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| Packages that use TupleBytes | |
|---|---|
| net.obsearch.index.bucket | |
| net.obsearch.index.bucket.impl | |
| net.obsearch.storage | |
| net.obsearch.storage.bdb | |
| net.obsearch.storage.tc | |
| Uses of TupleBytes in net.obsearch.index.bucket |
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| Fields in net.obsearch.index.bucket with type parameters of type TupleBytes | |
|---|---|
protected OBStore<TupleBytes> |
AbstractBucketIndex.Buckets
We store the buckets in this storage device. |
| Methods in net.obsearch.index.bucket that return types with arguments of type TupleBytes | |
|---|---|
OBStore<TupleBytes> |
AbstractBucketIndex.getBuckets()
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| Constructor parameters in net.obsearch.index.bucket with type arguments of type TupleBytes | |
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AbstractBucketIndex.BucketIterator(CloseIterator<TupleBytes> iter)
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| Uses of TupleBytes in net.obsearch.index.bucket.impl |
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| Constructor parameters in net.obsearch.index.bucket.impl with type arguments of type TupleBytes | |
|---|---|
AbstractBucketContainerByte(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
Build a new container for bytes over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
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AbstractBucketContainerByte(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
Build a new container for bytes over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerDouble(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
Build a new container for doubles over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerDouble(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
Build a new container for doubles over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerFloat(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
Build a new container for floats over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerFloat(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
Build a new container for floats over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerInt(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
Build a new container for ints over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerInt(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
Build a new container for ints over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerLong(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
Build a new container for longs over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerLong(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
Build a new container for longs over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerShort(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
Build a new container for shorts over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
AbstractBucketContainerShort(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
Build a new container for shorts over the given index, with the given pivot number and a certain storage device where all the smap vectors are stored. |
|
BucketContainerByte(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
|
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BucketContainerByte(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
|
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BucketContainerDouble(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
|
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BucketContainerDouble(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
|
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BucketContainerFloat(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
|
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BucketContainerFloat(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
|
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BucketContainerInt(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
|
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BucketContainerInt(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
|
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BucketContainerLong(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
|
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BucketContainerLong(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
|
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BucketContainerShort(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key)
|
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BucketContainerShort(Index<O> index,
int pivots,
OBStore<TupleBytes> storage,
byte[] key,
int secondaryIndexPivot)
|
|
| Uses of TupleBytes in net.obsearch.storage |
|---|
| Methods in net.obsearch.storage that return types with arguments of type TupleBytes | |
|---|---|
OBStore<TupleBytes> |
OBStoreFactory.createOBStore(String name,
OBStorageConfig config)
Creates a generic OBStore. |
CloseIterator<TupleBytes> |
OBStore.processRange(byte[] low,
byte[] high)
Process the given range of items (from low to high), including low and high. |
CloseIterator<TupleBytes> |
OBStore.processRangeNoDup(byte[] low,
byte[] high)
Process the given range of items (from low to high), including low and high. |
CloseIterator<TupleBytes> |
OBStore.processRangeReverse(byte[] low,
byte[] high)
Process the given range of items (from high to low), including low and high. |
CloseIterator<TupleBytes> |
OBStore.processRangeReverseNoDup(byte[] low,
byte[] high)
Process the given range of items (from high to low), including low and high. |
| Uses of TupleBytes in net.obsearch.storage.bdb |
|---|
| Methods in net.obsearch.storage.bdb that return TupleBytes | |
|---|---|
protected TupleBytes |
AbstractBDBOBStoreJe.ByteArrayIterator.createTuple(byte[] key,
byte[] value)
|
| Methods in net.obsearch.storage.bdb that return types with arguments of type TupleBytes | |
|---|---|
OBStore<TupleBytes> |
BDBFactoryJe.createOBStore(String name,
OBStorageConfig config)
|
CloseIterator<TupleBytes> |
BDBOBStoreJeByteArray.processAll()
|
CloseIterator<TupleBytes> |
AbstractBDBOBStoreJe.processRange(byte[] low,
byte[] high)
|
CloseIterator<TupleBytes> |
AbstractBDBOBStoreJe.processRangeNoDup(byte[] low,
byte[] high)
|
CloseIterator<TupleBytes> |
AbstractBDBOBStoreJe.processRangeReverse(byte[] low,
byte[] high)
|
CloseIterator<TupleBytes> |
AbstractBDBOBStoreJe.processRangeReverseNoDup(byte[] low,
byte[] high)
|
| Uses of TupleBytes in net.obsearch.storage.tc |
|---|
| Methods in net.obsearch.storage.tc that return TupleBytes | |
|---|---|
protected TupleBytes |
AbstractTCOBStorage.ByteArrayIterator.createTuple(byte[] key,
byte[] value)
|
| Methods in net.obsearch.storage.tc that return types with arguments of type TupleBytes | |
|---|---|
OBStore<TupleBytes> |
TCFactory.createOBStore(String name,
OBStorageConfig config)
|
CloseIterator<TupleBytes> |
TCOBStorageBytesArray.processAll()
|
CloseIterator<TupleBytes> |
AbstractTCOBStorage.processRange(byte[] low,
byte[] high)
|
CloseIterator<TupleBytes> |
AbstractTCOBStorage.processRangeNoDup(byte[] low,
byte[] high)
|
CloseIterator<TupleBytes> |
AbstractTCOBStorage.processRangeReverse(byte[] low,
byte[] high)
|
CloseIterator<TupleBytes> |
AbstractTCOBStorage.processRangeReverseNoDup(byte[] low,
byte[] high)
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