0 gas cost all");
}
function testRetrieveGasPriceBaseSucceeds() public {
vm.selectFork(baseForkId);
uint256 gasCost = MultichainVoteCollection(
addresses.getAddress("VOTE_COLLECTION_PROXY")
).bridgeCost(baseWormholeChainId);
assertTrue(gasCost != 0, "gas cost is 0 bridgeCost");
gasCost = MultichainVoteCollection(
addresses.getAddress("VOTE_COLLECTION_PROXY")
).bridgeCostAll();
assertTrue(gasCost != 0, "gas cost is 0 gas cost all");
}
function testProposeOnMoonbeamWellSucceeds() public {
vm.selectFork(moonbeamForkId);
/// mint whichever is greater, the proposal threshold or the quorum
uint256 mintAmount = governor.proposalThreshold() > governor.quorum()
? governor.proposalThreshold()
: governor.quorum();
deal(address(well), address(this), mintAmount);
well.transfer(address(this), mintAmount);
well.delegate(address(this));
vm.roll(block.number + 1);
address[] memory targets = new address[](1);
uint256[] memory values = new uint256[](1);
bytes[] memory calldatas = new bytes[](1);
string
memory description = "Proposal MIP-M00 - Update Proposal Threshold";
targets[0] = address(governor);
values[0] = 0;
calldatas[0] = abi.encodeWithSignature(
"updateProposalThreshold(uint256)",
40_000_000 * 1e18
);
uint256 startingProposalId = governor.proposalCount();
uint256 bridgeCost = governor.bridgeCostAll();
vm.deal(address(this), bridgeCost);
uint256 proposalId = governor.propose{value: bridgeCost}(
targets,
values,
calldatas,
description
);
assertEq(proposalId, startingProposalId + 1, "incorrect proposal id");
assertEq(
uint256(governor.state(proposalId)),
0,
"incorrect proposal state"
);
_assertProposalCreated(proposalId, address(this));
{
(
uint256 totalVotes,
uint256 forVotes,
uint256 againstVotes,
uint256 abstainVotes
) = governor.proposalVotes(proposalId);
assertEq(totalVotes, 0, "incorrect total votes");
assertEq(forVotes, 0, "incorrect for votes");
assertEq(againstVotes, 0, "incorrect against votes");
assertEq(abstainVotes, 0, "incorrect abstain votes");
}
/// vote yes on proposal
governor.castVote(proposalId, 0);
{
(bool hasVoted, uint8 voteValue, uint256 votes) = governor
.getReceipt(proposalId, address(this));
assertTrue(hasVoted, "has voted incorrect");
assertEq(voteValue, 0, "vote value incorrect");
assertEq(votes, governor.getCurrentVotes(address(this)), "votes");
(
uint256 totalVotes,
uint256 forVotes,
uint256 againstVotes,
uint256 abstainVotes
) = governor.proposalVotes(proposalId);
assertEq(
totalVotes,
governor.getCurrentVotes(address(this)),
"incorrect total votes"
);
assertEq(
forVotes,
governor.getCurrentVotes(address(this)),
"incorrect for votes"
);
assertEq(againstVotes, 0, "incorrect against votes");
assertEq(abstainVotes, 0, "incorrect abstain votes");
}
{
(
,
,
,
,
uint256 crossChainVoteCollectionEndTimestamp,
,
,
,
) = governor.proposalInformation(proposalId);
vm.warp(crossChainVoteCollectionEndTimestamp - 1);
assertEq(
uint256(governor.state(proposalId)),
1,
"not in xchain vote collection period"
);
vm.warp(crossChainVoteCollectionEndTimestamp);
assertEq(
uint256(governor.state(proposalId)),
1,
"not in xchain vote collection period at end"
);
vm.warp(block.timestamp + 1);
assertEq(
uint256(governor.state(proposalId)),
4,
"not in succeeded at end"
);
}
{
governor.execute(proposalId);
assertEq(
address(governor).balance,
0,
"incorrect governor balance"
);
assertEq(
governor.proposalThreshold(),
40_000_000 * 1e18,
"incorrect new proposal threshold"
);
assertEq(uint256(governor.state(proposalId)), 5, "not in executed");
}
}
function testVotingOnMoonbeamAllTokens() public {
vm.selectFork(moonbeamForkId);
// mint 1/4 of the amount for each token
uint256 mintAmount = governor.quorum() / 4;
address user = address(1);
{
address[] memory recipients = new address[](1);
recipients[0] = user;
bool[] memory isLinear = new bool[](1);
isLinear[0] = true;
uint[] memory epochs = new uint[](1);
epochs[0] = 1;
uint[] memory vestingDurations = new uint[](1);
vestingDurations[0] = 1;
uint[] memory cliffs = new uint[](1);
cliffs[0] = 0;
uint[] memory cliffPercentages = new uint[](1);
cliffPercentages[0] = 0;
uint[] memory amounts = new uint[](1);
amounts[0] = mintAmount;
// prank as admin
vm.prank(address(distributor.admin()));
distributor.setAllocations(
recipients,
isLinear,
epochs,
vestingDurations,
cliffs,
cliffPercentages,
amounts
);
}
vm.startPrank(user);
distributor.delegate(user);
deal(address(well), user, mintAmount);
well.approve(address(stakedWellMoonbeam), mintAmount);
stakedWellMoonbeam.stake(user, mintAmount);
deal(address(well), user, mintAmount);
deal(address(well), user, mintAmount);
well.delegate(user);
deal(address(xwell), user, mintAmount);
xwell.delegate(user);
vm.stopPrank();
// mint threshold for proposer
deal(address(well), address(this), governor.proposalThreshold());
well.delegate(address(this));
vm.roll(block.number + 1);
vm.warp(block.timestamp + 1);
uint256 proposalId;
{
address[] memory targets = new address[](1);
uint256[] memory values = new uint256[](1);
bytes[] memory calldatas = new bytes[](1);
string
memory description = "Proposal MIP-M00 - Update Proposal Threshold";
targets[0] = address(governor);
values[0] = 0;
calldatas[0] = abi.encodeWithSignature(
"updateProposalThreshold(uint256)",
40_000_000 * 1e18
);
uint256 startingProposalId = governor.proposalCount();
uint256 bridgeCost = governor.bridgeCostAll();
vm.deal(address(this), bridgeCost);
proposalId = governor.propose{value: bridgeCost}(
targets,
values,
calldatas,
description
);
assertEq(
proposalId,
startingProposalId + 1,
"incorrect proposal id"
);
assertEq(
uint256(governor.state(proposalId)),
0,
"incorrect proposal state"
);
// assertTrue(
// governor.userHasProposal(proposalId, address(this)),
// "user has proposal"
// );
// assertTrue(
// governor.proposalValid(proposalId),
// "user does not have proposal"
// );
}
{
(
uint256 totalVotes,
uint256 forVotes,
uint256 againstVotes,
uint256 abstainVotes
) = governor.proposalVotes(proposalId);
assertEq(totalVotes, 0, "incorrect total votes");
assertEq(forVotes, 0, "incorrect for votes");
assertEq(againstVotes, 0, "incorrect against votes");
assertEq(abstainVotes, 0, "incorrect abstain votes");
}
uint256 totalMintAmount = governor.quorum();
assertEq(
governor.getCurrentVotes(user),
totalMintAmount,
"incorrect current votes"
);
/// vote yes on proposal
vm.prank(user);
governor.castVote(proposalId, 0);
{
(bool hasVoted, uint8 voteValue, uint256 votes) = governor
.getReceipt(proposalId, user);
assertTrue(hasVoted, "has voted incorrect");
assertEq(voteValue, 0, "vote value incorrect");
assertEq(votes, totalMintAmount, "votes");
(
uint256 totalVotes,
uint256 forVotes,
uint256 againstVotes,
uint256 abstainVotes
) = governor.proposalVotes(proposalId);
assertEq(
totalVotes,
governor.getCurrentVotes(user),
"incorrect total votes"
);
assertEq(
forVotes,
governor.getCurrentVotes(user),
"incorrect for votes"
);
assertEq(againstVotes, 0, "incorrect against votes");
assertEq(abstainVotes, 0, "incorrect abstain votes");
}
{
(
,
,
,
,
uint256 crossChainVoteCollectionEndTimestamp,
,
,
,
) = governor.proposalInformation(proposalId);
vm.warp(crossChainVoteCollectionEndTimestamp - 1);
assertEq(
uint256(governor.state(proposalId)),
1,
"not in xchain vote collection period"
);
vm.warp(crossChainVoteCollectionEndTimestamp);
assertEq(
uint256(governor.state(proposalId)),
1,
"not in xchain vote collection period at end"
);
vm.warp(block.timestamp + 1);
assertEq(
uint256(governor.state(proposalId)),
4,
"not in succeeded at end"
);
}
{
governor.execute(proposalId);
assertEq(
address(governor).balance,
0,
"incorrect governor balance"
);
assertEq(
governor.proposalThreshold(),
40_000_000 * 1e18,
"incorrect new proposal threshold"
);
assertEq(uint256(governor.state(proposalId)), 5, "not in executed");
}
}
function testProposeOnMoonbeamDefeat() public {
vm.selectFork(moonbeamForkId);
/// mint whichever is greater, the proposal threshold or the quorum
uint256 mintAmount = governor.proposalThreshold() > governor.quorum()
? governor.proposalThreshold()
: governor.quorum();
deal(address(well), address(this), mintAmount);
well.transfer(address(this), mintAmount);
well.delegate(address(this));
vm.roll(block.number + 1);
address[] memory targets = new address[](1);
uint256[] memory values = new uint256[](1);
bytes[] memory calldatas = new bytes[](1);
string
memory description = "Proposal MIP-M00 - Update Proposal Threshold";
targets[0] = address(governor);
values[0] = 0;
calldatas[0] = abi.encodeWithSignature(
"updateProposalThreshold(uint256)",
100_000_000 * 1e18
);
uint256 startingProposalId = governor.proposalCount();
uint256 bridgeCost = governor.bridgeCostAll();
vm.deal(address(this), bridgeCost);
uint256 proposalId = governor.propose{value: bridgeCost}(
targets,
values,
calldatas,
description
);
assertEq(proposalId, startingProposalId + 1, "incorrect proposal id");
assertEq(
uint256(governor.state(proposalId)),
0,
"incorrect proposal state"
);
_assertProposalCreated(proposalId, address(this));
{
(
uint256 totalVotes,
uint256 forVotes,
uint256 againstVotes,
uint256 abstainVotes
) = governor.proposalVotes(proposalId);
assertEq(totalVotes, 0, "incorrect total votes");
assertEq(forVotes, 0, "incorrect for votes");
assertEq(againstVotes, 0, "incorrect against votes");
assertEq(abstainVotes, 0, "incorrect abstain votes");
}
/// vote yes on proposal
governor.castVote(proposalId, 1);
{
(bool hasVoted, uint8 voteValue, uint256 votes) = governor
.getReceipt(proposalId, address(this));
assertTrue(hasVoted, "has voted incorrect");
assertEq(voteValue, 1, "vote value incorrect");
assertEq(votes, governor.getCurrentVotes(address(this)), "votes");
(
uint256 totalVotes,
uint256 forVotes,
uint256 againstVotes,
uint256 abstainVotes
) = governor.proposalVotes(proposalId);
assertEq(
totalVotes,
governor.getCurrentVotes(address(this)),
"incorrect total votes"
);
assertEq(forVotes, 0, "incorrect for votes");
assertEq(
againstVotes,
governor.getCurrentVotes(address(this)),
"incorrect against votes"
);
assertEq(abstainVotes, 0, "incorrect abstain votes");
}
{
(
,
,
,
,
uint256 crossChainVoteCollectionEndTimestamp,
,
,
,
) = governor.proposalInformation(proposalId);
vm.warp(crossChainVoteCollectionEndTimestamp - 1);
assertEq(
uint256(governor.state(proposalId)),
1,
"not in xchain vote collection period"
);
vm.warp(crossChainVoteCollectionEndTimestamp);
assertEq(
uint256(governor.state(proposalId)),
1,
"not in xchain vote collection period at end"
);
vm.warp(block.timestamp + 1);
assertEq(
uint256(governor.state(proposalId)),
3,
"not in succeeded at end"
);
}
{
vm.expectRevert(
"MultichainGovernor: proposal can only be executed if it is Succeeded"
);
governor.execute(proposalId);
assertEq(
address(governor).balance,
0,
"incorrect governor balance"
);
}
}
function testProposeMoonbeamCancel() public {
vm.selectFork(moonbeamForkId);
/// mint whichever is greater, the proposal threshold or the quorum
uint256 mintAmount = governor.proposalThreshold() > governor.quorum()
? governor.proposalThreshold()
: governor.quorum();
deal(address(well), address(this), mintAmount);
well.transfer(address(this), mintAmount);
well.delegate(address(this));
vm.roll(block.number + 1);