Instructions: In the code editor, you are provided with a main() function that asks the user for a code. Furthermore, there is a call to the function, hasConsonant(). Your task is to declare and define this hasConsonant() function which has the following details: Return type - int Name - hasConsonant Parameter: char* - to hold the character array Return value - 1 if there is at least 1 consonant and O if there is none. Be sure to consider both the capital and small letter consonants when checking. Input 1. The code Output Enter-the code: AeiaaABIAOU ALERT!-There is-a-consonant-in-the-code!

Instructions: In the code editor, you are provided with a main() function that asks the user for a code. Furthermore, there is a call to the function, hasConsonant(). Your task is to declare and define this hasConsonant() function which has the following details: Return type - int Name - hasConsonant Parameter: char* - to hold the character array Return value - 1 if there is at least 1 consonant and O if there is none. Be sure to consider both the capital and small letter consonants when checking. Input 1. The code Output Enter-the code: AeiaaABIAOU ALERT!-There is-a-consonant-in-the-code!

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

9. Cryptology is the science of making and breaking codes. This lab explores how the idea or functions and their inverses can be used to encode and decode messages. To encode and decode a message, first replace each letter of the alphabet with a positive integer using the following scheme, thus rewriting the original message as numbers instead of words: P- 16 Q- 17 R- 18 S- 19 T-20 Z-26 Blank - 27 A – 1 В - 2 С -3 D- 4 E- 5 F- 6 G- 7 H-8 |- 9 J- 10 K- 11 L-12 М -13 N- 14 O- 15 U- 21 V- 22 W-23 X-24 Y-25 ENCODING: A one-to-one function can be used to encode a numerical message. For example, suppose you want to send the message MATH to a friend, and you have decided that the function f(x) = 3x + 4 will be the encoding function, This function simply describes the procedure used to create the encoded message – in this case multiply by 3 and add 4. First change the letters to corresponding numbers as shown above: 13 1 20 8. Then use these as the input values in f(x). Tuoy Jud noltonut…
The task should be done in a group of max 3 In the program explained during the lab the client sends only 1 message to server ‘hello from tcp client’ server responds with the uppercase message. Update the program / make a simple chat program so that Client can send/receive multiple messages to server. A special exit message is used to disconnect ‘Exit’. Each time client sends a message, server responds with a confirmation of receiving it and its length (use the screenshots in the presentation as a reference)
Regular expressions are a powerful pattern recognition language in almost every programming language. They are mostly used to match character combinations in strings. Using regular expressions in JavaScript, verify a South African mobile number, as depicted in Figure 1. Display an error if the entered number cannot be verified. If successful, display a message as depicted in
Problem 1.Write computer programs for the Substitution Cipher based on Z29 which is corresponding to 26 alphabetic characters (0 - 25), space (26), and “, ” (27) “.”(28).The key is a random permutation π on Z29. Write down encryption and decryptionprograms. For the encryption, the plaintext and the key need to be input. To inputthe key, use the permutation of 0, 1, . . . , 28. The plaintext should be input as Englishletters. The out put will be the ciphertext which is also English letters. Select aparagraph of text which contains more than 25 words (I don’t think any two peoplewill choose a same paragraph if they choose independently) and encrypt it using yourencryption algorithm. Then use your decryption program to check the correctness.You can use Java. Record your plaintext, ciphertext and the key π in your answer sheet.
Response Required: Write a program to check whether the message received at the destination is error-free. For simplicity, assume that the secret code representing the message is a sequence of digits (0 to 9) and the maximum length of the message is 250 digits. Also, the first number in the message is the length of the message. For example, if the secret code is: 7 9 2 7 8 3 5 6 then the actual message is 7 digits long, and it is transmitted twice. The above message is transmitted as: 7 9 2 7 8 3 5 6 7 9 2 7 8 3 5 6 Input A file containing the secret code and its copy Output The secret code, its copy, and a message—if the received code is error-free—in the following form: Code Digit Code Digit Copy 9 9 2 2 7 7 8 8 3 3 5 5 6 6 Message transmitted OK. Note: Compile the code on any software and capture the secreenshot and the language is C++.
Use the strategy of the decimal to binary conversion implemented in Project 4, and the bit shift left operation defined in Project 5 to code a new encryption algorithm. The algorithm should Add 1 to each character’s numeric ASCII value. Convert it to a bit string. Shift the bits of this string one place to the left. A single-space character in the encrypted string separates the resulting bit strings. An example of the program input and output is shown below: Enter a message: Hello world! 0010011 1001101 1011011 1011011 1100001 000011 1110001 1100001 1100111 1011011 1001011 000101
A Python language Programming in Natural Language Many researchers today now use data from Twitter to analyze and predict the future events. Questions such as which place in a country is the happiest one, who will be the next US president and which place has the highest rate of depressed people, sometimes depend on the information extracted from thousands of tweets. In case of predicting the happiest state in the US, NLP experts have a set of words that also contains their rates, respectively. For example, the word “great” may have a rate from a scale of 1 to 10, 10; the word "awesome" may have a rate of 8; the word “sad” may have a rate 1 and so on. By computing the average score of a tweet using this set of words, researchers would now be able to measure and categorize the mood of a tweet depending on a certain threshold. In this problem, you will be an assistant of an NLP expert who will determine the mood of a tweet. The category would be: < 5 is "sad" >= 5 is "happy" Let…
Christy is interning at HackerRank. One day she has to distribute some chocolates to her colleagues. She is biased towards her friends and plans to give them more than the others. One of the program managers hears of this and tells her to make sure everyone gets the same number. To make things difficult, she must equalize the number of chocolates in a series of operations. For each operation, she can give pieces to all but one colleague. Everyone who gets a piece in a round receives the same number of pieces. Given a starting distribution, calculate the minimum number of operations needed so that every colleague has the same number of pieces. Example represents the starting numbers of pieces for each colleague. She can give pieces to the first two and the distribution is then . On the next round, she gives the same two pieces each, and everyone has the same number: . Return the number of rounds, . Function Description Complete the equal function in the editor below. equal has the…
Ships of the navy of communicate at sea via code signals transmitted by flags, as follows: each ship has six flags (the same set of six flags is on every ship); a code is formed by choosing three flags and arranging them, from top to bottom, on the mainmast. How many different codes are possible? Example: "don't pull that big plug in the bottom of the boat" differs from "if you sail too close to the edge, you'll fall off"
Regular expressions are a powerful pattern recognition language in almost every programming language. They are mostly used to match character combinations in strings. Using regular expressions in JavaScript, verify a South African mobile number, as depicted in Figure 1. Display an error if the entered number cannot be verified.
Regular expressions are a powerful pattern recognition language in almost every programming language. They are mostly used to match character combinations in strings. Using regular expressions in JavaScript, verify a South African mobile number, as depicted in Figure 1. Display an error if the entered number cannot be verified. If successful, display a message as depicted inFigure 1(attached).
Write a program to calculate Routing table by using Dijkstra’s Algorithm. Your program should Ask user to enter the number of nodes and the weights of edges connected between nodes. Ask user to enter the starting node and calculate the routing table for that node. Output should be clear format and Use Java language to develop code