Package org.apache.pig.builtin

Examples of org.apache.pig.builtin.CONCAT

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        DataByteArray dbaB = new DataByteArray(b);
        DataByteArray dbaC = new DataByteArray(c);
        DataByteArray dbaD = new DataByteArray(d);
        DataByteArray dbaE = new DataByteArray(e);

        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(5);
        t.set(0, dbaA);
        t.set(1, dbaB);
        t.set(2, dbaC);
        t.set(3, dbaD);
        t.set(4, dbaE);

        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on >2 tuples for input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "high ";
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        byte[] expected = {1,2,3,4,5,6};
        DataByteArray dbaExpected = new DataByteArray(expected);

        DataByteArray dbaA = new DataByteArray(a);
        DataByteArray dbaB = new DataByteArray(b);
        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(2);
        t.set(0, dbaA);
        t.set(1, dbaB);
        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "unit ";
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        DataByteArray dbaB = new DataByteArray(b);
        DataByteArray dbaC = new DataByteArray(c);
        DataByteArray dbaD = new DataByteArray(d);
        DataByteArray dbaE = new DataByteArray(e);

        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(5);
        t.set(0, dbaA);
        t.set(1, dbaB);
        t.set(2, dbaC);
        t.set(3, dbaD);
        t.set(4, dbaE);

        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on >2 tuples for input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "high ";
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        byte[] expected = {1,2,3,4,5,6};
        DataByteArray dbaExpected = new DataByteArray(expected);

        DataByteArray dbaA = new DataByteArray(a);
        DataByteArray dbaB = new DataByteArray(b);
        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(2);
        t.set(0, dbaA);
        t.set(1, dbaB);
        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "unit ";
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        DataByteArray dbaB = new DataByteArray(b);
        DataByteArray dbaC = new DataByteArray(c);
        DataByteArray dbaD = new DataByteArray(d);
        DataByteArray dbaE = new DataByteArray(e);

        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(5);
        t.set(0, dbaA);
        t.set(1, dbaB);
        t.set(2, dbaC);
        t.set(3, dbaD);
        t.set(4, dbaE);

        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on >2 tuples for input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "high ";
View Full Code Here
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        byte[] expected = {1,2,3,4,5,6};
        DataByteArray dbaExpected = new DataByteArray(expected);

        DataByteArray dbaA = new DataByteArray(a);
        DataByteArray dbaB = new DataByteArray(b);
        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(2);
        t.set(0, dbaA);
        t.set(1, dbaB);
        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "unit ";
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        DataByteArray dbaB = new DataByteArray(b);
        DataByteArray dbaC = new DataByteArray(c);
        DataByteArray dbaD = new DataByteArray(d);
        DataByteArray dbaE = new DataByteArray(e);

        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(5);
        t.set(0, dbaA);
        t.set(1, dbaB);
        t.set(2, dbaC);
        t.set(3, dbaD);
        t.set(4, dbaE);

        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on >2 tuples for input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "high ";
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        byte[] expected = {1,2,3,4,5,6};
        DataByteArray dbaExpected = new DataByteArray(expected);

        DataByteArray dbaA = new DataByteArray(a);
        DataByteArray dbaB = new DataByteArray(b);
        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(2);
        t.set(0, dbaA);
        t.set(1, dbaB);
        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "unit ";
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        DataByteArray dbaB = new DataByteArray(b);
        DataByteArray dbaC = new DataByteArray(c);
        DataByteArray dbaD = new DataByteArray(d);
        DataByteArray dbaE = new DataByteArray(e);

        EvalFunc<DataByteArray> concat = new CONCAT();

        Tuple t = TupleFactory.getInstance().newTuple(5);
        t.set(0, dbaA);
        t.set(1, dbaB);
        t.set(2, dbaC);
        t.set(3, dbaD);
        t.set(4, dbaE);

        DataByteArray result = concat.exec(t);
        String msg = "[Testing CONCAT on >2 tuples for input type: bytearray]";
        assertTrue(msg, result.equals(dbaExpected));

        // String concat
        String s1 = "high ";
View Full Code Here
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Related Classes of org.apache.pig.builtin.CONCAT

  • org.apache.pig.data.DataByteArray
  • org.apache.pig.FuncSpec
  • org.apache.pig.impl.logicalLayer.schema.Schema
  • org.apache.pig.test.TestBuiltin
  • org.apache.pig.backend.executionengine.ExecException
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