Developer Utility

Writing your own operations.

Name	Description
`generator_from_iterator(B, E) -> generator_from_iterator< B, E >`

Class	Description
`piped::adl_piped_out`	The O-behavior of `I \| O`. By default, `o.process(i)`, or `o(i)`.
`piped::adl_piped`	The I-behavior of `I \| O`. By default, `adl_piped_out::process()`.
`piped::adl_piped_assign`	The behavior of `A \|= C`. By default, `a = a.process(c)`.
`piped::simple_operation`	A simple way to implement an operation by specifying a function for `process()`
`piped::generator`	Generator should be a base class for user-built generators. It provides methods to implicitly use the generator as a C++-style container with `begin()`/`end()`.
`piped::generator_from_iterator`
`piped::adl_map_to`	This is used to customize type conversion.
`piped::extra::ptr`	A transparent pointer wrapper. This functions as an `option_type`, i.e. implements unary `*`, and is bool-convertible.

`<B,E> generator_from_iterator(B, E) -> generator_from_iterator< B, E >`

template<typename B undefined, typename E undefined>
piped::generator_from_iterator(B, E) -> generator_from_iterator< B, E >

Parameter
``	`B`
``	`E`