nayzinminlwin/CCS3101_Lab

AI Summary: Convert a given UML diagram into Java code skeletons. The task requires creating Java interfaces and abstract/concrete classes, using keywords like `abstract`, `interface`, `extends`, and `implements`. Only method signatures and class structures are needed; full implementations are not required. The code must compile without errors and should be completed within 15 minutes.

AI Summary: Hand-trace Java code snippets involving file I/O and exception handling (try-with-resources, checked exceptions). Determine the exact order of printed output when reading/writing a binary file, and identify which catch blocks are triggered. The task has a 15-minute time limit.

AI Summary: Implement a Java program that reads data from the console, writes it to a binary file using DataOutputStream, reads it back using DataInputStream, and applies a simple filter. The program must handle console input, correctly utilize DataOutputStream and DataInputStream, demonstrate the filter's output, and compile successfully within a 30-minute timebox.

AI Summary: Convert a textual problem statement (not provided in this context) into a UML class diagram, incorporating inheritance and at least one association/aggregation/composition relationship. The diagram should correctly depict multiplicities and relationship symbols. The task has a 15-minute time limit.

AI Summary: Hand-trace a Java program demonstrating ArrayList operations, inheritance, polymorphism, abstract classes, interfaces, and generics. The deliverable is a precisely ordered list of every line printed by the program, including constructor logs and method calls, completed within a 15-minute timebox.

AI Summary: Complete Lab 9 for the CCS3101 course, which involves applying learned concepts of generics to develop a solution. The lab requires prior reading of generics lectures.

AI Summary: Complete Lab 8, which involves reading binary I/O lectures and then developing the lab exercise. The lab is part of a first-year university course on object-oriented programming.