instructions in a program written by a software engineer‚ into object code‚ those same instructions written in a language the computer ’s central processing unit (CPU) can read and interpret. Software engineers write source code using high level programming languages that people can understand. Computers cannot directly execute source code‚ but need a compiler to translate these instructions into a low level language called machine code. Compiler: How It Works Compilers collect and reorganize (compile)
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The construction of Object-Oriented Database Management Systems started in the middle 80 ’s‚ at a prototype building level‚ and at the beginning of the 90 ’s the first commercial systems appeared. The interest for the development of such systems stems from the need to cover the modeling deficiencies of their predecessors‚ that is the relational database management systems. They were intended to be used by applications that have to handle big and complex data such as Computer Aided Engineering‚ Computer
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Investigate the Unified Modeling Language (UML) on the Internet. Briefly describe the functionality of UML. List down the issues and deficiencies of the diagrams used in the latest UML version and describe how these issues and deficiencies could be overcome. Answer: The UML architecture is based on the meta object facility‚ which defines the foundation for creating modelling language. They are precise enough to generate the entire application. A fully executable UML can be deployed to multiple platforms using
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element to be stored with an assembly’s metadata. A. Properties B. Attributes C. Methods D. Classes 4. The corresponding .Net FCL type for Short is . A. System.Int32 B. System.Int64 C. System.Int16 D. System.Object 5. The member "clear" of the Array class that sets a range of array elements to zero‚ false or null reference is a method. A. Shared B. Method C. Class D. Object 6. The method converts an OLE automation date value to a DateTime Instance. A. Today B. TimeOfDay
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Unit 4: Introduction to Object Oriented Programming Concepts Student Name Principles of Information Technology IT50-1101D David Reed Ph.D.‚ PMP 17th‚ May 2011 Table of Contents Abstract 3 Unit 4: Introduction to Object Oriented Programming Concepts 4 Programing Assignment 5 References 8 Abstract Object-oriented programming (OOP) is a programming paradigm using "objects" – data structures consisting of data fields and methods together with their interactions – to design
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information systems‚ also it’s used by a team of business and systems professionals. 2. How has a systems analysis and design changed over the past four decades? 1950s: focus on efficient automation of existing processes 1960s: advent of 3gl‚ faster and more reliable computers 1970s: system development becomes more like an engineering discipline 1980s: major breakthrough with 4Gl‚ case tools‚ object oriented methods 1990s: focus on system integration‚ GUI applications‚ client/server platforms‚ Internet
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1. Rewrite the following counter-control program to do while loop and for loop‚ in order to print out the biggest number inputted via keyboard. Scanner keyboard = new Scanner(System.in); int max = -1; int n; int c = 0; while (c<10) { n = keyboard.nextInt(); if (n > max) { max = n; } c++; } System.out.print(max); Do while loop: Scanner keyboard = new Scanner(System.in); int max‚ n‚ c; max = -1; c =0; do { n = keyboard
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basics of object-oriented programming with Visual Basic.NET or Visual C#. Table of Contents OOP with Microsoft Visual Basic .NET and Microsoft Visual C# .NET Step by Step Introduction Chapter 1 - Writing Your First Object-Oriented Program Chapter 2 - Creating Class Instances with Constructors Chapter 3 - Creating Fields and Properties Chapter 4 - Working with Methods Chapter 5
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Basic Concepts of Object-Oriented Programming 1. Classes 2. Objects 3. Data abstraction 4. Data encapsulation 5. Inheritance 6. Polymorphism 7. Dynamic Binding 8. Message Passing Student DATA Name DOB Marks …. FUNCTIONS Total Average Display …. Classes The entire set of data and code can be made as a user-defined type with the help of a class. Once a class has been defined‚ we can create any number of objects belonging to that class. A class gives a structure of what an object of its type will
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of Integration Testing Techniques For Object-Oriented Programs Submitted in partial fulfillment of the requirements for the award of the degree of Master of Computer Application (2009-2012) ABSTRACT Object-oriented programs involve many unique features that are not present in their conventional counterparts. Examples are message passing‚ synchronization‚ dynamic binding‚ object instantiation‚ persistence‚ encapsulation‚ inheritance‚ and polymorphism
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