$nasm -f elf .asm; ld -m elf i386 -s -o demo .0 mov len BOV MSg MOV ebx, 1 main.asm:2: error: symbol len' undefined main.asm:3: error: invalid combination of opcode and operands ld: cannot find .o: No such file or directory int Oxs0 int Ox80 section .data msg db Hello, world!',exa

$nasm -f elf .asm; ld -m elf i386 -s -o demo .0 mov len BOV MSg MOV ebx, 1 main.asm:2: error: symbol len' undefined main.asm:3: error: invalid combination of opcode and operands ld: cannot find .o: No such file or directory int Oxs0 int Ox80 section .data msg db Hello, world!',exa

Name: Sort out MISP code bugs mov lenmov nMOv ebx, 1$nasm -f elf *.asm; ld
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Sort out MISP code bugs mov lenmov nMOv ebx, 1$nasm -f elf *.asm; ld -m elf i386 -s -o demo *.omain.asm:2: error: symbol len' undefinedmain.asm:3: error: invalid combination of opcode and operandsld: cannot find *.o: No such file or directory3sw Aoi

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter12: Secondary Storage Management

Section: Chapter Questions

Problem 5VE

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in fedora 37 1. Create a directory named Module9 and navigate to that directory. 2. Copy the file pay.dat from Module8 to Module9. Here it is again, just in case: 0001:John Smith:15.40 0002:Jane Smith:15.41 0003:George Jungle:12.10 0004:Ursula Jungle:16.11 3. Using a pipe symbol for filtering and sort the data to stdout. Enter: cat pay.dat | sort 4. Now, on your own, using a pipe symbol for filtering and sort the data in descending order to stdout and append that to a file named SortPay.dat. 5. Copy pay.dat to three files named: pay10,dat, pay12.dat, and pay02.txt. You may need to use multiple commands. 6. Use pattern matching to locate only pay02.txt. 7. Enter the command to remove pay2.dat and redirect both stdin and stdout to a file named RemovePay.txt. 8. Run the command in step 7 again. 9. Display the contents of RemovePay.txt 10. Take screen captures please explain each step and take screenshots
Can someone please look at my script and explain why the data is not being read and entered into my pretty table? Any help is appreciated. Script is below. I am getting an empty pretty table as my output. # Python Standard Library import os from prettytable import PrettyTable myTable = PrettyTable(["Path", "File Size", "Ext", "Format", "Width", "Height", "Type"]) dirPath = input("Provide Directory to Scan:") i f os.path.isdir(dirPath): fileList = os.listdir(dirPath) for eachFile in fileList: try: localPath = os.path.join(dirPath, eachFile) absPath = os.path.abspath(localPath) ext = os.path.splitext(absPath)[1] filesizeValue = os.path.getsize(absPath) fileSize = '{:,}'.format(filesizeValue) except: continue # 3rd Party Modules from PIL import Image imageFile = input("Image to Process: ") try: with Image.open(absPath) as im: # if success, get the details imStatus = 'YES' imFormat = im.format imType = im.mode imWidth = im.size[0] imHeight = im.size[1] #print("Image Format: ", im.format)…
Minix Suppose a file is on a filesystem using a 1K block size. This file is maintained on thedisk using i-nodes as is typical on many UNIX filesystems (as described on pages 286-287 and789-790 of your text). Suppose there are seven direct pointers, and then a pointer to one singlydirect block, a pointer to a doubly indirect block, and a pointer to a triply indirect block. Suppose aprogram creates and opens a file in this filesystem, and then seeks to the following positions,writes a character, and then exits. Identify how many disk blocks, (both data and indirect blocks)must be allocated to store the data for the file. (Note that a-c each represent a different file.)a. Seek to 9000b. Seek to 300000c. Seek to 67,000,000How big would a file need to be to require the triply indirect pointer?
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CODE IN JAVAYou have 01 computer and a file containing 10 billion random 64-bit numbers. The goal is to take the top 5000 highest values from the file.Assuming that each comparison would take 10ns and disk reading takes no time.
dataarr DWORD 10 DUP (?)str byte "generating Random numbers",0.codemain PROCmov ESI, OFFSET arrmov ECX ,LENGTHOF arrcall myexitmain ENDPmy PROClea edx,strcall writestringcall randomizeL1:call random32mov [esi],eaxadd esi,type arrloop L1retmy ENDPend main (2) Write another procedure that takes 10 32-bit signed numbers from user and store them in anotherarray named arr1(3) Display values from any array on screen (4) Display a string at 5 different secreen locations(5) Display a string in 10 random foreground and background colorsCall all of these procedures in your main in the same sequence
Question 5: findWrite a simple version of the Linux find program: find all the files in a directory tree whose namematches a string.Some hints:·Look at ls.c to see how to read directories.·Don’t try to find any files in the “.” and “..” directories.·Changes to the file system persist across runs of QEMU; to get a clean file system run makeqemu.Your solution is correct if produces the following output (when the file system contains a file a/b):$ make qemu ...init: starting sh$ echo > b$ mkdir a$ echo > a/b$ find . b./b./a/b$
2. Exploring envp:a. Modify showEnvp.c so it reports envp addresses in the same style as showArgs2 displays argv addresses. Save a copy of the output in a file – you’ll need to refer to it in part b. Provide a program listing, a status statement and 6-8 lines of output, but not all the output. (2)b. Inside your program use putenv to define one environment variable and setenv to redefine another. Do these values appear in the array envp or __environ or both? (2)c. Based on the program output sketch a data structure diagram for envp. You only need to include the first 3 environment variable values (2) Hand in a commented listing of your program, proof of testing and a status report. On your cover page, aside from your name, the course code, lab section and the assignment #. Make sure you include your student number. If I have to look it up to verify that you are doing the correct exercise - 2 marks off. If you do the wrong exercise 2 more marks will be deducted showEnvp.c#include…
True or False: Logical extractions are bit-by-bit copiesof the file system, including deleted data.