BLE/Debug_FLASH/RTD/src/Uart_Ipw.c.078i.free-fnsummary2

Uart_Ipw_LpuartCallback (const uint8 HwInstance, const Lpuart_Uart_Ip_EventType Event, void * UserData)
{
  Uart_EventType ConvertEvent;
  uint8 Channel;
  int _1;
  signed char _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  void (*<T53e>) (uint8, Uart_EventType) _5;
  int _6;
  const struct Uart_Ipw_HwConfigType * _7;
  void (*<T53e>) (uint8, Uart_EventType) _8;

  <bb 2> :
  _1 = (int) HwInstance_10(D);
  _2 = Uart_Ipw_s8HwMapping[_1];
  Channel_12 = (uint8) _2;
  ConvertEvent_15 = Uart_Ipw_LpuartConvertEventType (Event_13(D));
  _3 = (int) Channel_12;
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->Callback;
  if (_5 != 0B)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  _6 = (int) Channel_12;
  _7 = Uart_Ipw_apChnConfig[_6];
  _8 = _7->Callback;
  _8 (Channel_12, ConvertEvent_15);

  <bb 4> :
  return;

}


Uart_Ipw_LpuartConvertEventType (Lpuart_Uart_Ip_EventType Event)
{
  Uart_EventType TempEvent;
  Uart_EventType D.6354;
  Uart_EventType _9;

  <bb 2> :
  TempEvent_2 = 3;
  switch (Event_3(D)) <default: <L5> [INV], case 0: <L0> [INV], case 1: <L1> [INV], case 2: <L2> [INV], case 3: <L3> [INV], case 4: <L4> [INV]>

  <bb 3> :
<L0>:
  TempEvent_8 = 0;
  goto <bb 9>; [INV]

  <bb 4> :
<L1>:
  TempEvent_7 = 1;
  goto <bb 9>; [INV]

  <bb 5> :
<L2>:
  TempEvent_6 = 2;
  goto <bb 9>; [INV]

  <bb 6> :
<L3>:
  TempEvent_5 = 3;
  goto <bb 9>; [INV]

  <bb 7> :
<L4>:
  TempEvent_4 = 4;
  goto <bb 9>; [INV]

  <bb 8> :
<L5>:

  <bb 9> :
  # TempEvent_1 = PHI <TempEvent_8(3), TempEvent_7(4), TempEvent_6(5), TempEvent_5(6), TempEvent_4(7), TempEvent_2(8)>
  _9 = TempEvent_1;

  <bb 10> :
<L7>:
  return _9;

}


Uart_Ipw_LpuartConvertBaudrateType (Uart_BaudrateType Baudrate)
{
  Lpuart_Uart_Ip_BaudrateType TempBaud;
  Lpuart_Uart_Ip_BaudrateType D.6352;
  Lpuart_Uart_Ip_BaudrateType _18;

  <bb 2> :
  TempBaud_2 = 1200;
  switch (Baudrate_3(D)) <default: <L14> [INV], case 1200: <L0> [INV], case 2400: <L1> [INV], case 4800: <L2> [INV], case 9600: <L3> [INV], case 14400: <L4> [INV], case 19200: <L5> [INV], case 28800: <L6> [INV], case 38400: <L7> [INV], case 57600: <L8> [INV], case 115200: <L9> [INV], case 230400: <L10> [INV], case 460800: <L11> [INV], case 921600: <L12> [INV], case 1843200: <L13> [INV]>

  <bb 3> :
<L0>:
  TempBaud_17 = 1200;
  goto <bb 18>; [INV]

  <bb 4> :
<L1>:
  TempBaud_16 = 2400;
  goto <bb 18>; [INV]

  <bb 5> :
<L2>:
  TempBaud_15 = 4800;
  goto <bb 18>; [INV]

  <bb 6> :
<L3>:
  TempBaud_14 = 9600;
  goto <bb 18>; [INV]

  <bb 7> :
<L4>:
  TempBaud_13 = 14400;
  goto <bb 18>; [INV]

  <bb 8> :
<L5>:
  TempBaud_12 = 19200;
  goto <bb 18>; [INV]

  <bb 9> :
<L6>:
  TempBaud_11 = 28800;
  goto <bb 18>; [INV]

  <bb 10> :
<L7>:
  TempBaud_10 = 38400;
  goto <bb 18>; [INV]

  <bb 11> :
<L8>:
  TempBaud_9 = 57600;
  goto <bb 18>; [INV]

  <bb 12> :
<L9>:
  TempBaud_8 = 115200;
  goto <bb 18>; [INV]

  <bb 13> :
<L10>:
  TempBaud_7 = 230400;
  goto <bb 18>; [INV]

  <bb 14> :
<L11>:
  TempBaud_6 = 460800;
  goto <bb 18>; [INV]

  <bb 15> :
<L12>:
  TempBaud_5 = 921600;
  goto <bb 18>; [INV]

  <bb 16> :
<L13>:
  TempBaud_4 = 1843200;
  goto <bb 18>; [INV]

  <bb 17> :
<L14>:

  <bb 18> :
  # TempBaud_1 = PHI <TempBaud_17(3), TempBaud_16(4), TempBaud_15(5), TempBaud_14(6), TempBaud_13(7), TempBaud_12(8), TempBaud_11(9), TempBaud_10(10), TempBaud_9(11), TempBaud_8(12), TempBaud_7(13), TempBaud_6(14), TempBaud_5(15), TempBaud_4(16), TempBaud_2(17)>
  _18 = TempBaud_1;

  <bb 19> :
<L16>:
  return _18;

}


Uart_Ipw_LpuartConvertStatus (Lpuart_Uart_Ip_StatusType Status)
{
  Uart_StatusType TempStatus;
  Uart_StatusType D.6350;
  Uart_StatusType _13;

  <bb 2> :
  TempStatus_2 = 6;
  switch (Status_3(D)) <default: <L8> [INV], case 0: <L0> [INV], case 2: <L1> [INV], case 3: <L3> [INV], case 5: <L5> [INV], case 6: <L2> [INV], case 7: <L4> [INV], case 8: <L7> [INV], case 9: <L6> [INV]>

  <bb 3> :
<L0>:
  TempStatus_11 = 0;
  goto <bb 12>; [INV]

  <bb 4> :
<L1>:
  TempStatus_10 = 1;
  goto <bb 12>; [INV]

  <bb 5> :
<L2>:
  TempStatus_7 = 2;
  goto <bb 12>; [INV]

  <bb 6> :
<L3>:
  TempStatus_9 = 6;
  goto <bb 12>; [INV]

  <bb 7> :
<L4>:
  TempStatus_6 = 3;
  goto <bb 12>; [INV]

  <bb 8> :
<L5>:
  TempStatus_8 = 4;
  goto <bb 12>; [INV]

  <bb 9> :
<L6>:
  TempStatus_4 = 7;
  goto <bb 12>; [INV]

  <bb 10> :
<L7>:
  TempStatus_5 = 5;
  goto <bb 12>; [INV]

  <bb 11> :
<L8>:
  TempStatus_12 = 8;

  <bb 12> :
  # TempStatus_1 = PHI <TempStatus_11(3), TempStatus_10(4), TempStatus_7(5), TempStatus_9(6), TempStatus_6(7), TempStatus_8(8), TempStatus_4(9), TempStatus_5(10), TempStatus_12(11)>
  _13 = TempStatus_1;

  <bb 13> :
<L10>:
  return _13;

}


Uart_Ipw_GetReceiveStatus (uint8 Channel, uint32 * BytesRemaining)
{
  Lpuart_Uart_Ip_StatusType u32LpuartIpStatus;
  uint8 HwUnit;
  Uart_StatusType TempStatus;
  Uart_StatusType D.6348;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  Uart_StatusType _17;

  <bb 2> :
  TempStatus_8 = 6;
  _1 = (int) Channel_9(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_11 = _2->UartHwChannel;
  _3 = (int) Channel_9(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  u32LpuartIpStatus_14 = Lpuart_Uart_Ip_GetReceiveStatus (HwUnit_11, BytesRemaining_12(D));
  TempStatus_16 = Uart_Ipw_LpuartConvertStatus (u32LpuartIpStatus_14);

  <bb 4> :
  # TempStatus_6 = PHI <TempStatus_8(2), TempStatus_16(3)>
  _17 = TempStatus_6;

  <bb 5> :
<L2>:
  return _17;

}


Uart_Ipw_GetTransmitStatus (uint8 Channel, uint32 * BytesRemaining)
{
  Lpuart_Uart_Ip_StatusType u32LpuartIpStatus;
  uint8 HwUnit;
  Uart_StatusType TempStatus;
  Uart_StatusType D.6344;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  Uart_StatusType _17;

  <bb 2> :
  TempStatus_8 = 6;
  _1 = (int) Channel_9(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_11 = _2->UartHwChannel;
  _3 = (int) Channel_9(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  u32LpuartIpStatus_14 = Lpuart_Uart_Ip_GetTransmitStatus (HwUnit_11, BytesRemaining_12(D));
  TempStatus_16 = Uart_Ipw_LpuartConvertStatus (u32LpuartIpStatus_14);

  <bb 4> :
  # TempStatus_6 = PHI <TempStatus_8(2), TempStatus_16(3)>
  _17 = TempStatus_6;

  <bb 5> :
<L2>:
  return _17;

}


Uart_Ipw_AsyncSend (uint8 Channel, const uint8 * Buffer, uint32 BufferSize)
{
  uint8 HwUnit;
  Std_ReturnType TempStatus;
  Std_ReturnType D.6340;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  <unnamed type> _6;
  Std_ReturnType _17;

  <bb 2> :
  TempStatus_9 = 1;
  _1 = (int) Channel_10(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_12 = _2->UartHwChannel;
  _3 = (int) Channel_10(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 3> :
  _6 = Lpuart_Uart_Ip_AsyncSend (HwUnit_12, Buffer_13(D), BufferSize_14(D));
  if (_6 == 0)
    goto <bb 4>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 4> :
  TempStatus_16 = 0;

  <bb 5> :
  # TempStatus_7 = PHI <TempStatus_9(2), TempStatus_9(3), TempStatus_16(4)>
  _17 = TempStatus_7;

  <bb 6> :
<L4>:
  return _17;

}


Uart_Ipw_AsyncReceive (uint8 Channel, uint8 * Buffer, uint32 BufferSize)
{
  uint8 HwUnit;
  Std_ReturnType TempStatus;
  Std_ReturnType D.6334;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  <unnamed type> _6;
  Std_ReturnType _17;

  <bb 2> :
  TempStatus_9 = 1;
  _1 = (int) Channel_10(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_12 = _2->UartHwChannel;
  _3 = (int) Channel_10(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 3> :
  _6 = Lpuart_Uart_Ip_AsyncReceive (HwUnit_12, Buffer_13(D), BufferSize_14(D));
  if (_6 == 0)
    goto <bb 4>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 4> :
  TempStatus_16 = 0;

  <bb 5> :
  # TempStatus_7 = PHI <TempStatus_9(2), TempStatus_9(3), TempStatus_16(4)>
  _17 = TempStatus_7;

  <bb 6> :
<L4>:
  return _17;

}


Uart_Ipw_SyncReceive (uint8 Channel, uint8 * Buffer, uint32 BufferSize, uint32 Timeout)
{
  Lpuart_Uart_Ip_StatusType u32LpuartIpStatus;
  uint8 HwUnit;
  Std_ReturnType TempStatus;
  Std_ReturnType D.6328;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  Std_ReturnType _20;

  <bb 2> :
  TempStatus_8 = 1;
  _1 = (int) Channel_9(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_11 = _2->UartHwChannel;
  _3 = (int) Channel_9(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 8>; [INV]

  <bb 3> :
  u32LpuartIpStatus_16 = Lpuart_Uart_Ip_SyncReceive (HwUnit_11, Buffer_12(D), BufferSize_13(D), Timeout_14(D));
  if (u32LpuartIpStatus_16 == 0)
    goto <bb 4>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 4> :
  TempStatus_19 = 0;
  goto <bb 8>; [INV]

  <bb 5> :
  if (u32LpuartIpStatus_16 == 3)
    goto <bb 6>; [INV]
  else
    goto <bb 7>; [INV]

  <bb 6> :
  TempStatus_18 = 6;
  goto <bb 8>; [INV]

  <bb 7> :
  TempStatus_17 = 1;

  <bb 8> :
  # TempStatus_6 = PHI <TempStatus_8(2), TempStatus_19(4), TempStatus_18(6), TempStatus_17(7)>
  _20 = TempStatus_6;

  <bb 9> :
<L8>:
  return _20;

}


Uart_Ipw_SyncSend (uint8 Channel, const uint8 * Buffer, uint32 BufferSize, uint32 Timeout)
{
  Lpuart_Uart_Ip_StatusType u32LpuartIpStatus;
  uint8 HwUnit;
  Std_ReturnType TempStatus;
  Std_ReturnType D.6318;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  Std_ReturnType _20;

  <bb 2> :
  TempStatus_8 = 1;
  _1 = (int) Channel_9(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_11 = _2->UartHwChannel;
  _3 = (int) Channel_9(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 8>; [INV]

  <bb 3> :
  u32LpuartIpStatus_16 = Lpuart_Uart_Ip_SyncSend (HwUnit_11, Buffer_12(D), BufferSize_13(D), Timeout_14(D));
  if (u32LpuartIpStatus_16 == 0)
    goto <bb 4>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 4> :
  TempStatus_19 = 0;
  goto <bb 8>; [INV]

  <bb 5> :
  if (u32LpuartIpStatus_16 == 3)
    goto <bb 6>; [INV]
  else
    goto <bb 7>; [INV]

  <bb 6> :
  TempStatus_18 = 6;
  goto <bb 8>; [INV]

  <bb 7> :
  TempStatus_17 = 1;

  <bb 8> :
  # TempStatus_6 = PHI <TempStatus_8(2), TempStatus_19(4), TempStatus_18(6), TempStatus_17(7)>
  _20 = TempStatus_6;

  <bb 9> :
<L8>:
  return _20;

}


Uart_Ipw_SetRxBuffer (uint8 Channel, uint8 * Buffer, uint32 BufferSize)
{
  uint8 HwUnit;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;

  <bb 2> :
  _1 = (int) Channel_7(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_9 = _2->UartHwChannel;
  _3 = (int) Channel_7(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  Lpuart_Uart_Ip_SetRxBuffer (HwUnit_9, Buffer_10(D), BufferSize_11(D));

  <bb 4> :
  return;

}


Uart_Ipw_SetTxBuffer (uint8 Channel, const uint8 * Buffer, uint32 BufferSize)
{
  uint8 HwUnit;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;

  <bb 2> :
  _1 = (int) Channel_7(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_9 = _2->UartHwChannel;
  _3 = (int) Channel_7(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  Lpuart_Uart_Ip_SetTxBuffer (HwUnit_9, Buffer_10(D), BufferSize_11(D));

  <bb 4> :
  return;

}


Uart_Ipw_AbortReceivingData (uint8 Channel)
{
  uint8 HwUnit;
  Std_ReturnType TempStatus;
  Std_ReturnType D.6304;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  <unnamed type> _6;
  Std_ReturnType _15;

  <bb 2> :
  TempStatus_9 = 1;
  _1 = (int) Channel_10(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_12 = _2->UartHwChannel;
  _3 = (int) Channel_10(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 3> :
  _6 = Lpuart_Uart_Ip_AbortReceivingData (HwUnit_12);
  if (_6 == 0)
    goto <bb 4>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 4> :
  TempStatus_14 = 0;

  <bb 5> :
  # TempStatus_7 = PHI <TempStatus_9(2), TempStatus_9(3), TempStatus_14(4)>
  _15 = TempStatus_7;

  <bb 6> :
<L4>:
  return _15;

}


Uart_Ipw_AbortSendingData (uint8 Channel)
{
  uint8 HwUnit;
  Std_ReturnType TempStatus;
  Std_ReturnType D.6298;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  <unnamed type> _6;
  Std_ReturnType _15;

  <bb 2> :
  TempStatus_9 = 1;
  _1 = (int) Channel_10(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_12 = _2->UartHwChannel;
  _3 = (int) Channel_10(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 3> :
  _6 = Lpuart_Uart_Ip_AbortSendingData (HwUnit_12);
  if (_6 == 0)
    goto <bb 4>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 4> :
  TempStatus_14 = 0;

  <bb 5> :
  # TempStatus_7 = PHI <TempStatus_9(2), TempStatus_9(3), TempStatus_14(4)>
  _15 = TempStatus_7;

  <bb 6> :
<L4>:
  return _15;

}


Uart_Ipw_GetBaudrate (uint8 Channel, uint32 * BaudrateValue)
{
  uint8 HwUnit;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;

  <bb 2> :
  _1 = (int) Channel_7(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_9 = _2->UartHwChannel;
  _3 = (int) Channel_7(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  Lpuart_Uart_Ip_GetBaudRate (HwUnit_9, BaudrateValue_10(D));

  <bb 4> :
  return;

}


Uart_Ipw_SetBaudrate (uint8 Channel, Uart_BaudrateType BaudRateValue, uint32 ClockFrequency)
{
  Lpuart_Uart_Ip_BaudrateType LpuartBaud;
  uint8 HwUnit;
  Std_ReturnType TempStatus;
  Std_ReturnType D.6290;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  <unnamed type> _6;
  Std_ReturnType _19;

  <bb 2> :
  TempStatus_9 = 1;
  _1 = (int) Channel_10(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_12 = _2->UartHwChannel;
  LpuartBaud_15 = Uart_Ipw_LpuartConvertBaudrateType (BaudRateValue_13(D));
  _3 = (int) Channel_10(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 3> :
  _6 = Lpuart_Uart_Ip_SetBaudRate (HwUnit_12, LpuartBaud_15, ClockFrequency_16(D));
  if (_6 == 0)
    goto <bb 4>; [INV]
  else
    goto <bb 5>; [INV]

  <bb 4> :
  TempStatus_18 = 0;

  <bb 5> :
  # TempStatus_7 = PHI <TempStatus_9(2), TempStatus_9(3), TempStatus_18(4)>
  _19 = TempStatus_7;

  <bb 6> :
<L4>:
  return _19;

}


Uart_Ipw_Deinit (uint8 Channel)
{
  uint8 HwUnit;
  int _1;
  const struct Uart_Ipw_HwConfigType * _2;
  int _3;
  const struct Uart_Ipw_HwConfigType * _4;
  <unnamed type> _5;
  int _6;
  int _7;

  <bb 2> :
  _1 = (int) Channel_9(D);
  _2 = Uart_Ipw_apChnConfig[_1];
  HwUnit_11 = _2->UartHwChannel;
  _3 = (int) Channel_9(D);
  _4 = Uart_Ipw_apChnConfig[_3];
  _5 = _4->UartIpType;
  if (_5 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  _6 = (int) HwUnit_11;
  Uart_Ipw_s8HwMapping[_6] = -1;
  Lpuart_Uart_Ip_Deinit (HwUnit_11);

  <bb 4> :
  _7 = (int) Channel_9(D);
  Uart_Ipw_apChnConfig[_7] = 0B;
  return;

}


Uart_Ipw_Init (uint8 Channel, const struct Uart_Ipw_HwConfigType * Config)
{
  uint8 HwUnit;
  int _1;
  int _2;
  const struct Uart_Ipw_HwConfigType * _3;
  <unnamed type> _4;
  int _5;
  signed char Channel.0_6;
  const struct Uart_Ipw_IpConfigType * _7;
  const struct Lpuart_Uart_Ip_UserConfigType * _8;

  <bb 2> :
  HwUnit_12 = Config_11(D)->UartHwChannel;
  _1 = (int) Channel_13(D);
  Uart_Ipw_apChnConfig[_1] = Config_11(D);
  _2 = (int) Channel_13(D);
  _3 = Uart_Ipw_apChnConfig[_2];
  _4 = _3->UartIpType;
  if (_4 == 0)
    goto <bb 3>; [INV]
  else
    goto <bb 4>; [INV]

  <bb 3> :
  _5 = (int) HwUnit_12;
  Channel.0_6 = (signed char) Channel_13(D);
  Uart_Ipw_s8HwMapping[_5] = Channel.0_6;
  _7 = Config_11(D)->UserConfig;
  _8 = _7->LpuartUserConfig;
  Lpuart_Uart_Ip_Init (HwUnit_12, _8);

  <bb 4> :
  return;

}