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PYTHON BASICS: python for beginners
Python is a general-purpose, high-level, interpreted programming language. Code readability is prioritized in its design philosophy, which makes heavy use of indentation.
Python uses garbage collection and has dynamic typing. It supports a variety of programming paradigms, including procedural, object-oriented, and functional programming as well as structured programming (especially this). Due to its extensive standard library, it is frequently referred to as a "batteries included" language.
Providing a computer, as you know, is divided into two unequal hardware and software. This division is akin to the division of man into soul and body. HardwareSoftware is a body, that is, everything that exists as case, monitor, boards, information input/output devices, various wires, loops, and ports. Software, the soul of a computer, is much richer and more varied, from the contents of BIOS chips and disk boot sectors to a new version of Windows that can span many gigabytes. Software is often divided into system software and application software. System software is what you use, without noticing it, or to which you resort in the most difficult moments of the computer's life. That is operating systems, drivers, and all kinds of utilities. Application software is, generally speaking, a luxury item, so extremely file managers, editors and viewers of numerous file formats, music and video players, archivers (not so long ago listed in the system), computing systems, network applications, and program preparation tools that deserve to be discussed in more detail. This category includes all programs that serve to produce new programs. The range of program preparation tools includes source text editors (usually providing highlighting (highlighting some text elements that are important to the brackets, service words, etc.) and some superficial syntax checking of input constructions), translators(allowing you to actually run programs), debuggers (designed to serve the noble cause of finding errors in programs, but not always helping the programmer) and, in some cases, also tests (profilers), which allow, for example, to determine the slowest or most demanding resources block program. Recently, two trends have clearly emerged, used respectively in two fiercely competitive families of operating UNIX and Windows (operating systems once experienced a boom, the theory of their structure was formulated in great detail).but, but, alas, many developments remained in the theoretical areas). Generally speaking, Unixes have only two vi and emacs, and each Unixoid, while sometimes superbly proficient in one of them, hardly knows how to get out of the other. Emacs, for example, determines by the extension of the opened file what highlighting to apply to it, and in the standard distribution it contains up to a hundred highlights of different programming languages. The Unix debugger is also single, works at a very low level, and rarely helps in practice when using a language of any high level. Thus, only a translator (and only in rare cases a high-level debugger) is usually included in the delivery of the language for the Unix platform. Under Windows, the situation is somewhat different - all of the above nye components are soldered together and the result is called an integrated development environment. It looks, as you probably know, like an editor from which you can invoke actions such as compiling a source, executing a program, launching a debugger, and so on with various key combinations.
Click "add to cart" button now
Python uses garbage collection and has dynamic typing. It supports a variety of programming paradigms, including procedural, object-oriented, and functional programming as well as structured programming (especially this). Due to its extensive standard library, it is frequently referred to as a "batteries included" language.
Providing a computer, as you know, is divided into two unequal hardware and software. This division is akin to the division of man into soul and body. HardwareSoftware is a body, that is, everything that exists as case, monitor, boards, information input/output devices, various wires, loops, and ports. Software, the soul of a computer, is much richer and more varied, from the contents of BIOS chips and disk boot sectors to a new version of Windows that can span many gigabytes. Software is often divided into system software and application software. System software is what you use, without noticing it, or to which you resort in the most difficult moments of the computer's life. That is operating systems, drivers, and all kinds of utilities. Application software is, generally speaking, a luxury item, so extremely file managers, editors and viewers of numerous file formats, music and video players, archivers (not so long ago listed in the system), computing systems, network applications, and program preparation tools that deserve to be discussed in more detail. This category includes all programs that serve to produce new programs. The range of program preparation tools includes source text editors (usually providing highlighting (highlighting some text elements that are important to the brackets, service words, etc.) and some superficial syntax checking of input constructions), translators(allowing you to actually run programs), debuggers (designed to serve the noble cause of finding errors in programs, but not always helping the programmer) and, in some cases, also tests (profilers), which allow, for example, to determine the slowest or most demanding resources block program. Recently, two trends have clearly emerged, used respectively in two fiercely competitive families of operating UNIX and Windows (operating systems once experienced a boom, the theory of their structure was formulated in great detail).but, but, alas, many developments remained in the theoretical areas). Generally speaking, Unixes have only two vi and emacs, and each Unixoid, while sometimes superbly proficient in one of them, hardly knows how to get out of the other. Emacs, for example, determines by the extension of the opened file what highlighting to apply to it, and in the standard distribution it contains up to a hundred highlights of different programming languages. The Unix debugger is also single, works at a very low level, and rarely helps in practice when using a language of any high level. Thus, only a translator (and only in rare cases a high-level debugger) is usually included in the delivery of the language for the Unix platform. Under Windows, the situation is somewhat different - all of the above nye components are soldered together and the result is called an integrated development environment. It looks, as you probably know, like an editor from which you can invoke actions such as compiling a source, executing a program, launching a debugger, and so on with various key combinations.
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165 pages, Kindle Edition
Published August 15, 2022
About the author
Charles Rafferty
22 books16 followersCharles Rafferty is a poet, editor, and director of the MFA program at Albertus Magnus College in New Haven, Connecticut. He graduated from Richard Stockton College of New Jersey with a B.A. in Literature and Language, and later received an M.F.A. in Creative Writing from the University of Arkansas. He has published four books of poetry along with several chapbooks, had his work published in The New Yorker and RATTLE, and in 2009 received a National Endowment for the Arts fellowship.
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