Java project will be there for you to know i will be able to see you in your eyes and sorry for the delay of my friends are not the guy who would be in touch and i can I call the
The document summarizes control structures in C, including repetition structures like while, do/while, and for loops. It provides examples of using each type of loop, and also covers statements like break, continue, and goto that change a loop's execution flow. Nested structures and counter-controlled repetition are demonstrated.
Object oriented programming system with C++msharshitha03s
This document provides an overview of C++ control statements, functions, and storage classes. It discusses various loops like while, for, and do-while loops. It also covers decision making statements such as if-else, if-else-if-else, switch statements, and unconditional statements like break, continue, and goto. The document then discusses functions, recursion, and inline functions. Finally, it summarizes different storage classes in C++ like auto, register, static, external, and mutable and provides examples of each.
The document discusses loop control structures in C++. It explains the for, while, and do-while loops and provides examples. It also covers break, continue, return, and goto statements used to control program flow in loops.
This document discusses various control flow statements in Java including branching statements, looping statements, and jump statements. It provides examples of if, if-else, if-else-if statements, switch statements, for loops, while loops, do-while loops, break, continue, and return statements. Key points include:
- Branching statements like if, if-else, if-else-if are used to control program flow based on boolean conditions. Switch statements provide an alternative for multiple if-else statements.
- Looping statements like for, while, do-while repeat a block of code while/until a condition is met.
- Jump statements like break and continue control flow within loops, while
At the end of this lecture students should be able to;
Describe the looping structures in C programming language.
Practice the control flow of different looping structures in C programming language.
Practice the variants in control flow of different looping structures in C programming language.
Apply taught concepts for writing programs.
C programming uses basic elements like expressions, statements, blocks and functions. Expressions combine constants, variables and operators, while statements end with semicolons. A block of statements is treated as a single statement. Standard library functions include printf(), exit() and scanf(). Control structures like if-else, switch, for, while and do-while statements are used for decision making and looping.
The document discusses various concepts related to abstraction in software development including project architecture, code refactoring, enumerations, and the static keyword in Java. It describes how to split code into logical parts using methods and classes to improve readability, reuse code, and avoid repetition. Refactoring techniques like extracting methods and classes are presented to restructure code without changing behavior. Enumerations are covered as a way to represent numeric values from a fixed set as text. The static keyword is explained for use with classes, variables, methods, and blocks to belong to the class rather than object instances.
this slide is for to understand the conditions which are applied in C++ programming language. I hope u would understand better by viewing this presentation.
The document summarizes control structures in C, including repetition structures like while, do/while, and for loops. It provides examples of using each type of loop, and also covers statements like break, continue, and goto that change a loop's execution flow. Nested structures and counter-controlled repetition are demonstrated.
Object oriented programming system with C++msharshitha03s
This document provides an overview of C++ control statements, functions, and storage classes. It discusses various loops like while, for, and do-while loops. It also covers decision making statements such as if-else, if-else-if-else, switch statements, and unconditional statements like break, continue, and goto. The document then discusses functions, recursion, and inline functions. Finally, it summarizes different storage classes in C++ like auto, register, static, external, and mutable and provides examples of each.
The document discusses loop control structures in C++. It explains the for, while, and do-while loops and provides examples. It also covers break, continue, return, and goto statements used to control program flow in loops.
This document discusses various control flow statements in Java including branching statements, looping statements, and jump statements. It provides examples of if, if-else, if-else-if statements, switch statements, for loops, while loops, do-while loops, break, continue, and return statements. Key points include:
- Branching statements like if, if-else, if-else-if are used to control program flow based on boolean conditions. Switch statements provide an alternative for multiple if-else statements.
- Looping statements like for, while, do-while repeat a block of code while/until a condition is met.
- Jump statements like break and continue control flow within loops, while
At the end of this lecture students should be able to;
Describe the looping structures in C programming language.
Practice the control flow of different looping structures in C programming language.
Practice the variants in control flow of different looping structures in C programming language.
Apply taught concepts for writing programs.
C programming uses basic elements like expressions, statements, blocks and functions. Expressions combine constants, variables and operators, while statements end with semicolons. A block of statements is treated as a single statement. Standard library functions include printf(), exit() and scanf(). Control structures like if-else, switch, for, while and do-while statements are used for decision making and looping.
The document discusses various concepts related to abstraction in software development including project architecture, code refactoring, enumerations, and the static keyword in Java. It describes how to split code into logical parts using methods and classes to improve readability, reuse code, and avoid repetition. Refactoring techniques like extracting methods and classes are presented to restructure code without changing behavior. Enumerations are covered as a way to represent numeric values from a fixed set as text. The static keyword is explained for use with classes, variables, methods, and blocks to belong to the class rather than object instances.
this slide is for to understand the conditions which are applied in C++ programming language. I hope u would understand better by viewing this presentation.
The document provides an introduction to parallel programming basics, including why parallel programming is useful, what parallel programming is, and how to perform parallel programming in languages like C++, MATLAB, and C#. It gives an example of a simple sequential C++ program and walks through how it could be parallelized using tools like OpenMP and TBB. It also discusses other parallelization methods like std::thread in C++ and the parfor function in MATLAB.
Learn about the basic fundamentals of java and important for the different company's interview. Topics like JRE, JDK, Java Keywords, Primitive DataTypes, Types of Variables, Logical, Shift and Bitwise Operator working, Command Line Argument, Handling Arrays, Array Copy, and different programs and output based programs.
This document discusses concurrent programming and multithreaded programming in Java. It covers key topics such as creating and controlling threads, thread safety and synchronization, and using bounded queues to allow cooperation between producer and consumer threads.
The document provides an overview of fundamental programming concepts in C language. It begins by comparing the steps to learning English and C, then discusses algorithms, flowcharts, tokens, data types, operators, control structures like if/else, switch, loops (while, do-while, for). It also covers nested loops, and illustrates an infinite loop that repeats until the user enters 'n'. The key topics covered include basic syntax, flow control, and programming constructs in C.
This document discusses different types of loops in Java including while, do-while, and for loops. It explains the syntax and flow control of each loop type. Examples are provided to demonstrate how to use loops appropriately. Common mistakes like infinite loops and off-by-one errors are highlighted. The break and continue keywords are also explained. Finally, the document briefly introduces methods in Java.
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This document provides an overview of key concepts in C++ programming including program structure, variables, data types, operators, input/output, control structures, and functions. It discusses the basic building blocks of a C++ program including comments, header files, declaring variables, reading/writing data, and program flow. Control structures like if/else, switch, while, for, break and continue are explained. The document also covers fundamental C++ concepts such as variables, data types, operators, and basic input/output.
The document discusses various jumping statements in C language - break, continue and goto. It provides examples of each statement.
Break is used to transfer control out of a loop. Continue skips the current iteration and moves to the next. Goto can transfer control anywhere in a program. Forward goto jumps to a label after the statement, backward goto jumps to a label before it.
The document discusses templates in C++. It explains that templates allow functions and classes to work with different data types using a single code definition. Template functions are called function templates, and template classes are called class templates. The document provides examples of defining class and function templates, and overloading template functions. It demonstrates how templates can be used to create generic functions that operate on multiple types of data.
The document provides an overview of various control statements in Java including if/else statements, switch statements, loops (for, while, do-while), break, continue statements, and nested loops. It includes code examples to demonstrate how to use each control structure and discusses variations like nested if/switch statements, empty loops, and declaring loop variables inside the for statement.
This document provides an overview of key concepts in the Java programming language, including:
- Java is an object-oriented language that is simpler than C++ and supports features like platform independence.
- The Java development environment includes tools for compiling, debugging, and running Java programs.
- Java programs work with basic data types like int and double, as well as user-defined classes, variables, and arrays.
- The document explains operators, control structures, formatting output, and the basics of classes and objects in Java.
A nested loop is a loop inside the body of another loop. The document discusses types of nested loops like nested for, while, do-while loops and provides examples to explain the working of nested loops. It also provides sample programs using nested loops to print patterns, find divisors of numbers, and display multiplication tables.
This document provides an introduction to learning Java, including:
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Java Foundations: Data Types and Type ConversionSvetlin Nakov
Learn how to use data types and variables in Java, how variables are stored in the memory and how to convert from one data type to another.
Watch the video lesson and access the hands-on exercises here: https://softuni.org/code-lessons/java-foundations-certification-data-types-and-variables
Exception handling in C++ allows programs to deal with abnormal or unexpected behaviors during execution. It uses three keywords - try, catch, and throw. The try block defines the code that might cause exceptions. If an exception occurs, the program flow moves to the catch block to handle it. Multiple catch blocks can be chained to handle different exception types. The throw keyword transfers control from the try block to the catch block when an exception happens.
The document provides an introduction to the Java programming language. It discusses Java's history and key editions. It also covers basic Java concepts like compiling and running a simple "Hello World" program, primitive data types, variables, operators, conditional statements like if/else, and iterative structures like the for loop. Examples are provided throughout to demonstrate syntax and output.
The document discusses different types of loops in Java programming. It explains that for loops are used when the number of repetitions is fixed and known beforehand. While loops are used when the number depends on a condition, and the loop may repeat zero times. Do-while loops guarantee at least one repetition of the block, and are useful when the block needs to repeat until a condition is met. Examples are provided for each type of loop.
The document discusses exception handling in Java. It defines different types of errors like logical errors, compilation errors, and runtime errors. It explains checked and unchecked exceptions. It describes how to handle exceptions using try, catch, and finally blocks. It provides examples of handling ArithmeticException and other exceptions. It also discusses multi-catch, throw statement, re-throwing exceptions, and throws keyword to declare exceptions in method signatures.
Nested classes allow one class to be defined within another. There are several types of nested classes in Java including static nested classes, inner classes, local classes, and anonymous classes. Static nested classes cannot access non-static members of the outer class but inner classes can. Local classes are defined within a method and anonymous classes do not have a name but inherit from a class or implement an interface.
The first thing I did was to be a part of the story is that the government is a good idea to the point where I am a very important role in the world of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of a new job of
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3. break Statement
break statement has three uses:
Terminates a statement sequence in a switch statement
Used to exit a loop
Used as a “civilized” form of goto
The break statement has two forms:
Labeled
Unlabeled
4. Unlabeled break
An unlabeled break is used to terminate a for, while, or do-while
loop and switch statement.
Example 1:
class BreakTest
{
public static void main(String agrs[])
{
for(int i=0; i<100; i++)
{
if(i == 10) break;
System.out.println("i: " + i);
}
System.out.println("Loop completed");
}
}
5. Example
public void switchTest() {
for(int i=0; i<5; i++)
switch(i) {
case 0:
System.out.println("i is zero."); break;
case 1:
System.out.println("i is one."); break;
case 2:
System.out.println("i is two."); break;
default:
System.out.println("i is greater than 2.");
}
}
6. Labeled break Statement
Java defines an expanded form of the break statement.
break label;
By using this form of break, we can break out of one or
more blocks of code.
When this form of break executes, control is transferred
out of the named block.
8. NOTE
The break statement terminates the labeled statement;
it does not transfer the flow of control to the label.
Control flow is transferred to the statement immediately
following the labeled (terminated) statement.
9. continue Statement
The continue statement skips the current iteration of a for,
while , or do-while loop.
The unlabeled form skips to the end of the innermost
loop's body and evaluates the boolean expression that
controls the loop.
10. Example
class ContinueDemo {
public static void main(String[] rk) {
String str = “she saw a ship in the sea”;
int size = str.length();
int count = 0;
for (int i = 0; i < size; i++)
{
if (str.charAt(i) != ‘s’)
continue;
count++;
}
System.out.println(“Number of s in “+ str + “ = ”+ count); } }
11. Labeled continue Statement
A labeled continue statement skips the current iteration
of an outer loop marked with the given label.
12. Example
class ContinueLabel {
public static void main(String [] rk) {
outer: for (int i=0; i<3; i++) {
for(int j=0; j<3; j++) {
if(j > i) {
System.out.println(“Hi”);
continue outer; }
System.out.print(" " + (i * j));
}
}
System.out.println(“Done”); } }
13. return Statement
The return statement exits from the current method, and
control flow returns to where the method was invoked.
The return statement has two forms: one that returns a
value, and one that doesn't.
To return a value, simply put the value (or an expression
that calculates the value) after the return keyword.
return ++count;
14. return Statement
The data type of the returned value must match the type of
the method's declared return value.
When a method is declared void, use the form of return
that doesn't return a value.
return;