@Test
public void testUniqueValuesArrayGeneration() {
ArrayElementDescriptor e0 = createArrayElement(0, "int");
((SimpleTypeDescriptor) e0.getLocalType(false)).setValues("1,2");
ArrayElementDescriptor e1 = createArrayElement(1, "int");
((SimpleTypeDescriptor) e1.getLocalType(false)).setValues("3,4");
ArrayTypeDescriptor arrayTypeDescriptor = createArrayType("MyArray");
arrayTypeDescriptor.addElement(e0);
arrayTypeDescriptor.addElement(e1);
InstanceDescriptor arrayInstDescriptor = createInstance("array", arrayTypeDescriptor);
arrayInstDescriptor.setUnique(true);
Generator<Object[]> generator =
(Generator<Object[]>)
InstanceGeneratorFactory.createSingleInstanceGenerator(
arrayInstDescriptor, Uniqueness.NONE, context);
generator.init(context);
for (int i = 0; i < 4; i++) {
Object[] product = GeneratorUtil.generateNonNull(generator);
assertTrue(
Arrays.equals(INT13, product)
|| Arrays.equals(INT14, product)
|| Arrays.equals(INT23, product)
|| Arrays.equals(INT24, product));
}
assertUnavailable(generator);
}
/**
* TODO v0.8 implement array mutation @Test public void testMutatingGeneration() { Object[]
* MUTATED_ALICE = new Object[] { "Alice", 24 };
*
* <p>// define descriptor ArrayTypeDescriptor descriptor = createPersonDescriptor();
* descriptor.setGenerator(PersonAttrArrayGenerator.class.getName());
* descriptor.getElement(1).getLocalType(false).setScript("p[1] + 1");
*
* <p>// create generator Generator<Object[]> generator =
* ArrayGeneratorFactory.createArrayGenerator( "p", descriptor, Uniqueness.NONE, context);
* generator.init(context);
*
* <p>// validate for (int i = 0; i < 10; i++) assertEqualArrays(MUTATED_ALICE,
* GeneratorUtil.generateNonNull(generator)); }
*/
@Test
public void testUniqueArrayGeneration() {
ArrayTypeDescriptor arrayTypeDescriptor = createArrayType("MyArray");
// create descriptor
context.set("gen0", new SequenceTestGenerator<Integer>(1, 2));
ArrayElementDescriptor e0 = createArrayElement(0, "int");
((SimpleTypeDescriptor) e0.getLocalType(false)).setGenerator("gen0");
arrayTypeDescriptor.addElement(e0);
context.set("gen1", new SequenceTestGenerator<Integer>(3, 4));
ArrayElementDescriptor e1 = createArrayElement(1, "int");
((SimpleTypeDescriptor) e1.getLocalType(false)).setGenerator("gen1");
arrayTypeDescriptor.addElement(e1);
InstanceDescriptor arrayInstDescriptor = createInstance("array", arrayTypeDescriptor);
arrayInstDescriptor.setUnique(true);
// create generator
Generator<Object[]> generator =
(Generator<Object[]>)
InstanceGeneratorFactory.createSingleInstanceGenerator(
arrayInstDescriptor, Uniqueness.NONE, context);
generator.init(context);
// test generator
assertArray(INT13, GeneratorUtil.generateNonNull(generator));
assertArray(INT14, GeneratorUtil.generateNonNull(generator));
assertArray(INT23, GeneratorUtil.generateNonNull(generator));
assertArray(INT24, GeneratorUtil.generateNonNull(generator));
assertUnavailable(generator);
}
@SuppressWarnings({"unchecked", "rawtypes"})
public static GeneratorComponent<?> createGeneratorComponent(
InstanceDescriptor descriptor, Uniqueness ownerUniqueness, BeneratorContext context) {
if (descriptor instanceof ComponentDescriptor)
return ComponentBuilderFactory.createComponentBuilder(
(ComponentDescriptor) descriptor, ownerUniqueness, context);
else if (descriptor instanceof VariableDescriptor)
return new Variable(
descriptor.getName(),
VariableGeneratorFactory.createGenerator((VariableDescriptor) descriptor, context),
descriptor.getTypeDescriptor().getScope());
else if (descriptor instanceof ArrayElementDescriptor)
return ComponentBuilderFactory.createComponentBuilder(
(ArrayElementDescriptor) descriptor, ownerUniqueness, context);
else
throw new UnsupportedOperationException(
"Not a supported generator compnent type: " + descriptor.getClass());
}
