testWaitScopePerformEyeDiagramAnalysis

Valid for: CANoe DE • CANoe4SW DE

Function Syntax

long testWaitScopePerformEyeDiagramAnalysis(message frame, dword flags, dword groupNumber, ScopeSinglePolygonBitMask bitMask, ScopeAnalyseHandle handle); // form 1
long testWaitScopePerformEyeDiagramAnalysis(linFrame frame, dword flags, dword groupNumber, ScopeSinglePolygonBitMask bitMask, ScopeAnalyseHandle handle); // form 2
long testWaitScopePerformEyeDiagramAnalysis(frFrame frame, dword flags, dword groupNumber, ScopeSinglePolygonBitMask bitMask, ScopeAnalyseHandle handle); // form 3
long testWaitScopePerformEyeDiagramAnalysis(char nodeName[], dword flags, dword groupNumber, ScopeSinglePolygonBitMask bitMask, ScopeAnalyseHandle handle); // form 4

Perform a bit analysis for the eye diagram.

frame: The CAN, LIN or FlexRay frame should be analysed.
nodeName: The node should be analysed.
flags:
- Form 1 (CAN): Reserved must be set to 0.
- Form 2 (LIN): Reserved must be set to 0.
- Form 3(FlexRay) and Form 4(FlexRay Node):
  - 0-2:
    - 0 = Analyze only frames in Key Slots
    - 1 = Analyze only frames of static segment
    - 2 = Analyze only frames in dynamic segment
    - 3 = Use all frame for analysis
  - 3:
    - 0 = Do not contain BSS
    - 1 = Contain BSS
- Form 4(CAN and LIN): Reserved must be set to 0.
groupNumber:
- Form 1 (CAN):
  - 0: Standard Range for a CAN Frame
  - 1: Arbitration Range for a CAN Frame
  - 2: Acknowledge Field CAN Frame
  - 3: Entire CAN Frame
  - 4: Standard Range for a CAN FD Frame
  - 5: Arbitration Range for a CAN FD Frame
  - 6: Acknowledge Field CAN FD Frame
- Form 2 (LIN):
  - 0: Standard Range for LIN frame (Header and Response)
  - 1: Only Header for LIN frame
  - 2: Only Response for LIN Frame
- Form 3 (FlexRay):
  - 0: Entire FlexRay frame
  - 1: FSS Field
  - 2: Header Segment
  - 3: ProtocolFlags
  - 4: Frame ID
  - 5: Payload Length
  - 6: Header CRC
  - 7: Cycle Count
  - 8: Payload Segment
  - 9: Frame CRC
- Form 4(Node): Depends on the bus system of the node. (See Form 1 to Form 3)
bitMask: The bitmask should be used for the analysis. (See ScopeSinglePolygonBitMask)
handle: A unique ID. The same handle must be used to request the violation data with the function testWaitScopeGetEyeDiagramAnalysis.

1: Successful
< 0: Error occurred. See EScopeCAPLFitDataReturnCode in <application\>\Reusable\CAPL_Includes\Scope\ScopeBitAnalyse.cin

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