Computer programming is the process of writing source code instructions in a programming language to instruct a computer to perform tasks. Source code is written text using a human-readable programming language like C++, Java, or Python. A program is a sequence of instructions that performs a specific task. Programmers write computer programs by designing source code using programming languages. Programming languages are classified as high-level or low-level. High-level languages provide abstraction from computer details while low-level languages require knowledge of computer design. Language translators like compilers and interpreters convert source code into executable programs.
COMPUTER PROGRAMMING
INTRODUCTION TO COMPUTER PROGRAMMING
1) Introduction to Computer Programming.
2) Computer, Hierarchy of Computer, Compiler.
3) Interpreter, High level language, Features of C language.
Program
Software
Compiler
Interpreter
Modular programming/Structured Programming
Non structured programming
Need of Programming language
Difference between structured and object oriented programming
Advantages of object oriented programming
COMPUTER PROGRAMMING
INTRODUCTION TO COMPUTER PROGRAMMING
1) Introduction to Computer Programming.
2) Computer, Hierarchy of Computer, Compiler.
3) Interpreter, High level language, Features of C language.
Program
Software
Compiler
Interpreter
Modular programming/Structured Programming
Non structured programming
Need of Programming language
Difference between structured and object oriented programming
Advantages of object oriented programming
Introduction to C Programming
Content :
Introduction
-Types of programming language
-Machine Language
-Assembly Language
-High Level Language
Introduction to C programming
-Basic Structure of C Program
-Simple program in C programming
You can get more from our website:
www.programmingcampus.com
For most programming/scripting languages the concepts are all the same. The only thing that changes is the syntax in which it is written. Some languages may be easier to remember than others, but if you follow the basic guide line, it will make learning any programming language easier. This is in no way supposed to teach you everything about programming, just a general knowledge so when you do program you will understand what you are doing a little bit better.
Introduction to C Programming
Content :
Introduction
-Types of programming language
-Machine Language
-Assembly Language
-High Level Language
Introduction to C programming
-Basic Structure of C Program
-Simple program in C programming
You can get more from our website:
www.programmingcampus.com
For most programming/scripting languages the concepts are all the same. The only thing that changes is the syntax in which it is written. Some languages may be easier to remember than others, but if you follow the basic guide line, it will make learning any programming language easier. This is in no way supposed to teach you everything about programming, just a general knowledge so when you do program you will understand what you are doing a little bit better.
Watch this with a 10-15 minute audiotrack at http://vimeo.com/novusprogram/excel1
This lesson provides information on the basics of Excel, Microsoft’s powerful spreadsheet development tool. The topics covered include a basic review of the program’s toolbars and options, and an introduction to data entry and data formatting. The lesson teaches concepts through a combination of image-based slides and video tutorials. The objective of the lesson is for the user to be comfortable with operations such as opening and creating Excel documents, saving Excel documents, navigating the options and toolbar, entering data into the worksheet, and formatting data color and size.
The Novus project is a combination of video tutorials designed to be used in conjunction with a free business simulation software program. The Novus Business and IT Program contains 36 business and IT training videos, covering basic finance, accounting, marketing, economics, business strategy, Word, Excel, and PowerPoint. Users will have an opportunity to apply the lessons in the Novus Business Simulator. Over six rounds, the user or teams will have to make decisions on capital purchases, financing, production, financing, and human resources for a microbrewery. This channel has arranged the 36 video lessons into the order in which they are meant to be used with the simulator. To watch this slideshow as a video, please go to our Vimeo page at: https://vimeo.com/novusprogram. To download our free business simulation software, please go to our SourceForge page at: http://sourceforge.net/projects/novus/.
Introduction to Computer.
Program and Programming.
Languages.
Types of Programming Languages.
Low-Level Languages.
Assembly languages.
High-Level Languages.
History of Programming.
Languages.
Translators.
Compiler.
Interpreter.
Typical C Program Development.
Environment
The C Programming Language
Characteristics of C language
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Characteristics of C language
Basic Program Structure in C
Language
Introduction to Programming Concepts By Aamir Saleem AnsariTech
Get the free powerpoint slide of introduction to programming concepts from Techora. Learn programming and other things from using our slides. For more visit : www.techora.net
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Computer programs are collections of instructions that tell a computer how to interact with the user, interact with the computer hardware and process data. The first programmable computers required the programmers to write explicit instructions to directly manipulate the hardware of the computer. This “machine language” was very tedious to write by hand since even simple tasks such as printing some output on the screen require 10 or 20 machine language commands. Machine language is often referred to as a “low level language” since the code directly manipulates the hardware of the computer.
By contrast, higher level languages such as “C”, C++, Pascal, Cobol, Fortran, ADA and Java are called “compiled languages”. In a compiled language, the programmer writes more general instructions and a compiler (a special piece of software) automatically translates these high level instructions into machine language. The machine language is then executed by the computer. A large portion of software in use today is programmed in this fashion.
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1. 1. Introduction to Programming
What is Computer Programming?
Is the process of designing, writing, testing, debugging, and maintaining source code of
computer programs.
(OR)
Act of instructing computer to perform the task.
Source code
Is any computer instruction (possibly with comments) written using some human readable computer
language (also known as, High-level Computer Language), usually as text.
This source code is written in one or more programming languages (i.e. High-level language such as C,
C++, C#, Java, Python, and Smalltalk).
Programming Language
Refer to the artificial language designed to communicate instruction to a machines particularly a
computer. Examples of Programming languages are C, C++, JAVA, Python, Machine Language and
Assembly language.
Program
Is the sequence of instructions, written to perform a specific task with Computer.
NOTE:
The purpose of Computer Programming is to create a set of instructions (i.e. Program) that
computers use to perform specific operations or to exhibit desired behavior.
Software refers to the collection/set of computer programs and related data to perform a
specified task with a computer.
Programmer
Is the someone who writes the computer program (Software) using any language of hisher choice.
Classification of Computer Language:
High-Level Language (Machine Independent Languages)
Is the programming language with strong abstraction from the details of the computer. The
programmer can create the program using these languages without asking for design detail
of the particular Machine which will run his/her program.
Prepared By;
NOEL MALLE, B.Eng (Computer Engineering)
Kilimanjaro, Tanzania.
2. So, there is no need for a Programmer to study the design of the computer (such as,
Processor Instruction Set Architecture, Bus types and width, Processor Registers types and size,
and other Architecture Design).
Hence, programmer focuses only on the Problem to be solved. This is the reason they are also
known as Problem-Oriented Languages
Furthermore, programs created using these languages are Machine Independent, which means,
they can run on Computer with different designs (e.g. Processor type) with little, or no
modifications required in their codes.
Examples of High-Level Language:
C
C++
JAVA
Low-Level Language (Machine Dependent Languages)
Is the programming language that provides little or no abstraction from details of the computer.
The programmer must have strong knowledge about Computer design in order to write the
program for such Computer.
Hence, there is need for a Programmer to study the design of the computer (such as,
Processor Instruction Set Architecture, Bus types and width, Processor Registers types and size,
and other Architecture Design).
Furthermore, programs created using these languages are Machine Dependent, which means,
the Program created for particular Machine can’t run on different Machine.
Types of Low-Level Languages:
Assembly Language
Machine Language.
NOTE:
Other Programmers describe C-language as the Middle-Level Language because of the following
2 reasons:
A relatively good programming efficiency i.e. faster program development (as compared to
low level language)
Relatively good machine efficiency i.e. faster program execution (as compared to high level
language)
Hence, it occupies the space (level) between two, that is, middle level.
Prepared By;
NOEL MALLE, B.Eng (Computer Engineering)
Kilimanjaro, Tanzania.
3. Language Translators
Is the computer program that translates a program written in a given programming language into
functionally equivalent program in different language.
There are various types of Language Translator but I will describe only two types of Language
Translators, which are:
Compiler
Interpreter
Compiler
Translates a high level language (e.g. C, C++) into lower level language (i.e. Machine Language). Compiler
checks the entire user-written program (known as the source program) and, if error free, produces a
complete program in Machine Language. Each Language has its own Compiler.
Examples of Compiled Languages:
C, C++, COBOL, and Haskell.
Examples of Compilers for various languages are as follow:
C Pelles C, Power C, Turbo C.
C++ C++ Builder, Borland C++, GCC, Turbo C++
Interpreter
Translates a High level language into an Intermediate code which will be immediately executed. The
Interpreter translates one statement at a time and, if error-free, executes the instruction. Each
Language has its own Interpreter.
Examples of Interpreted Languages:
BASIC, PHP, Perl, lisp, Smalltalk, and Ruby.
Example of Interpreter is:
BASIC Altair BASIC
Difference between Compiler and Interpreter
Compiler Interpreter
Compiler translates the whole program before
execution begins.
Thus Interpreter translates and executes the first
instruction before it goes to the second.
Prepared By;
NOEL MALLE, B.Eng (Computer Engineering)
Kilimanjaro, Tanzania.
Other types include; Assembler, DeCompiler,
DisAssembler .
4. NOTE:
JAVA is not listed as Compiled or Interpreted Language because; JAVA programs are Compiled
(to bytecode) then Interpreted. Hence, it is both Compiled and Interpreted Language.
Assembler is the computer program which translates Assembly Language to Machine Language.
All Machines (Computer) understand Machine Code (Language) only. Hence, this leads to the
necessities of System Software such as Compiler, and Interpreter to convert High level language
to Machine code. Also, Assembler to convert Assembly Language to Machine Code.
Generations of Computer Languages:
1st
Generation (Machine language)
2nd
Generation (Assembly Language)
3rd
Generation (Problem Oriented Languages such as C, Paschal, FORTRAN, and COBOL)
4th
Generation( e.g. dBASE, FoxPro, FOCUS)
These are Low level Language
High Level Language
Prepared By;
NOEL MALLE, B.Eng (Computer Engineering)
Kilimanjaro, Tanzania.