supplyslash

func CreateUpgradeHandler ¶

func CreateUpgradeHandler(
	mm upgrades.ModuleManager,
	configurator module.Configurator,
	ak *upgrades.AppKeepers,
) upgradetypes.UpgradeHandler

CreateUpgradeHandler runs two operations in order:

1. Flush the entire uvalidator module balance to the distribution module, clearing coins that accumulated due to a prior BeginBlocker bug.
2. Burn (AmountUPC - RebalancedTokens) * 10^18 upc from each address's liquid balance as specified in the embedded rebalance.json, reducing total supply to ~10B PC.

func ExecuteSlashEntries ¶

func ExecuteSlashEntries(
	ctx sdk.Context,
	bk bankkeeper.BaseKeeper,
	entries []SlashEntry,
) (totalBurned sdkmath.Int, success, skipped, errCount int)

ExecuteSlashEntries burns (entry.AmountUPC - entry.RebalancedTokens) * 10^18 upc of liquid balance from each address. Returns total burned and per-outcome counts.

Entries are skipped (not counted as errors) when:

• burn amount <= 0 (address already at or below target)
• spendable balance < burn amount

Entries are counted as errors when:

• address fails bech32 decoding

Panics if BurnCoins fails after SendCoinsFromAccountToModule succeeds, since that would leave supply accounting in an inconsistent state.

func FlushUValidatorToDistribution ¶

func FlushUValidatorToDistribution(ctx sdk.Context, bk bankkeeper.BaseKeeper) error

FlushUValidatorToDistribution sends the entire uvalidator module balance to the distribution module. This clears coins that accumulated due to a prior BeginBlocker bug where extraCoins were retained in the uvalidator account instead of being forwarded to distribution.

Note: uvalidator has nil permissions in maccPerms, but SendCoinsFromModuleToModule does not require Burner permission — it performs a regular SendCoins between two module addresses.

func NewUpgrade ¶

func NewUpgrade() upgrades.Upgrade

NewUpgrade constructs the upgrade definition.