int main(int argc, char **argv) { GURL real1("file://localhost/e:/Alex/workspace/demonstrator/Genesis/build/bin/x64/DEBUG/L32f.png"); std::cout << (real1.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (real1.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(real1); GURL url("http://*****:*****@wwww.furious-typing.com:1234/test/main.html?id=12356&mid=carlos#location"); std::cout << (url.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (url.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(url); GURL invalid1("c:\\blubber"); std::cout << (invalid1.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (invalid1.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(invalid1); GURL invalid2("file:/host/path"); std::cout << (invalid2.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (invalid2.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(invalid2); GURL url1("http://*****:*****@wwww.furious-typing.com:1234/test/main file.html?id=12356&mid=carlos#location"); std::cout << (url1.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (url1.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(url1); GURL real2("file://localhost///192.168.0.2/path/to/file.txt"); std::cout << (real2.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (real2.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(real2); GURL real3("file://localhost/e%3A/Alex/workspace/demonstrator/Genesis/build/bin/x64/DEBUG/L%5B32%5Df.pfm"); std::cout << (real3.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (real3.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(real3); GURL real4("file://localhost/e:/Alex/workspace/demonstrator/Genesis/build/bin/x64/DEBUG/L[32]f.pfm"); std::cout << (real4.is_valid() ? "is valid" : "is invalid") << '\n'; std::cout << (real4.IsStandard() ? "is standard" : "is not standard") << '\n'; print_uri(real4); return 0; }
void drive_CQLIdentifier(){ CQLIdentifier _ID1("ID1"); PEGASUS_TEST_ASSERT(_ID1.getName() == "ID1"); CQLIdentifier _ID2("ID2"); PEGASUS_TEST_ASSERT(_ID1 != _ID2); CQLIdentifier _ID3("*"); PEGASUS_TEST_ASSERT(_ID3.isWildcard()); CQLIdentifier scopedID("SCOPE::IDENTIFIER"); PEGASUS_TEST_ASSERT(scopedID.isScoped()); PEGASUS_TEST_ASSERT(scopedID.getScope() == "SCOPE"); CQLIdentifier _ID4("A::Name"); CQLIdentifier _ID4a("A::Name"); PEGASUS_TEST_ASSERT(_ID4 == _ID4a); CQLIdentifier symbolicConstantID("Name#OK"); PEGASUS_TEST_ASSERT(symbolicConstantID.getName() == "Name"); PEGASUS_TEST_ASSERT(symbolicConstantID.isSymbolicConstant()); PEGASUS_TEST_ASSERT(symbolicConstantID.getSymbolicConstantName() == "OK"); try{ CQLIdentifier rangeID("SCOPE::Name[5,6,7]"); // Basic query check PEGASUS_TEST_ASSERT(false); PEGASUS_TEST_ASSERT(rangeID.getName() == "Name"); PEGASUS_TEST_ASSERT(rangeID.isArray()); Array<SubRange> subRanges = rangeID.getSubRanges(); PEGASUS_TEST_ASSERT(subRanges[0] == String("5")); PEGASUS_TEST_ASSERT(subRanges[1] == String("6")); PEGASUS_TEST_ASSERT(subRanges[2] == String("7")); PEGASUS_TEST_ASSERT(rangeID.getScope() == "SCOPE"); }catch(CQLIdentifierParseException&) { } try { CQLIdentifier rangeID("SCOPE::Name[5..,6..,..7,4-5,..]"); PEGASUS_TEST_ASSERT(false); } catch (QueryParseException&) { } try { CQLIdentifier rangeID1("Name[*]"); PEGASUS_TEST_ASSERT(false); } catch (QueryParseException&) { } try { CQLIdentifier invalid("Name#OK[4-5]"); PEGASUS_TEST_ASSERT(false); } catch (CQLIdentifierParseException&) { } try { CQLIdentifier invalid1("Name[4-5]#OK"); PEGASUS_TEST_ASSERT(false); } catch (CQLIdentifierParseException&) { } }