Consider the regex /1*([ 0|1 ]*)0?/(extra whitespace provided for only readability; it does not mean \s)1. Does the regex match the string "110110" ?Type Yes or No.2. If yes above, what will be the value of capture $0 ?If no above, type none.

Solution: Given regex /1*([0|1]*)0?/ and we have to find given string is matching or not from…

Consider the regex /1*([ 0|1 ]*)0?/ (extra whitespace provided for only readability; it does not mean Is) 1. Does the regex match the string "110110" ? Type Yes or No. 2. If yes above, what will be the value of capture $0 ? If no above, type none.

Consider the regex /1([ 0|1 ])0?/ (extra whitespace provided for only readability; it does not mean Is) 1. Does the regex match the string "110110" ? Type Yes or No. 2. If yes above, what will be the value of capture $0 ? If no above, type none.

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

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You will also have to write Student Tests that test the following in the provided file.i. Adding element(s).ii. Get elements at index – (1) with a valid index and (2) with an invalid indexiii. Test equality of two StringArrayLists (of size 0, 2)iv. Test if a StringArrayList contains a String (test both true and false cases)v.Test removing a String from a StringArrayList.
def analyze_file (filename: str, pos_words: List [str], neg_words: List [str]) -> Given the name of a file, a list of positive words (all in lowercase), and a list of negative words (all in lowercase), return some interesting data about the file in a tuple, with the first item in the tuple being the positivity score of the contents of this file, and the rest of the item: being whatever else you end up analyzing. (Helper functions are highly encouraged here.) How to calculate positivity score: For every word that is pos itive in the file (based on the words in the list of positive words) add 1 to the score. For every negative word (based on the list of negative words), subtract 1 from the score. Any neutral words (those that do not appear in either list) do not affect the score in any way. pass
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Do not use Swing for the console output--the console output must be displayed in the console. Write the following code in Java. Using classes of the Java Collections Framework, write a program that allows the user to specify a text file, open the file, and print a two-column table consisting of all the words in the file together with the number of times that each word appears. Words are space-delimited and case-sensitive. The table should appear in the console (do NOT use Swing/JTable) and list the words in alphabetical order. Implement try/catch blocks for cases where the file cannot be opened.
model small .stack .data string db "ODD EVEN$" string2 db "Input:$" .code org 100h start: main proc mov ax,03 int 10h mov ax,@data mov ds,ax mov ah,9 lea dx,string int 21h call nlcr mov ah,9 lea dx,string2 int 21h mov ah,1 int 21h mov dl,al mov ah,2 add dl,20h int 21h mov cx,25 y: mov ah,2 dec dl int 21h loop y mov ah,4ch int 21h main endp nlcr proc mov ah,2 mov dl,13 int 21h mov dl,10 int 21h ret nlcr endp end start What is the Output screenshots
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In Java, we can create an array of class objects. True O False
We have the following rectangle records in a list of dictionaries. Test Cases: rectangle_records = [{"ID": "Rect1", "Length": 40, "Breadth": 25, "Color": "red"}, {"ID": "Rect2", "Length": 30, "Breadth": 20, "Color": "blue"}, {"ID": "Rect3", "Length": 70, "Breadth": 45, "Color": "green"}, {"ID": "Rect4", "Length": 20, "Breadth": 10, "Color": "purple"}] Using Insertion Sort, Write a python function sort_rectangles that takes rectangle_records and record_title as a parameter and sort the rectangle_records in ascending order by record_title. You need to return the updated rectangle_records list. NOTE: The type of record_title input can be ID, Length, Breadth, or Color. >>> sort_rectangles(rectangle_records, "ID") [{"ID": "Rect1", "Length": 40, "Breadth": 25, "Color": "red"}, {"ID": "Rect2", "Length": 30, "Breadth": 20, "Color": "blue"}, {"ID": "Rect3", "Length": 70, "Breadth": 45, "Color": "green"}, {"ID": "Rect4", "Length": 20, "Breadth": 10, "Color": "purple"}] >>>…