Constraints, Design, and Implementation
Discuss the importance of integrity constraints (e.g. entity integrity, referential, and domain) to the success of database design and implementation.

Discussion Guidelines
You must provide an original response of 300+ words of your own 

Textbook

 Printed Textbook: Database Systems: Design, Implementation, and Management, 13th
edition, Coronel and Morris.  

 Tech companies prepare for cyberattacks using common cybersecurity resources. Select one of the resources listed and explain how you could implement that particular policy to prevent an attack:  1. monitoring and assessment, 2. policies and controls, 3. hiring, 4. software, 5. firewalls, 6. authentication and access, 7. encryption. 

Research a unique article on encryption techniques. Post a summary of what you learned to the discussion thread, please also provide a link to the original article. Source is your choice; however please fully cite you source.

 What are the best ways to prevent insider theft? Explain your answer. Please use outside research to back up what you say and be sure to cite your sources. 

AWS ElasticCache

Part 2: – Project Implementation – due Nov 20st @ 11:00 pm:

Report 2 Contents:

1) Project goals.

2) Database description: A general description of the database, what data is stored in the database.

How the database will benefit the users.

3) Data model & design:

o Completed ER/EER diagram; 8 tables 

 MUST use https://www.draw.io to draw the ER diagram, and then take a

snapshot.

 Include a snapshot of the diagram in the report.

o Business rules.

o Data dictionary: For each one of the tables, list columns, data types, column restrictions,

column descriptions.

4) Implementation:

o Use MySQL Server and MySQL Workbench to create the database/tables.

 Include a snapshot of the SQL code in your report

o Populate the each table with a minimum of 20 rows of sample data. Make sure the

entered data is descriptive (not just random numbers and letters.

 Include a snapshot of the SQL code in your report.

o Use MySQL Server and MySQL Workbench to write/run the SQL queries below. For

each query, provide the following in Report 2:

 Snapshot of the code and the output in the report.

 In about 2 lines, explain what the query returns.

Queries:

 1 trivial query. Simple select with ordering.

 2 medium difficulty queries. Queries that use composite condition for selection,

computations, aggregate function and grouping.

 1 query that uses subquery.

 2 queries that uses join (1 inner join, 1 left or right outer join).

 1 view (query must use join – hint: you can use one of the queries from the

previous question).

 1 query that uses union.

 1 custom stored function.

 1 custom stored procedure.

Your final programming assignment includes three C programming activities. You may use your book and any notes or coursework in completing this assignment. You should not, however, consult any other reference sources or sources of information.

Submit your code files to your mentor using the appropriate assignment submission link. The problems are weighted approximately equally (33%, 33%, and 34% respectively).

Check the course Calendar for the assignment’s due date.

Final Programming Assignment Problem 1

Create a 2-by-3 two-dimensional array of integers and fill it with data. Loop through the array and locate the smallest value stored. Print out the smallest value as well as its row and column position in the array. 

Final Programming Assignment Problem 2

Prompt the user for 3 sentences of text. Pass these pieces of text into a function connect() which will connect all three sentences into one long sentence. Pass the combination sentence back to the main program, where it is printed. 

Write a program that will prompt the user for a file name and open that file for reading. Print out all the information in the file, numbering each new line of text.

Week 1 Assignment

Hide Assignment InformationTurnitin™This assignment will be submitted to Turnitin™.Instructions

Week 1 Assignment:

In order to complete assignment #1 you will need to answer the below questions. Please complete the questions in a Word document and then upload the assignment for grading. When assigning a name to your document please use the following format (last name_Assignment #1). Use examples from the readings, lecture notes and outside research to support your answers. The assignment must be a minimum of one (1) full page in length with a minimum of two (2) outside sources. Please be sure to follow APA guidelines for citing and referencing source. Assignments are due by 11:59 pm Eastern time on Sunday.

                                    (assignment below)

You have been asked to design a security policy for a database that contains very sensitive information. Discuss five important issues that should be addressed.

See the Attachment for the question and Dataset 

Requirements

Answer the following question(s):

1. A best practice for threat assessments within the seven domains of a typical IT infrastructure is

“Assume nothing, recognizing that things change.” What do you think “assume nothing” means in

this context?

2. A best practice for performing vulnerability assessments within the seven domains of a typical IT

infrastructure is to identify assets first. Why should you identify assets before performing

vulnerability scans?

Fully address the questions in this discussion; provide valid rationale for your choices.

Required Resources

§ Course textbook

§ Internet access

Submission Requirements

§ Format: Microsoft Word (or compatible)

§ Font: Arial, size 12, double-space

§ Citation Style: Follow your school’s preferred style guide

§ Length: 1–2 pages