Package org.eclipse.persistence.internal.helper

Examples of org.eclipse.persistence.internal.helper.NonSynchronizedSubVector

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        for (int dataResultsIndex = 0; dataResultsIndex < size; dataResultsIndex++) {
            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Vector sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
            // May be any outer-join so ignore null.
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            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                if (trimedFields == null) { // The fields are always the same, so only build once.
                    trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                }
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Object sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
            // May be any outer-join so ignore null.
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        AbstractRecord parentRow = row;
        List<AbstractRecord> childRows = new ArrayList<AbstractRecord>();
        childRows.add(row);
        int parentIndex = getParentResultIndex();
        // Must adjust for the parent index to ensure the correct pk is extracted.
        Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
        if (parentIndex > 0) {
            Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
            parentRow = new DatabaseRecord(trimedFields, trimedValues);
        }
        ObjectBuilder builder = getDescriptor().getObjectBuilder();
        AbstractSession session = cursor.getExecutionSession();
        // Extract the primary key of the source object, to filter only the joined rows for that object.
        Object sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
        AbstractRecord extraRow = null;
        while (true) {
            AbstractRecord nextRow = null;
            if (forward) {
                nextRow = cursor.getAccessor().cursorRetrieveNextRow(cursor.getFields(), cursor.getResultSet(), session);
            } else {
                nextRow = cursor.getAccessor().cursorRetrievePreviousRow(cursor.getFields(), cursor.getResultSet(), session);
            }
            if (nextRow == null) {
                break;
            }
            AbstractRecord nextParentRow = nextRow;
            if (parentIndex > 0) {
                Vector trimedValues = new NonSynchronizedSubVector(nextParentRow.getValues(), parentIndex, nextParentRow.size());
                nextParentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Object nextKey = builder.extractPrimaryKeyFromRow(nextParentRow, session);
            if ((sourceKey != null) && sourceKey.equals(nextKey)) {
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        for (int dataResultsIndex = 0; dataResultsIndex < size; dataResultsIndex++) {
            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Vector sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
            // May be any outer-join so ignore null.
View Full Code Here
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        for (int dataResultsIndex = 0; dataResultsIndex < size; dataResultsIndex++) {
            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Vector sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
            // May be any outer-join so ignore null.
View Full Code Here
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            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                if (trimedFields == null) { // The fields are always the same, so only build once.
                    trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                }
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Object sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
            // May be any outer-join so ignore null.
View Full Code Here
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        AbstractRecord parentRow = row;
        List<AbstractRecord> childRows = new ArrayList<AbstractRecord>();
        childRows.add(row);
        int parentIndex = getParentResultIndex();
        // Must adjust for the parent index to ensure the correct pk is extracted.
        Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
        if (parentIndex > 0) {
            Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
            parentRow = new DatabaseRecord(trimedFields, trimedValues);
        }
        ObjectBuilder builder = getDescriptor().getObjectBuilder();
        AbstractSession session = cursor.getExecutionSession();
        // Extract the primary key of the source object, to filter only the joined rows for that object.
        Object sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
        AbstractRecord extraRow = null;
        while (true) {
            AbstractRecord nextRow = null;
            if (forward) {
                nextRow = cursor.getAccessor().cursorRetrieveNextRow(cursor.getFields(), cursor.getResultSet(), session);
            } else {
                nextRow = cursor.getAccessor().cursorRetrievePreviousRow(cursor.getFields(), cursor.getResultSet(), session);
            }
            if (nextRow == null) {
                break;
            }
            AbstractRecord nextParentRow = nextRow;
            if (parentIndex > 0) {
                Vector trimedValues = new NonSynchronizedSubVector(nextParentRow.getValues(), parentIndex, nextParentRow.size());
                nextParentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Object nextKey = builder.extractPrimaryKeyFromRow(nextParentRow, session);
            if ((sourceKey != null) && sourceKey.equals(nextKey)) {
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        for (int dataResultsIndex = 0; dataResultsIndex < size; dataResultsIndex++) {
            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Vector sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
            // May be any outer-join so ignore null.
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            } else {
                cls = getDescriptor().getJavaClass();
            }
            fieldStartIndex = ((Integer)map.get(cls)).intValue();
        }
        Vector trimedFields = new NonSynchronizedSubVector(row.getFields(), fieldStartIndex, row.size());
        Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), fieldStartIndex, row.size());
        return new DatabaseRecord(trimedFields, trimedValues);
    }
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            AbstractRecord row = this.dataResults.get(dataResultsIndex);
            AbstractRecord parentRow = row;
            // Must adjust for the parent index to ensure the correct pk is extracted.
            if (parentIndex > 0) {
                if (trimedFields == null) { // The fields are always the same, so only build once.
                    trimedFields = new NonSynchronizedSubVector(row.getFields(), parentIndex, row.size());
                }
                Vector trimedValues = new NonSynchronizedSubVector(row.getValues(), parentIndex, row.size());
                parentRow = new DatabaseRecord(trimedFields, trimedValues);
            }
            // Extract the primary key of the source object, to filter only the joined rows for that object.
            Object sourceKey = builder.extractPrimaryKeyFromRow(parentRow, session);
            // May be any outer-join so ignore null.
View Full Code Here
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Related Classes of org.eclipse.persistence.internal.helper.NonSynchronizedSubVector

  • org.eclipse.persistence.internal.queries.JoinedAttributeManager
  • org.eclipse.persistence.mappings.ForeignReferenceMapping
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