static int stm32_pin_configure(int pin, int func, int altf)
{
/* determine IO port registers location */
u32_t offset = STM32_PORT(pin) * GPIO_REG_SIZE;
u8_t *port_base = (u8_t *)(GPIO_PORTS_BASE + offset);
/* not much here, on STM32F10x the alternate function is
* controller by setting up GPIO pins in specific mode.
*/
return stm32_gpio_configure((u32_t *)port_base,
STM32_PIN(pin), func, altf);
}
* limitations under the License.
*/
#include "stm32_uart_internal.h"
#include "stm32_gpio.h"
struct stm32_uart_def const
s_uart_defs[MGOS_MAX_NUM_UARTS] =
{
{.regs = NULL},
{
.regs = USART1,
.default_pins =
{
.tx = STM32_PIN('B', 6, 7),
.rx = STM32_PIN('B', 7, 7),
.ck = STM32_PIN('B', 5, 7),
.cts = STM32_PIN('B', 4, 7),
.rts = STM32_PIN('B', 3, 7),
},
},
{
.regs = USART2,
.default_pins =
{
.tx = STM32_PIN('A', 2, 7),
.rx = STM32_PIN('A', 3, 7),
.ck = STM32_PIN('A', 4, 7),
.cts = STM32_PIN('A', 0, 7),
.rts = STM32_PIN('A', 1, 7),
