Documentation
¶
Index ¶
- Variables
- func CalcValidatorGasPower(e inter.EventI, eTime, prevTime inter.Timestamp, prevGasPowerLeft uint64, ...) uint64
- func CalcValidatorGasPowerPerSec(validator idx.ValidatorID, validators *pos.Validators, config Config) (perSec uint64, maxGasPower uint64, startup uint64)
- type Checker
- type Config
- type Reader
- type ValidationContext
- type ValidatorState
Constants ¶
This section is empty.
Variables ¶
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var ( // ErrWrongGasPowerLeft indicates that event's GasPowerLeft is miscalculated. ErrWrongGasPowerLeft = errors.New("event has wrong GasPowerLeft") )
Functions ¶
func CalcValidatorGasPower ¶
func CalcValidatorGasPowerPerSec ¶
func CalcValidatorGasPowerPerSec( validator idx.ValidatorID, validators *pos.Validators, config Config, ) ( perSec uint64, maxGasPower uint64, startup uint64, )
Types ¶
type Checker ¶
type Checker struct {
// contains filtered or unexported fields
}
Checker which checks gas power
func (*Checker) CalcGasPower ¶
CalcGasPower calculates available gas power for the event, i.e. how many gas its content may consume
type Config ¶
type Config struct {
Idx int
AllocPerSec uint64
MaxAllocPeriod inter.Timestamp
MinEnsuredAlloc uint64
StartupAllocPeriod inter.Timestamp
MinStartupGas uint64
}
Config for gaspower checking. There'll be 2 different configs for short-term and long-term gas power checks.
type Reader ¶
type Reader interface {
GetValidationContext() *ValidationContext
}
Reader is accessed by the validator to get the current state.
type ValidationContext ¶
type ValidationContext struct {
Epoch idx.Epoch
Configs [inter.GasPowerConfigs]Config
EpochStart inter.Timestamp
Validators *pos.Validators
ValidatorStates []ValidatorState
}
ValidationContext for gaspower checking
type ValidatorState ¶
type ValidatorState struct {
PrevEpochEvent iblockproc.EventInfo
GasRefund uint64
}
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