public abstract class TimeToLiveCache extends Object implements Cache
| Constructor and Description |
|---|
TimeToLiveCache(Integer defaultTimeToLive) |
| Modifier and Type | Method and Description |
|---|---|
void |
clear()
Clears the entire cache
|
String |
get(String key)
Gets a value from the cache
|
Serializable |
getAttribute(String key,
String name)
Gets a named attribute from the cache entry identified by the key parameter.
|
Serializable |
getObject(String key)
Gets a value from the cache
|
void |
put(String key,
String value)
Stores a value in the cache
|
void |
put(String key,
String value,
int timeToLive)
Stores a value in the cache
|
void |
putAttribute(String key,
String name,
Serializable value,
int timeToLive)
Stores a named attribute in the cache entry identified by the key parameter.
|
void |
putObject(String key,
Serializable value,
int timeToLive)
Stores a value in the cache
|
void |
remove(String key)
Removes a value from the cache
|
protected void |
setCacheStore(Map<String,CacheEntry> cacheStore) |
public TimeToLiveCache(Integer defaultTimeToLive)
public String get(String key)
Cachepublic Serializable getObject(String key)
Cachepublic void put(String key, String value)
Cachepublic void put(String key, String value, int timeToLive)
Cacheput in interface Cachekey - the key under which a value is to be storedvalue - the value that is to be storedtimeToLive - the amount of time in seconds for which the cached value is valid from the time it's being added to
the cache. It's provider specific whether the cache implementation will actually remove (evict) the
entry after this time has elapsed or will only perform a check upon accessing the cache entry.
Whatever method the implementation chooses; after this time is elapsed a call to
Cache.get(String) should return null.public void putObject(String key, Serializable value, int timeToLive)
CacheputObject in interface Cachekey - the key under which a value is to be storedvalue - the value that is to be storedtimeToLive - the amount of time in seconds for which the cached value is valid from the time it's being added to
the cache. It's provider specific whether the cache implementation will actually remove (evict) the
entry after this time has elapsed or will only perform a check upon accessing the cache entry.
Whatever method the implementation chooses; after this time is elapsed a call to
Cache.get(String) should return null.public void putAttribute(String key, String name, Serializable value, int timeToLive)
CacheputAttribute in interface Cachekey - key that identifies the first level cache entryname - name of the attribute in the second levelvalue - value associated with the {key, name} hierarchy.timeToLive - the amount of time in seconds for which the cached value is valid. Only used when there's no first
level entry yet.public Serializable getAttribute(String key, String name)
CacheThis in effect implements a 2-level multi-map, which the single main value stored in the first level, and the optional attributes stored in the second level.
getAttribute in interface Cachekey - key that identifies the first level cache entryname - name of the attribute in the second levelpublic void remove(String key)
Cachepublic void clear()
Cacheprotected void setCacheStore(Map<String,CacheEntry> cacheStore)
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