560 lines
19 KiB
Go
560 lines
19 KiB
Go
package keeper
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import (
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"testing"
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"github.com/stretchr/testify/require"
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sdk "github.com/cosmos/cosmos-sdk/types"
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"github.com/cosmos/cosmos-sdk/x/staking"
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)
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func TestCalculateRewardsBasic(t *testing.T) {
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ctx, _, k, sk, _ := CreateTestInputDefault(t, false, 1000)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)), staking.Description{}, commission)
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require.True(t, sh(ctx, msg).IsOK())
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// end block to bond validator
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staking.EndBlocker(ctx, sk)
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// fetch validator and delegation
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val := sk.Validator(ctx, valOpAddr1)
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del := sk.Delegation(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
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// historical count should be 2 (once for validator init, once for delegation init)
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require.Equal(t, uint64(2), k.GetValidatorHistoricalReferenceCount(ctx))
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// end period
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endingPeriod := k.incrementValidatorPeriod(ctx, val)
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// historical count should be 2 still
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require.Equal(t, uint64(2), k.GetValidatorHistoricalReferenceCount(ctx))
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// calculate delegation rewards
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rewards := k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be zero
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require.True(t, rewards.IsZero())
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// allocate some rewards
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initial := int64(10)
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tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
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k.AllocateTokensToValidator(ctx, val, tokens)
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// end period
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endingPeriod = k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards
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rewards = k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be half the tokens
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 2)}}, rewards)
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// commission should be the other half
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 2)}}, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1))
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}
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func TestCalculateRewardsAfterSlash(t *testing.T) {
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ctx, _, k, sk, _ := CreateTestInputDefault(t, false, 1000)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)), staking.Description{}, commission)
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require.True(t, sh(ctx, msg).IsOK())
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// end block to bond validator
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staking.EndBlocker(ctx, sk)
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// fetch validator and delegation
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val := sk.Validator(ctx, valOpAddr1)
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del := sk.Delegation(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
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// end period
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endingPeriod := k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards
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rewards := k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be zero
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require.True(t, rewards.IsZero())
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// start out block height
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// slash the validator by 50%
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sk.Slash(ctx, valConsAddr1, ctx.BlockHeight(), 100, sdk.NewDecWithPrec(5, 1))
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// retrieve validator
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val = sk.Validator(ctx, valOpAddr1)
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// increase block height
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// allocate some rewards
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initial := int64(10)
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tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
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k.AllocateTokensToValidator(ctx, val, tokens)
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// end period
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endingPeriod = k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards
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rewards = k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be half the tokens
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 2)}}, rewards)
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// commission should be the other half
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 2)}}, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1))
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}
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func TestCalculateRewardsAfterManySlashes(t *testing.T) {
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ctx, _, k, sk, _ := CreateTestInputDefault(t, false, 1000)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)), staking.Description{}, commission)
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require.True(t, sh(ctx, msg).IsOK())
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// end block to bond validator
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staking.EndBlocker(ctx, sk)
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// fetch validator and delegation
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val := sk.Validator(ctx, valOpAddr1)
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del := sk.Delegation(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
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// end period
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endingPeriod := k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards
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rewards := k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be zero
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require.True(t, rewards.IsZero())
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// start out block height
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// slash the validator by 50%
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sk.Slash(ctx, valConsAddr1, ctx.BlockHeight(), 100, sdk.NewDecWithPrec(5, 1))
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// fetch the validator again
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val = sk.Validator(ctx, valOpAddr1)
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// increase block height
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// allocate some rewards
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initial := int64(10)
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tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
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k.AllocateTokensToValidator(ctx, val, tokens)
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// slash the validator by 50% again
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sk.Slash(ctx, valConsAddr1, ctx.BlockHeight(), 50, sdk.NewDecWithPrec(5, 1))
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// fetch the validator again
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val = sk.Validator(ctx, valOpAddr1)
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// increase block height
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// allocate some more rewards
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k.AllocateTokensToValidator(ctx, val, tokens)
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// end period
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endingPeriod = k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards
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rewards = k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be half the tokens
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}, rewards)
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// commission should be the other half
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1))
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}
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func TestCalculateRewardsMultiDelegator(t *testing.T) {
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ctx, _, k, sk, _ := CreateTestInputDefault(t, false, 1000)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)), staking.Description{}, commission)
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require.True(t, sh(ctx, msg).IsOK())
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// end block to bond validator
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staking.EndBlocker(ctx, sk)
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// fetch validator and delegation
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val := sk.Validator(ctx, valOpAddr1)
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del1 := sk.Delegation(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
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// allocate some rewards
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initial := int64(20)
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tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
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k.AllocateTokensToValidator(ctx, val, tokens)
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// second delegation
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msg2 := staking.NewMsgDelegate(sdk.AccAddress(valOpAddr2), valOpAddr1, sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)))
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require.True(t, sh(ctx, msg2).IsOK())
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del2 := sk.Delegation(ctx, sdk.AccAddress(valOpAddr2), valOpAddr1)
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// fetch updated validator
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val = sk.Validator(ctx, valOpAddr1)
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// end block
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staking.EndBlocker(ctx, sk)
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// allocate some more rewards
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k.AllocateTokensToValidator(ctx, val, tokens)
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// end period
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endingPeriod := k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards for del1
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rewards := k.calculateDelegationRewards(ctx, val, del1, endingPeriod)
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// rewards for del1 should be 3/4 initial
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial * 3 / 4)}}, rewards)
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// calculate delegation rewards for del2
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rewards = k.calculateDelegationRewards(ctx, val, del2, endingPeriod)
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// rewards for del2 should be 1/4 initial
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial * 1 / 4)}}, rewards)
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// commission should be equal to initial (50% twice)
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1))
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}
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func TestWithdrawDelegationRewardsBasic(t *testing.T) {
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balance := int64(1000)
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ctx, ak, k, sk, _ := CreateTestInputDefault(t, false, balance)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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bond := int64(100)
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(bond)), staking.Description{}, commission)
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require.True(t, sh(ctx, msg).IsOK())
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// assert correct initial balance
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require.Equal(t, sdk.Coins{{staking.DefaultBondDenom, sdk.NewInt(balance - bond)}}, ak.GetAccount(ctx, sdk.AccAddress(valOpAddr1)).GetCoins())
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// end block to bond validator
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staking.EndBlocker(ctx, sk)
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// set zero outstanding rewards
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// fetch validator and delegation
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val := sk.Validator(ctx, valOpAddr1)
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// allocate some rewards
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initial := int64(10)
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tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
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k.AllocateTokensToValidator(ctx, val, tokens)
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// historical count should be 2 (initial + latest for delegation)
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require.Equal(t, uint64(2), k.GetValidatorHistoricalReferenceCount(ctx))
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// withdraw rewards
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require.Nil(t, k.WithdrawDelegationRewards(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1))
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// historical count should still be 2 (added one record, cleared one)
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require.Equal(t, uint64(2), k.GetValidatorHistoricalReferenceCount(ctx))
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// assert correct balance
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require.Equal(t, sdk.Coins{{staking.DefaultBondDenom, sdk.NewInt(balance - bond + (initial / 2))}}, ak.GetAccount(ctx, sdk.AccAddress(valOpAddr1)).GetCoins())
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// withdraw commission
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require.Nil(t, k.WithdrawValidatorCommission(ctx, valOpAddr1))
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// assert correct balance
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require.Equal(t, sdk.Coins{{staking.DefaultBondDenom, sdk.NewInt(balance - bond + initial)}}, ak.GetAccount(ctx, sdk.AccAddress(valOpAddr1)).GetCoins())
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}
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func TestCalculateRewardsAfterManySlashesInSameBlock(t *testing.T) {
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ctx, _, k, sk, _ := CreateTestInputDefault(t, false, 1000)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)), staking.Description{}, commission)
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require.True(t, sh(ctx, msg).IsOK())
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// end block to bond validator
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staking.EndBlocker(ctx, sk)
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// fetch validator and delegation
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val := sk.Validator(ctx, valOpAddr1)
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del := sk.Delegation(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
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// end period
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endingPeriod := k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards
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rewards := k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be zero
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require.True(t, rewards.IsZero())
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// start out block height
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// allocate some rewards
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initial := int64(10)
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tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
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k.AllocateTokensToValidator(ctx, val, tokens)
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// slash the validator by 50%
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sk.Slash(ctx, valConsAddr1, ctx.BlockHeight(), 100, sdk.NewDecWithPrec(5, 1))
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// slash the validator by 50% again
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sk.Slash(ctx, valConsAddr1, ctx.BlockHeight(), 50, sdk.NewDecWithPrec(5, 1))
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// fetch the validator again
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val = sk.Validator(ctx, valOpAddr1)
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// increase block height
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// allocate some more rewards
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k.AllocateTokensToValidator(ctx, val, tokens)
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// end period
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endingPeriod = k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards
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rewards = k.calculateDelegationRewards(ctx, val, del, endingPeriod)
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// rewards should be half the tokens
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}, rewards)
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// commission should be the other half
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1))
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}
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func TestCalculateRewardsMultiDelegatorMultiSlash(t *testing.T) {
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ctx, _, k, sk, _ := CreateTestInputDefault(t, false, 1000)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)), staking.Description{}, commission)
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require.True(t, sh(ctx, msg).IsOK())
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// end block to bond validator
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staking.EndBlocker(ctx, sk)
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// fetch validator and delegation
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val := sk.Validator(ctx, valOpAddr1)
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del1 := sk.Delegation(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
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// allocate some rewards
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initial := int64(30)
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tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
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k.AllocateTokensToValidator(ctx, val, tokens)
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// slash the validator
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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sk.Slash(ctx, valConsAddr1, ctx.BlockHeight(), 100, sdk.NewDecWithPrec(5, 1))
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// second delegation
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msg2 := staking.NewMsgDelegate(sdk.AccAddress(valOpAddr2), valOpAddr1, sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)))
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require.True(t, sh(ctx, msg2).IsOK())
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del2 := sk.Delegation(ctx, sdk.AccAddress(valOpAddr2), valOpAddr1)
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// end block
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staking.EndBlocker(ctx, sk)
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// allocate some more rewards
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k.AllocateTokensToValidator(ctx, val, tokens)
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// slash the validator again
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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sk.Slash(ctx, valConsAddr1, ctx.BlockHeight(), 100, sdk.NewDecWithPrec(5, 1))
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ctx = ctx.WithBlockHeight(ctx.BlockHeight() + 3)
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// fetch updated validator
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val = sk.Validator(ctx, valOpAddr1)
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// end period
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endingPeriod := k.incrementValidatorPeriod(ctx, val)
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// calculate delegation rewards for del1
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rewards := k.calculateDelegationRewards(ctx, val, del1, endingPeriod)
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// rewards for del1 should be 2/3 initial (half initial first period, 1/6 initial second period)
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec((initial / 2) + (initial / 6))}}, rewards)
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// calculate delegation rewards for del2
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rewards = k.calculateDelegationRewards(ctx, val, del2, endingPeriod)
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// rewards for del2 should be initial / 3
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 3)}}, rewards)
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// commission should be equal to initial (twice 50% commission, unaffected by slashing)
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require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1))
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}
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func TestCalculateRewardsMultiDelegatorMultWithdraw(t *testing.T) {
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ctx, _, k, sk, _ := CreateTestInputDefault(t, false, 1000)
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sh := staking.NewHandler(sk)
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// initialize state
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k.SetOutstandingRewards(ctx, sdk.DecCoins{})
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// create validator with 50% commission
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commission := staking.NewCommissionMsg(sdk.NewDecWithPrec(5, 1), sdk.NewDecWithPrec(5, 1), sdk.NewDec(0))
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msg := staking.NewMsgCreateValidator(valOpAddr1, valConsPk1,
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sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)), staking.Description{}, commission)
|
|
require.True(t, sh(ctx, msg).IsOK())
|
|
|
|
// end block to bond validator
|
|
staking.EndBlocker(ctx, sk)
|
|
|
|
// fetch validator and delegation
|
|
val := sk.Validator(ctx, valOpAddr1)
|
|
del1 := sk.Delegation(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
|
|
|
|
// allocate some rewards
|
|
initial := int64(20)
|
|
tokens := sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial)}}
|
|
k.AllocateTokensToValidator(ctx, val, tokens)
|
|
|
|
// historical count should be 2 (validator init, delegation init)
|
|
require.Equal(t, uint64(2), k.GetValidatorHistoricalReferenceCount(ctx))
|
|
|
|
// second delegation
|
|
msg2 := staking.NewMsgDelegate(sdk.AccAddress(valOpAddr2), valOpAddr1, sdk.NewCoin(staking.DefaultBondDenom, sdk.NewInt(100)))
|
|
require.True(t, sh(ctx, msg2).IsOK())
|
|
|
|
// historical count should be 3 (second delegation init)
|
|
require.Equal(t, uint64(3), k.GetValidatorHistoricalReferenceCount(ctx))
|
|
|
|
// fetch updated validator
|
|
val = sk.Validator(ctx, valOpAddr1)
|
|
del2 := sk.Delegation(ctx, sdk.AccAddress(valOpAddr2), valOpAddr1)
|
|
|
|
// end block
|
|
staking.EndBlocker(ctx, sk)
|
|
|
|
// allocate some more rewards
|
|
k.AllocateTokensToValidator(ctx, val, tokens)
|
|
|
|
// first delegator withdraws
|
|
k.WithdrawDelegationRewards(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
|
|
|
|
// second delegator withdraws
|
|
k.WithdrawDelegationRewards(ctx, sdk.AccAddress(valOpAddr2), valOpAddr1)
|
|
|
|
// historical count should be 3 (validator init + two delegations)
|
|
require.Equal(t, uint64(3), k.GetValidatorHistoricalReferenceCount(ctx))
|
|
|
|
// validator withdraws commission
|
|
k.WithdrawValidatorCommission(ctx, valOpAddr1)
|
|
|
|
// end period
|
|
endingPeriod := k.incrementValidatorPeriod(ctx, val)
|
|
|
|
// calculate delegation rewards for del1
|
|
rewards := k.calculateDelegationRewards(ctx, val, del1, endingPeriod)
|
|
|
|
// rewards for del1 should be zero
|
|
require.True(t, rewards.IsZero())
|
|
|
|
// calculate delegation rewards for del2
|
|
rewards = k.calculateDelegationRewards(ctx, val, del2, endingPeriod)
|
|
|
|
// rewards for del2 should be zero
|
|
require.True(t, rewards.IsZero())
|
|
|
|
// commission should be zero
|
|
require.True(t, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1).IsZero())
|
|
|
|
// allocate some more rewards
|
|
k.AllocateTokensToValidator(ctx, val, tokens)
|
|
|
|
// first delegator withdraws again
|
|
k.WithdrawDelegationRewards(ctx, sdk.AccAddress(valOpAddr1), valOpAddr1)
|
|
|
|
// end period
|
|
endingPeriod = k.incrementValidatorPeriod(ctx, val)
|
|
|
|
// calculate delegation rewards for del1
|
|
rewards = k.calculateDelegationRewards(ctx, val, del1, endingPeriod)
|
|
|
|
// rewards for del1 should be zero
|
|
require.True(t, rewards.IsZero())
|
|
|
|
// calculate delegation rewards for del2
|
|
rewards = k.calculateDelegationRewards(ctx, val, del2, endingPeriod)
|
|
|
|
// rewards for del2 should be 1/4 initial
|
|
require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 4)}}, rewards)
|
|
|
|
// commission should be half initial
|
|
require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 2)}}, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1))
|
|
|
|
// allocate some more rewards
|
|
k.AllocateTokensToValidator(ctx, val, tokens)
|
|
|
|
// withdraw commission
|
|
k.WithdrawValidatorCommission(ctx, valOpAddr1)
|
|
|
|
// end period
|
|
endingPeriod = k.incrementValidatorPeriod(ctx, val)
|
|
|
|
// calculate delegation rewards for del1
|
|
rewards = k.calculateDelegationRewards(ctx, val, del1, endingPeriod)
|
|
|
|
// rewards for del1 should be 1/4 initial
|
|
require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 4)}}, rewards)
|
|
|
|
// calculate delegation rewards for del2
|
|
rewards = k.calculateDelegationRewards(ctx, val, del2, endingPeriod)
|
|
|
|
// rewards for del2 should be 1/2 initial
|
|
require.Equal(t, sdk.DecCoins{{staking.DefaultBondDenom, sdk.NewDec(initial / 2)}}, rewards)
|
|
|
|
// commission should be zero
|
|
require.True(t, k.GetValidatorAccumulatedCommission(ctx, valOpAddr1).IsZero())
|
|
}
|