Why can’t `main` return a double or String rather than int or void?
In many languages such as C, C++, and Java, the main
method/function has a return type of void
or int
, but not double
or String
. What might be the reasons behind that?
Origin of common list-processing function names
Some higher-order functions for operating on lists or arrays have been repeatedly adopted or reinvented. The functions map, fold[l|r], and filter are found together in several programming languages, such as Scheme, ML, and Python, that don’t seem to have a common ancestor. I’m going with these three names to keep the question focused.
Origin of common list-processing function names
Some higher-order functions for operating on lists or arrays have been repeatedly adopted or reinvented. The functions map, fold[l|r], and filter are found together in several programming languages, such as Scheme, ML, and Python, that don’t seem to have a common ancestor. I’m going with these three names to keep the question focused.
Origin of common list-processing function names
Some higher-order functions for operating on lists or arrays have been repeatedly adopted or reinvented. The functions map, fold[l|r], and filter are found together in several programming languages, such as Scheme, ML, and Python, that don’t seem to have a common ancestor. I’m going with these three names to keep the question focused.
Origin of common list-processing function names
Some higher-order functions for operating on lists or arrays have been repeatedly adopted or reinvented. The functions map, fold[l|r], and filter are found together in several programming languages, such as Scheme, ML, and Python, that don’t seem to have a common ancestor. I’m going with these three names to keep the question focused.
Why is mod (%) a fundamental mathematical operator in many programming languages?
Is there a reason, historical or otherwise, why the modulus operator is part of a small set of standard operators in what seems like many languages? (+, -, *, /
and %
, for Java and C, with **
in Ruby and Python).
Why is mod (%) a fundamental mathematical operator in many programming languages?
Is there a reason, historical or otherwise, why the modulus operator is part of a small set of standard operators in what seems like many languages? (+, -, *, /
and %
, for Java and C, with **
in Ruby and Python).
Why is mod (%) a fundamental mathematical operator in many programming languages?
Is there a reason, historical or otherwise, why the modulus operator is part of a small set of standard operators in what seems like many languages? (+, -, *, /
and %
, for Java and C, with **
in Ruby and Python).
Why is mod (%) a fundamental mathematical operator in many programming languages?
Is there a reason, historical or otherwise, why the modulus operator is part of a small set of standard operators in what seems like many languages? (+, -, *, /
and %
, for Java and C, with **
in Ruby and Python).
Why is mod (%) a fundamental mathematical operator in many programming languages?
Is there a reason, historical or otherwise, why the modulus operator is part of a small set of standard operators in what seems like many languages? (+, -, *, /
and %
, for Java and C, with **
in Ruby and Python).