Assignment Grading Rubric

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Diana Underwood
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1 Final Project Outcomes addressed in this activity: Overview and Directions: 1. Create a new Empty Database called Final 2. CREATE TABLES The create table statements should work without errors, have the specified data types, foreign keys, primary keys and all other constraints. 3. INSERT DATA The inserts should run without error and the proper number of records containing the proper data types should be in each table. Constraints must be respected throughout. For 4 7 Use the Northwind database for answering all queries, sub-queries, views, and FIX the Code sections. -- You created the Northwind database in the Unit 9 assignment by running the instnwnd.sql script located in doc sharing. 4. CREATE VIEWs The views should display the correct data and run without error. 5. CREATE QUERIES Queries should display the correct result set and run without error. 6. CREATE SUB-QUERIES Sub-queries should display the correct result set and run without error. 7. FIX the CODE Make sure to read the instructions carefully under the FIX the CODE The Details of each of these outcomes are presented below in the details section. Complete a word Document with Cover Page

2 Provide a text version of each SQL statement you use below the specific question and above the screenshot of you results. Your Professor may want to cut and paste the SQL Statements into SQL Server in order to test them -- He cannot do that if they are only screen shots. and Be sure to paste in all screenshots of each of the SQL statements, showing the results for each step in the process. For Views show the results of running a select * from viewname as well as the actual view creation SQL Statement Be as complete as possible, your Professor will be looking to see if you have thought about and have implemented all the details properly. Final Project Details. 1. Create a new Empty Database called Final_db 1. CREATE 3 tables in Final_db With the following appropriate and correct (syntax, readability, primary keys, data types and lengths, and foreign key creation). Create the following 3 tables. Choose appropriate data types and create all specified NOTE**** You must have all the following constraints properly defined in order to receive any points on the final project Primary and Foreign key constraints and Named CHECK Constraints. Table: DEPARTMENTS DEPARTMENT_ID Primary Key

3 DEPARTMENT_NAME NOT NULL MANAGER_ID FK refers to PK of Employees table. LOCATION_ID FK refers to PK of Locations table. Table: EMPLOYEES EMPLOYEE_ID Primary Key FIRST_NAME NOT NULL LAST_NAME NOT NULL SALARY NOT NULL MUST BE > 10,000 and < 500,000 INCOMETXRATE NOT NULL MUST BE 5, 10, or 15 PHONE_NUMBER HIRE_DATE NOT NULL MANAGER_ID FK refers to the PK of the Employees table. DEPARTMENT_ID FK refers to the PK of the Departments table. Table: LOCATIONS LOCATION_ID Primary Key DESCRIPTION NOT NULL POSTAL_CODE NOT NULL CITY NOT NULL STATE_PROVINCE NOT NULL COUNTRY NOT NULL Default United States Hint.. You may use ALTER table syntax in order to apply Foreign Key Constraints after the data has been loaded into the tables. This can make it easier and faster when working with large data sets. But you need to know that your data is consistent and does not violate the Foreign Keys before loading. 3. INSERT data for each table. (Make up appropriate data for each table - respecting Data Types and Foreign Keys) Your insert SQL Statements need to have the required number of rows in each table, run without error and be in the proper order so that Foreign key constraints do not fail. Insert 4 departments, 10 employees, and 3 locations. Make sure to use all locations within the departments table Make sure to use all departments within the employees table

4 Make sure your insert statements execute in order so that they do not fail on the Foreign Key Constraint requirement For 4 7 Use the Northwind database for answering all queries, sub-queries, views, and FIX the Code sections. -- You created the Northwind database in the Unit 9 assignment by running the instnwnd.sql script located in doc sharing. 4. Create Views #1: CREATE VIEW Create a VIEW that returns the total number of daily orders placed in July 1996 Display the Number of Orders and the order date. #2 CREATE VIEW Use a Sub-query and Logical operators: AND, OR Create a View that return the orders placed in July 1996 by Nancy Davolio, Janet Leverling, and Steven Buchanan. List the order id, employee id, and the order date. #3 CREATE VIEW Create a View that returns all employees with last name containing the letter 'a' twice or more. Display the employee id, first and last names 5. Create Three Queries #1: Query Write a query that returns the three ship countries with the highest average freight in List the country and the average freight. #2: Query Write a query that returns the employees' id who handled orders 10248, 10249, and List the orderid, employeeid, and the order date

5 #3: Query Using the Logical operators: AND, OR, write a query that returns the orders placed in July 1996 by Nancy Davolio, Janet Leverling, and Steven Buchanan. List the order id, employee id, and the order date. Order the result set by the employeeid 6. Create Sub-Queries #1: SUB-QUERY Write a sub-query that returns all orders placed on the last day of activity that can be found in the Orders table. Include the orderid, orderdate, customerid, and the employeeid. #2: SUB-QUERY Write a sub-query that returns the total number of orders placed by the customer with the highest number of orders. Include the customerid and the number of orders placed. #3: SUB-QUERY Write a sub-query that returns employees who did not place orders on or after May 1st, Include the employeeid, last and first names. 7. Fix-It (3 problems) NOTES: In all cases more than one fix in the T-SQL script will be necessary for the result set to look similar to the display shown below each query. You must fix the code that is provided here. Using another code in order to display the correct result will not be accepted Troubleshooting the code is one of the best learning techniques for enhancing the critical thinking and problem solving skills. FIX #1: --Use a subquery that returns the monetary values of all orders that have discounts --greater than 15% --List the orderid and the order value this last with the highest value at the top SELECT SUM(od.orderid) As OrderID, (formula?) AS [Order Values] FROM [Order Details] od WHERE od.discount = (SELECT od.discount FROM [Order Details] od GROUP BY od.discount

6 HAVING od.discount >.15) GROUP BY od.quantity, od.discount, od.unitprice ORDER BY [Order Values] ASC; Expected result set: FIX #2: -- Write a sub-query that returns all orders placed on the last day of -- activity that can be found in the Orders table SELECT orderid, orderdate, customerid, employeeid FROM Orders WHERE orderdate = MAX(orderdate) ; Expected result set:

shipcity ORDER BY [Number of Orders] DESC Review the grading rubric below before beginning this activity.

7 FIX #3: Write a query that returns the name of the city with the highest number of orders placed. SELECT MAX(o.OrderID) AS [Number of Orders], od.shipcity FROM Orders o, [Order Details] od GROUP BY o.shipcity ORDER BY [Number of Orders] DESC Review the grading rubric below before beginning this activity. Assignment grading rubric = 100 points Assignment Criteria 1. CREATE DATABASE & TABLEs The create table statements should Points possible 0-20 Points earned by student

8 work without errors, have the specified data types, foreign keys, and primary keys. 2. INSERT data with correct data types 0-20 The inserts should run without error and the proper number of records containing the proper data type should be in each table. 3. VIEWs the views should display the correct data and run without error QUERIES queries should display the correct result set and run without error. 5. SUB-QUERIES sub-queries should display the correct result set and run without error Fix it problems 0-15 Column Total 100

Database Foundations. 6-4 Data Manipulation Language (DML) Copyright 2015, Oracle and/or its affiliates. All rights reserved.

Database Foundations. 6-4 Data Manipulation Language (DML) Copyright 2015, Oracle and/or its affiliates. All rights reserved. Database Foundations 6-4 Roadmap You are here Introduction to Oracle Application Express Structured Query Language (SQL) Data Definition Language (DDL) Data Manipulation Language (DML) Transaction Control