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/**
Copyright (C) SYSTAP, LLC DBA Blazegraph 2006-2016. All rights reserved.
Contact:
SYSTAP, LLC DBA Blazegraph
2501 Calvert ST NW #106
Washington, DC 20008
[email protected]
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; version 2 of the License.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*/
/*
* Created on Jun 17, 2011
*/
package com.bigdata.rdf.internal;
import java.math.BigDecimal;
import java.util.LinkedList;
import java.util.List;
import java.util.Random;
import com.bigdata.btree.keys.IKeyBuilder;
import com.bigdata.btree.keys.KeyBuilder;
import com.bigdata.rdf.internal.impl.literal.XSDDecimalIV;
import com.bigdata.rdf.model.BigdataLiteral;
/**
* Unit tests for {@link XSDDecimalIV}.
*
* @author Bryan Thompson
* @version $Id$
*/
public class TestEncodeDecodeXSDDecimalIVs extends
AbstractEncodeDecodeKeysTestCase {
/**
*
*/
public TestEncodeDecodeXSDDecimalIVs() {
}
/**
* @param name
*/
public TestEncodeDecodeXSDDecimalIVs(String name) {
super(name);
}
/**
* Unit test of {@link XSDDecimalIV} with positive and negative
* {@link BigDecimal}s having varying digits after the decimals.
*/
public void test_encodeDecode_XSDDecimal_pos_and_neg_varying_digits() {
final BigDecimal p1 = new BigDecimal("1.5");
final BigDecimal p2 = new BigDecimal("1.51");
final BigDecimal m1 = new BigDecimal("-1.5");
final BigDecimal m2 = new BigDecimal("-1.51");
final IV[] e = new IV[] {
new XSDDecimalIV(p1),//
new XSDDecimalIV(p2),//
new XSDDecimalIV(m1),//
new XSDDecimalIV(m2),//
};
doEncodeDecodeTest(e);
doComparatorTest(e);
}
/**
* Unit test of {@link XSDDecimalIV} with trailing zeros. The encoded and
* decoded values are consistent, but trailing zeros are removed by the
* {@link XSDDecimalIV} encoding.
*/
public void test_encodeDecode_XSDDecimal_trailingZeros() {
final BigDecimal p1 = new BigDecimal("1.50");
final BigDecimal p2 = new BigDecimal("1.500");
final IV[] e = new IV[] {
new XSDDecimalIV(p1),//
new XSDDecimalIV(p2),//
};
// for(IV t : e) {
// System.err.println(t.toString()+" : "+((XSDDecimalIV) t).getLabel());
// }
final IV[] a = doEncodeDecodeTest(e);
// for(IV t : a) {
// System.err.println(t.toString()+" : "+((XSDDecimalIV) t).getLabel());
// }
doComparatorTest(e);
doComparatorTest(a);
final IV[] b = new IV[] { e[0], e[1], a[0], a[1] };
doComparatorTest(b);
}
/**
* Unit test demonstrates that precision is not preserved by the encoding.
* Thus, ZEROs are encoded in the same manner regardless of their precision
* (this is true of other values with trailing zeros after the decimal point
* as well).
*/
public void test_BigDecimal_zeroPrecisionNotPreserved() {
final IKeyBuilder keyBuilder = new KeyBuilder();
// Three ZEROs with different precision.
final BigDecimal z0 = new BigDecimal("0");
final BigDecimal z1 = new BigDecimal("0.0");
final BigDecimal z2 = new BigDecimal("0.00");
final IV v0 = new XSDDecimalIV(z0);
final IV v1 = new XSDDecimalIV(z1);
final IV v2 = new XSDDecimalIV(z2);
// Encode each of those BigDecimal values.
final byte[] b0 = IVUtility.encode(keyBuilder.reset(), v0).getKey();
final byte[] b1 = IVUtility.encode(keyBuilder.reset(), v1).getKey();
final byte[] b2 = IVUtility.encode(keyBuilder.reset(), v2).getKey();
// The encoded representations are the same.
assertEquals(b0, b1);
assertEquals(b0, b2);
}
public void test_BigDecimal_500() {
final IKeyBuilder keyBuilder = new KeyBuilder();
// final BigDecimal v = new BigDecimal("500"); // NB: Decodes as 5E+2!
final BigDecimal v = new BigDecimal("5E+2");
final IV iv = new XSDDecimalIV(v);
final byte[] b0 = IVUtility.encode(keyBuilder.reset(), iv).getKey();
final IV iv2 = IVUtility.decode(b0);
final byte[] b2 = IVUtility.encode(keyBuilder.reset(), iv2).getKey();
// The decoded IV compares as equals()
assertEquals(iv, iv2);
// The encoded representations are the same.
assertEquals(b0, b2);
}
/**
* Unit tests using xsd:decimal.
*/
public void test_encodeDecode_XSDDecimal() {
final BigDecimal z1 = new BigDecimal("0");
// final BigDecimal z1 = new BigDecimal("0.0"); // NB: Will decode as "0"
// final BigDecimal negz1 = new BigDecimal("-0.0"); // NB: Will decode as "0".
// final BigDecimal z2 = new BigDecimal("0.00"); // NB: Will decode as "0".
final BigDecimal p1 = new BigDecimal("0.01");
final BigDecimal negp1 = new BigDecimal("-0.01");
// final BigDecimal z3 = new BigDecimal("0000.00"); // NB: Will decode as "0".
final BigDecimal m1 = new BigDecimal("1.5");
final BigDecimal m2 = new BigDecimal("-1.51");
final BigDecimal m5 = new BigDecimal("5");
// final BigDecimal m53 = new BigDecimal("5.000"); // NB: Will decode as "5".
final BigDecimal m500 = new BigDecimal("5E+2"); //
// final BigDecimal m500 = new BigDecimal("500"); // NB: Will decode as "5E+2"!
// final BigDecimal m500x = new BigDecimal("00500"); // NB: Will decode as "500".
// final BigDecimal m5003 = new BigDecimal("500.000"); // NB: Will decode as "500".
final BigDecimal v1 = new BigDecimal("383.00000000000001");
final BigDecimal v2 = new BigDecimal("383.00000000000002");
final IV[] e = new IV[] {
new XSDDecimalIV(z1),//
// new XSDDecimalIV(negz1),//
// new XSDDecimalIV(z2),//
new XSDDecimalIV(p1),//
new XSDDecimalIV(negp1),//
// new XSDDecimalIV(z3),//
new XSDDecimalIV(m1),//
new XSDDecimalIV(m2),//
new XSDDecimalIV(m5),//
// new XSDDecimalIV(m53),//
new XSDDecimalIV(m500),//
// new XSDDecimalIV(m5003),//
new XSDDecimalIV(v1),//
new XSDDecimalIV(v2),//
};
doEncodeDecodeTest(e);
doComparatorTest(e);
}
// /**
// * Unit test for {@link XSDDecimalIV}.
// */
// public void test_encodeDecode_XSDDecimal_2() {
//
// final IV[] e = new IV[] {
//
// new XSDDecimalIV(BigDecimal.valueOf(0)),//
//
// new XSDDecimalIV(BigDecimal.valueOf(-123450)),//
// new XSDDecimalIV(BigDecimal.valueOf(-99)),//
// new XSDDecimalIV(BigDecimal.valueOf(-9)),//
//
// new XSDDecimalIV(BigDecimal.valueOf(1.001)),//
// new XSDDecimalIV(BigDecimal.valueOf(8.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(255.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(256.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(512.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(1028.001)),//
//
// new XSDDecimalIV(BigDecimal.valueOf(-1.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(-8.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(-255.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(-256.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(-512.0001)),//
// new XSDDecimalIV(BigDecimal.valueOf(-1028.001)),//
//
// new XSDDecimalIV(BigDecimal.valueOf(Double.MIN_VALUE)),//
// new XSDDecimalIV(BigDecimal.valueOf(Double.MAX_VALUE)),//
// new XSDDecimalIV(BigDecimal.valueOf(Double.MIN_VALUE - 1)),//
// new XSDDecimalIV(BigDecimal.valueOf(Double.MAX_VALUE + 1)),//
// };
//
// doEncodeDecodeTest(e);
//
// doComparatorTest(e);
//
// }
/**
* Unit test for {@link XSDDecimalIV}.
*/
public void test_encodeDecode_XSDDecimal_3() {
final IV[] e = new IV[] {
new XSDDecimalIV(BigDecimal.valueOf(1.01)),
new XSDDecimalIV(BigDecimal.valueOf(2.01)),//
new XSDDecimalIV(BigDecimal.valueOf(0.01)),
new XSDDecimalIV(BigDecimal.valueOf(1.01)),//
new XSDDecimalIV(BigDecimal.valueOf(-1.01)),
new XSDDecimalIV(BigDecimal.valueOf(0.01)),//
new XSDDecimalIV(BigDecimal.valueOf(-2.01)),
new XSDDecimalIV(BigDecimal.valueOf(-1.01)),//
new XSDDecimalIV(BigDecimal.valueOf(10.01)),
new XSDDecimalIV(BigDecimal.valueOf(11.01)),//
new XSDDecimalIV(BigDecimal.valueOf(258.01)),
new XSDDecimalIV(BigDecimal.valueOf(259.01)),//
new XSDDecimalIV(BigDecimal.valueOf(3.01)),
new XSDDecimalIV(BigDecimal.valueOf(259.01)),//
new XSDDecimalIV(BigDecimal.valueOf(383.01)),
new XSDDecimalIV(BigDecimal.valueOf(383.02)),//
};
doEncodeDecodeTest(e);
doComparatorTest(e);
}
/**
* Stress test for {@link XSDDecimalIV}.
*/
public void test_encodeDecode_XSDDecimal_stressTest() {
final Random r = new Random();
final List> a = new LinkedList>();
for (int i = 0; i < 100; i++) {
final BigDecimal t1 = BigDecimal.valueOf(r.nextDouble());
final BigDecimal v2 = BigDecimal.valueOf(Math.abs(r.nextDouble()));
final BigDecimal v4 = BigDecimal.valueOf(r.nextDouble());
// x LT t1
final BigDecimal t2 = t1.subtract(v2);
final BigDecimal t4 = t1.subtract(BigDecimal.valueOf(5));
final BigDecimal t5 = t1.subtract(BigDecimal.valueOf(9));
// t1 LT x
final BigDecimal t3 = t1.add(v2);
final BigDecimal t6 = t1.add(BigDecimal.valueOf(5));
final BigDecimal t7 = t1.add(BigDecimal.valueOf(9));
a.add(new XSDDecimalIV(t1));
a.add(new XSDDecimalIV(v2));
a.add(new XSDDecimalIV(v4));
a.add(new XSDDecimalIV(t2));
a.add(new XSDDecimalIV(t4));
a.add(new XSDDecimalIV(t5));
a.add(new XSDDecimalIV(t3));
a.add(new XSDDecimalIV(t6));
a.add(new XSDDecimalIV(t7));
}
final IV[] e = a.toArray(new IV[0]);
doEncodeDecodeTest(e);
doComparatorTest(e);
}
}
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