RAC Front-End Enumerated Data Types
[RAC Front-End]


Enumerations
enum	CSL_RAC_FE_transferState { CSL_RAC_FE_transferState_WaitingTimestamp = 0, CSL_RAC_FE_transferState_ReceivingSamples = 1, CSL_RAC_FE_transferState_ReadyToStart = 2, CSL_RAC_FE_transferState_StartGccpIteration = 3 }
	CSL_RAC_FE_transferState Enumeration for specifying getFEStatus output. More...
enum	CSL_RAC_FE_gccpStatus { CSL_RAC_FE_gccpStatus_Idle = 0, CSL_RAC_FE_gccpStatus_Busy = 1 }
	CSL_RAC_FE_gccpStatus Enumeration for specifying getGccpStatus output. More...
enum	CSL_RAC_FE_wdInterruptStatus { CSL_RAC_FE_wdInterruptStatus_NoInt = 0, CSL_RAC_FE_wdInterruptStatus_Int = 1 }
	CSL_RAC_FE_wdInterruptStatus Enumeration for specifying getWatchDogInterruptStatus output. More...

Enumeration Type Documentation

CSL_RAC_FE_gccpStatus Enumeration for specifying getGccpStatus output.

Enumerator:

CSL_RAC_FE_gccpStatus_Idle	The GCCP is idle. The Data memories are accessible for debug.
CSL_RAC_FE_gccpStatus_Busy	The GCCP is busy. The Data memories are not accessible for debug.

CSL_RAC_FE_transferState Enumeration for specifying getFEStatus output.

Enumerator:

CSL_RAC_FE_transferState_WaitingTimestamp	The Front End is waiting for the timestamp write.
CSL_RAC_FE_transferState_ReceivingSamples	The Front End receives samples.
CSL_RAC_FE_transferState_ReadyToStart	The Front End has received all samples and is ready to start the GCCPs.
CSL_RAC_FE_transferState_StartGccpIteration	The Front End enables the GCCPs.

CSL_RAC_FE_wdInterruptStatus Enumeration for specifying getWatchDogInterruptStatus output.

Enumerator:

CSL_RAC_FE_wdInterruptStatus_NoInt	No interrupt has been generated.
CSL_RAC_FE_wdInterruptStatus_Int	An interrupt has been generated and forwarded to the BEII.