pub fn run(timely_configuration: timely::Configuration,
           replay_source: ReplaySource,
           temporal_epoch: Option<u64>,
           temporal_operator: Option<u64>,
           temporal_message: Option<u64>,
           progress_max: Option<u64>) -> Result<(), STError> {

    timely::execute(timely_configuration, move |worker| {
        let index = worker.index();
        let peers = worker.peers();

        // read replayers from file (offline) or TCP stream (online)
        let readers = connect::make_readers(replay_source.clone(), worker.index(), worker.peers()).expect("couldn't create readers");

        worker.dataflow(|scope| {
            let pag: Stream<_, (PagEdge, Pair<u64, Duration>, isize)>  = pag::create_pag(scope, readers, index, 1);

            pag.some_progress(peers)
                .inspect_time(move |t, x| if x.1 < (peers as u64 - 1) {
                    println!("Progress Issue: w{}@e{} Sent progress to {} of {} other peers", x.0, t.first - 1, x.1, peers - 1)
                });

            if let Some(progress_max) = progress_max {
                let max = Duration::from_millis(progress_max);
                pag.max_progress(max)
                    .inspect(move |(x, y)| println!("Progress Issue: No progress message sent by w{} since {:?}. Maximum allowed is {:?}.", x.worker_id, (y.timestamp - x.timestamp), max));
            }

            if let Some(temporal_epoch) = temporal_epoch {
                let max = Duration::from_millis(temporal_epoch);
                pag.max_epoch(max)
                    .inspect(move |(x, y)|
                             println!("Temporal Issue: Epoch {} ran from {:?} to {:?}, taking {:?}. Maximum allowed is {:?}.",
                                      x.epoch, x.timestamp, y.timestamp, (y.timestamp - x.timestamp), max));
            }

            if let Some(temporal_operator) = temporal_operator {
                let max = Duration::from_millis(temporal_operator);
                pag.max_operator(max)
                    .inspect(move |(first_edge, last_edge)| {
                        println!("Temporal Issue: Operator {} in w{}@e{} ({:?}, {} records processed) ran from {:?} to {:?}, taking {:?}. \
                                  Maximum allowed is {:?}.",
                                 first_edge.operator_id.expect("not an operator?"),
                                 first_edge.source.worker_id,
                                 first_edge.source.epoch,
                                 first_edge.edge_type,
                                 last_edge.length.unwrap_or(0),
                                 first_edge.source.timestamp,
                                 last_edge.destination.timestamp,
                                 (last_edge.destination.timestamp - first_edge.source.timestamp),
                                 max)
                    });
            }

            if let Some(temporal_message) = temporal_message {
                let max = Duration::from_millis(temporal_message);
                pag.max_message(max)
                    .inspect(move |edge| {
                        println!("Temporal Issue: {:?} (payload: {:?}) in e{}, w{} to w{} ran from {:?} to {:?}, taking {:?}. \
                                  Maximum allowed is {:?}.",
                                 edge.edge_type,
                                 edge.length,
                                 edge.source.epoch,
                                 edge.source.worker_id,
                                 edge.destination.worker_id,
                                 edge.source.timestamp,
                                 edge.destination.timestamp,
                                 (edge.destination.timestamp - edge.source.timestamp),
                                 max)
                    });
            }
        });
    }).map_err(|x| STError(format!("error in the timely computation: {}", x)))?;

    Ok(())
}
/// Checks invariants on the log traces provided by `replay_source`.
Checks invariants on the log traces provided by `replay_source`.
Checks invariants on the log traces provided by ` replay_source ` .
pub fn run(timely_configuration: timely::Configuration,
           replay_source: ReplaySource,
           temporal_epoch: Option<u64>,
           temporal_operator: Option<u64>,
           temporal_message: Option<u64>,
           progress_max: Option<u64>) -> Result<(), STError> {
    timely::execute(timely_configuration, move |worker| {
        let index = worker.index();
        let peers = worker.peers();
        // read replayers from file (offline) or TCP stream (online)
        let readers = connect::make_readers(replay_source.clone(), worker.index(), worker.peers()).expect("couldn't create readers");
        worker.dataflow(|scope| {
            let pag: Stream<_, (PagEdge, Pair<u64, Duration>, isize)>  = pag::create_pag(scope, readers, index, 1);
            pag.some_progress(peers)
                .inspect_time(move |t, x| if x.1 < (peers as u64 - 1) {
                    println!("Progress Issue: w{}@e{} Sent progress to {} of {} other peers", x.0, t.first - 1, x.1, peers - 1)
                });
            if let Some(progress_max) = progress_max {
                let max = Duration::from_millis(progress_max);
                pag.max_progress(max)
                    .inspect(move |(x, y)| println!("Progress Issue: No progress message sent by w{} since {:?}. Maximum allowed is {:?}.", x.worker_id, (y.timestamp - x.timestamp), max));
            }
            if let Some(temporal_epoch) = temporal_epoch {
                let max = Duration::from_millis(temporal_epoch);
                pag.max_epoch(max)
                    .inspect(move |(x, y)|
                             println!("Temporal Issue: Epoch {} ran from {:?} to {:?}, taking {:?}. Maximum allowed is {:?}.",
                                      x.epoch, x.timestamp, y.timestamp, (y.timestamp - x.timestamp), max));
            }
            if let Some(temporal_operator) = temporal_operator {
                let max = Duration::from_millis(temporal_operator);
                pag.max_operator(max)
                    .inspect(move |(first_edge, last_edge)| {
                        println!("Temporal Issue: Operator {} in w{}@e{} ({:?}, {} records processed) ran from {:?} to {:?}, taking {:?}. \
                                  Maximum allowed is {:?}.",
                                 first_edge.operator_id.expect("not an operator?"),
                                 first_edge.source.worker_id,
                                 first_edge.source.epoch,
                                 first_edge.edge_type,
                                 last_edge.length.unwrap_or(0),
                                 first_edge.source.timestamp,
                                 last_edge.destination.timestamp,
                                 (last_edge.destination.timestamp - first_edge.source.timestamp),
                                 max)
                    });
            }
            if let Some(temporal_message) = temporal_message {
                let max = Duration::from_millis(temporal_message);
                pag.max_message(max)
                    .inspect(move |edge| {
                        println!("Temporal Issue: {:?} (payload: {:?}) in e{}, w{} to w{} ran from {:?} to {:?}, taking {:?}. \
                                  Maximum allowed is {:?}.",
                                 edge.edge_type,
                                 edge.length,
                                 edge.source.epoch,
                                 edge.source.worker_id,
                                 edge.destination.worker_id,
                                 edge.source.timestamp,
                                 edge.destination.timestamp,
                                 (edge.destination.timestamp - edge.source.timestamp),
                                 max)
                    });
            }
        });
    }).map_err(|x| STError(format!("error in the timely computation: {}", x)))?;
    Ok(())
}
pub fn run ( timely_configuration : timely :: Configuration , replay_source : ReplaySource , temporal_epoch : Option < u64 > , temporal_operator : Option < u64 > , temporal_message : Option < u64 > , progress_max : Option < u64 > ) -> Result < ( ) , STError > { timely :: execute ( timely_configuration , move | worker | { let index = worker . index ( ) ; let peers = worker . peers ( ) ; // read replayers from file (offline) or TCP stream (online) let readers = connect :: make_readers ( replay_source . clone ( ) , worker . index ( ) , worker . peers ( ) ) . expect ( " " ) ; worker . dataflow ( | scope | { let pag : Stream < _ , ( PagEdge , Pair < u64 , Duration > , isize ) > = pag :: create_pag ( scope , readers , index , 1 ) ; pag . some_progress ( peers ) . inspect_time ( move | t , x | if x . 1 < ( peers as u64 - 1 ) { println ! ( " " x 0 t first 1 x 1 peers 1 ) } ) ; if let Some ( progress_max ) = progress_max { let max = Duration :: from_millis ( progress_max ) ; pag . max_progress ( max ) . inspect ( move | ( x , y ) | println ! ( " " x worker_id ( y timestamp x timestamp ) max ) ) ; } if let Some ( temporal_epoch ) = temporal_epoch { let max = Duration :: from_millis ( temporal_epoch ) ; pag . max_epoch ( max ) . inspect ( move | ( x , y ) | println ! ( " " x epoch x timestamp y timestamp ( y timestamp x timestamp ) max ) ) ; } if let Some ( temporal_operator ) = temporal_operator { let max = Duration :: from_millis ( temporal_operator ) ; pag . max_operator ( max ) . inspect ( move | ( first_edge , last_edge ) | { println ! ( " \
 " first_edge operator_id expect ( " " ) first_edge source worker_id first_edge source epoch first_edge edge_type last_edge length unwrap_or ( 0 ) first_edge source timestamp last_edge destination timestamp ( last_edge destination timestamp first_edge source timestamp ) max ) } ) ; } if let Some ( temporal_message ) = temporal_message { let max = Duration :: from_millis ( temporal_message ) ; pag . max_message ( max ) . inspect ( move | edge | { println ! ( " \
 " edge edge_type edge length edge source epoch edge source worker_id edge destination worker_id edge source timestamp edge destination timestamp ( edge destination timestamp edge source timestamp ) max ) } ) ; } } ) ; } ) . map_err ( | x | STError ( format ! ( " " x ) ) ) ? ; Ok ( ( ) ) }
Checks invariants on the log traces provided by `replay_source`.
Checks invariants on the log traces provided by ` replay_source ` .
timely_configuration
timely::Configuration
replay_source
ReplaySource
temporal_epoch
Option<u64>
temporal_operator
Option<u64>
temporal_message
Option<u64>
progress_max
Option<u64>
timely_configuration
timely::Configuration
replay_source
ReplaySource
temporal_epoch
Option<u64>
temporal_operator
Option<u64>
temporal_message
Option<u64>
progress_max
Option<u64>