Uses of Class
com.dixshtix.riff.FourByteConstant

Packages that use FourByteConstant

com.dixshtix.niff	This package is for the manipulation of (Musical) Notation Interchange File Format (NIFF) Files.
com.dixshtix.riff	This package is for the manipulation of Resource Interchange File Format (RIFF) Files.

Uses of FourByteConstant in com.dixshtix.niff

Fields in com.dixshtix.niff declared as FourByteConstant

static FourByteConstant	DataSection.listType
static FourByteConstant	CustomGraphicsList.listType
static FourByteConstant	SystemList.listType
protected FourByteConstant	ToMidi.currentChunk
static FourByteConstant	ChunkLengthTable.ChnkLenTable The Chunk Length Table allows for future changes in the fixed length part of the chunk structures, without disturbing existing programs.
static FourByteConstant	ChunkLengthTable.DefaultValues Default Renderings.
static FourByteConstant	ChunkLengthTable.EpsGraphic Part of the Custom Graphics list which is an optional table in the Setup Section which contains fonts and graphics.
static FourByteConstant	ChunkLengthTable.FontDescription Font Description chunks define a particular combination of font name, font size, and font style.
static FourByteConstant	ChunkLengthTable.NiffInfo The NIFF Information chunk is the first required chunk in the Setup Section.
static FourByteConstant	ChunkLengthTable.Part Part Description Chunk, part of the Parts list which is a required part of the Setup Section.
static FourByteConstant	ChunkLengthTable.PsType1Font Part of the Custom Graphics list which is an optional table in the Setup Section which contains fonts and graphics.
static FourByteConstant	ChunkLengthTable.PsType3Font Part of the Custom Graphics list which is an optional table in the Setup Section which contains fonts and graphics.
static FourByteConstant	ChunkLengthTable.StaffGrouping Staff Grouping chunks, part of the Staff Groupings list, an optional part of the Setup Section or Data Section.
static FourByteConstant	ChunkLengthTable.StringTable The String Table is a chunk containing all strings referred to elsewhere in the file.
static FourByteConstant	ChunkLengthTable.PageHeader Describes a physical page of the score.
static FourByteConstant	ChunkLengthTable.StaffHeader Describes a logical Staff.
static FourByteConstant	ChunkLengthTable.SystemHeader Container for staffs.
static FourByteConstant	ChunkLengthTable.TimeSlice Indicate Logical Start Time of various anchored tags.
static FourByteConstant	ChunkLengthTable.Accidental Represents an accidental symbol attached to a Notehead.
static FourByteConstant	ChunkLengthTable.AltEndingGraphic Graphical symbols used on alternate endings.
static FourByteConstant	ChunkLengthTable.Arpeggio The symbol in front of a chord indicating that the notes of the chord are to be played successively from lowest to highest pitch, rather than simultaneously.
static FourByteConstant	ChunkLengthTable.Articulation Attached to a stem are various articulation symbols.
static FourByteConstant	ChunkLengthTable.AugDot Graphic indication of lengthening of a note.
static FourByteConstant	ChunkLengthTable.Barline Mark the end of a measure.
static FourByteConstant	ChunkLengthTable.Beam Link note stems into a metrical unit.
static FourByteConstant	ChunkLengthTable.ChordSymbol The chord symbols placed above a staff.
static FourByteConstant	ChunkLengthTable.Clef Indicates that the following musical symbols are to be interpreted in the specified clef.
static FourByteConstant	ChunkLengthTable.CustomGraphicChk Used when a custom graphic is to be placed on the page, with no musical function or sound.
static FourByteConstant	ChunkLengthTable.Dynamic Affects dynamics (velocity) of playback.
static FourByteConstant	ChunkLengthTable.FiguredBass Used to describe the numerals and accidentals of a basso continuo.
static FourByteConstant	ChunkLengthTable.Fingering Describe which finger is used to play.
static FourByteConstant	ChunkLengthTable.Glissando Used to describe a line that functions as a glissando, a rapid swoop from a lower to a higher note passing all half-steps in between.
static FourByteConstant	ChunkLengthTable.GuitarGrid Display a fret diagram for a stringed intrument.
static FourByteConstant	ChunkLengthTable.GuitarTabNum Used to indicate numbers to be placed on a guitar tablature staff.
static FourByteConstant	ChunkLengthTable.Hairpin Describe dynamic changes.
static FourByteConstant	ChunkLengthTable.HarpPedal Display a symbol indicating how a harp's strings are to be tuned, ala a Salzedo diagram.
static FourByteConstant	ChunkLengthTable.KeySignature Standard key signatures, including cancelations.
static FourByteConstant	ChunkLengthTable.KeySignNonstandard Indicates the start of a nonstandard key signature.
static FourByteConstant	ChunkLengthTable.Line Add a line to a score.
static FourByteConstant	ChunkLengthTable.Lyric Display a lyrical text syllable on one of the established verse lines.
static FourByteConstant	ChunkLengthTable.MeasureNumbering Used to set or change the measure numbering scheme anywhere in the score.
static FourByteConstant	ChunkLengthTable.MidiDataStream Lengthy or complex MIDI information that cannot be represented with the simple MIDI Performance tag can be supplied with the MIDI Data Stream chunk.
static FourByteConstant	ChunkLengthTable.FontSymbol A standard music font character that is to be placed on page or system outside of a staff, without its normal sound or function.
static FourByteConstant	ChunkLengthTable.Notehead Display a notehead, which is usually interpreted as a note to be played.
static FourByteConstant	ChunkLengthTable.OctaveSign Cue to play one or two octaves higher or lower.
static FourByteConstant	ChunkLengthTable.Ornament Decorations such as trills, turns and mordents.
static FourByteConstant	ChunkLengthTable.Parenthesis Left or Right or Both parenthesis/es, brace/s or bracket/s.
static FourByteConstant	ChunkLengthTable.PedalPiano Depressing a Pedal which alters timbre or other property of instrument.
static FourByteConstant	ChunkLengthTable.PedalOrgan Represents equivalent of "fingering" on a chromatic, foot-operated keyboard.
static FourByteConstant	ChunkLengthTable.Portamento Used to describe a line that functions as a portamento, a rapid swoop from a lower to a higher note smoothly over all intervening frequencies.
static FourByteConstant	ChunkLengthTable.RehearsalMark The rehearsal letters or numbers placed above a staff.
static FourByteConstant	ChunkLengthTable.RepeatSign Logical and graphical components of a repeat sign.
static FourByteConstant	ChunkLengthTable.Rest Display a logical silence, which otherwise has the semantics of a note.
static FourByteConstant	ChunkLengthTable.Slur A musical slur between two notes of different pitch.
static FourByteConstant	ChunkLengthTable.Stem Display a stem for creating of chords at the same time-stamp.
static FourByteConstant	ChunkLengthTable.SystemSeparation Used in ensemble scores to vertically separate systems.
static FourByteConstant	ChunkLengthTable.TagActivate This chunk can be stored at the start of a series of chunks to indicate that each of its tags are to be applied to all of the chunks appearing between it and a matching Tag Inactivate chunk.
static FourByteConstant	ChunkLengthTable.TagInactivate This chunk is used to end the application of tags started with a Tag Activate chunk.
static FourByteConstant	ChunkLengthTable.TempoMarking A standard tempo marking either in the form [note] = [metronome setting], or text tempo instructions.
static FourByteConstant	ChunkLengthTable.TempoMarkNonstandard Indicates the start of a tempo marking.
static FourByteConstant	ChunkLengthTable.Text A text string.
static FourByteConstant	ChunkLengthTable.Tie Tie two noteheads into a composite note.
static FourByteConstant	ChunkLengthTable.TimeSignature Represent a simple time signature.
static FourByteConstant	ChunkLengthTable.TimeSigNonstandard Indicates the start of a nonstandard time signature.
static FourByteConstant	ChunkLengthTable.Tremolo Display a tremolo marking.
static FourByteConstant	ChunkLengthTable.Tuplet Tuplet.
static FourByteConstant	ChunkLengthTable.UserDefined Provide for a user defined chunk for vendor-specific expansion.
static FourByteConstant	StaffGroupingsList.listType
static FourByteConstant	StaffList.listType
static FourByteConstant	PageList.listType
static FourByteConstant	Form.formType
static FourByteConstant	FontDescriptionsList.listType
static FourByteConstant	SetupSection.listType
static FourByteConstant	InfoList.listType
static FourByteConstant	PartsList.listType

Methods in com.dixshtix.niff with parameters of type FourByteConstant

void	Parser.beginContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	Parser.beginNiffChunk(FourByteConstant chunkType, int expectedLength, NiffParserContext context)
void	Parser.beginRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	Parser.endContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	Parser.endNiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	Parser.endRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	Parser.fillNiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	Parser.fillRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	Parser.fourccAttribute(java.lang.String attribute, FourByteConstant value, NiffParserContext context)
protected int	Parser.parseNiffChunk(FourByteConstant fcc, byte[] data, int offset, int length)
protected int	Parser.parseRiffChunk(FourByteConstant fcc, byte[] data, int offset, int length)
(package private) void	Parser.parseTastedChunk(InStream prf, FourByteConstant fcc) Descend into the NIFF file hierarchy, recursively parsing chunks.
void	ToMidi.beginContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	ToMidi.beginNiffChunk(FourByteConstant chunkType, int expectedLength, NiffParserContext context) Handle known-length Niff Chunks which may have Tags appended to them.
void	ToMidi.beginRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToMidi.endContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	ToMidi.endNiffChunk(FourByteConstant chunkType, NiffParserContext context) Finish Niff Chunk and any Tags.
void	ToMidi.endRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToMidi.fillNiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToMidi.fillRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToMidi.fourccAttribute(java.lang.String attribute, FourByteConstant value, NiffParserContext context)
void	ChunkLengthTable.put(FourByteConstant fcc, int length)
void	ChunkLengthTable.put(FourByteConstant fcc, java.lang.Integer length)
void	ChunkLengthTable.put(FourByteConstant fcc)
java.lang.Integer	ChunkLengthTable.getNumber(FourByteConstant fcc)
int	ChunkLengthTable.get(FourByteConstant fcc)
void	NiffParserListener.beginContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	NiffParserListener.beginNiffChunk(FourByteConstant chunkType, int expectedLength, NiffParserContext context)
void	NiffParserListener.beginRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	NiffParserListener.endContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	NiffParserListener.endNiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	NiffParserListener.endRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	NiffParserListener.fillNiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	NiffParserListener.fillRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	NiffParserListener.fourccAttribute(java.lang.String attribute, FourByteConstant value, NiffParserContext context)
(package private) java.lang.Object	Form.readHandler(FourByteConstant riffTag)
(package private) java.lang.Object	Form.readHandler(FourByteConstant riffTag, FourByteConstant listType)
void	ToXML.beginContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	ToXML.beginNiffChunk(FourByteConstant chunkType, int expectedLength, NiffParserContext context)
void	ToXML.beginRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToXML.endContainerChunk(FourByteConstant containerType, FourByteConstant chunkType, NiffParserContext context)
void	ToXML.endNiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToXML.endRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToXML.fillNiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToXML.fillRiffChunk(FourByteConstant chunkType, NiffParserContext context)
void	ToXML.fourccAttribute(java.lang.String attribute, FourByteConstant value, NiffParserContext context)

Uses of FourByteConstant in com.dixshtix.riff

Fields in com.dixshtix.riff declared as FourByteConstant

private FourByteConstant	GenericChunk.fcc
private FourByteConstant	ContainerChunk.containerType
private FourByteConstant	IOChunk.container_type If not null, this should be one of RIFF, RIFX, or LIST.
private FourByteConstant	IOChunk.id_type Chunk type, or if this is a container, the container type.
static FourByteConstant	FourByteConstant.RIFF Form type, Little-endian.
static FourByteConstant	FourByteConstant.RIFX Form type, Big-endian.
static FourByteConstant	FourByteConstant.LIST Container type, has associated LIST type.
static FourByteConstant	FourByteConstant.INFO List type.
static FourByteConstant	FourByteConstant.IARL Archival Location.
static FourByteConstant	FourByteConstant.IART Artist.
static FourByteConstant	FourByteConstant.ICMS Commissioned.
static FourByteConstant	FourByteConstant.ICMT Comments.
static FourByteConstant	FourByteConstant.ICOP Copyright.
static FourByteConstant	FourByteConstant.ICRD Creation date.
static FourByteConstant	FourByteConstant.ICRP Cropped.
static FourByteConstant	FourByteConstant.IDIM Dimensions.
static FourByteConstant	FourByteConstant.IDPI Dots Per Inch.
static FourByteConstant	FourByteConstant.IENG Engineer.
static FourByteConstant	FourByteConstant.IGNR Genre.
static FourByteConstant	FourByteConstant.IKEY Keywords.
static FourByteConstant	FourByteConstant.ILGT Lightness.
static FourByteConstant	FourByteConstant.IMED Medium.
static FourByteConstant	FourByteConstant.INAM Name.
static FourByteConstant	FourByteConstant.IPLT Palette Setting.
static FourByteConstant	FourByteConstant.IPRD Product.
static FourByteConstant	FourByteConstant.ISBJ Subject.
static FourByteConstant	FourByteConstant.ISFT Software.
static FourByteConstant	FourByteConstant.ISHP Sharpness.
static FourByteConstant	FourByteConstant.ISRC Source.
static FourByteConstant	FourByteConstant.ISRF Source Form.
static FourByteConstant	FourByteConstant.ITCH Technician.
static FourByteConstant	FourByteConstant.JUNK RIFF standard chunk type for padding bytes.

Methods in com.dixshtix.riff that return FourByteConstant

FourByteConstant	GenericChunk.getType()
FourByteConstant	ContainerChunk.getContainerType()
FourByteConstant	IOChunk.getContainerType() Obtain the type of container.
FourByteConstant	IOChunk.getChunkType() Get chunk type.
FourByteConstant	InStream.readFourByteConstant() Utility to read four bytes.
FourByteConstant	InStream.readFourByteConstant(byte[] buf4) Utility to read four bytes, using preallocated buffer.

Methods in com.dixshtix.riff with parameters of type FourByteConstant

void	Parser.registerChunk(FourByteConstant fcc, Parsable reader)
void	Parser.registerList(FourByteConstant listType, Parsable reader)
void	Parser.registerForm(FourByteConstant formFlavor, FourByteConstant formType, Parsable reader)
(package private) void	Parser.parsechunk(InStream prf, FourByteConstant fcc) Descend into the RIFF file hierarchy, recursively parsing chunks.
void	GenericChunk.setType(FourByteConstant fcc)
void	ContainerChunk.setContainerType(FourByteConstant fcc)
(package private) void	IOChunk.setChunkType(FourByteConstant data) Used by reading routines to set the chunk type late.
(package private) void	Dump.dumpchunk(InStream prf, FourByteConstant fcc, int indent) Descend into the RIFF file hierarchy, recursively printing chunks.
IOChunk	InStream.chunkDescend(FourByteConstant fcc) Given a four-byte-constant, complete reading of the chunk header and push on stack.
boolean	InStream.isContainerType(FourByteConstant fcc) Utility to interpret a FourByteConstant.
void	OutStream.write(FourByteConstant fcc) Write a four-byte constant as used in RIFF files.

Constructors in com.dixshtix.riff with parameters of type FourByteConstant

GenericChunk(FourByteConstant fcc, int length, byte[] contents)

ContainerChunk(FourByteConstant fcc, int length, FourByteConstant type, byte[] contents)

ListChunk(int length, FourByteConstant type, byte[] contents)

FormChunk(FourByteConstant fcc, int length, FourByteConstant type, byte[] contents)

IOChunk(OutStream o, FourByteConstant container, FourByteConstant id, int guess)
Create a chunk or container on the output stream.

IOChunk(OutStream o, FourByteConstant id, int guess)
Create a chunk on the output stream.

IOChunk(OutStream o, FourByteConstant container, FourByteConstant id)
Preferred creation of a chunk or container on the output stream.

IOChunk(OutStream o, FourByteConstant id)
Preferred creation of a chunk on the output stream.

IOChunk(FourByteConstant container, int size, FourByteConstant id)
Internal container creation from input stream.

IOChunk(FourByteConstant id, int size)
Internal chunk creation from input stream.