CORBA 2.6.1 Programmer's Guide for C++
Table Of Contents
- HP NonStop CORBA 2.6.1 Programmer's Guide for C++
- New and Changed Information
- Legal Notice
- About This Guide
- Chapter 1. Introduction to NonStop CORBA Programming
- Chapter 2. NonStop CORBA Administrative Environment
- Chapter 3. Compiling and Building an Application
- Chapter 4. Deploying a NonStop CORBA Application
- Chapter 5. Tracing and Debugging Applications
- Chapter 6. Writing Scalable Applications
- Chapter 7. Managing Transactions
- Chapter 8. Writing Multithreaded Applications
- Chapter 9. Designing Advanced Applications
- Chapter 10. Porting CORBA Applications to NonStop CORBA
- Chapter 11. Using the IIOP/SSL API
- Chapter 12. Writing Wrappers for Legacy Clients and Servers
- Appendix A. Architectural Walkthrough
- Appendix B. Object References
- Appendix C. Servant Reference Counting in NonStop CORBA
- Index
Frameworks
NonStop CORBA event framework (see Event framework)
fs_server (see Application profiles)
Fw_Client_EH class,
Client Event Handler and Event-Handler User
Fw_Client_EH_User class
functional description,
Client Event Handler and Event-Handler User
using in TCP/IP server wrappers, Calling a TCP/IP Server
Fw_Listener_EH class, Listener Event Handler and Event-Handler User
Fw_Listener_EH_User class
functional description,
Listener Event Handler and Event-Handler User
using in Pathsend client wrappers, Writing a Client Wrapper for a Context-Free Pathsend Requester
using in TCP/IP client wrappers, Writing a Client Wrapper for a Remote (TCP/IP) Client
Fw_MD class
functional description,
Class Fw_MD
using in TCP/IP server wrappers, Calling a TCP/IP Server
Fw_Message class
functional description,
Class Fw_Message
using in TCP/IP server wrappers, Calling a TCP/IP Server
Fw_Server_EH class, Server Event Handler and Event-Handler User
Fw_Server_EH_User class
functional description,
Server Event Handler and Event-Handler User
using in Pathsend client wrappers, Writing a Client Wrapper for a Context-Free Pathsend Requester
using in TCP/IP client wrappers, Writing a Client Wrapper for a Remote (TCP/IP) Client
Fw_Sock_Address class, TCP/IP Socket Event Handlers and Event-Handler Users (Classes Fw_Event, Fw_Sock_Client_EH,
Fw_Sock_Server_EH, and Fw_Sock_Listener_EH)
Fw_Sock_Client_EH class
functional description,
TCP/IP Socket Event Handlers and Event-Handler Users (Classes Fw_Event, Fw_Sock_Client_EH,
Fw_Sock_Server_EH, and Fw_Sock_Listener_EH)
using in TCP/IP server wrappers, Calling a TCP/IP Server
Fw_Sock_Listener_EH class
functional description,
TCP/IP Socket Event Handlers and Event-Handler Users (Classes Fw_Event, Fw_Sock_Client_EH,
Fw_Sock_Server_EH, and Fw_Sock_Listener_EH)
using in TCP/IP client wrappers, Writing a Client Wrapper for a Remote (TCP/IP) Client
Fw_Sock_Server_EH class
functional description,
TCP/IP Socket Event Handlers and Event-Handler Users (Classes Fw_Event, Fw_Sock_Client_EH,
Fw_Sock_Server_EH, and Fw_Sock_Listener_EH)
using in TCP/IP client wrappers, Writing a Client Wrapper for a Remote (TCP/IP) Client
Fw_Thread class, Using the NonStop CORBA Portable Threading (vthread) API
Fw_Thread object, creating and using, Creating and Using Threads
Fw_Transfer_EH class, Transfer Event Handler and Event-Handler User
Fw_Transfer_EH_User class, Transfer Event Handler and Event-Handler User
G
get_message() method, Calling a TCP/IP Server
GIOP over Guardian file-system protocol, Choosing the Most Efficient Transport Protocol
GIOP over TS/MP protocol, Choosing the Most Efficient Transport Protocol