Uses of Class org.jlab.coda.jevio.EvioException

Uses of EvioException in org.jlab.coda.jevio

Methods in org.jlab.coda.jevio that throw EvioException
Modifier and Type	Method and Description
`void`	EventBuilder.`addChild(BaseStructure parent, BaseStructure child)` Add a child to a parent structure.
`java.nio.ByteBuffer`	EvioCompactStructureHandler.`addStructure(java.nio.ByteBuffer addBuffer)` This method adds a bank, segment, or tagsegment onto the end of a structure which contains banks, segments, or tagsegments respectively.
`java.nio.ByteBuffer`	EvioCompactReader.`addStructure(int eventNumber, java.nio.ByteBuffer addBuffer)` This method adds a bank, segment, or tag segment onto the end of an event.
`void`	EventBuilder.`appendByteData(BaseStructure structure, byte[] data)` Appends byte data to the structure.
`void`	BaseStructure.`appendByteData(byte[] data)` Appends byte data to the structure.
`void`	BaseStructure.`appendByteData(java.nio.ByteBuffer byteData)` Appends byte data to the structure.
`void`	BaseStructure.`appendCompositeData(CompositeData[] data)` Appends CompositeData objects to the structure.
`void`	EventBuilder.`appendDoubleData(BaseStructure structure, double[] data)` Appends double data to the structure.
`void`	BaseStructure.`appendDoubleData(java.nio.ByteBuffer byteData)` Appends double data to the structure.
`void`	BaseStructure.`appendDoubleData(double[] data)` Appends double data to the structure.
`void`	EventBuilder.`appendFloatData(BaseStructure structure, float[] data)` Appends float data to the structure.
`void`	BaseStructure.`appendFloatData(java.nio.ByteBuffer byteData)` Appends float data to the structure.
`void`	BaseStructure.`appendFloatData(float[] data)` Appends float data to the structure.
`void`	EventBuilder.`appendIntData(BaseStructure structure, int[] data)` Appends int data to the structure.
`void`	BaseStructure.`appendIntData(java.nio.ByteBuffer byteData)` Appends int data to the structure.
`void`	BaseStructure.`appendIntData(int[] data)` Appends int data to the structure.
`void`	EventBuilder.`appendLongData(BaseStructure structure, long[] data)` Appends long data to the structure.
`void`	BaseStructure.`appendLongData(java.nio.ByteBuffer byteData)` Appends long data to the structure.
`void`	BaseStructure.`appendLongData(long[] data)` Appends long data to the structure.
`void`	EventBuilder.`appendShortData(BaseStructure structure, short[] data)` Appends short data to the structure.
`void`	BaseStructure.`appendShortData(java.nio.ByteBuffer byteData)` Appends short data to the structure.
`void`	BaseStructure.`appendShortData(short[] data)` Appends short data to the structure.
`void`	EventBuilder.`appendStringData(BaseStructure structure, java.lang.String data)` Appends string data to the structure.
`void`	BaseStructure.`appendStringData(java.lang.String s)` Appends string to the structure (as ascii).
`static void`	Utilities.`bufferToFile(java.lang.String fileName, java.nio.ByteBuffer buf, boolean overWriteOK)` This method takes a byte buffer and saves it to the specified file, overwriting whatever is there.
`int`	IBlockHeader.`bytesRemaining(long position)` Gives the bytes remaining in this block (physical record) given a buffer position.
`int`	BlockHeaderV4.`bytesRemaining(long position)` Gives the bytes remaining in this block (physical record) given a buffer position.
`int`	BlockHeaderV2.`bytesRemaining(long position)` Gives the bytes remaining in this block (physical record) given a buffer position.
`static java.util.List<java.lang.Integer>`	CompositeData.`compositeFormatToInt(java.lang.String fmt)` This method transforms a composite, format-containing ASCII string to an int array.
`static void`	CompositeData.`dataToRawBytes(java.nio.ByteBuffer rawBuf, CompositeData.Data data, java.util.List<java.lang.Integer> ifmt)` This method takes a list of data objects and a transformed format string and uses that to write data into a buffer/array in raw form.
`void`	EventWriter.`flushToFile()` Flush everything in buffer to file.
`static int`	Utilities.`generateBaseFileName(java.lang.String baseName, java.lang.String runType, java.lang.StringBuilder newNameBuilder)` This method generates part of a file name given a base file name as an argument.
`static byte[]`	CompositeData.`generateRawBytes(CompositeData[] data)` This method generates raw bytes of evio format from an array of CompositeData objects.
`int`	EvioReader.`getBlockCount()` This is the number of blocks in the file including the empty block usually at the end of version 4 files/buffers.
`java.util.List<EvioNode>`	EvioCompactStructureHandler.`getChildNodes()` This method returns an unmodifiable list of all evio structures in buffer as EvioNode objects.
`CompositeData[]`	IEvioStructure.`getCompositeData()` Gets the raw data as an array of CompositeData objects, if the type as indicated by the header is appropriate.
`CompositeData[]`	BaseStructure.`getCompositeData()` This is a method from the IEvioStructure Interface.
`java.nio.ByteBuffer`	EvioCompactStructureHandler.`getData(EvioNode node)` Get the data associated with an evio structure in ByteBuffer form.
`java.nio.ByteBuffer`	EvioCompactReader.`getData(EvioNode node)` Get the data associated with an evio structure in ByteBuffer form.
`java.nio.ByteBuffer`	EvioCompactStructureHandler.`getData(EvioNode node, boolean copy)` Get the data associated with an evio structure in ByteBuffer form.
`java.nio.ByteBuffer`	EvioCompactReader.`getData(EvioNode node, boolean copy)` Get the data associated with an evio structure in ByteBuffer form.
`EvioXMLDictionary`	EvioCompactReader.`getDictionary()` Get the evio dictionary if is there is one.
`java.lang.String`	EvioCompactReader.`getDictionaryXML()` Get the XML format dictionary is there is one.
`EvioEvent`	EvioReader.`getEvent(int index)` Get the event in the file/buffer at a given index (starting at 1).
`java.nio.ByteBuffer`	EvioCompactReader.`getEventBuffer(int eventNumber)` Get an evio bank or event in ByteBuffer form.
`java.nio.ByteBuffer`	EvioCompactReader.`getEventBuffer(int eventNumber, boolean copy)` Get an evio bank or event in ByteBuffer form.
`int`	EvioReader.`getEventCount()` This is the number of events in the file.
`static java.util.List<BaseStructure>`	StructureFinder.`getMatchingChild(BaseStructure structure, java.lang.String childName, INameProvider dictionary)` Collect all structures in an event who has a child with the given dictionary name.
`static java.util.List<BaseStructure>`	StructureFinder.`getMatchingParent(BaseStructure structure, java.lang.String parentName, INameProvider dictionary)` Collect all structures in an event whose parent has the given dictionary name.
`static java.util.List<BaseStructure>`	StructureFinder.`getMatchingStructures(BaseStructure structure, java.lang.String name, INameProvider dictionary)` Collect all structures in an event that match the given dictionary name.
`java.util.List<EvioNode>`	EvioCompactStructureHandler.`getNodes()` This method returns an unmodifiable list of all evio structures in buffer as EvioNode objects.
`int`	EvioReader.`getNumEventsRemaining()` Get the number of events remaining in the file.
`java.nio.ByteBuffer`	EvioCompactStructureHandler.`getStructureBuffer(EvioNode node)` Get an evio structure (bank, seg, or tagseg) in ByteBuffer form.
`java.nio.ByteBuffer`	EvioCompactReader.`getStructureBuffer(EvioNode node)` Get an evio structure (bank, seg, or tagseg) in ByteBuffer form.
`java.nio.ByteBuffer`	EvioCompactStructureHandler.`getStructureBuffer(EvioNode node, boolean copy)` Get an evio structure (bank, seg, or tagseg) in ByteBuffer form.
`java.nio.ByteBuffer`	EvioCompactReader.`getStructureBuffer(EvioNode node, boolean copy)` Get an evio structure (bank, seg, or tagseg) in ByteBuffer form.
`EvioEvent`	EvioReader.`gotoEventNumber(int evNumber)` Go to a specific event in the file.
`EvioEvent`	EvioReader.`nextEvent()` Get the next event in the file/buffer.
`static CompositeData[]`	CompositeData.`parse(byte[] rawBytes, java.nio.ByteOrder byteOrder)` This method parses an array of raw bytes into an array of CompositeData objects.
`void`	EvioReader.`parseEvent(EvioEvent evioEvent)` This will parse an event, SAX-like.
`void`	EventParser.`parseEvent(EvioEvent evioEvent)` This is the workhorse method for parsing the event.
`EvioEvent`	EvioReader.`parseEvent(int index)` This is a workhorse method.
`EvioEvent`	EvioReader.`parseNextEvent()` This is a workhorse method.
`void`	BlockHeaderV4.`parseToBitInfo(int word)` Parses the argument into the bit info fields.
`long`	EvioReader.`position()` This is equivalent to obtaining the current position in the file.
`void`	EvioReader.`position(long position)` Deprecated.
`void`	EventBuilder.`remove(BaseStructure child)` This removes a structure (and all its descendants) from the tree.
`void`	EvioReader.`rewind()` The equivalent of rewinding the file.
`java.util.List<EvioNode>`	EvioCompactReader.`searchEvent(int eventNumber, int tag, int num)` This method searches the specified event in a file/buffer and returns a list of objects each of which contain information about a single evio structure which matches the given tag and num.
`java.util.List<EvioNode>`	EvioCompactReader.`searchEvent(int eventNumber, java.lang.String dictName, EvioXMLDictionary dictionary)` This method searches the specified event in a file/buffer and returns a list of objects each of which contain information about a single evio structure which matches the given dictionary entry name.
`java.util.List<EvioNode>`	EvioCompactStructureHandler.`searchStructure(int tag, int num)` This method searches the event and returns a list of objects each of which contain information about a single evio structure which matches the given tag and num.
`java.util.List<EvioNode>`	EvioCompactStructureHandler.`searchStructure(java.lang.String dictName, EvioXMLDictionary dictionary)` This method searches the event and returns a list of objects each of which contain information about a single evio structure which matches the given dictionary entry name.
`int`	BaseStructure.`setAllHeaderLengths()` Compute and set length of all header fields for this structure and all its descendants.
`int`	BaseStructure.`setAllHeaderLengthsSemiOrig()` Compute and set length of all header fields for this structure and all its descendants.
`void`	EvioReader.`setBuffer(java.nio.ByteBuffer buf)` This method can be used to avoid creating additional EvioReader objects by reusing this one with another buffer.
`void`	EvioCompactReader.`setBuffer(java.nio.ByteBuffer buf)` This method can be used to avoid creating additional EvioCompactReader objects by reusing this one with another buffer.
`void`	EventWriter.`setBuffer(java.nio.ByteBuffer buf)` Set the buffer being written into (initially set in constructor).
`void`	EvioCompactStructureHandler.`setBuffer(java.nio.ByteBuffer buf, DataType type)` This method can be used to avoid creating additional EvioCompactEventReader objects by reusing this one with another buffer.
`void`	EventBuilder.`setByteData(BaseStructure structure, byte[] data)` Set byte data to the structure.
`void`	BaseStructure.`setByteData(byte[] data)` Set the data in this structure to the given array of bytes.
`void`	BaseStructure.`setByteData(java.nio.ByteBuffer byteData)` Set the data in this structure to the bytes contained in the given ByteBuffer.
`void`	BaseStructure.`setCompositeData(CompositeData[] data)` Set the data in this structure to the given array of CompositeData objects.
`void`	BaseStructure.`setDoubleData(java.nio.ByteBuffer byteData)` Set the data in this structure to the doubles contained in the given ByteBuffer.
`void`	BaseStructure.`setDoubleData(double[] data)` Set the data in this structure to the given array of doubles.
`void`	BlockHeaderV2.`setEnd(int end)` Set the ending position of the block (physical record.) This is the number of valid words (header + data) in the block (physical record.) This is normally the same as the block size, except for the last block (physical record) in the file.
`void`	BlockHeaderV4.`setEventCount(int count)` Set the number of events completely contained in the block.
`void`	EventBuilder.`setFloatData(BaseStructure structure, float[] data)` Set float data to the structure.
`void`	BaseStructure.`setFloatData(java.nio.ByteBuffer byteData)` Set the data in this structure to the floats contained in the given ByteBuffer.
`void`	BaseStructure.`setFloatData(float[] data)` Set the data in this structure to the given array of floats.
`void`	BlockHeaderV2.`setHeaderLength(int headerLength)` Set the block header length, in ints.
`void`	EventBuilder.`setIntData(BaseStructure structure, double[] data)` Set double data to the structure.
`void`	EventBuilder.`setIntData(BaseStructure structure, int[] data)` Set int data to the structure.
`void`	BaseStructure.`setIntData(java.nio.ByteBuffer byteData)` Set the data in this structure to the ints contained in the given ByteBuffer.
`void`	BaseStructure.`setIntData(int[] data)` Set the data in this structure to the given array of ints.
`void`	EventBuilder.`setLongData(BaseStructure structure, long[] data)` Set long data to the structure.
`void`	BaseStructure.`setLongData(java.nio.ByteBuffer byteData)` Set the data in this structure to the longs contained in the given ByteBuffer.
`void`	BaseStructure.`setLongData(long[] data)` Set the data in this structure to the given array of longs.
`void`	BlockHeaderV4.`setMagicNumber(int magicNumber)` Sets the value of magicNumber.
`void`	BlockHeaderV2.`setMagicNumber(int magicNumber)` Sets the value of magicNumber.
`void`	EventBuilder.`setShortData(BaseStructure structure, short[] data)` Set short data to the structure.
`void`	BaseStructure.`setShortData(java.nio.ByteBuffer byteData)` Set the data in this structure to the shorts contained in the given ByteBuffer.
`void`	BaseStructure.`setShortData(short[] data)` Set the data in this structure to the given array of shorts.
`void`	BlockHeaderV4.`setSize(int size)` Set the size of the block (physical record).
`void`	BlockHeaderV2.`setSize(int size)` Set the size of the block (physical record).
`void`	BlockHeaderV2.`setStart(int start)` Set the starting position of the block (physical record.).
`void`	EventBuilder.`setStringData(BaseStructure structure, java.lang.String[] data)` Set string data to the structure.
`static void`	CompositeData.`swapAll(byte[] src, int srcOff, byte[] dest, int destOff, int length, java.nio.ByteOrder srcOrder)` This method converts (swaps) a buffer of EVIO composite type between big & little endian.
`static void`	CompositeData.`swapData(byte[] src, int srcOff, byte[] dest, int destOff, int nBytes, java.util.List<java.lang.Integer> ifmt, java.nio.ByteOrder srcOrder)` This method converts (swaps) an array of EVIO composite type data between IEEE (big endian) and DECS (little endian).
`static void`	CompositeData.`swapData(java.nio.ByteBuffer srcBuf, java.nio.ByteBuffer destBuf, int srcPos, int destPos, int nBytes, java.util.List<java.lang.Integer> ifmt)` This method converts (swaps) EVIO composite type data between IEEE (big endian) and DECS (little endian).
`static void`	CompositeData.`swapData(java.nio.ByteBuffer srcBuf, java.nio.ByteBuffer destBuf, int nBytes, java.util.List<java.lang.Integer> ifmt)` This method converts (swaps) EVIO composite type data between IEEE (big endian) and DECS (little endian).
`static void`	ByteDataTransformer.`swapEvent(java.nio.ByteBuffer srcBuffer, java.nio.ByteBuffer destBuffer, int srcPos, int destPos)` This method swaps the byte order of an entire evio event or bank.
`static void`	ByteDataTransformer.`swapEvent(java.nio.ByteBuffer srcBuffer, java.nio.ByteBuffer destBuffer, int srcPos, int destPos, java.util.List<EvioNode> nodeList)` This method swaps the byte order of an entire evio event or bank.
`static byte[]`	ByteDataTransformer.`toBytes(double[] data, java.nio.ByteOrder byteOrder)` Turn double array into byte array.
`static void`	ByteDataTransformer.`toBytes(double[] data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn double array into byte array.
`static void`	ByteDataTransformer.`toBytes(double data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn double into byte array.
`static byte[]`	ByteDataTransformer.`toBytes(float[] data, java.nio.ByteOrder byteOrder)` Turn float array into byte array.
`static void`	ByteDataTransformer.`toBytes(float[] data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn float array into byte array.
`static void`	ByteDataTransformer.`toBytes(float data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn float into byte array.
`static byte[]`	ByteDataTransformer.`toBytes(int[] data, java.nio.ByteOrder byteOrder)` Turn int array into byte array.
`static void`	ByteDataTransformer.`toBytes(int[] data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn int array into byte array.
`static byte[]`	ByteDataTransformer.`toBytes(int[] data, int offset, int length, java.nio.ByteOrder byteOrder)` Turn int array into byte array.
`static void`	ByteDataTransformer.`toBytes(int data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn int into byte array.
`static byte[]`	ByteDataTransformer.`toBytes(long[] data, java.nio.ByteOrder byteOrder)` Turn long array into byte array.
`static void`	ByteDataTransformer.`toBytes(long[] data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn long array into byte array.
`static void`	ByteDataTransformer.`toBytes(long data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn long into byte array.
`static byte[]`	ByteDataTransformer.`toBytes(short[] data, java.nio.ByteOrder byteOrder)` Turn short array into byte array.
`static void`	ByteDataTransformer.`toBytes(short[] data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn short array into byte array.
`static void`	ByteDataTransformer.`toBytes(short data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn short into byte array.
`static byte[]`	ByteDataTransformer.`toBytes2(double[] data, java.nio.ByteOrder byteOrder)` Turn double array into byte array.
`static void`	ByteDataTransformer.`toBytes2(double[] data, java.nio.ByteOrder byteOrder, byte[] dest, int off)` Turn double array into byte array.
`static byte[]`	ByteDataTransformer.`toBytesStream(int[] data, java.nio.ByteOrder byteOrder)` Turn int array into byte array.
`static double`	ByteDataTransformer.`toDouble(byte[] data, java.nio.ByteOrder byteOrder, int off)` Turn section of byte array into a double.
`static double[]`	ByteDataTransformer.`toDoubleArray(byte[] data, java.nio.ByteOrder byteOrder)` Turn byte array into a double array.
`static void`	ByteDataTransformer.`toDoubleArray(byte[] data, java.nio.ByteOrder byteOrder, double[] dest, int off)` Turn byte array into an double array.
`void`	EvioCompactReader.`toFile(java.io.File file)` Save the internal byte buffer to the given file (overwrites existing file).
`void`	EvioCompactReader.`toFile(java.lang.String fileName)` Save the internal byte buffer to the given file (overwrites existing file).
`static float`	ByteDataTransformer.`toFloat(byte[] data, java.nio.ByteOrder byteOrder, int off)` Turn section of byte array into a float.
`static float[]`	ByteDataTransformer.`toFloatArray(byte[] data, java.nio.ByteOrder byteOrder)` Turn byte array into a float array.
`static void`	ByteDataTransformer.`toFloatArray(byte[] data, java.nio.ByteOrder byteOrder, float[] dest, int off)` Turn byte array into an float array.
`static int`	ByteDataTransformer.`toInt(byte[] data, java.nio.ByteOrder byteOrder, int off)` Turn section of byte array into an int.
`static int[]`	ByteDataTransformer.`toIntArray(byte[] data, java.nio.ByteOrder byteOrder)` Turn byte array into an int array.
`static void`	ByteDataTransformer.`toIntArray(byte[] data, java.nio.ByteOrder byteOrder, int[] dest, int off)` Turn byte array into an int array.
`static long`	ByteDataTransformer.`toLong(byte[] data, java.nio.ByteOrder byteOrder, int off)` Turn section of byte array into a long.
`static long[]`	ByteDataTransformer.`toLongArray(byte[] data, java.nio.ByteOrder byteOrder)` Turn byte array into a long array.
`static void`	ByteDataTransformer.`toLongArray(byte[] data, java.nio.ByteOrder byteOrder, long[] dest, int off)` Turn byte array into an long array.
`static short`	ByteDataTransformer.`toShort(byte[] data, java.nio.ByteOrder byteOrder, int off)` Turn section of byte array into a short.
`static short[]`	ByteDataTransformer.`toShortArray(byte[] data, java.nio.ByteOrder byteOrder)` Turn byte array into a short array.
`static void`	ByteDataTransformer.`toShortArray(byte[] data, java.nio.ByteOrder byteOrder, short[] dest, int off)` Turn byte array into an short array.
`static short[]`	ByteDataTransformer.`toShortArray(byte[] data, int padding, java.nio.ByteOrder byteOrder)` Turn byte array into a short array while taking padding into account.
`static void`	ByteDataTransformer.`toShortArray(byte[] data, int padding, java.nio.ByteOrder byteOrder, short[] dest, int off)` Turn byte array into a short array while taking padding into account.
`EvioReader.WriteStatus`	EvioReader.`toXMLFile(java.lang.String path)` Rewrite the file to XML (not including dictionary).
`EvioReader.WriteStatus`	EvioReader.`toXMLFile(java.lang.String path, IEvioProgressListener progressListener)` Rewrite the file to XML (not including dictionary).
`static EvioSegment`	StructureTransformer.`transform(EvioBank bank)` Create an EvioSegment object from an EvioBank.
`static EvioTagSegment`	StructureTransformer.`transform(EvioBank bank, int dummy)` Create an EvioTagSegment object from an EvioBank.
`void`	EvioCompactEventWriter.`writeEvent(java.nio.ByteBuffer eventBuffer)` Write an event (bank) to the buffer in evio version 4 format.
`void`	EventWriter.`writeEvent(java.nio.ByteBuffer eventBuffer)` Write an event (bank) to the buffer in evio version 4 format.
`void`	EventWriter.`writeEvent(EvioBank bank)` Write an event (bank) to a buffer containing evio version 4 format blocks.

Constructors in org.jlab.coda.jevio that throw EvioException
Constructor and Description
`CompositeData(byte[] rawBytes, java.nio.ByteOrder byteOrder)` Constructor used when reading existing data.
`CompositeData(java.lang.String format, int formatTag, CompositeData.Data data, int dataTag, int dataNum)` Constructor used for creating this object from scratch.
`EventWriter(java.nio.ByteBuffer buf)` Create an `EventWriter` for writing events to a ByteBuffer.
`EventWriter(java.nio.ByteBuffer buf, boolean append)` Create an `EventWriter` for writing events to a ByteBuffer.
`EventWriter(java.nio.ByteBuffer buf, int blockSizeMax, int blockCountMax, java.lang.String xmlDictionary, java.util.BitSet bitInfo)` Create an `EventWriter` for writing events to a ByteBuffer.
`EventWriter(java.nio.ByteBuffer buf, int blockSizeMax, int blockCountMax, java.lang.String xmlDictionary, java.util.BitSet bitInfo, boolean append)` Create an `EventWriter` for writing events to a ByteBuffer.
`EventWriter(java.nio.ByteBuffer buf, int blockSizeMax, int blockCountMax, java.lang.String xmlDictionary, java.util.BitSet bitInfo, int reserved1)` Create an `EventWriter` for writing events to a ByteBuffer.
`EventWriter(java.nio.ByteBuffer buf, int blockSizeMax, int blockCountMax, java.lang.String xmlDictionary, java.util.BitSet bitInfo, int reserved1, boolean append)` Create an `EventWriter` for writing events to a ByteBuffer.
`EventWriter(java.nio.ByteBuffer buf, java.lang.String xmlDictionary, boolean append)` Create an `EventWriter` for writing events to a ByteBuffer.
`EventWriter(java.io.File file)` Creates an `EventWriter` for writing to a file in native byte order.
`EventWriter(java.io.File file, boolean append)` Creates an `EventWriter` for writing to a file in native byte order.
`EventWriter(java.io.File file, int blockSizeMax, int blockCountMax, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary, java.util.BitSet bitInfo)` Create an `EventWriter` for writing events to a file.
`EventWriter(java.io.File file, int blockSizeMax, int blockCountMax, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary, java.util.BitSet bitInfo, boolean overWriteOK)` Create an `EventWriter` for writing events to a file.
`EventWriter(java.io.File file, int blockSizeMax, int blockCountMax, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary, java.util.BitSet bitInfo, boolean overWriteOK, boolean append)` Create an `EventWriter` for writing events to a file.
`EventWriter(java.io.File file, java.lang.String dictionary, boolean append)` Creates an `EventWriter` for writing to a file in native byte order.
`EventWriter(java.lang.String filename)` Creates an `EventWriter` for writing to a file in native byte order.
`EventWriter(java.lang.String filename, boolean append)` Creates an `EventWriter` for writing to a file in native byte order.
`EventWriter(java.lang.String filename, boolean append, java.nio.ByteOrder byteOrder)` Creates an `EventWriter` for writing to a file in the specified byte order.
`EventWriter(java.lang.String baseName, java.lang.String directory, java.lang.String runType, int runNumber, long split, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary)` Create an `EventWriter` for writing events to a file.
`EventWriter(java.lang.String baseName, java.lang.String directory, java.lang.String runType, int runNumber, long split, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary, boolean overWriteOK)` Create an `EventWriter` for writing events to a file.
`EventWriter(java.lang.String baseName, java.lang.String directory, java.lang.String runType, int runNumber, long split, int blockSizeMax, int blockCountMax, int bufferSize, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary, java.util.BitSet bitInfo, boolean overWriteOK, boolean append)` Create an `EventWriter` for writing events to a file.
`EvioCompactEventWriter(java.nio.ByteBuffer byteBuffer, int blockSizeMax, int blockCountMax, java.lang.String xmlDictionary)` Create an `EvioCompactEventWriter` object for writing events to the given buffer.
`EvioCompactEventWriter(java.lang.String baseName, java.lang.String directory, int runNumber, int split, int bufferSize, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary)` Create an `EvioCompactEventWriter` object for writing events to a file.
`EvioCompactEventWriter(java.lang.String baseName, java.lang.String directory, int runNumber, int split, int blockSizeMax, int blockCountMax, int bufferSize, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary, boolean overWriteOK)` Create an `EvioCompactEventWriter` object for writing events to a file.
`EvioCompactEventWriter(java.lang.String baseName, java.lang.String directory, java.lang.String runType, int runNumber, int split, int blockSizeMax, int blockCountMax, int bufferSize, java.nio.ByteOrder byteOrder, java.lang.String xmlDictionary, boolean overWriteOK)` Create an `EvioCompactEventWriter` object for writing events to a file.
`EvioCompactReader(java.nio.ByteBuffer byteBuffer)` Constructor for reading a buffer.
`EvioCompactReader(java.io.File file)` Constructor for reading an event file.
`EvioCompactReader(java.lang.String path)` Constructor for reading an event file.
`EvioCompactStructureHandler(java.nio.ByteBuffer byteBuffer, DataType type)` Constructor for reading a buffer that contains 1 structure only (no block headers).
`EvioReader(java.nio.ByteBuffer byteBuffer)` Constructor for reading a buffer.
`EvioReader(java.nio.ByteBuffer byteBuffer, boolean checkBlkNumSeq)` Constructor for reading a buffer.
`EvioReader(java.io.File file)` Constructor for reading an event file.
`EvioReader(java.io.File file, boolean checkBlkNumSeq)` Constructor for reading an event file.
`EvioReader(java.io.File file, boolean checkBlkNumSeq, boolean sequential)` Constructor for reading an event file.
`EvioReader(java.lang.String path)` Constructor for reading an event file.
`EvioReader(java.lang.String path, boolean checkBlkNumSeq)` Constructor for reading an event file.
`EvioReader(java.lang.String path, boolean checkBlkNumSeq, boolean sequential)` Constructor for reading an event file.

Uses of Classorg.jlab.coda.jevio.EvioException

Uses of EvioException in org.jlab.coda.jevio

Uses of Class
org.jlab.coda.jevio.EvioException