Automates some common tasks for tentacle implementations. This template provides some default implementations for the methods that derived tentacles must implement. This works best when the infotons being exchanged are derived from a common base; the base class would be used as the instantiation type here. For tentacles used in network communication, the client side could use tentacle_helper<infoton_type> without adding any functionality. The server side must override the consume() and expunge() methods in order to implement processing for the infotons sent by its clients. More...
#include "infoton.h"#include "tentacle.h"#include <basis/byte_array.h>#include <basis/outcome.h>#include <structures/string_array.h>
Go to the source code of this file.
Classes | |
| class | octopi::tentacle_helper< contents > |
| provides prefab implementations for parts of the tentacle object. More... | |
Namespaces | |
| octopi | |
Functions | |
| template<class contents > | |
| basis::outcome | octopi::reconstituter (const structures::string_array &classifier, basis::byte_array &packed_form, infoton *&reformed, contents *formal(junk)) |
| < reconstituter should work for most infotons to restore flattened infotons. More... | |
Detailed Description
Automates some common tasks for tentacle implementations. This template provides some default implementations for the methods that derived tentacles must implement. This works best when the infotons being exchanged are derived from a common base; the base class would be used as the instantiation type here. For tentacles used in network communication, the client side could use tentacle_helper<infoton_type> without adding any functionality. The server side must override the consume() and expunge() methods in order to implement processing for the infotons sent by its clients.
Definition in file tentacle_helper.h.
