mirror of
https://github.com/0glabs/0g-chain.git
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504 lines
20 KiB
Go
504 lines
20 KiB
Go
package v0_15
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import (
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"fmt"
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"sort"
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"time"
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"github.com/cosmos/cosmos-sdk/codec"
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sdk "github.com/cosmos/cosmos-sdk/types"
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v0_15staking "github.com/cosmos/cosmos-sdk/x/staking/types"
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v0_15hard "github.com/kava-labs/kava/x/hard/types"
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v0_15cdp "github.com/kava-labs/kava/x/cdp/types"
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v0_14incentive "github.com/kava-labs/kava/x/incentive/legacy/v0_14"
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v0_15incentive "github.com/kava-labs/kava/x/incentive/types"
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)
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// Incentive migrates from a v0.14 incentive genesis state to a v0.15 incentive genesis state
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func Incentive(cdc *codec.Codec, incentiveGS v0_14incentive.GenesisState, cdps v0_15cdp.CDPs, hardGS v0_15hard.GenesisState, delegations v0_15staking.Delegations) v0_15incentive.GenesisState {
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// Migrate params
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claimMultipliers := v0_15incentive.Multipliers{}
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for _, m := range incentiveGS.Params.ClaimMultipliers {
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newMultiplier := v0_15incentive.NewMultiplier(v0_15incentive.MultiplierName(m.Name), m.MonthsLockup, m.Factor)
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claimMultipliers = append(claimMultipliers, newMultiplier)
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}
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newMultipliers := v0_15incentive.MultipliersPerDenom{
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{
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Denom: "hard",
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Multipliers: claimMultipliers,
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},
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{
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Denom: "ukava",
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Multipliers: claimMultipliers,
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},
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{
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Denom: "swp",
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Multipliers: v0_15incentive.Multipliers{
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{
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Name: v0_15incentive.Small,
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MonthsLockup: 1,
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Factor: sdk.MustNewDecFromStr("0.1"),
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},
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{
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Name: v0_15incentive.Large,
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MonthsLockup: 12,
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Factor: sdk.OneDec(),
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},
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},
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},
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}
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usdxMintingRewardPeriods := v0_15incentive.RewardPeriods{}
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for _, rp := range incentiveGS.Params.USDXMintingRewardPeriods {
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usdxMintingRewardPeriod := v0_15incentive.NewRewardPeriod(rp.Active,
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rp.CollateralType, rp.Start, rp.End, rp.RewardsPerSecond)
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usdxMintingRewardPeriods = append(usdxMintingRewardPeriods, usdxMintingRewardPeriod)
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}
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delegatorRewardPeriods := v0_15incentive.MultiRewardPeriods{}
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for _, rp := range incentiveGS.Params.HardDelegatorRewardPeriods {
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rewardsPerSecond := sdk.NewCoins(rp.RewardsPerSecond, SwpDelegatorRewardsPerSecond)
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delegatorRewardPeriod := v0_15incentive.NewMultiRewardPeriod(rp.Active,
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rp.CollateralType, rp.Start, rp.End, rewardsPerSecond)
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delegatorRewardPeriods = append(delegatorRewardPeriods, delegatorRewardPeriod)
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}
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swapRewardPeriods := v0_15incentive.MultiRewardPeriods{
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v0_15incentive.NewMultiRewardPeriod(true, "bnb:usdx", GenesisTime, GenesisTime.Add(time.Hour*24*365*4), sdk.NewCoins(sdk.NewCoin("swp", sdk.NewInt(47565)))),
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v0_15incentive.NewMultiRewardPeriod(true, "btcb:usdx", GenesisTime, GenesisTime.Add(time.Hour*24*365*4), sdk.NewCoins(sdk.NewCoin("swp", sdk.NewInt(47565)))),
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v0_15incentive.NewMultiRewardPeriod(true, "busd:usdx", GenesisTime, GenesisTime.Add(time.Hour*24*365*4), sdk.NewCoins(sdk.NewCoin("swp", sdk.NewInt(158549)))),
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v0_15incentive.NewMultiRewardPeriod(true, "hard:usdx", GenesisTime, GenesisTime.Add(time.Hour*24*365*4), sdk.NewCoins(sdk.NewCoin("swp", sdk.NewInt(47565)))),
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v0_15incentive.NewMultiRewardPeriod(true, "swp:usdx", GenesisTime, GenesisTime.Add(time.Hour*24*365*4), sdk.NewCoins(sdk.NewCoin("swp", sdk.NewInt(190259)))),
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v0_15incentive.NewMultiRewardPeriod(true, "ukava:usdx", GenesisTime, GenesisTime.Add(time.Hour*24*365*4), sdk.NewCoins(sdk.NewCoin("swp", sdk.NewInt(221969)))),
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v0_15incentive.NewMultiRewardPeriod(true, "usdx:xrpb", GenesisTime, GenesisTime.Add(time.Hour*24*365*4), sdk.NewCoins(sdk.NewCoin("swp", sdk.NewInt(47565)))),
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}
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// Build new params from migrated values
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params := v0_15incentive.NewParams(
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usdxMintingRewardPeriods,
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migrateMultiRewardPeriods(incentiveGS.Params.HardSupplyRewardPeriods),
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migrateMultiRewardPeriods(incentiveGS.Params.HardBorrowRewardPeriods),
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delegatorRewardPeriods,
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swapRewardPeriods,
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newMultipliers,
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incentiveGS.Params.ClaimEnd,
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)
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// Migrate accumulation times and reward indexes
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usdxGenesisRewardState := migrateGenesisRewardState(incentiveGS.USDXAccumulationTimes, incentiveGS.USDXRewardIndexes)
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hardSupplyGenesisRewardState := migrateGenesisRewardState(incentiveGS.HardSupplyAccumulationTimes, incentiveGS.HardSupplyRewardIndexes)
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hardBorrowGenesisRewardState := migrateGenesisRewardState(incentiveGS.HardBorrowAccumulationTimes, incentiveGS.HardBorrowRewardIndexes)
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delegatorGenesisRewardState := migrateGenesisRewardState(incentiveGS.HardDelegatorAccumulationTimes, incentiveGS.HardDelegatorRewardIndexes)
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swapGenesisRewardState := v0_15incentive.DefaultGenesisRewardState // There is no previous swap rewards so accumulation starts at genesis time.
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// Migrate USDX minting claims
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usdxMintingClaims := migrateUSDXMintingClaims(incentiveGS.USDXMintingClaims)
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usdxMintingFormattedIndexes := convertRewardIndexesToUSDXMintingIndexes(usdxGenesisRewardState.MultiRewardIndexes)
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usdxMintingClaims = replaceUSDXClaimIndexes(usdxMintingClaims, usdxMintingFormattedIndexes)
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usdxMintingClaims = ensureAllCDPsHaveClaims(usdxMintingClaims, cdps, usdxMintingFormattedIndexes)
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var missedRewards map[string]sdk.Coin
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cdc.MustUnmarshalJSON([]byte(missedUSDXMintingRewards), &missedRewards)
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usdxMintingClaims = addRewards(usdxMintingClaims, missedRewards)
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// Migrate Hard protocol claims (includes creating new Delegator claims)
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hardClaims, delegatorClaims, err := migrateHardLiquidityProviderClaims(incentiveGS.HardLiquidityProviderClaims)
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if err != nil {
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panic(fmt.Sprintf("could not migrate hard claims: %v", err.Error()))
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}
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hardClaims = addMissingHardClaims(
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hardClaims,
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hardGS.Deposits, hardGS.Borrows,
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hardSupplyGenesisRewardState.MultiRewardIndexes, hardBorrowGenesisRewardState.MultiRewardIndexes,
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)
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hardClaims = alignClaimIndexes(
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hardClaims,
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hardGS.Deposits, hardGS.Borrows,
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hardSupplyGenesisRewardState.MultiRewardIndexes, hardBorrowGenesisRewardState.MultiRewardIndexes,
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)
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delegatorClaims = addMissingDelegatorClaims(delegatorClaims, delegations, delegatorGenesisRewardState.MultiRewardIndexes)
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// Add Swap Claims
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swapClaims := v0_15incentive.DefaultSwapClaims
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return v0_15incentive.NewGenesisState(
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params,
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usdxGenesisRewardState,
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hardSupplyGenesisRewardState,
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hardBorrowGenesisRewardState,
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delegatorGenesisRewardState,
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swapGenesisRewardState,
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usdxMintingClaims,
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hardClaims,
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delegatorClaims,
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swapClaims,
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)
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}
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func migrateHardLiquidityProviderClaims(oldClaims v0_14incentive.HardLiquidityProviderClaims) (v0_15incentive.HardLiquidityProviderClaims, v0_15incentive.DelegatorClaims, error) {
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hardClaims := v0_15incentive.HardLiquidityProviderClaims{}
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delegatorClaims := v0_15incentive.DelegatorClaims{}
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for _, claim := range oldClaims {
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// Migrate supply multi reward indexes
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supplyMultiRewardIndexes := migrateMultiRewardIndexes(claim.SupplyRewardIndexes)
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// Migrate borrow multi reward indexes
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borrowMultiRewardIndexes := migrateMultiRewardIndexes(claim.BorrowRewardIndexes)
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// Migrate delegator reward indexes to multi reward indexes inside DelegatorClaims
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delegatorMultiRewardIndexes, err := migrateDelegatorRewardIndexes(claim.DelegatorRewardIndexes)
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if err != nil {
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return nil, nil, fmt.Errorf("invalid claim found '%s': %w", claim.Owner, err)
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}
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// It's impossible to distinguish between rewards from delegation vs. liquidity provisioning
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// as they're all combined inside claim.Reward, so put them all inside the hard claim to
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// avoid duplicating rewards.
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delegatorClaim := v0_15incentive.NewDelegatorClaim(claim.Owner, sdk.NewCoins(), delegatorMultiRewardIndexes)
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delegatorClaims = append(delegatorClaims, delegatorClaim)
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hardClaim := v0_15incentive.NewHardLiquidityProviderClaim(claim.Owner, claim.Reward,
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supplyMultiRewardIndexes, borrowMultiRewardIndexes)
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hardClaims = append(hardClaims, hardClaim)
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}
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return hardClaims, delegatorClaims, nil
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}
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func migrateDelegatorRewardIndexes(oldIndexes v0_14incentive.RewardIndexes) (v0_15incentive.MultiRewardIndexes, error) {
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newRIs := v0_15incentive.RewardIndexes{}
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if len(oldIndexes) > 1 {
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return nil, fmt.Errorf("delegator claims should not have more than one rewarded denom")
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}
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if len(oldIndexes) > 0 {
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oldRI := oldIndexes[0]
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if oldRI.CollateralType != v0_15incentive.BondDenom {
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return nil, fmt.Errorf("delegator claims should only reward staked '%s', not '%s'", v0_15incentive.BondDenom, oldRI.CollateralType)
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}
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newRIs = newRIs.With(v0_14incentive.HardLiquidityRewardDenom, oldRI.RewardFactor)
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}
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newIndexes := v0_15incentive.MultiRewardIndexes{
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v0_15incentive.NewMultiRewardIndex(v0_15incentive.BondDenom, newRIs),
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}
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return newIndexes, nil
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}
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// migrateUSDXMintingClaims converts the a slice of v0.14 USDX minting claims into v0.15 USDX minting claims.
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// As both types are the same underneath, this just converts types and does no other modification.
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func migrateUSDXMintingClaims(oldClaims v0_14incentive.USDXMintingClaims) v0_15incentive.USDXMintingClaims {
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newClaims := v0_15incentive.USDXMintingClaims{}
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for _, oldClaim := range oldClaims {
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rewardIndexes := migrateRewardIndexes(oldClaim.RewardIndexes)
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usdxMintingClaim := v0_15incentive.NewUSDXMintingClaim(oldClaim.Owner, oldClaim.Reward, rewardIndexes)
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newClaims = append(newClaims, usdxMintingClaim)
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}
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return newClaims
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}
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// replaceUSDXClaimIndexes overwrites the reward indexes in all the claims with the current global indexes.
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func replaceUSDXClaimIndexes(claims v0_15incentive.USDXMintingClaims, globalIndexes v0_15incentive.RewardIndexes) v0_15incentive.USDXMintingClaims {
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var amendedClaims v0_15incentive.USDXMintingClaims
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for _, claim := range claims {
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claim.RewardIndexes = globalIndexes
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amendedClaims = append(amendedClaims, claim)
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}
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return amendedClaims
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}
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// convertRewardIndexesToUSDXMintingIndexes converts a genesis reward indexes into the format used within usdx minting claims.
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func convertRewardIndexesToUSDXMintingIndexes(mris v0_15incentive.MultiRewardIndexes) v0_15incentive.RewardIndexes {
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var newIndexes v0_15incentive.RewardIndexes
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for _, mri := range mris {
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factor, found := mri.RewardIndexes.Get(v0_15incentive.USDXMintingRewardDenom)
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if !found {
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panic(fmt.Sprintf("found global usdx minting reward index without denom '%s': %s", v0_15incentive.USDXMintingRewardDenom, mri))
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}
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newIndexes = newIndexes.With(mri.CollateralType, factor)
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}
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return newIndexes
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}
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// ensureAllCDPsHaveClaims ensures that there is a claim for every cdp in the provided list.
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// It uses the provided global indexes as the indexes for any added claim.
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func ensureAllCDPsHaveClaims(newClaims v0_15incentive.USDXMintingClaims, cdps v0_15cdp.CDPs, globalIndexes v0_15incentive.RewardIndexes) v0_15incentive.USDXMintingClaims {
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for _, cdp := range cdps {
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claimFound := false
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for _, claim := range newClaims {
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if claim.Owner.Equals(cdp.Owner) {
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claimFound = true
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break
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}
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}
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if !claimFound {
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claim := v0_15incentive.NewUSDXMintingClaim(
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cdp.Owner,
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sdk.NewCoin(v0_15incentive.USDXMintingRewardDenom, sdk.ZeroInt()),
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globalIndexes,
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)
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newClaims = append(newClaims, claim)
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}
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}
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return newClaims
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}
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// addRewards adds some coins to a list of claims according to a map of address: coin.
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// It panics if any coin denom doesn't match the denom in the claim.
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func addRewards(newClaims v0_15incentive.USDXMintingClaims, rewards map[string]sdk.Coin) v0_15incentive.USDXMintingClaims {
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var amendedClaims v0_15incentive.USDXMintingClaims
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for _, claim := range newClaims {
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r, found := rewards[claim.Owner.String()]
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if found {
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claim.Reward = claim.Reward.Add(r)
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}
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amendedClaims = append(amendedClaims, claim)
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}
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return amendedClaims
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}
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func migrateMultiRewardPeriods(oldPeriods v0_14incentive.MultiRewardPeriods) v0_15incentive.MultiRewardPeriods {
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newPeriods := v0_15incentive.MultiRewardPeriods{}
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for _, rp := range oldPeriods {
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newPeriod := v0_15incentive.NewMultiRewardPeriod(
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rp.Active,
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rp.CollateralType,
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rp.Start,
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rp.End,
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rp.RewardsPerSecond,
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)
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newPeriods = append(newPeriods, newPeriod)
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}
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return newPeriods
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}
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func migrateGenesisRewardState(oldAccumulationTimes v0_14incentive.GenesisAccumulationTimes, oldIndexes v0_14incentive.GenesisRewardIndexesSlice) v0_15incentive.GenesisRewardState {
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accumulationTimes := v0_15incentive.AccumulationTimes{}
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for _, t := range oldAccumulationTimes {
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newAccumulationTime := v0_15incentive.NewAccumulationTime(t.CollateralType, t.PreviousAccumulationTime)
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accumulationTimes = append(accumulationTimes, newAccumulationTime)
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}
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multiRewardIndexes := v0_15incentive.MultiRewardIndexes{}
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for _, gri := range oldIndexes {
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multiRewardIndex := v0_15incentive.NewMultiRewardIndex(gri.CollateralType, migrateRewardIndexes(gri.RewardIndexes))
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multiRewardIndexes = append(multiRewardIndexes, multiRewardIndex)
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}
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return v0_15incentive.NewGenesisRewardState(
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accumulationTimes,
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multiRewardIndexes,
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)
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}
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func migrateMultiRewardIndexes(oldIndexes v0_14incentive.MultiRewardIndexes) v0_15incentive.MultiRewardIndexes {
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newIndexes := v0_15incentive.MultiRewardIndexes{}
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for _, mri := range oldIndexes {
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multiRewardIndex := v0_15incentive.NewMultiRewardIndex(
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mri.CollateralType,
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migrateRewardIndexes(mri.RewardIndexes),
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)
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newIndexes = append(newIndexes, multiRewardIndex)
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}
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return newIndexes
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}
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func migrateRewardIndexes(oldIndexes v0_14incentive.RewardIndexes) v0_15incentive.RewardIndexes {
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newIndexes := v0_15incentive.RewardIndexes{}
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for _, ri := range oldIndexes {
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rewardIndex := v0_15incentive.NewRewardIndex(ri.CollateralType, ri.RewardFactor)
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newIndexes = append(newIndexes, rewardIndex)
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}
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return newIndexes
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}
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// addMissingHardClaims checks for hard deposits and borrows without claims. If found it creates new
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// claims with indexes set to the global indexes so rewards start accumulating from launch.
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func addMissingHardClaims(hardClaims v0_15incentive.HardLiquidityProviderClaims, deposits v0_15hard.Deposits, borrows v0_15hard.Borrows, depositGlobalIndexes, borrowGlobalIndexes v0_15incentive.MultiRewardIndexes) v0_15incentive.HardLiquidityProviderClaims {
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missingClaims := map[string]v0_15incentive.HardLiquidityProviderClaim{}
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for _, deposit := range deposits {
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_, found := getHardClaimByOwner(hardClaims, deposit.Depositor)
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if !found {
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missingClaims[deposit.Depositor.String()] = v0_15incentive.NewHardLiquidityProviderClaim(
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deposit.Depositor,
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sdk.NewCoins(), // do not calculate missing rewards
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getIndexesForCoins(deposit.Amount, depositGlobalIndexes),
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v0_15incentive.MultiRewardIndexes{}, // the depositor may also have a borrow, this will be added below
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)
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}
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}
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for _, borrow := range borrows {
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_, found := getHardClaimByOwner(hardClaims, borrow.Borrower)
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if !found {
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c, ok := missingClaims[borrow.Borrower.String()]
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borrowIndexes := getIndexesForCoins(borrow.Amount, borrowGlobalIndexes)
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if ok {
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c.BorrowRewardIndexes = borrowIndexes
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missingClaims[borrow.Borrower.String()] = c
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} else {
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missingClaims[borrow.Borrower.String()] = v0_15incentive.NewHardLiquidityProviderClaim(
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borrow.Borrower,
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sdk.NewCoins(), // do not calculate missing rewards
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v0_15incentive.MultiRewardIndexes{}, // this borrow does not have any deposits as it would have been found above
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borrowIndexes,
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)
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}
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}
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}
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// New claims need to be sorted to ensure the output genesis state is the same for everyone.
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// Sorting by address should be give deterministic order as the addresses are unique.
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sortedNewClaims := make(v0_15incentive.HardLiquidityProviderClaims, 0, len(missingClaims))
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for _, claim := range missingClaims {
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sortedNewClaims = append(sortedNewClaims, claim)
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}
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sort.Slice(sortedNewClaims, func(i, j int) bool {
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return sortedNewClaims[i].Owner.String() < sortedNewClaims[j].Owner.String()
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})
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return append(hardClaims, sortedNewClaims...)
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}
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// getIndexesForCoins returns indexes with collateral types matching the coins denoms. RewardIndexes values are taken
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// from the provided indexes, or left empty if not found.
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func getIndexesForCoins(coins sdk.Coins, indexes v0_15incentive.MultiRewardIndexes) v0_15incentive.MultiRewardIndexes {
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newIndexes := v0_15incentive.MultiRewardIndexes{}
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for _, c := range coins {
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ri, found := indexes.Get(c.Denom)
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if !found {
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|
ri = v0_15incentive.RewardIndexes{}
|
|
}
|
|
newIndexes = newIndexes.With(c.Denom, ri)
|
|
}
|
|
return newIndexes
|
|
}
|
|
|
|
// getHardClaimByOwner picks out the first claim matching an address.
|
|
func getHardClaimByOwner(claims v0_15incentive.HardLiquidityProviderClaims, owner sdk.AccAddress) (v0_15incentive.HardLiquidityProviderClaim, bool) {
|
|
for _, claim := range claims {
|
|
if claim.Owner.Equals(owner) {
|
|
return claim, true
|
|
}
|
|
}
|
|
return v0_15incentive.HardLiquidityProviderClaim{}, false
|
|
}
|
|
|
|
// getDelegatorClaimByOwner picks out the first delegator claim matching an address.
|
|
func getDelegatorClaimByOwner(claims v0_15incentive.DelegatorClaims, owner sdk.AccAddress) (v0_15incentive.DelegatorClaim, bool) {
|
|
for _, claim := range claims {
|
|
if claim.Owner.Equals(owner) {
|
|
return claim, true
|
|
}
|
|
}
|
|
return v0_15incentive.DelegatorClaim{}, false
|
|
}
|
|
|
|
// addMissingDelegatorClaims checks if there are delegations without claims, and if so creates new claims for them.
|
|
func addMissingDelegatorClaims(claims v0_15incentive.DelegatorClaims, delegations v0_15staking.Delegations, globalIndexes v0_15incentive.MultiRewardIndexes) v0_15incentive.DelegatorClaims {
|
|
|
|
for _, delegation := range delegations {
|
|
|
|
_, found := getDelegatorClaimByOwner(claims, delegation.DelegatorAddress)
|
|
if !found {
|
|
|
|
claim := v0_15incentive.NewDelegatorClaim(
|
|
delegation.DelegatorAddress,
|
|
sdk.NewCoins(),
|
|
globalIndexes, // indexes are set to current so rewards start accumulating from genesis
|
|
)
|
|
claims = append(claims, claim)
|
|
|
|
}
|
|
}
|
|
return claims
|
|
}
|
|
|
|
// getHardDepositByOwner picks out the first deposit matching an address.
|
|
func getHardDepositByOwner(deposits v0_15hard.Deposits, owner sdk.AccAddress) (v0_15hard.Deposit, bool) {
|
|
for _, deposit := range deposits {
|
|
if deposit.Depositor.Equals(owner) {
|
|
return deposit, true
|
|
}
|
|
}
|
|
return v0_15hard.Deposit{}, false
|
|
}
|
|
|
|
// getHardBorrowByOwner picks out the first borrow matching an address.
|
|
func getHardBorrowByOwner(borrows v0_15hard.Borrows, owner sdk.AccAddress) (v0_15hard.Borrow, bool) {
|
|
for _, borrow := range borrows {
|
|
if borrow.Borrower.Equals(owner) {
|
|
return borrow, true
|
|
}
|
|
}
|
|
return v0_15hard.Borrow{}, false
|
|
}
|
|
|
|
// alignClaimIndexes fixes the supply and borrow indexes on the hard claims to ensure they match the deposits and borrows.
|
|
func alignClaimIndexes(claims v0_15incentive.HardLiquidityProviderClaims, deposits v0_15hard.Deposits, borrows v0_15hard.Borrows, depositGlobalIndexes, borrowGlobalIndexes v0_15incentive.MultiRewardIndexes) v0_15incentive.HardLiquidityProviderClaims {
|
|
newClaims := make(v0_15incentive.HardLiquidityProviderClaims, 0, len(claims))
|
|
|
|
for _, claim := range claims {
|
|
|
|
deposit, found := getHardDepositByOwner(deposits, claim.Owner)
|
|
amt := deposit.Amount
|
|
if !found {
|
|
amt = sdk.NewCoins()
|
|
}
|
|
claim.SupplyRewardIndexes = alignIndexes(claim.SupplyRewardIndexes, amt, depositGlobalIndexes)
|
|
|
|
borrow, found := getHardBorrowByOwner(borrows, claim.Owner)
|
|
amt = borrow.Amount
|
|
if !found {
|
|
amt = sdk.NewCoins()
|
|
}
|
|
claim.BorrowRewardIndexes = alignIndexes(claim.BorrowRewardIndexes, amt, depositGlobalIndexes)
|
|
|
|
newClaims = append(newClaims, claim)
|
|
}
|
|
|
|
return newClaims
|
|
}
|
|
|
|
// alignIndexes adds or remove items from indexes so all the collateral types match the coins denoms.
|
|
// Missing index values are filled from globalIndexes if found. Otherwise they're set to empty.
|
|
// It preserves the order of the original index to avoid unnecessary churn in the migrated claims.
|
|
func alignIndexes(indexes v0_15incentive.MultiRewardIndexes, coins sdk.Coins, globalIndexes v0_15incentive.MultiRewardIndexes) v0_15incentive.MultiRewardIndexes {
|
|
newIndexes := indexes
|
|
|
|
// add missing indexes
|
|
for _, coin := range coins {
|
|
if _, found := indexes.Get(coin.Denom); !found {
|
|
ri, f := globalIndexes.Get(coin.Denom)
|
|
if !f {
|
|
ri = v0_15incentive.RewardIndexes{}
|
|
}
|
|
newIndexes = newIndexes.With(coin.Denom, ri)
|
|
}
|
|
}
|
|
|
|
// remove extra indexes
|
|
for _, index := range indexes {
|
|
if coins.AmountOf(index.CollateralType).Equal(sdk.ZeroInt()) {
|
|
// RemoveRewardIndex returns a copy of the underlying array so the loop is not distupted
|
|
newIndexes = newIndexes.RemoveRewardIndex(index.CollateralType)
|
|
}
|
|
}
|
|
|
|
return newIndexes
|
|
}
|