C++: terser (shorter) lambda == SHORTY (ab-use?)

Summary

terser (shorter) lambda == SHORTY This library is intended to give terser syntax than C++'s lambdas, not replace C++ with lazy DSL. import shorty; using namespace shorty ::literals ; // you no longer need to remember if it's `std::less` or `std::greater` std::ranges::sort (subject, $lhs > $rhs); // filter only even subject | std::views::filter(($i % 2 ) == 0 ); // zip together and transform std::views::zip (A,B,C,D) | std::views::transform($a * $b + $c * $d); // call external function auto pythagorean = $<sqrt>($a * $a + $b * $b); // or $call<sqrt>; pythagorean ( 3.0 , 4.0 ) == 5.0; // casting auto to_int = $< int >($ 0 ); // or $cast<int>; to_int ( 4.3 ) == 4; // remap by index auto indices = std::vector< int >{...}; auto mapping = indices | $(data)[$i]; accessing arguments If shorty callable gets only one argument and the argument is tuple_like then it's automatically unwrapper. Same applies to any lazy calls. By default arguments are accessible using $0 ... $9 syntax (for first 10) or $arg<N> . But also you can use following special arguments: $lhs and $rhs for binary callables (it limits them to two arguments) and for binary callables (it limits them to two arguments) $it for first and only argument, which is also compatible with std::input_or_output_iterator for first and only argument, which is also compatible with $a ... $f for first 6 arguments but names instead of numbers (can't be mixed with other types of arguments) ... for first 6 arguments but names instead of numbers (can't be mixed with other types of arguments) $x , $y , $z for first 3 arguments (again can't be mixed with other types of arguments) , , for first 3 arguments (again can't be mixed with other types of arguments) $i , $n , $k , $in ... for first and only argument (can't be mixed too) querying arguments $argc for getting number of arguments as size_t for getting number of arguments as $args to get all arguments as a tuple capturing $(v) or $ref(v) capture by reference (or const reference, ...