
Initialize the 10-element integer array mn with i + 100 using a for loop, then print a columnar display of each element and its value aligned with width 13.
Explore C++ bitwise operators, including and, or, and complement, with examples producing 12, 61, and -61, plus left and right shifts and two's complement handling.
Demonstrates how C++ relational operators compare integers using A = 21 and B = 10, showing outputs for equal, not equal, less than, greater than, and greater or equal.
Explore how C++ logical operators evaluate non-zero operands, producing true or false with and, or, and not, demonstrated through execution traces of a sample program.
Explore the C++ # operator, using a macro to convert a replacement token into a quoted string, producing output such as hello C++ when you compile and run.
Discover how the C++ preprocessor double hash operators concatenate macro arguments to form new tokens, enabling macro substitution that prints 100 and Helloworld.
Explain raising a signal in C++ with a two-argument signal handler, raising SIGINT when i equals three, causing the program to print and sleep in a loop.
Learn how C++ pointers to structures access fields via the arrow operator and print functions, using two structure variables and a void return print function.
Explore C++ namespaces and directives by comparing two namespaces with the same function prototype but different bodies, and see how using namespace selects which function runs.
Register a C++ signal handler with the signal function by passing the signal number and a handler, then run an infinite loop that sleeps until you press control c.
explore c++ class templates as a generic stack implemented with a vector, featuring push, pop, top, and empty with out_of_range exceptions.
Understand default values for parameters in C++, demonstrated with a two-argument sum function where the second parameter defaults to 20, producing 300 or 120 outputs.
C++ assignment operators are demonstrated via a step-by-step code trace, showing how A and C change with =, +=, -=, *=, /=, %=, and bitwise shifts.
Explore c++ function calls by passing parameters to max, returning the larger value, and printing the result, with debugging and tracing using ad watch.
Create a Java hello world program in Eclipse by building a project, package, and class, writing the main method, and printing 'Hello World' to the console.
Explore Java arithmetic operators by using a scanner to input integers and perform addition, subtraction, multiplication, division, and modulus, with results printed to the console.
Explore Java unary operators, including unary minus, post-increment and pre-increment, and boolean operations, with practical variable examples of part one and part two.
Explore Java bitwise operators using byte values 12 and 10 in eight-bit binary, demonstrating not (tilde), and, Zod, and left and right shift operations.
Master Java relational operators through practical examples. Evaluate boolean results when comparing values with equal to, less than, greater than, and not equal to.
Explore how Java uses conditional operators with boolean variables, including || and &&. See how results are true when at least one value is true, and when both are true.
Explore Java input and output techniques, using System.out and println through PrintStream, learn string concatenation and formatting, and read data with java.util.Scanner from keyboard.
Explore strings in Java by creating strings from a character array using the string constructor, assigning and printing strings, and performing string concatenation with the plus operator.
Discover how to use Java's built-in string functions, including length, equals, equals ignore case, charAt, startsWith, endsWith, indexOf, lastIndexOf, replace, substring, split, and trim, to manipulate text efficiently.
Explore string buffer and string builder in Java for beginners, including constructors, capacity, append, insert, and reverse operations.
Explore how the static keyword in Java defines a class-level variable and static method shared by all objects, while non-static members stay instance-specific.
Learn how to define a Java class and create objects, using a Student class with name, ID, major, setters, and a display method to print all fields.
Explore the boolean datatype in Java, showing true and false values and how a boolean variable can hold only these, with a demonstration of type mismatch errors when assigning 100.
Learn the Java character data type, initialize char variables with single quotes, print characters, and connect ASCII values like 65 for A and Unicode hex 0041.
Demonstrates Java inheritance by defining a base employee with a protected salary and two subclasses, Developer and Tester, that add bonuses to the salary, yielding 40,000 and 50,000.
Learn C++ and Java with C++ and Java Training Crash Course for Beginners, C++ And Java Basics In One Crash Course
This course will help you learn C++ basics and give you hands-on experience to create your own projects and work with computer memory. With its adaptability and fast rendering, you’ll find the C++ programming language used everywhere, from web browsers to game development and operating systems to science and machine learning tools.
This C++ Programming Course is designed to meet the industry benchmarks. This C++ programming course will give you extensive knowledge of Object-Oriented Programming in C++, Coding Styles and Design Patterns, Generic Programming and Standard Template Library.
The course examines common programming constructs as they are implemented in C++ including C++ 11. Topics include the use of C++ for memory management, file input/output (I/O), pointers, references, exceptions, and object-oriented programming. Basic data structures such as linked lists, stacks, and queues are covered in terms of their usage and implementation using C++.
Also, this course has been created to help you learn all the basics concepts that are the core of C++ Programing. This way, you will not only program in this language, but you will also understand the logic behind this programming language and will be able to create various applications in it on your own. Indeed, if you don’t have prior programming experience, the hardest part is understanding the programming logic and this course covers all the topics to help you succeed in C++ programming.
Subjects/topics you will learn through the course are
C++ Overview
Functions and variables
Classes
Operator Overloading
Initialization and Assignment
Storage Management
Inheritance
Polymorphism
Exception
Templates
Why Learn Java?
Java is a general-purpose, versatile and popular programming language. It's great as a first language because it is concise and easy to read, and it is also a good language to have in any programmer's stack as it can be used for everything from web development to software development and scientific applications.
Take-Away Skills:
This course is a great introduction to both fundamental programming concepts and the Java programming language. By the end, you'll be comfortable programming in Core Java.
This Course is the first of a series of courses that make up the Core Java Specialization. The Core Java Specialization, in turn, is part of a series of programming specializations and designed to provide the skill set necessary to be hired as an IT developer using Java in many corporate environments. This course includes hands-on practice and will give you a solid knowledge of the Java language. After completing this course, you will be able to identify Java’s benefits, program in basic Java syntax using Java data types, and incorporate branches and loops. The audience for this course: - Anyone interested in learning Java - Programmers - Technical Managers - Application Developers
Topics Covered:
Module-1: Java Fundamentals
Basic Java Program
Compile and run a Java program
Understanding console output
Java Variables and Data Types
Java Operators
Conditional statements
Loops
Break and continue
Arrays
Single Dimensional array
Double Dimensional array
String Class
String methods
See you Inside the course. Thank you