jpi.h

JENNIC无线传感器网络 ZIGBEE 文件资料

#define E_JPI_AP_REGULATOR_DISABLE FALSE
#define E_JPI_AP_SAMPLE_2          0
#define E_JPI_AP_SAMPLE_4          1
#define E_JPI_AP_SAMPLE_6          2
#define E_JPI_AP_SAMPLE_8          3
#define E_JPI_AP_CLOCKDIV_2MHZ     0
#define E_JPI_AP_CLOCKDIV_1MHZ     1
#define E_JPI_AP_CLOCKDIV_500KHZ   2
#define E_JPI_AP_CLOCKDIV_250KHZ   3
#define E_JPI_AP_INPUT_RANGE_2     TRUE
#define E_JPI_AP_INPUT_RANGE_1     FALSE
#define E_JPI_AP_GAIN_2            TRUE
#define E_JPI_AP_GAIN_1            FALSE
#define E_JPI_AP_EXTREF            TRUE
#define E_JPI_AP_INTREF            FALSE
#define E_JPI_ADC_CONVERT_ENABLE   TRUE
#define E_JPI_ADC_CONVERT_DISABLE  FALSE
#define E_JPI_ADC_CONTINUOUS       TRUE
#define E_JPI_ADC_SINGLE_SHOT      FALSE
#define E_JPI_AP_INT_ENABLE        TRUE
#define E_JPI_AP_INT_DISABLE       FALSE
#define E_JPI_DAC_RETAIN_ENABLE    TRUE
#define E_JPI_DAC_RETAIN_DISABLE   FALSE

/* Value enumerations: Comparator */
#define E_JPI_COMP_HYSTERESIS_0MV  0
#define E_JPI_COMP_HYSTERESIS_5MV  1
#define E_JPI_COMP_HYSTERESIS_10MV 2
#define E_JPI_COMP_HYSTERESIS_20MV 3
#define E_JPI_AP_COMPARATOR_MASK_1 1
#define E_JPI_AP_COMPARATOR_MASK_2 2
#define E_JPI_COMP_SEL_EXT         0x00
#define E_JPI_COMP_SEL_DAC         0x01
#define E_JPI_COMP_SEL_BANDGAP     0x03

/* Value enumerations: UART */
#define E_JPI_UART_RATE_4800       0
#define E_JPI_UART_RATE_9600       1
#define E_JPI_UART_RATE_19200      2
#define E_JPI_UART_RATE_38400      3
#define E_JPI_UART_RATE_76800      4
#define E_JPI_UART_RATE_115200     5
#define E_JPI_UART_WORD_LEN_5      0
#define E_JPI_UART_WORD_LEN_6      1
#define E_JPI_UART_WORD_LEN_7      2
#define E_JPI_UART_WORD_LEN_8      3
#define E_JPI_UART_FIFO_LEVEL_1    0
#define E_JPI_UART_FIFO_LEVEL_4    1
#define E_JPI_UART_FIFO_LEVEL_8    2
#define E_JPI_UART_FIFO_LEVEL_14   3
#define E_JPI_UART_LS_ERROR        0x80
#define E_JPI_UART_LS_TEMT         0x40
#define E_JPI_UART_LS_THRE         0x20
#define E_JPI_UART_LS_BI           0x10
#define E_JPI_UART_LS_FE           0x08
#define E_JPI_UART_LS_PE           0x04
#define E_JPI_UART_LS_OE           0x02
#define E_JPI_UART_LS_DR           0x01
#define E_JPI_UART_MS_DCTS         0x01
#define E_JPI_UART_INT_MODEM       0
#define E_JPI_UART_INT_TX          1
#define E_JPI_UART_INT_RXDATA      2
#define E_JPI_UART_INT_RXLINE      3
#define E_JPI_UART_INT_TIMEOUT     6
#define E_JPI_UART_TX_RESET        TRUE
#define E_JPI_UART_RX_RESET        TRUE
#define E_JPI_UART_TX_ENABLE       FALSE
#define E_JPI_UART_RX_ENABLE       FALSE
#define E_JPI_UART_EVEN_PARITY     TRUE
#define E_JPI_UART_ODD_PARITY      FALSE
#define E_JPI_UART_PARITY_ENABLE   TRUE
#define E_JPI_UART_PARITY_DISABLE  FALSE
#define E_JPI_UART_1_STOP_BIT      TRUE
#define E_JPI_UART_2_STOP_BITS     FALSE
#define E_JPI_UART_RTS_HIGH        TRUE
#define E_JPI_UART_RTS_LOW         FALSE

/* Value enumerations: SPI */
#define E_JPI_SPIM_MSB_FIRST       FALSE
#define E_JPI_SPIM_LSB_FIRST       TRUE
#define E_JPI_SPIM_TXPOS_EDGE      FALSE
#define E_JPI_SPIM_TXNEG_EDGE      TRUE
#define E_JPI_SPIM_RXPOS_EDGE      FALSE
#define E_JPI_SPIM_RXNEG_EDGE      TRUE
#define E_JPI_SPIM_INT_ENABLE      TRUE
#define E_JPI_SPIM_INT_DISABLE     FALSE
#define E_JPI_SPIM_AUTOSLAVE_ENBL  TRUE
#define E_JPI_SPIM_AUTOSLAVE_DSABL FALSE
#define E_JPI_SPIM_SLAVE_ENBLE_0   0x1
#define E_JPI_SPIM_SLAVE_ENBLE_1   0x2
#define E_JPI_SPIM_SLAVE_ENBLE_2   0x4
#define E_JPI_SPIM_SLAVE_ENBLE_3   0x8

/* Value enumerations: Serial Interface */
#define E_JPI_SI_INT_AL            0x20
#define E_JPI_SI_SLAVE_RW_SET      FALSE
#define E_JPI_SI_START_BIT         TRUE
#define E_JPI_SI_NO_START_BIT      FALSE
#define E_JPI_SI_STOP_BIT          TRUE
#define E_JPI_SI_NO_STOP_BIT       FALSE
#define E_JPI_SI_SLAVE_READ        TRUE
#define E_JPI_SI_NO_SLAVE_READ     FALSE
#define E_JPI_SI_SLAVE_WRITE       TRUE
#define E_JPI_SI_NO_SLAVE_WRITE    FALSE
#define E_JPI_SI_SEND_ACK          FALSE
#define E_JPI_SI_SEND_NACK         TRUE
#define E_JPI_SI_IRQ_ACK           TRUE
#define E_JPI_SI_NO_IRQ_ACK        FALSE

/* Value enumerations: Intelligent Peripheral */
#define E_JPI_IP_MAX_MSG_SIZE      0x3F
#define E_JPI_IP_TXPOS_EDGE        FALSE
#define E_JPI_IP_TXNEG_EDGE        TRUE
#define E_JPI_IP_RXPOS_EDGE        FALSE
#define E_JPI_IP_RXNEG_EDGE        TRUE
#define E_JPI_IP_BIG_ENDIAN        TRUE
#define E_JPI_IP_LITTLE_ENDIAN     FALSE

/* Value enumerations: Timer */
#define E_JPI_TIMER_INT_PERIOD     1
#define E_JPI_TIMER_INT_RISE       2

/* Value enumerations: DIO */
#define E_JPI_DIO0_INT             0x00000001
#define E_JPI_DIO1_INT             0x00000002
#define E_JPI_DIO2_INT             0x00000004
#define E_JPI_DIO3_INT             0x00000008
#define E_JPI_DIO4_INT             0x00000010
#define E_JPI_DIO5_INT             0x00000020
#define E_JPI_DIO6_INT             0x00000040
#define E_JPI_DIO7_INT             0x00000080
#define E_JPI_DIO8_INT             0x00000100
#define E_JPI_DIO9_INT             0x00000200
#define E_JPI_DIO10_INT            0x00000400
#define E_JPI_DIO11_INT            0x00000800
#define E_JPI_DIO12_INT            0x00001000
#define E_JPI_DIO13_INT            0x00002000
#define E_JPI_DIO14_INT            0x00004000
#define E_JPI_DIO15_INT            0x00008000
#define E_JPI_DIO16_INT            0x00010000
#define E_JPI_DIO17_INT            0x00020000
#define E_JPI_DIO18_INT            0x00040000
#define E_JPI_DIO19_INT            0x00080000
#define E_JPI_DIO20_INT            0x00100000

/* Interrupt Item Bitmap Masks */
#define E_JPI_SYSCTRL_WK0_MASK     (1 << E_JPI_SYSCTRL_WK0)
#define E_JPI_SYSCTRL_WK1_MASK     (1 << E_JPI_SYSCTRL_WK1)
#define E_JPI_SYSCTRL_COMP0_MASK   (1 << E_JPI_SYSCTRL_COMP0)
#define E_JPI_SYSCTRL_COMP1_MASK   (1 << E_JPI_SYSCTRL_COMP1)

#define E_JPI_UART_TIMEOUT_MASK    (1 << E_JPI_UART_INT_TIMEOUT)
#define E_JPI_UART_RXLINE_MASK     (1 << E_JPI_UART_INT_RXLINE)
#define E_JPI_UART_RXDATA_MASK     (1 << E_JPI_UART_INT_RXDATA)
#define E_JPI_UART_TX_MASK         (1 << E_JPI_UART_INT_TX)
#define E_JPI_UART_MODEM_MASK      (1 << E_JPI_UART_INT_MODEM)

#define E_JPI_TIMER_RISE_MASK      E_JPI_TIMER_INT_RISE
#define E_JPI_TIMER_PERIOD_MASK    E_JPI_TIMER_INT_PERIOD

#define E_JPI_SI_RXACK_MASK        (1 << 7)
#define E_JPI_SI_BUSY_MASK         (1 << 6)
#define E_JPI_SI_AL_MASK           (1 << 5)
#define E_JPI_SI_ACK_CTRL_MASK     (1 << 2)
#define E_JPI_SI_TIP_MASK          (1 << 1)
#define E_JPI_SI_INT_STATUS_MASK   (1 << 0)

#define E_JPI_SPIM_TX_MASK         (1 << 0)

#define E_JPI_IP_INT_STATUS_MASK   (1 << 6)
#define E_JPI_IP_TXGO_MASK         (1 << 1)
#define E_JPI_IP_RXGO_MASK         (1 << 0)

#define E_JPI_AP_INT_STATUS_MASK   (1 << 0)

/****************************************************************************/
/***        Type Definitions                                              ***/
/****************************************************************************/

/* Device types, used to identify interrupt source */
typedef enum
{
    E_JPI_DEVICE_TICK_TIMER = 0, /* Tick timer */
    E_JPI_DEVICE_SYSCTRL = 2,    /* System controller */
    E_JPI_DEVICE_BBC,            /* Baseband controller */
    E_JPI_DEVICE_AES,            /* Encryption engine */
    E_JPI_DEVICE_PHYCTRL,        /* Phy controller */
    E_JPI_DEVICE_UART0,          /* UART 0 */
    E_JPI_DEVICE_UART1,          /* UART 1 */
    E_JPI_DEVICE_TIMER0,         /* Timer 0 */
    E_JPI_DEVICE_TIMER1,         /* Timer 1 */
    E_JPI_DEVICE_SI,             /* Serial Interface (2 wire) */
    E_JPI_DEVICE_SPIM,           /* SPI master */
    E_JPI_DEVICE_INTPER,         /* Intelligent peripheral */
    E_JPI_DEVICE_ANALOGUE        /* Analogue peripherals */
} teJPI_Device;

/* Individual interrupts */
typedef enum
{
    E_JPI_SYSCTRL_WK0   = 26,    /* Wake timer 0 */
    E_JPI_SYSCTRL_WK1   = 27,    /* Wake timer 1 */
    E_JPI_SYSCTRL_COMP0 = 28,    /* Comparator 0 */
    E_JPI_SYSCTRL_COMP1 = 29,    /* Comparator 1 */
} teJPI_Item;

typedef enum {
    E_JPI_ANALOGUE_DAC_0,
    E_JPI_ANALOGUE_DAC_1,
    E_JPI_ANALOGUE_ADC
} teJPI_AnalogueChannel;

typedef enum {
    E_JPI_COMPARATOR_0,
    E_JPI_COMPARATOR_1
} teJPI_Comparator;

typedef enum {
    E_JPI_TIMER_0,
    E_JPI_TIMER_1
} teJPI_Timer;

typedef enum {
    E_JPI_TIMER_MODE_SINGLESHOT,
    E_JPI_TIMER_MODE_REPEATING,
    E_JPI_TIMER_MODE_DELTASIGMA,
    E_JPI_TIMER_MODE_DELTASIGMARTZ
} teJPI_TimerMode;

typedef enum {
    E_JPI_TIMER_CLOCK_INTERNAL_NORMAL,
    E_JPI_TIMER_CLOCK_INTERNAL_INVERTED,
    E_JPI_TIMER_CLOCK_EXTERNAL_NORMAL,
    E_JPI_TIMER_CLOCK_EXTERNAL_INVERTED
} teJPI_TimerClockType;

/****************************************************************************/
/***        Exported Functions                                            ***/
/****************************************************************************/

PUBLIC void vJPI_AnalogueEnable(teJPI_AnalogueChannel eChan, bool_t bInputRange, bool_t bContinuous, uint8 u8Source, bool_t bOutputHold, uint16 u16InitValue);
PUBLIC void vJPI_AnalogueDisable(teJPI_AnalogueChannel eChan);
PUBLIC bool_t bJPI_ComparatorStatus(teJPI_Comparator eComparator);
PUBLIC bool_t bJPI_ComparatorWakeStatus(teJPI_Comparator eComparator);
PUBLIC void vJPI_DioWake(uint32 u32Enable, uint32 u32Disable, uint32 u32Rising, uint32 u32Falling);
PUBLIC void vJPI_TimerEnable(teJPI_Timer eTimer, uint8 u8Prescale, uint8 mIntMask, bool_t bOutputEn, bool_t bTimerIOEn, teJPI_TimerClockType eClockType);
PUBLIC void vJPI_TimerStart(teJPI_Timer eTimer, teJPI_TimerMode eTimerMode, uint16 u16HighPeriod, uint16 u16LowPeriod);
PUBLIC uint32 u32JPI_TimerReadCapture(teJPI_Timer eTimer);

/****************************************************************************/
/***        Exported Variables                                            ***/
/****************************************************************************/


#if defined __cplusplus
}
#endif

#endif

/****************************************************************************/
/***        END OF FILE                                                   ***/
/****************************************************************************/