usrdef.h

来自「基于ARM和uC/OS-II实现的串口控制台」· C头文件 代码 · 共 326 行

#ifndef __USRDEF_H__
#define __USRDEF_H__


#ifndef TRUE
#define TRUE  1
#endif

#ifndef FALSE
#define FALSE 0
#endif

#define DWORD uint32
#define BOOL uint8

#define MAKEWORD(L, H)	            ((WORD)(H << 8 | L))
#define MAKEDWORD(L, H)	            ((DWORD)(H << 16 | L))
#define LOBYTE(x)		            ((BYTE)(x & 0xFF))
#define HIBYTE(x)		            ((BYTE)(x >> 8))
#define LOWORD(x)		            ((WORD)(x & 0xFFFF))
#define HIWORD(x)		            ((WORD)(x >> 16))

/*********** Pin Connect Block **start********/

#define FIRST						1
#define SECOND						2
#define THIRD						3

/* PINSEL0 */
#define UART0_TXD					(FIRST << 0)
#define UART0_RXD					(FIRST << 2)
#define I2C_SCL						(FIRST << 4)
#define I2C_SDA						(FIRST << 6)
#define SPI0_SCK					(FIRST << 8)
#define SPI0_MISO					(FIRST << 10)
#define SPI0_MOSI					(FIRST << 12)
#define SPI0_SSEL					(FIRST << 14)
#define UART1_TXD					(FIRST << 16)
#define UART1_RXD					(FIRST << 18)
#define UART1_RTS					(FIRST << 20)
#define UART1_CTS					(FIRST << 22)
#define UART1_DSR					(FIRST << 24)
#define UART1_DTR					(FIRST << 26)
#define UART1_DCD					(FIRST << 28)
#define UART1_RI					(FIRST << 30)

#define PWM1						(SECOND << 0)
#define PWM3						(SECOND << 2)
#define SEL0_TIMER0_CAPTURE00		(SECOND << 4)
#define SEL0_TIMER0_MATCH00		    (SECOND << 6)
#define SEL0_TIMER0_CAPTURE01		(SECOND << 8)
#define SEL0_TIMER0_MATCH01		    (SECOND << 10)
#define SEL0_TIMER0_CAPTURE02		(SECOND << 12)
#define PWM2						(SECOND << 14)
#define PWM4						(SECOND << 16)
#define PWM6						(SECOND << 18)
#define SEL0_TIMER1_CAPTURE10		(SECOND << 20)
#define SEL0_TIMER1_CAPTURE11		(SECOND << 22)
#define SEL0_TIMER1_MATCH10		    (SECOND << 24)
#define SEL0_TIMER1_MATCH11		    (SECOND << 26)
#define SEL0_1_EINT1				(SECOND << 28)
#define SEL0_1_EINT2				(SECOND << 30)

#define SEL0_EINT0					(THIRD << 2)
#define SEL0_2_EINT1				(THIRD << 6)
#define	SEL0_AD06					(THIRD << 8)
#define	SEL0_AD07					(THIRD << 10)
#define	SEL0_AD10					(THIRD << 12)
#define SEL0_2_EINT2				(THIRD << 14)
#define	SEL0_AD11					(THIRD << 16)
#define SEL0_EINT3					(THIRD << 18)
#define	SEL0_AD12					(THIRD << 20)
#define	SEL0_I2C1_SCL1				(THIRD << 22)
#define	SEL0_AD13					(THIRD << 24)
#define	SEL0_AD14					(THIRD << 26)
#define	SEL0_I2C1_SDA1				(THIRD << 28)
#define	SEL0_AD15					(THIRD << 30)

/* PINSEL1 */
#define SEL1_EINT0					(FIRST << 0)
#define TIMER1_CAPTURE12			(FIRST << 2)
#define TIMER1_CAPTURE13			(FIRST << 4)
#define TIMER1_MATCH12				(FIRST << 6)
#define TIMER1_MATCH13				(FIRST << 8)
#define PWM5						(FIRST << 10)
#define	SEL0_AD17					(THIRD << 12)
#define	SEL0_AD04					(THIRD << 18)
#define	SEL0_AD05					(THIRD << 20)
#define SEL0_AD00					(FIRST << 22)
#define SEL0_AD01					(FIRST << 24)
#define SEL0_AD02					(FIRST << 26)
#define SEL0_AD03					(FIRST << 28)

#define SEL1_TINER0_MATCH02		    (SECOND << 0)
#define SPI1_SCK					(SECOND << 2)
#define SPI1_MISO					(SECOND << 4)
#define SPI1_MOSI					(SECOND << 6)
#define SPI1_SSEL					(SECOND << 8)
#define SEL1_1_TIMER0_CAPTURE00	    (SECOND << 12)

#define SEL1_TIMER0_CAPTURE01		(SECOND << 22)
#define SEL1_TIMER0_CAPTURE02		(SECOND << 24)
#define SEL1_TIMER0_CAPTURE03		(SECOND << 26)
#define SEL1_1_EINT3				(SECOND << 28)

#define SEL1_TIMER1_MATCH12		    (THIRD << 2)
#define SEL1_1_TIMER1_MATCH13		(THIRD << 4)
#define SEL1_2_TIMER1_MATCH13		(THIRD << 6)
#define SEL1_2_EINT3				(THIRD << 8)
#define SEL1_TIMER1_CAPTURE13		(THIRD << 10)
#define SEL1_TIMER0_MATCH00		    (THIRD << 12)
#define SEL1_TIMER0_MATCH01		    (THIRD << 22)
#define SEL1_TIMER0_MATCH02		    (THIRD << 24)
#define SEL1_TIMER0_MATCH03		    (THIRD << 26)
#define SEL1_2_TIMER0_CAPTURE00	    (THIRD << 28)

/*********** Pin Connect Block **end********/

/*********** UART0 **start********/
/* U0LCR */
#define U0LCR_DATA_5BITS				0x00
#define U0LCR_DATA_6BITS				0x01
#define U0LCR_DATA_7BITS				0x02
#define U0LCR_DATA_8BITS				0x03

#define U0LCR_STOP_1BIT					0x00
#define U0LCR_STOP_2BITS				0x04

#define U0LCR_DIS_PARITY				0x00
#define U0LCR_EN_PARITY					0x08

#define U0LCR_ODD						0x00
#define U0LCR_EVEN						0x10
#define U0LCR_FORCE1					0x20
#define U0LCR_FORCE0					0x30

#define U0LCR_DIS_INTERCTL				0x00
#define U0LCR_EN_INTERCTL				0x40

#define U0LCR_DIS_DIV					0x00
#define U0LCR_EN_DIV					0x80

/* U0FCR */
#define U0FCR_FIFO						0x01
#define U0FCR_RX_1_TOUCH				0x00
#define U0FCR_RX_4_TOUCH				0x40
#define U0FCR_RX_8_TOUCH				0x80
#define U0FCR_RX_14_TOUCH				0xC0

/* U0IER */
#define U0IER_RBR						0x01
#define U0IER_THRE						0x02
#define U0IER_LINES						0x04

/* U0LSR */
#define U0LSR_RDR						0x01
#define U0LSR_OE						0x02
#define U0LSR_PE						0x04
#define U0LSR_FE						0x08
#define U0LSR_BI						0x10
#define U0LSR_THRE						0x20
#define U0LSR_TEMT						0x40
#define U0LSR_RXFE						0x80

/* U0IIR */                                 //Priority:
#define U0IIR_LINES                     0x06  //Highest
#define U0IIR_RX                        0x04  //Second
#define U0IIR_TIMEOUT                   0x0C  //Second
#define U0IIR_THRE                      0x02  //Third

/* U0TER */
#define U0TER_DIS_TXEN                  0x00
#define U0TER_EN_TXEN                   0x80

/*********** UART0 **end**********/

/* VICVectCntl0 ~ VICVectCntl15 */
#define EN_IRQ							0x20

/* 中断源 */
#define IRQ_WDT							0
#define IRQ_RES							1
#define IRQ_ARM_KERNEL1					2
#define IRQ_ARM_KERNEL2					3
#define IRQ_TIMER0						4
#define IRQ_TIMER1						5
#define IRQ_UART0						6
#define IRQ_UART1						7
#define IRQ_PWM0						8
#define IRQ_I2C							9
#define IRQ_SPI0						10
#define IRQ_SPI1						11
#define IRQ_PLL							12
#define IRQ_RTC							13
#define IRQ_EINT0						14
#define IRQ_EINT1						15
#define IRQ_EINT2						16
#define IRQ_EINT3						17
#define IRQ_AD							18

/* VICIntEnable */
#define EN_IRQ_WDT						(1 << IRQ_WDT)
#define EN_IRQ_RES						(1 << IRQ_RES)
#define EN_IRQ_ARM_KERNEL1				(1 << IRQ_ARM_KERNEL1)
#define EN_IRQ_ARM_KERNEL2				(1 << IRQ_ARM_KERNEL2)
#define EN_IRQ_TIMER0					(1 << IRQ_TIMER0)
#define EN_IRQ_TIMER1					(1 << IRQ_TIMER1)
#define EN_IRQ_UART0					(1 << IRQ_UART0)
#define EN_IRQ_UART1					(1 << IRQ_UART1)
#define EN_IRQ_PWM0						(1 << IRQ_PWM0)
#define EN_IRQ_I2C						(1 << IRQ_I2C)
#define EN_IRQ_SPI0						(1 << IRQ_SPI0)
#define EN_IRQ_SPI1						(1 << IRQ_SPI1)
#define EN_IRQ_PLL						(1 << IRQ_PLL)
#define EN_IRQ_RTC						(1 << IRQ_RTC)
#define EN_IRQ_EINT0					(1 << IRQ_EINT0)
#define EN_IRQ_EINT1					(1 << IRQ_EINT1)
#define EN_IRQ_EINT2					(1 << IRQ_EINT2)
#define EN_IRQ_EINT3					(1 << IRQ_EINT3)
#define EN_IRQ_AD						(1 << IRQ_AD)

/* Clean EXTINT */
#define CLR_IRQ_EINT0	                0x01
#define CLR_IRQ_EINT1	                0x02
#define CLR_IRQ_EINT2	                0x04
#define CLR_IRQ_EINT3	                0x08

/* T0/T1 MCR */
#define TIMER_INT_MR0					0x001
#define TIMER_RST_MR0					0x002
#define TIMER_STOP_MR0					0x004

#define TIMER_INT_MR1					0x008
#define TIMER_RST_MR1					0x010
#define TIMER_STOP_MR1					0x020

#define TIMER_INT_MR2					0x040
#define TIMER_RST_MR2					0x080
#define TIMER_STOP_MR2					0x100

#define TIMER_INT_MR3					0x200
#define TIMER_RST_MR3					0x400
#define TIMER_STOP_MR3					0x800

/* T0/T1 TCR */
#define	TIMER_DISABLE					0x00
#define TIMER_EN						0x01
#define TIMER_RST						0x02

/* T0/T1 IR */
#define IR_MR0							0x01
#define IR_MR1							0x02
#define IR_MR2							0x04
#define IR_MR3							0x08
#define IR_CR0							0x10
#define IR_CR1							0x20
#define IR_CR2							0x40
#define IR_CR3							0x80

///////////////////////////////////////////
/*Yangfan*/
/* 中断源 */
#define IRQ_SOFT	        1

/* 外部中断定义*/
#define INT0SET				(0x01)
#define INT1SET				(0x01<<1)
#define INT2SET				(0x01<<2)
#define INT3SET				(0x01<<3)

/* 引脚选择PINSEL0 */
#define PS0_EINT2PIN		((uint32)0x02<<30)
#define PS0_EINT2MSK		((uint32)0x03<<30)
#define PS1_P0_25RST		((uint32)0x03<<18)

/* IO 引脚定义*/
#define P0_NETRST			((uint32)0x01<<25)
#define P0_NETLINK			((uint32)0x01<<16)
#define P0_BUZZER			((uint32)0x01<<23)
#define P0_FPGADONE	   	    ((uint32)0x01<<19)
#define P0_FPGARST			((uint32)0x01<<28)

#define P1_CPLDRST			((uint32)0x01<<17)
#define P1_CPLDRDY			((uint32)0x01<<18)

#define NETSTATE			(IO0PIN & P0_NETLINK)

/* PINSEL0 */
#define SEL0_14_EINT1		(SECOND << 28)		//p0.14
#define SEL0_15_EINT2		(SECOND << 30)		//p0.15
#define SEL0_1_EINT0		(THIRD << 2)		//p0.1
#define SEL0_3_EINT1		(THIRD << 6)		//p0.3
#define SEL0_7_EINT2		(THIRD << 14)		//p0.7
#define SEL0_9_EINT3		(THIRD << 18)		//p0.9

/* PINSEL1 */
#define SEL1_16_EINT0		(FIRST << 0)		//p0.16
#define SEL1_30_EINT3		(SECOND << 28)		//p0.30
#define SEL1_20_EINT3		(THIRD << 8)		//p0.20

/*  设备状态*/
#define CMS_DS_DEXIST	    ((uint32)1<<0)	/*  密码设备存在*/
#define CMS_DS_WDTRST	    ((uint32)1<<1)	/*  WatchDog 复位*/
#define CMS_DS_AUTHOK	    ((uint32)1<<2)	/*  开机认证成功*/
#define CMS_DS_CFGOK	    ((uint32)1<<3)	/*  规则配置已分发*/
#define CMS_DS_DEKOK	    ((uint32)1<<4)	/*  DEK  已分发*/
#define CMS_DS_XERROR	    ((uint32)1<<31)	/*  密码机出现异常*/

extern uint8 SysStatus;
#define SYS_SELF_TEST       1               /* 自检状态 */
#define SYS_WAIT_CFG        2               /* 等待下发规则和密钥状态 */
#define SYS_COMM            3               /* 通信状态 */
#define SetSysStatus(x)     SysStatus = x
#define GetSysStatus()      SysStatus

extern uint8 FPGARuleCheck;
#define FPGA_RULE_CHECK         1           /* FPGA规则检测状态 */
#define FPGA_RULE_CHANGE        2           /* FPGA规则改变状态 */
#define FPGA_RULE_UPDATE        3           /* FPGA规则更新状态 */
#define FPGA_RULE_ERR           4           /* FPGA规则异常 */
#define SetFPGACheckStatus(x)   FPGARuleCheck = x
#define GetFPGACheckStatus()    FPGARuleCheck


#endif