'Int main int' diaporamas de présentation

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Lecture 10 Introduction to Programming in C

Lecture 10 Introduction to Programming in C. Prof. Dr. Arne Kutzner Hanyang University / Seoul Korea. Pointers / Introduction. Variables and Memory Address.

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Object-Oriented Programming Using C++

Object-Oriented Programming Using C++. CLASS 2. Declare, initialize and use a pointer and an array of pointers Create a string Use built-in string functions. Objectives.

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Lecture 7 C++ Programming

Lecture 7 C++ Programming. Arne Kutzner Hanyang University / Seoul Korea. Function overloading. Function Overloading. Two functions have the same name Functions can be distinguished by types of function header Example:. double max(double num1, double num2) { if (num1 > num2)

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Dynamic Memory

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Why Use Namespaces?

Why Use Namespaces?. Classes encapsulate behavior (methods) and state (member data) behind an interface Structs are similar, but with state accessible Classes and structs are used to specify self-contained, cohesive abstractions Can say what class/struct does in one sentence

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Why Use Namespaces?

Why Use Namespaces?. Classes encapsulate behavior (methods) and state (member data) behind an interface Structs are similar, but with state accessible Classes and structs are used to specify self-contained, cohesive abstractions Can say what class/struct does in one sentence

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Motivation and Overview

Motivation and Overview. Often need to refer to another object Without making a copy of the object itself Two ways to do this Indirectly, via a pointer Gives the address of the object (analogy: street address) Requires the code to do extra work: dereferencing

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A Quantitative Study on Software Optimizations for Cache Performance

A Quantitative Study on Software Optimizations for Cache Performance. ECE 510 Yingfu Jiang Dec. 9, 2005. Motive.

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Motivation and Overview

Motivation and Overview. Often need to refer to another object Without making a copy of the object itself Two ways to do this Indirectly, via a pointer Gives the address of the object (analogy: street address) Requires the code to do extra work: dereferencing

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C++ Memory Overview

C++ Memory Overview. 4 major memory segments Global: variables outside stack, heap Code (a.k.a. text): the compiled program Heap: dynamically allocated variables Stack: parameters, automatic and temporary variables Key differences from Java

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Templated Functions

Templated Functions. Overloading vs Templating. Overloaded functions allow multiple functions with the same name but different functionality. Templated functions allow for different types of parameters but have exactly the same functionality. Template Specifics.

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Motivation for Generic Programming in C++

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CS 1704

CS 1704. Introduction to Data Structures and Software Engineering. Command Line Parameters. main(int argc, char* argv[])

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Value Returning Functions

Value Returning Functions. Chapter 5. Value-Returning Functions. All the properties together make up the definition of the function. Information provided by the heading of the function. Information provided in the body of the function.

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Advanced Topics on Inheritance

Advanced Topics on Inheritance. M ultiple inheritance allows a derived class to inherit from more than one direct base class class Bear: public ZooAnimal {/*...*/}; class Panda: public Bear, public Endangered { /*...*/ };

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Lecture 6: RPC (exercises/questions)

Lecture 6: RPC (exercises/questions). First Six Steps of RPC TvS: Figure 4-7. Remaining Steps. 7: add executes and returns answer to server stub 8: server stub composes reply message containing this answer 9: message is sent across the network 10: client OS passes reply to client stub

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Overview of References and Pointers

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