#include <Trader_T.h>
Inheritance diagram for TAO_Trader< TRADER_LOCK_TYPE, MAP_LOCK_TYPE >:
Public Types | |
typedef TAO_Offer_Database< MAP_LOCK_TYPE > | Offer_Database |
Offer Database Trait. | |
Public Member Functions | |
TAO_Trader (Trader_Components components=LOOKUP) | |
virtual | ~TAO_Trader (void) |
Destructor. | |
Offer_Database & | offer_database (void) |
Accessor for the structure with all the service offers. | |
ACE_Lock & | lock (void) |
Returns the trader. | |
Protected Types | |
typedef TAO_Trader< TRADER_LOCK_TYPE, MAP_LOCK_TYPE > | TRADER_SELF |
enum | { LOOKUP_IF, REGISTER_IF, ADMIN_IF, PROXY_IF, LINK_IF } |
Protected Attributes | |
Offer_Database | offer_database_ |
ACE_Lock_Adapter< TRADER_LOCK_TYPE > | lock_ |
Lock that guards the state of the trader (its configuration). | |
PortableServer::ServantBase * | ifs_ [5] |
Private Member Functions | |
void | operator= (const TAO_Trader< TRADER_LOCK_TYPE, MAP_LOCK_TYPE > &) |
TAO_Trader contains all the components that together represent a single trader. Based on its constructor arguments, TAO_Trader creates instances of appropriate interface implementations as well as instances of objects common to more than one interface (offers, attributes, etc.). TAO_Trader also enforces the proper order on all initializations. TAO_Trader acts like a "glue" class that creates appropriate components, holds everything together, and enforces order. TAO_Trader is parameterized by two types of locks: one for its service service offers, one for its state (configuration).
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Offer Database Trait.
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Constructor which based on its arguments will create a particular type of trader (e.g. Query trader, Simple trader, etc.) The argument is a bitwise OR of desired Trader_Components as listed in enumerated type above. |
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Destructor.
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Returns the trader.
Implements TAO_Lockable. |
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Accessor for the structure with all the service offers.
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Lock that guards the state of the trader (its configuration).
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