ITECH3108 Dynamic Web Programming
Assignment 1 - Food Match
This is an individual assignment in which you are required to develop a dynamic web application as described below.
Important: This assignment specification is generated just for you. Do not distribute this specification.
Timelines and Expectations
Percentage value of task: 20%
Due: Refer to Course Description
Learning Outcomes Assessed
The following course learning outcomes are assessed by completing this assessment:
K3. Detect opportunities for increasing security and privacy of web applications
S1. Develop client/server web applications using client-side and server-side code
S2. Connect to and manipulate a database management system programmatically using server-side code
A1. Design, develop, test, and debug client/server web applications to provided specifications
For this assignment, you will create a web-based online dating system, vaguely similar to -Plenty of Fish- or -Ok Cupid-.
Your platform is dedicated to matching up people with a shared interest in a certain topic - for your assignment the topic is Food Match, a place for food enthusiasts to meet.
Users can create accounts, indicate a set of foods that they like, and find people to message who like similar foods.
The web application uses a relational database. The database has the following structure:
User ( id, name, email, password, profile, photo_url )
Food ( id, title )
Likes (user_id, food_id)
Message (from_user_id, to_user_id, datetime, text)
Primary keys are indicated with underlines or bold formatting, and foreign keys are italicized.
Each record in the User table represents a member of the site who is looking for love. Members can write a short piece of text about themselves (stored in the profile field), and include the URL of a photograph (stored in the photo_url field).
Each record in the Food table represents a food that a user can indicate that they like.
The Likes table stores information about which Food records each member has indicated that they like. These will be used to match with other members of the site who like similar food.
If a record (1, 2) exists in Likes, this means the user with id 1 likes the food with id 2.
Finally, Food Match should allow members to send messages to each other. The Message table tracks messages sent between members, along with the date and time that the message was sent.
The following constraints should be applied when implementing the application:
The user_id and food_id fields in the Likes table form a compound primary key;
The from_user_id and to_user_id fields in the Message table form a compound primary key, and both refer to the id field in the User table - you may choose to use a message_id instead if you prefer;
The datetime field should be stored as a MySQL datetime type;
The password field should be a VARCHAR of 255 characters. The name, email and photo_url fields
should be VARCHAR of a length that you determine to be reasonable and sufficient; The User profile and Message text fields should be either VARCHAR or TEXT.
Please note that you are free to extend this database schema if required.
When the database is created, it should be populated with data of your own invention, appropriate to the theme (keep it clean).
You should have at least:
5 foods; and
5 users, each of whom likes at least 2 foods (see note below)
One of the users must be you (even if you are not looking for love or even interested in foods). Use your student id - 30348165 - for the username, and your real name and email address. Invent other users as necessary - perhaps use characters from your favourite movie or band.
One of your users must also have the username tutor and the password guest.
You do not need to include any messages in this initial data.
Include this data as part of your written report.
Database creation DDL
Create an SQL file that creates the MySQL database, creates the four tables above, and populates them with your initial data.
Use your student id and course code as the database name as follows:
Passwords should be hashed using, at minimum, the crypt() PHP function. Prefer to use the PHP password_hash() function to generate password hashes.
For the password 'guest', the following hash may be used in your database:
PASSWORD = '$2y$10$123561843030000999999uPgapZPidVsL0gWbD9u0feCGVvEuH7RK'
It is acceptable for all initial users to share the same password for testing.
Use of MD5 or SHA1/2 for password hashes is not acceptable.
Write SQL queries that display all of the initial data using SELECT statements, and list these queries in your report.
Write PHP and HTML to allow new users to sign up. The form should request a username, email address and password. The password must be hashed before storing it in the database.
Using PHP, validate that the username is unique, and the password is at least 5 characters (before hashing).
Write PHP code to allow users to log in and log out. This will require the use of sessions and/or cookies.
Allow users to edit their profile - changing their profile text and photo URL.
Write PHP and HTML code to allow a user to choose items from the `` table that they like.
Create a page listing potential matches.
Write PHP and HTML that shows the logged-in user a list of other users who might be a good match based on their overlapping interest in foods.
A user with whom the logged-in user shares no items in common should not appear in the list.
A user with whom the logged-in user shares all items in common should appear higher in the list than a user with whom they only share a few interests.
It is up to you determine an appropriate way to sort this list. You may choose to adjust your database schema, although it's not required.
Each displayed match should include the match's name, photo and profile text.
Write PHP and HTML to allow a logged-in user to send a message to another user of the site. Sending a message should be implemented by adding an entry to the Message table.
Create a messages page that displays the messages sent and received by the logged-in user, including the date and time for each message.
Adjust your matches page so that users no longer appear as a match once they have been messaged.
Create a page that displays the following information, using SQL aggregation such as COUNT and SUM, subqueries or nested SELECT statements, inner joins and (left or right) outer joins.
The total number of messages sent on the site;
The **top 3 most-liked **, ordered in descending order by number of likes;
The most popular day of the week to send messages;
Bonus challenge task (optional!) - Moderation
Extend the data model and write code to implement moderation features:
Users can report users for violating site rules;
A moderator can review reported users, sorted by number of reports, weighted by the reporting user's reputation (descending order)
Users found to be in violation of site rules should have their accounts disabled, but should not be deleted Users who incorrectly report users for being in violation when they are not should have reputation reduced, so their reports are less important in future
Users who correctly report other users should have their reputation increased, so their reports are more important in future
There are no partial marks awarded for this bonus task – you must complete all features to attain the
It is possible to attain full marks for this assignment without completing this challenge task.
Include a written report containing:
The SQL queries you used to test your database
A list of parts of the assignment you have completed or not completed.
Details of specific assistance you received from people other than your lecturer or tutor, and the names of those assisting.
Anything interesting or cool you'd like to draw your marker's attention to.
This assignment is supported by the first 5 lectures and the first 6 labs. Work on the assignment should be spread over several weeks after the relevant lab has been mastered.
All files should be submitted to Moodle by the due date and time. Check with your tutor as to whether a hard copy is required in addition to the electronic submission.
Refer to the attached marking guide.
Feedback will be supplied through Moodle. Authoritative marks will be published through fdlMarks
Plagiarism is the presentation of the expressed thought or work of another person as though it is one's own without properly acknowledging that person. You must not allow other students to copy your work and must take care to safeguard against this happening. More information about the plagiarism policy and procedure for the university can be found at http://federation.edu.au/students/learning-and-study/online-help-with/plagiarism.
Marking Guide: Assignment 1
Feature Criteria Maximum Obtained
Initial data Requirements satisfied 1
Creating the database Table structure, data types, field lengths, initial data entry 1
User accounts Account sign-up 1
Validation that password meets complexity requirements (at least 5 characters) 1
Log in and Log out 1
Inappropriate password hashing (MD5, SHA1 or plain-text passwords) (-2)
Profile and Interests Edit profile text and photo URL 1
Select interests 2
Matches List of users based on overlapping interests 3
List sorted appropriately 1
Messaged users do not appear in matches 1
Messages Send a message to a user 2
List messages from other users 2
Aggregate data Top 3 most-liked items 1
Most popular day to send messages 1
Bonus optional task Moderation Meets specification (user report, moderator list, reputation system) (no partial marks) 3
Documentation Initial data and test queries 1
Completion of tasks, Assistance statement (lose 1 mark each if not included) (-2)
Quality of code Layout, structure, indentation (-1)
Appropriate and consistent naming scheme (-1)
Valid HTML5 (-1)