Aave DAO Executor

Function enabling pending admin to become admin*

Function, called by Governance, that cancels a transaction, returns action hash - data: function arguments of the transaction or callData if signature empty - executionTime: time at which to execute the transaction - signature: function signature of the transaction - target: smart contract target - value: wei value of the transaction - withDelegatecall: boolean, true = transaction delegatecalls the target, else calls the target

Function, called by Governance, that cancels a transaction, returns the callData executed - data: function arguments of the transaction or callData if signature empty - executionTime: time at which to execute the transaction - signature: function signature of the transaction - target: smart contract target - value: wei value of the transaction - withDelegatecall: boolean, true = transaction delegatecalls the target, else calls the target

Getter of the current admin address (should be governance)

Getter of the delay between queuing and execution

Returns the minimum Proposition Power needed to create a proposition. - blockNumber: Blocknumber at which to evaluate - governance: Governance Contract

Calculates the minimum amount of Voting Power needed for a proposal to Pass - votingSupply: Total number of oustanding voting tokens

Getter of the current pending admin address

Returns whether an action (via actionHash) is queued - actionHash: hash of the action to be checked keccak256(abi.encode(target, value, signature, data, executionTime, withDelegatecall))

Checks whether a proposal is over its grace period - governance: Governance contract - proposalId: Id of the proposal against which to test

Returns whether a proposal passed or not - governance: Governance Contract - proposalId: Id of the proposal to set

Returns whether a user has enough Proposition Power to make a proposal. - blockNumber: Block Number against which to make the challenge. - governance: Governance Contract - user: Address of the user to be challenged.

Check whether a proposal has reached quorum, ie has enough FOR-voting-power Here quorum is not to understand as number of votes reached, but number of for-votes reached - governance: Governance Contract - proposalId: Id of the proposal to verify

Check whether a proposal has enough extra FOR-votes than AGAINST-votes FOR VOTES - AGAINST VOTES > VOTE_DIFFERENTIAL * voting supply - governance: Governance Contract - proposalId: Id of the proposal to verify

Function, called by Governance, that queue a transaction, returns action hash - data: function arguments of the transaction or callData if signature empty - executionTime: time at which to execute the transaction - signature: function signature of the transaction - target: smart contract target - value: wei value of the transaction - withDelegatecall: boolean, true = transaction delegatecalls the target, else calls the target

Set the delay - delay: delay between queue and execution of proposal*

Setting a new pending admin (that can then become admin) Can only be called by this executor (i.e via proposal) - newPendingAdmin: address of the new admin*

Called to validate a proposal (e.g when creating new proposal in Governance) - blockNumber: Block Number against which to make the test (e.g proposal creation block -1). - governance: Governance Contract - user: Address of the proposal creator

Called to validate the cancellation of a proposal Needs to creator to have lost proposition power threashold - blockNumber: Block Number against which to make the test (e.g proposal creation block -1). - governance: Governance Contract - user: Address of the proposal creator

This function adds two uint256 numbers and checks for overflow, returning the result. (autogenerated documentation)

This function subtracts two uint256 values and throws an error if the result is negative. (autogenerated documentation)

This function subtracts b from a and returns the result. It also checks if b is less than or equal to a, throwing an error message if not. (autogenerated documentation)

This function multiplies two unsigned integers and checks for overflow, returning the result. (autogenerated documentation)

This function performs safe division of two uint256 numbers and throws an error message if division by zero occurs. (autogenerated documentation)

This function divides two uint256 numbers and returns the result. It throws an error message if the second number is zero. (autogenerated documentation)

This function calculates the modulo of two uint256 values and throws an error if the second value is zero. (autogenerated documentation)

This function calculates the remainder of a division between two uint256 numbers and throws an error message if the divisor is zero. (autogenerated documentation)

This interface defines functions for getting the proposition and voting power of users at a specific block number in Aave Governance V2. (autogenerated documentation)

This function retrieves the total proposition supply, total voting supply, and voting power of a user at a specific block number in Aave Governance V2. (autogenerated documentation)

This function returns the total voting supply and the voting power of a user at a specific block number in the Aave Governance V2 protocol. (autogenerated documentation)

This function returns the voting power of a user at a specific block number in the Aave Governance V2 system. (autogenerated documentation)

This interface defines functions for a contract that can execute proposals with a timelock mechanism. (autogenerated documentation)

This interface defines functions for executing transactions with a timelock mechanism. (autogenerated documentation)

This interface defines functions for executing proposals with a timelock mechanism. (autogenerated documentation)

This interface defines functions for executing proposals with a time delay. (autogenerated documentation)

This interface defines functions for executing transactions with a time delay. (autogenerated documentation)

This interface defines functions for executing actions with a time delay. (autogenerated documentation)

This interface defines functions for a contract that executes transactions with a time delay. (autogenerated documentation)

This interface defines functions for a contract that allows for delayed execution of transactions by authorized executors. (autogenerated documentation)

This interface defines functions for a contract that allows for executing transactions with a time delay. (autogenerated documentation)

This interface defines functions for a contract that allows for time-locked execution of transactions by authorized executors. (autogenerated documentation)

This interface defines functions for an executor contract with timelock, which requires a delay before executing certain actions. (autogenerated documentation)

This interface defines functions for a contract that acts as an executor with a timelock, allowing for delayed execution of transactions. (autogenerated documentation)

This interface defines functions for a contract that allows for time-delayed execution of transactions. (autogenerated documentation)

This interface defines functions for an executor contract with timelock, allowing for delayed execution of proposals. (autogenerated documentation)

This interface defines a function to execute proposals with a timelock mechanism, ensuring a delay before the execution can occur. (autogenerated documentation)

This interface defines functions for getting information about proposals and votes, as well as an executor with timelock. (autogenerated documentation)

This interface defines functions to get proposal details and state, and to execute proposals with a timelock mechanism. (autogenerated documentation)

This interface defines two functions for getting the vote on a proposal and the state of a proposal, and another interface for an executor with timelock. (autogenerated documentation)

This function returns the current state of a proposal identified by its ID in the Executor contract with timelock. (autogenerated documentation)

This contract defines functions for executing transactions with a time delay, allowing for governance control over critical actions. (autogenerated documentation)

This contract defines functions for executing transactions with a time delay and cancellation option. (autogenerated documentation)

This contract defines functions for executing transactions with a time delay and cancelling queued transactions. (autogenerated documentation)

This contract defines functions for executing transactions with a time delay and cancelling queued transactions. (autogenerated documentation)

This contract defines functions for executing transactions with a time delay and checking if a proposal is over the grace period. (autogenerated documentation)

This contract implements a timelock mechanism for executing transactions, allowing for delayed execution and cancellation. (autogenerated documentation)

This contract defines a timelock mechanism for executing transactions on behalf of a user, with a minimum and maximum delay period. (autogenerated documentation)

This contract allows for queuing and executing transactions with a time delay, up to a maximum delay set by the contract. (autogenerated documentation)

This contract allows for queuing and executing transactions with a time delay and optional delegatecall functionality. (autogenerated documentation)

This contract allows for executing or cancelling a transaction with a time delay and optional delegate call. (autogenerated documentation)

This function cancels a transaction by providing the target address, value, signature, data, execution time, and delegate call option. (autogenerated documentation)

This function sets a delay for a timelock contract and emits an event. Only the timelock contract can call it. (autogenerated documentation)

This function accepts a pending admin and sets them as the new admin, emitting a NewAdmin event. Only the current pending admin can call it. (autogenerated documentation)

This function sets a new pending admin address, which can only be called by a timelock contract. (autogenerated documentation)

This function validates that a given delay is within a certain range, throwing an error if it is too short or too long. (autogenerated documentation)

This contract defines functions to validate various aspects of a proposal in the Aave Governance system. (autogenerated documentation)

This contract defines functions to validate Aave governance proposals based on various criteria such as quorum, voting power, and vote differential. (autogenerated documentation)

This contract defines functions to validate Aave governance proposals based on quorum, voting power, and vote differential. (autogenerated documentation)

This contract defines functions to validate Aave governance proposals based on quorum, voting power, and vote differential. (autogenerated documentation)

This contract defines functions to validate Aave governance proposals based on quorum, vote differential, and voting power. (autogenerated documentation)

This contract defines functions to validate Aave governance proposals based on quorum, vote differential, and minimum voting power. (autogenerated documentation)

This contract defines functions to validate Aave governance proposals, including vote differential, quorum, and voting power requirements. (autogenerated documentation)

This contract defines functions to validate proposals based on voting parameters such as quorum, voting power, and vote differential. (autogenerated documentation)

This contract defines functions that return various parameters used to validate proposals in a governance system. (autogenerated documentation)

This contract implements the interface IProposalValidator and provides functions to retrieve various voting parameters. (autogenerated documentation)

This contract implements the interface IProposalValidator and provides functions to retrieve constants for vote differential, minimum quorum, and precision. (autogenerated documentation)

This contract defines two external view functions that return uint256 values for minimum quorum and 100 with precision. (autogenerated documentation)

This contract defines an interface for a function that returns a constant value of 100 with precision. (autogenerated documentation)