Moonbeam Parachain staking

Question

I have added parachain staking and moonbeam-orbiters of moonbeam in our project. When I test it, all the extrinsics are performing well except the staking part. I have gone through this https://docs.moonbeam.network/tokens/staking/stake/#staking-your-tokens Here, it is mentioned that "To access staking features, you need to import/create an Ethereum-style account first (H160 address)," Can we access staking features with a normal account? Like If I perform delegate extrinsics with a normal account, staking tokens reflected in the reserve amount of the delegator account(EVE)(As mentioned in above tutorial). But in my case the Eve account is not getting any reward.

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What should I do to get reward ? Thanks in advance.

Answer 1

Without knowing much about the setup, this is how Delegator Eve ends up getting a reward, when a candidate Alice creates a block:

To receive a reward, the following parameters are important: defaultBlocksPerRound (default 600) and rewardPaymentDelay (default 2).

Using the above values, a single round goes on for 600 blocks, where Alice may create N (of total) number of blocks and gets points awarded for it accordingly. The storage items round and points can be used to observe the current round, and the total points that are rewarded currently to all candidates.

Once a round is complete, rewardPaymentDelay comes into play, so Eve will be awarded after 2 rounds, i.e. after 1200 (2 * 600) blocks once the current round has ended. The reward will only be awarded to the candidate and their delegators that are present in the topDelegations storage item.

EDIT:

EventHandler implementation for staking pallet:

impl pallet_author_inherent::Config for Runtime {
    type SlotBeacon = RelaychainBlockNumberProvider<Self>;
    type AccountLookup = MoonbeamOrbiters;

    type EventHandler = ParachainStaking; // This calls the staking pallet
                                          // when a block is produced
    type CanAuthor = AuthorFilter;
    type WeightInfo = pallet_author_inherent::weights::SubstrateWeight<Runtime>;
}