_Ctl Struct Reference

Collections all the control parameters together. These are essentially the interpretted command line options. More...

List of all members.

Public Attributes
EBF_streamType	type
const char *	iname
const char *	oname
unsigned int	buf_size
unsigned int	level
unsigned int	verbose
int	to_process
int	to_skip
int	repeat
int	latp_node
unsigned int	runid
unsigned int	hkey
unsigned int	skey
unsigned int	ckey
unsigned int	nlcb
unsigned int	ctb_ids
unsigned int	dgn_ids
unsigned int	deadtime
time_t	tim
int	mode
int	handlerCnt
unsigned int	handlerActive
HandlerCtx	handlerCtxs [32]
unsigned int	tim_flags
OutputFiles	output
LSE_timeFlagSpec *	tfs
ModeSeqSpec *	mss
PostSeqSpec *	pss
CDFP_cfg *	cfg

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Detailed Description

Collections all the control parameters together. These are essentially the interpretted command line options.

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Member Data Documentation

unsigned int _Ctl::buf_size

Size of an output record

Referenced by fillCtl(), and postCtxConstruct().

CDFP_cfg* _Ctl::cfg

The compression control structure

Referenced by fillCtl(), and postCtxConstruct().

unsigned int _Ctl::ckey

The 'configuration' file key

Referenced by fillCtl(), and output().

unsigned int _Ctl::ctb_ids

The list of contributors

Referenced by fillCtl(), and output().

unsigned int _Ctl::deadtime

The minimum deadtime to use

Referenced by fillCtl().

unsigned int _Ctl::dgn_ids

The list of TEMs with diagnostic block

Referenced by fillCtl(), and output().

unsigned int _Ctl::handlerActive

Active handler mask

int _Ctl::handlerCnt

The count of the number of handlers

Referenced by fillCtl(), and output().

HandlerCtx _Ctl::handlerCtxs[32]

Up to 32 bogus handler contexts

Referenced by fillCtl(), and output().

unsigned int _Ctl::hkey

The 'hardware' file key

Referenced by fillCtl(), and output().

const char* _Ctl::iname

The name of the file or the address of the data section to process

Referenced by fillCtl(), and output().

int _Ctl::latp_node

The identifying LATp node number

Referenced by fillCtl(), and output().

unsigned int _Ctl::level

The compression level

Referenced by fillCtl(), and postCtxConstruct().

int _Ctl::mode

The operating mode (0-7)

ModeSeqSpec* _Ctl::mss

The mode sequence specification

Referenced by fillCtl(), and output().

unsigned int _Ctl::nlcb

Don't write packets subject to LCB restrictions

Referenced by fillCtl(), and postCtxConstruct().

const char* _Ctl::oname

Name of the output file

Referenced by fillCtl().

OutputFiles _Ctl::output

The output files

Referenced by fillCtl(), and postCtxConstruct().

PostSeqSpec* _Ctl::pss

The post sequence specification

Referenced by fillCtl(), and postCtxConstruct().

int _Ctl::repeat

Repeat count

Referenced by fillCtl(), and output().

unsigned int _Ctl::runid

The Run Identifier

Referenced by fillCtl(), and output().

unsigned int _Ctl::skey

The 'software' file key

Referenced by fillCtl(), and postCtxConstruct().

LSE_timeFlagSpec* _Ctl::tfs

The time flag specification, first item

Referenced by fillCtl(), and output().

time_t _Ctl::tim

If non-zero, use as the time

Referenced by fillCtl(), and output().

unsigned int _Ctl::tim_flags

Initial value of the timetone flags

Referenced by fillCtl(), and output().

int _Ctl::to_process

The number of events to process.

Referenced by fillCtl(), and output().

int _Ctl::to_skip

The number of events to initially skip.

Referenced by fillCtl(), and output().

EBF_streamType _Ctl::type

The stream type

Referenced by fillCtl(), and output().

unsigned int _Ctl::verbose

Output noise level

Referenced by fillCtl().

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The documentation for this struct was generated from the following file:

• lsep_write.c