Podcast
Questions and Answers
When was C++ first released?
When was C++ first released?
- 2000
- 1997
- 1985 (correct)
- 1980
Who created C++?
Who created C++?
- Linus Torvalds
- Bjarne Stroustrup (correct)
- James Gosling
- Dennis Ritchie
What are the key strengths of C++?
What are the key strengths of C++?
- Data science and artificial intelligence
- Web development and mobile applications
- Network security and cryptography
- Software infrastructure and resource-constrained applications (correct)
Which organizations provide C++ compilers?
Which organizations provide C++ compilers?
What features does C++ have as of 1997?
What features does C++ have as of 1997?
What was C originally developed for?
What was C originally developed for?
Where is C commonly used?
Where is C commonly used?
What range of computer architectures does C cover?
What range of computer architectures does C cover?
What did C gradually gain during the 1980s?
What did C gradually gain during the 1980s?
For what systems are C compilers available?
For what systems are C compilers available?
Study Notes
C++ Overview
- C++ was first released in 1985.
- Created by Bjarne Stroustrup at Bell Labs.
Key Strengths of C++
- Supports both procedural and object-oriented programming.
- Facilitates low-level memory manipulation and high-level abstractions.
- Encourages code reusability through classes and inheritance.
- Offers powerful Standard Template Library (STL) for data structures and algorithms.
C++ Compilers
- Compilers are provided by organizations like Microsoft, GCC (GNU Compiler Collection), and Intel.
- Several platforms offer open-source and commercial compilers for diverse uses.
C++ Features as of 1997
- Included templates, exception handling, namespaces, and a robust Standard Library.
- Facilitated better code organization and reduced naming conflicts through namespaces.
Origins of C
- C was originally developed for system programming and to implement the Unix operating system.
Common Uses of C
- Utilized in software development for operating systems, embedded systems, and system-level applications.
- Highly valued for its performance, portability, and efficiency across multiple domains.
Range of Computer Architectures
- C covers a wide range, from microcontrollers to supercomputers.
- Compatible with various architectures including x86, ARM, MIPS, and more.
Evolution of C in the 1980s
- C gradually gained high-level language features and enhanced capabilities through standardization efforts.
- Resulted in a more powerful and flexible programming language widely accepted in industry.
C Compiler Availability
- C compilers are available for various operating systems including Windows, Linux, macOS, and embedded systems.
- Supports diverse development environments and platforms, enhancing programmer accessibility.
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Description
Operators in C, Type conversion and typecasting. Decision control and Looping statements: Introduction to decision control, Conditional branching statements, iterative statements, nested loops, break and continue statements, goto statement.