Programming is the process of writing, testing and repairing, and maintaining the code that builds a computer program. This code is written in different programming languages. The purpose of programming is to load a program that can perform a calculation or 'work' in accordance with the wishes of the programmer (programmer). To be able to do programming, it takes skill in algorithm, logic, programming language, and in many cases, other knowledge such as math.
Programming is an art in using one or more algorithms that are interconnected by using a particular programming language so that it becomes a computer program. Different programming languages support different programming styles. This programming style is called programming paradigm.
Whether programming software is more of an art, science, or technique has been long debated. Good programmers usually combine these three things, in order to create an efficient program, both in terms of run time, or memory.
Programming History
The Antikythera mechanism of ancient Greece was a calculator using gears of varying sizes and configurations to determine the operation, which traced the Metonic cycle still used in month-to-solar calendars, and consistent to calculate the Olympic dates. Al-Jazari built Automata was programmed in 1206. One of the systems used in this device was the use of pegs and cams placed onto wooden drums at specific locations, which would sequentially trigger the lever which in turn operated the percussion instrument. The output of this device is a small drummer playing various rhythms and drum patterns. The Jacquard Loom, Joseph Marie Jacquard which was developed in 1801, uses a series of cardboard cards by pressing holes in them. Pattern pattern holes representing looms should follow weaving cloth. The looms can produce completely different weaves using different sets of cards. Charles Babbage adopted the use of pressing cards around 1830 to control the Analytical Engine. The first computer program was written for Analytical Engines by mathematicians There Lovelace to calculate the order of Bernoulli Numbers. The synthesis of numerical calculation, operation and output has been determined, along with a way to organize and input instructions in a relatively easy way for humans to conceive and produce, leading to the development of modern computer programming. Development of computer programming accelerated through the Industrial Revolution. In the late 1880s, Herman Hollerith discovered recordings of data on media which could then be read by machines. Before using the machine read from the media, above, it has to control, not data. "After some initial trials with tape paper, he settled on the card pressing ..." To process this pressing card, first known as "Hollerith card" he creates a tabulator, and a keypunch machine. These three discoveries are the foundation of the modern information-processing industry. In 1896 he founded the Tabulating Machine Company (which later became the core of IBM). Adding a 1906 Type I Tabboard control panel (plugboard) allows it to do different jobs without having to be physically rebuilt. In the late 1940s, there were various programmable control panel machines, called equipment unit records, to perform task data processing.
Data and instructions can be stored on external punched cards, stored in order and arranged in decks. The discovery of von Neumann architecture allows computer programs to be stored in computer memory. The initial program must be painstakingly created using instructions (basic operations) from a particular machine, often in binary notation. Each computer model may use different instructions (machine language) to perform the same task. Then, the language assembly was developed that allowed the programmer to specify each instruction in text format, the abbreviation to include code for each operation instead of assigning a number and address in symbolic form (eg ADD X, AMOUNT). Entering a program in assembly language is usually more convenient, faster, and less vulnerable to human error than using machine language, but since assembly language is a bit more than a different notation for machine language, every two machines with different instruction sets also have assembly of different languages. In 1954, FORTRAN was created, but rather a high-level programming language to have functional implementations, compared to just design on paper (A high-level language is, in very general terms, a programming language that allows programmers to write programs in terms that more abstract than language instruction.
You certainly like to play with computers and laptops, right? In today's super-modern era it feels very strange people who do not like the computer.
Well, here you want to tell you all, how important the role of programming is for computer life. A simple example can be seen in the applications and programs that you have used so far, such as Microsoft Office, Games, even the browser that you use today is all the result of programming.
Programming
is the process of writing, testing and fixing (debugging), and maintaining code that builds a computer program. This code is written in different programming languages. The purpose of programming is to load a program that can do a calculation or 'work' in accordance with the wishes of the "programmer".
To be able to do programming, skills in algorithms, logic, programming languages, and in many cases, other knowledge such as mathematics are needed.
Programming is language interface between human and computer. Its convert human language into machine language .there are many languages like java , c, c++ , php, dot-net.
Programming is the process of writing, fixing errors (bugs) and testing of a program. Programming there Code written in various programming languages.
The purpose of programming is to create a system that is interconnected and includes the codes presented by the programmer. There is also a mention programming is an art created for something useful in the form of a system.
Programming is the process of writing, testing and repairing, and maintaining the code that builds a computer program. This code is written in different programming languages. The purpose of programming is to load a program that can perform a calculation or 'work' in accordance with the wishes of the programmer (programmer). To be able to do programming, it takes skill in algorithm, logic, programming language, and in many cases, other knowledge such as math.
Programming is an art in using one or more algorithms that are interconnected by using a particular programming language so that it becomes a computer program. Different programming languages support different programming styles. This programming style is called programming paradigm.
Whether programming software is more of an art, science, or technique has been long debated. Good programmers usually combine these three things, in order to create an efficient program, both in terms of run time, or memory.
Programming History
The Antikythera mechanism of ancient Greece was a calculator using gears of varying sizes and configurations to determine the operation, which traced the Metonic cycle still used in month-to-solar calendars, and consistent to calculate the Olympic dates. Al-Jazari built Automata was programmed in 1206. One of the systems used in this device was the use of pegs and cams placed onto wooden drums at specific locations, which would sequentially trigger the lever which in turn operated the percussion instrument. The output of this device is a small drummer playing various rhythms and drum patterns. The Jacquard Loom, Joseph Marie Jacquard which was developed in 1801, uses a series of cardboard cards by pressing holes in them. Pattern pattern holes representing looms should follow weaving cloth. The looms can produce completely different weaves using different sets of cards. Charles Babbage adopted the use of pressing cards around 1830 to control the Analytical Engine. The first computer program was written for Analytical Engines by mathematicians There Lovelace to calculate the order of Bernoulli Numbers. The synthesis of numerical calculation, operation and output has been determined, along with a way to organize and input instructions in a relatively easy way for humans to conceive and produce, leading to the development of modern computer programming. Development of computer programming accelerated through the Industrial Revolution. In the late 1880s, Herman Hollerith discovered recordings of data on media which could then be read by machines. Before using the machine read from the media, above, it has to control, not data. "After some initial trials with tape paper, he settled on the card pressing ..." To process this pressing card, first known as "Hollerith card" he creates a tabulator, and a keypunch machine. These three discoveries are the foundation of the modern information-processing industry. In 1896 he founded the Tabulating Machine Company (which later became the core of IBM). Adding a 1906 Type I Tabboard control panel (plugboard) allows it to do different jobs without having to be physically rebuilt. In the late 1940s, there were various programmable control panel machines, called equipment unit records, to perform task data processing.
Data and instructions can be stored on external punched cards, stored in order and arranged in decks. The discovery of von Neumann architecture allows computer programs to be stored in computer memory. The initial program must be painstakingly created using instructions (basic operations) from a particular machine, often in binary notation. Each computer model may use different instructions (machine language) to perform the same task. Then, the language assembly was developed that allowed the programmer to specify each instruction in text format, the abbreviation to include code for each operation instead of assigning a number and address in symbolic form (eg ADD X, AMOUNT). Entering a program in assembly language is usually more convenient, faster, and less vulnerable to human error than using machine language, but since assembly language is a bit more than a different notation for machine language, every two machines with different instruction sets also have assembly of different languages. In 1954, FORTRAN was created, but rather a high-level programming language to have functional implementations, compared to just design on paper (A high-level language is, in very general terms, a programming language that allows programmers to write programs in terms that more abstract than language instruction.
You certainly like to play with computers and laptops, right? In today's super-modern era it feels very strange people who do not like the computer.
Well, here you want to tell you all, how important the role of programming is for computer life. A simple example can be seen in the applications and programs that you have used so far, such as Microsoft Office, Games, even the browser that you use today is all the result of programming.
Programming
is the process of writing, testing and fixing (debugging), and maintaining code that builds a computer program. This code is written in different programming languages. The purpose of programming is to load a program that can do a calculation or 'work' in accordance with the wishes of the "programmer".
To be able to do programming, skills in algorithms, logic, programming languages, and in many cases, other knowledge such as mathematics are needed.
Programming is language interface between human and computer. Its convert human language into machine language .there are many languages like java , c, c++ , php, dot-net.
Programming is the process of writing, fixing errors (bugs) and testing of a program. Programming there Code written in various programming languages.
The purpose of programming is to create a system that is interconnected and includes the codes presented by the programmer. There is also a mention programming is an art created for something useful in the form of a system.