The following utility tool(s) may be used by us in order to investigate the File System (such as NTFS) of a partition or volume: The grouping of answer choices DISKPART \sFSUTIL \sWMIC Anything that was discussed before
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The following utility tool(s) may be used by us in order to investigate the File System (such as NTFS) of a partition or volume:
The grouping of answer choices
DISKPART \sFSUTIL \sWMIC
Anything that was discussed before
Step by step
Solved in 2 steps
- In the context of the same file management system, it is planned to offer a sorted view of files by name. For that purpose, there is a need for a compare function that takes two strings (file names) and returns: 0: if both files are the same -1: if the first string comes alphabetically before the second string 1: if the first string comes alphabetically after the second string Examples: compare (abc, abc) → 0 compare (abc, de) →-1 compare (xyz, abcde) → 1 i. Design the compare algorithm as described above. Use pseudocode to describe your algorithm.Implement a city database using a BST to store the database records. Each database record contains the name of the city (a string of arbitrary length) and the coordinates of the city expressed as integer x- and y-coordinates. The BST should be organized by city name. Your database should allow records to be inserted, deleted by name or coordinate, and searched by name or coordinate. Another operation that should be supported is to print all records within a given distance of a specified point.Collect running-time statistics for each operation. Which operations can be implemented reasonably efficiently (i.e., in O(log n) time in the average case) using a BST? Can the database system be made more efficient by using one or more additional BSTs to organize the records by location?The goal of this second exercise is to develop a better understanding of the Linuxinterprocess communication mechanisms. This would require you to write twoprograms P1 and P2. The first program P1 needs to generate an array of 50random strings (of characters) of fixed length each. P1 then sends a group offive consecutive elements of the array of strings to P2 along with the ID’s ofthe strings, where the ID is the index of the array corresponding to the string.The second program P2 needs to accept the received strings, and send backthe highest ID received back to P1 to acknowledge the strings received. Theprogram P2 simply prints the ID’s and the strings on the console. On receivingthe acknowledged packet, P1 sends the next five strings, with the string elementsstarting from the successor of the acknowledged ID. The above mechanism needs to be implemented FIFO and UNIX DOMAIN SOCKETS. Please note that you may NOT make assumptions about the reliability of the interprocess communication…
- This question was rejected because lack of a text file, which I do not see a way to upload. I saved the first part of the file as an image because that is all I can upload. If that doesn't suffice, please advise how to include a text file. In C++, I would like some help improving or making a better password lookup function for a Hash Table class/program I made, The function: it is supposed to lookup a user password using their ID and name which I read in from a text file. The one I have only works for the first 10 records, which I highlighted below in the program. string lookupPassword (string inUserID, string inUserName){ string thePassword; ... return thePassword; } Here is part of the program thus far: // Hash.cpp #include <iostream>#include<string>#include<iomanip>#include<fstream>using namespace std;//node classclass nodeBST {private: //user data string userID; string userName; string userPW; //BST left and right children nodeBST*…Computer Science Write a python program that reads the data file https://archive.ics.uci.edu/ml/machine-learning-databases/eventdetection/CalIt2.data and finds the total count of outflow and the total count of inflow. The attributes in the file are as follows: 1. Flow ID: 7 is out flow, 9 is in flow 2. Date: MM/DD/YY 3. Time: HH:MM:SS 4. Count: Number of counts reported for the previous half hour Rows: Each half hour time slice is represented by 2 rows: one row for the out flow during that time period (ID=7) and one row for the in flow during that time period (ID=9) Hint: # Importing the dataset dataset = pd.read_csv('CalIt2.data') https://archive.ics.uci.edu/ml/machine-learning-databases/event-detection/CalIt2.data this link should work.implementation of Caesar Cipher:You are required to implement the Caesar Cipher encryption/decryption algorithm in Python. Remember to implement the algorithm in such a way that it takes a file as input, encrypts it and store in the current directory. This encrypted file must checkable. The implementation must have a decryption procedure which takes the encrypted file from the current directory, decrypts it and store it with some specific name in the current directory. The name should be different from the original file so that it can be verified.
- Write a java program that will generate a permuterm index from the terms in the files in an input directory. The program should prompt the user for a single directory and find all of the terms (after processing) in each file in it. The program should then find the permutations of each term and store them (keeping track of the original word each permutation comes from). After all of the text files in the directory have been read, the output of the program should display the permutations in sorted order along with the original term. Use the dollar sign as the end of term symbol.Implement a C program to sort a set of 4-byte float point values in ascending order using radixsort. The values are saved in a file. After sorting, the original file should still save the sorted values. Your program must access the file using memory mapping.Write a program that simulates a toy paging system that uses the WSClock algorithm. The system is a toy in that we will assume there are no write references (not very realistic), and process termination and creation are ignored (eternal life). The inputs will be: The reclamation age threshhold The clock interrupt interval expressed as number of memory references A file containing the sequence of page references Describe the basic data structures and algorithms in your implementation. Show that your simulation behaves as expected for a simple (but nontrivial) input example. Plot the number of page faults and working set size per 1000 memory references. Explain what is needed to extend the program to handle a page reference stream that also includes writes.
- Write a C program mexp that multiplies a square matrix by itself a specified number of times. mexp takes a single argument, which is the path to a file containing a square (k × k) matrix M and a non-negative exponent n. It computes Mn and prints the result. Note that the size of the matrix is not known statically. You must use malloc to allocate space for the matrix once you obtain its size from the input file.To compute Mn , it is sufficient to multiply M by itself n −1 times. That is, M3 = M ×M ×M . Naturally, a different strategy is needed for M0 .Input format The first line of the input file contains an integer k. This indicates the size of the matrix M , which has k rows and k columns.The next k lines in the input file contain k integers. These indicate the content of M. Each line corresponds to a row, beginning with the first (top) row.The final line contains an integer n. This indicates the number of times M will be multiplied by itself. n is guaranteed to be non-negative, but…Write a script or a program that reads a text file containing a TF-IDF weights matrix defined in milestone 4, and two additional parameters that are documents' identifiers. Your program should return the cosine similarity value of those two documents. sample command to run: python cosine_similarity.py D1 D2 sample output: 0.6 (this is just a number)Implement a password cracker using C++ Source code must be well documented (comments). You will be provided with an unsalted hashed password file that contains password hashes for different users. Also, you will be provided with a dictionary file(in clear text) containing the most common passwords. You should implement the offline dictionary attack by trying SHA1 and SHA2 algorithms. Also, your program should brute force all possible alphanumeric(only small cases) passwords from 1 to 4 characters using SHA1 and SHA2 algorithms against all hashed passwords left from the offline dictionary attack (if any).