You will need to install and use Microsoft SQL Server Express and Microsoft SQL Server Management Studio (SSMS) for this Assessment. You can download the latest versions of these free software products here:

Microsoft SQL Server Express

Microsoft SSM

The module assessment consists of two tasks, and you will generate a Microsoft Word report from the completed work. You will use the Northwind database for both tasks. Deploy the Northwind database into your Microsoft SQL Server instance by executing the following script in a Microsoft SQL Server Management Studio (SSMS) query window:

• Northwind Database Deployment Script

It is very important that you watch the module videos associated with DML and DCL prior to completing the assessment. Navigate to the Academic Tools area of this Module and select Library then Required Readings to access your texts and videos.

Task 1 – Retrieving Data Using Advanced Queries

Once the Northwind database is successfully deployed, generate SQL statements to address the problems below. Use the following database design diagram as a guide in forming your statements:

• Northwind Database Design Diagram

Your assessment report needs to show both the generated SQL statements and confirmatory screenshots verifying problem completion.

Problem 1: Create a report of “seafood” and “produce” products, showing ProductID, ProductName, and CategoryName. Incorporate an inner join condition for this query.

Expected Output

Problem 2: List the last name, first name, title, and salary of company employees with salaries above the company average. Use a non-correlated subquery in the SQL statement.

Expected Output

Problem 3: List the average salaries for employees in Seattle and London. The averages need to be calculated on a per city basis. Use a union operation to generate the results. (Hint: Use one SQL statement to calculate the average salary for one city and another almost identical SQL statement to calculate the average salary for the other city.)

Expected Output

Problem 4: Show the product names for products that have been ordered in quantities equal to or exceeding 120. Use a non-correlated subquery in the SQL statement.

Expected Output

Problem 5: List the supplier names and cities for suppliers that reside in the same cities as Northwind employees. Use a non-correlated subquery in the SQL statement.

Expected Output

Problem 6: Display the names of Northwind employees that manage territories located in the Western region. Use inner joins in the SQL statement linking the Employees, EmployeeTerritories, Territories, and Region tables. Do not show duplicate employee names in the result set.

Expected Output

Problem 7: Display customer names, cities, and order IDs for customers residing in Madrid or Paris. Show all customers regardless of whether they have placed orders or not. Use an outer join in the SQL statement.

Expected Output

Problem 8: Display a combined list of supplier and shipper names along with their phone numbers. Use a union operation in the SQL statement. Present the results in alphabetical order based on CompanyName.

Expected Output

Problem 9: Show the employee names, salaries, and countries for employees that have salaries above the average salary within their respective countries. Use a correlated subquery in the SQL statement.

Expected Output

Problem 10: Display the names of products supplied by vendors in the USA and Norway. Show the product country in the result set. Present the results in alphabetical order by product name. Use an inner join in the SQL statement.

Expected Output

Task 2 – Transactions and Security Implementations

You will need to change the authentication method used by Microsoft SQL Server in order to complete this task. Perform this change using the following guidance document:

• Enabling SQL Server Authentication

You can now proceed with work on the task problems below. Your assessment submittal needs to show both the generated SQL statements and confirmatory screenshots verifying problem completion.

Problem 1: Create a view called EmployeeDirectory that displays the first name, last name, title, and phone extension of all employees in the company.

Problem 2: Create a stored procedure that increases an employee’s salary by a raise percentage. The skeleton of the stored procedure is provided below.

CREATE PROCEDURE GiveEmployeeRaise
@EmployeeID INT, @RaisePercentage DECIMAL
AS
<REPLACE WITH YOUR SQL CODE>

The equation for computing a new salary is as follows:

New Salary = Old Salary * (1 + Raise Percentage/100)

If an employee with EmployeeID = 9 gets a 5% raise, the stored procedure call would be as follows:

EXEC GiveEmployeeRaise @EmployeeID = 9, @RaisePercentage = 5;

Problem 3: Create and execute a transaction block that contains two DML statements. The first statement updates the title for all employees to “President.” The second statement inserts a new region record with a RegionID = 10 and a RegionDescription = “Antarctica.” Incorporate these statements within the SQL block specified below:

BEGIN TRANSACTION

<REPLACE WITH INSERT/UPDATE STATEMENTS>

SELECT * FROM Employees;
SELECT * FROM Region;

ROLLBACK TRANSACTION

SELECT * FROM Employees;
SELECT * FROM Region;

Execute the completed SQL block in a Microsoft SSMS query window.

Briefly explain what happened with the execution of this transaction. Provide the before and after screenshots of the data contained within the Employees and Region tables. Please note the query results will appear in 4 separate sections in the Results area of Microsoft SSMS following execution of the above SQL block.

Problem 4: You are asked to add three new products to an existing order with OrderID = 11061. The additional records need to be added to the OrderDetails table with the following information:

Record 1
OrderID = 11061
ProductID = 62
UnitPrice = 45
Quantity = 10
Discount = 0

Record 2
OrderID = 11061
ProductID = 70
UnitPrice = 14
Quantity = 25
Discount = 0

Record 3
OrderID = 11061
ProductID = 1000
UnitPrice = 100
Quantity = 5
Discount = 0

Incorporate the SQL insert statements for the new records into the transaction block specified below and execute in a Microsoft SSMS query window:

BEGIN TRANSACTION NewOrderDetails

BEGIN TRY

<REPLACE WITH INSERT STATEMENTS>

COMMIT TRANSACTION NewOrderDetails;

END TRY

BEGIN CATCH

ROLLBACK TRANSACTION NewOrderDetails

END CATCH

SELECT * FROM OrderDetails
WHERE OrderID = 11061;

Briefly explain what happened with the execution of this transaction. Do the new records get inserted into the OrderDetails table? If not, why?

Problem 5: Create four new roles in the Northwind database:

• SalesPerson
• SalesManager
• HRperson
• HRmanager

Problem 6: Use Data Control Language (DCL) statements that manage database user permissions.

• Grant select, insert, and update permissions for Sales-related tables (Orders & OrderDetails) to the SalesPerson role.
• Grant select and delete permissions for Sales-related tables to the SalesManager role.
• Grant select permissions for the EmployeeDirectory view to the SalesPerson and SalesManager roles.
• Grant select, insert, and update permissions for HR-related tables (Employees & EmployeeTerritories) to the HRperson role.
• Grant select and delete permissions for HR-related tables to the HRmanager role.
• Grant execute permission for the GiveEmployeeRaise stored procedure to the HRperson role

Problem 7: Create four new users named Jane, Joan, Joe, and James. Use the CREATE LOGIN and CREATE USER commands to accomplish the work. Each established Northwind database user account must be associated with an applicable SQL Server login account (e.g., CREATE USER Jane FOR LOGIN Jane). Please note, you must establish the SQL Server login accounts before the database-level usernames. Use the following password for each of the four SQL Server login accounts: P@$$w0rd

Problem 8: Grant the roles specified below to Jane, Joan, Joe, and James.

• Give Jane the role of SalesPerson.
• Give Joan the role of SalesManager.
• Give Joe the role of HRperson.
• Give James the role of HRmanager.

Use the ALTER ROLE command to accomplish the role granting work.

ALTER ROLE <role_name> ADD MEMBER <user_name>;

Problem 9: In Microsoft SSMS, right-click on the SQL Server instance at the top of the tree in the Object Explorer window. Select the Connect item from the right-click menu.

The login prompt will appear. Select “SQL Server Authentication” from the Authentication drop down box. Enter “Jane” and “P@$$w0rd” into the Login and Password fields, respectively. Click on the Connect button when finished.

You will now be connected to the SQL Server instance as “Jane.”

Expand the Databases item under “Jane.” Right-click on the Northwind database item and select the New Query item in the right-click menu.

Generate SQL statements in the query window to do the following:

• Update the order quantity to 50 for OrderID = 10249 and ProductID = 51.
• Delete the record in OrderDetails with OrderID = 10251 and ProductID = 65.
• Select all of the records from the Employees table
• Select all of the records from the EmployeeDirectory view established in Problem 1 of Task 2

Provide screenshots of the SQL statement outputs. Provide a brief explanation for any statement that failed to execute

Problem 10: Connect to the Northwind database as “Joan” using the steps specified in Problem 9 of Task 2. Generate SQL statements in the query window to do the following:

• Update the order quantity to 60 for OrderID = 10249 and ProductID = 51.
• Delete the record in OrderDetails with OrderID = 10251 and ProductID = 65.
• Select all of the records from the Employees table
• Select all of the records from the EmployeeDirectory view established in Problem 1 of Task 2

Provide screenshots of the SQL statement outputs. Provide a brief explanation for any statement that failed to execute

Problem 11: Connect to the Northwind database as “Joe” using the steps specified in Problem 9 of Task 2. Generate SQL statements in the query window to do the following:

• View all of the records contained in the Orders table.
• Give a 5% raise to the employee with EmployeeID = 9 using the GiveEmployeeRaise stored procedure
• Select all of the records from the Employees table
• Select all of the records from the EmployeeDirectory view

Provide screenshots of the SQL statement outputs. Provide a brief explanation for any statement that failed to execute

Problem 12: Connect to the Northwind database as “James” using the steps specified in Problem 9 of Task 2. Generate SQL statements in the query window to do the following:

• Give a 10% raise to the employee with EmployeeID = 8 using the GiveEmployeeRaise stored procedure established in Problem 2
• Update the title to “Gamemaster” for the employee with EmployeeID = 9
• Select all of the records from the Employees table
• Select all of the records from the EmployeeDirectory view

Provide screenshots of the SQL statement outputs. Provide a brief explanation for any statement that failed to execute.