Package net.hydromatic.optiq.impl.java

Examples of net.hydromatic.optiq.impl.java.JavaTypeFactory.builder()

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  /** Quickly prepares a simple SQL statement, circumventing the usual
   * preparation process. */
  private <T> PrepareResult<T> simplePrepare(Context context, String sql) {
    final JavaTypeFactory typeFactory = context.getTypeFactory();
    final RelDataType x =
        typeFactory.builder().add("EXPR$0", SqlTypeName.INTEGER).build();
    @SuppressWarnings("unchecked")
    final List<T> list = (List) ImmutableList.of(1);
    final List<String> origin = null;
    final List<List<String>> origins =
        Collections.nCopies(x.getFieldCount(), origin);
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          aggs.add(new AggImpState(aggIdx, call, true));
        }

        // The output from this stage is the input plus the aggregate functions.
        final RelDataTypeFactory.FieldInfoBuilder typeBuilder =
            typeFactory.builder();
        typeBuilder.addAll(inputPhysType.getRowType().getFieldList());
        for (AggImpState agg : aggs) {
          typeBuilder.add(agg.call.name, agg.call.type);
        }
        RelDataType outputRowType = typeBuilder.build();
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  /** Quickly prepares a simple SQL statement, circumventing the usual
   * preparation process. */
  private <T> PrepareResult<T> simplePrepare(Context context, String sql) {
    final JavaTypeFactory typeFactory = context.getTypeFactory();
    final RelDataType x =
        typeFactory.builder().add("EXPR$0", SqlTypeName.INTEGER).build();
    @SuppressWarnings("unchecked")
    final List<T> list = (List) ImmutableList.of(1);
    final List<String> origin = null;
    final List<List<String>> origins =
        Collections.nCopies(x.getFieldCount(), origin);
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          aggs.add(new AggImpState(aggIdx, call, true));
        }

        // The output from this stage is the input plus the aggregate functions.
        final RelDataTypeFactory.FieldInfoBuilder typeBuilder =
            typeFactory.builder();
        typeBuilder.addAll(inputPhysType.getRowType().getFieldList());
        for (AggImpState agg : aggs) {
          typeBuilder.add(agg.call.name, agg.call.type);
        }
        RelDataType outputRowType = typeBuilder.build();
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  /** Quickly prepares a simple SQL statement, circumventing the usual
   * preparation process. */
  private <T> PrepareResult<T> simplePrepare(Context context, String sql) {
    final JavaTypeFactory typeFactory = context.getTypeFactory();
    final RelDataType x =
        typeFactory.builder().add("EXPR$0", SqlTypeName.INTEGER).build();
    @SuppressWarnings("unchecked")
    final List<T> list = (List) ImmutableList.of(1);
    final List<String> origin = null;
    final List<List<String>> origins =
        Collections.nCopies(x.getFieldCount(), origin);
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          aggs.add(new AggImpState(aggIdx, call, true));
        }

        // The output from this stage is the input plus the aggregate functions.
        final RelDataTypeFactory.FieldInfoBuilder typeBuilder =
            typeFactory.builder();
        typeBuilder.addAll(inputPhysType.getRowType().getFieldList());
        for (AggImpState agg : aggs) {
          typeBuilder.add(agg.call.name, agg.call.type);
        }
        RelDataType outputRowType = typeBuilder.build();
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  /** Quickly prepares a simple SQL statement, circumventing the usual
   * preparation process. */
  private <T> PrepareResult<T> simplePrepare(Context context, String sql) {
    final JavaTypeFactory typeFactory = context.getTypeFactory();
    final RelDataType x =
        typeFactory.builder().add("EXPR$0", SqlTypeName.INTEGER).build();
    @SuppressWarnings("unchecked")
    final List<T> list = (List) ImmutableList.of(1);
    final List<String> origin = null;
    final List<List<String>> origins =
        Collections.nCopies(x.getFieldCount(), origin);
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