Category: C#

I need a genious who will work on this project and deliver in 8 hrs .I will pay good amount of money if the syatem works well. I need a system that will produce the following outputs i will post here with 1 dollar but i will send you a private message with my nunber so that it will be easier to work on thw budget foe this job is $150 i dont prefer a kenyan tutor

Hi, I have attached below the instructions for this assignment so please take a look at that to see what needs to be done for this assignment. Please make sure to follow the instructions/guidelines provided to complete the assignment! This is very important! I have also attached the zip file with the files required to complete this assignment. Let me know if you have any questions or if there’s something that you find confusing about the instructions that you would like me to clear up with you!

https://github.com/SzakiSzakeszKadar/Another_Try_p…
I. Specification Task description: The purpose of the administrative interface is to create a console application (hereinafter referred to as the application) that allows the operator to manage the rental of machinery, tools, and even labor. The application also enables the compilation and recording of orders, as well as the inventory management and data handling in files. Inputs and outputs:
Inputs: Order data: type and quantity of machines or tools, rental duration, need for machine operators or workers. Data necessary for updating inventory records.
Outputs: Quotation based on the order: includes rental fees and other costs. Order confirmation and recording: includes the details of the order and the confirmation of acceptance. Inventory record updates and display: display and update of current inventories. Operating conditions: The application must be able to receive, compile, and record orders. Automatic inventory updates with every new order or cancellation. Data storage and management in files. Display and management of active rentals. Clarification of circumstances: The administrator’s task is to receive and record orders, prepare quotations, and manage active rentals. Inventory updates occur automatically with every order or cancellation. Data is stored and managed in files, allowing easy access and management by the administrator. The application must have a user-friendly interface that assists the administrators in their work. Detailed functions:
Order management: The administrator receives and records the renters’ orders and prepares quotations based on the provided data.
Inventory management: The application automatically updates the inventories with every new order or cancellation and allows for their viewing and management.
Data management in files: The administrator can store and manage data in files, allowing for easy access and modification.
Active rental management: The administrator can view active rentals and, if necessary, modify or delete them.

Search internet for security policies to develop a Security Policy for your school or business
First three policies: Document URL and three key points how this policy protects your business
Fourth policy: Select your own Security Policy (not listed in #1-3) and provide the URL and three key points of how the policy protects the business. Please make sure to list what the Security Policy Name is.

Early in the semester, you will have to choose a research topic.  This will require that you set aside some time to peruse the choices listed below.  All the primary texts for this project have been included in this module.  To get started, I recommend that you read completely Karen Armstrong’s A Short History of Myth and then reread each chapter as we move through the various course sections during the semester.  
The next step in the process is to compile an annotated bibliography, which can be very useful tool in composing the initial and final draft of your term paper.
Choose one of the following.  Support all assertions, claims, inferences, theories, and arguments with details, examples, and evidence from the narrative sources referred to below as well as from secondary sources.
Karen Armstrong tells us that myth is an art form. She adds, “Any powerful work of art invades our being and changes it forever.” Evaluate the effectiveness, then, with which a novel such as My Antonia has taken over from religion the priestly function of instruction in mythical lore by providing the requisite transformative experience.
Analyze the way in which Twelfth Night reflects a shift away from the Post-Axial values of the Middle Ages.
Evaluate the effectiveness with which Shakespeare’s Twelfth Night forces us to go beyond our experience and connects us with what is timeless in human existence, thus exemplifying the process by which art has taken over from religion the priestly function of instruction in mythical lore.
Evaluate Goethe’s efforts to stave off the death of mythology: In what ways does Faust (Part One) reflect a break with the spirit of the Enlightenment, i.e., a break with decorum in favor of free artistic expression, a break with reason (logos) in favor of greater emotion or feeling?
Alan Watts once said that in the Court of Heaven, Lucifer is the district attorney.  What role does Mephistopheles play in the larger cosmological context of Goethe’s Faust (Part One), and is it consistent with Watts’ observation?
Locate (and read) a copy of The Iliad and analyze its qualities as a proto-tragedy in Aristotelian terms.
The LAMC Library has resources available that can assist you with all of your writing and research needs.  The URL is http://www.lamission.edu/Library/Home.aspxLinks to an external site..

Unit 7 Assignment: Multi-Tier Architecture and Working with XML
Outcomes covered in this activity:
Unit Outcomes:
Create XML sequential file from the data.
Add data, remove data, and update data.
Identify client/server relationship.
Apply three-tier architecture.
Course Outcome:
IT391-4: Analyze client/server relationship.
Purpose
The purpose of this assignment is to design and implement a multi-tier application. The data will be stored in an XML file. You will first create an XML file using a text editor of your choice. Specifically, you will create an XML file that holds 24 final student grades. The application you create will read and parse the grades from the XML file (stored on the server). The application will then calculate the average grade, the lowest grade, and the highest grade and return this information to a browser page, using a form to display the values.
Java students will create the application using Java Server Pages (JSP).
C# students will create the application using C# and ASP.NET or ASP.NET Core
Web Development students will create the application using HTML with PHP and/or JavaScript.
It is important to design the application before coding (implementation) begins.
Create a design document that shows the approach you will take in creating the application, including the description of each tier.
When you have completed the assignment, document the steps you took, and discuss any issues you faced and how you addressed each issue.
Assignment Instructions
1. Create an XML file that stores 24 student grades.
2. Store the XML file on your server. Use the following locations based on the programming language you are using:
Java: on the Apache® Tomcat server — store the file in the Temp folder.
C#: on the Microsoft Internet Information Server® (IIS) within Visual Studio — store the file in the IIS root directory, which during a typical installation is located in C:Program Files (x86)IIS Express.
Web Development: on the Apache web server — store the file in the htdocs folder.
(Videos in the reading section are available in this unit for using Java with the Apache Tomcat and for using C# with IIS. For web development, you will use the XXAMP Apache web server that you set up for previous units.)
3. Name the file studentGrades.xml.
You will find examples of how to create an XML file and what the format is in your textbook readings and videos. Write a multi-tier program that performs the following actions:
1. Read and parse the grades from the studentGrades.xml.
2. Determine the lowest grade, the highest grade, and the average grade. Display these values to the screen in graphical user interface form, not console output.
3. Provide documentation of steps taken, issues faced, and how issues were resolved. (You can add this to the end of the design document.)
Directions for Saving and Submitting Your Assignments
Zip your solution folder, the design document, and the XML file in one zip file.