TypePy

SCPI Command :

TRIGger<*>:RFFE:TYPE

Commands in total: 1

Subgroups: 0

Direct child commands: 1

get(trigger=Trigger.Default) → BusRffeType

# TRIGger<*>:RFFE:TYPE
value: enums.BusRffeType = driver.trigger.rffe.typePy.get(trigger = repcap.Trigger.Default)

Selects the trigger type for RFFE analysis.

Parameters:

trigger – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Trigger’)

Returns:

type_py: STARt | STOP | RZWR | RWR | RRD | ERWR | ERRD | ERWL | ERRL | IRSUM | MSKW | MOHO | MASOHO | MWR | MASW | MRD | MASR | MCTW | MCTR | ERRor

• STARt: Triggers on the beginning of a command sequence, exactly after the sub device address. Optionally, you can specify a sub device address condition.

• STOP: Triggers on the end of a command sequence, exactly at the start of the bus park cycle. Optionally, you can specify a sub device address condition.

• RZWR: Triggers on Register 0 Write command sequences. Optionally, you can specify a sub device address condition and a data pattern condition.

• RWR: Triggers on Register Write command sequences. Optionally, you can specify a sub device address condition, a register address condition, and a data pattern condition.

• RRD: Triggers on Register Read command sequences. Optionally, you can specify a sub device address condition, a register address condition, and a data pattern condition.

• ERWR: Triggers on Extended Register Write command sequences. Optionally, you can specify a sub device address condition, a register address condition, a byte count condition, a data index condition, and a data pattern condition.

• ERRD: Triggers on Extended Register Read command sequences. Optional trigger conditions are the same as for ERWR.

• ERWL: Triggers on Extended Register Write Long command sequences. Optional trigger conditions are the same as for ERWR.

• ERRL: Triggers on Extended Register Read Long command sequences. Optional trigger conditions are the same as for ERWR.

• IRSUM: Triggers on Interrupt Summary and Notification command sequences. Optionally, you can specify a sub device address condition, bit count condition and a data pattern condition.

• MSKW: Masked Write command sequence. Optionally, you can specify a sub device address condition, register address condition, mask condition and data pattern condition

• MOHO | MASOHO: Triggers onMain Ownership Handover command sequences. Optionally, you can specify a MID condition.

• MWR | MASW: Triggers on Main Device Write command sequences. Optionally, you can specify a MID condition, a register address condition, and a data pattern condition.

• MRD | MASR: Triggers on Main Device Read command sequences. Optionally, you can specify a MID condition, a register address condition, and a data pattern condition.

• MCTW: Main Device Context Transfer Write command sequence. Optional: MID condition, register address condition, byte count condition, data index condition, and data pattern condition.

• MCTR: Main Device Context Transfer Read command sequence. Optional search conditions are the same as for MCTW.

• ERRor: Triggers if one of the enabled errors occurs in a frame.To enable the error types, use TRIGgert:RFFE:ERRor:BP, TRIGgert:RFFE:ERRor:LENGth, TRIGgert:RFFE:ERRor:NOResponse, TRIGgert:RFFE:ERRor:PARity, TRIGgert:RFFE:ERRor:SSC, and TRIGgert:RFFE:ERRor:USEQuence.

set(type_py: BusRffeType, trigger=Trigger.Default) → None

# TRIGger<*>:RFFE:TYPE
driver.trigger.rffe.typePy.set(type_py = enums.BusRffeType.ERRD, trigger = repcap.Trigger.Default)

Selects the trigger type for RFFE analysis.

Parameters:

• type_py –

  STARt | STOP | RZWR | RWR | RRD | ERWR | ERRD | ERWL | ERRL | IRSUM | MSKW | MOHO | MASOHO | MWR | MASW | MRD | MASR | MCTW | MCTR | ERRor

  • STARt: Triggers on the beginning of a command sequence, exactly after the sub device address. Optionally, you can specify a sub device address condition.

  • STOP: Triggers on the end of a command sequence, exactly at the start of the bus park cycle. Optionally, you can specify a sub device address condition.

  • RZWR: Triggers on Register 0 Write command sequences. Optionally, you can specify a sub device address condition and a data pattern condition.

  • RWR: Triggers on Register Write command sequences. Optionally, you can specify a sub device address condition, a register address condition, and a data pattern condition.

  • RRD: Triggers on Register Read command sequences. Optionally, you can specify a sub device address condition, a register address condition, and a data pattern condition.

  • ERWR: Triggers on Extended Register Write command sequences. Optionally, you can specify a sub device address condition, a register address condition, a byte count condition, a data index condition, and a data pattern condition.

  • ERRD: Triggers on Extended Register Read command sequences. Optional trigger conditions are the same as for ERWR.

  • ERWL: Triggers on Extended Register Write Long command sequences. Optional trigger conditions are the same as for ERWR.

  • ERRL: Triggers on Extended Register Read Long command sequences. Optional trigger conditions are the same as for ERWR.

  • IRSUM: Triggers on Interrupt Summary and Notification command sequences. Optionally, you can specify a sub device address condition, bit count condition and a data pattern condition.

  • MSKW: Masked Write command sequence. Optionally, you can specify a sub device address condition, register address condition, mask condition and data pattern condition

  • MOHO | MASOHO: Triggers onMain Ownership Handover command sequences. Optionally, you can specify a MID condition.

  • MWR | MASW: Triggers on Main Device Write command sequences. Optionally, you can specify a MID condition, a register address condition, and a data pattern condition.

  • MRD | MASR: Triggers on Main Device Read command sequences. Optionally, you can specify a MID condition, a register address condition, and a data pattern condition.

  • MCTW: Main Device Context Transfer Write command sequence. Optional: MID condition, register address condition, byte count condition, data index condition, and data pattern condition.

  • MCTR: Main Device Context Transfer Read command sequence. Optional search conditions are the same as for MCTW.

  • ERRor: Triggers if one of the enabled errors occurs in a frame.To enable the error types, use TRIGgert:RFFE:ERRor:BP, TRIGgert:RFFE:ERRor:LENGth, TRIGgert:RFFE:ERRor:NOResponse, TRIGgert:RFFE:ERRor:PARity, TRIGgert:RFFE:ERRor:SSC, and TRIGgert:RFFE:ERRor:USEQuence.

• trigger – optional repeated capability selector. Default value: Nr1 (settable in the interface ‘Trigger’)