How to use

org.apache.lucene.util.fst.BytesStore

constructor

FST(INPUT_TYPE inputType, Outputs<T> outputs, int bytesPageBits) {
 this.inputType = inputType;
 this.outputs = outputs;
 version = VERSION_CURRENT;
 bytesArray = null;
 bytes = new BytesStore(bytesPageBits);
 // pad: ensure no node gets address 0 which is reserved to mean
 // the stop state w/ no arcs
 bytes.writeByte((byte) 0);
 emptyOutput = null;
}

 BytesStore emptyBytes = new BytesStore(10);
 int numBytes = in.readVInt();
 emptyBytes.copyBytes(in, numBytes);
if (numBytes > 1 << maxBlockBits) {
 bytes = new BytesStore(in, numBytes, 1<<maxBlockBits);
 bytesArray = null;
} else {

private FST(INPUT_TYPE inputType, Outputs<T> outputs, int bytesPageBits) {
 version = VERSION_CURRENT;
 packed = true;
 this.inputType = inputType;
 bytesArray = null;
 bytes = new BytesStore(bytesPageBits);
 this.outputs = outputs;
}

private FST(INPUT_TYPE inputType, Outputs<T> outputs, int bytesPageBits) {
 version = VERSION_CURRENT;
 packed = true;
 this.inputType = inputType;
 bytesArray = null;
 bytes = new BytesStore(bytesPageBits);
 this.outputs = outputs;
}

FST(INPUT_TYPE inputType, Outputs<T> outputs, int bytesPageBits) {
 this.inputType = inputType;
 this.outputs = outputs;
 version = VERSION_CURRENT;
 bytesArray = null;
 bytes = new BytesStore(bytesPageBits);
 // pad: ensure no node gets address 0 which is reserved to mean
 // the stop state w/ no arcs
 bytes.writeByte((byte) 0);
 emptyOutput = null;
}

FST(INPUT_TYPE inputType, Outputs<T> outputs, boolean willPackFST, float acceptableOverheadRatio, int bytesPageBits) {
 this.inputType = inputType;
 this.outputs = outputs;
 version = VERSION_CURRENT;
 bytesArray = null;
 bytes = new BytesStore(bytesPageBits);
 // pad: ensure no node gets address 0 which is reserved to mean
 // the stop state w/ no arcs
 bytes.writeByte((byte) 0);
 if (willPackFST) {
  nodeAddress = new GrowableWriter(15, 8, acceptableOverheadRatio);
  inCounts = new GrowableWriter(1, 8, acceptableOverheadRatio);
 } else {
  nodeAddress = null;
  inCounts = null;
 }
 emptyOutput = null;
 packed = false;
 nodeRefToAddress = null;
}

FST(INPUT_TYPE inputType, Outputs<T> outputs, boolean willPackFST, float acceptableOverheadRatio, int bytesPageBits) {
 this.inputType = inputType;
 this.outputs = outputs;
 version = VERSION_CURRENT;
 bytesArray = null;
 bytes = new BytesStore(bytesPageBits);
 // pad: ensure no node gets address 0 which is reserved to mean
 // the stop state w/ no arcs
 bytes.writeByte((byte) 0);
 if (willPackFST) {
  nodeAddress = new GrowableWriter(15, 8, acceptableOverheadRatio);
  inCounts = new GrowableWriter(1, 8, acceptableOverheadRatio);
 } else {
  nodeAddress = null;
  inCounts = null;
 }
 emptyOutput = null;
 packed = false;
 nodeRefToAddress = null;
}

 BytesStore emptyBytes = new BytesStore(10);
 int numBytes = in.readVInt();
 emptyBytes.copyBytes(in, numBytes);
if (numBytes > 1 << maxBlockBits) {
 bytes = new BytesStore(in, numBytes, 1<<maxBlockBits);
 bytesArray = null;
} else {

 BytesStore emptyBytes = new BytesStore(10);
 int numBytes = in.readVInt();
 emptyBytes.copyBytes(in, numBytes);
if (numBytes > 1 << maxBlockBits) {
 bytes = new BytesStore(in, numBytes, 1<<maxBlockBits);
 bytesArray = null;
} else {

 BytesStore emptyBytes = new BytesStore(10);
 int numBytes = in.readVInt();
 emptyBytes.copyBytes(in, numBytes);
if (numBytes > 1 << maxBlockBits) {
 bytes = new BytesStore(in, numBytes, 1<<maxBlockBits);
 bytesArray = null;
} else {