This is problem:

$1.$ Counting Occurrences in ARM Assembly

Objective:

o Write an ARM assembly program to count the occurrences of bytes from data$2$ within data$1.$

o Utilize the provided base addresses for data$1(0$x$10000000-$ X$0)$ and data$2(0$x$20000000-$ X$1).$

Requirements:

Data Initialization:

o data $1-12342468370249366170$

o data $2-34353637$

o Declare two arrays, data$1$ and data$2,$ with the provided values.

o Use the base addresses $0$x$10000000$ for data$1$ and $0$x$20000000$ for data$2.$

Counting Occurrences:

o Use the base addresses of data$1$ and data$2$ to store the data.

o Count the occurrences of each byte from data$2$ within data$1$ totally.

o Store the total number of occurrences in X$5$ register.

Comments and Documentation:

o Provide clear comments and documentation explaining each section of your code.

o Include information about the data structure and any design decisions.

This is solution:

$//$ Initialize data values

MOVZ X$0,0$x$1000,$ LSL $16//$ In X$0,$ make the array's main address

MOVZ X$1,0$x$2000,$ LSL $16//$ In X$1,$ make the array's main address

MOVZ X$2,$ #$0//$ Set the counter in X$2$

MOVZ X$17,$ #$4//$ In X$17,$ set the loop counter for the outer loop

MOVZ X$18,$ #$10//$ In X$18,$ set the loop counter for the outer loop

$//$ Load data into registers

MOVZ X$6,0$x$3435//$ Load data to X$6$

MOVZ X$7,0$x$3637//$ Load data to X$7$

STURH X$6,[$X$0]//$ At the address in X$0,$ store X$6$

STURH X$7,[$X$0,$ #$2]//$ At the address in X$0+2,$ store X$7$

$//$ Enter more data into the registers.

MOVZ X$8,0$x$1234//$ Load data to X$8$

MOVZ X$9,0$x$2468//$ Load data to X$9$

MOVZ X$10,0$x$3702//$ Load data to X$10$

MOVZ X$11,0$x$4936//$ Load data to X$11$

MOVZ X$12,0$x$6170//$ Load data to X$12$

STURH X$8,[$X$1]//$ At the address in X$1,$ store X$8$

STURH X$9,[$X$1,$ #$2]//$ At the address in X$1+2,$ store X$9$

STURH X$10,[$X$1,$ #$4]//$ At the address in X$1+4,$ store X$10$

STURH X$11,[$X$1,$ #$6]//$ At the address in X$1+6,$ store X$11$

STURH X$12,[$X$1,$ #$8]//$ At the address in X$1+8,$ store X$12$

$//$ Comparing the arrays' components using an outer loop

LOOP$1$: LDURB X$3,[$X$0]//$Put a byte into X$3$ from the location in X$0$

ADDI X$0,$ X$0,$ #$1//$ Increase X$0\text{'}$s address

$//$ Inner loop to compare elements of the arrays

LOOP$2$: LDURB X$4,[$X$1]//$Put a byte into X$4$ from the location in X$1$

ADDI X$1,$ X$1,$ #$1//$ Increase X$1\text{'}$s address

SUB X$5,$ X$3,$ X$4//$ Keep the value in X$5$ after subtracting X$4$ from X$3$

CBNZ X$5,$ NotInc $//$ If the outcome is not zero, do not increase X$2$

ADDI X$2,$ X$2,$ #$1//$ Increase the X$2$ counter

NotInc:

SUBI X$18,$ X$18,$ #$1//$ Reduce the X$18$ inner loop counter.

CBNZ X$18,$ LOOP$2//$ Repeat the loop if the inner loop counter is not zero

$//$ Reset variables for the next iteration of the outer loop

MOVZ X$1,0$x$2000,$ LSL $16//$ Reset the second array in X$1$ base address

MOVZ X$18,$ #$10//$ In X$18,$ reset the inner loop counter

SUBI X$17,$ X$17,$ #$1//$ Reduce the X$17$ outer loop counter

CBNZ X$17,$ LOOP$1//$ Repeat the loop if the outer loop counter is not zero

Now, solve this problem for this given datas:

o data $1-2527283031333436373940424345$

o data $2-3031323334353637$