git.delta.rocks / unique-network / refs/commits / 5509757640ce

55495549
5550[[package]]5550[[package]]
5551name = "pallet-app-promotion"5551name = "pallet-app-promotion"
5552version = "0.1.1"5552version = "0.1.2"
5553dependencies = [5553dependencies = [
5554 "frame-benchmarking",5554 "frame-benchmarking",
5555 "frame-support",5555 "frame-support",

44
5<!-- bureaucrate goes here -->5<!-- bureaucrate goes here -->
66
7## [0.1.2] - 2022-12-20
8
9### Fixed
10
11- The behaviour of the `payoutStakers` extrinsic
12  in which only one stake is calculated for the last processed staker.
13
7## [0.1.1] - 2022-12-1314## [0.1.1] - 2022-12-13
815
9### Added16### Added

9license = 'GPLv3'9license = 'GPLv3'
10name = 'pallet-app-promotion'10name = 'pallet-app-promotion'
11repository = 'https://github.com/UniqueNetwork/unique-chain'11repository = 'https://github.com/UniqueNetwork/unique-chain'
12version = '0.1.1'12version = '0.1.2'
1313
14[package.metadata.docs.rs]14[package.metadata.docs.rs]
15targets = ['x86_64-unknown-linux-gnu']15targets = ['x86_64-unknown-linux-gnu']

608			{608			{
609				// Address handled in the last payout loop iteration (below)609				// Address handled in the last payout loop iteration (below)
610				let last_id = RefCell::new(None);610				let last_id = RefCell::new(None);
611				// Block number (as a part of the key) for which calculation was performed in the last payout loop iteration
612				let mut last_staked_calculated_block = Default::default();
611				// Reward balance for the address in the iteration613				// Reward balance for the address in the iteration
612				let income_acc = RefCell::new(BalanceOf::<T>::default());614				let income_acc = RefCell::new(BalanceOf::<T>::default());
613				// Staked balance for the address in the iteration (before stake is recalculated)615				// Staked balance for the address in the iteration (before stake is recalculated)
666					// or just start handling the very first address. In the latter case last_id will be None and668					// or just start handling the very first address. In the latter case last_id will be None and
667					// flush_stake will do nothing669					// flush_stake will do nothing
668					if last_id.borrow().as_ref() != Some(&current_id) {670					if last_id.borrow().as_ref() != Some(&current_id) {
671						if stakers_number > 0 {
669						flush_stake()?;672							flush_stake()?;
670						*last_id.borrow_mut() = Some(current_id.clone());673							*last_id.borrow_mut() = Some(current_id.clone());
671						stakers_number -= 1;674							stakers_number -= 1;
672					};675						}
676						// Break out if we reached the address limit
677						else {
678							if let Some(staker) = &*last_id.borrow() {
679								// Save the last calculated record to pick up in the next extrinsic call
680								PreviousCalculatedRecord::<T>::set(Some((
681									staker.clone(),
682									last_staked_calculated_block,
683								)));
684							}
685							break;
686						};
687					};
673688
674					// Increase accumulated reward for current address and update current staking record, i.e. (address, staked_block) -> amount689					// Increase accumulated reward for current address and update current staking record, i.e. (address, staked_block) -> amount
686						);701						);
687					}702					}
688
689					// Break out if we reached the address limit
690					if stakers_number == 0 {
691						if storage_iterator.next().is_some() {
692							// Save the last calculated record to pick up in the next extrinsic call
693							PreviousCalculatedRecord::<T>::set(Some((current_id, staked_block)));703					last_staked_calculated_block = staked_block;
694						}
695						break;
696					}
697				}704				}
698				flush_stake()?;705				flush_stake()?;
699			}706			}