Examples with GroupObject com.hazelcast.internal.serialization.impl.compact.reader.CompactValueReaderTestStructure.GroupObject used on opensource projects

Example 6 with GroupObject

use of com.hazelcast.internal.serialization.impl.compact.reader.CompactValueReaderTestStructure.GroupObject in project hazelcast by hazelcast.

the class CompactStreamSerializerValueReaderSpecTest method fromObjectArrayAnyToObjectArrayAnyToPrimitiveScenarios.

// ----------------------------------------------------------------------------------------------------------
// from PORTABLE_ARRAY[any] via PORTABLE_ARRAY[any] to further PRIMITIVE access
// ----------------------------------------------------------------------------------------------------------
private static void fromObjectArrayAnyToObjectArrayAnyToPrimitiveScenarios(List<Object[]> result) {
    String p = "fromObjectArrayAnyToObjectArrayAnyToPrimitiveScenarios";
    // =============================================
    // INPUT mixed
    // =============================================
    PrimitiveObject p1 = prim(1, NONE);
    PrimitiveObject p10 = prim(10, FULL);
    PrimitiveObject p20 = prim(20, FULL);
    NestedGroupObject input = nested(new GroupObject[] { new GroupObject(new PrimitiveObject[0]), group(p1, p10), new GroupObject((PrimitiveObject[]) null), group(new PrimitiveObject[] { p20 }) });
    result.addAll(asList(scenario(input, list(null, p1.byte_, p10.byte_, p20.byte_), "objects[any].objects[any].byte_", p), scenario(input, list(null, p1.short_, p10.short_, p20.short_), "objects[any].objects[any].short_", p), scenario(input, list(null, p1.int_, p10.int_, p20.int_), "objects[any].objects[any].int_", p), scenario(input, list(null, p1.long_, p10.long_, p20.long_), "objects[any].objects[any].long_", p), scenario(input, list(null, p1.float_, p10.float_, p20.float_), "objects[any].objects[any].float_", p), scenario(input, list(null, p1.double_, p10.double_, p20.double_), "objects[any].objects[any].double_", p), scenario(input, list(null, p1.boolean_, p10.boolean_, p20.boolean_), "objects[any].objects[any].boolean_", p), scenario(input, list(null, p1.string_, p10.string_, p20.string_), "objects[any].objects[any].string_", p)));
    // =============================================
    // INPUT empty
    // =============================================
    NestedGroupObject inputEmpty = nested(new GroupObject[0]);
    result.addAll(asList(scenario(inputEmpty, null, "objects[any].objects[any].byte_", p), scenario(inputEmpty, null, "objects[any].objects[any].short_", p), scenario(inputEmpty, null, "objects[any].objects[any].int_", p), scenario(inputEmpty, null, "objects[any].objects[any].long_", p), scenario(inputEmpty, null, "objects[any].objects[any].float_", p), scenario(inputEmpty, null, "objects[any].objects[any].double_", p), scenario(inputEmpty, null, "objects[any].objects[any].boolean_", p), scenario(inputEmpty, null, "objects[any].objects[any].string_", p)));
    // =============================================
    // INPUT null
    // =============================================
    NestedGroupObject inputNull = nested((GroupObject[]) null);
    result.addAll(asList(scenario(inputNull, null, "objects[any].objects[any].byte_", p), scenario(inputNull, null, "objects[any].objects[any].short_", p), scenario(inputNull, null, "objects[any].objects[any].int_", p), scenario(inputNull, null, "objects[any].objects[any].long_", p), scenario(inputNull, null, "objects[any].objects[any].float_", p), scenario(inputNull, null, "objects[any].objects[any].double_", p), scenario(inputNull, null, "objects[any].objects[any].boolean_", p), scenario(inputNull, null, "objects[any].objects[any].string_", p)));
}

Example 7 with GroupObject

use of com.hazelcast.internal.serialization.impl.compact.reader.CompactValueReaderTestStructure.GroupObject in project hazelcast by hazelcast.

the class CompactStreamSerializerValueReaderSpecTest method expandObjectArrayPrimitiveScenario.

/**
 * Expands test cases for that navigate from object array to a primitive field.
 * Word objectArray is replaced to: objects[0], objects[1], objects[2], objects[any]
 * Word "primitive_" is replaced by each primitive type and the scenario is expanded to for each type:
 * <p>
 * A.) The contract is that input should somewhere on the path contain an array of Object[] which contains objects of type
 * PrimitiveObject. For example: "objectArray.primitive_" will be expanded two-fold, the object array and primitive
 * types will be expanded as follows:
 * <ul>
 * <li>objects[0].byte, objects[0].short, ... for all primitive types</li>
 * <li>objects[1].byte, objects[1].short, ...</li>
 * <li>objects[2].byte, objects[2].short, ...</li>
 * </ul>
 * <p>
 * B.) Then the [any] case will be expanded too:
 * <ul>
 * <li>objects[any].byte, objects[any].short, ... for all primitive types</li>
 * </ul>
 * <p>
 * The expected result should be the object that contains the object array - that's the general contract.
 * The result for assertion will be automatically calculated
 */
@SuppressWarnings({ "unchecked" })
private static Collection<Object[]> expandObjectArrayPrimitiveScenario(Object input, GroupObject result, String pathToExplode, String parent) {
    List<Object[]> scenarios = new ArrayList<>();
    // expansion of the object array using the following quantifiers
    for (String token : asList("0", "1", "2", "any")) {
        String path = pathToExplode.replace("objectArray", "objects[" + token + "]");
        if (token.equals("any")) {
            // expansion of the primitive fields
            for (CompactValueReaderTestStructure.PrimitiveFields primitiveFields : getPrimitives()) {
                List resultToMatch = new ArrayList();
                int objectCount = 0;
                try {
                    objectCount = result.objects.length;
                } catch (NullPointerException ignored) {
                }
                for (int i = 0; i < objectCount; i++) {
                    PrimitiveObject object = (PrimitiveObject) result.objects[i];
                    resultToMatch.add(object.getPrimitive(primitiveFields));
                }
                if (result == null || result.objects == null || result.objects.length == 0) {
                    resultToMatch = null;
                }
                scenarios.add(scenario(input, resultToMatch, path.replace("primitive_", primitiveFields.field), parent));
            }
        } else {
            // expansion of the primitive fields
            for (PrimitiveFields primitiveFields : getPrimitives()) {
                Object resultToMatch = null;
                try {
                    PrimitiveObject object = result.objects[Integer.parseInt(token)];
                    resultToMatch = object.getPrimitive(primitiveFields);
                } catch (NullPointerException ignored) {
                } catch (IndexOutOfBoundsException ignored) {
                }
                if (result == null || result.objects == null || result.objects.length == 0) {
                    resultToMatch = null;
                }
                scenarios.add(scenario(input, resultToMatch, path.replace("primitive_", primitiveFields.field), parent));
            }
        }
    }
    return scenarios;
}

Example 8 with GroupObject

use of com.hazelcast.internal.serialization.impl.compact.reader.CompactValueReaderTestStructure.GroupObject in project hazelcast by hazelcast.

the class CompactStreamSerializerValueReaderSpecTest method fromObjectArrayToPrimitiveScenarios.

// ----------------------------------------------------------------------------------------------------------
// from PORTABLE-ARRAY to primitive and primitive-array access
// ----------------------------------------------------------------------------------------------------------
private static void fromObjectArrayToPrimitiveScenarios(List<Object[]> result) {
    String p = "fromObjectArrayToPrimitiveScenarios";
    // FULLy initialised primitive objects accessed from object stored in array
    GroupObject fullGroupVarious = group(prim(1, FULL), prim(10, FULL), prim(100, FULL));
    result.addAll(expandObjectArrayPrimitiveScenario(fullGroupVarious, fullGroupVarious, "objectArray.primitive_", p));
    GroupObject fullEmptyNullGroup = group(prim(1, FULL), prim(10, NONE), prim(100, NULL));
    result.addAll(expandObjectArrayPrimitiveScenario(fullEmptyNullGroup, fullEmptyNullGroup, "objectArray.primitive_", p));
    // empty or null object array de-referenced further
    GroupObject nullArrayGroup = new GroupObject((PrimitiveObject[]) null);
    result.addAll(expandObjectArrayPrimitiveScenario(nullArrayGroup, nullArrayGroup, "objectArray.primitive_", p));
    GroupObject emptyArrayGroup = new GroupObject(new PrimitiveObject[0]);
    result.addAll(expandObjectArrayPrimitiveScenario(emptyArrayGroup, emptyArrayGroup, "objectArray.primitive_", p));
    // FULLy initialised primitive arrays accessed from object stored in array
    GroupObject fullGroup = group(prim(FULL), prim(FULL), prim(FULL));
    result.addAll(expandPrimitiveArrayScenario(fullGroup, prim(FULL), "objects[0].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(fullGroup, prim(FULL), "objects[1].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(fullGroup, prim(FULL), "objects[2].primitiveArray", p));
    // EMPTY primitive arrays accessed from object stored in array
    GroupObject noneGroup = group(prim(NONE), prim(NONE), prim(NONE));
    result.addAll(expandPrimitiveArrayScenario(noneGroup, prim(NONE), "objects[0].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(noneGroup, prim(NONE), "objects[1].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(noneGroup, prim(NONE), "objects[2].primitiveArray", p));
    // NULL primitive arrays accessed from object stored in array
    GroupObject nullGroup = group(prim(NULL), prim(NULL), prim(NULL));
    result.addAll(expandPrimitiveArrayScenario(nullGroup, prim(NULL), "objects[0].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(nullGroup, prim(NULL), "objects[1].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(nullGroup, prim(NULL), "objects[2].primitiveArray", p));
    // EMPTY object array -> de-referenced further for primitive access
    result.addAll(expandPrimitiveScenario(emptyArrayGroup, null, "objects[0].primitive_", p));
    result.addAll(expandPrimitiveScenario(emptyArrayGroup, null, "objects[1].primitive_", p));
    result.addAll(expandPrimitiveScenario(emptyArrayGroup, null, "objects[2].primitive_", p));
    result.add(scenario(emptyArrayGroup, null, "objects[0].string_", p));
    result.add(scenario(emptyArrayGroup, null, "objects[1].string_", p));
    // EMPTY object array -> de-referenced further for array access
    result.addAll(expandPrimitiveArrayScenario(emptyArrayGroup, null, "objects[0].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(emptyArrayGroup, null, "objects[1].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(emptyArrayGroup, null, "objects[2].primitiveArray", p));
    // NULL object array -> de-referenced further for primitive access
    result.addAll(expandPrimitiveScenario(nullArrayGroup, null, "objects[0].primitive_", p));
    result.addAll(expandPrimitiveScenario(nullArrayGroup, null, "objects[1].primitive_", p));
    result.addAll(expandPrimitiveScenario(nullArrayGroup, null, "objects[2].primitive_", p));
    result.add(scenario(nullArrayGroup, null, "objects[0].string_", p));
    result.add(scenario(nullArrayGroup, null, "objects[1].string_", p));
    // EMPTY object array -> de-referenced further for array access
    result.addAll(expandPrimitiveArrayScenario(nullArrayGroup, null, "objects[0].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(nullArrayGroup, null, "objects[1].primitiveArray", p));
    result.addAll(expandPrimitiveArrayScenario(nullArrayGroup, null, "objects[2].primitiveArray", p));
}