RECENT ASSIGNMENT

Aims
• To analyse and comprehend a given ER diagram and Database schema
• To implement a database based on the given ER diagram and Database scheme
• To write required SQL statements query the database
• Write SQL statements to manipulate the data in the database
Learning Objectives
In the process of this assessment task you will:
• plan, schedule and execute project tasks with a view to improving your personal productivity;
• gain awareness of the typical challenges related to the practical implementation of databases;
• learn how to used Data Definition statements to implement a database from a given ER diagram and the corresponding Database schema
• learn how to use Data Manipulation statements to query a database, and insert and update data in the tables
Due date: Week 11, Friday, 5pm
Submit the individual work file, named 'a2- Surname_ID .zip', by Week 11, Friday, 5pm via Moodle.
Late submission:
Any submission after the due date will receive a deduction of 10% per day, this includes weekends.
Marks: This assignment has a total 100 marks and it is worth 20% out of the total assessment.
Extensions: An extension will only be considered with supporting documentation from a health professional and if the problem/illness occurred within the week prior to the due date. If an extension is granted the extension will then equal the number of days specified on the doctor's certificate, with a maximum limit of one week.
Authorship: This assignment is an individual assignment and it shall be completed by the individual student only. The final submission must be identifiably the work of the individual. Breaches of this requirement will result in an assignment not being accepted for assessment and may result in the offending student or students being required to present before the Disciplinary Committee.
Assignment Specification
Commonwealth Transport Services (CTS) now require a partial implementation of the design made in Assignment 1. In order to keep consistency between the assignments, database specification containing the ER diagram and the corresponding schema are provided in this document. You should create your database according to this documentation. Make sure that your implementation is consistent with this design, i. e., your table names, field names, and data types are according to the specifications provided in this document. The implementation phase includes writing SQL statements to create a database and its tables, populating the tables with appropriate test data, and writing a number of queries to create reports that can be used by the management team. You need to insert at least five records in each of the tables and ensure that each of the query returns at least one record.
Implementation of the Database and Manipulation of the Data
You are required to perform the followings tasks:
1. Create a text file named Create_ StudentID .sql (for example, Create_3087654.sql) that will contain SQL statements to:
I. Create a database named CTSDB StudentID
II. Create all of the tables for the database according to the Database schema given at the end of this document
2. Create a text file named Insert_ StudentID .sql that will contain SQL statements to:
I. Insert at least five records in each of the tables. The test data inserted into the table must ensure that each of the queries, specified in Task 3, outputs at least one record
3. Create a text file named Query_ StudentId .sql that will contain all the queries to display the following
I. A list of available Vehicles sorted according to seating capacity. Display the Model, Registration number, and the Seating capacity.
II. A list of Official sorted according to their First name followed by Last name. Display their country name as well as the languages they speak.
III. List the drivers who speak French. Display their First name and Last name.
IV. List the drivers having first aid training. Display their First name, Last name, First aid level, and the Date the training was completed
V. List the drivers having special security training. Display their First name, Last name, First aid level, the Date the training was completed, and the Name of the certifying body.
VI. Find the vehicles which went for repair and/or maintenance in March 2015. Show their Registration number, Model, and the date of maintenance group by maintenance type.
VII. Find the total cost incurred for maintenance and repair. Display type of maintenance and the total cost.
VIII. Find the vehicles whose repair cost was more than the average repair cost.
IX. Find the locations whose street name starts with ‘B’.
X. List the names of the drivers who has Security clearance level above T and who speak English. Display their First name, Last name, and the Security clearance level.
4. Create a text file named Transaction_ StudentId .sql that will perform the followings. Make appropriate assumption if needed.
I. An Official named Daniel Ortega from UK, having OfficialID AUS997, wants to make a booking. He speaks English and he will play role of a ‘Judge’ in the games. He wants to travel from 10 Elizabeth St, Brisbane to 117 Kings Road, Gold Coast on April 9, 2015. His expected start time is 10:00 am and end time is 1:15 pm.
II. The above trip was performed using the vehicle having VIN number SANFDAE11U1286116. The starting odometer reading for the vehicle was 26982 KM. The trip started at 10:15 and ended at 1:30 pm. At the end of the trip the odometer reading was 27190 KM. The driver for the trip was John Arnold having Driver licence number 098674432. John Arnold, although has a First Aid training (level D), completed on August 17, 2013, he does not have a special security clearance. John Arnold also speaks English.
You are required to adhere to the following output formatting conventions:
• All monetary values should be printed with a dollar symbol ($), two digits after the decimal point, and with space for 7 digits before the decimal point
• You must use consistent and legible formatting in laying out your SQL queries. Include (brief) comments for any query or procedure that uses an -unusual- approach.
What to submit
An electronic copy of your assignment should be submitted through Moodle and should include a copy of your report, completed according to the Federation University Australia Guide for the Presentation of Academic Work and the four files described in Task 1 – Task 4 above. Zip all the files into a single file before uploading.
Your report should include:
• A copy of the SITE Assignment Coversheet that includes a copy of the plagiarism statement.
• A report of the results from running the SQL queries (Task 3) by using Copy/paste of their output.
• A bibliography containing a list of all resources used to complete the assignment. If no resources, apart from the course materials, have been used please indicate this.
Assessment Criteria
• How clear and well organised your presentation is. On the front page of your report you should include a list of acknowledgements of all people who have assisted you with this assignment including fellow students, along with a statement of completion.
• Adherence to our standards. How clear and well organised your presentation is. You should write all the queries in consistent style and use indent format.
• Data correctness and quality. Please use appropriate data for your examples (e.g. do not use inappropriate person names)
• Joining of data from multiple tables should be completed using a WHERE statement only. JOINs are not to be used within any of the SQL statements. Use of any JOINs will result in 0 (zero) marks being allocated for each SQL statement that utilizes them.
• Please refer to the provided marking guide (below) to see the distribution of marks. Assignment Resources
• The Standard ER Diagram
• Relational Database Schema
Assessment Criteria and Marking Overview
ITEM Marks
1. Presentation
How clear and well-presented your submission is.
10
2. Creation of database and tables (Task 1)
Create the relevant tables: Database correctly named and created, includes all of the PKs and FKs in the database. No evidence that tables have been created using the GUI. They work properly 20
3. Insertion (Task 2)
Successfully inserts data into the tables. NO evidence exporting from GUI. They work properly.
30
4. Query (Task 3)
Use of appropriate query statement. They work as intended
30
5. Transaction (Task 4)
Use of appropriate query statement to perform the required actions. They work as intended
10
Total 100
ERD to Relational Database Schema
Entity Field Name Datatype Length
LANGUAGE LanguageCode CHAR 2 Primary Key
LanguageName VARCHAR 50
COUNTRY CountryCode CHAR 2 Primary Key
CountryName VARCHAR 50
COUNTRY_LANGUAGE CountryCode CHAR 2 Primary Key,
Foreign Key References COUNTRY
(CountryCode)
LanguageCode CHAR 2 Primary Key,
Foreign Key References LANGUAGE
(LANGUAGECode)
LOCATION LocationID INT (AUTO) Primary Key
StreetNo VARCHAR 5
StreetName VARCHAR 50
City VARCHAR 30
LocTypeID CHAR 2 Foreign key references
LOCATION_TYPE ( LocTypeID)
LOCATION_TYPE LocTypeID CHAR 2 Primary key
LocTypeDescription VARCHAR 40
DRIVER DriverLicenceNum CHAR 18 Primary Key
DriverFirstName VARCHAR 20
DriverLastName VARCHAR 20
ClearanceLevel CHAR 1
HasSecurity CHAR 1
HasFirstAid CHAR 1
IsAvailable CHAR 1
DRIVER_LANGUAGE LanguageCode CHAR 2 Primary Key,
Foreign Key References
LANGUAGE (LANGUAGECode)
DriverLicenceNum CHAR 18 Primary Key,
Foreign Key References
DRIVER (DriverLicenceNum)
DRIVER_SECURITY DriverLicenceNum CHAR 18 Primary Key,
Foreign Key References
DRIVER (DriverLicenceNum)
CertBodyID INT Foreign Key References
CERTIFYING_BODY ( CertBodyID )
SecurityLevel CHAR 1
CertDate DATE
Entity Field Name Datatype Length
CERTIFYING_BODY CertBodyID INT (AUTO) Primary key
CertBodyName VARCHAR 50
DRIVER_FIRSTAID DriverLicenceNum CHAR 18 Primary Key,
Foreign Key References
DRIVER (DriverLicenceNum)
FirstAidLevel CHAR 1
FirstAidDate DATE
VEHICLE VIN CHAR 17 Primary Key
VEH_Make VARCHAR 30
VEH_Model VARCHAR 30
VEH_Colour VARCHAR 20
VEH_RegoNum CHAR 6
VEH_Odometer INT 6
VEH_Availability CHAR 1
VEH_SeatCapacity INT 2
MAINTANANCE_REPAIR VIN CHAR 17 Primary Key,
Foreign Key references
VEHICLE( VIN)
OdometerReading INT 6 Primary Key
MR_Type CHAR 1
MR_Date DATE
MR_Cost DECIMAL
MR_Details VARCHAR 100
OFFICIAL OfficialID CHAR 8 Primary key
LanguageCode CHAR 2 Foreign key references
LANGUAGE( LanguageCode)
LanguageCode CHAR 2 Foreign key references
COUNTRY( CountryCode)
OfficialFirstName VARCHAR 40
OfficialLastName VARCHAR 40
OfficialRole CHAR 2 Foreign Key references
OFFICIAL_ROLE (RoleID)
OFFICIAL_ROLE RoleID CHAR 2 Primary key
RoleDescription VARCHAR 40
Entity Field Name Datatype Length
TRIP BookingRefNum INT 6 Primary Key
VIN CHAR 17 Foreign Key references
VEHICLE( VIN)
DriverLicenceNum CHAR 18 Foreign Key References
DRIVER (DriverLicenceNum)
OfficialID CHAR 8 Foreign key references
OFFICIAL( OfficialID)
PickUpLocID INT Foreign key references
LOCATION( LocationID )
DropOffLocID INT Foreign key references
LOCATION( LocationID )
StartTimeIntended DATETIME
EndTimeIntended DATETIME
StartTimeActual DATETIME
EndTimeActual DATETIME
StartKM INT 6
EndKM INT 6