LECanonicalIO.h
Classes
- LECanonicalIO -- Class for IO in little endian canonical format. (full description)
Interface
- Public Members
- explicit LECanonicalIO (ByteIO* byteIO, uInt bufferLength=4096, Bool takeOver=False)
- LECanonicalIO (const LECanonicalIO& canonicalIO)
- LECanonicalIO& operator= (const LECanonicalIO& canonicalIO)
- ~LECanonicalIO()
- virtual uInt write (uInt nvalues, const Bool* value)
- virtual uInt write (uInt nvalues, const Char* data)
- virtual uInt write (uInt nvalues, const uChar* data)
- virtual uInt write (uInt nvalues, const Short* data)
- virtual uInt write (uInt nvalues, const uShort* data)
- virtual uInt write (uInt nvalues, const Int* data)
- virtual uInt write (uInt nvalues, const uInt* data)
- virtual uInt write (uInt nvalues, const Int64* data)
- virtual uInt write (uInt nvalues, const uInt64* data)
- virtual uInt write (uInt nvalues, const Float* data)
- virtual uInt write (uInt nvalues, const Double* data)
- virtual uInt write (uInt nvalues, const Complex* value)
- virtual uInt write (uInt nvalues, const DComplex* value)
- virtual uInt write (uInt nvalues, const String* value)
- virtual uInt read (uInt nvalues, Bool* value)
- virtual uInt read (uInt nvalues, Char* data)
- virtual uInt read (uInt nvalues, uChar* data)
- virtual uInt read (uInt nvalues, Short* data)
- virtual uInt read (uInt nvalues, uShort* data)
- virtual uInt read (uInt nvalues, Int* data)
- virtual uInt read (uInt nvalues, uInt* data)
- virtual uInt read (uInt nvalues, Int64* data)
- virtual uInt read (uInt nvalues, uInt64* data)
- virtual uInt read (uInt nvalues, Float* data)
- virtual uInt read (uInt nvalues, Double* data)
- virtual uInt read (uInt nvalues, Complex* value)
- virtual uInt read (uInt nvalues, DComplex* value)
- virtual uInt read (uInt nvalues, String* value)
Review Status
- Reviewed By:
- Friso Olnon
- Date Reviewed:
- 1996/11/06
- Programs:
- Tests:
Prerequisite
Synopsis
LECanonicalIO is a specialization of class TypeIO to store
data in little endian canonical format.
The class converts the data to/from canonical data and reads/writes
them from/into the ByteIO object given at construction time.
Conversion is only done when really needed. If not needed, the
data is directly read or written.
LECanonical format is little-endian IEEE format, where longs are 8 bytes.
Bools are stored as bits to be as space-efficient as possible.
This means that on a 32-bit SUN or HP conversions only have to be done
for Bools and longs. For a DEC-alpha, however, the data will always
be converted because it is a little-endian machine.
Member Description
explicit LECanonicalIO (ByteIO* byteIO, uInt bufferLength=4096, Bool takeOver=False)
Constructor.
The read/write functions will use the given ByteIO object
as the data store.
The read and write functions use an intermediate buffer to hold the data
in canonical format. For small arrays it uses a fixed buffer with
length bufferLength. For arrays not fitting in this buffer,
it uses a temporary buffer allocated on the heap.
If takeOver is True the this class will delete the supplied
pointer. Otherwise the caller is responsible for this.
LECanonicalIO (const LECanonicalIO& canonicalIO)
The copy constructor uses reference semantics
LECanonicalIO& operator= (const LECanonicalIO& canonicalIO)
The assignment operator uses reference semantics
Destructor, deletes allocated memory.
virtual uInt write (uInt nvalues, const Bool* value)
virtual uInt write (uInt nvalues, const Char* data)
virtual uInt write (uInt nvalues, const uChar* data)
virtual uInt write (uInt nvalues, const Short* data)
virtual uInt write (uInt nvalues, const uShort* data)
virtual uInt write (uInt nvalues, const Int* data)
virtual uInt write (uInt nvalues, const uInt* data)
virtual uInt write (uInt nvalues, const Int64* data)
virtual uInt write (uInt nvalues, const uInt64* data)
virtual uInt write (uInt nvalues, const Float* data)
virtual uInt write (uInt nvalues, const Double* data)
virtual uInt write (uInt nvalues, const Complex* value)
virtual uInt write (uInt nvalues, const DComplex* value)
virtual uInt write (uInt nvalues, const String* value)
Convert the values and write them to the ByteIO object.
Bool, complex and String values are handled by the base class.
virtual uInt read (uInt nvalues, Bool* value)
virtual uInt read (uInt nvalues, Char* data)
virtual uInt read (uInt nvalues, uChar* data)
virtual uInt read (uInt nvalues, Short* data)
virtual uInt read (uInt nvalues, uShort* data)
virtual uInt read (uInt nvalues, Int* data)
virtual uInt read (uInt nvalues, uInt* data)
virtual uInt read (uInt nvalues, Int64* data)
virtual uInt read (uInt nvalues, uInt64* data)
virtual uInt read (uInt nvalues, Float* data)
virtual uInt read (uInt nvalues, Double* data)
virtual uInt read (uInt nvalues, Complex* value)
virtual uInt read (uInt nvalues, DComplex* value)
virtual uInt read (uInt nvalues, String* value)
Read the values from the ByteIO object and convert them.
Bool, complex and String values are handled by the base class.