26 ### Class: CarrierThe `Carrier` class in this educational module encompasses several attributes and methods related to maintaining and manipulating space fighters, drills, and a cargo hold.#### Attributes:1. **spaceFighterDocks[]**: `SpaceFighter`2. **drillDocks[]**: `Drill`3. **cargohold[]**: `String`#### Constructors:- **Carrier()**: Default constructor.- **Carrier(numberOfSpaceFighterDocks, numberOfDrillDocks, cargoholdSize)**: Parameterized constructor to initialize the Carrier with specified sizes for the docks and cargo hold.#### Methods:1. **deployFighter()**: `SpaceFighter` - Deploys a space fighter from the carrier.2. **dockFighter(SpaceFighter)**: `Boolean` - Docks a space fighter into the carrier. Returns `true` if successful, `false` if the dock is full.3. **deployDrill()**: `Drill` - Deploys a drill from the carrier.4. **dockDrill(Drill)**: `Boolean` - Docks a drill into the carrier. Returns `true` if successful, `false` if the dock is full.5. **addItemToCargohold(String)**: `Boolean` - Adds an item to the cargohold. Returns `true` if successful, `false` if the cargo hold is full.6. **removeItemFromCargohold(String)**: `Boolean` - Removes an item from the cargohold. Returns `true` if successful, `false` if the item does not exist.7. **toString()**: `String` - Converts the carrier's current state to a string representation.#### Note:- The `deploy` and `dock` methods manage the respective arrays for `SpaceFighter` and `Drill`. When docking, if the respective array is full, the method returns `false`; otherwise, it returns `true`. Similarly, this logic is applied to adding and removing items from the cargo hold.#### Explanation:The depiction in the image includes fields and methods within a tabular structure that delineates the components of the `Carrier` class. The constructors and methods offer a comprehensive way to handle docking and deploying space assets and managing cargo in the system.

SOLUTION-I have solved this problem in Java Class with comments for easy understanding :)

Create a class called Carrier that has the following attributes: Carrier() Carrier(numberOfSpaceFighter Docks, numberOfDrill Docks, cargoholdSize) Carrier spaceFighterDocks[] SpaceFighter drillDocks[] - Drill cargohold[] - String deployFighter() SpaceFighter dockFighter(SpaceFighter) - Boolean deployDrill() Drill dockDrill(Drill) - Boolean addItemToCargohold(String) - Boolean removeltemFromCargohold(String) - Boolean toString() - String Note: The deploy and dock method just add or remove things from the corresponding arrays of SpaceFighter and Drill. When you dock something, if the array full, return false; otherwise true. Similarly for the Cargo methods.

Create a class called Carrier that has the following attributes: Carrier() Carrier(numberOfSpaceFighter Docks, numberOfDrill Docks, cargoholdSize) Carrier spaceFighterDocks[] SpaceFighter drillDocks[] - Drill cargohold[] - String deployFighter() SpaceFighter dockFighter(SpaceFighter) - Boolean deployDrill() Drill dockDrill(Drill) - Boolean addItemToCargohold(String) - Boolean removeltemFromCargohold(String) - Boolean toString() - String Note: The deploy and dock method just add or remove things from the corresponding arrays of SpaceFighter and Drill. When you dock something, if the array full, return false; otherwise true. Similarly for the Cargo methods.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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