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//////////////////////////////////////////// /// RECV /// Shorter way to call the code within the recv function instead of having to create the function /// itself. /// /// # Arguments /// /// * The session that will be used /// * The name of the sender /// * The name of the receiver /// * The name of the *MeshedChannels* type that will be used /// * The number of participants (all together) /// * The index of the binary session type that will receive in the MeshedChannels for this specific /// role. Index starts at 1. /// /// # Example /// /// ```ignore /// use mpstthree::{create_multiple_normal_role, create_meshedchannels, recv_mpst}; /// /// create_meshedchannels!(MeshedChannelsThree, 3); /// /// create_multiple_normal_role!( /// RoleA, RoleADual | /// RoleB, RoleBDual | /// RoleD, RoleDDual | /// ); /// /// fn main(s: Endpoint) -> Result<(), Box<dyn std::error::Error>> { /// let (_payload, _s) = recv_mpst!(s, RoleB, RoleA, MeshedChannelsThree, 3, 1)()?; /// } /// ``` #[macro_export] macro_rules! recv_mpst { ($session: expr, $sender: ident, $receiver: ident, $meshedchannels_name: ident, $nsessions: literal, $exclusion: literal) => { mpst_seq::recv_mpst!( $session, $sender, $receiver, $meshedchannels_name, $nsessions, $exclusion ); }; } /// Creates a *recv* function to receive from a simple role on a given binary session type of a /// MeshedChannels. /// /// # Arguments /// /// * The name of the new *recv* function /// * The name of the sender /// * The name of the receiver /// * The name of the *MeshedChannels* type that will be used /// * The number of participants (all together) /// * The index of the binary session type that will receive in the MeshedChannels for this specific /// role. Index starts at 1. /// /// # Example /// /// ``` /// use mpstthree::{create_multiple_normal_role, create_recv_mpst_session, create_meshedchannels}; /// /// create_multiple_normal_role!( /// RoleA, RoleADual | /// RoleB, RoleBDual | /// RoleD, RoleDDual | /// ); /// /// create_meshedchannels!(MeshedChannels, 3); /// /// create_recv_mpst_session!(recv_mpst_d_from_a, RoleA, RoleD, MeshedChannels, 3, 1); /// ``` #[macro_export] macro_rules! create_recv_mpst_session { ($func_name: ident, $sender: ident, $receiver: ident, $meshedchannels_name: ident, $nsessions: literal, $exclusion: literal) => { mpst_seq::create_recv_mpst_session!( $func_name, $sender, $receiver, $meshedchannels_name, $nsessions, $exclusion ); }; } /// Creates multiple *recv* functions to receive from a simple role on a given binary session type /// of a MeshedChannels. /// /// # Arguments /// /// * The name of the new *recv* functions /// * The name of the senders /// * The name of the receiver /// * The index of the binary session types that will receive in the MeshedChannels for each specific /// role. Index starts at 1. /// * The name of the *MeshedChannels* type that will be used /// * The number of participants (all together) /// /// # Example /// /// ``` /// use mpstthree::{create_multiple_normal_role, create_meshedchannels, create_recv_mpst_session_bundle}; /// /// create_multiple_normal_role!( /// RoleA, RoleADual | /// RoleB, RoleBDual | /// RoleD, RoleDDual | /// ); /// /// create_meshedchannels!(MeshedChannels, 3); /// /// /// create_recv_mpst_session_bundle!( /// recv_mpst_d_from_a, /// RoleA, /// 1 | /// recv_mpst_d_from_b, /// RoleB, /// 2 | => /// RoleD, /// MeshedChannels, /// 3 /// ); /// ``` #[macro_export] macro_rules! create_recv_mpst_session_bundle { ($( $func_name: ident, $sender: ident, $exclusion: literal | )+ => $receiver: ident, $meshedchannels_name: ident, $nsessions: literal) => { $( mpstthree::create_recv_mpst_session!( $func_name, $sender, $receiver, $meshedchannels_name, $nsessions, $exclusion ); )+ } } /// Creates a *recv* function to receive from a broadcasting role on a given binary session type of /// a MeshedChannels. /// /// # Arguments /// /// * The name of the new *recv* function /// * The name of the broadcasting sender /// * The name of the receiver /// * The name of the *MeshedChannels* type that will be used /// * The number of participants (all together) /// * The index of the binary session type that will receive in the MeshedChannels for this specific /// role. Index starts at 1. /// /// # Example /// /// ``` /// use mpstthree::{ /// create_broadcast_role, create_normal_role, create_recv_mpst_all_session, create_meshedchannels, /// }; /// /// create_normal_role!(RoleA, RoleADual); /// create_broadcast_role!(RoleAlltoD, RoleDtoAll); /// /// create_meshedchannels!(MeshedChannels, 3); /// /// create_recv_mpst_all_session!(recv_mpst_a_all_from_d, RoleAlltoD, RoleA, MeshedChannels, 3, 2); /// ``` #[macro_export] macro_rules! create_recv_mpst_all_session { ($func_name: ident, $sender: ident, $receiver: ident, $meshedchannels_name: ident, $nsessions: literal, $exclusion: literal) => { mpst_seq::create_recv_mpst_all_session!( $func_name, $sender, $receiver, $meshedchannels_name, $nsessions, $exclusion ); }; } /// Creates a *recv* function to receive from a simple role on a given binary session type of a /// MeshedChannels. /// /// # Arguments /// /// * The name of the new *recv* function /// * The name of the sender /// * The name of the receiver /// * The name of the *MeshedChannels* type that will be used /// * The number of participants (all together) /// * The index of the binary session type that will receive in the MeshedChannels for this specific /// role. Index starts at 1. /// /// # Example /// /// ``` /// use mpstthree::{create_multiple_normal_role, create_recv_http_session, create_meshedchannels}; /// /// create_multiple_normal_role!( /// RoleA, RoleADual | /// RoleB, RoleBDual | /// RoleD, RoleDDual | /// ); /// /// create_meshedchannels!(MeshedChannels, 3); /// /// create_recv_http_session!(recv_mpst_d_from_a, RoleA, RoleD, MeshedChannels, 3, 1); /// ``` #[macro_export] macro_rules! create_recv_http_session { ($func_name: ident, $sender: ident, $receiver: ident, $meshedchannels_name: ident, $nsessions: literal, $exclusion: literal) => { mpst_seq::create_recv_http_session!( $func_name, $sender, $receiver, $meshedchannels_name, $nsessions, $exclusion ); }; } /// Creates multiple *recv* functions to receive from a /// simple role on a given binary session type of a /// MeshedChannels. /// /// # Arguments /// /// * The name of the new *recv* functions /// * The name of the senders /// * The name of the receiver /// * The index of the binary session types that will receive in the MeshedChannels for each specific /// role. Index starts at 1. /// * The name of the *MeshedChannels* type that will be used /// * The number of participants (all together) /// /// # Example /// /// ``` /// use mpstthree::{create_multiple_normal_role, create_meshedchannels, create_recv_http_session_bundle}; /// /// create_multiple_normal_role!( /// RoleA, RoleADual | /// RoleB, RoleBDual | /// RoleD, RoleDDual | /// ); /// /// create_meshedchannels!(MeshedChannels, 3); /// /// /// create_recv_http_session_bundle!( /// recv_mpst_d_from_a, /// RoleA, /// 1 | /// recv_mpst_d_from_b, /// RoleB, /// 2 | => /// RoleD, /// MeshedChannels, /// 3 /// ); /// ``` #[macro_export] macro_rules! create_recv_http_session_bundle { ($( $func_name: ident, $sender: ident, $exclusion: literal | )+ => $receiver: ident, $meshedchannels_name: ident, $nsessions: literal) => { $( mpstthree::create_recv_http_session!( $func_name, $sender, $receiver, $meshedchannels_name, $nsessions, $exclusion ); )+ } }