static void configPIO(void)
{
/* Setup PIOs for ASC device */
#if CFG_STM_ASC_BASE == ST40_ASC3_REGS_BASE
/*
* Route UART3 via PIO24/25 for TX, RX, RTS & CTS (Alternative #1).
*
* Note: on the MB903A, RS232_RTS is connected (incorrectly)
* to PIO24[6], this is corrected in MB903B.
*/
PIOALT(24, 4, 1, &stx7108_pioalt_pad_out); /* UART3-TX */
PIOALT(24, 5, 1, &stx7108_pioalt_pad_in); /* UART3-RX */
PIOALT(24, 7, 1, &stx7108_pioalt_pad_out); /* UART3-RTS */
PIOALT(25, 0, 1, &stx7108_pioalt_pad_in); /* UART3-CTS */
#else
#error Unknown ASC port selected!
#endif /* CFG_STM_ASC_BASE == ST40_ASCx_REGS_BASE */
#ifdef CONFIG_DRIVER_NET_STM_GMAC
/*
* Configure the Ethernet PHY Reset signal
* PIO20[0] == GMII0_notRESET
* PIO15[4] == GMII1_notRESET
*/
SET_PIO_PIN(ST40_PIO_BASE(15), 4, STPIO_OUT);
#endif /* CONFIG_DRIVER_NET_STM_GMAC */
}
static void configPIO(void)
{
/* Setup PIOs for ASC device */
#if CONFIG_SYS_STM_ASC_BASE == STXH205_ASC1_BASE
/* Route UART #1 via PIO11 for TX & RX (JK1, 4-pin header) */
PIOALT(11, 0, 3, stm_pad_direction_output); /* UART1-TX */
PIOALT(11, 1, 3, stm_pad_direction_input); /* UART1-RX */
// PIOALT(11, 2, 3, stm_pad_direction_output); /* UART1-RTS */
// PIOALT(11, 4, 3, stm_pad_direction_input); /* UART1-CTS */
#elif CONFIG_SYS_STM_ASC_BASE == STXH205_ASC10_BASE
/* Route UART #10 via PIO3 for TX & RX (JM5, DB9) */
PIOALT(3, 5, 2, stm_pad_direction_output); /* UART10-TX */
PIOALT(3, 6, 2, stm_pad_direction_input); /* UART10-RX */
// PIOALT(3, 4, 2, stm_pad_direction_output); /* UART10-RTS */
// PIOALT(3, 7, 2, stm_pad_direction_input); /* UART10-CTS */
#else
#error Unknown ASC port selected!
#endif /* CONFIG_SYS_STM_ASC_BASE == STXH205_ASCx_BASE */
#ifdef CONFIG_DRIVER_NET_STM_GMAC
/*
* Configure the Ethernet PHY Reset signal
*/
SET_PIO_PIN2(POWER_ON_ETH, STPIO_OUT);
#endif /* CONFIG_DRIVER_NET_STM_GMAC */
#if defined(CONFIG_CMD_NAND)
/*
* Configure FLASH_WP# (Active-Low, FLASH Write-Protect)
*/
SET_PIO_PIN2(FLASH_notWP, STPIO_OUT);
#endif /* CONFIG_CMD_NAND */
}
static void configPIO(void)
{
/* Setup PIOs for ASC device */
#if CONFIG_SYS_STM_ASC_BASE == ST40_ASC2_REGS_BASE
/* Route UART2 via PIO14 for TX, RX, CTS & RTS (Alternative #1) */
PIOALT(14, 4, 1, stm_pad_direction_output); /* UART2-TX */
PIOALT(14, 5, 1, stm_pad_direction_input); /* UART2-RX */
PIOALT(14, 6, 1, stm_pad_direction_output); /* UART2-RTS */
PIOALT(14, 7, 1, stm_pad_direction_input); /* UART2-CTS */
#elif CONFIG_SYS_STM_ASC_BASE == ST40_ASC3_REGS_BASE
/* Route UART3 via PIO21 for TX, RX, CTS & RTS (Alternative #2) */
PIOALT(21, 0, 2, stm_pad_direction_output); /* UART3-TX */
PIOALT(21, 1, 2, stm_pad_direction_input); /* UART3-RX */
PIOALT(21, 3, 2, stm_pad_direction_output); /* UART3-RTS */
PIOALT(21, 4, 2, stm_pad_direction_input); /* UART3-CTS */
#else
#error Unknown ASC port selected!
#endif /* CONFIG_SYS_STM_ASC_BASE == ST40_ASCx_REGS_BASE */
}
static void configPIO(void)
{
/* Setup PIOs for ASC device */
#if CONFIG_SYS_STM_ASC_BASE == ST40_ASC1_REGS_BASE
/* Route UART1 via PIO5 for TX, RX, CTS & RTS (Alternative #1) */
PIOALT(5, 1, 1, stm_pad_direction_output); /* UART1-TX */
PIOALT(5, 2, 1, stm_pad_direction_input); /* UART1-RX */
PIOALT(5, 4, 1, stm_pad_direction_output); /* UART1-RTS */
PIOALT(5, 3, 1, stm_pad_direction_input); /* UART1-CTS */
#elif CONFIG_SYS_STM_ASC_BASE == ST40_ASC3_REGS_BASE
/* Route UART3 via PIO24/25 for TX, RX (Alternative #1) */
PIOALT(24, 4, 1, stm_pad_direction_output); /* UART3-TX */
PIOALT(24, 5, 1, stm_pad_direction_input); /* UART3-RX */
// PIOALT(24, 7, 1, stm_pad_direction_output); /* UART3-RTS */
// PIOALT(25, 0, 1, stm_pad_direction_input); /* UART3-CTS */
#else
#error Unknown ASC port selected!
#endif /* CONFIG_SYS_STM_ASC_BASE == ST40_ASCx_REGS_BASE */
#ifdef CONFIG_DRIVER_NET_STM_GMAC
/*
* Configure the Ethernet PHY Reset signal
* PIO15[4] == POWER_ON_ETH (a.k.a. ETH_RESET)
*/
SET_PIO_PIN(ST40_PIO_BASE(15), 4, STPIO_OUT);
#endif /* CONFIG_DRIVER_NET_STM_GMAC */
/*
* Some of the peripherals are powered by regulators
* controlled by the following PIO line...
* PIO5[0] == POWER_ON
*/
SET_PIO_PIN(ST40_PIO_BASE(5), 0, STPIO_OUT);
STPIO_SET_PIN(ST40_PIO_BASE(5), 0, 1);
}
