合泰单片机HT66F50软件DEMO实验例程源码30个合集.zip

// PROGRAM : 5-18.c 2011.0529 // FUNCTION : HT93LC16 Read/Write Control By Steven #include "HT66F50.h" #include "5-18.H" const char Str1[]={"1.WRITE 2.WRITE ALL"}; const char Str2[]={"3.ERASE 4.ERAL 5.RD"}; const char Str3[]={"WR: PRESS 0~9, ENTER"}; const char Str4[]={"I/P 2-DIG HEX DATA"}; const char Str5[]={"I/P 2-DIG ADDRESS:"}; const char Str6[]={"ERASING ALL ......"}; const char Str7[]={"SELECT 1)ADDRS 2)ALL"}; const char Str8[]={"I/P ADDRS(2-DIG HEX)"}; const char Str9[]={"ADDRS=>"}; const char StrA[]={"ERASING 1 LOCATION.."}; const char StrB[]={"EEPROM WRITTING....."}; const char StrC[]={" DATA="},StrD[]={"DATA=>"}; void LCMInit(void); unsigned short LCMWrite(bit,unsigned short); void DisplayBuffer4(unsigned short, unsigned short*); void PAUSE(unsigned short); unsigned short GetKey(void); unsigned short GetKeys(unsigned short*); unsigned short ScanKey(void); unsigned short Get2Keys(void); unsigned short READ(unsigned short); void EWEN(void); void WRITE(unsigned short,unsigned short); void WRAL(unsigned short); void EWDS(void); void ERASE(unsigned short); void ERAL(void); void Init93LC46(void); void WCMD_93LC46(unsigned short,unsigned short); void WDAT_93LC46(unsigned short); unsigned short Read_93LC46(void); void Wait_93LC46(void); void main() { unsigned short i,Key,Key2,Buffer[16]; unsigned short Address; _acerl=0x00; _cp0c=0x08;_cp1c=0x08; //Disable AD/CP0/CP1 Init93LC46(); LCMInit(); //93LC46 & LCM Initialization while(1) { LCMWrite(0,0x80); i=0; //Set Line1 while(Str1[i]!=0) LCMWrite(1,Str1[i++]); //Display Str1 LCMWrite(0,0xC0); i=0; //Set Line2 while(Str2[i]!=0) LCMWrite(1,Str2[i++]); //Display Str2 do Key=GetKey(); while(Key==0 || Key>6); //Wait Function Select LCMWrite(0,1); i=0; //Clear LCM Display switch (Key) //WRITE { case 1: //Weite Function Select do { LCMWrite(0,1); i=0; //Clear LCM while(Str5[i]!=0) //Display Str5 LCMWrite(1,Str5[i++]); Address=Get2Keys(); //Read User I/P Address(HEX) } while(Address>=128); //Make Sure Address Range PAUSE(50); LCMWrite(0,1); i=0; while(Str3[i]!=0) //Display Str3 LCMWrite(1,Str3[i++]); LCMWrite(0,0xC0); //Line2/POS0 Buffer[0]=GetKeys(Buffer+1); //Read User I/P Data if((Buffer[0]==0)||(Buffer[0]+Address>128)) break; //Braek if No Input or Over-count LCMWrite(0,1); i=0; //Clear LCM Display while(StrB[i]!=0) //Display StrB LCMWrite(1,StrB[i++]); EWEN(); //Write Enable for(i=0;i<Buffer[0];i++) //Write Keys { WRITE(Address++,Buffer[i+1]); Wait_93LC46(); } EWDS(); //Write Disable break; case 2: //Write All Function while(Str4[i]!=0) //Display Str4 LCMWrite(1,Str4[i++]); LCMWrite(0,0xC0); i=0; //Line2/POS0 while(StrD[i]!=0) //Display StrD LCMWrite(1,StrD[i++]); Buffer[0]=Get2Keys(); //Read User I/P Data(HEX) LCMWrite(0,0x80); i=0; //Set Line 1 while(StrB[i]!=0) //Display StrB LCMWrite(1,StrB[i++]); EWEN(); //Write Enable WRAL(Buffer[0]); Wait_93LC46(); EWDS(); //Write Disable break; case 3: //Erase Function do { LCMWrite(0,1); i=0; //Clear LCM while(Str5[i]!=0) //Display Str5 LCMWrite(1,Str5[i++]); Address=Get2Keys(); //Read User I/P Address(HEX) } while(Address>=128); //Make Sure Address Range LCMWrite(0,0xC0); i=0; //Set Line2/P0 while(StrA[i]!=0) //Display StrA LCMWrite(1,StrA[i++]); EWEN(); //Write Enable ERASE(Address); Wait_93LC46(); EWDS(); //Write Disable PAUSE(50); break; case 4: //Erase All Function while(Str6[i]!=0) //Display Str6 LCMWrite(1,Str6[i++]); EWEN(); //Write Enable ERAL(); Wait_93LC46(); EWDS(); //Write Disable break; case 5: //Read Function while(Str7[i]!=0) LCMWrite(1,Str7[i++]); //Display Str7 do Key2=GetKey(); //Wait Until 1 or 2 is Selected while((Key2!=1)&&(Key2!=2)); if(Key2==1) //Read Specific Address { LCMWrite(0,1); i=0; //CLear LCM while(Str8[i]!=0) LCMWrite(1,Str8[i++]); //Display Str8 do { LCMWrite(0,0xC0); i=0; //Line 2 while(Str9[i]!=0) LCMWrite(1,Str9[i++]); //Display Str9 Address=Get2Keys(); //Read User I/P Address(HEX) } while(Address>=128); //Make Sure Address Range i=0; while(StrC[i]!=0) LCMWrite(1,StrC[i++]); //Display StrC Buffer[0]=READ(Address); Buffer[1]=(Buffer[0]>>4); //Get Hi-Nibble Buffer[1]+=(Buffer[1]>9) ? 0x37 : 0x30; //Convert to ASCII LCMWrite(1,Buffer[1]); //Display Data(Hi-Nibble) Buffer[0]&=0x0F; //Get Lo-Nibble Buffer[0]+=(Buffer[0]>9) ? 0x37 : 0x30; //Convert to ASCII LCMWrite(1,Buffer[0]); //Display Data(Lo-Nibble) GetKey(); break; //Wait Key Pressed } else //Read All Data { Address=0; while(1) { Buffer[15]=Address; for(i=0;i<8;i++) //Read 8-Byte Data Buffer[i]=READ(Address++); LCMWrite(0,1); //LCM Clear DisplayBuffer4(Buffer[15],Buffer); //Display 4-Byte Data LCMWrite(0,0xC0);Buffer[15]+=4; //Set Line 2 DisplayBuffer4(Buffer[15],Buffer+4);//Display 4-Byte Data if(Address>=128) Address=0; //Boundary Check do i=GetKey(); while(i<13); //Wait Function Select if(i==15) break; //"Enter" Pressed if(i==14) //"B.WD" Pressed { if(Address==8) //00~7F Boundary Check { Address=0x78;} else if(Address==0) { Address=0x70;} else Address-=16; } } } break; } if(Key!=0 && Key<=5) PAUSE(50); //Delay 0.5S for Function Select } } unsigned short Get2Keys(void) { unsigned short temp,temp1,temp2; temp=GetKey(); temp1=((temp>9) ? temp+0x37 : temp+0x30); //Convert to ASCII LCMWrite(1,temp1); _swap(&temp); temp2=GetKey(); temp1=((temp2>9) ? temp2+0x37 : temp2+0x30); //Convert to ASCII LCMWrite(1,temp1); return (temp|=temp2); } unsigned short READ(unsigned short Address) //READ Command { unsigned short Data; WCMD_93LC46(OPCODE_READ,Address); Data=Read_93LC46(); MICORW_CS=0; //Set CS=0 return Data; } void EWEN(void) //EWEN Command { WCMD_93LC46(OPCODE_,0b01100000); //Set EWEN Opcode MICORW_CS=0; //Set CS=0 } void WRITE(unsigned short Address,unsigned short Data)//WRITE Command { WCMD_93LC46(OPCODE_WRITE,Address); WDAT_93LC46(Data); MICORW_CS=0; //Set CS=0 } void WRAL(unsigned short Data) //WRAL Command { WCMD_93LC46(OPCODE_,0b00100000); //Set WRAL Opcode WDAT_93LC46(Data); MICORW_CS=0; //Set CS=0 } void EWDS(void) //EWDS Command { WCMD_93LC46(OPCODE_,0b00000000); //Set EWDS Opcode MICORW_CS=0; //Set CS=0 } void ERASE(unsigned short Address) //ERASE Command { WCMD_93LC46(OPCODE_ERASE,Address); MICORW_CS=0; //Set CS=0 } void ERAL(void) //ERAL Command { WCMD_93LC46(OPCODE_,0b01000000); //Set ERAL Opcode MICORW_CS=0; //Set CS=0 } void Init93LC46(void) { MICORW_CS=0; MICORW_SK=0; MICORW_DI=0; //Clear CS/SK/DI Pin MICORW_CSC=0; MICORW_SKC=0; MICORW_DIC=0; //Config CS/SK/DI Pin MICORW_DOC=1; //Config DO Pin } void WCMD_93LC46(unsigned short OpCode,unsigned short Address) { unsigned short