((( please guys all of these in java by using ubuntu )))

From what you have learned in lab, construct a multithreaded program to simulate the print jobs of a printer, one job at a time, your program should include the following: - A shared object called a Buffer that is initially empty. - Set1 of threads, to put data in the buffer (Write Jobs) with 1/2 second delay. - Set2 of threads, to read data from the buffer (Read Jobs) with one second delay. - The Buffer should be empty upon exiting the program. - You should not allow reading jobs from the buffer if there is none existing. - You should not allow writing new jobs if the buffer is full (say have a maximum of 20 jobs) - Deal with race conditions. - Avoid deadlocks. cocecoc-virtualBox: $ javac Main. java cocacoc-VLrtualBox: 5 java Matn Writing... number of renatinting unread Jobs in Buffer: 1 Reading.... number of renatining unread Jobs in Buffer: Writing... number of renatnting unread Jobs in Buffer: 1 Reading.... number of renatining unread Jobs in Buffer: Writing.... number of renaining unread Jobs in Buffer: 1 Reading.... number of renatinting unread Jobs in Buffer: 0 Writing... number of renatining unread Jobs in Buffer: 1 Reading.... number of renatining unread Jobs in Buffer: 0 Writing.... number of renatinting unread Jobs in Buffer: 1 Reading.... number of renatining unread Jobs in Buffer: Use the following main class and the sample output as a guide to complete the tasks above, Assignment group: Your choice of working by yourself or in groups of four. Submission: - The source Java files for the classes in your program - A document file that includes your names \& IDs plus a summary explaining what you have done in your program formatted as follows, - Where the race condition is happening in the program and why, - How you dealt with the race condition, - Why and how the deadlock happened and how it was avoided