Milestone 2 Requirements

For this milestone, you will be creating classes to represent the entrées and sides served at “GyroScope” - a fast-food franchise focused on gyros with an astrology theme. These will be created within the Data project of the solution you accepted from GitHub classroom.

General requirements:

• You need to follow the style laid out in the C# Coding Conventions

Assignment requirements:

You will need to create

• Enums (1) representing:

  • The various Doner meats available

• Side classes (4) representing:

  • Taurus Tabouleh
  • Gemini Stuffed Grape Leaves
  • Sagittarius Greek Salad
  • Aries Fries

• Entree classes (4) representing:

  • Virgo Classic Gyro
  • Scorpio Spicy Gyro
  • Leo Lamb Gyro
  • Pisces Fish Dish

Purpose:

This milestone serves as a review of how to create classes and sets the stage for the rest of the semester. Everything included in this assignment you should have been exposed to before in CIS200 and CIS300. This assignment should be relatively straightforward, though it will take some time to complete. If you have any confusion after you have read the entire assignment please do not hesitate to reach out to a Professor Bean, the TAs, or your classmates over Discord.

Recommendations:

• Get in the habit of reading the entire assignment before you start to code. Make sure you understand what is being asked of you. Please do not get ahead of yourself and have to redo work because you did not read the entire assignment.

• Accuracy is important. Your class, property, enumeration and other names, along with the descriptions must match the specification given here. Otherwise, your code is not correct. While typos may be a small issue in writing intended for human consumption, in computer code it is a big problem!

• Remember that you must document your classes. This was covered in prior courses and also discussed in chapter 3 of your textbook.

• The Pendant web app can help verify the structure and functionality of your application if you push your feature branch to GitHub.

Enum Classes

All enums should reside in the GyroScope.Data.Enums namespace

There is one additional enum needed:

• DonerMeat - The various kinds of spiced meat prepared on a spit
  • Beef
  • Pork
  • Chicken
  • Lamb

Side Classes

GyroScope offers 4 sides:

• Ares Fries
• Gemini Stuffed Grape Leaves
• Sagittarius Greek Salad
• Taurus Tabuleh

Each should have a class declared for it, in its own file. All sides should default to the small size. All sides should be declared in the GyroScope.Data.Sides namespace and coresponding files placed in a Sides folder of the Data project.

Ares Fries

You will need to define a class to represent a side of Ares Fries, which can be customized after creation. You should name this class AresFries and declare it in the file AresFries.cs. It should have the following properties:

Size: A property with the Size enum type, indicating how large the serving of fries is

Price: A readonly property (i.e. it has only a get and no set) of type decimal which is 1.50 for small, 2.00 for medium, and 2.50 for large.

Calories: A readonly property of type uint which is 304 calories for small, 456 for medium, and 608 calories for large.

Gemini Stuffed Grape Leaves

You will need to define a class to represent a side of Gemini Stuffed Grape Leaves, which can be customized after creation. You should name this class GeminiStuffedGrapeLeaves and declare it in the file GeminiStuffedGrapeLeaves.cs in the GyroScope.Data.Sides namespace. It should have the following properties:

Size: A property with the Size enum type, indicating how large the serving of stuffed grape leaves is.

Price: A readonly property (i.e. it has only a get and no set) of type decimal which is 1.50 for small, 2.00 for medium, and 2.50 for large.

Calories: A readonly property of type uint which is 360 calories for small, 540 for medium, and 720 calories for large.

Sagittarius Greek Salad

You will need to define a class to represent a side of sagittarius greek salad, which can be customized after creation. You should name this class SagittariusGreekSalad and declare it in the file SagittariusGreekSalad.cs. It should have the following properties:

Size: A property with the Size enum type, indicating how large the serving of greek salad is.

Price: A readonly property (i.e. it has only a get and no set) of type decimal which is 2.00 for small, 2.50 for medium, and 3.00 for large.

Calories: A readonly property of type uint which is 180 calories for small, 270 for medium, and 360 calories for large.

Taurus Tabuleh

You will need to define a class to represent a side of Tarus tabuleh, which can be customized after creation. You should name this class TaurusTabuleh and declare it in the file TarusTabuleh.cs. It should have the following properties:

Size: A property with the Size enum type, indicating how large the serving of tabuleh is.

Price: A readonly property (i.e. it has only a get and no set) of type decimal which is 1.50 for small, 2.00 for medium, and 2.50 for large.

Calories: A readonly property of type uint which is 124 calories for small, 186 for medium, and 248 calories for large.

Entree Classes

GyroScope offers 4 entrees:

• Virgo Classic Gyro
• Leo Lamb Gyro
• Scorpio Spicy Gyro
• Pices Fish Dish

Each should have a class declared for it, in its own file. All entrees should be declared in the GyroScope.Data.Entrees namespace and coresponding files placed in a Entrees folder of the Data project.

Virgo Classic Gyro

You will need to define a class to represent the Virgo Classic Gyro, which can be customized after creation. You should name this class VirgoClassicGyro and declare it in the file VirgoClassicGyro.cs. It should have the following properties:

Meat: A property with the DonerMeat enum type, indicating what kind of meat this Gyro is prepared with. It should default to Pork.

Pita: A property with the bool type, indicating if this gyro should be served with a pita bread wrap. It should default to true.

Tomato: A property with the bool type, indicating this gyro should be served with tomato. It should default to true.

Onion: A property with the bool type, indicating this gyro should be served with onion. It should default to true.

Lettuce: A property with the bool type, indicating this gyro should be served with lettuce. It should default to true.

Tzatziki: A property with the bool type, indicating this gyro should be served with tzatziki sauce. It should default to true.

Price: A readonly property with the decimal type, it should return $5.50.

Calories: A readonly property with the uint type, it should return the calories for this gyro, calculated using the calories table below based on what ingredients the gyro contains (i.e. if tomatoes are left out, the overall calories of the gyro would be 30 calories less).

SpecialInstructions: A readonly property with the IEnumerable<string> type, it should contain a string "Hold [ingredient]" for any ingredient indicated by a bool that is false, i.e. if the Tomato property is false, it should contain a string "Hold Tomato". Additionally, if the meat selected is not the default, it should contain a string "Use [meat]" indicating the type of meat to use, i.e. "Use Lamb" if the Meat property is set to DonerMeat.Lamb.

Scorpio Spicy Gyro

You will need to define a class to represent the Scorpio Spicy Gyro, which can be customized after creation. You should name this class ScorpioSpicyGyro and declare it in the file ScorpioSpicyGyro.cs. It should have the following properties:

Meat: A property with the DonerMeat enum type, indicating what kind of meat this Gyro is prepared with. It should default to Chicken.

Pita: A property with the bool type, indicating if this gyro should be served with a pita bread wrap. It should default to true.

Peppers: A property with the bool type, indicating this gyro should be served with peppers. It should default to true.

Onion: A property with the bool type, indicating this gyro should be served with onion. It should default to true.

Lettuce: A property with the bool type, indicating this gyro should be served with lettuce. It should default to true.

WingSauce: A property with the bool type, indicating this gyro should be served with wing sauce. It should default to true.

Price: A readonly property with the decimal type, it should return $6.20.

Calories: A readonly property with the uint type, it should return the calories for this gyro, calculated using the calories table below based on what ingredients the gyro contains (i.e. if tomatoes are left out, the overall calories of the gyro would be 30 calories less).

SpecialInstructions: A readonly property with the IEnumerable<string> type, it should contain a string "Hold [ingredient]" for any ingredient indicated by a bool that is false, i.e. if the Onion property is false, it should contain a string "Hold Onion". Additionally, if the meat selected is not the default, it should contain a string "Use [meat]" indicating the type of meat to use, i.e. "Use Lamb" if the Meat property is set to DonerMeat.Lamb.

Leo Lamb Gyro

You will need to define a class to represent the Leo Lamb Gyro, which can be customized after creation. You should name this class LeoLambGyro and declare it in the file LeoLambGyro.cs. It should have the following properties:

Meat: A property with the DonerMeat enum type, indicating what kind of meat this Gyro is prepared with. It should default to Lamb.

Pita: A property with the bool type, indicating if this gyro should be served with a pita bread wrap. It should default to true.

Tomato: A property with the bool type, indicating this gyro should be served with tomato. It should default to true.

Onion: A property with the bool type, indicating this gyro should be served with onion. It should default to true.

EggPlant: A property with the bool type, indicating this gyro should be served with eggplant. It should default to true.

Lettuce: A property with the bool type, indicating this gyro should be served with lettuce. It should default to true.

MintChutney: A property with the bool type, indicating this gyro should be served with mint chutney sauce. It should default to true.

Price: A readonly property with the decimal type, it should return $5.75.

Calories: A readonly property with the uint type, it should return the calories for this gyro, calculated using the calories table below based on what ingredients the gyro contains (i.e. if tomato is left out, the overall calories of the gyro would be 30 calories less).

SpecialInstructions: A readonly property with the IEnumerable<string> type, it should contain a string "Hold [ingredient]" for any ingredient indicated by a bool that is false, i.e. if the Tomato property is false, it should contain a string "Hold Tomato". Additionally, if the meat selected is not the default, it should contain a string "Use [meat]" indicating the type of meat to use, i.e. "Use Beef" if the Meat property is set to DonerMeat.Beef.

Pisces Fish Dish

You will need to define a class to represent the Pisces Fish Dish, which can be customized after creation. You should name this class PiscesFishDish and declare it in the file PiscesFishDish.cs. It should have the following properties:

Price: A readonly property with the decimal type, it should return $5.99.

Calories: A readonly property with the uint type, it should return 726.

SpecialInstructions: A readonly property with the IEnumerable<string> type, it should always be empty.

Calories Table

The calories for each ingredient is:

The Milestone Feature Branch

You will want to create a feature branch and push it to GitHub for your validations to be generated on https://pendant.cs.ksu.edu. For this milestone, your feature branch should be named ms2.

Submitting the Assignment

Once your project is complete, merge your feature branch back into the main branch and create a release tagged v0.2.0 with name "Milestone 2". Copy the URL for the release page and submit it to the Canvas assignment.

Grading Rubric

The grading rubric for this assignment will be:

25% Structure Did you implement the structure as laid out in the specification? Are the correct names used for classes, enums, properties, methods, events, etc? Do classes inherit from expected base classes?

25% Documentation Does every class, method, property, and field use the correct XML-style documentation? Does every XML comment tag contain explainitory text?

25% Design Are you appropriately using C# to create reasonably efficient, secure, and usable software? Does your code contain bugs that will cause issues at runtime?

25% Functionality Does the program do what the assignment asks? Do properties return the expected values? Do methods perform the expected actions?