Power_Ip_CM4_DisableDeepSleep ()
{
  uint32 tempValue;
  struct Power_Ip_CM4_Type * pCM4.8_1;
  struct Power_Ip_CM4_Type * pCM4.9_2;

  <bb 2> :
  tempValue_3 = 0;
  pCM4.8_1 = pCM4;
  tempValue_5 ={v} pCM4.8_1->SCR;
  tempValue_6 = tempValue_5 & 4294967291;
  pCM4.9_2 = pCM4;
  pCM4.9_2->SCR ={v} tempValue_6;
  return;

}


Power_Ip_CM4_EnableDeepSleep ()
{
  uint32 tempValue;
  struct Power_Ip_CM4_Type * pCM4.6_1;
  struct Power_Ip_CM4_Type * pCM4.7_2;

  <bb 2> :
  tempValue_3 = 0;
  pCM4.6_1 = pCM4;
  tempValue_5 ={v} pCM4.6_1->SCR;
  tempValue_6 = tempValue_5 | 4;
  pCM4.7_2 = pCM4;
  pCM4.7_2->SCR ={v} tempValue_6;
  return;

}


Power_Ip_CM4_EnableSleepOnExit ()
{
  uint32 tempValue;
  struct Power_Ip_CM4_Type * pCM4.4_1;
  struct Power_Ip_CM4_Type * pCM4.5_2;

  <bb 2> :
  tempValue_3 = 0;
  pCM4.4_1 = pCM4;
  tempValue_5 ={v} pCM4.4_1->SCR;
  tempValue_6 = tempValue_5 | 2;
  pCM4.5_2 = pCM4;
  pCM4.5_2->SCR ={v} tempValue_6;
  return;

}


Power_Ip_CM4_DisableSleepOnExit ()
{
  uint32 tempValue;
  struct Power_Ip_CM4_Type * pCM4.2_1;
  struct Power_Ip_CM4_Type * pCM4.3_2;

  <bb 2> :
  tempValue_3 = 0;
  pCM4.2_1 = pCM4;
  tempValue_5 ={v} pCM4.2_1->SCR;
  tempValue_6 = tempValue_5 & 4294967293;
  pCM4.3_2 = pCM4;
  pCM4.3_2->SCR ={v} tempValue_6;
  return;

}


Power_Ip_CM4_SystemReset ()
{
  uint32 u32TmpValue;
  struct Power_Ip_CM4_Type * pCM4.0_1;
  long unsigned int _2;
  struct Power_Ip_CM4_Type * pCM4.1_3;

  <bb 2> :
  pCM4.0_1 = pCM4;
  _2 ={v} pCM4.0_1->AIRCR;
  u32TmpValue_5 = _2 & 1792;
  u32TmpValue_6 = u32TmpValue_5 | 4;
  u32TmpValue_7 = u32TmpValue_6 | 100270080;
  __asm__ __volatile__(" dsb");
  pCM4.1_3 = pCM4;
  pCM4.1_3->AIRCR ={v} u32TmpValue_7;
  __asm__ __volatile__(" dsb");
  return;

}