changes

Author: TheSYNcoder

.vscode/settings.json

@@ -1,7 +1,5 @@
 # import requests
 # import lxml
-
-# url = 'https://electricalvoice.com/opcodes-8085-microprocessor/'
 # response = requests.get(url )
 # print(response.status_code)
 # # print(response.content)
@@ -37,300 +35,6 @@
 dic = json.loads(data)
 # print(len(dic.keys()))
 nd = dic
-# print(nd.keys())
-# nd['ACI Data']['description'] = 'Add with carry immediate'
-# nd['ADC A']['description'] = 'Add with carry'
-# nd['ADC B']['description'] = 'Add with carry'
-# nd['ADC C']['description'] = 'Add with carry'
-# nd['ADC D']['description'] = 'Add with carry'
-# nd['ADC E']['description'] = 'Add with carry'
-# nd['ADC H']['description'] = 'Add with carry'
-# nd['ADC L']['description'] = 'Add with carry'
-# nd['ADC M']['description'] = 'Add with carry to memory (HL Pair)'
-# nd['ADD A']['description'] = 'Add'
-# nd['ADD B']['description'] = 'Add'
-# nd['ADD C']['description'] = 'Add'
-# nd['ADD D']['description'] = 'Add'
-# nd['ADD E']['description'] = 'Add'
-# nd['ADD H']['description'] = 'Add'
-# nd['ADD L']['description'] = 'Add'
-# nd['ADI Data']['description'] = 'Add Immediate'
-# nd['ANA A']['description'] = 'And Accumulator'
-# nd['ANA B']['description'] = 'And Accumulator'
-# nd['ANA C']['description'] = 'And Accumulator'
-# nd['ANA D']['description'] = 'And Accumulator'
-# nd['ANA E']['description'] = 'And Accumulator'
-# nd['ANA H']['description'] = 'And Accumulator'
-# nd['ANA L']['description'] = 'And Accumulator'
-# nd['ANA M']['description'] = 'And Accumulator to memory'
-# nd['ANI Data']['description'] = 'And Immediate'
-# nd['CALL Label']['description'] = 'Call unconditional'
-# nd['CC Label']['description'] = 'Call on carry'
-# nd['CM Label']['description'] = 'Call on minus'
-# nd['CMA']['description'] = 'Complement accumulator , A = ~A'
-# nd['CMC']['description'] = 'Complement carry , Cy = ~Cy'
-# nd['CMP A']['description'] = 'Compare , A - (r)'
-# nd['CMP B']['description'] = 'Compare , A - (r)'
-# nd['CMP C']['description'] = 'Compare , A - (r)'
-# nd['CMP D']['description'] = 'Compare , A - (r)'
-# nd['CMP E']['description'] = 'Compare , A - (r)'
-# nd['CMP H']['description'] = 'Compare , A - (r)'
-# nd['CMP L']['description'] = 'Compare , A - (r)'
-# nd['CMP M']['description'] = 'Compare with memory , A - (HL)'
-# nd['CNC Label']['description'] = 'Call on no carry'
-# nd['CNZ Label']['description'] = 'Call on no carry'
-# nd['CP Label']['description'] = 'Call on no carry'
-
-# for key in dic.keys():
-#     print('nd[\'{}\'][\'description\'] = \'\''.format(key))
-
-
-nd['ACI Data']['description'] = 'Add with carry immediate'
-nd['ADC A']['description'] = 'Add with carry'
-nd['ADC B']['description'] = 'Add with carry'
-nd['ADC C']['description'] = 'Add with carry'
-nd['ADC D']['description'] = 'Add with carry'
-nd['ADC E']['description'] = 'Add with carry'
-nd['ADC H']['description'] = 'Add with carry'
-nd['ADC L']['description'] = 'Add with carry'
-nd['ADC M']['description'] = 'Add with carry to memory(HL)'
-nd['ADD A']['description'] = 'ADD'
-nd['ADD B']['description'] = 'ADD'
-nd['ADD C']['description'] = 'ADD'
-nd['ADD D']['description'] = 'ADD'
-nd['ADD E']['description'] = 'ADD'
-nd['ADD H']['description'] = 'ADD'
-nd['ADD L']['description'] = 'ADD'
-nd['ADD M']['description'] = 'ADD to memory'
-nd['ADI Data']['description'] = 'ADD Immediate'
-nd['ANA A']['description'] = 'AND Accumulator , A = A & r'
-nd['ANA B']['description'] = 'AND Accumulator , A = A & r'
-nd['ANA C']['description'] = 'AND Accumulator , A = A & r'
-nd['ANA D']['description'] = 'AND Accumulator , A = A & r'
-nd['ANA E']['description'] = 'AND Accumulator , A = A & r'
-nd['ANA H']['description'] = 'AND Accumulator , A = A & r'
-nd['ANA L']['description'] = 'AND Accumulator , A = A & r'
-nd['ANA M']['description'] = 'AND Accumulator and memory'
-nd['ANI Data']['description'] = 'AND Immediate'
-nd['CALL Label']['description'] = 'Call unconditional'
-nd['CC Label']['description'] = 'Call on carry'
-nd['CM Label']['description'] = 'Call on minus'
-nd['CMA']['description'] = 'Complement accumulator'
-nd['CMC']['description'] = 'Complement carry'
-nd['CMP A']['description'] = 'Compare , A -r'
-nd['CMP B']['description'] = 'Compare , A -r'
-nd['CMP C']['description'] = 'Compare , A -r'
-nd['CMP D']['description'] = 'Compare , A -r'
-nd['CMP E']['description'] = 'Compare , A -r'
-nd['CMP H']['description'] = 'Compare , A -r'
-nd['CMP L']['description'] = 'Compare , A -r'
-nd['CMP M']['description'] = 'Compare with memory, A -(HL)'
-nd['CNC Label']['description'] = 'Call on carry'
-nd['CNZ Label']['description'] = 'Call on no zero'
-nd['CP Label']['description'] = 'Call on Plus'
-nd['CPE Label']['description'] = 'Call on Parity Even'
-nd['CPI Data']['description'] = 'Compare Immediate'
-nd['CPO Label']['description'] = 'Call on Parity Odd'
-nd['CZ Label']['description'] = 'Call on Zero'
-nd['DAA']['description'] = 'Decimal Adjust Accumulator , A =BCD format , used for BCD Addition'
-nd['DAD B']['description'] = 'Double Add BC to HL , HL =HL +BC'
-nd['DAD D']['description'] = 'Double Add DE to HL , HL =HL +DE'
-nd['DAD H']['description'] = 'Double Add HL to HL , HL =HL +HL'
-nd['DAD SP']['description'] = 'Double Add SP(Stack Pointer) to HL , HL =HL +SP'
-nd['DCR A']['description'] = 'Decrement'
-nd['DCR B']['description'] = 'Decrement'
-nd['DCR C']['description'] = 'Decrement'
-nd['DCR D']['description'] = 'Decrement'
-nd['DCR E']['description'] = 'Decrement'
-nd['DCR H']['description'] = 'Decrement'
-nd['DCR L']['description'] = 'Decrement'
-nd['DCR M']['description'] = 'Decrement Memory , HL = HL -1'
-nd['DCX B']['description'] = 'Decrement BC'
-nd['DCX D']['description'] = 'Decrement DE'
-nd['DCX H']['description'] = 'Decrement HL'
-nd['DCX SP']['description'] = 'Decrement Stack Pointer'
-nd['DI']['description'] = 'Disable interrrupts'
-nd['EI']['description'] = 'Enable interrupts'
-nd['HLT']['description'] = 'Halt'
-nd['IN Port-address']['description'] = 'Input ,A =[p]'
-nd['INR A']['description'] = 'Increment'
-nd['INR B']['description'] = 'Increment'
-nd['INR C']['description'] = 'Increment'
-nd['INR D']['description'] = 'Increment'
-nd['INR E']['description'] = 'Increment'
-nd['INR H']['description'] = 'Increment'
-nd['INR L']['description'] = 'Increment'
-nd['INR M']['description'] = 'Increment memory'
-nd['INX B']['description'] = 'Increment BC'
-nd['INX D']['description'] = 'Increment DE'
-nd['INX H']['description'] = 'Increment HL'
-nd['INX SP']['description'] = 'Increment Stack Pointer'
-nd['JC Label']['description'] = 'Jump on carry'
-nd['JM Label']['description'] = 'Jump on minus'
-nd['JMP Label']['description'] = 'Jump unconditional'
-nd['JNC Label']['description'] = 'Jump on no carry'
-nd['JNZ Label']['description'] = 'Jump on no Zero'
-nd['JP Label']['description'] = 'Jump on Plus'
-nd['JPE Label']['description'] = 'Jump on Parity Even'
-nd['JPO Label']['description'] = 'Jump on Parity Odd'
-nd['JZ Label']['description'] = 'Jump on Zero'
-nd['LDA Address']['description'] = 'Load accumulator direct A=[a]'
-nd['LDAX B']['description'] = 'Load accumulator indirect A=[BC]'
-nd['LDAX D']['description'] = 'Load accumulator indirect A=[DE]'
-nd['LHLD Address']['description'] = 'Load HL Direct'
-nd['LXI B']['description'] = 'Load Immediate BC'
-nd['LXI D']['description'] = 'Load Immediate DE'
-nd['LXI H']['description'] = 'Load Immediate HL'
-nd['LXI SP']['description'] = 'Load Immediate Stack Pointer'
-nd['MOV A, A']['description'] = 'Move register to register , A =A'
-nd['MOV A, B']['description'] = 'Move register to register , A =B'
-nd['MOV A, C']['description'] = 'Move register to register , A =C'
-nd['MOV A, D']['description'] = 'Move register to register , A =D'
-nd['MOV A, E']['description'] = 'Move register to register , A =E'
-nd['MOV A, H']['description'] = 'Move register to register , A =H'
-nd['MOV A, L']['description'] = 'Move register to register , A =L'
-nd['MOV A, M']['description'] = 'Move memory to register , A =[HL]'
-nd['MOV B, A']['description'] = 'Move register to register , B =A'
-nd['MOV B, B']['description'] = 'Move register to register , B =B'
-nd['MOV B, C']['description'] = 'Move register to register , B =C'
-nd['MOV B, D']['description'] = 'Move register to register , B =D'
-nd['MOV B, E']['description'] = 'Move register to register , B =E'
-nd['MOV B, H']['description'] = 'Move register to register , B =H'
-nd['MOV B, L']['description'] = 'Move register to register , B =L'
-nd['MOV B, M']['description'] = 'Move  memory to register  , B =[HL]'
-nd['MOV C, A']['description'] = 'Move register to register , C =A'
-nd['MOV C, B']['description'] = 'Move register to register , C =B'
-nd['MOV C, C']['description'] = 'Move register to register , C =C'
-nd['MOV C, D']['description'] = 'Move register to register , C =D'
-nd['MOV C, E']['description'] = 'Move register to register , C =E'
-nd['MOV C, H']['description'] = 'Move register to register , C =H'
-nd['MOV C, L']['description'] = 'Move register to register , C =L'
-nd['MOV C, M']['description'] = 'Move memory to register , C =[HL]'
-nd['MOV D, A']['description'] = 'Move register to register , D =A'
-nd['MOV D, B']['description'] = 'Move register to register , D =B'
-nd['MOV D, C']['description'] = 'Move register to register , D =C'
-nd['MOV D, D']['description'] = 'Move register to register , D =D'
-nd['MOV D, E']['description'] = 'Move register to register , D =E'
-nd['MOV D, H']['description'] = 'Move register to register , D =H'
-nd['MOV D, L']['description'] = 'Move register to register , D =L'
-nd['MOV D, M']['description'] = 'Move memory to register , D =[HL]'
-nd['MOV E, A']['description'] = 'Move register to register , E =A'
-nd['MOV E, B']['description'] = 'Move register to register , E =B'
-nd['MOV E, C']['description'] = 'Move register to register , E =C'
-nd['MOV E, D']['description'] = 'Move register to register , E =D'
-nd['MOV E, E']['description'] = 'Move register to register , E =E'
-nd['MOV E, H']['description'] = 'Move register to register , E =H'
-nd['MOV E, L']['description'] = 'Move register to register , E =L'
-nd['MOV E, M']['description'] = 'Move memory to register , E =[HL]'
-nd['MOV H, A']['description'] = 'Move register to register , H =A'
-nd['MOV H, B']['description'] = 'Move register to register , H =B'
-nd['MOV H, C']['description'] = 'Move register to register , H =C'
-nd['MOV H, D']['description'] = 'Move register to register , H =D'
-nd['MOV H, E']['description'] = 'Move register to register , H =E'
-nd['MOV H, H']['description'] = 'Move register to register , H =H'
-nd['MOV H, L']['description'] = 'Move register to register , H =L'
-nd['MOV H, M']['description'] = 'Move memory to register , H =[HL]'
-nd['MOV L, A']['description'] = 'Move register to register , L =A'
-nd['MOV L, B']['description'] = 'Move register to register , L =B'
-nd['MOV L, C']['description'] = 'Move register to register , L =C'
-nd['MOV L, D']['description'] = 'Move register to register , L =D'
-nd['MOV L, E']['description'] = 'Move register to register , L =E'
-nd['MOV L, H']['description'] = 'Move register to register , L =H'
-nd['MOV L, L']['description'] = 'Move register to register , L =L'
-nd['MOV L, M']['description'] = 'Move memory to register , L =[HL]'
-nd['MOV M, A']['description'] = 'Move register to memory , [HL] =A'
-nd['MOV M, B']['description'] = 'Move register to memory , [HL] =B'
-nd['MOV M, C']['description'] = 'Move register to memory , [HL] =C'
-nd['MOV M, D']['description'] = 'Move register to memory , [HL] =D'
-nd['MOV M, E']['description'] = 'Move register to memory , [HL] =E'
-nd['MOV M, H']['description'] = 'Move register to memory , [HL] =H'
-nd['MOV M, L']['description'] = 'Move register to memory , [HL] =L'
-nd['MVI A, Data']['description'] = 'Move Immediate to register'
-nd['MVI B, Data']['description'] = 'Move Immediate to register'
-nd['MVI C, Data']['description'] = 'Move Immediate to register'
-nd['MVI D, Data']['description'] = 'Move Immediate to register'
-nd['MVI E, Data']['description'] = 'Move Immediate to register'
-nd['MVI H, Data']['description'] = 'Move Immediate to register'
-nd['MVI L, Data']['description'] = 'Move Immediate to register'
-nd['MVI M, Data']['description'] = 'Move Immediate to memory'
-nd['NOP']['description'] = 'No operation'
-nd['ORA A']['description'] = 'Inclusive OR Accumulator , A = A v r'
-nd['ORA B']['description'] = 'Inclusive OR Accumulator , A = A v r'
-nd['ORA C']['description'] = 'Inclusive OR Accumulator , A = A v r'
-nd['ORA D']['description'] = 'Inclusive OR Accumulator , A = A v r'
-nd['ORA E']['description'] = 'Inclusive OR Accumulator , A = A v r'
-nd['ORA H']['description'] = 'Inclusive OR Accumulator , A = A v r'
-nd['ORA L']['description'] = 'Inclusive OR Accumulator , A = A v r'
-nd['ORA M']['description'] = 'Inclusive OR Memory , A = A v [HL]'
-nd['ORI Data']['description'] = 'Inclusive OR Immediate'
-nd['OUT Port-Address']['description'] = 'Output'
-nd['PCHL']['description'] = 'Jump HL Indirect , PC =[HL]'
-nd['POP B']['description'] = 'Pop BC , BC = [SP]+'
-nd['POP D']['description'] = 'Pop DE , DE = [SP]+'
-nd['POP H']['description'] = 'Pop HL , HL = [SP]+'
-nd['POP PSW']['description'] = 'Pop processor status word , PSW ,A = [SP]+'
-nd['PUSH B']['description'] = 'PUSH BC ,-[SP] =BC'
-nd['PUSH D']['description'] = 'PUSH DE ,-[SP] =DE'
-nd['PUSH H']['description'] = 'PUSH HL ,-[SP] =HL'
-nd['PUSH PSW']['description'] = 'PUSH Processor Status Word ,-[SP] = PSW ,A'
-nd['RAL']['description'] = 'Rotate accumulator left , A={CY,A}<-'
-nd['RAR']['description'] = 'Rotate Accumulator Right , A=->{CY,A}'
-nd['RC']['description'] = 'Return on carry'
-nd['RET']['description'] = 'Return  , PC=[SP]+'
-nd['RIM']['description'] = 'Read Interrupt Mask  ,A=mask'
-nd['RLC']['description'] = 'Rotate Left Circular , A=A<-'
-nd['RM']['description'] = 'Return on Minus'
-nd['RNC']['description'] = 'Return on No Carry'
-nd['RNZ']['description'] = 'Return on No Zero '
-nd['RP']['description'] = 'Return on Plus'
-nd['RPE']['description'] = 'Return on Parity Even'
-nd['RPO']['description'] = 'Return on Parity ODD'
-nd['RRC']['description'] = 'Rotate Right Circular'
-nd['RST 0']['description'] = 'Restart  ,-[SP]=PC,PC=0'
-nd['RST 1']['description'] = 'Restart  ,-[SP]=PC,PC=1'
-nd['RST 2']['description'] = 'Restart  ,-[SP]=PC,PC=2'
-nd['RST 3']['description'] = 'Restart  ,-[SP]=PC,PC=3'
-nd['RST 4']['description'] = 'Restart  ,-[SP]=PC,PC=4'
-nd['RST 5']['description'] = 'Restart  ,-[SP]=PC,PC=5'
-nd['RST 6']['description'] = 'Restart  ,-[SP]=PC,PC=6'
-nd['RST 7']['description'] = 'Restart  ,-[SP]=PC,PC=7'
-nd['RZ']['description'] = 'Return on Zero'
-nd['SBB A']['description'] = 'Subtract with Borrow , A=A-r-CY '
-nd['SBB B']['description'] = 'Subtract with Borrow , A=A-r-CY '
-nd['SBB C']['description'] = 'Subtract with Borrow , A=A-r-CY '
-nd['SBB D']['description'] = 'Subtract with Borrow , A=A-r-CY '
-nd['SBB E']['description'] = 'Subtract with Borrow , A=A-r-CY '
-nd['SBB H']['description'] = 'Subtract with Borrow , A=A-r-CY '
-nd['SBB L']['description'] = 'Subtract with Borrow , A=A-r-CY '
-nd['SBB M']['description'] = 'Subtract with Borrow , A=A-[HL]-CY '
-nd['SBI Data']['description'] = 'Subtract with Borrow Immediate, A=A-r-CY '
-nd['SHLD Address']['description'] = 'Store HL Direct , [a]=HL'
-nd['SIM']['description'] = 'Set Interrupt Mask , mask=A'
-nd['SPHL']['description'] = 'Move HL to SP , SP=HL '
-nd['STA Address']['description'] = 'Store Accumulator , [a] =A'
-nd['STAX B']['description'] = 'Store Accumulator indirect , [BC]=A'
-nd['STAX D']['description'] = 'Store Accumulator indirect ,[DE]=A'
-nd['STC']['description'] = 'Set Carry  ,CY=1'
-nd['SUB A']['description'] = 'Subtract ,A=A-r'
-nd['SUB B']['description'] = 'Subtract ,A=A-r'
-nd['SUB C']['description'] = 'Subtract ,A=A-r'
-nd['SUB D']['description'] = 'Subtract ,A=A-r'
-nd['SUB E']['description'] = 'Subtract ,A=A-r'
-nd['SUB H']['description'] = 'Subtract ,A=A-r'
-nd['SUB L']['description'] = 'Subtract ,A=A-r'
-nd['SUB M']['description'] = 'Subtract memory,A=A-[HL]'
-nd['SUI Data']['description'] = 'Subtract Immedaite,A=A-r'
-nd['XCHG']['description'] = 'Exchange or Swap HL with DE , HL<->DE'
-nd['XRA A']['description'] = 'Exclusive OR Accumulator ,A=Axr'
-nd['XRA B']['description'] = 'Exclusive OR Accumulator ,A=Axr'
-nd['XRA C']['description'] = 'Exclusive OR Accumulator ,A=Axr'
-nd['XRA D']['description'] = 'Exclusive OR Accumulator ,A=Axr'
-nd['XRA E']['description'] = 'Exclusive OR Accumulator ,A=Axr'
-nd['XRA H']['description'] = 'Exclusive OR Accumulator ,A=Axr'
-nd['XRA L']['description'] = 'Exclusive OR Accumulator ,A=Axr'
-nd['XRA M']['description'] = 'Exclusive OR Accumulator ,A=Ax[HL]'
-nd['XRI Data']['description'] = 'Exclusive OR Immediate ,A=Axn'
-nd['XTHL']['description'] = 'Exchange stack Top with HL , [SP]<->HL '
 
 x = json.dumps(nd)
 with open('new_data.json' , 'w' ) as f: