Csirx_InstStatus Struct Reference

Detailed Description

Capture status structure used to get the current status.

Data Fields
uint32_t	queueCount [CSIRX_NUM_CH]
uint32_t	dequeueCount [CSIRX_NUM_CH]
uint32_t	dropCount [CSIRX_NUM_CH]
uint32_t	errorFrameCount [CSIRX_NUM_CH]
uint32_t	overflowCount
uint32_t	spuriousUdmaIntrCount
uint32_t	frontFIFOOvflCount
uint32_t	crcCount
uint32_t	eccCount
uint32_t	correctedEccCount
uint32_t	dataIdErrorCount
uint32_t	invalidAccessCount
uint32_t	invalidSpCount
uint32_t	strmFIFOOvflCount [CSIRX_NUM_STREAM]

Field Documentation

queueCount

uint32_t Csirx_InstStatus::queueCount[CSIRX_NUM_CH]

Counter to keep track of how many requests are queued to the driver. Note: This counter will be reset at the time of driver init.

dequeueCount

uint32_t Csirx_InstStatus::dequeueCount[CSIRX_NUM_CH]

Counter to keep track of how many requests are dequeued from the driver. Note: This counter will be reset at the time of driver init.

dropCount

uint32_t Csirx_InstStatus::dropCount[CSIRX_NUM_CH]

Counter to keep track of how many frames are dropped from the driver when no buffers are queued by the application. Note: This counter will be reset at the time of driver init.

errorFrameCount

uint32_t Csirx_InstStatus::errorFrameCount[CSIRX_NUM_CH]

Counter to keep track number of error or incomplete frames from the driver. Note: This counter will be reset at the time of driver init.

overflowCount

uint32_t Csirx_InstStatus::overflowCount

Counter to keep track of the occurrence of overflow error. Note: This counter will be reset at the time of driver create and during driver start.

spuriousUdmaIntrCount

uint32_t Csirx_InstStatus::spuriousUdmaIntrCount

Counter to keep track of the occurrences of spurious UDMA interrupts. Note: This counter will be reset at the time of driver create and during driver start.

frontFIFOOvflCount

uint32_t Csirx_InstStatus::frontFIFOOvflCount

Counter to keep track of the occurrences of Front FIFO Overflow. Note: This counter will be reset at the time of driver create and during driver start.

crcCount

uint32_t Csirx_InstStatus::crcCount

Counter to keep track of the occurrences of CRC errors. Note: This counter will be reset at the time of driver create and during driver start.

eccCount

uint32_t Csirx_InstStatus::eccCount

Counter to keep track of the occurrences of un-corrected ECC errors. Note: This counter will be reset at the time of driver create and during driver start.

correctedEccCount

uint32_t Csirx_InstStatus::correctedEccCount

Counter to keep track of the occurrences of corrected ECC errors. Note: This counter will be reset at the time of driver create and during driver start.

dataIdErrorCount

uint32_t Csirx_InstStatus::dataIdErrorCount

Counter to keep track of the occurrences of Data ID errors. Note: This counter will be reset at the time of driver create and during driver start.

invalidAccessCount

uint32_t Csirx_InstStatus::invalidAccessCount

Counter to keep track of the occurrences of Invalid accesses. Note: This counter will be reset at the time of driver create and during driver start.

invalidSpCount

uint32_t Csirx_InstStatus::invalidSpCount

Counter to keep track of the occurrences of reception of invalid short packet. Note: This counter will be reset at the time of driver create and during driver start.

strmFIFOOvflCount

uint32_t Csirx_InstStatus::strmFIFOOvflCount[CSIRX_NUM_STREAM]

Counter to keep track of the occurrences of Front FIFO Overflow. Note: This counter will be reset at the time of driver create and during driver start.