Package org.openstreetmap.osmosis.core.container.v0_6

Examples of org.openstreetmap.osmosis.core.container.v0_6.BoundContainer

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      // Create iterators for the selected records for each of the entity types.
      LOG.finer("Iterating over results.");
      resultSets = new ArrayList<ReleasableIterator<EntityContainer>>();
      resultSets.add(
          new UpcastIterator<EntityContainer, BoundContainer>(
              new BoundContainerIterator(new ReleasableAdaptorForIterator<Bound>(bounds.iterator()))));
      resultSets.add(
          new UpcastIterator<EntityContainer, NodeContainer>(
              new NodeContainerIterator(new NodeReader(dbCtx, "box_node_list"))));
      resultSets.add(
          new UpcastIterator<EntityContainer, WayContainer>(
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                ChangeAction action = diff.changeType().equals(ChangeType.ADDED) ? ChangeAction.Create
                        : diff.changeType().equals(ChangeType.MODIFIED) ? ChangeAction.Modify
                                : ChangeAction.Delete;

                return new ChangeContainer(container, action);

            }

        };
        return Iterators.transform(iterator, function);
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            return;
        }
        BufferedWriter bufWriter = new BufferedWriter(new FileWriter(new File(file)));
        XmlChangeWriter writer = new XmlChangeWriter(bufWriter);
        while (entries.hasNext()) {
            ChangeContainer change = entries.next();
            writer.process(change);
        }
        writer.complete();
        bufWriter.flush();
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    currentEntityType = peekEntity.getType();
   
    // Loop until all history values for the current element are exhausted.
    changeList = new ArrayList<ChangeContainer>();
    while (sourceIterator.hasNext()) {
      ChangeContainer tmpChangeContainer = sourceIterator.peekNext();
     
      // Break out of the loop when we reach the next entity in the stream.
      if (currentId != tmpChangeContainer.getEntityContainer().getEntity().getId()
        || !currentEntityType.equals(tmpChangeContainer.getEntityContainer().getEntity().getType())) {
        break;
      }
     
      // We want the value that we have already peeked from the iterator, so remove it from the iterator.
      sourceIterator.next();
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    // The entity has been modified if it is visible and was created previously.
    // It is a create if it is visible and was NOT created previously.
    // It is a delete if it is NOT visible and was created previously.
    // No action if it is NOT visible and was NOT created previously.
    if (entityHistory.isVisible() && createdPreviously) {
      return new ChangeContainer(entityContainer, ChangeAction.Modify);
    } else if (entityHistory.isVisible() && !createdPreviously) {
      return new ChangeContainer(entityContainer, ChangeAction.Create);
    } else if (!entityHistory.isVisible() && createdPreviously) {
      return new ChangeContainer(entityContainer, ChangeAction.Delete);
    } else {
      // This is an unusual case in that an initial version has been marked as not visible.
      // The production database contains many examples of this, presumably due to the original
      // TIGER import not being deleted properly.
      return new ChangeContainer(entityContainer, ChangeAction.Delete);
    }
  }
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   * {@inheritDoc}
   */
  public boolean hasNext() {
    while (!nextValueLoaded && sourceIterator.hasNext()) {
      List<ChangeContainer> changeList;
      ChangeContainer changeContainer;
      boolean createdPreviously;
     
      // Get the next change list from the underlying stream.
      changeList = sourceIterator.next();
     
      // Check the first node, if it has a version greater than 1 the node
      // existed prior to the interval beginning and therefore cannot be a
      // create.
      createdPreviously = (changeList.get(0).getEntityContainer().getEntity().getVersion() > 1);
     
      // Get the most current change.
      changeContainer = changeList.get(changeList.size() - 1);
     
      // The entity has been modified if it is a create/modify and was created previously.
      // It is a create if it is create/modify and was NOT created previously.
      // It is a delete if it is a delete and was created previously.
      // No action if it is a delete and was NOT created previously.
      if (!ChangeAction.Delete.equals(changeContainer.getAction()) && createdPreviously) {
        nextValue = new ChangeContainer(changeContainer.getEntityContainer(), ChangeAction.Modify);
        nextValueLoaded = true;
      } else if (!ChangeAction.Delete.equals(changeContainer.getAction()) && !createdPreviously) {
        nextValue = new ChangeContainer(changeContainer.getEntityContainer(), ChangeAction.Create);
        nextValueLoaded = true;
      } else if (ChangeAction.Delete.equals(changeContainer.getAction()) && createdPreviously) {
        nextValue = new ChangeContainer(changeContainer.getEntityContainer(), ChangeAction.Delete);
        nextValueLoaded = true;
      }
    }
   
    return nextValueLoaded;
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      // As we process, we must update the timestamp to match the latest
      // record we have received.
      currentTimestamp = state.getTimestamp();

      while (sourceIterator.hasNext()) {
        ChangeContainer change;
        Date nextTimestamp;

        change = sourceIterator.next();
        nextTimestamp = change.getEntityContainer().getEntity().getTimestamp();

        if (currentTimestamp.compareTo(nextTimestamp) < 0) {
          currentTimestamp = nextTimestamp;
        }
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   */
  public void run() {
    try {
      EntityContainerComparator comparator;
      EntityContainer base = null;
      ChangeContainer change = null;
      Map<String, Object> metaData;
     
      // Create a comparator for comparing two entities by type and identifier.
      comparator = new EntityContainerComparator(new EntityByTypeThenIdComparator());
     
      // Initialise the pipeline with a combination of the metadata from
      // both inputs. The change stream metadata will be applied second
      // and will override any values with the same key.
      metaData = new HashMap<String, Object>();
      metaData.putAll(basePostbox.outputInitialize());
      metaData.putAll(changePostbox.outputInitialize());
      sink.initialize(metaData);
     
      // We continue in the comparison loop while both sources still have data.
      while ((base != null || basePostbox.hasNext()) && (change != null || changePostbox.hasNext())) {
        int comparisonResult;
       
        // Get the next input data where required.
        if (base == null) {
          base = basePostbox.getNext();
        }
        if (change == null) {
          change = changePostbox.getNext();
        }
       
        // Compare the two sources.
        comparisonResult = comparator.compare(base, change.getEntityContainer());
       
        if (comparisonResult < 0) {
          processBaseOnlyEntity(base);
          base = null;
         
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   * {@inheritDoc}
   */
  public void run() {
    try {
      EntityContainerComparator comparator;
      ChangeContainer changeContainer0 = null;
      ChangeContainer changeContainer1 = null;
     
      // Create a comparator for comparing two entities by type and identifier.
      comparator = new EntityContainerComparator(new EntityByTypeThenIdThenVersionComparator());
     
      // We can't get meaningful data from the initialize data on the
      // input streams, so pass empty meta data to the sink and discard
      // the input meta data.
      postbox0.outputInitialize();
      postbox1.outputInitialize();
      changeSink.initialize(Collections.<String, Object>emptyMap());
     
      // We continue in the comparison loop while both sources still have data.
      while (
          (changeContainer0 != null || postbox0.hasNext())
          && (changeContainer1 != null || postbox1.hasNext())) {
        long comparisonResult;
       
        // Get the next input data where required.
        if (changeContainer0 == null) {
          changeContainer0 = postbox0.getNext();
        }
        if (changeContainer1 == null) {
          changeContainer1 = postbox1.getNext();
        }
       
        // Compare the two entities.
        comparisonResult =
          comparator.compare(changeContainer0.getEntityContainer(), changeContainer1.getEntityContainer());
       
        if (comparisonResult < 0) {
          // Entity 0 doesn't exist on the other source and can be
          // sent straight through.
          changeSink.process(changeContainer0);
          changeContainer0 = null;
        } else if (comparisonResult > 0) {
          // Entity 1 doesn't exist on the other source and can be
          // sent straight through.
          changeSink.process(changeContainer1);
          changeContainer1 = null;
        } else {
          // The entity exists on both sources so we must resolve the conflict.
          if (conflictResolutionMethod.equals(ConflictResolutionMethod.Timestamp)) {
            int timestampComparisonResult;
           
            timestampComparisonResult =
              changeContainer0.getEntityContainer().getEntity().getTimestamp()
              .compareTo(changeContainer1.getEntityContainer().getEntity().getTimestamp());
           
            if (timestampComparisonResult < 0) {
              changeSink.process(changeContainer1);
            } else if (timestampComparisonResult > 0) {
              changeSink.process(changeContainer0);
            } else {
              // If both have identical timestamps, use the second source.
              changeSink.process(changeContainer1);
            }
           
          } else if (conflictResolutionMethod.equals(ConflictResolutionMethod.LatestSource)) {
            changeSink.process(changeContainer1);
          } else if (conflictResolutionMethod.equals(ConflictResolutionMethod.Version)) {
            int version0 = changeContainer0.getEntityContainer().getEntity().getVersion();
            int version1 = changeContainer1.getEntityContainer().getEntity().getVersion();
            if (version0 < version1) {
              changeSink.process(changeContainer1);
            } else if (version0 > version1) {
              changeSink.process(changeContainer0);
            } else {
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  public void process(ChangeContainer changeContainer) {
    if (!ChangeAction.Delete.equals(changeContainer.getAction())) {
      EntityContainer output = super.processEntityContainer(changeContainer.getEntityContainer());

      if (output != null) {
        sink.process(new ChangeContainer(output, changeContainer.getAction()));
      }
    } else {
      sink.process(changeContainer);
    }
  }
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Related Classes of org.openstreetmap.osmosis.core.container.v0_6.BoundContainer

  • crosby.binary.osmosis.OsmosisBinaryParser
  • org.locationtech.geogig.osm.cli.commands.CreateOSMChangeset
  • org.locationtech.geogig.osm.cli.commands.OSMExport
  • org.locationtech.geogig.osm.internal.CreateOSMChangesetOp
  • org.locationtech.geogig.osm.internal.OSMApplyDiffOp$ConvertAndImportSink
  • org.openstreetmap.osmosis.apidb.v0_6.ApidbCurrentReader
  • org.openstreetmap.osmosis.apidb.v0_6.ApidbReader
  • org.openstreetmap.osmosis.apidb.v0_6.impl.ChangeReader
  • org.openstreetmap.osmosis.apidb.v0_6.impl.DeltaToDiffReader
  • org.openstreetmap.osmosis.apidb.v0_6.impl.EntityHistoryListReader
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