Examples of Sequencer

StockTradeServices.Sequencer
Sequencer

@author Generated from Forte @since 24-Aug-2010
com.lmax.disruptor.Sequencer
Coordinates claiming sequences for access to a data structure while tracking dependent {@link Sequence}s
javax.sound.midi.Sequencer
A hardware or software device that plays back a MIDI {@link Sequence sequence} is known as a sequencer. A MIDI sequence contains lists of time-stamped MIDI data, such as might be read from a standard MIDI file. Most sequencers also provide functions for creating and editing sequences.
The Sequencer interface includes methods for the following basic MIDI sequencer operations:
- obtaining a sequence from MIDI file data
- starting and stopping playback
- moving to an arbitrary position in the sequence
- changing the tempo (speed) of playback
- synchronizing playback to an internal clock or to received MIDI messages
- controlling the timing of another device
In addition, the following operations are supported, either directly, or indirectly through objects that the Sequencer has access to:
- editing the data by adding or deleting individual MIDI events or entire tracks
- muting or soloing individual tracks in the sequence
- notifying listener objects about any meta-events or control-change events encountered while playing back the sequence.
@see Sequencer.SyncMode @see #addMetaEventListener @see ControllerEventListener @see Receiver @see Transmitter @see MidiDevice @author Kara Kytle @author Florian Bomers
net.helipilot50.stocktrade.services.Sequencer
Sequencer

@author Generated from Forte @since 24-Aug-2010
org.modeshape.jcr.api.sequencer.Sequencer
A component that reads recently-changed content (often uploaded files) and extracts additional information from the content.
Each ModeShape repository can be configured with zero or more sequencers. Each sequencer is configured with a set of match conditions that define the acceptable patterns for the paths of changed nodes, as well as a path specification that defines where the derived (or generated) output should be placed. Then when clients change nodes with paths that satisfy the match conditions, the repository will create a new Session and invoke the sequencer, which is then expected to process the changed content and generate the derived information under the supplied parent node. The session will be saved automatically or, if an exception is thrown, discard the changes and close the session.
org.uberfire.client.workbench.widgets.animations.Sequencer
Run a list of animations in order.

Examples of org.modeshape.jcr.api.sequencer.Sequencer

            this.pathExpressionsBySequencerId = new HashMap<UUID, Collection<SequencerPathExpression>>();


            String repoName = repository.name();
            for (Component component : components) {
                try {
                    Sequencer sequencer = component.createInstance(getClass().getClassLoader());
                    // Set the repository name field ...
                    ReflectionUtil.setValue(sequencer, "repositoryName", repoName);


                    // Set the logger instance
                    ReflectionUtil.setValue(sequencer, "logger", ExtensionLogger.getLogger(sequencer.getClass()));
                    // We'll initialize it later in #intialize() ...


                    sequencersByName.put(sequencer.getName(), sequencer);
                    if (sequencer.getPathExpressions().length == 0) {
                        // There are no path expressions, so this sequencer is only for explicit invocation ...
                        if (DEBUG) {
                            LOGGER.debug("Created sequencer '{0}' in repository '{1}' with no path expression; availabe only for explicit invocation",
                                         sequencer.getName(), repository.name());
                        }


                    } else {
                        // For each sequencer, figure out which workspaces apply ...
                        UUID uuid = sequencer.getUniqueId();
                        sequencersById.put(sequencer.getUniqueId(), sequencer);
                        // For each sequencer, create the path expressions ...


                        Set<SequencerPathExpression> pathExpressions = buildPathExpressionSet(sequencer);
                        pathExpressionsBySequencerId.put(uuid, pathExpressions);
                        if (DEBUG) {
                            LOGGER.debug("Created sequencer '{0}' in repository '{1}' with valid path expressions: {2}",
                                         sequencer.getName(), repository.name(), pathExpressions);
                        }
                    }
                } catch (Throwable t) {
                    if (t.getCause() != null) {
                        t = t.getCause();

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Examples of org.modeshape.jcr.api.sequencer.Sequencer

                                                + nodeTypeManager.getClass().getName());
            }


            // Initialize each sequencer using the supplied session ...
            for (Iterator<Map.Entry<String, Sequencer>> sequencersIterator = sequencersByName.entrySet().iterator(); sequencersIterator.hasNext();) {
                Sequencer sequencer = sequencersIterator.next().getValue();
                try {
                    sequencer.initialize(registry, (org.modeshape.jcr.api.nodetype.NodeTypeManager)nodeTypeManager);


                    // If successful, call the 'postInitialize' method reflectively (due to inability to call directly) ...
                    Method postInitialize = ReflectionUtil.findMethod(Sequencer.class, "postInitialize");
                    ReflectionUtil.invokeAccessibly(sequencer, postInitialize, new Object[] {});
                    if (DEBUG) {
                        LOGGER.debug("Successfully initialized sequencer '{0}' in repository '{1}'", sequencer.getName(),
                                     repository.name());
                    }
                    initialized.add(sequencer);
                } catch (Throwable t) {
                    if (t.getCause() != null) {
                        t = t.getCause();
                    }
                    repository.error(t, JcrI18n.unableToInitializeSequencer, sequencer, repository.name(), t.getMessage());
                    try {
                        sequencersIterator.remove();
                    } finally {
                        sequencersById.remove(sequencer.getUniqueId());
                    }
                }
            }
            this.initialized = true;
        } catch (RepositoryException e) {

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Examples of org.uberfire.client.workbench.widgets.animations.Sequencer

                super.onComplete();
                onCompleteCommand.execute();
            }


        };
        final Sequencer s = new Sequencer();
        s.add( fadeInAnimation, 250 );
        s.add( pauseAnimation, 2000 );
        s.run();
    }

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