3. Explain what is done in the given assembly code. When program finished what is the value in thePORT D?XEQU 8x21EQU ex22CMAINBANKSELTRISDCLRFTRISDBANKSELPURTDCLRFXMOVLMex83MOVFWCLOOPINCFXDECFSZ CGOTO LOOPDECF XBTFSS X,3GOTO$-7MOVFW Xmove FODEND

Name: 3. Explain what is done in the given assembly code. When program fini
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: 3. Explain what is done in the given assembly code. When program finished what is the value in thePORT D?XEQU 8x21EQU ex22CMAINBANKSELTRISDCLRFTRISDBANKSELPURTDCLRFXMOVLMex83MOVFWCLOOPINCFXDECFSZ CGOTO LOOPDECF XBTFSS X,3GOTO$-7MOVFW Xmove FODEND

The given assembly code first sets up a loop that runs through all of the bits in PORT D. For each…

Engineering

Computer Science

3. Explain what is done in the given assembly code. When program finished what is the value in the PORT D? EQU 8x21 EQU ex22 С MAIN BANKSEL TRISD CLRF TRISD BANKSEL PORTD CLRF X MOVLW exe3 MOVFW С LOOP X INCF DECFSZ C GOTO LOOP DECF X BTFSS X,3 GOTO $-7 MOLDU M

3. Explain what is done in the given assembly code. When program finished what is the value in the PORT D? EQU 8x21 EQU ex22 С MAIN BANKSEL TRISD CLRF TRISD BANKSEL PORTD CLRF X MOVLW exe3 MOVFW С LOOP X INCF DECFSZ C GOTO LOOP DECF X BTFSS X,3 GOTO $-7 MOLDU M

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter10: Pointers

Section10.1: Addresses And Pointers

Problem 5E

See similar textbooks

Similar questions

Write an ARM assembly program to convert temperatures from Celsius to Fahrenheit orfrom Fahrenheit to Celsius. Here are the two formulas for your reference. Use variable toread and store values, you can initialize any integer value into the variables (Do not expectdecimal results we are only doing integer operations).C = 5 × (F − 32) / 9F = (9 × C / 5) + 32Name the file TempConvert.s add the below commenting statements in the program;Name:;Date:;Give which expression you use
Write programs that will accomplish the desired tasks listed below, using as few lines of code as possible.Use only opcodes that have been covered in class. Comment on each line of code. m) Copy the external code byte at address 007Dh to the SP n) Copy the data in register R5 to external RAM address 032Fh o) Copy the internal code byte at address 0300h to external RAM address 0300h p) Swap the bytes in TIMER 0 ; put TL0 in TH0 and TH0 in TL0 q) Store DPTR in external RAM locations 0123h (DPL) and 02BCh (DPH) r) Exchange both low nibbles of registers R0 and R1 ; put the low nibble of R0 in R1, and the low nibble of R1 in R0
Write the assembly code for the safe_input function in the C program given below. Name the file as safeinputfile.asm. #include <stdio.h> int safe_input(char *buffer, unsigned length ); int main(){ char buffer[32]; printf("Your name: "); fflush(stdout); safe_input(buffer,32); printf("Pleased to meet you, %s!\n",buffer); return 0;}
Write programs that will accomplish the desired tasks listed below, using as few lines of code as possible.Use only opcodes that have been covered in class. Comment on each line of code. m) Copy the external code byte at address 007Dh to the SPn) Copy the data in register R5 to external RAM address 032Fho) Copy the internal code byte at address 0300h to external RAM address 0300hp) Swap the bytes in TIMER 0 ; put TL0 in TH0 and TH0 in TL0q) Store DPTR in external RAM locations 0123h (DPL) and 02BCh (DPH)r) Exchange both low nibbles of registers R0 and R1 ; put the low nibble of R0 in R1, and the lownibble of R1 in R0s) Store the content of register R3 at the internal RAM address contained in R2. (Be sure the addressin R2 is legal)t) Store the content of RAM location 20h at the address contained in RAM location 08hu) Store register A at the internal RAM location address in register A
Research on your own, provide at least 1 example of code setInterval(), clearInterval(), andrequestAnimationFrame() running on your machine in VSC function fastFunction(){ console.log("fast function completed") } function slowFunction(){ var now = new Date().getTime(); while(new Date().getTime() < now + 5000){ /* processing*/} console.log("Slow function completed "); } function asyncslowFunction(){ console.log("asyncslowFunction was called") setTimeout(slowFunction, 5000); } fastFunction() slowFunction() fastFunction() slowFunction() /*---------*/ fastFunction() asyncslowFunction() fastFunction() asyncslowFunction()
Can you show me the screen shot of the output consoleof the following assembly code please INCLUDE Irvine32.inc .DATA whiteProb BYTE 3 ; probability of white is 30% blueProb BYTE 1 ; probability of blue is 10% greenProb BYTE 6 ; probability of green is 60% .CODEmain PROC call Randomize ; initialize random number generator mov ecx, 20 ; loop 20 times jmp displayText ; jump to displayText to start the loop displayText: ; generate random number between 0 and 9 call RandomRange ; returns random number in EAX mov edx, 0 ; set default color to white cmp eax, whiteProb ; compare with white probability jbe whiteSelected ; jump if less than or equal to white probability cmp eax, blueProb ; compare with blue probability je blueSelected ; jump if equal to blue probability cmp eax, greenProb ; compare with green probability ja greenSelected ; jump if greater than green probability whiteSelected: mov…
Write an ARM assembly program to convert temperatures from Celsius to Fahrenheit or from Fahrenheit to Celsius. Here are the two formulas for your reference. Use variable to read and store values, you can initialize any integer value into the variables (Do not expect decimal results we are only doing integer operations). C = 5 × (F − 32) / 9 F = (9 × C / 5) + 32 Name the file TempConvert.s add the below commenting statements in the program ;Name: ;Date: ;Give which expression you use Please use LDR/STR
Perform a desk check of the following code by walking thru the program and executing it like a computer would. A complete desk check must include: 1. An evaluation of all decision logic indicating the line number of the decision replacing variable names with their values at the time of the evaluation and then indicating if it was true of false.2. A PseudoMonitor™ that shows the output3. A memory map/table that tracks all variable values. Be sure to have three separate areas (three sheets of paper if needed) to document the above. State whether the algorithm represented by the code produces valid results given the obvious objective of the program. If not, explain why not. Even if it works with the given data set, does it contain potential hazards? Explain. Can you optimize the code in any way? You may not execute every line of code depending on the logic of the code and program inputs. Use the following incoming data for your program desk check. INCOMING DATA 3 6…
Write a Pep/9 assembly language program that reads an integer value from the keyboard, and displays a table that shows the quotient when the input value is divided by successive powers of 2, between 2 and 32. Your program should produce exactly the same output as the following C program: #include <stdio.h> int inpVal; int divis; int quotient; int main() { printf("? "); scanf("%d", &inpVal); divis = 2; quotient = inpVal / divis; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); } **************************** IMP I need in this below example format please don't answer in other ways********************************************
Develop a python program that will determine the required mass of one compound based on three parameters: (1) compound name, (2) liters of solution, and (3) molarity The input should be in a single text file (input.txt). The required mass should be in a single text file (output.txt). Only two decimal places should be included in the output.txt. Example: *input.txt* compound,liter,molarity NH4Cl, 0.1, 2.5 NaCl, 0.5, 0.25 Na2CO3, 0.75, 1.25 *output.txt* 13.37 7.31 99.36
Create a three address statement and convert the three address statement into machine code fromthe following program input snippet:int x=0, k = 0;do{if (k%2==0 && x>0) x++;else x--;k++;} while (k<5);
We will use Venus RISC-V simulator for the lab. Please save screenshot of code and output Based on fib.s, please rewrite the code to print full Fibonacci sequence to the console. For example, if n = 5, print 0, 1, 1, 2, 3. Test your program by varying n. Please save the screenshot of the two following test cases: 1) n = 10 2) n = 18 Save your code as task1.s. Here is the fib.s: .data .word 2, 4, 6, 8 n: .word 9 .text main: add t0, x0, x0 addi t1, x0, 1 la t3, n lw t3, 0(t3) fib: beq t3, x0, finish add t2, t1, t0 mv t0, t1 mv t1, t2 addi t3, t3, -1 j fib finish: addi a0, x0, 1 addi a1, t0, 0 ecall # print integer ecall addi a0, x0, 10 ecall # terminate ecall