Create a database with an application user, user specific for your application to use, and 1 table of a couple of fields properly indexed. Grant permissions for the user to access the table. (submit .SQL file) Create a simple application, language of your choice, (BE languages only, no JS or Node) which can do the following operations: (submit source code file): Connect using the application user created above. Insert into the table, and select from the table using a WHERE clause, where all fields are parameterized. Display results of the select.

Create a user Nurse. (Screenshot 1) Create a database Hospital. (Screenshot 2) Grant Nurse privileges to Hospital (Screenshot 3) As Nurse, create a table Patients with the following structure. (Screenshot 4) PatientID RoomNo FirstName LastName Admission Temperature double(10,2) int(8) Primary Key and not null int(4) varchar(14) not null varchar(14) not null datetime Use a command to describe the table(Screenshot 5) Insert 2 patients randomly to the above table(Screenshot 6) Show all the contents of the table. (Screenshot 7)

Question number 6

import sqlite3 from sqlite3 import Error # Creates connection to sqlite in-memory database def create_connection():     """     Create a connection to in-memory database     :return: Connection object     """     try:         conn = sqlite3.connect(":memory:")         return conn     except Error as e:         print(e)     # YOUR CODE HERE     # Use sqlite3.connect(":memory:") to create connection object     return conn # query to create the table table_sql = """ CREATE TABLE Horses (     id integer PRIMARY KEY NOT NULL,     name text,     breed text,     height real,     birthday text ); """ # query to insert data into the table ins_sql = """INSERT INTO Horses VALUES(1,'Babe','Quarter Horse',15.3,'2015-02-10'); """ # query to fetch all data from the table fetch_sql = """SELECT * FROM Horses;""" # creating db connection conn = create_connection() # fetching a cursor from the connection c = conn.cursor() # executing statement to create table c.execute(table_sql) # executing statement to…

How can you create a form that shows the columns of only a single row of a database in an application?

Will be using code Lginter! Registration First Name  Last Name  Email Address Password  Confirm Password  Require to have validation of user input  Valid email address Make sure the email address does not exist in the database before doing insert into the database Password and Confirm Password are matching Password need to hash before doing insert into database ("password_hash" is a PHP build in function which can be used)

1) Create a folder (directory) called "sqlite" (without the quotes) in your base drive (eg. C:\sqlite) 2) Create a Database called "test.db" (without the quotes) in C:\sqlite using Sqlite DBBrowser (Make sure the extension is .db – not .sqlite) 3) In test.db create a table called book. The table should have the following columns: Id – Integer, Not Null, Unique, Primary Key, Auto Increment Author – Text, Not Null Title - Text Not Null Year - Integer, Not Null Price - Real, Not Null - Add some rows with data for the above table. Create the user interface shown below in WindowBuilder. Write a WindowBuilder Java program to do the following: (Everything should be in a SINGLE Java program). To make connection to the Database, use the SqliteConnection.java and sqlite-jdbc.jar file provided in Canvas under Modules->Chapter Code (Do not use your own files for these two). Display Records Author: Title: Year: Price: Find Update

which object can be used to speed up searches and quires in general? a) Index b) Unique c) Check d) Cascade

Scenario and Database Model: InstantRide InstantRide is the new ride sharing application in the city and it has just started its operations. With the help of the InstantRide mobile application, the users request a ride with their location. Drivers and cars are assigned to the request; and then the driver picks up the user to ride their requested location. Information for the users, drivers and cars are stored in the database as well as the travel transactions. In the USERS table, information for the users are stored with their first name, last name and email:   In the DRIVERS table, all the drivers in the InstantRide are stored with their name, driving license number and check and rating information:   In the CARS table, all the cars in the InstantRide system are kept with the license plate, model and year:   Finally, the transactions of the rides are stored in the TRAVELS table. For each travel, start and end time with location are stored. In addition, the involved driver, car and…