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and information hiding. Output must be shown in the form of a report using the console.
In your solution, make use of as many concepts, and components dealt with in this course, but
pay special attention to the following learning units:
• Learning Unit 1: Advanced arrays.
• Learning Unit 2: Introduction to inheritance
You are provided with a simple Java project. Using the Shape class as a guide, create an abstract class 3DShape for 3D shapes. Create Cube and Cylinder 3D shapes by extending the 3DShape class you’ve just created. Create an interface to calculate volume and implement necessary code to calculate correct value of volume of all types of your 3D shapes. As a bonus, implement a design where 2DShape supertype is the parent of the 3DShape supertype, and respective methods for area and volume calculation are inherited from the relevant supertype for the concrete 3D objects.
and information hiding. Output must be shown in the form of a report using the console.
In your solution, make use of as many concepts, and components dealt with in this course, but
pay special attention to the following learning units:
• Learning Unit 1: Advanced arrays.
• Learning Unit 2: Introduction to inheritance
and information hiding. Output must be shown in the form of a report using the console.
In your solution, make use of as many concepts, and components dealt with in this course, but
pay special attention to the following learning units:
• Learning Unit 1: Advanced arrays.
• Learning Unit 2: Introduction to inheritance
Write a program that checks how many possible outcomes there can be from numbers 0 to 31 & gives all the possible outcomes
Write a program that checks the top 3 most likely outcome of numbers from 0 to 31
Hello Sir!
Attaching a link in which code is already written you just need to add the Main method so I can run the program. Thanks
https://drive.google.com/file/d/12ywHMF2l0bnQihN_SSFRXFMy1PLc3GwN/view?usp=sharing
Using an imperative Definition, specify the abstract datatype for a software stack
write a multi-threaded Java program that
(i) Has a single Producer class object which is a thread and a single Consumer class which is also a thread.
(ii) Create a class Packet. This class should contain a simple string.
(iii) Create a class Buffer that internally uses some data structure to hold the incoming packet objects – it should have methods insertPkt and remove Pkt and should have methods to tell the user how many packets are in the Buffer at any time e.g. size.
(iv) Make the Producer object at random time intervals create Packet objects and place them in the Buffer object.
(v) OBJECTIVE: Use a mechanism from the books Concurrency chapter to synchronize the producer thread pushing packets into the Buffer and the consumer thread removing them such that the Buffer size always remains between 50-70 packets.
(vi) Show through any means how your objective is met by running the Producer and Consumer object.
