@Test
public void testEqualityAfterInsertDelete() {
IValueFactory valueFactory = ValueFactory.getInstance();
int size = 50;
ISetWriter writer1 = valueFactory.setWriter();
ISetWriter writer2 = valueFactory.setWriter();
for (int i = size; i > 0; i--) {
writer1.insert(valueFactory.integer(i));
writer2.insert(valueFactory.integer(i));
}
ISet testSet = writer1.done();
ISet testSetDuplicate = writer2.done();
// IValue VALUE_EXISTING = valueFactory.integer(size - 1);
IValue VALUE_NOT_EXISTING = valueFactory.integer(size + 1);
testSetDuplicate = testSet.insert(VALUE_NOT_EXISTING);
testSetDuplicate = testSetDuplicate.delete(VALUE_NOT_EXISTING);
boolean equals = testSet.equals(testSetDuplicate);
assertTrue(equals);
}
@Test
public void testExtendedIteration() {
IValueFactory valueFactory = ValueFactory.getInstance();
int size = 10_000;
ISetWriter writer = valueFactory.setWriter();
Random random = new Random();
for (int i = size; i > 0; i--) {
// writer.insert(valueFactory.integer(i));
// Random
writer.insert(valueFactory.integer(random.nextInt()));
}
ISet testSet = writer.done();
int realSize = testSet.size();
int countedSize = 0;
for (Object key : testSet) {
countedSize++;
}
System.out.println(String.format("realSize[%d] == countedSize[%d]", realSize, countedSize));
assertTrue(realSize == countedSize);
}
