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There are rules about casting pointers, a number of which are in clause 6.3.2.3 of the c 2011 standard Any other cast is unsupported and will fail to compile. Among other things, pointers to objects may be cast to other pointers to objects and, if converted back, will compare equal to the original.

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Had you been doing just double x = a;, you can do away with the explicit conversion since an int is implicitly converted to a double (live example). A raw pointer value can be cast to or from any integral type or raw pointer type What is the best practice for casting between the different number types

Types float, double, int are the ones i use the most in c++

An example of the options where f is a float and n is a doubl. Is there a possibility that casting a double created via math.round() will still result in a truncated down number no, round() will always round your double to the correct value, and then, it will be cast to an long which will truncate any decimal places But after rounding, there will not be any fractional parts remaining Here are the docs from math.round(double)

Returns the closest long to. Regarding use for casting, you still see the need for it in some libraries Casting has sense only for a variable (= chunk of memory whose content can change) there are no variables whose content can change, in python There are only objects, that aren't contained in something

They have per se existence

Then, the type of an object can't change, afaik Then, casting has no sense in python That's my believing and opinion Correct me if i am wrong, please

How do i cast an int to an enum in c++ Enum test { a, b } How do i convert a to type test::a? 6 do you understand the concept of casting

Casting is the process of type conversion, which is in java very common because its a statically typed language

For example, casting using 4294967295us as u32 works and the rust 0.12 reference docs on type casting say a numeric value can be cast to any numeric type