* tests/PropertyExerciser.cpp: Use the C++ limits API, rather than
the C defines.
* tests/Containertest.cpp: Add missing C headers required by more
recent compilers.
* common/inheritance.cpp, common/inheritance.h: Introduce a type
node class as a carrier for all information, including default
values for a type.
* rulesets/Entity.h, rulesets/Entity.cpp, rulesets/Character.cpp:
Use a TypeNode pointer rather than a string giving the type
of an entity.
* client/Py_CreatorClient.cpp, rulesets/MemMap.cpp, rulesets/MemMap.h,
rulesets/MindFactory.cpp, rulesets/MindFactory.h,
rulesets/Py_Mind.cpp, rulesets/Py_Thing.cpp, rulesets/Stackable.cpp,
rulesets/World.cpp, server/PersistantThingFactory.h,
server/Restorer_impl.h, server/WorldRouter.cpp:
Adapt all the code that deals with types. Set the type pointer
up correctly in BaseMind.
* server/EntityFactory.cpp: Initialise the TypeNode pointer on new
entities.
* tests/inheritancetest.cpp: Adapt the test to cope with TypeNode.
* common/Property.cpp: Add some specialisations that are useful
to cover in the tests, even though we are not using them in
the server yet.
* common/inheritance.h: Provide an accessor for the dictionary of
class objects for testing purposes.
* rulesets/AreaProperty.cpp: Use Map() rather than isMap() once we
have already tested it.
* rulesets/Entity.cpp: Remove some debug output.
* server/CorePropertyManager.cpp: Remove some debug output.
* tests/PropertyExerciser.h, tests/PropertyExerciser.cpp: Fill out
the functionality of the property tester. Add functions to get
random values. Use vector for value storage to make it easier
to generate the random values.
* tests/AllPropertytest.cpp: Cover all the property classes we can
test.
* tests/Makefile.am: Add mercator libraries to the property test,
as we are now testing the terrain property.
* tests/PropertyExerciser.h, tests/PropertyExerciser.cpp:
New class which thoroughly exercises any property class via its
base interface.
* tests/AllPropertytest.cpp: Start passing all property classes
through the as yet incomplete exerciser.
