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GLAST/LAT > DAQ and FSW > FSW > Doxygen Index > QSEC / V2-0-0

Constituent: qsec     Tag: linux-gcc

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expand.h File Reference

Expansion routines. More...

#include <unistd.h>
#include <stdlib.h>
#include <stdio.h>

Include dependency graph for expand.h:

This graph shows which files directly or indirectly include this file:

Typedefs
typedef QSEC_expansion_	QSEC_expansion
	Declaration of the opaque expansion structure.
Functions
void	QSEC_clearExpansion (QSEC_expansion *exp)
	Clear away any context from a previous cycle.
QSEC_expansion *	QSEC_constructExpansion (void *buffer, unsigned cap)
	Construct a QSEC_expansion structure in a buffer.
void	QSEC_deleteExpansion (QSEC_expansion *exp)
	Free memory previously allocated with a call to QSEC_newExpansion.
unsigned	QSEC_monitorExpansion (QSEC_expansion *exp, unsigned mon)
	Set the monitoring level for the expansion.
QSEC_expansion *	QSEC_newExpansion (unsigned cap)
	Allocate memory for a QSEC_expansion structure and all the substructures.
const unsigned int *	QSEC_recoverUser (QSEC_expansion *exp, const unsigned int *buf)
	Unpack the tables against which the events were encoded.
void	QSEC_reportExpansion (QSEC_expansion *exp, FILE *fp)
	Report the contents of an expansion.
void	QSEC_setFourRange (QSEC_expansion *exp, unsigned rng)
	Set the range for a calibration expansion.
void	QSEC_setMode (QSEC_expansion *exp, unsigned mode)
	Set the calibration mode of an expansion.
size_t	QSEC_sizeofExpansion (unsigned cap)
	Calculate the size of the memory block required to accomodate the expansion structure.

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Detailed Description

Expansion routines.

Author:

James Swain & Owen Saxton

Id

expand.h,v 1.3 2007/04/05 22:59:31 saxton Exp

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Function Documentation

void QSEC_clearExpansion (  QSEC_expansion *  exp  )

Clear away any context from a previous cycle. Parameters: exp  Pointer to a expansion object

QSEC_expansion* QSEC_constructExpansion (  void *  buffer, unsigned  cap )

Construct a QSEC_expansion structure in a buffer. Parameters: cap  Capacity of the decompression, maximum number of events in a single cycle buffer  Uninitialised memory large enough to hold the expansion structure Returns: Pointer to an initialised expansion structure

void QSEC_deleteExpansion (  QSEC_expansion *  exp  )

Free memory previously allocated with a call to QSEC_newExpansion. Parameters: exp  Pointer to a expansion structure previously created by a call to QSEC_newExpansion

unsigned QSEC_monitorExpansion (  QSEC_expansion *  exp, unsigned  mon )

Set the monitoring level for the expansion. Parameters: exp  Pointer to an initialised expansion mon  Monitoring level Returns: Previous monitoring level

QSEC_expansion* QSEC_newExpansion (  unsigned  cap  )

Allocate memory for a QSEC_expansion structure and all the substructures. Parameters: cap  Capacity of the decompression, maximum number of events in a single cycle Returns: Pointer to an allocated, initialise, QSEC_expansion structure

const unsigned int* QSEC_recoverUser (  QSEC_expansion *  exp, const unsigned int *  buf )

Unpack the tables against which the events were encoded. Parameters: buf  Pointer to the buffer where the context is held exp  Pointer to the structure containing the tables (an expansion) Returns: Pointer to the next input location to be read or NULL if there was an error during recovery of User data

void QSEC_reportExpansion (  QSEC_expansion *  exp, FILE *  fp )

Report the contents of an expansion. Parameters: exp  Pointer to a expansion object fp  Pointer to the destination file

void QSEC_setFourRange (  QSEC_expansion *  exp, unsigned  rng )

Set the range for a calibration expansion. Parameters: exp  Pointer to a expansion structure rng  Flag indicating 4-range or auto-range

void QSEC_setMode (  QSEC_expansion *  exp, unsigned  mode )

Set the calibration mode of an expansion. Parameters: exp  Pointer to a expansion structure mode  Type of calibration

size_t QSEC_sizeofExpansion (  unsigned  cap  )

Calculate the size of the memory block required to accomodate the expansion structure. Parameters: cap  Capacity of the decompression, maximum number of events in a single cycle Returns: Size of the memory block required to accomodate the expansion structure

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