Introduction to c
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C was developed in 1972 at Bell Labs as a general purpose programming language. It was created to develop the Unix operating system and is still widely used today. C took influence from earlier languages like B and BCPL but was given its name as many of its features derived from B. C is a structured, portable language that supports functions, comments and a rich library for developing systems like operating systems.
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The document discusses programming languages and their evolution. It begins by explaining that a programming language allows communication between humans and computers by telling computers what tasks to perform. It then summarizes the main types of programming languages:
1) Machine language uses binary and is directly understood by computers but is difficult for humans.
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C++ is an enhanced and extended version of C programming language, developed by Bjarne Stroustrup in 1979 as part of his Ph.D. project. Bjarne developed what he called ‘C with Classes’ (later renamed C++) because he felt limited by the existing programming languages that were not ideal for large scale projects. He used C to build what he wanted because C was already a general-purpose language that was efficient and fast in its operations.
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With just C++ programming expertise, you will have excellent job opportunities, salaries, and career prospects. However, for a career based on programming languages such as Java and Python (which are in more demand than C++) or for careers based on front-end, back-end, and full-stack
C programming tutorial
C is a programming language developed in the 1970s as a tool for writing operating systems. It was created as an improvement on the B language by Dennis Ritchie at Bell Labs. C language allows for communication between humans and computers in the same way that natural languages like English allow for communication between humans. It has since become widely used for software development due to its flexibility, efficiency, and ability to be compiled on different platforms. The basic structure of a C program includes sections for documentation, includes, definitions, global declarations, the main function, and other functions.
D turner techreport
The document summarizes the history and development of the C programming language. It discusses how C was created by Dennis Ritchie at Bell Labs in 1972 to develop the Unix operating system. C became widely popular due to its portability, efficiency, and simplicity. The document outlines the ancestral languages that influenced C, such as CPL and BCPL, and how C addressed limitations in its predecessors. It also describes the generic structure of C programs and how C has evolved into other object-oriented languages like C++ and influenced the development of many other programming languages overall.
1.C Programming Language.pdf
C programming language was developed in 1972 by Dennis Ritchie to overcome difficulties in existing languages like BCPL and B. It is a procedural language that is fast, efficient, portable, and easy to extend. C includes low-level access to memory and a simple set of keywords. It has features like being procedural, being fast and efficient, having portability, being easy to extend, being user friendly, having function rich libraries, and allowing dynamic memory management.
Introduction of c programming
C is a general purpose, high-level programming language that was developed in the 1970s. It is widely used to create operating systems and is the precursor to many popular languages today. C code is compiled into machine-readable code that can be run on different computer systems. C has features like control structures, looping statements, arrays, and macros that make it well-suited for both business and scientific applications. It is commonly used to write operating systems like UNIX, Windows, Mac OS, and Linux.
C basic
C is a computer programming language developed in 1972 at Bell Laboratories to develop the UNIX operating system. It is a structured, portable, and efficient language used to create system applications for operating systems like Windows and Linux. Some key uses of C include developing databases, graphics packages, operating systems, compilers, and network drivers due to its reliability, portability, flexibility, modularity, and efficiency.
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Operators and expressons
The document discusses operators and expressions in programming. It defines operators as symbols that direct computers to perform operations on operands. There are different types of operators, including arithmetic, relational, logical, assignment, increment/decrement, conditional, and bitwise operators. Expressions combine operands and operators to calculate a value. The order in which operations are performed depends on the precedence and associativity of the operators used in the expression.
Data types in C
The document discusses data types in C programming. It describes the different types of data types as primary, derived, and user-defined. Primary data types include integer, floating point, character, and void types. Integer types can be signed or unsigned and include int, short int, long int, etc. Floating point types are float, double, and long double. Character types are char and unsigned char. Derived data types include arrays, pointers, and references. User-defined data types allow programmers to define their own data types using structures, unions, and enumerations. The document provides examples of declaring different primary data types with variable names.
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Variables in C language are names that represent memory locations used to store and change data values during program execution. Variables must be named in a clear way and can consist of letters, digits, and underscores. They must begin with a letter and have a maximum length of 31 characters. Examples of valid variable names include "John" and "T_raise" while invalid names include "123" or names with spaces.
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keywords and identifiers
Identifiers in C refer to names of variables, functions, and arrays. They are user-defined names that consist of letters, digits, or underscores, with a letter as the first character. Identifiers follow certain rules: the first character must be a letter, they can only contain letters, digits, or underscores, only the first 31 characters are significant, keywords cannot be used, and white spaces are not allowed. Common keywords in C include double, else, enum, extern, float, for, goto, if, int, long, register, return, short, signed, sizeof, static, auto, break, case, char, const, continue, default, do, struct, switch, typedef, union, unsigned,
Preprocessor directives
The document discusses C preprocessor directives. It explains that the preprocessor is a text substitution tool that performs preprocessing before compilation. Important directives include #define, #include, #undef, #ifdef, #ifndef, #if, #else, #elif, and #endif, which define macros, include header files, undefine macros, and perform conditional compilation. Example uses of #define and #include are given.
Program structure of c
The document discusses the structure and components of a C program. It explains that a C program includes pre-processor commands, functions, variables, statements, expressions, and comments. It then provides a simple example "Hello World" program to demonstrate these components, including the #include directive, main function, printf function, and return statement. It further describes compiling and executing a C program by writing the code, saving it, compiling for errors, and running the program.
Algorithms, flow charts and pseudocodes
The document discusses algorithms, pseudocode, and flow charts. It defines an algorithm as a finite set of steps to solve a problem, and describes characteristics like finiteness, simplicity, and absence of ambiguity. The document also outlines the typical steps to write an algorithm, methods to verify algorithms, and provides an example of adding two numbers. Additionally, it describes flow charts as a pictorial representation of a problem's solution using standard symbols. Common flow chart symbols like terminators, decision diamonds, and processes are defined. Finally, the document defines pseudocode as a high-level description of an algorithm's logic using plain English phrases instead of programming code.
Problem solving process
The document outlines the problem solving process for developing computer programs. It discusses the steps as: 1) defining and analyzing the problem, 2) designing the program using techniques like algorithms and flowcharts, 3) coding the program, 4) compiling the code, 5) debugging and testing for errors, 6) documenting the program, and 7) implementing the program and maintaining it for users. The overall process transforms a problem description into a solution by applying appropriate problem-solving strategies, techniques and tools.
Character set in C
The document discusses the character set of the C programming language. It states that the character set includes letters, digits, special characters, and empty space characters that can be combined to form commands, expressions, and other tokens for C programs. Letters consist of the 26 English alphabet letters and are case sensitive. Digits include the numbers 0 through 9. Special characters include various punctuation symbols. Empty space characters include spaces, tabs, carriage returns and newlines.
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Introduction to c
- 1. Introduction to C BY: SATVEER KAUR, ASSISTANT PROFESSOR, KHALSA COLLEGE, PATIALA. 1
- 2. Why need Programming Language? As we all know that the computer understand only zeros and ones but humans cannot understand codes written in form of zeros and ones. So we need programming language that is understandable to humans also. A computer programming language helps in automating the task which are time consuming, error prone, repetitive and not person dependent etc. Programming languages also help in reorganize the processes, provide better experience as well as keeping track of historical data, analysing data etc. BY: SATVEER KAUR, ASSISTANT PROFESSOR, KHALSA COLLEGE, PATIALA. 2
- 3. History of C language C is a general purpose language which is very closely related with Unix for which it was developed in Bell Labs. Most programs of Unix are written and run with the help of c. In 1972, Dennis Ritchie developed the C language at AT and Bell laboratories. Before C language, Ken Thompson developed a B language which was influenced by a basic combined programming language i.e. BCPL by Martin Richards. Dennis Ritchie made number of advancements in B language new language called C language is developed. BY: SATVEER KAUR, ASSISTANT PROFESSOR, KHALSA COLLEGE, PATIALA. 3
- 4. Why ‘C’ given this name? Many ideas of C language were derived and taken from 'B' language. BCPL and CPL are previous versions of 'B' language. As many features came from B So, it was named as 'C'. BY: SATVEER KAUR, ASSISTANT PROFESSOR, KHALSA COLLEGE, PATIALA. 4
- 5. More about ‘C’ is a structured language. is a simple and flexible. general purpose language. is portable. supports functions. comments provides easy readability. have rich set of library functions and keywords. BY: SATVEER KAUR, ASSISTANT PROFESSOR, KHALSA COLLEGE, PATIALA. 5
- 6. More about ‘C’ case sensitive language. can be used to develop operating systems. also known as middle level language. can be used to access the processor registers. programs are easy to debug. Note: These all are also called features or characteristics of C Language. BY: SATVEER KAUR, ASSISTANT PROFESSOR, KHALSA COLLEGE, PATIALA. 6
- 7. Thanks !!!!!!! BY: SATVEER KAUR, ASSISTANT PROFESSOR, KHALSA COLLEGE, PATIALA. 7