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/**************************************************************************************************
* - ioCC2541.h -
*
* Header file with definitions for the Texas Instruments CC2541 low-power System-on-Chip:
* an 8051-based MCU with 2.4 GHz Bluetooth low energy RF transceiver, and up to 256 kB FLASH.
*
* This file supports the IAR Embedded Workbench for 8051.
*
**************************************************************************************************
*/
#ifndef IOCC2541_H
#define IOCC2541_H
/* ------------------------------------------------------------------------------------------------
* Compiler Abstraction
* ------------------------------------------------------------------------------------------------
*/
#ifdef __IAR_SYSTEMS_ICC__
#pragma language=extended
#define SFR(name,addr) __sfr __no_init volatile unsigned char name @ addr;
#define SFRBIT(name, addr, bit7, bit6, bit5, bit4, bit3, bit2, bit1, bit0) \
__sfr __no_init volatile union \
{ \
unsigned char name; \
struct { \
unsigned char bit0 : 1; \
unsigned char bit1 : 1; \
unsigned char bit2 : 1; \
unsigned char bit3 : 1; \
unsigned char bit4 : 1; \
unsigned char bit5 : 1; \
unsigned char bit6 : 1; \
unsigned char bit7 : 1; \
}; \
} @ addr;
#define SBIT(name,addr) /* not in use for IAR C Compiler */
#define XREG(addr) ((unsigned char volatile __xdata *) 0)[addr]
#define PXREG(addr) ((unsigned char volatile __xdata *) addr)
#define VECT(num,addr) addr
#elif defined __IAR_SYSTEMS_ASM__
#define SFR(name,addr) name DEFINE addr
SFRBITMACRO MACRO t, addr, bit7 , bit6, bit5, bit4, bit3, bit2, bit1, bit0
t DEFINE addr
bit7 DEFINE addr.7
bit6 DEFINE addr.6
bit5 DEFINE addr.5
bit4 DEFINE addr.4 ;; NB: do not modify indentation of this macro
bit3 DEFINE addr.3
bit2 DEFINE addr.2
bit1 DEFINE addr.1
bit0 DEFINE addr.0
ENDM
#define SFRBIT(name, addr, bit7, bit6, bit5, bit4, bit3, bit2, bit1, bit0) \
SFRBITMACRO <name>, <addr>, <bit7>, <bit6>, <bit5>, <bit4>, <bit3>, <bit2>, <bit1>, <bit0>
#define SBIT(name,addr) name DEFINE addr
#define XREG(addr) addr
#define PXREG(addr) addr
#define VECT(num,addr) addr
/* IAR assembler uses some predefined registers. The following prevents name collisions. */
#define SP SPx
#define ACC ACCx
#define B Bx
#define PSW PSWx
#define CY CYx
#define AC ACx
#define F0 F0x
#define RS1 RS1x
#define RS0 RS0x
#define OV OVx
#define P Px
#else
#error "Unrecognized compiler."
#endif
/* ------------------------------------------------------------------------------------------------
* Interrupt Vectors
* ------------------------------------------------------------------------------------------------
*/
#define RFERR_VECTOR VECT( 0, 0x03 ) /* RF core error situation */
#define ADC_VECTOR VECT( 1, 0x0B ) /* ADC end of conversion */
#define URX0_VECTOR VECT( 2, 0x13 ) /* USART 0 RX complete */
#define URX1_VECTOR VECT( 3, 0x1B ) /* USART 1 RX complete */
#define ENC_VECTOR VECT( 4, 0x23 ) /* AES encryption/decryption complete */
#define ST_VECTOR VECT( 5, 0x2B ) /* Sleep Timer Compare */
#define P2INT_VECTOR VECT( 6, 0x33 ) /* Port 2 Inputs and I2C */
#define UTX0_VECTOR VECT( 7, 0x3B ) /* USART0 TX Complete */
#define DMA_VECTOR VECT( 8, 0x43 ) /* DMA Transfer Complete */
#define T1_VECTOR VECT( 9, 0x4B ) /* Timer 1 (16-bit) Capture/Compare/Overflow */
#define T2_VECTOR VECT( 10, 0x53 ) /* Timer 2 */
#define T3_VECTOR VECT( 11, 0x5B ) /* Timer 3 (8-bit) Capture/Compare/Overflow */
#define T4_VECTOR VECT( 12, 0x63 ) /* Timer 4 (8-bit) Capture/Compare/Overflow */
#define P0INT_VECTOR VECT( 13, 0x6B ) /* Port 0 Inputs */
#define UTX1_VECTOR VECT( 14, 0x73 ) /* USART1 TX Complete */
#define P1INT_VECTOR VECT( 15, 0x7B ) /* Port 1 Inputs */
#define RF_VECTOR VECT( 16, 0x83 ) /* RF General Interrupts */
#define WDT_VECTOR VECT( 17, 0x8B ) /* Watchdog Overflow in Timer Mode */
/* ------------------------------------------------------------------------------------------------
* Interrupt Alias
* ------------------------------------------------------------------------------------------------
*/
#define I2C_VECTOR P2INT_VECTOR /* I2C Interrupt vector, alias for P2INT_VECTOR */
/* ------------------------------------------------------------------------------------------------
* SFRs
* ------------------------------------------------------------------------------------------------
*/
/*
* SFRs with an address ending with 0 or 8 are bit accessible.
* They are defined with the SFRBIT() macro that sets the name of each bit.
*/
/* Port 0 */
SFRBIT( P0 , 0x80, P0_7, P0_6, P0_5, P0_4, P0_3, P0_2, P0_1, P0_0 )
SFR( SP , 0x81 ) /* Stack Pointer */
SFR( DPL0 , 0x82 ) /* Data Pointer 0 Low Byte */
SFR( DPH0 , 0x83 ) /* Data Pointer 0 High Byte */
SFR( DPL1 , 0x84 ) /* Data Pointer 1 Low Byte */
SFR( DPH1 , 0x85 ) /* Data Pointer 1 High Byte */
SFR( U0CSR , 0x86 ) /* USART 0 Control and Status */
SFR( PCON , 0x87 ) /* Power Mode Control */
/* Interrupt Flags */
SFRBIT( TCON , 0x88, URX1IF, _TCON6, ADCIF, _TCON4, URX0IF, IT1, RFERRIF, IT0 )
SFR( P0IFG , 0x89 ) /* Port 0 Interrupt Status Flag */
SFR( P1IFG , 0x8A ) /* Port 1 Interrupt Status Flag */
SFR( P2IFG , 0x8B ) /* Port 2 Interrupt Status Flag */
SFR( PICTL , 0x8C ) /* Port Interrupt Control */
SFR( P1IEN , 0x8D ) /* Port 1 Interrupt Mask */
SFR( _SFR8E , 0x8E ) /* not used */
SFR( P0INP , 0x8F ) /* Port 0 Input Mode */
/* Port 1 */
SFRBIT( P1 , 0x90, P1_7, P1_6, P1_5, P1_4, P1_3, P1_2, P1_1, P1_0 )
SFR( RFIRQF1 , 0x91 ) /* RF Interrupt Flags MSB */
SFR( DPS , 0x92 ) /* Data Pointer Select */
SFR( MPAGE , 0x93 ) /* Memory Page Select */
SFR( T2CTRL , 0x94 ) /* Timer2 Control Register */
SFR( ST0 , 0x95 ) /* Sleep Timer 0 */
SFR( ST1 , 0x96 ) /* Sleep Timer 1 */
SFR( ST2 , 0x97 ) /* Sleep Timer 2 */
/* Interrupt Flags 2 */
SFRBIT( S0CON , 0x98, _S0CON7, _S0CON6, _S0CON5, _S0CON4, _S0CON3, _S0CON2, ENCIF_1, ENCIF_0 )
SFR( _SFR99 , 0x99 ) /* reserved */
SFR( IEN2 , 0x9A ) /* Interrupt Enable 2 */
SFR( S1CON , 0x9B ) /* Interrupt Flags 3 */
SFR( T2CSPCFG , 0x9C ) /* Timer2 CSP Interface Configuration (legacy name) */
SFR( T2EVTCFG , 0x9C ) /* Timer2 Event Output Configuration */
SFR( SLEEPSTA , 0x9D ) /* Sleep Status */
SFR( CLKCONSTA , 0x9E ) /* Clock Control Status */
SFR( FMAP , 0x9F ) /* Flash Bank Map */
/* Port 2 */
SFRBIT( P2 , 0xA0, _P2_7, _P2_6, _P2_5, P2_4, P2_3, P2_2, P2_1, P2_0 )
SFR( T2IRQF , 0xA1 ) /* Timer2 Interrupt Flags */
SFR( T2M0 , 0xA2 ) /* Timer2 Multiplexed Register 0 */
SFR( T2M1 , 0xA3 ) /* Timer2 Multiplexed Register 1 */
SFR( T2MOVF0 , 0xA4 ) /* Timer2 Multiplexed Overflow Register 0 */
SFR( T2MOVF1 , 0xA5 ) /* Timer2 Multiplexed Overflow Register 1 */
SFR( T2MOVF2 , 0xA6 ) /* Timer2 Multiplexed Overflow Register 2 */
SFR( T2IRQM , 0xA7 ) /* Timer2 Interrupt Masks */
/* Interrupt Enable 0 */
SFRBIT( IEN0 , 0xA8, EA, _IEN06, STIE, ENCIE, URX1IE, URX0IE, ADCIE, RFERRIE )
SFR( IP0 , 0xA9 ) /* Interrupt Priority 0 */
SFR( _SFRAA , 0xAA ) /* not used */
SFR( P0IEN , 0xAB ) /* Port 0 Interrupt Mask */
SFR( P2IEN , 0xAC ) /* Port 2 Interrupt Mask */
SFR( STLOAD , 0xAD ) /* Sleep Timer Load Status */
SFR( PMUX , 0xAE ) /* Power Down Signal MUX */
SFR( T1STAT , 0xAF ) /* Timer 1 Status */
SFR( _SFRB0 , 0xB0 ) /* not used */
SFR( ENCDI , 0xB1 ) /* Encryption/Decryption Input Data */
SFR( ENCDO , 0xB2 ) /* Encryption/Decryption Output Data */
SFR( ENCCS , 0xB3 ) /* Encryption/Decryption Control and Status */
SFR( ADCCON1 , 0xB4 ) /* ADC Control 1 */
SFR( ADCCON2 , 0xB5 ) /* ADC Control 2 */
SFR( ADCCON3 , 0xB6 ) /* ADC Control 3 */
SFR( _SFRB7 , 0xB7 ) /* reserved */
/* Interrupt Enable 1 */
SFRBIT( IEN1 , 0xB8, _IEN17, _IEN16, P0IE, T4IE, T3IE, T2IE, T1IE, DMAIE )
SFR( IP1 , 0xB9 ) /* Interrupt Priority 1 */
SFR( ADCL , 0xBA ) /* ADC Data Low */
SFR( ADCH , 0xBB ) /* ADC Data High */
SFR( RNDL , 0xBC ) /* Random Number Generator Low Byte */
SFR( RNDH , 0xBD ) /* Random Number Generator High Byte */
SFR( SLEEPCMD , 0xBE ) /* Sleep Mode Control Command */
SFR( RFERRF , 0xBF ) /* RF Error Interrupt Flags */
/* Interrupt Flags 4 */
SFRBIT( IRCON , 0xC0, STIF, _IRCON6, P0IF, T4IF, T3IF, T2IF, T1IF, DMAIF )
SFR( U0DBUF , 0xC1 ) /* USART 0 Receive/Transmit Data Buffer */
SFR( U0BAUD , 0xC2 ) /* USART 0 Baud Rate Control */
SFR( T2MSEL , 0xC3 ) /* Timer2 Multiplex Select */
SFR( U0UCR , 0xC4 ) /* USART 0 UART Control */
SFR( U0GCR , 0xC5 ) /* USART 0 Generic Control */
SFR( CLKCONCMD , 0xC6 ) /* Clock Control Command */
SFR( MEMCTR , 0xC7 ) /* Memory System Control */
SFR( _SFRC8 , 0xC8 ) /* not used */
SFR( WDCTL , 0xC9 ) /* Watchdog Timer Control */
SFR( T3CNT , 0xCA ) /* Timer 3 Counter */
SFR( T3CTL , 0xCB ) /* Timer 3 Control */
SFR( T3CCTL0 , 0xCC ) /* Timer 3 Channel 0 Capture/Compare Control */
SFR( T3CC0 , 0xCD ) /* Timer 3 Channel 0 Capture/Compare Value */
SFR( T3CCTL1 , 0xCE ) /* Timer 3 Channel 1 Capture/Compare Control */
SFR( T3CC1 , 0xCF ) /* Timer 3 Channel 1 Capture/Compare Value */
/* Program Status Word */
SFRBIT( PSW , 0xD0, CY, AC, F0, RS1, RS0, OV, F1, P )
SFR( DMAIRQ , 0xD1 ) /* DMA Interrupt Flag */
SFR( DMA1CFGL , 0xD2 ) /* DMA Channel 1-4 Configuration Address Low Byte */
SFR( DMA1CFGH , 0xD3 ) /* DMA Channel 1-4 Configuration Address High Byte */
SFR( DMA0CFGL , 0xD4 ) /* DMA Channel 0 Configuration Address Low Byte */
SFR( DMA0CFGH , 0xD5 ) /* DMA Channel 0 Configuration Address High Byte */
SFR( DMAARM , 0xD6 ) /* DMA Channel Arm */
SFR( DMAREQ , 0xD7 ) /* DMA Channel Start Request and Status */
/* Timers 1/3/4 Interrupt Mask/Flag */
SFRBIT( TIMIF , 0xD8 , _TIMIF7, T1OVFIM, T4CH1IF, T4CH0IF, T4OVFIF, T3CH1IF, T3CH0IF, T3OVFIF )
SFR( RFD , 0xD9 ) /* RF Data */
SFR( T1CC0L , 0xDA ) /* Timer 1 Channel 0 Capture/Compare Value Low Byte */
SFR( T1CC0H , 0xDB ) /* Timer 1 Channel 0 Capture/Compare Value High Byte */
SFR( T1CC1L , 0xDC ) /* Timer 1 Channel 1 Capture/Compare Value Low Byte */
SFR( T1CC1H , 0xDD ) /* Timer 1 Channel 1 Capture/Compare Value High Byte */
SFR( T1CC2L , 0xDE ) /* Timer 1 Channel 2 Capture/Compare Value Low Byte */
SFR( T1CC2H , 0xDF ) /* Timer 1 Channel 2 Capture/Compare Value High Byte */
SFR( ACC , 0xE0 ) /* Accumulator */
SFR( RFST , 0xE1 ) /* RF Command Strobe */
SFR( T1CNTL , 0xE2 ) /* Timer 1 Counter Low */
SFR( T1CNTH , 0xE3 ) /* Timer 1 Counter High */
SFR( T1CTL , 0xE4 ) /* Timer 1 Control And Status */
SFR( T1CCTL0 , 0xE5 ) /* Timer 1 Channel 0 Capture/Compare Control */
SFR( T1CCTL1 , 0xE6 ) /* Timer 1 Channel 1 Capture/Compare Control */
SFR( T1CCTL2 , 0xE7 ) /* Timer 1 Channel 2 Capture/Compare Control */
/* Interrupt Flags 5 */
SFRBIT( IRCON2 , 0xE8, _IRCON27, _IRCON26, _IRCON25, WDTIF, P1IF, UTX1IF, UTX0IF, P2IF )
SFR( RFIRQF0 , 0xE9 ) /* RF Interrupt Flags LSB */
SFR( T4CNT , 0xEA ) /* Timer 4 Counter */
SFR( T4CTL , 0xEB ) /* Timer 4 Control */
SFR( T4CCTL0 , 0xEC ) /* Timer 4 Channel 0 Capture/Compare Control */
SFR( T4CC0 , 0xED ) /* Timer 4 Channel 0 Capture/Compare Value */
SFR( T4CCTL1 , 0xEE ) /* Timer 4 Channel 1 Capture/Compare Control */
SFR( T4CC1 , 0xEF ) /* Timer 4 Channel 1 Capture/Compare Value */
SFR( B , 0xF0 ) /* B Register */
SFR( PERCFG , 0xF1 ) /* Peripheral I/O Control */
SFR( ADCCFG , 0xF2 ) /* ADC Input Configuration (legacy name) */
SFR( APCFG , 0xF2 ) /* Analog Periferal I/O Configuration */
SFR( P0SEL , 0xF3 ) /* Port 0 Function Select */
SFR( P1SEL , 0xF4 ) /* Port 1 Function Select */
SFR( P2SEL , 0xF5 ) /* Port 2 Function Select */
SFR( P1INP , 0xF6 ) /* Port 1 Input Mode */
SFR( P2INP , 0xF7 ) /* Port 2 Input Mode */
/* USART 1 Control and Status */
SFRBIT( U1CSR , 0xF8, U1MODE, U1RE, U1SLAVE, U1FE, U1ERR, U1RX_BYTE, U1TX_BYTE, U1ACTIVE )
SFR( U1DBUF , 0xF9 ) /* USART 1 Receive/Transmit Data Buffer */
SFR( U1BAUD , 0xFA ) /* USART 1 Baud Rate Control */
SFR( U1UCR , 0xFB ) /* USART 1 UART Control */
SFR( U1GCR , 0xFC ) /* USART 1 Generic Control */
SFR( P0DIR , 0xFD ) /* Port 0 Direction */
SFR( P1DIR , 0xFE ) /* Port 1 Direction */
SFR( P2DIR , 0xFF ) /* Port 2 Direction */
/* ------------------------------------------------------------------------------------------------
* Xdata Radio Registers
* ------------------------------------------------------------------------------------------------
*/
/* RF core ram */
#define RFCORE_RAM PXREG( 0x6000 )
#define RFCORE_RAM_SZ 1024
/* RF core ram register/general memory page */
#define RFCORE_RAM_PAGE PXREG( 0x6000 )
#define RFCORE_RAM_PAGE_SZ 128
/* FIFO direct access */
#define RXFIFO PXREG( 0x6080 )
#define RXFIFO_SZ 128
#define TXFIFO PXREG( 0x6100 )
#define TXFIFO_SZ 128
/* Radio Control Registers */
#define FRMCTRL0 XREG(0x6180)
#define RFIRQM0 XREG(0x6181)
#define RFIRQM1 XREG(0x6182)
#define RFERRM XREG(0x6183)
#define FREQCTRL XREG(0x6184)
#define FREQTUNE XREG(0x6185)
#define TXPOWER XREG(0x6186)
#define TXCTRL XREG(0x6187)
#define LLESTAT XREG(0x6188)
#define _XREG6189 XREG(0x6189)
#define SEMAPHORE0 XREG(0x618A)
#define SEMAPHORE1 XREG(0x618B)
#define SEMAPHORE2 XREG(0x618C)
#define RFSTAT XREG(0x618D)
#define RSSI XREG(0x618E)
#define RFPSRND XREG(0x618F)
#define MDMCTRL0 XREG(0x6190)
#define MDMCTRL1 XREG(0x6191)
#define MDMCTRL2 XREG(0x6192)
#define MDMCTRL3 XREG(0x6193)
#define SW_CONF XREG(0x6194)
#define SW0 XREG(0x6195)
#define SW1 XREG(0x6196)
#define SW2 XREG(0x6197)
#define SW3 XREG(0x6198)
#define SW4 XREG(0x61F8)
#define SW5 XREG(0x61F9)
#define SW6 XREG(0x61FA)
#define SW7 XREG(0x61FB)
#define FREQEST XREG(0x6199)
#define RXCTRL XREG(0x619A)
#define FSCTRL XREG(0x619B)
#define _XREG619C XREG(0x619C)
#define _XREG619D XREG(0x619D)
#define _XREG619E XREG(0x619E)
#define _XREG619F XREG(0x619F)
#define LNAGAIN XREG(0x61A0)
#define AAFGAIN XREG(0x61A1)
#define ADCTEST0 XREG(0x61A2)
#define MDMTEST0 XREG(0x61A5)
#define MDMTEST1 XREG(0x61A6)
#define _XREG61A7 XREG(0x61A7)
#define _XREG61A8 XREG(0x61A8)
#define ATEST XREG(0x61A9)
#define RFC_OBS_CTRL0 XREG(0x61AE)
#define RFC_OBS_CTRL1 XREG(0x61AF)
#define RFC_OBS_CTRL2 XREG(0x61B0)
#define LLECTRL XREG(0x61B1)
#define TXFILTCFG XREG(0x61BC)
#define RFRND XREG(0x61BF)
#define RFRAMCFG XREG(0x61C0)
#define RFFDMA0 XREG(0x61C3)
#define RFFDMA1 XREG(0x61C4)
#define RFFSTATUS XREG(0x61C5)
#define RFFCFG XREG(0x61C6)
#define RFRXFLEN XREG(0x61C8)
#define RFRXFTHRS XREG(0x61C9)
#define RFRXFWR XREG(0x61CA)
#define RFRXFRD XREG(0x61CB)
#define RFRXFWP XREG(0x61CC)
#define RFRXFRP XREG(0x61CD)
#define RFRXFSWP XREG(0x61CE)
#define RFRXFSRP XREG(0x61CF)
#define RFTXFLEN XREG(0x61D0)
#define RFTXFTHRS XREG(0x61D1)
#define RFTXFWR XREG(0x61D2)
#define RFTXFRD XREG(0x61D3)
#define RFTXFWP XREG(0x61D4)
#define RFTXFRP XREG(0x61D5)
#define RFTXFSWP XREG(0x61D6)
#define RFTXFSRP XREG(0x61D7)
#define BSP_P0 XREG(0x61E0)
#define BSP_P1 XREG(0x61E1)
#define BSP_P2 XREG(0x61E2)
#define BSP_P3 XREG(0x61E3)
#define BSP_D0 XREG(0x61E4)
#define BSP_D1 XREG(0x61E5)
#define BSP_D2 XREG(0x61E6)
#define BSP_D3 XREG(0x61E7)
#define BSP_W XREG(0x61E8)
#define BSP_MODE XREG(0x61E9)
#define BSP_DATA XREG(0x61EA)
#define DC_I_L XREG(0x61FC)
#define DC_I_H XREG(0x61FD)
#define DC_Q_L XREG(0x61FE)
#define DC_Q_H XREG(0x61FF)
/* ------------------------------------------------------------------------------------------------
* Xdata Registers
* ------------------------------------------------------------------------------------------------
*/
/* Power-Management Registers */
#define SRCRC XREG( 0x6262 )
/* Observability Control */
#define OBSSEL0 XREG( 0x6243 )
#define OBSSEL1 XREG( 0x6244 )
#define OBSSEL2 XREG( 0x6245 )
#define OBSSEL3 XREG( 0x6246 )
#define OBSSEL4 XREG( 0x6247 )
#define OBSSEL5 XREG( 0x6248 )
#define TR0 XREG( 0x624B )
/* Chip Identification */
#define CHVER XREG( 0x6249 )
#define CHIPID XREG( 0x624A )
/* Debug Interface DMA Write to Flash */
#define DBGDATA XREG( 0x6260 )
/* Flash Controller */
#define FCTL XREG( 0x6270 )
#define FADDRL XREG( 0x6271 )
#define FADDRH XREG( 0x6272 )
#define FWDATA XREG( 0x6273 )
#define FWT_HSOSC XREG( 0x6274 )
#define FWT_XOSC XREG( 0x6275 )
/* Chip Information */
#define CHIPINFO0 XREG( 0x6276 )
#define CHIPINFO1 XREG( 0x6277 )
/* IR Generation Control */
#define IRCTL XREG( 0x6281 )
/* Clock Loss Detector */
#define CLD XREG( 0x6290 )
/* Timer 1 Channels (only mapped as XREG) */
#define T1CCTL3 XREG( 0x62A3 )
#define T1CCTL4 XREG( 0x62A4 )
#define T1CC3L XREG( 0x62AC )
#define T1CC3H XREG( 0x62AD )
#define T1CC4L XREG( 0x62AE )
#define T1CC4H XREG( 0x62AF )
/* Definition which includes channels represented in SFR (additional XREG mapping of SFR) */
#define XX_T1CCTL0 XREG( 0x62A0 )
#define XX_T1CCTL1 XREG( 0x62A1 )
#define XX_T1CCTL2 XREG( 0x62A2 )
#define XX_T1CCTL3 XREG( 0x62A3 )
#define XX_T1CCTL4 XREG( 0x62A4 )
#define XX_T1CC0L XREG( 0x62A6 )
#define XX_T1CC0H XREG( 0x62A7 )
#define XX_T1CC1L XREG( 0x62A8 )
#define XX_T1CC1H XREG( 0x62A9 )
#define XX_T1CC2L XREG( 0x62AA )
#define XX_T1CC2H XREG( 0x62AB )
#define XX_T1CC3L XREG( 0x62AC )
#define XX_T1CC3H XREG( 0x62AD )
#define XX_T1CC4L XREG( 0x62AE )
#define XX_T1CC4H XREG( 0x62AF )
/* Pointers for array access */
#define P_T1CCTL PXREG( 0x62A0 )
#define P_T1CC PXREG( 0x62A6 )
/* Sleep Timer Capture Control */
#define STCC XREG( 0x62B0 )
#define STCS XREG( 0x62B1 )
#define STCV0 XREG( 0x62B2 )
#define STCV1 XREG( 0x62B3 )
#define STCV2 XREG( 0x62B4 )
/* Op.Amp. Control */
#define OPAMPMC XREG( 0x61AD )
#define OPAMPC XREG( 0x62C0 )
#define OPAMPS XREG( 0x62C1 )
/* Analog Comparator Control */
#define CMPCTL XREG( 0x62D0 )
/* I2C */
#define I2CCFG XREG( 0x6230 )
#define I2CSTAT XREG( 0x6231 )
#define I2CDATA XREG( 0x6232 )
#define I2CADDR XREG( 0x6233 )
#define I2CWC XREG( 0x6234 )
#define I2CIO XREG( 0x6235 )
/* Other */
#define IVCTRL XREG( 0x6265 )
/* ------------------------------------------------------------------------------------------------
* Xdata Mapped SFRs
* ------------------------------------------------------------------------------------------------
*/
/*
* Most SFRs are also accessible through XDATA address space. The register definitions for
* this type of access are listed below. The register names are identical to the SFR names
* but with the prefix X_ to denote an XDATA register.
*
* Some SFRs are not accessible through XDATA space. For clarity, entries are included for these
* registers. They have a prefix of _NA to denote "not available."
*
* For register descriptions, refer to the actual SFR declartions elsewhere in this file.
*/
#define X_P0 XREG( 0x7080 ) /* Port 0. NOTE! Read-only access from XREG. */
#define _NA_SP XREG( 0x7081 )
#define _NA_DPL0 XREG( 0x7082 )
#define _NA_DPH0 XREG( 0x7083 )
#define _NA_DPL1 XREG( 0x7084 )
#define _NA_DPH1 XREG( 0x7085 )
#define X_U0CSR XREG( 0x7086 ) /* USART 0 Control and Status */
#define _NA_PCON XREG( 0x7087 )
#define _NA_TCON XREG( 0x7088 )
#define X_P0IFG XREG( 0x7089 ) /* Port 0 Interrupt Status Flag */
#define X_P1IFG XREG( 0x708A ) /* Port 1 Interrupt Status Flag */
#define X_P2IFG XREG( 0x708B ) /* Port 2 Interrupt Status Flag */
#define X_PICTL XREG( 0x708C ) /* Port Interrupt Control */
#define X_P1IEN XREG( 0x708D ) /* Port 1 Interrupt Mask */
#define _NA_SFR8E XREG( 0x708E )
#define X_P0INP XREG( 0x708F ) /* Port 0 Input Mode */
#define X_P1 XREG( 0x7090 ) /* Port 1. NOTE! Read-only access from XREG. */
#define X_RFIRQF1 XREG( 0x7091 ) /* RF Interrupt Flags MSB */
#define _NA_DPS XREG( 0x7092 )
#define X_MPAGE XREG( 0x7093 ) /* Memory Page Select */
#define X_T2CTRL XREG( 0x7094 ) /* Timer2 Control Register */
#define X_ST0 XREG( 0x7095 ) /* Sleep Timer 0 */
#define X_ST1 XREG( 0x7096 ) /* Sleep Timer 1 */
#define X_ST2 XREG( 0x7097 ) /* Sleep Timer 2 */
#define _NA_S0CON XREG( 0x7098 )
#define _NA_SFR99 XREG( 0x7099 )
#define _NA_IEN2 XREG( 0x709A )
#define _NA_S1CON XREG( 0x709B )
#define X_T2CSPCFG XREG( 0x709C ) /* Timer2 CSP Interface Configuration (legacy name) */
#define X_T2EVTCFG XREG( 0x709C ) /* Timer2 Event Output Configuration */
#define X_SLEEPSTA XREG( 0x709D ) /* Sleep Status */
#define X_CLKCONSTA XREG( 0x709E ) /* Clock Control Status */
#define X_FMAP XREG( 0x709F ) /* Flash Bank Map */
#define X_P2 XREG( 0x70A0 ) /* Port 2. NOTE! Read-only access from XREG. */
#define X_T2IRQF XREG( 0x70A1 ) /* Timer2 Interrupt Flags */
#define X_T2M0 XREG( 0x70A2 ) /* Timer2 Multiplexed Register 0 */
#define X_T2M1 XREG( 0x70A3 ) /* Timer2 Multiplexed Register 1 */
#define X_T2MOVF0 XREG( 0x70A4 ) /* Timer2 Multiplexed Overflow Register 0 */
#define X_T2MOVF1 XREG( 0x70A5 ) /* Timer2 Multiplexed Overflow Register 1 */
#define X_T2MOVF2 XREG( 0x70A6 ) /* Timer2 Multiplexed Overflow Register 2 */
#define X_T2IRQM XREG( 0x70A7 ) /* Timer2 Interrupt Mask */
#define _NA_IEN0 XREG( 0x70A8 )
#define _NA_IP0 XREG( 0x70A9 )
#define _NA_SFRAA XREG( 0x70AA )
#define X_P0IEN XREG( 0x70AB ) /* */
#define X_P2IEN XREG( 0x70AC ) /* */
#define X_STLOAD XREG( 0x70AD ) /* Sleep Timer Load Status */
#define X_PMUX XREG( 0x70AE ) /* */
#define X_T1STAT XREG( 0x70AF ) /* */
#define _NA_SFRB0 XREG( 0x70A8 )
#define X_ENCDI XREG( 0x70B1 ) /* Encryption Input Data */
#define X_ENCDO XREG( 0x70B2 ) /* Encryption Output Data */
#define X_ENCCS XREG( 0x70B3 ) /* Encryption Control and Status */
#define X_ADCCON1 XREG( 0x70B4 ) /* ADC Control 1 */
#define X_ADCCON2 XREG( 0x70B5 ) /* ADC Control 2 */
#define X_ADCCON3 XREG( 0x70B6 ) /* ADC Control 3 */
#define _NA_SFRB7 XREG( 0x70B7 )
#define _NA_IEN1 XREG( 0x70B8 )
#define _NA_IP1 XREG( 0x70B9 )
#define X_ADCL XREG( 0x70BA ) /* ADC Data Low */
#define X_ADCH XREG( 0x70BB ) /* ADC Data High */
#define X_RNDL XREG( 0x70BC ) /* Random Register Low Byte */
#define X_RNDH XREG( 0x70BD ) /* Random Register High Byte */
#define X_SLEEPCMD XREG( 0x70BE ) /* Sleep Mode Command */
#define X_RFERRF XREG( 0x70BF ) /* RF Error Interrupt Flags */
#define _NA_IRCON XREG( 0x70C0 )
#define X_U0DBUF XREG( 0x70C1 ) /* USART 0 Receive/Transmit Data Buffer */
#define X_U0BAUD XREG( 0x70C2 ) /* USART 0 Baud Rate Control */
#define X_T2MSEL XREG( 0x70C3 ) /* Timer2 Multiplex Select */
#define X_U0UCR XREG( 0x70C4 ) /* USART 0 UART Control */
#define X_U0GCR XREG( 0x70C5 ) /* USART 0 Generic Control */
#define X_CLKCONCMD XREG( 0x70C6 ) /* Clock Control Command */
#define X_MEMCTR XREG( 0x70C7 ) /* Memory Arbiter Control */
#define _NA_SFRC8 XREG( 0x70C8 )
#define X_WDCTL XREG( 0x70C9 ) /* Watchdog Timer Control */
#define X_T3CNT XREG( 0x70CA ) /* Timer 3 Counter */
#define X_T3CTL XREG( 0x70CB ) /* Timer 3 Control */
#define X_T3CCTL0 XREG( 0x70CC ) /* Timer 3 Channel 0 Capture/Compare Control */
#define X_T3CC0 XREG( 0x70CD ) /* Timer 3 Channel 0 Capture/Compare Value */
#define X_T3CCTL1 XREG( 0x70CE ) /* Timer 3 Channel 1 Capture/Compare Control */
#define X_T3CC1 XREG( 0x70CF ) /* Timer 3 Channel 1 Capture/Compare Value */
#define _NA_PSW XREG( 0x70D0 )
#define X_DMAIRQ XREG( 0x70D1 ) /* DMA Interrupt Flag */
#define X_DMA1CFGL XREG( 0x70D2 ) /* DMA Channel 1-4 Configuration Address Low Byte */
#define X_DMA1CFGH XREG( 0x70D3 ) /* DMA Channel 1-4 Configuration Address High Byte */
#define X_DMA0CFGL XREG( 0x70D4 ) /* DMA Channel 0 Configuration Address Low Byte */
#define X_DMA0CFGH XREG( 0x70D5 ) /* DMA Channel 0 Configuration Address High Byte */
#define X_DMAARM XREG( 0x70D6 ) /* DMA Channel Arm */
#define X_DMAREQ XREG( 0x70D7 ) /* DMA Channel Start Request and Status */
#define X_TIMIF XREG( 0x70D8 ) /* Timers 1/3/4 Interrupt Mask/Flag */
#define X_RFD XREG( 0x70D9 ) /* RF Data */
#define X_T1CC0L XREG( 0x70DA ) /* Timer 1 Channel 0 Capture/Compare Value Low Byte */
#define X_T1CC0H XREG( 0x70DB ) /* Timer 1 Channel 0 Capture/Compare Value High Byte */
#define X_T1CC1L XREG( 0x70DC ) /* Timer 1 Channel 1 Capture/Compare Value Low Byte */
#define X_T1CC1H XREG( 0x70DD ) /* Timer 1 Channel 1 Capture/Compare Value High Byte */
#define X_T1CC2L XREG( 0x70DE ) /* Timer 1 Channel 2 Capture/Compare Value Low Byte */
#define X_T1CC2H XREG( 0x70DF ) /* Timer 1 Channel 2 Capture/Compare Value High Byte */
#define _NA_ACC XREG( 0x70E0 )
#define X_RFST XREG( 0x70E1 ) /* RF Command Strobe */
#define X_T1CNTL XREG( 0x70E2 ) /* Timer 1 Counter Low */
#define X_T1CNTH XREG( 0x70E3 ) /* Timer 1 Counter High */
#define X_T1CTL XREG( 0x70E4 ) /* Timer 1 Control and Status */
#define X_T1CCTL0 XREG( 0x70E5 ) /* Timer 1 Channel 0 Capture/Compare Control */
#define X_T1CCTL1 XREG( 0x70E6 ) /* Timer 1 Channel 1 Capture/Compare Control */
#define X_T1CCTL2 XREG( 0x70E7 ) /* Timer 1 Channel 2 Capture/Compare Control */
#define _NA_IRCON2 XREG( 0x70E8 )
#define X_RFIRQF0 XREG( 0x70E9 ) /* RF Interrupt Flags MSB */
#define X_T4CNT XREG( 0x70EA ) /* Timer 4 Counter */
#define X_T4CTL XREG( 0x70EB ) /* Timer 4 Control */
#define X_T4CCTL0 XREG( 0x70EC ) /* Timer 4 Channel 0 Capture/Compare Control */
#define X_T4CC0 XREG( 0x70ED ) /* Timer 4 Channel 0 Capture/Compare Value */
#define X_T4CCTL1 XREG( 0x70EE ) /* Timer 4 Channel 1 Capture/Compare Control */
#define X_T4CC1 XREG( 0x70EF ) /* Timer 4 Channel 1 Capture/Compare Value */
#define _NA_B XREG( 0x70F0 )
#define X_PERCFG XREG( 0x70F1 ) /* Peripheral Control */
#define X_ADCCFG XREG( 0x70F2 ) /* ADC Input Configuration (legacy name) */
#define X_APCFG XREG( 0x70F2 ) /* Analog Periferal I/O Configuration */
#define X_P0SEL XREG( 0x70F3 ) /* Port 0 Function Select */
#define X_P1SEL XREG( 0x70F4 ) /* Port 1 Function Select */
#define X_P2SEL XREG( 0x70F5 ) /* Port 2 Function Select */
#define X_P1INP XREG( 0x70F6 ) /* Port 1 Input Mode */
#define X_P2INP XREG( 0x70F7 ) /* Port 2 Input Mode */
#define X_U1CSR XREG( 0x70F8 ) /* USART 1 Control and Status */
#define X_U1DBUF XREG( 0x70F9 ) /* USART 1 Receive/Transmit Data Buffer */
#define X_U1BAUD XREG( 0x70FA ) /* USART 1 Baud Rate Control */
#define X_U1UCR XREG( 0x70FB ) /* USART 1 UART Control */
#define X_U1GCR XREG( 0x70FC ) /* USART 1 Generic Control */
#define X_P0DIR XREG( 0x70FD ) /* Port 0 Direction */
#define X_P1DIR XREG( 0x70FE ) /* Port 1 Direction */
#define X_P2DIR XREG( 0x70FF ) /* Port 2 Direction */
/* ------------------------------------------------------------------------------------------------
* Flash
* ------------------------------------------------------------------------------------------------
*/
#define P_INFOPAGE PXREG( 0x7800 ) /* Pointer to Start of Flash Information Page */
#define P_XBANK PXREG( 0x8000 ) /* Pointer to Start of Selectable Flash Bank (XBANK) */
/* ------------------------------------------------------------------------------------------------
*/
#ifdef __IAR_SYSTEMS_ICC__
#pragma language=default
#endif
/**************************************************************************************************
*/
#endif
文章结束给大家分享下程序员的一些笑话语录：
一个程序员对自己的未来很迷茫，于是去问上帝。
"万能的上帝呀，请你告诉我，我的未来会怎样？"
上帝说"我的孩子，你去问Lippman，他现在领导的程序员的队伍可能是地球上最大的"
于是他去问Lippman。
Lippman说"程序员的未来就是驾驭程序员"
这个程序员对这个未来不满意，于是他又去问上帝。
"万能的上帝呀，请你告诉我，我的未来会怎样？"
上帝说"我的孩子，你去问Gates，他现在所拥有的财产可能是地球上最多的"
于是他去问Gates。
Gates说"程序员的未来就是榨取程序员"
这个程序员对这个未来不满意，于是他又去问上帝。
"万能的上帝呀，请你告诉我，我的未来会怎样？"
上帝说"我的孩子，你去问侯捷，他写的计算机书的读者可能是地球上最多的"
于是他去问侯捷。
侯捷说"程序员的未来就是诱惑程序员"
这个程序员对这个未来不满意，于是他又去问上帝。
"万能的上帝呀，请你告诉我，我的未来会怎样？"
上帝摇摇头"唉，我的孩子，你还是别当程序员了"）