/*!
\brief Serializes the ObjectType definitions in a RuntimeContext and stores the result
in a Config object.
\ingroup Runtime
\details Format of the returned Config object:
\code
<runtime>
<object-type name="String" parent="String"/>
</runtime>
\endcode
- \b object-type.name String containing the name of the ObjectType.
- \b object-type.parent String containing the name of the parent ObjectType.
- \b object-type.* Config data of the ObjectType.
\param[in] context Pointer to the RuntimeContext to serialize.
\return Returns a Config object containing the serialized ObjectType definitions in the
RuntimeContext.
*/
dmz::Config
dmz::runtime_object_types_to_config (RuntimeContext *context) {
RuntimeContextDefinitions *defs = (context ? context->get_definitions_context () : 0);
Config result (RuntimeName);
if (defs) {
defs->ref ();
const ObjectType RootObjectType = Definitions (context).get_root_object_type ();
HashTableHandleIterator it;
ObjectType *otype (0);
while (defs->objectHandleTable.get_next (it, otype)) {
if (RootObjectType != *otype) {
Config data ("object-type");
data.store_attribute ("name", otype->get_name ());
ObjectType parent = otype->get_parent ();
if (parent != RootObjectType) {
data.store_attribute ("parent", parent.get_name ());
}
data.add_children (otype->get_config ());
result.add_config (data);
}
}
defs->unref ();
}
return result;
}
int
main (int argc, char *argv[]) {
Test test ("dmzRuntimeObjectTypeTest", argc, argv);
// test null contructor
ObjectType testObjectType;
test.validate (
"test default constructor",
!testObjectType.get_type_context () &&
!testObjectType.get_name ().get_length ());
RuntimeContext *context (test.rt.get_context ());
Config config;
if (test.validate (
"Looking up runtime table",
test.config.lookup_config ("dmz.runtime", config))) {
runtime_init (config, test.rt.get_context (), &(test.log));
}
Definitions defs (context, &(test.log));
const String CaracalName ("caracal");
const String CatName ("cat");
ObjectType rootObjectType;
test.validate (
"Looking up ObjectType: Caracal",
defs.lookup_object_type (CaracalName, testObjectType));
test.validate (
"Looking up ObjectType: Cat",
defs.lookup_object_type (CatName, rootObjectType));
// ============================================================================ //
// <validate constructors>
ObjectType copyOfCaracalContext (testObjectType.get_type_context ());
test.validate (
"test (context) constructor",
copyOfCaracalContext == testObjectType);
ObjectType anotherCaracal (CaracalName, context);
ObjectType anotherCat (CatName, context);
test.validate (
"test (Name, RuntimeContext) constructor",
anotherCat == rootObjectType &&
anotherCaracal == testObjectType);
ObjectType yetAnotherCaracal (anotherCaracal.get_handle (), context);
ObjectType yetAnotherCat (anotherCat.get_handle (), context);
test.validate (
"test (Handle, RuntimeContext) constructor",
yetAnotherCat == rootObjectType &&
yetAnotherCaracal == testObjectType);
ObjectType stillAnotherCaracal (anotherCaracal);
ObjectType stillAnotherCat (anotherCat);
test.validate (
"test copy constructor",
stillAnotherCat == rootObjectType &&
stillAnotherCaracal == testObjectType);
// </validate constructors>
// ============================================================================ //
// <validate operators>
ObjectType shouldBeNothing;
ObjectType nothingThatBecomesSomething;
test.validate (
"test = operator - (pre state)",
(nothingThatBecomesSomething == shouldBeNothing) &&
!(nothingThatBecomesSomething == anotherCat));
nothingThatBecomesSomething = anotherCat;
test.validate (
"test = operator - (equal something)",
!(nothingThatBecomesSomething == shouldBeNothing) &&
(nothingThatBecomesSomething == anotherCat));
nothingThatBecomesSomething = shouldBeNothing;
test.validate (
"test = operator - (equal null)",
(nothingThatBecomesSomething == shouldBeNothing) &&
!(nothingThatBecomesSomething == anotherCat));
ObjectType shouldBeACaracal (CaracalName, context);
ObjectType shouldBeACat (CatName, context);
test.validate (
"test == operator",
!(shouldBeNothing == anotherCat) &&
!(shouldBeNothing == anotherCaracal) &&
!(shouldBeACaracal == anotherCat) &&
(shouldBeACaracal == anotherCaracal) &&
(shouldBeACat == anotherCat) &&
!(shouldBeACat == anotherCaracal));
test.validate (
"test != operator",
(shouldBeNothing != anotherCat) &&
(shouldBeNothing != anotherCaracal) &&
(shouldBeACaracal != anotherCat) &&
!(shouldBeACaracal != anotherCaracal) &&
!(shouldBeACat != anotherCat) &&
(shouldBeACat != anotherCaracal));
test.validate (
"test ! operator",
!shouldBeNothing &&
!(!shouldBeACat));
// </validate operators>
// ============================================================================ //
// <validate accessor functions>
ObjectType newTestObject;
test.validate (
"test is_of_type operator on a null type object",
!newTestObject.is_of_type (shouldBeNothing) &&
!newTestObject.is_of_type (anotherCat) &&
!newTestObject.is_of_type (anotherCaracal));
test.validate (
"test is_of_exact_type operator on a null type object",
!newTestObject.is_of_exact_type (shouldBeNothing) &&
!newTestObject.is_of_exact_type (anotherCat) &&
!newTestObject.is_of_exact_type (anotherCaracal));
newTestObject = anotherCat;
test.validate (
"test is_of_type operator on a base type object",
!newTestObject.is_of_type (shouldBeNothing) &&
newTestObject.is_of_type (anotherCat) &&
!newTestObject.is_of_type (anotherCaracal));
test.validate (
"test is_of_exact_type operator on a base type object",
!newTestObject.is_of_exact_type (shouldBeNothing) &&
newTestObject.is_of_exact_type (anotherCat) &&
!newTestObject.is_of_exact_type (anotherCaracal));
newTestObject = anotherCaracal;
test.validate (
"test is_of_type operator on a child type object",
!newTestObject.is_of_type (shouldBeNothing) &&
newTestObject.is_of_type (anotherCat) &&
newTestObject.is_of_type (anotherCaracal));
test.validate (
"test is_of_exact_type operator on a child type object",
!newTestObject.is_of_exact_type (shouldBeNothing) &&
!newTestObject.is_of_exact_type (anotherCat) &&
newTestObject.is_of_exact_type (anotherCaracal));
// test set_type
ObjectType anotherTestObject;
test.validate (
"test set_type (Name, context)",
newTestObject.set_type (CatName, context) &&
newTestObject.is_of_type (anotherCat) &&
newTestObject.is_of_exact_type (anotherCat));
anotherTestObject = shouldBeNothing;
test.validate (
"test set_type (Handle, context)",
newTestObject.set_type (anotherCaracal.get_handle (), context) &&
newTestObject.is_of_type (anotherCaracal) &&
newTestObject.is_of_exact_type (anotherCaracal));
test.validate (
"test get_name",
(newTestObject.get_name () == CaracalName));
test.validate (
"test get_handle",
(newTestObject.get_handle () == anotherCaracal.get_handle ()));
// get / become parent
ObjectType newKitty (CaracalName, context);
test.validate (
"test get_parent",
newKitty.get_parent () == anotherCat);
test.validate (
"test become_parent",
(newKitty == anotherCaracal) &&
newKitty.become_parent () &&
(newKitty == anotherCat));
// </validate accessor functions>
// ============================================================================ //
// <validate lookup functions>
String data;
anotherCaracal.get_config ().lookup_attribute ("info.texture", data);
test.validate (
"test lookup_attribute",
!data);
String data2, data3;
Config returnCaracalData;
test.validate (
"test lookup_config",
anotherCaracal.get_config ().lookup_all_config_merged ("info", returnCaracalData));
test.validate (
"test lookup_config->lookup_attribute -- success",
returnCaracalData.lookup_attribute ("ears", data2) &&
data2 == "awesome");
test.validate (
"test lookup_config->lookup_attribute -- failure",
!returnCaracalData.lookup_attribute ("howTo", data3) &&
!data3);
// test.log.out << "M: <" << data2 << ">" << endl;
// test.log.out << "M: <" << data3 << ">" << endl;
test.validate (
"test lookup_all_config",
anotherCaracal.get_config ().lookup_all_config ("info", returnCaracalData));
ConfigIterator dataIt;
Config moreSpecificData;
test.validate (
"test lookup_all_config->get_first_config",
returnCaracalData.get_first_config (dataIt, moreSpecificData));
ConfigIterator it;
String dataName, dataValue;
test.validate (
"test lookup_all_config->get_first_attribute",
moreSpecificData.get_first_attribute (it, dataName, dataValue) &&
(dataName == "ears") &&
(dataValue == "awesome"));
test.validate (
"test lookup_all_config->get_next_attribute",
moreSpecificData.get_next_attribute (it, dataName, dataValue) &&
(dataName == "madeOf") &&
(dataValue == "win"));
test.validate (
"test lookup_all_config->get_next_attribute (failure)",
!moreSpecificData.get_next_attribute (it, dataName, dataValue));
// test.log.out << "M: <" << dataName1 << ":" << dataValue1 << ">" << endl;
// test.log.out << "M: <" << dataName2 << ":" << dataValue2 << ">" << endl;
test.validate (
"test lookup_all_config->get_next_config",
returnCaracalData.get_next_config (dataIt, moreSpecificData));
test.validate (
"test lookup_all_config->get_first_attribute",
moreSpecificData.get_first_attribute (it, dataName, dataValue) &&
(dataName == "motivation") &&
(dataValue == "evil"));
// test.log.out << "M: <" << dataName << ":" << dataValue << ">" << endl;
// </validate lookup functions>
// ============================================================================ //
// <validate child iterator functions>
ObjectTypeIterator oIt;
ObjectType otype;
test.validate (
"test iterator get_first_child ()",
anotherCat.get_first_child (oIt, otype) &&
otype == anotherCaracal);
ObjectType aServal("serval", context);
test.validate (
"test iterator get_next_child ()",
anotherCat.get_next_child (oIt, otype) &&
otype == aServal);
test.validate (
"test iterator get_next_child ()",
!anotherCat.get_next_child (oIt, otype));
// </validate child iterator functions>
// ============================================================================ //
return test.result ();
}
