Under Radasm, the assembly language implements the bubbling sort

.686p
. Model Flat,stdcall
Option Casemap:none

Include Windows.inc
Include Kernel32.inc
Include Masm32.inc
Includelib "D:\vs\msvcrt.lib"

Includelib Masm32.lib
Includelib Kernel32.lib
printf PROTO C:dword,:vararg
scanf PROTO C:dword,:vararg

. Data
Hello db ' Hello ', 0
A DWORD 5,4,30,2,1
P byte '%s ', 0ah
Hint1 byte "Please enter 5 numbers:", 0ah,0
Hint2 byte "like 5 2 3 1 4,", 0ah,0
FMT byte "%d%d%d%d%d", 0ah,0
Lin byte "function:%d", 0ah,0
Edii byte "Before exchanging eax:%d,ebx:%d", 0ah,0
Edia byte "After exchanging eax:%d,ebx:%d", 0ah,0
. Code

Start
Init:
MOV edi,0
MOV esi,0
JMP Input_number
Input_number:
Invoke printf, offset hint1
Invoke printf, offset hint2
Invoke scanf, offset fmt,offset a[0],offset a[4],offset a[8],offset a[12],offset a[16]
JMP judge
Judge
CMP edi,4
JNS Ju_esi

MOV eax,a[edi*4]
MOV ebx,a[edi*4+4]
; Invoke Printf,offset lin,2
Add edi,1

CMP EAX,EBX
JNS Exchange; The result is negative, the transfer
JMP judge

Exchange
; Invoke Printf,offset EDII,EAX,EBX
MOV a[edi*4-4],ebx
MOV a[edi*4],eax
; Invoke Printf,offset EDIA,EAX,EBX
; invoke printf, offset fmt,a[0],a[4],a[8],a[12],a[16]
JMP judge

Ju_esi:
; Invoke Printf,offset lin,3
Add esi,1
CMP esi,4
JNS exit
MOV edi,0
JMP judge

Exit
; Invoke Printf,offset lin,4
Invoke printf, offset fmt,a[0],a[4],a[8],a[12],a[16]
; invoke StdOut, addr Hello
Invoke exitprocess,0

End Start

Under Radasm, the assembly language implements the bubbling sort