正如Michael所解释的，指令array DCD 4,7,6,8必须在AREA d, DATA指令之后-否则数组将被置于只读代码区，因此无法被覆盖。

保留8拇指区复位，数据，只读导出__矢量__矢量DCD 0x 20001000;堆栈指针初始化时在此处输入代码值

DCD Reset_Handler ;reset vector

        ALIGN

;AREA DATA

MAXP DCD最大值最小值DCD最小值
N双CD 12数字1双CD 3，-7，2，-2，10，20，30，15，32，8，64，66指针双CD数字1

AREA MYRAM, DATA, READWRITE

最大DCD 0最小DCD 0

AREA MYCODE,CODE, READONLY
ENTRY
EXPORT Reset_Handler

重设行程程式（_H）
主LDR R1，=指针;在R1 LDR R2中加载指针，[R1] ;从指针LDR R3获取数组地址，= MAX ;加载R3中的MAX指针LDR R6，[R3] ;从MAX指针LDR R7获取MAX的地址，= N ; R5 LDR R 0中的负载计数器地址，[R7] ;从R5 LDR R8中的计数器地址加载计数器值，= MIN ;在R8地址LDR R5中加载MIN指针，[R8] ;从最小指针LOOP LDR R4，[R2]，#4加载最小值;从数组加载值并更新（递增）指针CMP R4、R6的地址;比较R6值与R3 IT GT ;如果大于，则执行下一指令MOVGT R6、R4 ;如果数组值大于R6中的值，则将R3中的R6值移到CMP R4、R5中;比较R6和R 0的最小值IT〈LT ;如果value小于最小值，则执行nex指令MOVLT R5、R4 ;更新R 0中最小数量的值

SUB R0,R0,#1       ;Decrement counter by one in every loop itration 
CMP R0, #0          ;Compare remaining counter value with zero
BNE LOOP            ;if value is not zero then jump to loop 

STR R5, [R8]         ;if counter become zero then store Min value at address MIN 
STR R6, [R3]         ;Store MAX value at address MAX

结束

PRESERVE8
                THUMB
                AREA RESET, DATA, READONLY
                EXPORT __Vectors
__Vectors
                DCD 0x20001000   ;stack pointer value when initilized
                
                DCD Reset_Handler ;reset vector
                    
                ALIGN
                

        ;AREA DATA

MAXP    DCD MAX
Min     DCD MIN

N       DCD 12
NUM1    DCD 3,-7,2,-2,10,20,30,15,32,8,64,66
POINTER DCD NUM1
    
        AREA MYRAM, DATA, READWRITE
MAX     DCD 0   
MIN     DCD 0   
    
        AREA MYCODE,CODE, READONLY
        ENTRY
        EXPORT Reset_Handler

Reset_Handler   

Main
        LDR R1 , = POINTER  ;Load Pointer in R1
        LDR R2 ,[R1]        ;get address of array from pointer
        LDR R3 , = MAX     ;Load MAX pointer in R3
        LDR R6, [R3]        ;Get address of MAX from MAX pointer 
        LDR R7 , = N        ;Load counter Adress in R5
        LDR R0,[R7]         ;Load Value of Counter from counter address which is in R5
        LDR R8, = MIN       ;Load MIN pointer in R8 Address
        LDR R5, [R8]        ;Load MIN value from MIN pointer   
LOOP    
        LDR R4 , [R2],#4    ;Loading value from array and updating(increment) the address of pointer    
        CMP R4, R6          ;Compare R6 value with R3
        IT GT               ;If greater then exectue next instruction
        MOVGT R6,R4         ;if Array value greater than than value in R6 then move R6 value in R3
        CMP R4, R5          ;compare R6 with R0 the minimum value 
        IT LT               ;if value is less than the minimum value then execute nex instruction 
        MOVLT R5,R4         ;updat value of minimum number in R0 
        
        SUB R0,R0,#1       ;Decrement counter by one in every loop itration 
        CMP R0, #0          ;Compare remaining counter value with zero
        BNE LOOP            ;if value is not zero then jump to loop 
        
        STR R5, [R8]         ;if counter become zero then store Min value at address MIN 
        STR R6, [R3]         ;Store MAX value at address MAX
        
    END