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Copy pathGovernanceCore.t.sol
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GovernanceCore.t.sol
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// SPDX-License-Identifier: BUSL-1.1
pragma solidity ^0.8.0;
import 'forge-std/Test.sol';
import {Ownable} from 'solidity-utils/contracts/oz-common/Ownable.sol';
import {OwnableWithGuardian} from 'solidity-utils/contracts/access-control/OwnableWithGuardian.sol';
import {ChainIds} from 'solidity-utils/contracts/utils/ChainHelpers.sol';
import {GovernanceCore} from '../src/contracts/GovernanceCore.sol';
import {Governance, IGovernance, IGovernanceCore, PayloadsControllerUtils} from '../src/contracts/Governance.sol';
import {TransparentProxyFactory} from 'solidity-utils/contracts/transparent-proxy/TransparentProxyFactory.sol';
import {IGovernancePowerStrategy} from '../src/interfaces/IGovernancePowerStrategy.sol';
import {IVotingPortal} from '../src/interfaces/IVotingPortal.sol';
import {IVotingMachineWithProofs} from '../src/contracts/voting/interfaces/IVotingMachineWithProofs.sol';
import {ICrossChainForwarder} from 'aave-delivery-infrastructure/contracts/interfaces/ICrossChainForwarder.sol';
import {Errors} from '../src/contracts/libraries/Errors.sol';
import {IBaseVotingStrategy} from '../src/interfaces/IBaseVotingStrategy.sol';
import {ProxyAdmin} from 'solidity-utils/contracts/transparent-proxy/ProxyAdmin.sol';
contract GovernanceCoreTest is Test {
address public constant OWNER = address(65536 + 123);
address public constant GUARDIAN = address(65536 + 1234);
address public constant ADMIN = address(65536 + 12345);
address public constant CROSS_CHAIN_CONTROLLER = address(123456);
address public constant SAME_CHAIN_VOTING_MACHINE = address(1234567);
address public constant EXECUTION_PORTAL = address(12345678);
address public constant VOTING_STRATEGY = address(123456789);
address public constant VOTING_PORTAL = address(1230123);
address public constant CANCELLATION_FEE_COLLECTOR = address(123404321);
uint256 public constant CANCELLATION_FEE = 0.05 ether;
uint256 public constant EXECUTION_GAS_LIMIT = 400000;
uint256 public constant COOLDOWN_PERIOD = 1 days;
uint256 public constant ACHIEVABLE_VOTING_PARTICIPATION = 1_000_000 ether;
uint256 public CURRENT_CHAIN_ID;
bytes32 public constant GOVERNANCE_CORE_SALT =
keccak256('governance core salt');
IGovernanceCore public governance;
TransparentProxyFactory public proxyFactory;
IGovernanceCore.SetVotingConfigInput public votingConfigLvl1 =
IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_1,
votingDuration: uint24(7 days),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: 320_000 ether,
yesNoDifferential: 100_000 ether,
minPropositionPower: 50_000 ether
});
IGovernanceCore.SetVotingConfigInput public votingConfigLvl2 =
IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_2,
votingDuration: uint24(7 days),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: votingConfigLvl1.yesThreshold + 320_000 ether,
yesNoDifferential: votingConfigLvl1.yesNoDifferential + 100_000 ether,
minPropositionPower: votingConfigLvl1.minPropositionPower + 50_000 ether
});
event PowerStrategyUpdated(address indexed newPowerStrategy);
event VotingConfigUpdated(
PayloadsControllerUtils.AccessControl indexed accessLevel,
uint24 votingDuration,
uint24 coolDownBeforeVotingStart,
uint256 yesThreshold,
uint256 yesNoDifferential,
uint256 minPropositionPower
);
event VotingPortalUpdated(
address indexed votingPortal,
bool indexed approved
);
event ProposalCreated(
uint256 indexed proposalId,
address indexed creator,
PayloadsControllerUtils.AccessControl indexed accessLevel,
bytes32 ipfsHash
);
event ProposalQueued(
uint256 indexed proposalId,
uint128 votesFor,
uint128 votesAgainst
);
event ProposalFailed(
uint256 indexed proposalId,
uint128 votesFor,
uint128 votesAgainst
);
event PayloadSent(
uint256 indexed proposalId,
uint40 payloadId,
address indexed payloadsController,
uint256 indexed chainId,
uint256 payloadNumberOnProposal,
uint256 numberOfPayloadsOnProposal
);
event ProposalExecuted(uint256 indexed proposalId);
event ProposalCanceled(uint256 indexed proposalId);
event VotingActivated(
uint256 indexed proposalId,
bytes32 indexed snapshotBlockHash,
uint24 votingDuration
);
event VoteForwarded(
uint256 indexed proposalId,
address indexed voter,
bool indexed support,
IVotingMachineWithProofs.VotingAssetWithSlot[] votingAssetWithSlot
);
event GasLimitUpdated(uint256 indexed gasLimit);
event CancellationFeeUpdated(uint256 cancellationFee);
event CancellationFeeRedeemed(
uint256 indexed proposalId,
address indexed to,
uint256 cancellationFee,
bool indexed success
);
event RepresentativeUpdated(
address indexed voter,
address indexed representative,
uint256 indexed chainId
);
function setUp() public {
CURRENT_CHAIN_ID = ChainIds.ETHEREUM;
IGovernanceCore.SetVotingConfigInput[]
memory votingConfigsInput = new IGovernanceCore.SetVotingConfigInput[](2);
votingConfigsInput[0] = votingConfigLvl1;
votingConfigsInput[1] = votingConfigLvl2;
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
proxyFactory = new TransparentProxyFactory();
IGovernanceCore governanceImpl = new Governance(
CROSS_CHAIN_CONTROLLER,
COOLDOWN_PERIOD,
CANCELLATION_FEE_COLLECTOR
);
address[] memory powerTokens = new address[](1);
powerTokens[0] = address(1239746519);
vm.mockCall(
VOTING_STRATEGY,
abi.encodeWithSelector(IBaseVotingStrategy.getVotingAssetList.selector),
abi.encode(powerTokens)
);
governance = IGovernanceCore(
proxyFactory.createDeterministic(
address(governanceImpl),
ProxyAdmin(ADMIN),
abi.encodeWithSelector(
IGovernance.initialize.selector,
OWNER,
GUARDIAN,
VOTING_STRATEGY,
votingConfigsInput,
votingPortals,
EXECUTION_GAS_LIMIT,
CANCELLATION_FEE
),
GOVERNANCE_CORE_SALT
)
);
}
function testInitializerWhenOnlyLvl1() public {
IGovernanceCore.SetVotingConfigInput[]
memory votingConfigsInput = new IGovernanceCore.SetVotingConfigInput[](1);
votingConfigsInput[0] = votingConfigLvl1;
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
IGovernanceCore governanceImpl = new Governance(
CROSS_CHAIN_CONTROLLER,
COOLDOWN_PERIOD,
CANCELLATION_FEE_COLLECTOR
);
vm.expectRevert(bytes(Errors.MISSING_VOTING_CONFIGURATIONS));
proxyFactory.createDeterministic(
address(governanceImpl),
ProxyAdmin(ADMIN),
abi.encodeWithSelector(
IGovernance.initialize.selector,
OWNER,
GUARDIAN,
VOTING_STRATEGY,
votingConfigsInput,
votingPortals,
EXECUTION_GAS_LIMIT,
CANCELLATION_FEE
),
GOVERNANCE_CORE_SALT
);
}
function testInitializerWhenBothOfSameLvl() public {
IGovernanceCore.SetVotingConfigInput[]
memory votingConfigsInput = new IGovernanceCore.SetVotingConfigInput[](2);
votingConfigsInput[0] = votingConfigLvl1;
votingConfigsInput[1] = votingConfigLvl1;
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
IGovernanceCore governanceImpl = new Governance(
CROSS_CHAIN_CONTROLLER,
COOLDOWN_PERIOD,
CANCELLATION_FEE_COLLECTOR
);
vm.expectRevert(bytes(Errors.INVALID_INITIAL_VOTING_CONFIGS));
proxyFactory.createDeterministic(
address(governanceImpl),
ProxyAdmin(ADMIN),
abi.encodeWithSelector(
IGovernance.initialize.selector,
OWNER,
GUARDIAN,
VOTING_STRATEGY,
votingConfigsInput,
votingPortals,
EXECUTION_GAS_LIMIT,
CANCELLATION_FEE
),
GOVERNANCE_CORE_SALT
);
}
function testInitializerWhenOnlyLvl2() public {
IGovernanceCore.SetVotingConfigInput[]
memory votingConfigsInput = new IGovernanceCore.SetVotingConfigInput[](1);
votingConfigsInput[0] = votingConfigLvl2;
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
votingConfigsInput[0] = votingConfigLvl1;
IGovernanceCore governanceImpl = new Governance(
CROSS_CHAIN_CONTROLLER,
COOLDOWN_PERIOD,
CANCELLATION_FEE_COLLECTOR
);
vm.expectRevert(bytes(Errors.MISSING_VOTING_CONFIGURATIONS));
proxyFactory.createDeterministic(
address(governanceImpl),
ProxyAdmin(ADMIN),
abi.encodeWithSelector(
IGovernance.initialize.selector,
OWNER,
GUARDIAN,
VOTING_STRATEGY,
votingConfigsInput,
votingPortals,
EXECUTION_GAS_LIMIT,
CANCELLATION_FEE
),
GOVERNANCE_CORE_SALT
);
}
function testInitializerWhenLvlNull() public {
IGovernanceCore.SetVotingConfigInput[]
memory votingConfigsInput = new IGovernanceCore.SetVotingConfigInput[](2);
// the first one will have default Level__null
votingConfigsInput[1] = votingConfigLvl1;
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
IGovernanceCore governanceImpl = new Governance(
CROSS_CHAIN_CONTROLLER,
COOLDOWN_PERIOD,
CANCELLATION_FEE_COLLECTOR
);
vm.expectRevert(bytes(Errors.INVALID_VOTING_CONFIG_ACCESS_LEVEL));
proxyFactory.createDeterministic(
address(governanceImpl),
ProxyAdmin(ADMIN),
abi.encodeWithSelector(
IGovernance.initialize.selector,
OWNER,
GUARDIAN,
VOTING_STRATEGY,
votingConfigsInput,
votingPortals,
EXECUTION_GAS_LIMIT,
CANCELLATION_FEE
),
GOVERNANCE_CORE_SALT
);
}
function testInitializerWhenNoConfigs() public {
IGovernanceCore.SetVotingConfigInput[]
memory votingConfigsInput = new IGovernanceCore.SetVotingConfigInput[](0);
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
IGovernanceCore governanceImpl = new Governance(
CROSS_CHAIN_CONTROLLER,
COOLDOWN_PERIOD,
CANCELLATION_FEE_COLLECTOR
);
vm.expectRevert(bytes(Errors.MISSING_VOTING_CONFIGURATIONS));
proxyFactory.createDeterministic(
address(governanceImpl),
ProxyAdmin(ADMIN),
abi.encodeWithSelector(
IGovernance.initialize.selector,
OWNER,
GUARDIAN,
VOTING_STRATEGY,
votingConfigsInput,
votingPortals,
EXECUTION_GAS_LIMIT,
CANCELLATION_FEE
),
GOVERNANCE_CORE_SALT
);
}
function testSetUp() public {
assertEq(Ownable(address(governance)).owner(), OWNER);
assertEq(OwnableWithGuardian(address(governance)).guardian(), GUARDIAN);
}
function testUpdateGasLimit() public {
uint256 newGasLimit = 900_000;
hoax(OWNER);
vm.expectEmit(true, false, false, true);
emit GasLimitUpdated(newGasLimit);
IGovernance(address(governance)).updateGasLimit(newGasLimit);
assertEq(IGovernance(address(governance)).getGasLimit(), newGasLimit);
}
function testUpdateGasLimitWhenNotOwner() public {
uint256 newGasLimit = 500000;
vm.expectRevert(bytes('Ownable: caller is not the owner'));
IGovernance(address(governance)).updateGasLimit(newGasLimit);
}
function testCreateGovernanceWhenInvalidCCC() public {
vm.expectRevert(bytes(Errors.G_INVALID_CROSS_CHAIN_CONTROLLER_ADDRESS));
new Governance(address(0), COOLDOWN_PERIOD, CANCELLATION_FEE_COLLECTOR);
}
function testCreateGovernanceWhenInvalidCollector() public {
vm.expectRevert(bytes(Errors.INVALID_CANCELLATION_FEE_COLLECTOR));
new Governance(CROSS_CHAIN_CONTROLLER, COOLDOWN_PERIOD, address(0));
}
// TEST GETTERS
function testGetPrecisionDivider() public {
assertEq(governance.PRECISION_DIVIDER(), 1 ether);
}
function testIsVotingPortalApproved() public {
assertEq(governance.isVotingPortalApproved(VOTING_PORTAL), true);
}
function testGetVotingPortalCount() public {
assertEq(governance.getVotingPortalsCount(), 1);
}
function testGetCooldownPeriod() public {
assertEq(governance.COOLDOWN_PERIOD(), 1 days);
}
function testGetProposalExpirationTime() public {
assertEq(governance.PROPOSAL_EXPIRATION_TIME(), 30 days);
}
function testGetProposalsCount() public {
assertEq(governance.getProposalsCount(), 0);
}
function testGetPowerStrategy() public {
assertEq(address(governance.getPowerStrategy()), VOTING_STRATEGY);
}
function testGetVotingConfigs() public {
IGovernanceCore.VotingConfig memory votingConfig = governance
.getVotingConfig(PayloadsControllerUtils.AccessControl.Level_1);
assertEq(votingConfig.votingDuration, votingConfigLvl1.votingDuration);
assertEq(
votingConfig.coolDownBeforeVotingStart,
votingConfigLvl1.coolDownBeforeVotingStart
);
assertEq(
votingConfig.yesThreshold,
votingConfigLvl1.yesThreshold / governance.PRECISION_DIVIDER()
);
assertEq(
votingConfig.yesNoDifferential,
votingConfigLvl1.yesNoDifferential / governance.PRECISION_DIVIDER()
);
assertEq(
votingConfig.minPropositionPower,
votingConfigLvl1.minPropositionPower / governance.PRECISION_DIVIDER()
);
}
// TEST SETTERS
function testSetPowerStrategy() public {
address newPowerStrategy = address(101);
hoax(OWNER);
address[] memory powerTokens = new address[](1);
powerTokens[0] = address(1239746519);
vm.mockCall(
newPowerStrategy,
abi.encodeWithSelector(IBaseVotingStrategy.getVotingAssetList.selector),
abi.encode(powerTokens)
);
vm.expectEmit(true, false, false, true);
emit PowerStrategyUpdated(newPowerStrategy);
governance.setPowerStrategy(IGovernancePowerStrategy(newPowerStrategy));
assertEq(address(governance.getPowerStrategy()), newPowerStrategy);
}
function testSetPowerStrategyWithNoPowerTokens() public {
address newPowerStrategy = address(101);
hoax(OWNER);
vm.mockCall(
newPowerStrategy,
abi.encodeWithSelector(IBaseVotingStrategy.getVotingAssetList.selector),
abi.encode(new address[](0))
);
vm.expectRevert(bytes(Errors.POWER_STRATEGY_HAS_NO_TOKENS));
governance.setPowerStrategy(IGovernancePowerStrategy(newPowerStrategy));
}
function testSetZeroPowerStrategy() public {
address newPowerStrategy = address(0);
hoax(OWNER);
vm.expectRevert(bytes(Errors.INVALID_POWER_STRATEGY));
governance.setPowerStrategy(IGovernancePowerStrategy(newPowerStrategy));
}
function testSetPowerStrategyWhenNotOwner() public {
address newPowerStrategy = address(101);
vm.expectRevert(bytes('Ownable: caller is not the owner'));
governance.setPowerStrategy(IGovernancePowerStrategy(newPowerStrategy));
assertEq(address(governance.getPowerStrategy()), VOTING_STRATEGY);
}
function testSetVotingConfigs() public {
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](2);
IGovernanceCore.SetVotingConfigInput
memory newVotingConfigLvl1 = IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_1,
votingDuration: uint24(7 days),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: 320_000 ether,
yesNoDifferential: 100_000 ether,
minPropositionPower: 50_000 ether
});
IGovernanceCore.SetVotingConfigInput
memory newVotingConfigLvl2 = IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_2,
votingDuration: uint24(7 days),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: newVotingConfigLvl1.yesThreshold + 320_000 ether,
yesNoDifferential: newVotingConfigLvl1.yesNoDifferential +
100_000 ether,
minPropositionPower: newVotingConfigLvl1.minPropositionPower +
50_000 ether
});
newVotingConfigs[0] = newVotingConfigLvl1;
newVotingConfigs[1] = newVotingConfigLvl2;
vm.expectEmit(true, true, false, true);
emit VotingConfigUpdated(
newVotingConfigLvl1.accessLevel,
newVotingConfigLvl1.votingDuration,
newVotingConfigLvl1.coolDownBeforeVotingStart,
newVotingConfigLvl1.yesThreshold / governance.PRECISION_DIVIDER(),
newVotingConfigLvl1.yesNoDifferential / governance.PRECISION_DIVIDER(),
newVotingConfigLvl1.minPropositionPower / governance.PRECISION_DIVIDER()
);
vm.expectEmit(true, true, false, true);
emit VotingConfigUpdated(
newVotingConfigLvl2.accessLevel,
newVotingConfigLvl2.votingDuration,
newVotingConfigLvl2.coolDownBeforeVotingStart,
newVotingConfigLvl2.yesThreshold / governance.PRECISION_DIVIDER(),
newVotingConfigLvl2.yesNoDifferential / governance.PRECISION_DIVIDER(),
newVotingConfigLvl2.minPropositionPower / governance.PRECISION_DIVIDER()
);
hoax(OWNER);
governance.setVotingConfigs(newVotingConfigs);
IGovernanceCore.VotingConfig memory votingConfigL1 = governance
.getVotingConfig(PayloadsControllerUtils.AccessControl.Level_1);
assertEq(votingConfigL1.votingDuration, newVotingConfigLvl1.votingDuration);
assertEq(
votingConfigL1.coolDownBeforeVotingStart,
newVotingConfigLvl1.coolDownBeforeVotingStart
);
assertEq(
votingConfigL1.yesThreshold,
newVotingConfigLvl1.yesThreshold / governance.PRECISION_DIVIDER()
);
assertEq(
votingConfigL1.yesNoDifferential,
newVotingConfigLvl1.yesNoDifferential / governance.PRECISION_DIVIDER()
);
assertEq(
votingConfigL1.minPropositionPower,
newVotingConfigLvl1.minPropositionPower / governance.PRECISION_DIVIDER()
);
IGovernanceCore.VotingConfig memory votingConfigL2 = governance
.getVotingConfig(PayloadsControllerUtils.AccessControl.Level_2);
assertEq(votingConfigL2.votingDuration, newVotingConfigLvl2.votingDuration);
assertEq(
votingConfigL2.coolDownBeforeVotingStart,
newVotingConfigLvl2.coolDownBeforeVotingStart
);
assertEq(
votingConfigL2.yesThreshold,
newVotingConfigLvl2.yesThreshold / governance.PRECISION_DIVIDER()
);
assertEq(
votingConfigL2.yesNoDifferential,
newVotingConfigLvl2.yesNoDifferential / governance.PRECISION_DIVIDER()
);
assertEq(
votingConfigL2.minPropositionPower,
newVotingConfigLvl2.minPropositionPower / governance.PRECISION_DIVIDER()
);
}
function testSetVotingConfigsWhenInvalidAccessLevel() public {
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
IGovernanceCore.SetVotingConfigInput
memory newVotingConfigLvl1 = IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_null,
votingDuration: uint24(3 days),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: 120000 ether,
yesNoDifferential: 150000 ether,
minPropositionPower: 20000 ether
});
newVotingConfigs[0] = newVotingConfigLvl1;
vm.expectRevert(bytes(Errors.INVALID_VOTING_CONFIG_ACCESS_LEVEL));
hoax(OWNER);
governance.setVotingConfigs(newVotingConfigs);
}
function testSetVotingConfigsWhenDurationToBig() public {
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
IGovernanceCore.SetVotingConfigInput
memory newVotingConfigLvl1 = IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_1,
votingDuration: uint24(governance.PROPOSAL_EXPIRATION_TIME()),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: 120000 ether,
yesNoDifferential: 150000 ether,
minPropositionPower: 20000 ether
});
newVotingConfigs[0] = newVotingConfigLvl1;
hoax(OWNER);
vm.expectRevert(bytes(Errors.INVALID_VOTING_DURATION));
governance.setVotingConfigs(newVotingConfigs);
}
function testSetVotingConfigsWhenDurationToSmall() public {
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
IGovernanceCore.SetVotingConfigInput
memory newVotingConfigLvl1 = IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_1,
votingDuration: uint24(2),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: 120000 ether,
yesNoDifferential: 150000 ether,
minPropositionPower: 20000 ether
});
newVotingConfigs[0] = newVotingConfigLvl1;
hoax(OWNER);
vm.expectRevert(bytes(Errors.VOTING_DURATION_TOO_SMALL));
governance.setVotingConfigs(newVotingConfigs);
}
function testSetVotingConfigsWhenNotOwner() public {
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
IGovernanceCore.SetVotingConfigInput
memory newVotingConfigLvl1 = IGovernanceCore.SetVotingConfigInput({
accessLevel: PayloadsControllerUtils.AccessControl.Level_1,
votingDuration: uint24(3 days),
coolDownBeforeVotingStart: uint24(1 days),
yesThreshold: 120000 ether,
yesNoDifferential: 150000 ether,
minPropositionPower: 20000 ether
});
newVotingConfigs[0] = newVotingConfigLvl1;
vm.expectRevert(bytes('Ownable: caller is not the owner'));
governance.setVotingConfigs(newVotingConfigs);
}
function testAddVotingPortals() public {
address newVotingPortal = address(101);
address[] memory newVotingPortals = new address[](1);
newVotingPortals[0] = newVotingPortal;
vm.expectEmit(true, true, false, true);
emit VotingPortalUpdated(newVotingPortal, true);
hoax(OWNER);
governance.addVotingPortals(newVotingPortals);
assertEq(governance.isVotingPortalApproved(newVotingPortal), true);
assertEq(governance.getVotingPortalsCount(), 2);
}
function testAddAndRemoveSameVotingPortalTwice() public {
address newVotingPortal = address(101);
address[] memory newVotingPortals = new address[](1);
newVotingPortals[0] = newVotingPortal;
hoax(OWNER);
governance.addVotingPortals(newVotingPortals);
hoax(OWNER);
governance.addVotingPortals(newVotingPortals);
assertEq(governance.isVotingPortalApproved(newVotingPortal), true);
assertEq(governance.getVotingPortalsCount(), 2);
hoax(OWNER);
governance.removeVotingPortals(newVotingPortals);
hoax(OWNER);
governance.removeVotingPortals(newVotingPortals);
assertEq(governance.isVotingPortalApproved(newVotingPortal), false);
assertEq(governance.getVotingPortalsCount(), 1);
}
function testAddAddressZeroAsVotingPortal() public {
address newVotingPortal = address(0);
address[] memory newVotingPortals = new address[](1);
newVotingPortals[0] = newVotingPortal;
hoax(OWNER);
vm.expectRevert(bytes(Errors.INVALID_VOTING_PORTAL_ADDRESS));
governance.addVotingPortals(newVotingPortals);
}
function testAddVotingPortalsWhenNotOwner() public {
address newVotingPortal = address(101);
address[] memory newVotingPortals = new address[](1);
newVotingPortals[0] = newVotingPortal;
vm.expectRevert(bytes('Ownable: caller is not the owner'));
governance.addVotingPortals(newVotingPortals);
assertEq(governance.getVotingPortalsCount(), 1);
}
function testRemoveVotingPortals() public {
address[] memory newVotingPortals = new address[](1);
newVotingPortals[0] = VOTING_PORTAL;
vm.expectEmit(true, true, false, true);
emit VotingPortalUpdated(VOTING_PORTAL, false);
hoax(OWNER);
governance.removeVotingPortals(newVotingPortals);
assertEq(governance.isVotingPortalApproved(VOTING_PORTAL), false);
assertEq(governance.getVotingPortalsCount(), 0);
}
function testRemoveVotingPortalsWhenNotOwner() public {
address[] memory newVotingPortals = new address[](1);
newVotingPortals[0] = VOTING_PORTAL;
vm.expectRevert(bytes('Ownable: caller is not the owner'));
governance.removeVotingPortals(newVotingPortals);
assertEq(governance.getVotingPortalsCount(), 1);
}
function testRescueVotingPortal() public {
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
hoax(OWNER);
governance.removeVotingPortals(votingPortals);
address rescueVotingPortal = address(90123478);
vm.expectEmit(true, true, false, true);
emit VotingPortalUpdated(rescueVotingPortal, true);
hoax(GUARDIAN);
governance.rescueVotingPortal(rescueVotingPortal);
assertEq(governance.isVotingPortalApproved(rescueVotingPortal), true);
assertEq(governance.getVotingPortalsCount(), 1);
}
function testRescueVotingPortalWhenVotingPortalsCountNot0() public {
address rescueVotingPortal = address(90123478);
vm.expectRevert(bytes(Errors.VOTING_PORTALS_COUNT_NOT_0));
hoax(GUARDIAN);
governance.rescueVotingPortal(rescueVotingPortal);
assertEq(governance.isVotingPortalApproved(rescueVotingPortal), false);
assertEq(governance.getVotingPortalsCount(), 1);
}
function estRescueVotingPortalWhenNotGuardian() public {
address[] memory votingPortals = new address[](1);
votingPortals[0] = VOTING_PORTAL;
hoax(OWNER);
governance.removeVotingPortals(votingPortals);
address rescueVotingPortal = address(90123478);
vm.expectRevert(bytes('Ownable: caller is not the owner'));
governance.rescueVotingPortal(rescueVotingPortal);
assertEq(governance.getVotingPortalsCount(), 0);
}
// TEST CREATE PROPOSAL
function testCreateProposal() public {
PayloadsControllerUtils.AccessControl accessLevel = PayloadsControllerUtils
.AccessControl
.Level_1;
PayloadsControllerUtils.AccessControl accessLevel2 = PayloadsControllerUtils
.AccessControl
.Level_2;
PayloadsControllerUtils.Payload[]
memory payloads = new PayloadsControllerUtils.Payload[](2);
PayloadsControllerUtils.Payload memory payload = _createPayload(
accessLevel
);
PayloadsControllerUtils.Payload memory payloadLvl2 = _createPayload(
accessLevel2
);
payloads[0] = payloadLvl2;
payloads[1] = payload;
// set voting config lvl2
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
newVotingConfigs[0] = votingConfigLvl2;
hoax(OWNER, 1 ether);
governance.setVotingConfigs(newVotingConfigs);
bytes32 ipfsHash = keccak256(bytes('some ipfs hash'));
bytes32 blockHash = blockhash(block.number - 1);
vm.mockCall(
VOTING_STRATEGY,
abi.encodeWithSelector(
IGovernancePowerStrategy.getFullPropositionPower.selector,
address(this)
),
abi.encode(10000000 ether)
);
vm.mockCall(
VOTING_PORTAL,
abi.encodeWithSelector(
IVotingPortal.forwardStartVotingMessage.selector,
0,
blockHash,
votingConfigLvl1.votingDuration
),
abi.encode()
);
uint256 balanceBefore = address(this).balance;
vm.expectEmit(true, true, true, true);
emit ProposalCreated(0, address(this), accessLevel2, ipfsHash);
uint256 proposalId = governance.createProposal{value: CANCELLATION_FEE}(
payloads,
VOTING_PORTAL,
ipfsHash
);
vm.clearMockedCalls();
IGovernanceCore.Proposal memory proposal = governance.getProposal(0);
assertEq(governance.getProposalsCount(), 1);
assertEq(proposal.votingDuration, uint24(0));
assertEq(proposal.creationTime, uint40(block.timestamp));
assertEq(uint8(proposal.accessLevel), uint8(accessLevel2));
assertEq(uint8(proposal.state), uint8(1));
assertEq(proposal.creator, address(this));
assertEq(proposal.payloads.length, 2);
assertEq(proposal.payloads[0].chain, ChainIds.POLYGON);
assertEq(uint8(proposal.payloads[0].accessLevel), uint8(accessLevel2));
assertEq(proposal.payloads[0].payloadsController, address(123012491456));
assertEq(proposal.payloads[0].payloadId, uint40(0));
assertEq(proposal.payloads[1].chain, ChainIds.POLYGON);
assertEq(uint8(proposal.payloads[1].accessLevel), uint8(accessLevel));
assertEq(proposal.payloads[1].payloadsController, address(123012491456));
assertEq(proposal.payloads[1].payloadId, uint40(0));
assertEq(proposal.queuingTime, uint40(0));
assertEq(proposal.votingPortal, VOTING_PORTAL);
assertEq(proposal.ipfsHash, ipfsHash);
assertEq(proposal.forVotes, 0);
assertEq(proposal.againstVotes, 0);
IGovernanceCore.Proposal memory proposalAfter = governance.getProposal(
proposalId
);
assertEq(proposalAfter.cancellationFee, CANCELLATION_FEE);
assertEq(address(this).balance, balanceBefore - CANCELLATION_FEE);
assertEq(address(governance).balance, CANCELLATION_FEE);
}
function testCreateProposalWhenNotCorrectCancellationFee() public {
PayloadsControllerUtils.AccessControl accessLevel = PayloadsControllerUtils
.AccessControl
.Level_1;
PayloadsControllerUtils.AccessControl accessLevel2 = PayloadsControllerUtils
.AccessControl
.Level_2;
PayloadsControllerUtils.Payload[]
memory payloads = new PayloadsControllerUtils.Payload[](2);
PayloadsControllerUtils.Payload memory payload = _createPayload(
accessLevel
);
PayloadsControllerUtils.Payload memory payloadLvl2 = _createPayload(
accessLevel2
);
payloads[0] = payloadLvl2;
payloads[1] = payload;
// set voting config lvl2
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
newVotingConfigs[0] = votingConfigLvl2;
hoax(OWNER);
uint256 balanceBefore = OWNER.balance;
governance.setVotingConfigs(newVotingConfigs);
bytes32 ipfsHash = keccak256(bytes('some ipfs hash'));
bytes32 blockHash = blockhash(block.number - 1);
vm.expectRevert(bytes(Errors.INVALID_CANCELLATION_FEE_SENT));
emit ProposalCreated(0, address(this), accessLevel2, ipfsHash);
governance.createProposal{value: 0.002 ether}(
payloads,
VOTING_PORTAL,
ipfsHash
);
vm.clearMockedCalls();
}
function testCreateProposalWhenInvalidIPFSHash() public {
PayloadsControllerUtils.AccessControl accessLevel = PayloadsControllerUtils
.AccessControl
.Level_1;
PayloadsControllerUtils.AccessControl accessLevel2 = PayloadsControllerUtils
.AccessControl
.Level_2;
PayloadsControllerUtils.Payload[]
memory payloads = new PayloadsControllerUtils.Payload[](2);
PayloadsControllerUtils.Payload memory payload = _createPayload(
accessLevel
);
PayloadsControllerUtils.Payload memory payloadLvl2 = _createPayload(
accessLevel2
);
payloads[0] = payloadLvl2;
payloads[1] = payload;
// set voting config lvl2
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
newVotingConfigs[0] = votingConfigLvl2;
hoax(OWNER, 1 ether);
governance.setVotingConfigs(newVotingConfigs);
vm.expectRevert(bytes(Errors.G_INVALID_IPFS_HASH));
governance.createProposal{value: CANCELLATION_FEE}(
payloads,
VOTING_PORTAL,
bytes32(0)
);
vm.clearMockedCalls();
}
function testCreateProposalWhenInvalidAccessLevel() public {
PayloadsControllerUtils.AccessControl accessLevel = PayloadsControllerUtils
.AccessControl
.Level_null;
PayloadsControllerUtils.AccessControl accessLevel2 = PayloadsControllerUtils
.AccessControl
.Level_2;
PayloadsControllerUtils.Payload[]
memory payloads = new PayloadsControllerUtils.Payload[](2);
PayloadsControllerUtils.Payload memory payload = _createPayload(
accessLevel
);
PayloadsControllerUtils.Payload memory payloadLvl2 = _createPayload(
accessLevel2
);
payloads[0] = payloadLvl2;
payloads[1] = payload;
// set voting config lvl2
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
newVotingConfigs[0] = votingConfigLvl2;
hoax(OWNER);
governance.setVotingConfigs(newVotingConfigs);
bytes32 ipfsHash = keccak256(bytes('some ipfs hash'));
vm.expectRevert(bytes(Errors.G_INVALID_PAYLOAD_ACCESS_LEVEL));
governance.createProposal{value: CANCELLATION_FEE}(
payloads,
VOTING_PORTAL,
ipfsHash
);
vm.clearMockedCalls();
}
function testCreateProposalWhenInvalidPayloadsController() public {
PayloadsControllerUtils.AccessControl accessLevel = PayloadsControllerUtils
.AccessControl
.Level_1;
PayloadsControllerUtils.AccessControl accessLevel2 = PayloadsControllerUtils
.AccessControl
.Level_2;
PayloadsControllerUtils.Payload[]
memory payloads = new PayloadsControllerUtils.Payload[](2);
PayloadsControllerUtils.Payload memory payload = PayloadsControllerUtils
.Payload({
chain: ChainIds.POLYGON,
accessLevel: accessLevel,
payloadsController: address(0),
payloadId: uint40(0)
});
PayloadsControllerUtils.Payload memory payloadLvl2 = _createPayload(
accessLevel2
);
payloads[0] = payloadLvl2;
payloads[1] = payload;
// set voting config lvl2
IGovernanceCore.SetVotingConfigInput[]
memory newVotingConfigs = new IGovernanceCore.SetVotingConfigInput[](1);
newVotingConfigs[0] = votingConfigLvl2;
hoax(OWNER);
governance.setVotingConfigs(newVotingConfigs);