About python

                                                                Python

Python is a interpreted, object-oriented, high level programming language with dynamic semantics. Its elevated level inherent information structures, joined with dynamic composing and dynamic authoritative, make it extremely alluring for Rapid Application Development, just as for use as a scripting or paste language to interface existing parts together. Python's straightforward, simple to learn sentence structure accentuates comprehensibility and thusly decreases the expense of program support. Python underpins modules and bundles, which energizes program measured quality and code reuse. The Python mediator and the broad standard library are accessible in source or twofold structure without charge for every single significant stage, and can be unreservedly disseminated. 

Regularly, software engineers begin to look all starry eyed at Python in view of the expanded efficiency it gives. Since there is no aggregation step, the alter test-investigate cycle is unimaginably quick. Investigating Python programs is simple: a bug or awful info will never cause a division shortcoming. Rather, when the mediator finds a mistake, it raises a special case. At the point when the program doesn't get the exemption, the translator prints a stack follow. A source level debugger permits assessment of neighborhood and worldwide factors, assessment of subjective articulations, setting breakpoints, venturing through the code a line at once, etc. The debugger is written in Python itself, vouching for Python's contemplative force. Then again, regularly the snappiest method to investigate a program is to add a couple of print explanations to the source: the quick alter test-troubleshoot cycle makes this straightforward methodology exceptionally compelling.