toya2.h

epson usb2.0 控制芯片 S1R72V05 固件程序。

 * UART1 Control Registers
 */
#define UART1_DR    (UART1_BASE_REG)
#define UART1_RSR   (UART1_BASE_REG + 0x04)
#define UART1_ECR   (UART1_BASE_REG + 0x04)
#define UART1_LCRH  (UART1_BASE_REG + 0x08)
#define UART1_LCRM  (UART1_BASE_REG + 0x0C)
#define UART1_LCRL  (UART1_BASE_REG + 0x10)
#define UART1_CR    (UART1_BASE_REG + 0x14)
#define UART1_FR    (UART1_BASE_REG + 0x18)
#define UART1_IIR   (UART1_BASE_REG + 0x1C)
#define UART1_ICR   (UART1_BASE_REG + 0x1C)

/*
 * Receive Error Constants : UARTx_RSR
 */
#define URSR_OVERRUN  0x8
#define URSR_BREAK    0x4
#define URSR_PARITY   0x2
#define URSR_FRAMING  0x1

/*
 * Line Control Constants: UARTx_LCRH
 */
/*[6:5] Word Length*/
#define ULCRH_WLEN_8BIT   0x60
#define ULCRH_WLEN_7BIT   0x40
#define ULCRH_WLEN_6BIT   0x20
#define ULCRH_WLEN_5BIT   0x00
/*[4] FIFO*/
#define ULCRH_FEN     0x10
/*[3] Stop Bit*/
#define ULCRH_STP2    0x08
/*[2] Even Parity Select*/
#define ULCRH_EPS     0x04
/*[1] Parity Enable*/
#define ULCRH_PEN     0x02
/*[0] Send Break*/
#define ULCRH_BRK     0x01


/*
 * Line Control Constants: UARTx_LCRM
 */
/*[7:0] Baud Rate*/
#define ULCRM_460800    0x00
#define ULCRL_460800    0x01

#define ULCRM_230400    0x00
#define ULCRL_230400    0x03

#define ULCRM_115200    0x00
#define ULCRL_115200    0x07

#define ULCRM_76800     0x00
#define ULCRL_76800     0x0B

#define ULCRM_57600     0x00
#define ULCRL_57600     0x0F

#define ULCRM_38400     0x0
#define ULCRL_38400     0x17

#define ULCRM_19200     0x00
#define ULCRL_19200     0x2F

#define ULCRM_14400     0x00
#define ULCRL_14400     0x3F

#define ULCRM_9600      0x0
#define ULCRL_9600      0x5F

#define ULCRM_2400      0x00
#define ULCRL_2400      0x7F

#define ULCRM_1200      0x00
#define ULCRL_1200      0xFF


/*
 * Control Register Constants : UARTx_CR
 */
/*[7] Loop Back Enable*/
#define UCR_LBE     0x80
/*[6] Receive Timeout Interrupt Enable*/
#define UCR_RTIE    0x40
/*[5] Transmit Interrupt Enable*/
#define UCR_TIE     0x20
/*[4] Receive Interrupt Enable*/
#define UCR_RIE     0x10
/*[3] Modem Status Interrupt Enable*/
#define UCR_MSIE    0x08
/*[0] UART Enable*/
#define UCR_UARTEN  0x01

/*
 * Flag Register Constants : UARTx_FR
 */
/*[7] Transmit FIFO Empty*/
#define UFR_TXFE    0x80
/*[6] Receive FIFO Full*/
#define UFR_RXFF    0x40
/*[5] Transmit FIFO Full*/
#define UFR_TXFF    0x20
/*[4] Receive FIFO Empty*/
#define UFR_RXFE    0x10
/*[3] UART Busy*/
#define UFR_BUSY    0x08
/*[2] Data Carrier Detect*/
#define UFR_DCD     0x04
/*[1] Data Set Ready*/
#define UFR_DSR     0x02
/*[0] Clear To Send*/
#define UFR_CTS     0x01

/*
 * Interrupt Identifier Constantse: UARTx_IIR
 */
/*[3] Receive Timeout Interrupt Status*/
#define IIR_TRIS    0x08
/*[2] Transmit Interrupt Status*/
#define IIR_TIS     0x04
/*[1] Receive Interrupt Status*/
#define IIR_RIS     0x02
/*[0] Modem Interrupt Status*/
#define IIR_MIS     0x01

#endif

#ifndef _MACRO_ONLY

/*
 * For build in UART,simplified SIO driver
 */
/*
 * Initialization for kernel's starting(To use sys_putc. )
 */
extern void init_uart(void);


/*
 * Serial I/O port initialization block
 */
typedef struct sio_port_initialization_block
{
    VP uart_data;
    VP uart_control;
    VP linectrl_lo;
    VP linectrl_mid;
    VP linectrl_hi;
    VP int_identifier;
    VP flag_register;
    VW irq_bit;
}
SIOPINIB;

/*
 * Definition for serial I/O port management block
 */
typedef struct sio_port_control_block
{
    const SIOPINIB  *siopinib;  /* Serial I/O port initialization block */
    VP_INT          exinf;      /* Extension information */
    BOOL    openflag;       /* Already opened flag */
    BOOL    sendflag;       /* The transmit interrupt is enabled flag */
    BOOL    getready;       /* The state that the character was received.  */
    BOOL    putready;       /* The statte that it is capable to transmit character */

}SIOPCB;

/*
 * Identify number of the call back routine
 */
#define SIO_ERDY_SND    1u      /* Transmissive callback */
#define SIO_ERDY_RCV    2u      /* Reception notification callback */

/*
 * Polling output from the on-chip UART
 */
extern void uart_putc(char c);

/*
 * SIO driver intialization routine
 */
extern void uart_initialize(void);

/*
 * Is there any port opened?
 */
extern BOOL uart_openflag(void);

/*
 * Open the serial I/O port
 */
extern SIOPCB   *uart_opn_por(ID siopid, VP_INT exinf);

/*
 * Close the serial I/O port
 */
extern void uart_cls_por(SIOPCB *siopcb);

/*
 * Character transmission to the serial I/O port
 */
extern BOOL uart_snd_chr(SIOPCB *siopcb, char c);

/*
 * Character reception from th eserial I/O port
 */
extern INT  uart_rcv_chr(SIOPCB *siopcb);

/*
 * Enable the callback from serial I/O port
 */
extern void uart_ena_cbr(SIOPCB *siopcb, UINT cbrtn);

/*
 * Disable the callback from serial I/O port
 */
extern void uart_dis_cbr(SIOPCB *siopcb, UINT cbrtn);

/*
 * SIO driver intialization routine
 */
extern void uart_in_isr(void);
extern void uart_out_isr(void);

/*
 * Transmissive callback from the Serial I/O port
 */
extern void uart_ierdy_snd(VP_INT exinf);

/*
 * Reception notification callback from the Serial I/O port
 */
extern void uart_ierdy_rcv(VP_INT exinf);

#endif /* _MACRO_ONLY */
#endif /*  _INTEGRATOR_H_ */