Modifier and Type | Field and Description |
---|---|
static long |
EPOCH_TIME
Base time to be used for storing time values as diffs (int) rather than full blown epoch based vals (long)
This allows for a space in seconds, of roughly 68 years.
|
protected long |
hits |
protected Data |
key |
protected int |
maxIdle |
protected int |
ttl |
protected long |
version |
NOT_AVAILABLE, NOT_CACHED
Modifier and Type | Method and Description |
---|---|
boolean |
casCachedValue(Object expectedValue,
Object newValue)
Atomically sets the cached value to the given new value
if the current cached value
== the expected value. |
boolean |
equals(Object o) |
Object |
getCachedValueUnsafe()
Get current cache value or null.
|
long |
getCost()
Returns heap cost of this record in bytes.
|
long |
getCreationTime() |
long |
getExpirationTime() |
long |
getHits() |
Data |
getKey() |
long |
getLastAccessTime() |
long |
getLastStoredTime() |
long |
getLastUpdateTime() |
long |
getMaxIdle() |
long |
getSequence()
Only used for Hot Restart, HDRecord
|
long |
getTtl() |
long |
getVersion() |
int |
hashCode() |
void |
onAccess(long now) |
void |
onStore() |
void |
onUpdate(long now) |
protected long |
recomputeWithBaseTime(int value) |
void |
setCreationTime(long creationTime) |
void |
setExpirationTime(long expirationTime) |
void |
setHits(long hits) |
void |
setKey(Data key) |
void |
setLastAccessTime(long lastAccessTime) |
void |
setLastStoredTime(long lastStoredTime) |
void |
setLastUpdateTime(long lastUpdateTime) |
void |
setMaxIdle(long maxIdle) |
void |
setSequence(long sequence)
Only used for Hot Restart, HDRecord
|
void |
setTtl(long ttl) |
void |
setVersion(long version) |
protected int |
stripBaseTime(long value) |
public static final long EPOCH_TIME
System.currentTimeMillis()
prevents any
time discrepancies among nodes, mis-translated as diffs of -1 ie. Record.NOT_AVAILABLE
values.
(see. https://github.com/hazelcast/hazelcast-enterprise/issues/2527)protected Data key
protected long version
protected int ttl
protected int maxIdle
protected volatile long hits
public final long getVersion()
getVersion
in interface Record<V>
public final void setVersion(long version)
setVersion
in interface Record<V>
public long getMaxIdle()
getMaxIdle
in interface Record<V>
public void setMaxIdle(long maxIdle)
setMaxIdle
in interface Record<V>
public long getLastAccessTime()
getLastAccessTime
in interface Record<V>
public void setLastAccessTime(long lastAccessTime)
setLastAccessTime
in interface Record<V>
public long getLastUpdateTime()
getLastUpdateTime
in interface Record<V>
public void setLastUpdateTime(long lastUpdateTime)
setLastUpdateTime
in interface Record<V>
public long getCreationTime()
getCreationTime
in interface Record<V>
public void setCreationTime(long creationTime)
setCreationTime
in interface Record<V>
public long getCost()
Record
public Object getCachedValueUnsafe()
Record
Records.getCachedValue(Record)
instead.getCachedValueUnsafe
in interface Record<V>
public boolean casCachedValue(Object expectedValue, Object newValue)
Record
==
the expected value.casCachedValue
in interface Record<V>
expectedValue
- the expected cached valuenewValue
- the new cached valuetrue
if successful. False return indicates that
the actual cached value was not equal to the expected cached value.public final long getSequence()
Record
getSequence
in interface Record<V>
public final void setSequence(long sequence)
Record
setSequence
in interface Record<V>
public long getExpirationTime()
getExpirationTime
in interface Record<V>
public void setExpirationTime(long expirationTime)
setExpirationTime
in interface Record<V>
public long getLastStoredTime()
getLastStoredTime
in interface Record<V>
public void setLastStoredTime(long lastStoredTime)
setLastStoredTime
in interface Record<V>
protected long recomputeWithBaseTime(int value)
protected int stripBaseTime(long value)
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