CS451/651 Project 1 (Supporting Simple Operations) Swami Iyer Ob jectives. Become familiar with the CLEmitter, an abstraction for generating JVM bytecode. Extend the base j– language by adding some basic Java operations (on primitive integers) to the language. Supporting these operations requires studying the j– compiler in its entirety, if only cursorily, and then making […]
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CS451/651 Project 2 (Scanning) Swami Iyer Ob jectives. 1. Support multiline comments. 2. Support additional tokens (reserved words, operators, and separators). 3. Support long and double literals. In this project, you will only be updating the hand-crafted scanner, which means that the only program files you will be modifying under $j/j–/src/jminusminus are TokenInfo.java and Scanner.java.
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CS451/651 Project 3 (Parsing) Swami Iyer Ob jectives. 1. Support long and double basic types. 2. Support operators. 3. Support conditional expression and switch statement. 4. Support do-while and for statements. 5. Support exception handlers. 6. Support interface type declaration. In this project, you will only be supporting the parsing of the above programming constructs
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CS451/651 Project 5 (Type Checking and Code Generation) Swami Iyer The goal of this project is to implement type checking and JVM code generation for the Java programming constructs that were introduced in j– as part of Project 3 (Parsing). To compile the j– compiler, run the following command: $ ant clean compile jar To
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Assignment 2 Aims: Gain deeper understanding of search algorithms and heuristics Apply design patterns in the construction of an object-oriented program Learn more about the Java class libraries Due Date: Week 9, Friday, May 4, 11:59 p.m. Value: 10% Shipment Planner This assignment is inspired by the problem of scheduling a shipping plan for one ship to
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(1) Show d and ⇡ values after each of the |V | 1 passes. (2) Modify the graph so that it contains at least one negative cycle. Run the Bellman-Ford algorithm again to show how the negative cycle can be detected by the algorithm. Figure 1: Graph for Question 3. 4. (100points)ThisquestionasksyoutodesignandimplementaGoogle Map-like program using
CS 34800 – Project 3 Due Date: April 19, 2018 – 11:59 PM on Blackboard (There will be a 10% penalty for each late calendar-day. After five calendar days, the homework will not be accepted.) Project Description In this project, you will implement a simple role-based access control scheme for a slightly modified version of
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CO3099/7099 Programming Assignment Released Feb 12, 2018 Deadline Mar 2, 2018 11:59 pm Instructions to Students This assignment consists of four tasks. Each of Tasks 1–3 build upon earlier ones, so (for example) if you submit Task 3 you do not need to separately submit Tasks 1 and 2. Task 4 is a separate task.
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You are to simulate a multi-partitioned memory management system where processes are initiated and terminated requiring that memory space be allocated and de-allocated. Free memory space is to kept in a singly linked list as discussed in class, using the data structure containing allocation bits and various pointers also discussed. This is a variable-partition system
The University of Melbourne School of Computing and Information Systems SWEN90004 Modelling Complex Software Systems Assignment 1a, 2017 Released: 2 March, 2018. Deadline: 17:00, 21 March, 2018 Ob jectives To provide programming practice in a monitor-oriented concurrent programming language and to get a better understanding of safety and liveness issues. Background and context There are
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