please do the code part in code warrior using C

this is the assembly shell needed for the code

;*****************************************************************

;* This stationery serves as the framework for a *

;* user application (single file, absolute assembly application) *

;* For a more comprehensive program that *

;* demonstrates the more advanced functionality of this *

;* processor, please see the demonstration applications *

;* located in the examples subdirectory of the *

;* Freescale CodeWarrior for the HC12 Program directory *

;*****************************************************************

; export symbols

ABSENTRY Entry ; for absolute assembly: mark this as application entry point

; Include derivative-specific definitions

INCLUDE 'derivative.inc'

ROMStart EQU $4000 ; absolute address to place my code/constant data

; variable/data section

ORG $1000

; Insert here your data definition.

; code section

ORG ROMStart ; this is the same as org $4000

Entry:

;**************************************************************

;* Interrupt Vectors *

;**************************************************************

ORG $FFFE

DC.W Entry ; Reset Vector

END

Create a new assembly project called Lab2-task1 following the instructions above. Download the assembly shell from ELearning and copy its contents into the main.asm file. Using the code below, perform the following tasks: o Label the addressing mode and RTL for each instruction o Calculate the result of each instruction using hand calculations o Enter the code into the assembly shell and simulate the program step by step. After each step, take a screenshot of the register window. CLRA LDAA #$27 LDAB #$F5 ABA STAA $1000 STAB $1001 LDX $1000 LDAA 0,X LDAA 1,X+ LDAB -1,X LDAA 2,X- Create a new assembly project called Lab2-task1 following the instructions above. Download the assembly shell from ELearning and copy its contents into the main.asm file. Using the code below, perform the following tasks: o Label the addressing mode and RTL for each instruction o Calculate the result of each instruction using hand calculations o Enter the code into the assembly shell and simulate the program step by step. After each step, take a screenshot of the register window. CLRA LDAA #$27 LDAB #$F5 ABA STAA $1000 STAB $1001 LDX $1000 LDAA 0,X LDAA 1,X+ LDAB -1,X LDAA 2,X