ycc_driver.h

在SoC单片机上实现对内部Flash的操作,基于uc/os-II.

#ifndef YCC4_DRIVER_H
#define YCC4_DRIVER_H
//#define _ECOS
#define __YCC_DEBUG
typedef signed int 			LJC_INT;
typedef unsigned int 		LJC_UINT;
typedef signed short		LJC_SHORT;
typedef unsigned short		LJC_USHORT;
typedef signed char			LJC_CHAR;
typedef unsigned char		LJC_UCHAR;
typedef void ljc_thread_entry_t(LJC_UINT);
#ifndef bool
#define	bool				int
#endif

#define MAX_SCRIPT_LENGTH	512
#define MAX_STRING_LENGTH	128
#define CONFIG_EMPTY		0
#define CONFIG_BOOL			1
#define CONFIG_INT			2
#define CONFIG_STRING		3
#define CONFIG_SCRIPT		4
#define CONFIG_IP			5
#define CONFIG_ESA			6
#define CONFIG_INVALID		255

struct config_option {
	char *key;
	char *title;
	char *enable;
	bool enable_sense;
	int type;
	unsigned long dflt;
} CYG_HAL_TABLE_TYPE;


#define ALWAYS_ENABLED (char *) 0
#define ENABLE_SENSE_NO_DEFAULT ((bool) 0xFC)
#define ENABLE_SENSE_SUPER ((bool) 0xFD)
#define ENABLE_SENSE_SECRIT ((bool) 0xFE)
#define ENABLE_SENSE_USER_SECRIT ((bool) 0xFF)

#ifdef _UCOS_II
#include "includes.h"
#endif

/*
#ifdef _ECOS
#include <network.h>
#include <cyg/kernel/kapi.h>
#include <cyg/hal/hal_tables.h>
#include <cyg/infra/cyg_type.h>
#include <arpa/inet.h>
#define LJC_Declare_Mutex(mutex_name) cyg_mutex_t mutex_name
#define LJC_Mutex_lock(mutex_name) cyg_mutex_lock(&mutex_name)
#define LJC_Mutex_unlock(mutex_name) cyg_mutex_unlock(&mutex_name)
#define STACK_SIZE (CYGNUM_HAL_STACK_SIZE_TYPICAL + 0x4000)
extern void stime(time_t *t);
typedef struct _ljc_thread_type {
	char 			ljc_thread_stack[STACK_SIZE];
	cyg_thread 		ljc_thread_data;
	cyg_handle_t 		ljc_handle_thread;
//	ljc_thread_entry_t 	*thread_fun;
}t_ljc_thread_type;
#define ljc_config_option(_t_,_n_,_e_,_ie_,_type_,_dflt_)               \
struct config_option _config_option_##_n_                               \
CYG_HAL_TABLE_QUALIFIED_ENTRY(ljc_config_options,_n_) =             	\
   {#_n_,_t_,_e_,_ie_,_type_,(unsigned long)_dflt_};
#else
#include <sys/ioctl.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <fcntl.h>
#include <termios.h>
#include <unistd.h>
//for tcp
#include <sys/socket.h>

#include <netinet/in.h>
#include <netdb.h>
#include <pthread.h>
#define LJC_Declare_Mutex(mutex_name) pthread_mutex_t mutex_name //mutex_name=PTHREAD_MUTEX_INITIALIZER
#define LJC_Mutex_lock(mutex_name) pthread_mutex_lock(&mutex_name)
#define LJC_Mutex_unlock(mutex_name) pthread_mutex_unlock(&mutex_name)
typedef struct _ljc_thread_type {
	pthread_t 		thread_id;
	pthread_attr_t 		thread_Attr;
//	ljc_thread_entry_t 	*thread_fun;
}t_ljc_thread_type;
#define ljc_config_option(_t_,_n_,_e_,_ie_,_type_,_dflt_)

#endif //_ECOS
*/
#define SYSPARASECTION			3010
#define SYSBACKSECTION			3016

#define FRMINFOOFFSET			100
#define METERINFOOFFSET		1000
#define ALMINFOOFFSET			2000
#define LOGNUMOFFSET			3000

#define FRMINFOID				0x01
#define METERINFOID			0x02
#define ALMINFOID				0x04
#define LOGRECINFOID			0x08
#define CHANGEIP				0x10
#define CURDATABLKID			0X20


#define	SYSPARAFLAG				"SYSPARAFLAG"
#define SYSBACKFLAG				"SYSBACKFLAG"
#define FRMINFOFLAG			"FRMINFOFLAG"
#define METERINFOFLAG			"METERINFOFLAG"
#define ENDMETERSEC			"ENDMETERINFOFLAG"
#define ALMINFOFLAG			"ALMINFOFLAG"
#define ENDALMSEC				"ENDALMINFOFLAG"
#define LOGINFOFLAG				"LOGINFOFLAG"

#include "ycc_type.h"

//#define __YCC_DEBUG
#define DOCDISKSIZE 			4096*4096
#define MEMBLKSIZE		 		4096
#define DATABLKSIZE		 		1024

#define DXBLKID					3200//allocate 1 blk for shy,1 blk for shl
#define DXRECSIZE				32	//only save 128 recorders

#define SYSRUNLOGBLKID			3400
#define SYSERRLOGBLKID			3408
#define SYSALMLOGBLKID			3416
#define LOGRECSIZE				128
#define SYSERRLOG				1
#define SYSRUNLOG				2
#define SYSALMLOG				4
#define FORCESAVELOG			8

#define RESET_SYSTEM 			1000000
#define CHANGE_MC8000_IP 		1000001
#define CHANGE_SERVER_PORT		1000005


#define COM_NUM 1  //该系统串口的个数
/* c_cflag bit meaning */
#ifndef __ECOS
#define LINUXCOM1	"/dev/ttyS0"
#define LINUXCOM2	"/dev/ttyS1"
#endif

#define  S1200		1200
#define  S2400		2400
#define  S4800		4800
#define  S9600		9600
#define   D5		0x0000010	//1 is 5 data bits
#define   D6		0x0000020	//2 is 6 data bits
#define   D7		0x0000040	//4 is 7 data bits
#define   D8		0x0000080	///6 is 8 data bits
#define	  DATA_LEN_MASK	0x00000f0
#define  STOPB1		0x0000100	//1 is one stop bit
#define  STOPB15	0x0000200	//2 is 1.5
#define  STOPB2		0x0000400	//4 is 2 stio bit
#define  STOP_MASK	0x0000700
#define  PNONE		0x0001000	//1 is none
#define  PODD		0x0002000	//2 is odd parity
#define  PEVEN		0x0004000	//4 is even parity
#define  PMARK		0x0008000	//6 is mark parity
#define  PARITY_MASK	0x000f000

#ifndef false
#define false 0
#endif
#ifndef true
#define true (!false)
#endif


//2005-10-20,MXL
/*
// globle declaration
extern struct sockaddr_in			sa_tcp_server_ip; // remote tcp server addr
extern unsigned short 				tcp_server_port;  // remote port
extern bool					relay_server_have_static_ip;
extern unsigned long 				rcp_link_flag; // system var
extern bool					gprs_ppp_network;
extern unsigned short				fool_platform_id; // id of the terminal

extern unsigned char 				ljc_admin_number1[];
extern unsigned char 				ljc_admin_number2[];
extern unsigned char 				ljc_admin_number3[];
extern LJC_Declare_Mutex(ComLock);
extern LJC_Declare_Mutex(MeterListLock);
extern LJC_Declare_Mutex(AlmListLock);
extern LJC_Declare_Mutex(SendBufLock);
extern LJC_Declare_Mutex(MemLock);
extern LJC_Declare_Mutex(LogRecLock);
// system function
// system function
extern void firmware_up_data(void * buf, int len); // buf is the location of firmware and len is the length of buffer
extern void ds1302_set_time(unsigned char sec,unsigned char min,unsigned char hr,
			unsigned char date,unsigned char mon, unsigned char week, unsigned char yr);
extern void ds1302_get_time(unsigned char *sec,unsigned char *min,unsigned char *hr,
		unsigned char *date,unsigned char *mon, unsigned char *week, unsigned char *yr);
		
extern void dump_buf(unsigned char *p, int s);
extern LJC_UINT ljc_thread_cread(ljc_thread_entry_t *thread_entry);// thread id 0 is fail
extern void ljc_os_start(void);
extern unsigned short init_board(void); // return the board id >0
extern unsigned long get_current_tick(void); // system current ticks 10ms scale
extern void ljc_sleep_ms(unsigned long ms); //sleep/delay micorsecond now 10ms 
extern void ljc_delay_us(unsigned int us); // none block delay us
extern void ljc_memory_lack_handler(void); // when memory alloc return NULL can use this func
extern void system_reset(void); // reset the system by watchdog;
extern void modem_data_req(void);   // syn to the modem
extern void modem_ppp_status(unsigned char s);
// sec: 0-2, each is 4K, can read from sec plus offset as bytes len
extern void ljc_nor_flash_read_bytes(unsigned char *buf,int len,unsigned long sec,unsigned long offset);
// sec: 0-2, each is 4K, same as nand memory
extern void ljc_nor_flash_write_sec(unsigned char *buf, unsigned long len,unsigned long sec);
// Fetch a configuration data item from flash, returns 'false' if not found. 
extern bool ljc_flash_get_config(char *key, void *val, int type);

// Add a new configuration data item to configuration data base.
// Returns 'false' if no space is available. 
extern bool ljc_flash_add_config(struct config_option *opt, bool update);
*/
// rs 485 function
extern int ycc_com_init(char *port,unsigned long ctrl,unsigned int baud);
extern int ycc_com_sendchar(char port,unsigned char c); //  0 is send ok other error
extern int ycc_com_getchar(char port,unsigned char *c); // same as above
extern int ycc_com_sendbuf(char port,unsigned char * bf,int len); //same as above
extern int ycc_printf( char *format,...);

//Mask by MXL,2005-10-20
/*
//ycc io input and output
extern void power_relay_control(unsigned int mode); // mode=0 is close and other is open
extern int get_12v_status(void); // 0 is no 12v and other is 12v
extern void IO7_output(unsigned char val); // 0 output 0 other output 1
extern void IO6_output(unsigned char val); // same as io7
extern unsigned char IO3_input(void); // 0 read is 0 other is 1
extern unsigned char IO4_input(void); //same as above
extern unsigned char IO5_input(void); //same as above
//TCP functions
extern void get_relay_server_ipaddr(void); // get the sa_tcp_server_ip
extern int ycc_connect_tcp(void);
extern int ycc_tcp_send(unsigned char *frame, int length);
extern void ycc_tcp_receiver(LJC_UINT param);
extern void ycc_tcp_process(unsigned char *buffer,int len);
extern void reset_tcp_ppp(void);
//extern void SendReg(void);//cann't call this function,problely death lock

// app function
extern unsigned long (* sms_rev_callback)(unsigned long len, unsigned char *buf,unsigned char *sender_phnum);// sms send call back, the real fun is duty of the app
extern int (* gt08_app_callback)(int,int);// app call back for app purpose
extern int send_one_sms(unsigned char * sms_content, int length, unsigned char * receiver_phnum); // ok return length other error

extern unsigned long sms_callback (unsigned long sms_len, unsigned char *sms_buf,unsigned char *sender_phnum);
// nand flash memory
extern int nand_memory_valid(void); // return the block avilable num
// write a block and the block size is 4096
extern int nand_memory_write(unsigned char *buf, unsigned long len, unsigned int block); // 1 is ok and 0 is error
extern int nand_memory_read(unsigned char *buf, unsigned long len, unsigned int block);// read a block; same as above
extern int ycc_mem_write(unsigned char *buf,int len,unsigned long pos);
extern int ycc_mem_read(unsigned char *buf,int len,unsigned long pos);
extern void ljc_clear_nand_memory(void);

//extern int GetItemValue(char* key,int type,int *value);
//extern int AddItemOption(char* key,int type,unsigned char *value,int len);

extern int ycc_get_para(int itemID,unsigned char *iErr);
extern int ycc_save_para(int item,unsigned char *iErr);
extern void clear_alarm_list(void);
extern void clear_meter_list(void);
extern void ycc_init(void);
extern void ycc_app(void);
*/
#endif