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Open topic with navigation CAPL Functions » K-Line » KLine_Init5BaudEcuParams

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KLine_Init5BaudEcuParams

Valid for: CANoe DE

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Function Syntax

long KLine_Init5BaudEcuParams(dword 5BaudAddress, dword rate_10thBd, dword W1_us, dword W2_us, dword W3_us, dword W4_us, dword W4Min_us, dword W4Max_us, dword addressNot);

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Description

Initialize K-Line channel for reception of the 5 baud pattern. Note: Must be called in on prestart handler after KLine_CreateECURepresentation.

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Parameters

  • 5BaudAddress: The 5 Baud address to accept on the active channel.
  • rate_10thBd: Rate of the address in 1/10 of baud, i.e. a value of 50 should be used here.
  • W1_us, W2_us, W3_us, W4_us, W4Min_us, W4Max_us: Timing parameters in milliseconds used for the initialization pattern. A detailed description of the parameters is available on the Vector K-Line Protocol Reference Chart e.g. available at vector.com.
  • addressNot: The inverted address to be sent by the ECU simulation. A value of 0 will use the default, i.e. the inverted 5 baud address.

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Return Values

On success 0, otherwise a value less than 0.

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Example

on preStart
{
  long klineHandle;
  long channelNo;
  long value;

  channelNo = DiagGetCommParameter("CANoe.ChannelNumber");
  klineHandle = KLine_CreateECURepresentation(channelNo);
  write("KLine_CreateECURepresentation at K-Line%d returns %d", channelNo, klineHandle);

  value = DiagGetCommParameter("KLine.InitType");
  if (value == 1 /*FIVE_BAUD*/)
  {
    // For a 5 Baud ECU the initialization of the parameters must be done in prestart!
    value = diagGetCommParameter("KLine.5BaudAddress");
    // The timing parameters from the configuration are for the tester side, so use hard-coded ones here
    status = KLine_Init5BaudEcuParams(value, 50 /* 5Bd */, 100, 10, 1, 35, 0, 650, 0 /*default*/);
    write("Init 5Bd pattern for address 0x%02x returns %d", value, status);
  }
}