TAO::Portable_Server Namespace Reference

Classes
class	Active_Policy_Strategies
class	Active_Policy_Strategies_Cleanup_Guard
class	Adapter_Activator
class	Creation_Time
class	Temporary_Creation_Time
class	IdAssignmentPolicy
class	IdAssignmentStrategy
class	IdAssignmentStrategyFactory
class	IdAssignmentStrategyFactoryImpl
class	IdAssignmentStrategySystem
class	IdAssignmentStrategyUser
class	IdUniquenessPolicy
class	IdUniquenessStrategy
class	IdUniquenessStrategyFactory
class	IdUniquenessStrategyFactoryImpl
class	IdUniquenessStrategyMultiple
class	IdUniquenessStrategyUnique
class	IdUniquenessStrategyUniqueFactoryImpl
class	ImplicitActivationPolicy
class	ImplicitActivationStrategy
class	ImplicitActivationStrategyExplicit
class	ImplicitActivationStrategyFactory
class	ImplicitActivationStrategyFactoryImpl
class	ImplicitActivationStrategyImplicit
class	ImR_Client_Adapter
	IFR_Client_Adapter. More...
class	LifespanPolicy
class	LifespanStrategy
class	LifespanStrategyFactory
class	LifespanStrategyFactoryImpl
class	LifespanStrategyPersistent
class	LifespanStrategyPersistentFactoryImpl
class	LifespanStrategyTransient
class	LifespanStrategyTransientFactoryImpl
class	Non_Servant_Upcall
	This class helps us with a recursive thread lock without using a recursive thread lock. Non_Servant_Upcall has a magic constructor and destructor. We unlock the Object_Adapter lock for the duration of the non-servant (i.e., adapter activator and servant activator) upcalls; reacquiring once the upcalls complete. Even though we are releasing the lock, other threads will not be able to make progress since <Object_Adapter::non_servant_upcall_in_progress_> has been set. More...
class	Cached_Policies
class	POA_Current
class	POA_Current_Impl
	Implementation of the PortableServer::Current object. More...
class	POA_Guard
	POA_Guard. More...
class	Policy_Strategy
class	RequestProcessingPolicy
class	RequestProcessingStrategy
class	RequestProcessingStrategyAOMOnly
class	RequestProcessingStrategyAOMOnlyFactoryImpl
class	RequestProcessingStrategyDefaultServant
class	RequestProcessingStrategyDefaultServantFactoryImpl
class	RequestProcessingStrategyFactory
class	RequestProcessingStrategyFactoryImpl
class	RequestProcessingStrategyServantActivator
class	RequestProcessingStrategyServantActivatorFactoryImpl
class	RequestProcessingStrategyServantLocator
class	RequestProcessingStrategyServantLocatorFactoryImpl
class	RequestProcessingStrategyServantManager
class	Servant_Upcall
	This class finds out the POA and the servant to perform an upcall. It can only be instantiated without the object adapter's lock held. For each upcall a new instance of this class is created. More...
class	ServantRetentionPolicy
class	ServantRetentionStrategy
class	ServantRetentionStrategyFactory
class	ServantRetentionStrategyFactoryImpl
class	ServantRetentionStrategyNonRetain
class	ServantRetentionStrategyNonRetainFactoryImpl
class	ServantRetentionStrategyRetain
class	ServantRetentionStrategyRetainFactoryImpl
class	StrategyFactory
class	ThreadPolicy
class	ThreadStrategy
class	ThreadStrategyFactory
class	ThreadStrategyFactoryImpl
class	ThreadStrategyORBControl
class	ThreadStrategySingle
class	ThreadStrategySingleFactoryImpl
Functions
template<class POLICYTYPE , typename POLICYVALUE >
void	create_policy (POLICYTYPE *&policy, POLICYVALUE &value, const CORBA::Any &val)
template<typename T >
TAO::SArg_Traits< T >::ret_arg_type	get_ret_arg (TAO_Operation_Details const *details, TAO::Argument *const *skel_args)
	Get return value/argument.
template<typename T >
TAO::SArg_Traits< T >::in_arg_type	get_in_arg (TAO_Operation_Details const *details, TAO::Argument *const *skel_args, size_t i)
	Get "in" argument.
template<typename T >
TAO::SArg_Traits< T > ::inout_arg_type	get_inout_arg (TAO_Operation_Details const *details, TAO::Argument *const *skel_args, size_t i)
	Get "inout" argument.
template<typename T >
TAO::SArg_Traits< T >::out_arg_type	get_out_arg (TAO_Operation_Details const *details, TAO::Argument *const *skel_args, size_t i)
	Get "out" argument.

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Function Documentation

template<class POLICYTYPE , typename POLICYVALUE >

void TAO::Portable_Server::create_policy	(	POLICYTYPE *&	policy,
		POLICYVALUE &	value,
		const CORBA::Any &	val
	)

Definition at line 32 of file Policy_Creator_T.h.

    {
      if ((val >>= value) == 0)
        throw CORBA::PolicyError (CORBA::BAD_POLICY_VALUE);

      ACE_NEW_THROW_EX (policy,
                        POLICYTYPE (value),
                        CORBA::NO_MEMORY (TAO::VMCID,
                                          CORBA::COMPLETED_NO));
    }

template<typename T >

TAO::SArg_Traits<T>::in_arg_type TAO::Portable_Server::get_in_arg	(	TAO_Operation_Details const *	details,
		TAO::Argument *const *	skel_args,
		size_t	i
	)

Get "in" argument.

Definition at line 58 of file get_arg.h.

    {
      return
        (details != 0 && details->use_stub_args ())
        ? static_cast<typename TAO::Arg_Traits<T>::in_arg_val *> (
            details->args ()[i])->arg ()
        : static_cast<typename TAO::SArg_Traits<T>::in_arg_val *> (
            skel_args[i])->arg ();
    }

template<typename T >

TAO::SArg_Traits<T>::inout_arg_type TAO::Portable_Server::get_inout_arg	(	TAO_Operation_Details const *	details,
		TAO::Argument *const *	skel_args,
		size_t	i
	)

Get "inout" argument.

Definition at line 73 of file get_arg.h.

    {
      return
        (details != 0 && details->use_stub_args ())
        ? static_cast<typename TAO::Arg_Traits<T>::inout_arg_val *> (
            details->args ()[i])->arg ()
        : static_cast<typename TAO::SArg_Traits<T>::inout_arg_val *> (
            skel_args[i])->arg ();
    }

template<typename T >

TAO::SArg_Traits<T>::out_arg_type TAO::Portable_Server::get_out_arg	(	TAO_Operation_Details const *	details,
		TAO::Argument *const *	skel_args,
		size_t	i
	)

Get "out" argument.

Definition at line 88 of file get_arg.h.

    {
      return
        (details != 0 && details->use_stub_args ())
        ? static_cast<typename TAO::Arg_Traits<T>::out_arg_val *> (
            details->args ()[i])->arg ()
        : static_cast<typename TAO::SArg_Traits<T>::out_arg_val *> (
            skel_args[i])->arg ();
    }

template<typename T >

TAO::SArg_Traits<T>::ret_arg_type TAO::Portable_Server::get_ret_arg	(	TAO_Operation_Details const *	details,
		TAO::Argument *const *	skel_args
	)

Get return value/argument.

Definition at line 44 of file get_arg.h.

    {
      return
        (details != 0 && details->use_stub_args ())
        ? static_cast<typename TAO::Arg_Traits<T>::ret_val *> (
            details->args ()[0])->arg ()
        : static_cast<typename TAO::SArg_Traits<T>::ret_val *> (
            skel_args[0])->arg ();
    }