DaoVotingClaims

constructor

`DaoVotingClaims`

inputs 0 address _resolver

function, constant

`CONTRACT_ADDRESS` `db4ecbc1`

function

`claimDraftVotingResult` `90e353df`

Function to claim the draft voting result (can only be called by the proposal proposer)

The founder/or anyone is supposed to call this function after the claiming deadline has passed, to clean it up and close this proposal. If this voting fails, the collateral will be refunded

inputs	0	bytes32	`_proposalId`	ID of the proposal
inputs	inputs	1	uint256	`_operations`	Number of operations to do in this call
outputs	0	bool	`_passed`	Boolean, true if the draft voting has passed, false if the claiming deadline has passed or the voting has failed
outputs	outputs	1	bool	`_done`	Boolean, true if the calculation has finished

function

`claimProposalVotingResult` `3d554f39`

Function to claim the voting round results

This function has two major steps: - Counting the votes + There is no need for this step if there are some conditions that makes the proposal auto failed + The number of operations needed for this step is the number of participants in the quarter - Calculating the bonus for the voters in the preceding round + We can skip this step if this is the Voting round 0 (there is no preceding voting round to calculate bonus) + The number of operations needed for this step is the number of participants who voted "correctly" in the preceding voting round Step 1 will have to finish first before step 2. The proposer is supposed to call this function repeatedly, until _done is true If the voting round fails, the collateral will be returned back to the proposer

inputs	0	bytes32	`_proposalId`	ID of the proposal
	inputs	1	uint256	`_index`	Index of the voting round
	inputs	2	uint256	`_operations`	Number of operations to do in this call
outputs	0	bool	`_passed`	Boolean, true if the voting round passed, false if failed
outputs	outputs	1	bool	`_done`

function, constant

`currentQuarterNumber` `7f6a26b6`

Get the current quarter index

Quarter indexes starts from 1

outputs

uint256

_quarterNumber

the current quarter index

function, constant

`currentTimeInQuarter` `560a25ea`

Get the current relative time in the quarter

For example: the currentTimeInQuarter of the first second of any quarter is 1

outputs

uint256

_currentT

the current relative time in the quarter

function, constant

`getAddressConfig` `1d8ccd04`

inputs 0 bytes32 _configKey

function, constant

`getBytesConfig` `93ddad08`

inputs 0 bytes32 _configKey

function, constant

`getInterResultKeyForBonusCalculation` `c66c9efd`

inputs 0 bytes32 _proposalId

function, constant

`getUintConfig` `b1e2b9dd`

inputs 0 bytes32 _configKey

function, constant

`get_contract` `3f83acff`

Get the address of a contract

inputs	0	bytes32	`_key`	the resolver key to look up
outputs	0	address	`_contract`	the address of the contract

function, constant

`isDaoNotReplaced` `d70d9358`

Check if the DAO contracts have been replaced by a new set of contracts

outputs

bool

_isNotReplaced

true if it is not replaced, false if it has already been replaced

function, constant

`isLockingPhase` `7d6fed80`

Check if it is currently in the locking phase

No governance activities can happen in the locking phase. The locking phase is from t=0 to t=CONFIG_LOCKING_PHASE_DURATION-1

outputs

bool

_isLockingPhase

true if it is in the locking phase

function, constant

`isMainPhase` `68533060`

Check if it is currently in a main phase.

The main phase is where all the governance activities could take plase. If the DAO is replaced, there can never be any more main phase.

outputs

bool

_isMainPhase

true if it is in a main phase

function, constant

`isModerator` `fa6f3936`

Check if a user is a moderator in the current quarter

inputs 0 address _user

function, constant

`isParticipant` `929066f5`

Check if a user is a participant in the current quarter

inputs 0 address _user

function, constant

`isProposalPaused` `f94f0f33`

Check if a proposal is currently paused/stopped

If a proposal is paused/stopped (by the PRLs): proposer cannot call for voting, a current on-going voting round can still pass, but no funding can be withdrawn.A paused proposal can still be unpausedIf a proposal is stopped, this function also returns true

inputs	0	bytes32	`_proposalId`
outputs	0	bool	`_isPausedOrStopped`	true if the proposal is paused(or stopped)

function, constant

`key` `3943380c`

function, constant

Contract to claim voting results
/contracts/interactive/DaoVotingClaims.sol

Digix Holdings