__c51_2

来自「一整套电梯控制器源程序」· 代码 · 共 890 行 · 第 1/2 页

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 enum Direct{
 D_Down=0,
 D_Up
 };
 
 
 enum DoorActionState{
 Door_OpenOK=0,	 
 Door_CloseOK,	 
 Door_Opening,	 
 Door_Closing,	 
 Door_ERROR
 };
 
 
 enum{
 Weight_Null,	 
 Weight_Light,	 
 Weight_Heavy,	 
 Weight_Full,	 
 Weight_Over,	 
 Weight_ERROR
 };
 
 
 struct tag_InterData{
  unsigned char	bFloorCanStop;	 
  unsigned char	bVeto;			 
  unsigned char    b2FloorMove;	 
  unsigned int	nTime;			 
  unsigned char	cWeight;		 
  unsigned char	bSameDirection;	 
  unsigned char	cStopCount;		 
  unsigned char	cPRINo;			 
 };
 
 
 
 struct tag_DT_SCC{
  unsigned char	ReadFlg;							 
  unsigned char	m_ReadBuf[32];	 
  unsigned char	dwReadReqSize;					 
 
  unsigned char	nReadCount;
 
  unsigned char	WriteFlg;						 
  unsigned char	m_WriteBuf[32]; 
  unsigned char	dwWriteReqSize;				 
 
  unsigned char	nWriteCount;
 };
 
 
 
 
 

















 
 
 sbit P3_0=P3^0;
 sbit P3_1=P3^1;
 sbit P3_2=P3^2;
 sbit P3_3=P3^3;
 sbit P3_4=P3^4;
 sbit P3_5=P3^5;
 
 
  extern xdata unsigned char *can3_cs;                  
  extern xdata unsigned char *can2_cs;                  
  extern xdata unsigned char *can1_cs;                  
  extern xdata unsigned char *can0_cs;                  
 
 
 
 
 
 
 
 
 
 
 
 
 
  extern struct tag_L_Data			*m_pL_Data;				 
  extern struct tag_E_InputData		*m_pE_InputData;		 
  extern struct tag_E_OutputData		*m_pE_OutputData;		 
  extern struct tag_Temp_Timer			*m_pTimer;				 
 
 
  extern unsigned char			m_nNextStopLIdx[8];
  extern unsigned char			m_bDirect[8];
  extern struct tag_InterData		m_InterData[8];				 
  extern unsigned char			m_cCurStageStartFloor[8];	 
  extern unsigned char			m_cOvertime[8];				 
  extern unsigned char            m_CalUpLIdx;
  extern unsigned char            m_CalDownLIdx;
 
 
  extern unsigned char m_year;                   	 
  extern unsigned char m_month;                  	 
  extern unsigned char m_date;                   	 
  extern unsigned char m_time;                   	 
  extern unsigned char m_minute;                 	 
  extern unsigned char m_set_time;               	 
  extern unsigned char m_read_time;              	 
 
 
  extern unsigned char sbuf_rec;                 	 
  extern unsigned char m_get_senddata_flg;			 
  extern unsigned char m_comm_enable_flg;         	 
  extern unsigned char m_host_flg;						 
  extern unsigned int  m_ST_60s_count;            	 
  extern unsigned char m_comm_data_flg;					 
  extern unsigned char m_comm_60sover_flg;        	 
  extern unsigned char m_msg_monitor_flg;		    	 
  extern unsigned char m_msg_quit_flg; 					 
  extern unsigned char m_msg_set_flg;			    	 
  extern unsigned char m_monitor_delay_flg;			 
  extern unsigned char m_monitor_delay_count;			 
  extern unsigned char m_active_idx;						 
  extern unsigned char m_add_type_idx;					 
  extern unsigned char m_resolve_flg;					 
 
  extern xdata unsigned int  m_monitor_ad[5];    	 
  extern xdata unsigned char m_monitor_type[5];  	 
  extern xdata struct tag_DT_SCC m_scc;
 
 
  extern xdata unsigned char m_restore_flg;     		  
  extern xdata unsigned char m_save_flg;				  
  extern xdata unsigned char m_factory_flg;			 
  extern xdata unsigned char m_save_over_flg;			  
  extern xdata unsigned char m_once_param_over_flg;     
 
 
  extern xdata unsigned int canx_cs[8];					  
  extern unsigned char e_out_call_flag;                    
  extern unsigned char m_state_20ms;                     
  extern unsigned char can_send_count;                   
  extern unsigned char e_lamp_call_flag;                   
  extern unsigned char e_display_reflash_floor[8];            
  extern unsigned char e_up_down;                          
  extern unsigned char e_frame_number;                     
  extern unsigned char e_online[8];                        
  extern unsigned char bdata abit;
  extern bit abit_0;                           
  extern bit abit_1;
  extern bit abit_2;
  extern bit abit_3;
  extern bit abit_4;
  extern bit abit_5;
  extern bit abit_6;
  extern bit abit_7;
 
  extern unsigned char bdata abit0;
  extern bit abit0_0;
  extern bit abit0_1;
  extern bit abit0_2;
  extern bit abit0_3;
  extern bit abit0_4;
  extern bit abit0_5;
  extern bit abit0_6;
  extern bit abit0_7;
 
 
 struct group_out
 {
  unsigned char call_up_out[6];
  unsigned char call_down_out[6];
 
 
 };
 
  extern xdata struct group_out group_assign[8];
  extern unsigned char choose_out[8];
  extern unsigned char yes_no[8];
  extern unsigned int e_online_time_count[4];          
  extern unsigned char e_online_flag[4];             
  extern unsigned int e_single_comm_count[4];          
  extern unsigned int e_group_comm_count[4];           
  extern unsigned char e_1_second_flag[4];             
 
 
  extern unsigned char m_SendOpenDoorFlg[8];		 
  extern unsigned char m_LastDoorState[8];		 
 
 
  extern unsigned char m_SendStaticInSelDataFlg[8];		 
  extern unsigned char m_IsExistWaiInFlg;
 
 
  extern unsigned char m_SendPeekInSelDataFlg[8];		 
 
 
  extern unsigned int  m_nTestTimer;
 
 
 void maininit(void);
 
 
 void main_process();
 void WithdrawVetoEle(void);
 void WithdrawOutCall(void);
 
 
 
 void InitData(void);
 
 
  unsigned char GetMinBottomFloor();
  unsigned char GetMaxTopFloor();
  unsigned char GetCanDistEleCount();
 void SetPartInterVal(void);
 void SetInterVal_FloorCanStop(unsigned char cLIdx, unsigned char updown_flg);
 void SetInterVal_2FloorMove(unsigned char cLIdx, unsigned char updown_flg);
 void SetInterVal_SameDirection(unsigned char cLIdx, unsigned char updown_flg);
  unsigned char GetDoorOvertime(unsigned char cEIdx);
 
 
 void UpdateDoorOvertimer(void);
 
 
  unsigned char GetDoorActionState(unsigned char cEIdx);
 
 
 void DistributeEle(void);
 
 
 void SetOutCallLight(unsigned char cLIdx, unsigned char updown_flg, unsigned char bVal);
 void SetOutCallDistribution(unsigned char cLIdx, unsigned char updown_flg, unsigned char bVal);
  unsigned char IsWithdrawOutLight(unsigned char cLIdx, unsigned char updown_flg);
 
 
  unsigned char GetNextStopLIdx(unsigned char cEIdx, unsigned char cStartFloorIdx, unsigned char bStartDirect, unsigned char *bDirect, unsigned char *cStartSearchEnd);
  unsigned char GetNoDirectEleTrend(unsigned char cEIdx);
 void OptimizeArrange(unsigned char cLIdx, unsigned char updown_flg);
 
 
 void SetStaticStopFloor();
 void SetPeekStopFloor();
  unsigned char IsPeekTime(struct tag_L_SysTime *pSysTime, struct tag_L_GaoFeng *pGaoFeng);
  unsigned char IsExistCurFloorUp(unsigned char cEIdx);
  unsigned char IsExistCurFloorDown(unsigned char cEIdx);
 
 
 void  time_x1203(void);
  unsigned char eread(unsigned char t_addr1);                      
 void  ewrite(unsigned char t_addr2,unsigned char t_data);        
 
 
 void serial_comm(void);
 void comm_check(void);
 void monitor_rec(void);                        
 void message_quit(void);                         
 void command(unsigned char *pBuf);			 
 void monitor_send(void);
 void make_send_buf(void);
  unsigned char __toascii(unsigned char c);
  unsigned char __tofig(unsigned char cAscii);
  unsigned int GetValidAdd(unsigned char *pBuf);
 void SetParamVal(unsigned char *pSrcBuf, unsigned char *pDestBuf, unsigned char type);
 void serial_command_resolve(void);
 void serial_make_senddata(void);
 
 
 void data_init(void);
 void orgdata_init(void);							 
 void orgdata_init_total(void);
 void orgdata_init_input(void);
 void orgdata_init_output(void);
 void GetUserParamSaveOverFlg();
 void SetUserParamSaveOverFlg();
 
 
 void restore_user_param(void);
 void save_user_param(void);
 void restore_factory_param(void);
  unsigned char erase(unsigned int addr);
  unsigned char writef(unsigned int x,unsigned char y);
 
 
 void can_init(unsigned int point);          					 
 void can_reset(void);
 void can_call_in(unsigned char a);            
 can_receive_more(unsigned char a);       
 can_receive_only(unsigned char a);       
 clear_unknow_code(unsigned char a);      
 void can_call_assign();               
 can_call_lamp();                 
 
 
#line 1 ".\param_save_restore.c" /0
 
 
 void restore_factory_param(void)
 {
 if(m_factory_flg==1){            
 orgdata_init();
 m_factory_flg=0;
 }
 }
 
 void restore_user_param(void)          
 { unsigned int data i;  
  unsigned char xdata *data p;                                                       
  unsigned char xdata *data s; 
  unsigned int xdata count=sizeof(struct tag_L_Data)+sizeof(struct tag_E_InputData)+sizeof(struct tag_E_OutputData)+sizeof(struct tag_Temp_Timer);
 
 if(m_restore_flg==1){            
 
 if(m_save_over_flg==1){	        
 EA=0;
 p=0xa000;                    
 s=0x1000;					     
 for(i=0;i<count;i++){        
 *(s+i)=*(p+i); 
 } 
 m_restore_flg=0; 
 
 EA=1;  
 }      
 }  
 }
 
 void save_user_param(void)         
 {
  unsigned int xdata i;
  unsigned char xdata *s=0x1000;
  unsigned int xdata count=sizeof(struct tag_L_Data)+sizeof(struct tag_E_InputData)+sizeof(struct tag_E_OutputData)+sizeof(struct tag_Temp_Timer);
 if(m_save_flg==1){       		 
 EA=0;
 erase(0xa000);
 for(i=0;i<count;i++)
 writef((0xa000+i),*(s+i));     
 m_save_flg=0;          		 
 m_save_over_flg=1;	  		 
 SetUserParamSaveOverFlg();
 EA=1;      
 }
 }
 
  unsigned char erase(unsigned int addr)	                                                        
 {		unsigned char xdata *s; unsigned char b,c,d,e;
 s=(0x555+addr); *s=0xaa;
 s=(0xaaa+addr); *s=0x55;
 s=(0x555+addr); *s=0x80;
 s=(0x555+addr); *s=0xaa;
 s=(0xaaa+addr); *s=0x55;
 s=addr; *s=0x30;
 d=0; e=0;
 do{b=*s; c=b&0x20; b=b&0x80; 
 if(b==0x80) d=1;
 if(c==0x20) e=1;
 }while((d==0)&&(e==0));
 if(e==1)
 {b=*s; b=b&0x80; 
 if(b==0x80) d=1;
 s=0x555+addr; *s=0xf0;
 }
 return(d);
 }
 
  unsigned char writef(unsigned int x,unsigned char y)	                                              
 {  unsigned char xdata *s; unsigned char xdata a,b,c,d,e;
  unsigned int addr=0;  
 if((x>=0x4000)&&(x<0x6000)) addr=0x4000;
 if((x>=0x6000)&&(x<0x8000)) addr=0x6000;
 if((x>=0x8000)&&(x<0xa000)) addr=0x8000;
 if((x>=0xa000)&&(x<0xc000)) addr=0xa000;
 if(x>=0xc000) addr=0xc000;
 s=0x555+addr; *s=0xaa;
 s=0xaaa+addr; *s=0x55;
 s=0x555+addr; *s=0xa0;
 s=x; *s=y;
 d=e=0;
 a=y;
 do
 {  b=*s; c=b&0x20; 
 if(b==a) d=1;
 else if(c==0x20) e=1; 
 }
 while((d==0)&&(e==0));
 if(e==1)
 { b=*s; 
 if(b==a) d=1;
 s=0x555+addr; 
 *s=0xf0;
 } 
 if(d==1) return(d);
 else
 {s=0x555+addr; *s=0xaa;
 s=0xaaa+addr; *s=0x55;
 s=0x555+addr; *s=0xa0;
 s=x; *s=y;
 d=e=0;
 a=y;
 do
 {  b=*s; c=b&0x20; 
 if(b==a) d=1;
 else if(c==0x20) e=1; 
 }
 while((d==0)&&(e==0));
 if(e==1)
 { b=*s; 
 if(b==a) d=1;
 s=0x555+addr; 
 *s=0xf0;
 } 
 }
 return(d);
 }