///////////////////////////////////////////////////////////////////////////////
// GetDebounce
///////////////////////////////////////////////////////////////////////////////
UINT32 LPC22XX_GPIO_Driver::GetDebounce()
{
// TODO: Need to implement
//hal_printf( "GetDebounce\r\n");
return CPU_TicksToTime( g_LPC22XX_GPIO_Driver.m_DebounceTicks ) / 10000;
}
UINT32 AT91_GPIO_Driver::GetDebounce()
{
#if !defined(PLATFORM_ARM_SAM7_ANY)
return CPU_TicksToTime( g_AT91_GPIO_Driver.m_DebounceTicks ) / TIME_CONVERSION__TO_MILLISECONDS;
#else
// assume that it takes 16 ticks for each ms the user wants
// this of course needs calibration and it boils down to assessing
// what the loop in HandleDebounce takes
return (AT91_GPIO_Driver::PIN_ISR_DESCRIPTOR::c_DebounceCount >> 4);
#endif
}
INT64 LPC24XX_TIME_Driver::CurrentTime()
{
//return Time_TicksToTime(Time_CurrentTicks());
// we collapse the above to improve perf on a high hit function
INT64 Time = CPU_TicksToTime( CounterValue() );
#if defined(HAL_TIMEWARP)
return s_timewarp_compensate + Time;
#else
return Time;
#endif
}
INT64 HAL_Time_CurrentTime()
{
return CPU_TicksToTime( HAL_Time_CurrentTicks() );
}
INT64 HAL_Time_TicksToTime( UINT64 Ticks )
{
return CPU_TicksToTime( Ticks );
}
INT64 LPC24XX_TIME_Driver::TicksToTime( UINT64 Ticks )
{
return CPU_TicksToTime( Ticks );
}
///////////////////////////////////////////////////////////////////////////////
// GetDebounce
///////////////////////////////////////////////////////////////////////////////
UINT32 LPC24XX_GPIO_Driver::GetDebounce()
{
return CPU_TicksToTime( g_LPC24XX_GPIO_Driver.m_DebounceTicks ) / 10000;
}
INT64 AT91_TIME_Driver::CurrentTime()
{
return CPU_TicksToTime( CounterValue() );
}
INT64 AT91_TIME_Driver::TicksToTime( UINT64 Ticks )
{
return CPU_TicksToTime( Ticks );
}
UINT32 AT91_GPIO_Driver::GetDebounce()
{
return CPU_TicksToTime( g_AT91_GPIO_Driver.m_DebounceTicks ) / TIME_CONVERSION__TO_MILLISECONDS;
}
INT64 HAL_Time_CurrentTime()
{
return CPU_TicksToTime(CounterValue());
}