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;THIS IS A SIMPLE PROGRAM TO DISPLAY A MESSAGE ON THE 
;SCREEN. SHOULD OUTPUT This is a message! TO SCREEN AND 
;RETURN WITH NO ERRORLEVEL. THIS CAN’T BE MADE INTO A 
;COM FILE WITH TLINK AS IT GENERATES AN ERROR.
        
        .MODEL SMALL ;Ignore the first two lines
                           ;I'll explain what this means later.
        .STACK     ;allocate a stack
        .CODE        ;a directive to start code segment
 ...

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;THIS IS A SIMPLE PROGRAM TO DISPLAY A MESSAGE ON THE 
;SCREEN. SHOULD OUTPUT This is a message! TO SCREEN AND 
;RETURN WITH NO ERRORLEVEL. THIS CAN’T BE MADE INTO A 
.COM FILE WITH TLINK AS IT GENERATES AN ERROR.
        
        .MODEL SMALL ;Ignore the first two lines
                           ;I'll explain what this means later.
        .STACK     ;allocate a stack
        .CODE        ;a directive to start code segment
 ...

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global _start
 
section .data
 
section .text
 
_start:
        je              exit
 ...

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mov eax,1

1
MOV AX, BX

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        global _start
 
section .data
        buffer  dw      0h
 
section .text
 
_start:
        mov             ecx, buffer
 ...

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section .text
        global _start
 
_start:
        mov edx,len
        mov ecx,msg
        mov ebx,1
        mov eax,4
        int 0x80
 ...

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        global _start
 
section .data
        buffer  dw      0h
 
section .text
 
_start:
        mov             ecx, buffer
 ...

1
 

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class Ex
{
        public static void main(String ex[])
        {
        System.out.println("HELLO");
        }
}

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        global _start
 
section .data
        buffer  dw      0h
 
section .text
 
_start:
        mov             ecx, buffer
 ...

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        global _start
 
section .data
        buffer  dw      0h
 
section .text
 
_start:
        mov             ecx, buffer
 ...

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l,kl

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// your name goes here
 
 
 
#include <iostream>
#include <string>
#include <iomanip>
using namespace std;
 ...

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// your name goes here
 
 
 
#include <iostream>
#include <string>
#include <iomanip>
using namespace std;
 ...

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global _start
 
section .data
 
  buf db '--------$'
 
section .code
 
  mov ax, 10           ; Load the value to convert
 ...

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mov ax, 10           ; Load the value to convert
  mov dx, 80h          ; Mask with first bit set = 10000000 in binary
  mov cx, 8            ; How many bits to scan
  mov di, OFFSET, buf   ; Load address of a first symbol in output buffer
 
next_bit:
  test ax, dx          ; Testing the bit
  jz   store_zero      ; Bit is not set
 
 ...

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mov ax, 10           ; Load the value to convert
  mov dx, 80h          ; Mask with first bit set = 10000000 in binary
  mov cx, 8            ; How many bits to scan
  mov di, OFFSET buf   ; Load address of a first symbol in output buffer
 
next_bit:
  test ax, dx          ; Testing the bit
  jz   store_zero      ; Bit is not set
 ...

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.code
 
  mov ax, 10           ; Load the value to convert
  mov dx, 80h          ; Mask with first bit set = 10000000 in binary
  mov cx, 8            ; How many bits to scan
  mov di, OFFSET buf   ; Load address of a first symbol in output buffer
 
next_bit:
  test ax, dx          ; Testing the bit
 ...

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.data
 
  buf db '--------$'
 
.code
 
  mov ax, 10           ; Load the value to convert
  mov dx, 80h          ; Mask with first bit set = 10000000 in binary
  mov cx, 8            ; How many bits to scan
 ...

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;; Dec2Bin--translate a decimal character string into its equivalent
;;   binary number
;;
;;   Input:
;;      ds:si points to the first character of the string
;;
;;   Output:
;;      If there is no error, the carry flag is clear and we have:
;;      ax = value translated
 ...

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;; Dec2Bin--translate a decimal character string into its equivalent
;;   binary number
;;
;;   Input:
;;      ds:si points to the first character of the string
;;
;;   Output:
;;      If there is no error, the carry flag is clear and we have:
;;      ax = value translated
 ...

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;; Dec2Bin--translate a decimal character string into its equivalent
;;   binary number
;;
;;   Input:
;;      ds:si points to the first character of the string
;;
;;   Output:
;;      If there is no error, the carry flag is clear and we have:
;;      ax = value translated
 ...

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;; Dec2Bin--translate a decimal character string into its equivalent
;;   binary number
;;
;;   Input:
;;      ds:si points to the first character of the string
;;
;;   Output:
;;      If there is no error, the carry flag is clear and we have:
;;      ax = value translated
 ...

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        global _start
 
section .data
        buffer  dw      0h
 
section .text
 
_start:
        mov             ecx, buffer
 ...

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        global _start
 
section .data
        buffer  dw      0h
 
section .text
 
_start:
        mov             ecx, buffer
 ...

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segment .data 
msg1 db '', 0
msg2 db 10
msg2size equ $ - msg2
msg3 db '-'
msg3size equ $ - msg3
 
segment .text 
 ...

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segment .data 
msg1 db '', 0
msg2 db 10
msg2size equ $ - msg2
msg3 db '-'
msg3size equ $ - msg3
 
segment .text 
 ...

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segment .data 
msg1 db '', 0
msg2 db 10
msg2size equ $ - msg2
msg3 db '-'
msg3size equ $ - msg3
 
segment .text 
 ...

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segment .data 
msg1 db '', 0
msg2 db 10
msg2size equ $ - msg2
msg3 db '-'
msg3size equ $ - msg3
 
segment .text 
 ...