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TestCheck::CreateFlexRayFrameErrorOccurrenceCount, TestCheck::StartFlexRayFrameErrorOccurrenceCount, TestCheck::CreateNodeFlexRayFrameErrorsOccurrenceCount, TestCheck::StartNodeFlexRayFrameErrorsOccurrenceCount

Valid for: CANoe DE • CANoe4SW DE

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Constructor

  • TestCheck::CreateFlexRayFrameErrorOccurrenceCount (dword slotID, dword cycleOffs, dword cycleRep, dword channelMask, dword aMaxCount, char[] aCaplCallbackFunction);
  • TestCheck::StartFlexRayFrameErrorOccurrenceCount (dword slotID, dword cycleOffs, dword cycleRep, dword channelMask, dword aMaxCount, char[] aCaplCallbackFunction);
  • TestCheck::CreateFlexRayFrameErrorOccurrenceCount (dword slotID, dword cycleOffs, dword cycleRep, dword channelMask, dword aMaxCount);
  • TestCheck::StartFlexRayFrameErrorOccurrenceCount (dword slotID, dword cycleOffs, dword cycleRep, dword channelMask, dword aMaxCount);
  • TestCheck::CreateFlexRayFrameErrorOccurrenceCount (dbMsg aMessage, dword aMaxCount, char[] aCaplCallbackFunction);
  • TestCheck::StartFlexRayFrameErrorOccurrenceCount (dbMsg aMessage, dword aMaxCount, char[] aCaplCallbackFunction);
  • TestCheck::CreateFlexRayFrameErrorOccurrenceCount (dbMsg aMessage, dword aMaxCount);
  • TestCheck::StartFlexRayFrameErrorOccurrenceCount (dbMsg aMessage, dword aMaxCount);
  • TestCheck::CreateNodeFlexRayFrameErrorsOccurrenceCount (Node aNode, dword aMaxCount, char[] aCaplCallbackFunction);
  • TestCheck::StartNodeFlexRayFrameErrorsOccurrenceCount (Node aNode, dword aMaxCount, char[] aCaplCallbackFunction);
  • TestCheck::CreateNodeFlexRayFrameErrorsOccurrenceCount (Node aNode, dword aMaxCount);
  • TestCheck::StartNodeFlexRayFrameErrorsOccurrenceCount (Node aNode, dword aMaxCount);

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Check Name

Absence of FlexRay Erroneous Frames (Check Description)

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Description

Checks the absence of erroneous frames for the specified frame/slot on the bus. An event is created if more than aMaxCount of the specified erroneous frames were sent. If a DB node is used as reference, then all its Tx frames are observed. The numerical functions allow to define a wildcard event by setting slotID = -1, cycleOffs = 0, cycleRep = 1 in order to check for the absence of any FlexRay Erroneous Frame. Note: Dependent on the used parameter type the appropriate bus context in a multibus environment has only to be set before the function is called if the corresponding database object will be ambiguous. Further information on site MultiBus Environment.

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Parameters

  • slotID: This number designates a specific FlexRay slot. Its value must be between 1 and 2047.
  • cycleOffs: This number designates the base cycle. This value must be smaller than the repetition factor and lies in the range between 0 and 63. This value, together with the repetition factor, determines the “Cycle Multiplexing” of a FlexRay frame.
  • cycleRep: This number designates the cycle repetition factor. The value must be between 1 and 64 and be a multiple of 2 (e.g. 1, 2, 4, 8, 16, 32 or 64). This value, together with the base cycle, determines the “Cycle Multiplexing” of a FlexRay frame.
  • channelMask: Identifies the FlexRay channel of the communication controller. A value of 1 will check the frame on channel A, 2 will check it on channel B and 3 on any channel (A/B).
  • aNode: The node from the DB whose Tx messages should be observed.
  • aMaxCount: The maximum number of message that may be sent without the check to fail.
  • aMessage: The message in symbolic form, e.g.: “EngineData”, whose occurrence is to be monitored. Message must exist in database.
  • aCaplCallbackFunction: This parameter must be specified in simulation nodes; it is optional in test modules.

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Return Values

Object of type TestCheck.

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Check-specific Queries

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Example

variables
{
  const dword cTesttime = 640; // [ms] per check

  FrFrame MsgChannel1.(10,0,2) frame10 = { FR_Flags = 0, FR_ChannelMask = 1, FR_PayloadLength = 2 };

  const dword cFrFlagTT      = 0x00;
  const dword cFrFlagET      = 0x10;
  const dword cFrFlagStop    = 0x80;
}

testcase GoodCheckFlexRayFrameErrorOccurrenceCount_1 ()
{
  TestCheck c;
  long cMaxCount = 0;

  // Assure check to succeed:
  frame10.FR_Flags = cFrFlagTT; // start sending the frame
  FRUpdateStatFrame(frame10);
  TestWaitForTimeout(12);

  c = TestCheck::CreateFlexRayFrameErrorOccurrenceCount( frame10.FR_SlotID, frame10.FR_CycleOffset, frame10.FR_CycleRepetition, frame10.FR_ChannelMask, cMaxCount);

  TestAddCondition(c);

  c.start();
  TestWaitForTimeout(cTesttime);

  TestRemoveCondition(c);
}