void testParserArray()
{
cout << "testParserArray" << endl;
BSONArrayObj* array = BSONParser::parseArray("[{age: 1, name: 'John', salary: 3500.25, rel1: {innertext: 'inner text'}}, {age: 2, name: 'John2', salary: 23500.25, rel1: {innertext: 'inner text2'}}]");
TEST_ASSERT(array != NULL);
TEST_ASSERT(array->length() == 2);
BSONObj* obj = array->get(0);
TEST_ASSERT(obj != NULL);
TEST_ASSERT(obj->has("age"));
TEST_ASSERT(obj->getInt("age") == 1);
TEST_ASSERT(obj->has("name"));
TEST_ASSERT(strcmp(obj->getString("name"), "John") == 0);
TEST_ASSERT(obj->has("salary"));
TEST_ASSERT(obj->getDouble("salary") == 3500.25);
TEST_ASSERT(obj->getBSON("rel1") != NULL);
TEST_ASSERT(strcmp(obj->getBSON("rel1")->getString("innertext"), "inner text") == 0);
BSONArrayObj::iterator i = array->begin();
TEST_ASSERT(i != array->end());
delete array;
}
void testCopyBSON()
{
cout << "testCopyBSON" << endl;
BSONObj* objOrig = new BSONObj();
// Add in
objOrig->add("int", 1);
objOrig->add("string", (char*)"test");
objOrig->add("long", (__int64)1L);
objOrig->add("double", 1.1);
BSONObj rel;
rel.add("innertext", (char*)"inner text");
objOrig->add("rel1", rel);
BSONArrayObj array;
BSONObj b1;
b1.add("b1", "test");
array.add(b1);
BSONObj b2;
b2.add("b1", "test2");
array.add(b2);
objOrig->add("array", array);
BSONObj* obj = new BSONObj(*objOrig);
delete objOrig;
objOrig = NULL;
TEST_ASSERT(obj->has("int"));
TEST_ASSERT(obj->getInt("int") == 1);
TEST_ASSERT(strcmp(obj->getString("string"), "test") == 0);
TEST_ASSERT(obj->has("long"));
TEST_ASSERT(obj->getLong("long") == 1L);
TEST_ASSERT(obj->has("double"));
TEST_ASSERT(obj->getDouble("double") == 1.1);
BSONObj* temp = obj->getBSON("rel1");
TEST_ASSERT(temp != NULL);
TEST_ASSERT(strcmp(obj->getBSON("rel1")->getString("innertext"), "inner text") == 0);
TEST_ASSERT(obj->getBSONArray("array") != NULL);
BSONArrayObj* arrayR = obj->getBSONArray("array");
TEST_ASSERT(arrayR != NULL);
TEST_ASSERT(arrayR->length() == 2);
BSONObj* el1 = arrayR->get(0);
TEST_ASSERT(el1 != NULL);
BSONObj* el2 = arrayR->get(1);
TEST_ASSERT(el2 != NULL);
delete obj;
}
void testBigBSON()
{
cout << "testBigBSON" << endl;
BSONObj* obj = new BSONObj();
int chars = 1000;
// Add in
obj->add("int", 1);
obj->add("long", (__int64)LONG_MAX);
obj->add("long long", (__int64)LLONG_MAX);
char* temp = (char*)malloc(chars+1);
memset(temp, 0, chars+1);
memset(temp, 'a', chars);
obj->add("char*", temp);
BSONObj rel;
rel.add("innertext", temp);
obj->add("rel1", rel);
char* json = obj->toChar();
BSONObj* obj2 = BSONParser::parse(json);
free(json);
TEST_ASSERT(obj->has("int"));
TEST_ASSERT(obj->getInt("int") == 1);
TEST_ASSERT(obj->has("long"));
TEST_ASSERT(obj->getLong("long") == LONG_MAX);
TEST_ASSERT(obj->has("long long"));
TEST_ASSERT(obj->getLong("long long") == LLONG_MAX);
TEST_ASSERT(strcmp(obj->getString("char*"), temp) == 0);
TEST_ASSERT(obj->has("rel1"));
TEST_ASSERT(strcmp(obj->getBSON("rel1")->getString("innertext"), temp) == 0);
delete obj;
delete obj2;
free(temp);
}
void testParserDoubleRelation()
{
cout << "testParserDoubleRelation" << endl;
BSONObj* obj = BSONParser::parse("{age: 1, name: 'John', salary: 3500.25, rel1: {innertext: 'inner text', innerrel1: {innertext:'text2'}}}");
TEST_ASSERT(obj->has("age"));
TEST_ASSERT(obj->getInt("age") == 1);
TEST_ASSERT(obj->has("name"));
TEST_ASSERT(strcmp(obj->getString("name"), "John") == 0);
TEST_ASSERT(obj->has("salary"));
TEST_ASSERT(obj->getDouble("salary") == 3500.25);
TEST_ASSERT(obj->getBSON("rel1") != NULL);
TEST_ASSERT(strcmp(obj->getBSON("rel1")->getString("innertext"), "inner text") == 0);
TEST_ASSERT(obj->getBSON("rel1")->getBSON("innerrel1") != NULL);
TEST_ASSERT(strcmp(obj->getBSON("rel1")->getBSON("innerrel1")->getString("innertext"), "text2") == 0);
delete obj;
}
void testParserCollection()
{
cout << "testParserCollection" << endl;
BSONObj* obj = BSONParser::parse("{age: 1, name: 'John', salary: 3500.25, rel1: [{innertext: 'inner text'}, {innertext: 'inner text'}, {innertext: 'inner text'}, {innertext: 'inner text'} ] }");
TEST_ASSERT(obj->has("age"));
TEST_ASSERT(obj->getInt("age") == 1);
TEST_ASSERT(obj->has("name"));
TEST_ASSERT(strcmp(obj->getString("name"), "John") == 0);
TEST_ASSERT(obj->has("salary"));
TEST_ASSERT(obj->getDouble("salary") == 3500.25);
TEST_ASSERT(obj->getBSONArray("rel1") != NULL);
TEST_ASSERT(obj->getBSONArray("rel1")->length() == 4);
TEST_ASSERT(obj->getBSONArray("rel1")->get(0)->has("innertext"));
TEST_ASSERT(strcmp(obj->getBSONArray("rel1")->get(0)->getString("innertext"), "inner text") == 0);
delete obj;
}
void testParserRelation()
{
cout << "testParserRelation" << endl;
BSONObj* obj = BSONParser::parse("{age: 1, name: 'John', rel1: {innertext: 'inner text', salary: 150000, rent: 10000}}");
TEST_ASSERT(obj->has("age"));
TEST_ASSERT(obj->getInt("age") == 1);
TEST_ASSERT(obj->has("name"));
TEST_ASSERT(strcmp(obj->getString("name"), "John") == 0);
__int32 salary = *obj->getXpath("rel1.salary");
TEST_ASSERT(salary == 150000);
__int32 rent = *obj->getXpath("rel1.rent");
TEST_ASSERT(rent == 10000);
TEST_ASSERT(obj->getBSON("rel1") != NULL);
TEST_ASSERT(strcmp(obj->getBSON("rel1")->getString("innertext"), "inner text") == 0);
delete obj;
}
void testParserSimple()
{
cout << "testParserSimple" << endl;
BSONObj* testEmpty = BSONParser::parse("{}");
TEST_ASSERT(testEmpty->length() == 0);
BSONObj* obj = BSONParser::parse("{age: 1, name: 'John:test\\'test2\\'', salary: 3500.25, lnumber: 100000000000}");
TEST_ASSERT(obj->has("age"));
TEST_ASSERT(obj->getInt("age") == 1);
TEST_ASSERT(strcmp(obj->getString("name"), "John:test\\'test2\\'") == 0);
TEST_ASSERT(obj->has("salary"));
TEST_ASSERT(obj->getDouble("salary") == 3500.25);
TEST_ASSERT(obj->has("lnumber"));
TEST_ASSERT(obj->getLong("lnumber") == 100000000000);
delete obj;
delete testEmpty;
}
void testBSON()
{
cout << "testBSON" << endl;
BSONObj* obj = new BSONObj();
// Add in
obj->add("int", 1);
obj->add("string", (const char*)"test");
obj->add("long", (__int64) 10000000000L);
obj->add("double", 1.1);
BSONObj rel;
rel.add("innertext", (char*)"inner text");
obj->add("rel1", rel);
BSONArrayObj array;
BSONObj b1;
b1.add("b1", "test");
array.add(b1);
BSONObj b2;
b2.add("b1", "test2");
array.add(b2);
obj->add("array", array);
TEST_ASSERT(obj->has("int"));
TEST_ASSERT(obj->getInt("int") == 1);
TEST_ASSERT(strcmp(obj->getString("string"), "test") == 0);
TEST_ASSERT(obj->has("long"));
cout << "long: " << obj->getLong("long") << endl;
TEST_ASSERT(obj->getLong("long") == 10000000000L);
TEST_ASSERT(obj->has("double"));
TEST_ASSERT(obj->getDouble("double") == 1.1);
TEST_ASSERT(obj->has("rel1"));
TEST_ASSERT(strcmp(obj->getBSON("rel1")->getString("innertext"), "inner text") == 0);
TEST_ASSERT(obj->has("array"));
BSONArrayObj* arrayR = obj->getBSONArray("array");
TEST_ASSERT(arrayR != NULL);
TEST_ASSERT(arrayR->length() == 2);
BSONObj* el1 = arrayR->get(0);
TEST_ASSERT(el1 != NULL);
BSONObj* el2 = arrayR->get(1);
TEST_ASSERT(el2 != NULL);
// test a non existant attribute
try {
obj->getLong("xx");
TEST_FAIL("The getLong should throw an exception");
} catch (BSONException e) {
}
try {
obj->getString("xxx");
TEST_FAIL("The getString should throw an exception");
} catch (BSONException e) {
}
delete obj;
}