Examples with GeometryType datawave.data.type.GeometryType used on opensource projects

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Example 11 with GeometryType

use of datawave.data.type.GeometryType in project datawave by NationalSecurityAgency.

the class ExpandCompositeTermsTest method test21.

@Test
public void test21() throws Exception {
    ShardQueryConfiguration conf = new ShardQueryConfiguration();
    Multimap<String, String> compositeToFieldMap = LinkedListMultimap.create();
    compositeToFieldMap.put("GEO", "GEO");
    compositeToFieldMap.put("GEO", "WKT");
    conf.setCompositeToFieldMap(compositeToFieldMap);
    Map<String, String> compositeToSeparatorMap = new HashMap<>();
    compositeToSeparatorMap.put("GEO", ",");
    conf.setCompositeFieldSeparators(compositeToSeparatorMap);
    Set<String> indexedFields = new HashSet<>();
    indexedFields.add("GEO");
    conf.getFieldToDiscreteIndexTypes().put("GEO", new GeometryType());
    String query = "(((((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')))) || ((((_Bounded_ = true) && (GEO >= '030a' && GEO <= '0335')))) || ((((_Bounded_ = true) && (GEO >= '0428' && GEO <= '0483')))) || ((((_Bounded_ = true) && (GEO >= '0500aa' && GEO <= '050355')))) || ((((_Bounded_ = true) && (GEO >= '1f0aaaaaaaaaaaaaaa' && GEO <= '1f36c71c71c71c71c7'))))) && (((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+bE4')))";
    String expected = "((((((_Bounded_ = true) && (GEO >= '0202,+AE0' && GEO < '020d,+bE4')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+bE4'))))))) || (((((_Bounded_ = true) && (GEO >= '030a,+AE0' && GEO < '0335,+bE4')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '030a' && GEO <= '0335')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+bE4'))))))) || (((((_Bounded_ = true) && (GEO >= '0428,+AE0' && GEO < '0483,+bE4')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0428' && GEO <= '0483')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+bE4'))))))) || (((((_Bounded_ = true) && (GEO >= '0500aa,+AE0' && GEO < '050355,+bE4')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0500aa' && GEO <= '050355')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+bE4'))))))) || (((((_Bounded_ = true) && (GEO >= '1f0aaaaaaaaaaaaaaa,+AE0' && GEO < '1f36c71c71c71c71c7,+bE4')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '1f0aaaaaaaaaaaaaaa' && GEO <= '1f36c71c71c71c71c7')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+bE4'))))))))";
    runTestQuery(query, expected, indexedFields, conf);
}
Also used : GeometryType(datawave.data.type.GeometryType) HashMap(java.util.HashMap) ShardQueryConfiguration(datawave.query.config.ShardQueryConfiguration) HashSet(java.util.HashSet) Test(org.junit.Test)

Example 12 with GeometryType

use of datawave.data.type.GeometryType in project datawave by NationalSecurityAgency.

the class ExpandCompositeTermsTest method test15.

@Test
public void test15() throws Exception {
    ShardQueryConfiguration conf = new ShardQueryConfiguration();
    Multimap<String, String> compositeToFieldMap = LinkedListMultimap.create();
    compositeToFieldMap.put("GEO", "GEO");
    compositeToFieldMap.put("GEO", "WKT_BYTE_LENGTH");
    conf.setCompositeToFieldMap(compositeToFieldMap);
    Set<String> indexedFields = new HashSet<>();
    indexedFields.add("GEO");
    conf.getFieldToDiscreteIndexTypes().put("GEO", new GeometryType());
    String query = "GEO >= '0100' && WKT_BYTE_LENGTH <= '" + Normalizer.NUMBER_NORMALIZER.normalize("12345") + "'";
    String expected = "GEO >= '0100' && WKT_BYTE_LENGTH <= '" + Normalizer.NUMBER_NORMALIZER.normalize("12345") + "'";
    runTestQuery(query, expected, indexedFields, conf);
}
Also used : GeometryType(datawave.data.type.GeometryType) ShardQueryConfiguration(datawave.query.config.ShardQueryConfiguration) HashSet(java.util.HashSet) Test(org.junit.Test)

Example 13 with GeometryType

use of datawave.data.type.GeometryType in project datawave by NationalSecurityAgency.

the class ExpandCompositeTermsTest method test26.

@Test
public void test26() throws Exception {
    ShardQueryConfiguration conf = new ShardQueryConfiguration();
    Multimap<String, String> compositeToFieldMap = LinkedListMultimap.create();
    compositeToFieldMap.put("GEO", "GEO");
    compositeToFieldMap.put("GEO", "WKT");
    conf.setCompositeToFieldMap(compositeToFieldMap);
    Map<String, String> compositeToSeparatorMap = new HashMap<>();
    compositeToSeparatorMap.put("GEO", ",");
    conf.setCompositeFieldSeparators(compositeToSeparatorMap);
    Set<String> indexedFields = new HashSet<>();
    indexedFields.add("GEO");
    conf.getFieldToDiscreteIndexTypes().put("GEO", new GeometryType());
    conf.setBeginDate(new Date(0));
    conf.setEndDate(new Date(TimeUnit.DAYS.toMillis(30)));
    Map<String, Date> compositeWithOldDataMap = new HashMap<>();
    compositeWithOldDataMap.put("GEO", new Date(TimeUnit.DAYS.toMillis(15)));
    conf.setCompositeTransitionDates(compositeWithOldDataMap);
    String normNum = Normalizer.NUMBER_NORMALIZER.normalize("55");
    String query = "(GEO == '0202' || (((_Bounded_ = true) && (GEO >= '030a' && GEO <= '0335')))) && WKT == '" + normNum + "'";
    String expected = "((((_Bounded_ = true) && (GEO >= '0202' && GEO <= '0202," + normNum + "')) && ((_Eval_ = true) && (GEO == '0202' && WKT == '" + normNum + "'))) || ((((_Bounded_ = true) && (GEO >= '030a' && GEO <= '0335," + normNum + "')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '030a' && GEO <= '0335')) && WKT == '" + normNum + "')))))";
    runTestQuery(query, expected, indexedFields, conf);
}
Also used : GeometryType(datawave.data.type.GeometryType) HashMap(java.util.HashMap) ShardQueryConfiguration(datawave.query.config.ShardQueryConfiguration) Date(java.util.Date) HashSet(java.util.HashSet) Test(org.junit.Test)

Example 14 with GeometryType

use of datawave.data.type.GeometryType in project datawave by NationalSecurityAgency.

the class ExpandCompositeTermsTest method test28.

@Test
public void test28() throws Exception {
    ShardQueryConfiguration conf = new ShardQueryConfiguration();
    Multimap<String, String> compositeToFieldMap = LinkedListMultimap.create();
    compositeToFieldMap.put("GEO", "GEO");
    compositeToFieldMap.put("GEO", "WKT");
    conf.setCompositeToFieldMap(compositeToFieldMap);
    Map<String, String> compositeToSeparatorMap = new HashMap<>();
    compositeToSeparatorMap.put("GEO", ",");
    conf.setCompositeFieldSeparators(compositeToSeparatorMap);
    Set<String> indexedFields = new HashSet<>();
    indexedFields.add("GEO");
    conf.getFieldToDiscreteIndexTypes().put("GEO", new GeometryType());
    conf.setBeginDate(new Date(0));
    conf.setEndDate(new Date(TimeUnit.DAYS.toMillis(30)));
    Map<String, Date> compositeWithOldDataMap = new HashMap<>();
    compositeWithOldDataMap.put("GEO", new Date(TimeUnit.DAYS.toMillis(15)));
    conf.setCompositeTransitionDates(compositeWithOldDataMap);
    String normNum = Normalizer.NUMBER_NORMALIZER.normalize("55");
    String query = "(GEO == '0202' || GEO >= '030a') && WKT == '" + normNum + "'";
    String expected = "((WKT == '+bE5.5' && GEO >= '030a') || (((_Bounded_ = true) && (GEO >= '0202' && GEO <= '0202,+bE5.5')) && ((_Eval_ = true) && (GEO == '0202' && WKT == '+bE5.5'))))";
    runTestQuery(query, expected, indexedFields, conf);
}
Also used : GeometryType(datawave.data.type.GeometryType) HashMap(java.util.HashMap) ShardQueryConfiguration(datawave.query.config.ShardQueryConfiguration) Date(java.util.Date) HashSet(java.util.HashSet) Test(org.junit.Test)

Example 15 with GeometryType

use of datawave.data.type.GeometryType in project datawave by NationalSecurityAgency.

the class ExpandCompositeTermsTest method test19.

// Composite Range testing with a normal composite field
@Test
public void test19() throws Exception {
    ShardQueryConfiguration conf = new ShardQueryConfiguration();
    Multimap<String, String> compositeToFieldMap = LinkedListMultimap.create();
    compositeToFieldMap.put("GEO_WKT", "GEO");
    compositeToFieldMap.put("GEO_WKT", "WKT");
    conf.setCompositeToFieldMap(compositeToFieldMap);
    Map<String, String> compositeToSeparatorMap = new HashMap<>();
    compositeToSeparatorMap.put("GEO_WKT", ",");
    conf.setCompositeFieldSeparators(compositeToSeparatorMap);
    Set<String> indexedFields = new HashSet<>();
    indexedFields.add("GEO");
    conf.getFieldToDiscreteIndexTypes().put("GEO", new GeometryType());
    String upperBound = Normalizer.NUMBER_NORMALIZER.normalize("12345");
    // COMPOSITE QUERY AGAINST THE COMPOSITE INDEX
    // if incrementing/decrementing is an option
    // NOTE: Because we are combining two ranges, our bounds will already include some unwanted composite terms.
    // Those will be taken care of via a combination of accumulo iterator filtering against the shard index,
    // and field index filtering against the field index within the index iterators.
    // GE to GE -> GE
    // GE to GT -> GT
    // GT to GT -> increment base, GT
    // GT to GE -> increment base, GE
    // GT to EQ -> increment base, GE
    // EQ to GT -> GT
    // EQ to GE -> GE
    // LE to LE -> LE
    // LE to LT -> LT
    // LT to LT -> decrement base, LT
    // LT to LE -> decrement base, LE
    // LT to EQ -> decrement base, LE
    // EQ to LT -> LT
    // EQ to LE -> LE
    // NON-COMPOSITE QUERY AGAINST AN OVERLOADED COMPOSITE INDEX
    // if incrementing/decrementing is an option
    // NOTE: The proposed solutions only work IFF the underlying data is truly a unicode string
    // GE -> GE
    // GT -> increment base, GE
    // LE -> increment base, LT
    // LT -> LT
    // EQ -> EQ convert to range, lower bound -> inclusive term, upper bound -> exclusive incremented term
    // e.g. GEO == '0202'
    // GEO >= '0202' && GEO < '0203'
    String query, expected;
    // GE to GE, use GE
    // LE to LE, use LE
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0202,+AE0' && GEO_WKT <= '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GE, increment fixed term, use GE
    // LE to LE, use LE
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0203,+AE0' && GEO_WKT <= '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GE to GE, use GE
    // LT to LE, decrement fixed term, use LE
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0202,+AE0' && GEO_WKT <= '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GE, increment fixed term, use GE
    // LT to LE, decrement fixed term, use LE
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0203,+AE0' && GEO_WKT <= '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GE to GT, use GT
    // LE to LE, use LE
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0202,+AE0' && GEO_WKT <= '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GT, increment fixed term, use GT
    // LE to LE, use LE
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0203,+AE0' && GEO_WKT <= '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GE to GT, use GT
    // LT to LE, decrement fixed term, use LE
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0202,+AE0' && GEO_WKT <= '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GT, increment base, use GT
    // LT to LE, decrement fixed term, use LE
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0203,+AE0' && GEO_WKT <= '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GE to GE, use GE
    // LE to LT, use LT
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0202,+AE0' && GEO_WKT < '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GE, increment fixed term, use GE
    // LE to LT, use LT
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0203,+AE0' && GEO_WKT < '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GE to GE, use GE
    // LT to LT, decrement fixed term, use LT
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0202,+AE0' && GEO_WKT < '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GE, increment fixed term, use GE
    // LT to LT, decrement fixed term, use LT
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0203,+AE0' && GEO_WKT < '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GE to GT, use GT
    // LE to LT, use LT
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0202,+AE0' && GEO_WKT < '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GT, increment fixed term, use GT
    // LE to LT, use LT
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0203,+AE0' && GEO_WKT < '020d,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO <= '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GE to GT, use GT
    // LT to LT, decrement fixed term, use LT
    query = "((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0202,+AE0' && GEO_WKT < '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO >= '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // GT to GT, increment fixed term, use GT
    // LT to LT, decrement fixed term, use LT
    query = "((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0203,+AE0' && GEO_WKT < '020c,+eE1.2345')) && ((_Eval_ = true) && (((_Bounded_ = true) && (GEO > '0202' && GEO < '020d')) && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // EQ to GE, use GE
    // EQ to LE, use LE
    query = "(GEO == '0202') && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0202,+AE0' && GEO_WKT <= '0202,+eE1.2345')) && ((_Eval_ = true) && (GEO == '0202' && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // EQ to GE, use GE
    // EQ to LT, use LT
    query = "(GEO == '0202') && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT >= '0202,+AE0' && GEO_WKT < '0202,+eE1.2345')) && ((_Eval_ = true) && (GEO == '0202' && ((_Bounded_ = true) && (WKT >= '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // EQ to GT, use GT
    // EQ to LE, use LE
    query = "(GEO == '0202') && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0202,+AE0' && GEO_WKT <= '0202,+eE1.2345')) && ((_Eval_ = true) && (GEO == '0202' && ((_Bounded_ = true) && (WKT > '+AE0' && WKT <= '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // EQ to GT, use GT
    // EQ to LT, use LT
    query = "(GEO == '0202') && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '" + upperBound + "'))";
    expected = "((_Bounded_ = true) && (GEO_WKT > '0202,+AE0' && GEO_WKT < '0202,+eE1.2345')) && ((_Eval_ = true) && (GEO == '0202' && ((_Bounded_ = true) && (WKT > '+AE0' && WKT < '+eE1.2345'))))";
    runTestQuery(query, expected, indexedFields, conf);
    // EQ, for non-overloaded, keep as-is
    query = "GEO == '0202'";
    expected = "GEO == '0202'";
    runTestQuery(query, expected, indexedFields, conf);
    // Unbounded range w/ composite term
    query = "GEO >= '0202' && WKT < '" + upperBound + "'";
    expected = "GEO >= '0202' && WKT < '" + upperBound + "'";
    runTestQuery(query, expected, indexedFields, conf);
    query = "GEO >= '0202' && WKT > '" + upperBound + "'";
    expected = "GEO >= '0202' && WKT > '" + upperBound + "'";
    runTestQuery(query, expected, indexedFields, conf);
    query = "GEO <= '0202' && WKT < '" + upperBound + "'";
    expected = "GEO <= '0202' && WKT < '" + upperBound + "'";
    runTestQuery(query, expected, indexedFields, conf);
    query = "GEO <= '0202' && WKT > '" + upperBound + "'";
    expected = "GEO <= '0202' && WKT > '" + upperBound + "'";
    runTestQuery(query, expected, indexedFields, conf);
    // Unbounded range w/out composite term
    query = "GEO >= '0202'";
    expected = "GEO >= '0202'";
    runTestQuery(query, expected, indexedFields, conf);
    query = "GEO > '0202'";
    expected = "GEO > '0202'";
    runTestQuery(query, expected, indexedFields, conf);
    query = "GEO <= '0202'";
    expected = "GEO <= '0202'";
    runTestQuery(query, expected, indexedFields, conf);
    query = "GEO < '0202'";
    expected = "GEO < '0202'";
    runTestQuery(query, expected, indexedFields, conf);
}
Also used : GeometryType(datawave.data.type.GeometryType) HashMap(java.util.HashMap) ShardQueryConfiguration(datawave.query.config.ShardQueryConfiguration) HashSet(java.util.HashSet) Test(org.junit.Test)

Aggregations

GeometryType (datawave.data.type.GeometryType)18 Test (org.junit.Test)18 ShardQueryConfiguration (datawave.query.config.ShardQueryConfiguration)17 HashSet (java.util.HashSet)17 HashMap (java.util.HashMap)14 Date (java.util.Date)4 DateType (datawave.data.type.DateType)1 DiscreteIndexType (datawave.data.type.DiscreteIndexType)1 NoOpType (datawave.data.type.NoOpType)1 StringType (datawave.data.type.StringType)1 Type (datawave.data.type.Type)1 UniqueFields (datawave.query.attributes.UniqueFields)1 DocumentPermutation (datawave.query.function.DocumentPermutation)1 DocumentProjection (datawave.query.function.DocumentProjection)1 QueryModel (datawave.query.model.QueryModel)1 QueryImpl (datawave.webservice.query.QueryImpl)1 SimpleDateFormat (java.text.SimpleDateFormat)1
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