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// $Id$
#include "TestBasicTypes.h"
#include <orbsvcs/Notify/Name_Value_Pair.h>
#include <orbsvcs/Notify/Property.h>
#include <orbsvcs/Notify/QoSProperties.h>
#include <orbsvcs/Notify/AdminProperties.h>
#include <orbsvcs/CosNotificationC.h>
#include <ace/ARGV.h>
using namespace CORBA;
namespace CN = CosNotification;
using namespace TAO_Notify;
// Tests for simple basic types that don't require the creation
// of a Notify Service, or complex setup.
namespace TestBasicTypes
{
ORB_var orb;
class SetupTeardown {
public:
SetupTeardown() {
setUp();
}
~SetupTeardown() {
try {
tearDown();
} catch (...) {
}
}
private:
void setUp()
{
// We have to initialize an orb, or Any will not work.
ACE_ARGV av;
int ac = 0;
orb = ORB_init(ac, av.argv());
ACE_ASSERT(! is_nil(orb.in()));
}
void tearDown()
{
orb->shutdown();
orb->destroy();
orb = ORB::_nil();
}
};
void testProperty() {
TAO_NS_Property_Long n("myprop");
assertTrue(n.name().compare("myprop") == 0);
assertEquals(0, n.value());
assertEquals(1, n.is_valid());
n.invalidate();
assertEquals(0, n.is_valid());
n = 42;
assertEquals(42, n.value());
assertEquals(1, n.is_valid());
TAO_NS_Property_Long n2(n);
assertEquals(42, n2.value());
assertEquals(1, n2.is_valid());
assertTrue(n2.name().compare("myprop") == 0);
TAO_NS_Property_Long n3("myprop2", 1234);
n.invalidate();
n3 = n;
// The assignment operator won't copy if the rhs is invalid
assertEquals(1234, n3.value());
assertEquals(1, n3.is_valid());
assertTrue(n3.name().compare("myprop2") == 0);
n3 = n2;
assertEquals(42, n3.value());
assertEquals(1, n3.is_valid());
assertTrue(n3.name().compare("myprop") == 0);
// We should test bool and struct version separately, or figure
// out a way to safely combine their implementations into the base.
}
void testNVP(ACE_ENV_SINGLE_ARG_DECL) {
SetupTeardown sutd;
TAO_NS_Property_Long p_long("mylong", 42);
TAO_NS_Property_Short p_short("myshort", 43);
TAO_NS_Property_Time p_time("mytime", 44);
TAO_NS_Property_Boolean p_bool("mybool", 45); // On purpose
NVPList lst;
lst.push_back(NVP(p_long));
assertEquals(1, lst.size());
// adding a duplicate should just replace the existing value
lst.push_back(NVP(p_long));
assertEquals(1, lst.size());
lst.push_back(NVP(p_short));
lst.push_back(NVP(p_time));
lst.push_back(NVP(p_bool));
lst.push_back(NVP("mystr", "46"));
lst.push_back(NVP("mylong2", 47));
assertEquals(6, lst.size());
p_long = 0;
p_short = 0;
p_time = 0;
p_bool = 0;
p_long.invalidate();
p_short.invalidate();
p_time.invalidate();
p_bool.invalidate();
Long n = -1;
ACE_CString str = "invalid";
lst.load("mylong2", n);
assertEquals(47, n);
lst.load("mylong", n);
assertEquals(42, n);
lst.load("myshort", n);
assertEquals(43, n);
lst.load("mybool", str);
assertTrue(str == "true");
lst.load("mybool", n);
assertEquals(0, n);
lst.load(p_long);
assertTrue(p_long.is_valid());
assertEquals(42, p_long.value());
lst.load(p_short);
assertTrue(p_short.is_valid());
assertEquals(43, p_short.value());
lst.load(p_bool);
assertTrue(p_bool.is_valid());
assertTrue(p_bool.value());
lst.load(p_time);
assertTrue(p_time.is_valid());
assertEquals(44, p_time.value());
// Update the number to an invalid value
lst.push_back(NVP("mylong2", "invalid1234"));
lst.load("mylong2", n);
assertEquals(0, n);
lst.push_back(NVP("mylong2", "1234invalid"));
lst.load("mylong2", n);
assertEquals(1234, n);
// Do the same for time
lst.push_back(NVP("mytime", "invalid1234"));
lst.load(p_time);
p_time.invalidate();
assertTrue(! p_time.is_valid());
lst.push_back(NVP("mytime", "1234invalid"));
lst.load(p_time);
assertTrue(p_time.is_valid());
assertEquals(1234, p_time.value());
}
void testQoSBasic()
{
// There are two ways to init qos and admin. 1) init() from a corba sequence
// or 2) load manually, and then call init().
TAO_NS_AdminProperties a;
a.max_global_queue_length() = 1234;
a.max_consumers() = 2345;
a.max_suppliers() = 3456;
a.reject_new_events() = 1;
a.init();
// After setting the properties, we have to init() before they are available
// as a sequence.
assertEquals(a.max_global_queue_length().value(), 1234);
assertEquals(a.max_consumers().value(), 2345);
assertEquals(a.max_suppliers().value(), 3456);
assertEquals(a.reject_new_events().value(), 1);
CN::AdminProperties aseq;
a.populate(aseq);
assertEquals(4, aseq.length());
for (ULong i = 0; i < 4; ++i) {
ACE_CString last;
if (a.max_global_queue_length().name() == aseq[i].name.in()) {
Long tmp = 0;
assertTrue(aseq[i].value >>= tmp);
assertEquals(1234, tmp);
} else if (a.max_consumers().name() == aseq[i].name.in()) {
Long tmp = 0;
assertTrue(aseq[i].value >>= tmp);
assertEquals(2345, tmp);
} else if (a.max_suppliers().name() == aseq[i].name.in()) {
Long tmp = 0;
assertTrue(aseq[i].value >>= tmp);
assertEquals(3456, tmp);
} else if (a.reject_new_events().name() == aseq[i].name.in()) {
Boolean tmp = 0;
aseq[i].value >>= Any::to_boolean(tmp);
assertTrue(1);
assertEquals(1, tmp);
} else {
failIt("Unexpected property name");
}
assertTrue(last != aseq[i].name.in());
last = aseq[i].name.in();
}
// Populate a new admin props from the seq
TAO_NS_AdminProperties a2;
int err = a2.init(aseq);
assertEquals(0, err);
assertEquals(a2.max_global_queue_length().value(), 1234);
assertEquals(a2.max_consumers().value(), 2345);
assertEquals(a2.max_suppliers().value(), 3456);
assertEquals(a2.reject_new_events().value(), 1);
// Finally, show a flaw in the current design where the internal hash
// map could get out of sync with the properties.
a2.max_consumers() = 42;
a2.populate(aseq);
assertEquals(4, aseq.length());
err = a.init(aseq);
assertEquals(0, err);
assertEquals(a.max_global_queue_length().value(), 1234);
assertEquals(a.max_consumers().value(), 2345);
assertEquals(a.max_suppliers().value(), 3456);
assertEquals(a.reject_new_events().value(), 1);
}
} // namespace
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