Struct frame_check_t¶

What frame_check found, summed across the stages it reversed.More...

#include <frame_core.h>

Public Attributes¶

Type	Name
uint32_t	checked
uint32_t	corrected
uint32_t	ok
int	passed
uint32_t	stages
uint32_t	symbols
uint32_t	units

Detailed Description¶

One record rather than one per stage, because a caller doing frame accounting wants a verdict and a cost. units and ok count CHECKS — one for a CRC, one per codeword for an interleaved outer code — so ok == units is the verdict and symbols is what it cost to get there.

corrected and symbols are the honest measure of how hard a link is running: ok == units with a rising symbols is margin being spent, and it is spent before it is lost. A CRC cannot report that at all, which is why an outer code is a strictly better detector and not merely a stronger one.

Public Attributes Documentation¶

variable checked¶

uint32_t frame_check_t::checked;

how many were reversed HERE (see below)

variable corrected¶

uint32_t frame_check_t::corrected;

how many needed and received repair

variable ok¶

uint32_t frame_check_t::ok;

how many came out good

variable passed¶

int frame_check_t::passed;

every check good: 1 yes, 0 no. passed, not pass: the obvious name is a Python keyword

variable stages¶

uint32_t frame_check_t::stages;

stages in the description

variable symbols¶

uint32_t frame_check_t::symbols;

symbol errors repaired

variable units¶

uint32_t frame_check_t::units;

checks performed across them

The documentation for this class was generated from the following file native/inc/frame/frame_core.h