Python 3.2.3 Final for Linux: Dynamic object-oriented programming language that can be used in various areas of software programming
Python 3.2.3 Final for Linux is a dynamic object-oriented programming language that can be used in various areas of software programming. There are serious linguistic integration, integrated modules facilitate software development, etc. Supported Operating Systems: Windows, Linux / Unix, Mac OS X, OS / 2, Amiga, Palm Handhelds, Nokia mobile and others.
Python 3.2.3 Final for Linux offers better structure and support for development of large applications. It has built-in complex data types such as flexible arrays and dictionaries, which would have required days to write efficiently in C.
Python 3.2.3 Final for Linux is a language which is interpreted, it saves considerable time for development, since they are not necessary compilation and linking (linking) for the testing of an application. Moreover, being interpretiruem ideology with language similar to that of Java, application written in it is relatively easily portable to many of the other platforms (or operating systems).
Usually compared to Tcl, Perl, Scheme, Java and Ruby. Currently Python 3.2.3 Final for Linux is developed as a project for open source, administered by the Python Software Foundation.
Python 3.2.3 Final for Linux is considered the "loyal opposition" to Perl, the language with which it maintains a friendly rivalry. Python users consider it much more clean and elegant programming.
Python 3.2.3 Final for Linux allows you to split the program into reusable modules from other Python 3.2.3 Final for Linux programs. It comes with a large collection of standard modules that can be used as the basis of programs (or as examples to start learning Python 3.2.3 Final for Linux). Also included are modules that provide E / S files, system calls, sockets, and even interfaces to GUI (graphical user interface) and Tk, GTK, Qt and others.
Python 3.2.3 Final for Linux is used as programming langu
age interpretation, which saves considerable time in developing the program, it is not necessary to compile or link. The interpreter can be used interactively, making it easy to experiment with language features, disposable or try to write programs for the development functions of the program.
The name of the language comes from the fans of his original creator, Guido van Rossum, by British comedians Monty Python 3.2.3 Final for Linux. The main objective of this language is the ease of both reading and design.