Active Data Objects (ADO.NET), Structured Query Language (SQL), InputBox(), OpenFileDialog(), VB Form The database StudentData.mdb (located in the email sent and in Canvas/Files) is maintained by the University Registrar.There is one table (table name = Students) in the database that contains student information such as first name, lastname, number of classes and major. Develop a Visual BASIC Forms App that will: • Connect to the database• Load the table records (rows) into TextBox controls• Allow the app user to select next/previous table records• Find students based on their last name. 1. Allow the user to select/connect to a database using an OpenFileDialog control 2. Load the first record from the Students table after connecting to the database 3. Provide the ability to display the Next (or Previous) record in the Students table 4. Using an InputBox(), provide the ability to search for a student based on their last name. Solved…
Category: Visual Basic.NET
Develop a Visual Basic Windows application that will display graphics primitives including rectangles (rectangle, hatch, and gradient brushes), ellipses, Bezier curves, and text, directly to the Windows Form.
GDI+, Graphics Primitives, Rectangles, Curves, Circle, Text, Hatch Patterns, Gradient Brush, Color Dialog Control, Font Dialog Control, Button Control, Textbox Control, GroupBox Control Using the GDI+ classes presented in the notes, develop a Visual Basic Windows application that will display graphics primitives including rectangles (rectangle, hatch, and gradient brushes), ellipses, Bezier curves, and text, directly to the Windows Form. Control dialogs for color and font type are to be used.
Develop 1 VB base class (clsShape) and 3 VB sub-classes (clsRectangle, clsTriangle, clsCircle) to be used for calculating center of gravity and area of the 3 common shapes in a developed Windows Forms App.
Develop 1 VB base class (clsShape) and 3 VB sub-classes (clsRectangle, clsTriangle, clsCircle) to be used for calculating center of gravity and area of the 3 common shapes in a developed Windows Forms App. General Project Requirements: 1. Develop a Base (parent) Class named clsShape containing 3 Properties (Base, Height, Diameter) 2. Develop an additional 3 derived sub-classes named clsRectangle, clsTriangle, clsCircle which Inherits the properties of the Base Class clsShape. For each of the derived classes, create 3 Functions to calculate the centroid (X), centroid(Y) and the Area 3. In a developed Windows Form, create an instance (object) for each derived class named objRect, objTri, objCircle to be used for calculating both the centroid and the area.
Develop a Windows Forms app to analyze search and shift the content of strings.
Develop a Windows Forms app to analyze, search, and shift the content of strings. Strings to be evaluated are to be either imported from a sequential text file or by entering text into a Rich Textbox control. The developed application must display the following: Contents of a text file displayed in a Rich Textbox Control The number of characters in the string The number of words in the string The ANSI value of each character in the search word Highlight the found search word in a Rich Textbox The position of the search word in the string Shifted (and shifted back to the original state) string characters based on a key value
Develop a Windows Forms application to calculate and display auto repair cost based on the mechanic’s hourly rate, number of hours the mechanic worked, and any additional charges…
Develop a Windows Forms application to calculate and display auto repair cost based on the mechanic’s hourly rate, number of hours the mechanic worked, and any additional charges such as parts, disposal fees, storage fees, and/or towing fees. Repair charges must be displayed along with the tax (assume an 8.25% tax rate) and the total charge (repair cost + tax). As a promotional offer, an optional 10% discount off of the repair charge must also be provided.
Develop a Windows Forms application that will generate a random key used to shift a string from one character to another. The application must also reverse the shifted characters…
Develop a Windows Forms application that will generate a random key used to shift a string from one character to another. The application must also reverse the shifted characters back to their original characters using the same key. Text is to be entered directly into a textbox or by selecting an existing text file using the OpenFileDialog control. Upon application startup, a splash page must be displayed for a few seconds to display the application name and version before the Windows Form for encryption. Visual Basic Topics and Control Objects: Random number generation, string manipulation and conversion, file I/O, sequential text file, OpenFileDialog() control object, ANSI character set, Asc() function, Chr() function, SubString() function, Mod operator, Timer Control, Multiple Forms, Arrays, Looping. Splash Page: Solved by verified study co-pilot All Study Co-Pilots are evaluated by Gotit Pro as an expert in their subject area. Add to Solution Cart Contact Us…
Develop 1 base class (clsShape) and 3 sub-classes (clsRectangle, clsTriangle, clsCircle) to be used for calculating center of gravity and area of the 3 common shapes in a developed Windows Forms App.
CPT 341 VB.NET Spring 2020 Project 3 Classes, Objects, Inheritance, Properties, Functions, ComboBox Control, Label Control Develop 1 base class (clsShape) and 3 sub-classes (clsRectangle, clsTriangle, clsCircle) to be used for calculating center of gravity and area of the 3 common shapes in a developed Windows Forms App. Develop a Base (parent) Class named clsShape containing 3 Properties (Base, Height, Diameter) Develop an additional 3 derived sub-classes named clsRectangle, clsTriangle, clsCircle which Inherits the properties of the Base Class clsShape. For each of the derived classes, create 3 Functions to calculate the centroid (X), centroid(Y) and the Area In a developed Windows Form, create an instance (object) for each derived class named objRect, objTri, objCircle to be used for calculating both the centroid and the area. Solved by verified study co-pilot All Study Co-Pilots are evaluated by Gotit Pro as an expert in their subject area. Add to Solution…