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#pragma once
namespace saw {
/**
*
*/
template<typename T, typename Remote>
class remote_data {
private:
id<T> id_;
public:
remote_data(const id<T>& id):
id_{id}
{}
/**
* Wait until data arrives
*/
error_or<data<T>> wait(wait_scope& wait);
/**
* Asynchronously wait for a result
*/
conveyor<data<T>> on_receive();
};
/**
* Client RPC reference structure
*/
template<typename T, typename Iface>
class rpc_client {
/**
* request the data from the remote
*/
template<typename IdT>
remote_data<IdT> request_data(id<IdT> data);
/**
* Determine type based on Name
*/
template<string_literal Name>
error_or<
id<
typename schema_member_type<Name, Iface>::type
>
> call(data_or_id<Input> inp);
};
/**
* Implementation of a remote server on the backend
*/
template<typename T, typename Iface>
class rpc_server {
private:
interface<Iface> iface_;
public:
rpc_server(interface<Iface> iface):
iface_{std::move(iface)}
{}
};
/**
* Representation of a remote.
* Partially similar to a network address
*/
template<typename T>
class remote_address {
static_assert(always_false<T>, "Type of remote not supported");
};
/**
* Reference Backend structure
*/
template<typename T>
class remote_context {
static_assert(always_false<T>, "Type of backend not supported");
/**
* Resolves an address on the remote
*/
conveyor<remote_address<T>> resolve_address();
/**
* Connect to a remote
*/
template<typename Iface>
conveyor<rpc_client<T,Iface>> connect(const remote_address<T>& addr);
/**
* Start listening
*/
template<typename Iface>
rpc_server<T,Iface> listen();
};
}
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