Documentation
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Index ¶
- func BigNumEqual(x, y *big.Int) bool
- func BytesToHashSlice(b []byte) []common.Hash
- func HashSliceToBytes(hashes []common.Hash) []byte
- func IncrOne(bytes []byte)
- func IsBlockForked(s, head *big.Int) bool
- func IsForkTransition(fork *uint64, parent *uint64, current uint64) bool
- func IsTimestampForked(s *uint64, head uint64) bool
- func NewUint64(val uint64) *uint64
- func TimeToNewUint64(time time.Time) *uint64
- func Uint64PtrEqual(x, y *uint64) bool
- func Uint64ToTime(val *uint64) time.Time
- type AddressRange
- type MeteredCache
- func (mc *MeteredCache) Del(k []byte)
- func (mc *MeteredCache) Get(dst, k []byte) []byte
- func (mc *MeteredCache) GetBig(dst, k []byte) []byte
- func (mc *MeteredCache) Has(k []byte) bool
- func (mc *MeteredCache) HasGet(dst, k []byte) ([]byte, bool)
- func (mc *MeteredCache) Set(k, v []byte)
- func (mc *MeteredCache) SetBig(k, v []byte)
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func BigNumEqual ¶
BigNumEqual returns true if x and y are equivalent ie. both nil or both contain the same value.
func BytesToHashSlice ¶
BytesToHashSlice packs [b] into a slice of hash values with zero padding to the right if the length of b is not a multiple of 32.
func HashSliceToBytes ¶
HashSliceToBytes serializes a []common.Hash into a tightly packed byte array.
func IsBlockForked ¶
IsBlockForked returns whether a fork scheduled at block s is active at the given head block. Note: [s] and [head] can be either a block number or a block timestamp.
func IsForkTransition ¶
IsForkTransition returns true if [fork] activates during the transition from [parent] to [current]. Taking [parent] as a pointer allows for us to pass nil when checking forks that activate during genesis. Note: this works for both block number and timestamp activated forks.
func IsTimestampForked ¶
IsTimestampForked returns whether a fork scheduled at timestamp s is active at the given head timestamp. Whilst this method is the same as isBlockForked, they are explicitly separate for clearer reading.
func TimeToNewUint64 ¶
func Uint64PtrEqual ¶
Uint64PtrEqual returns true if x and y pointers are equivalent ie. both nil or both contain the same value.
func Uint64ToTime ¶
Types ¶
type AddressRange ¶
AddressRange represents a continuous range of addresses
type MeteredCache ¶
MeteredCache wraps *fastcache.Cache and periodically pulls stats from it.
func NewMeteredCache ¶
func NewMeteredCache(size int, journal string, namespace string, updateFrequency uint64) *MeteredCache
NewMeteredCache returns a new MeteredCache that will update stats to the provided namespace once per each [updateFrequency] operations. Note: if [updateFrequency] is passed as 0, it will be treated as 1.
func (*MeteredCache) Del ¶
func (mc *MeteredCache) Del(k []byte)
func (*MeteredCache) Get ¶
func (mc *MeteredCache) Get(dst, k []byte) []byte
func (*MeteredCache) GetBig ¶
func (mc *MeteredCache) GetBig(dst, k []byte) []byte
func (*MeteredCache) Has ¶
func (mc *MeteredCache) Has(k []byte) bool
func (*MeteredCache) Set ¶
func (mc *MeteredCache) Set(k, v []byte)
func (*MeteredCache) SetBig ¶
func (mc *MeteredCache) SetBig(k, v []byte)
Source Files