Compile Common commands

-------------------------------------------------------------------------------- MoV (MOVE) transfer command p28 Push into Stack command p32 Pop output stack command p33 Xchg (exchang) Switch command p34 Xlat (translate) code change command p34 Lea (Load Balancing tive address) valid address sends register instruction p35 LDS (load ds with pointer) pointer send register and DS command p35 Les (load es with pointer) pointer send register and ES command p35 Lahf (load ah with flags) Flag sends Ah command p36 Sahf (store Ah into flgs) Ah sends sign register instruction p36 Pushf (push the flags) flag into the stack command p36 Popf (pop the flags) indicates the stack command p37 Add addition command ADC incoming bit addition command p39 INC plus 1 command p39 Sub (subtract) without the subtraction command P40 SBB (suvtrach with borrow) subtraction command P40 Dec (decrement) minus 1 refers to the collar p41 Neg (negate) command p41 CMP (compare) Comparison command p42 Mul (unsinged multiple) unsigned number multiplication command p46 Imul (signed mul tiple) signed number multiplication command p46 Div (unsigned divide) unsigned number division command p48 Idiv (signed divide) signed number division command p48 CBW (count byte to word) byte conversion to word command P50 CWD (count word to doble word) Word conversion to dual-word command P50 DAA compressed BCD code addition decimal Adjustment Command P53 DAS-compressed BCD code subtraction decimal Adjustment Command P53 AAA non-compressed BCD code addition decimal Adjustment Command p54 AAS non-compressed BCD code addition decimal Adjustment Command p54 And logic and command p54 Or logic or command p55 XOR logic XOR command P56 Not logical non-directive P56 Test test command p57 SHL (shift logical letf) logic left shift command p57 SHR (shift logical right) logic right shift command p57 Rol (rotate left) loop left shift command P58 Ror (rotate right) loop right shift command P58 RCL (rotate left through carry) Bring-in loop shifts left P58 RCR (rotate right through carry) Bring-in loop shifts left P58 Movs (move string) Serial Transmission command P58 STOs (store into string) Saving string command P60 Lods (load from string) command P60 Rep (Repeat) repeat operation prefix p61 CLD (clear direction flag) Clear direction flag command p61 STD (set Direction Flag) sets the direction flag directive p61 CMPS (compare string) string comparison command p62 SCAs (SCAN string) Serial scan command P63 Repe/repz (repeat while equal/zero) equal/Zero repeated operation prefix P63 Repne/repnz (repeat while not equal/zero) not equal/Not a zero-entry repetition prefix In (input) input command p65. Output command JMP (jump) unconditional transfer command P66 JZ, jnz, JS, JNS, Jo, jno, JP, jnp, JB, JNB, jbe, jnbe, JL, JNL, jle, jnle, jcxz conditional transfer instruction p67 Loop command p70 Loopz/loope 0/equal loop command p70 Loopnz/loopne is not zero/when they are not equal loop command p70 Call subroutine call command p71 RET (retun) subroutine return instruction p72 CLC (clear carry) carry position 0 command p77 CMC (complement carry) carries counter command p77 SRC (set carry) carry position 1 command p77 Nop (no operetion) No Operation Command p77 Hlt (halt) Stop command p77 Offset return offset address p85 SEG return segment address p85 Equ (=) equivalent statement P90 Purge release statement P91 DUP operand field using the copy operator p93 Segment, ends segment definition command P95 Assume segment Address Allocation command P95 Org start offset Address Setting command p96 $ Current address counter value P97 Proc, endp Process Definition Statement P97 Name, title, end start and end p98 Macro, endm macro definition command P99

CIDR Block for short jump to JMP short OPR Direct near-transfer of JMP near ptr opr within a segment Inter-segment indirect transfer of JMP word PTR OPR Inter-segment direct transfer of JMP far PTR OPR Inter-segment indirect transfer of JMP DWORD PTR OPR Jz opr // The result is zero transfer Jnz OPR // The result is not zero transfer Js opr // The result is Negative Transfer Jns opr // The result is positive. Jo OPR // overflow Transfer Jno OPR // No overflow Transfer Jp opr // The result is an even transfer. Jnp OPR // The result is odd Transfer Jc opr // bitwise Transfer Jnc opr // carry-free transfer