*input***************************
*read a number through keyboard*
    MOVE.B #13,D0       ; task 13: display a string without CRLF
    LEA MES0,A1          ; assign address of MES to A1
    TRAP #15

    MOVE.B #4, D0       ; task 4: load number to D1.L
    TRAP #15



    TRAP #15

    MOVE.B #3,D0        ; task 3: display signed number in D1.L
    TRAP #15

********************************


*modulo*************************
    MOVE.L D1,D3        ; store input number in D3.L
    CLR.L D1            ; clear D1

    DIVU Y,D3           ; compute modulo and remainder of D3/Y
                        ; remainder is stored in higher bits of D3.L
                        ; quotient is stored in lower bits of D3.L

    SWAP D3             ; swap content of lower bits and higher bits
                        ; now, modulo is stored in the lower bit of D3.L

    MOVE.W D3,D1        ; move modulo to D1

    MOVE.B #14,D0       ; display MES2
    LEA MES2,A1
    TRAP #15

    MOVE.B #3,D0        ; display modulo in D1.L
    TRAP #15

    MOVE.B #14,D0       ; newline
    LEA NEWLINE,A1
    TRAP #15
********************************


*array**************************
*random access of an array*


    LEA SOMEARRAY,A2    ; get address of SOMEARRAY
    MOVE.W (A2),D1      ; get SOMEARRAY[0]
    MOVE.B #3,D0        ; display SOMEARRAY[0]
    TRAP #15

    MOVE.B #14,D0       ; newline
    LEA NEWLINE,A1
    TRAP #15

    ADD.W #6,A2         ; fourth element
                        ; since the array is initialized with DC.W, each element takes 2 bytes
                        ; so, the address of the 4th element= address of the 1st element + (2 bytes)*(4-1)

    MOVE.W (A2),D1      ; get SOMEARRAY[3]
    MOVE.B #3,D0        ; display SOMEARRAY[3]
    TRAP #15
********************************


    SIMHALT

* Put variables and constants here
NEWLINE DC.B $D,$A,0
MES0 DC.B 'Input the size of the array: ',0 ; Here, 0 indicates the end of a string, which is similar to '\0' in c-style strings
MES1 DC.B 'Your input is: ',0

Y DC.W 10
MES2 DC.B 'The modulo is: ',0

SOMEARRAY DC.W 2,3,8,1,6,5,4

    END    START        ; last line of source