pub fn publish_timely_logging<A, I>(&mut self, worker: &mut Worker<A>, events: I)
    where
        A: Allocate,
        TimelyEvent: AsVector<Value>,
        I : IntoIterator,
        <I as IntoIterator>::Item: EventIterator<Duration, (Duration, usize, TimelyEvent)>+'static
    {
        let (operates, channels, schedule, messages) =
        worker.dataflow(move |scope| {

            use timely::dataflow::operators::capture::Replay;
            use timely::dataflow::operators::generic::builder_rc::OperatorBuilder;

            let input = events.replay_into(scope);

            let mut demux = OperatorBuilder::new("Timely Logging Demux".to_string(), scope.clone());

            use timely::dataflow::channels::pact::Pipeline;
            let mut input = demux.new_input(&input, Pipeline);

            let (mut operates_out, operates) = demux.new_output();
            let (mut channels_out, channels) = demux.new_output();
            let (mut schedule_out, schedule) = demux.new_output();
            let (mut messages_out, messages) = demux.new_output();

            let mut demux_buffer = Vec::new();

            demux.build(move |_capability| {

                move |_frontiers| {

                    let mut operates = operates_out.activate();
                    let mut channels = channels_out.activate();
                    let mut schedule = schedule_out.activate();
                    let mut messages = messages_out.activate();

                    input.for_each(|time, data| {
                        data.swap(&mut demux_buffer);
                        let mut operates_session = operates.session(&time);
                        let mut channels_session = channels.session(&time);
                        let mut schedule_session = schedule.session(&time);
                        let mut messages_session = messages.session(&time);

                        for (time, _worker, datum) in demux_buffer.drain(..) {
                            match datum {
                                TimelyEvent::Operates(_) => {
                                    operates_session.give((datum.as_vector(), time, 1));
                                },
                                TimelyEvent::Channels(_) => {
                                    channels_session.give((datum.as_vector(), time, 1));
                                },
                                TimelyEvent::Schedule(_) => {
                                    schedule_session.give((datum.as_vector(), time, 1));
                                },
                                TimelyEvent::Messages(_) => {
                                    messages_session.give((datum.as_vector(), time, 1));
                                },
                                _ => { },
                            }
                        }
                    });
                }
            });

            use differential_dataflow::collection::AsCollection;
            use differential_dataflow::operators::arrange::ArrangeBySelf;
            let operates = operates.as_collection().arrange_by_self().trace;
            let channels = channels.as_collection().arrange_by_self().trace;
            let schedule = schedule.as_collection().arrange_by_self().trace;
            let messages = messages.as_collection().arrange_by_self().trace;

            (operates, channels, schedule, messages)
        });

        self.traces.set_unkeyed(&Plan::Source("logs/timely/operates".to_string()), &operates);
        self.traces.set_unkeyed(&Plan::Source("logs/timely/channels".to_string()), &channels);
        self.traces.set_unkeyed(&Plan::Source("logs/timely/schedule".to_string()), &schedule);
        self.traces.set_unkeyed(&Plan::Source("logs/timely/messages".to_string()), &messages);
    }
/// Timely logging capture and arrangement.
Timely logging capture and arrangement.
Timely logging capture and arrangement .
pub fn publish_timely_logging<A, I>(&mut self, worker: &mut Worker<A>, events: I)
    where
        A: Allocate,
        TimelyEvent: AsVector<Value>,
        I : IntoIterator,
        <I as IntoIterator>::Item: EventIterator<Duration, (Duration, usize, TimelyEvent)>+'static
    {
        let (operates, channels, schedule, messages) =
        worker.dataflow(move |scope| {
            use timely::dataflow::operators::capture::Replay;
            use timely::dataflow::operators::generic::builder_rc::OperatorBuilder;
            let input = events.replay_into(scope);
            let mut demux = OperatorBuilder::new("Timely Logging Demux".to_string(), scope.clone());
            use timely::dataflow::channels::pact::Pipeline;
            let mut input = demux.new_input(&input, Pipeline);
            let (mut operates_out, operates) = demux.new_output();
            let (mut channels_out, channels) = demux.new_output();
            let (mut schedule_out, schedule) = demux.new_output();
            let (mut messages_out, messages) = demux.new_output();
            let mut demux_buffer = Vec::new();
            demux.build(move |_capability| {
                move |_frontiers| {
                    let mut operates = operates_out.activate();
                    let mut channels = channels_out.activate();
                    let mut schedule = schedule_out.activate();
                    let mut messages = messages_out.activate();
                    input.for_each(|time, data| {
                        data.swap(&mut demux_buffer);
                        let mut operates_session = operates.session(&time);
                        let mut channels_session = channels.session(&time);
                        let mut schedule_session = schedule.session(&time);
                        let mut messages_session = messages.session(&time);
                        for (time, _worker, datum) in demux_buffer.drain(..) {
                            match datum {
                                TimelyEvent::Operates(_) => {
                                    operates_session.give((datum.as_vector(), time, 1));
                                },
                                TimelyEvent::Channels(_) => {
                                    channels_session.give((datum.as_vector(), time, 1));
                                },
                                TimelyEvent::Schedule(_) => {
                                    schedule_session.give((datum.as_vector(), time, 1));
                                },
                                TimelyEvent::Messages(_) => {
                                    messages_session.give((datum.as_vector(), time, 1));
                                },
                                _ => { },
                            }
                        }
                    });
                }
            });
            use differential_dataflow::collection::AsCollection;
            use differential_dataflow::operators::arrange::ArrangeBySelf;
            let operates = operates.as_collection().arrange_by_self().trace;
            let channels = channels.as_collection().arrange_by_self().trace;
            let schedule = schedule.as_collection().arrange_by_self().trace;
            let messages = messages.as_collection().arrange_by_self().trace;
            (operates, channels, schedule, messages)
        });
        self.traces.set_unkeyed(&Plan::Source("logs/timely/operates".to_string()), &operates);
        self.traces.set_unkeyed(&Plan::Source("logs/timely/channels".to_string()), &channels);
        self.traces.set_unkeyed(&Plan::Source("logs/timely/schedule".to_string()), &schedule);
        self.traces.set_unkeyed(&Plan::Source("logs/timely/messages".to_string()), &messages);
    }
pub fn publish_timely_logging < A , I > ( & mut self , worker : & mut Worker < A > , events : I ) where A : Allocate , TimelyEvent : AsVector < Value > , I : IntoIterator , < I as IntoIterator > :: Item : EventIterator < Duration , ( Duration , usize , TimelyEvent ) > + ' static { let ( operates , channels , schedule , messages ) = worker . dataflow ( move | scope | { use timely :: dataflow :: operators :: capture :: Replay ; use timely :: dataflow :: operators :: generic :: builder_rc :: OperatorBuilder ; let input = events . replay_into ( scope ) ; let mut demux = OperatorBuilder :: new ( " " . to_string ( ) , scope . clone ( ) ) ; use timely :: dataflow :: channels :: pact :: Pipeline ; let mut input = demux . new_input ( & input , Pipeline ) ; let ( mut operates_out , operates ) = demux . new_output ( ) ; let ( mut channels_out , channels ) = demux . new_output ( ) ; let ( mut schedule_out , schedule ) = demux . new_output ( ) ; let ( mut messages_out , messages ) = demux . new_output ( ) ; let mut demux_buffer = Vec :: new ( ) ; demux . build ( move | _capability | { move | _frontiers | { let mut operates = operates_out . activate ( ) ; let mut channels = channels_out . activate ( ) ; let mut schedule = schedule_out . activate ( ) ; let mut messages = messages_out . activate ( ) ; input . for_each ( | time , data | { data . swap ( & mut demux_buffer ) ; let mut operates_session = operates . session ( & time ) ; let mut channels_session = channels . session ( & time ) ; let mut schedule_session = schedule . session ( & time ) ; let mut messages_session = messages . session ( & time ) ; for ( time , _worker , datum ) in demux_buffer . drain ( .. ) { match datum { TimelyEvent :: Operates ( _ ) => { operates_session . give ( ( datum . as_vector ( ) , time , 1 ) ) ; } , TimelyEvent :: Channels ( _ ) => { channels_session . give ( ( datum . as_vector ( ) , time , 1 ) ) ; } , TimelyEvent :: Schedule ( _ ) => { schedule_session . give ( ( datum . as_vector ( ) , time , 1 ) ) ; } , TimelyEvent :: Messages ( _ ) => { messages_session . give ( ( datum . as_vector ( ) , time , 1 ) ) ; } , _ => { } , } } } ) ; } } ) ; use differential_dataflow :: collection :: AsCollection ; use differential_dataflow :: operators :: arrange :: ArrangeBySelf ; let operates = operates . as_collection ( ) . arrange_by_self ( ) . trace ; let channels = channels . as_collection ( ) . arrange_by_self ( ) . trace ; let schedule = schedule . as_collection ( ) . arrange_by_self ( ) . trace ; let messages = messages . as_collection ( ) . arrange_by_self ( ) . trace ; ( operates , channels , schedule , messages ) } ) ; self . traces . set_unkeyed ( & Plan :: Source ( " " . to_string ( ) ) , & operates ) ; self . traces . set_unkeyed ( & Plan :: Source ( " " . to_string ( ) ) , & channels ) ; self . traces . set_unkeyed ( & Plan :: Source ( " " . to_string ( ) ) , & schedule ) ; self . traces . set_unkeyed ( & Plan :: Source ( " " . to_string ( ) ) , & messages ) ; }
Timely logging capture and arrangement.
Timely logging capture and arrangement .
&mut self
worker
&mut Worker<A>
events
I
&mut self
worker
&mut Worker<A>
events
I