Package org.nuxeo.ecm.core.blob.binary
Class LocalBinaryManager.DefaultBinaryGarbageCollector
- java.lang.Object
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- org.nuxeo.ecm.core.blob.binary.LocalBinaryManager.DefaultBinaryGarbageCollector
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- All Implemented Interfaces:
BinaryGarbageCollector
- Enclosing class:
- LocalBinaryManager
public static class LocalBinaryManager.DefaultBinaryGarbageCollector extends Object implements BinaryGarbageCollector
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Field Summary
Fields Modifier and Type Field Description protected LocalBinaryManager
binaryManager
protected long
startTime
protected BinaryManagerStatus
status
static int
TIME_RESOLUTION
Windows FAT filesystems have a time resolution of 2s.
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Constructor Summary
Constructors Constructor Description DefaultBinaryGarbageCollector(LocalBinaryManager binaryManager)
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Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description protected void
deleteOld(File file, long minTime, int depth, boolean delete)
String
getId()
Gets a unique identifier for this garbage collector.BinaryManagerStatus
getStatus()
Gets the status of the binaries to GC and of those that won't be.boolean
isInProgress()
Checks if a GC is in progress.void
mark(String digest)
Marks a binary as being in use.void
start()
Starts the garbage collection process.void
stop(boolean delete)
Stops the garbage collection process and deletes all binaries that have not been marked (sweep).
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Field Detail
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TIME_RESOLUTION
public static final int TIME_RESOLUTION
Windows FAT filesystems have a time resolution of 2s. Other common filesystems have 1s.- See Also:
- Constant Field Values
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binaryManager
protected final LocalBinaryManager binaryManager
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startTime
protected volatile long startTime
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status
protected BinaryManagerStatus status
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Constructor Detail
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DefaultBinaryGarbageCollector
public DefaultBinaryGarbageCollector(LocalBinaryManager binaryManager)
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Method Detail
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getId
public String getId()
Description copied from interface:BinaryGarbageCollector
Gets a unique identifier for this garbage collector. Two garbage collectors that would impact the same files must have the same identifier.- Specified by:
getId
in interfaceBinaryGarbageCollector
- Returns:
- a unique identifier
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getStatus
public BinaryManagerStatus getStatus()
Description copied from interface:BinaryGarbageCollector
Gets the status of the binaries to GC and of those that won't be.Available after
BinaryGarbageCollector.stop(boolean)
.- Specified by:
getStatus
in interfaceBinaryGarbageCollector
- Returns:
- the status
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isInProgress
public boolean isInProgress()
Description copied from interface:BinaryGarbageCollector
Checks if a GC is in progress.A GC is in progress is
#start
has been called but not#stop
.It's only useful to call this from a separate thread from the one that calls
BinaryGarbageCollector.mark(java.lang.String)
.- Specified by:
isInProgress
in interfaceBinaryGarbageCollector
- Returns:
true
if a GC is in progress
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start
public void start()
Description copied from interface:BinaryGarbageCollector
Starts the garbage collection process.After this, all active binaries must be fed to the
BinaryGarbageCollector.mark(java.lang.String)
method.- Specified by:
start
in interfaceBinaryGarbageCollector
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mark
public void mark(String digest)
Description copied from interface:BinaryGarbageCollector
Marks a binary as being in use.- Specified by:
mark
in interfaceBinaryGarbageCollector
- Parameters:
digest
- the binary's digest
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stop
public void stop(boolean delete)
Description copied from interface:BinaryGarbageCollector
Stops the garbage collection process and deletes all binaries that have not been marked (sweep).- Specified by:
stop
in interfaceBinaryGarbageCollector
- Parameters:
delete
-true
if actual deletion must be performed,false
if the binaries to delete should simply be counted in the status
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deleteOld
protected void deleteOld(File file, long minTime, int depth, boolean delete)
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