C++ (Cpp) SI32_CLKCTRL_A_enable_apb_to_modules_0 Beispiele

Beispiel #1

Datei: gPB.c Projekt: MarkDing/sim3u1xx_FreeRtos

//------------------------------------------------------------------------------
// Sets up ports for all peripherals
// NOTE 'default' Refers to the default device setup for the application.
void gPB_enter_default_config()
{
   // Enable the APB clock to the PB registers
   // Enable SW printf
   SI32_CLKCTRL_A_enable_apb_to_modules_0(SI32_CLKCTRL_0,
      SI32_CLKCTRL_A_APBCLKG0_PB0);
   SI32_PBSTD_A_set_pins_push_pull_output(SI32_PBSTD_1, 0x00000008);

   // Enable Crossbar 1, where the example drives LEDs, samples buttons, and
   // outputs the RTC clock.
   SI32_PBCFG_A_enable_crossbar_1(SI32_PBCFG_0);

   // GPIO Port Bank setup
   // Enable the LED drivers (P2.10, P2.11)
   SI32_PBSTD_A_set_pins_push_pull_output(SI32_PBSTD_2, 0x00000C00);

   // Enable switch sensing (P2.10, P2.11)
   SI32_PBSTD_A_set_pins_digital_input(SI32_PBSTD_2, 0x00000300);

   // RTC Port Bank setup
   // Set the RTC oscillator pins to analog mode (PB0.9, PB0.10)
   SI32_PBSTD_A_set_pins_analog(SI32_PBSTD_0, 0x00000600);

   // Ouptut the RTC0 clock (PB2.7)
   SI32_PBSTD_A_set_pins_push_pull_output(SI32_PBSTD_2, 0x00000080);
   SI32_PBSTD_A_write_pbskipen(SI32_PBSTD_2, 0x0000007F);
   SI32_PBCFG_A_enable_xbar1_peripherals(SI32_PBCFG_0,
      SI32_PBCFG_A_XBAR1_RTC0EN);
}

Beispiel #2

Datei: gCLKCTRL.c Projekt: MarkDing/swd_programing_sram

void CLKCTRL_setup_default_mode_clock_gates(void)
{
  SI32_CLKCTRL_A_enable_apb_to_modules_0(SI32_CLKCTRL_0,
                                         SI32_CLKCTRL_A_APBCLKG0_PB0 |
                                         SI32_CLKCTRL_A_APBCLKG0_CAPSENSE0 |
                                         SI32_CLKCTRL_A_APBCLKG0_USB0 |
                                         SI32_CLKCTRL_A_APBCLKG0_FLASHCTRL0);
}

Beispiel #3

Datei: hw.c Projekt: pursuitxh/FreakUSB

void mySystemInit()
{
  SI32_WDTIMER_A_stop_counter(SI32_WDTIMER_0);

  // enable APB clock to the Port Bank module
  SI32_CLKCTRL_A_enable_apb_to_modules_0 (SI32_CLKCTRL_0, SI32_CLKCTRL_A_APBCLKG0_PB0CEN_MASK);
  // make the SWO pin (PB1.3) push-pull to enable SWV printf
  //SI32_PBSTD_A_set_pins_push_pull_output (SI32_PBSTD_1, (1<<3));
}

Beispiel #4

Datei: exciter.c Projekt: capricore/Tag_sim32L

void wave_4k_init(void)
{
	SI32_TIMER_A_Type* SI32_TIMER = SI32_TIMER_1;
	uint16_t reload_value = get_wave_reload_value(WAVE_4K);
	SI32_CLKCTRL_A_enable_apb_to_modules_0(SI32_CLKCTRL_0, SI32_CLKCTRL_A_APBCLKG0_TIMER1);
	
	SI32_TIMER_A_select_low_auto_reload_mode(SI32_TIMER);
	SI32_TIMER_A_enable_low_overflow_interrupt(SI32_TIMER);
	SI32_TIMER_A_disable_low_extra_interrupt(SI32_TIMER);
	SI32_TIMER_A_select_low_clock_source_apb_clock(SI32_TIMER);
	SI32_TIMER_A_set_low_count(SI32_TIMER,reload_value);
	SI32_TIMER_A_set_low_reload(SI32_TIMER,reload_value);
	
	SI32_TIMER_A_clear_low_overflow_interrupt(SI32_TIMER);
	NVIC_ClearPendingIRQ( TIMER1L_IRQn  );
	NVIC_EnableIRQ( TIMER1L_IRQn  );
}

Beispiel #5

Datei: exciter.c Projekt: capricore/Tag_sim32L

void wave_125k_init(void)
{
	SI32_TIMER_A_Type* SI32_TIMER = SI32_TIMER_1;
	uint16_t reload_value = get_wave_reload_value(WAVE_125K);
	SI32_CLKCTRL_A_enable_apb_to_modules_0(SI32_CLKCTRL_0, SI32_CLKCTRL_A_APBCLKG0_TIMER1);
	
	SI32_TIMER_A_select_square_wave_output_mode(SI32_TIMER);
	SI32_TIMER_A_disable_high_overflow_interrupt(SI32_TIMER);
	SI32_TIMER_A_disable_high_extra_interrupt(SI32_TIMER);
	SI32_TIMER_A_enable_stall_in_debug_mode(SI32_TIMER);
	SI32_TIMER_A_select_high_clock_source_apb_clock(SI32_TIMER);
	SI32_TIMER_A_select_split_timer_mode(SI32_TIMER);
	
	SI32_TIMER_A_set_high_count(SI32_TIMER,reload_value);
	SI32_TIMER_A_set_high_reload(SI32_TIMER,reload_value);

	SI32_TIMER_A_clear_high_overflow_interrupt(SI32_TIMER);
	SI32_PBCFG_A_enable_xbar0_peripherals(SI32_PBCFG_0, SI32_PBCFG_A_XBAR0_TMR1EXEN);
	SI32_PBSTD_A_set_pins_push_pull_output(SI32_PBSTD_0, 0x0100);	
}