A. B. Arulanthu, C. O'Ryan, D. C. Schmidt, and M. Kircher, "Applying C++, Patterns, and Components to Develop an IDL Compiler for CORBA AMI Callbacks," C++ Report, vol. 12, Mar. 2000. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
The Design and Performance of Meta-Programming.. - Wang.. (2001) (19 citations) Self-citation (Schmidt) (Correct)
....and skeletons, which are then integrated into client and server application code, respectively. The front end of TAO s IDL compiler parses OMG IDL input files and generates an abstract syntax tree (AST) The back end of TAO s IDL compiler visits the AST to generate CORBA compliant C source code [15]. To add smart proxy support we added a new visitor to the back end that can traverse every interface in the AST and generate the smart proxy framework classes shown in Figure 9. TAO s IDL compiler can be instructed to generate these smart proxy framework classes for every interface in an IDL ....
A. B. Arulanthu, C. O'Ryan, D. C. Schmidt, and M. Kircher, "Applying C++, Patterns, and Components to Develop an IDL Compiler for CORBA AMI Callbacks," C++ Report, vol. 12, Mar. 2000.
Evaluating Policies and Mechanisms to Support.. - O'Ryan, Kuhns.. (2001) (1 citation) Self-citation (O'ryan Schmidt) (Correct)
....one ways in TAO: The SyncScope policy controls the reliability of one way requests. It can be set at the object level, thread level, or ORB level. As with any CORBA policy, the more specific levels can override the more general levels. To implement reliable one way requests, TAO s IDL compiler [38] generates client stub code that checks the SyncScope policy value and sets the appropriate bits in the response flags field in the GIOP request header. If the SyncScope policy is SYNC NONE, the request is buffered, as described in Section 4.2.4. If the policy value is SYNC WITH SERVER or SYNC ....
.... work on TAO has examined many dimensions of ORBmiddleware design, including static [5] and dynamic [28] operation scheduling, event processing [6] I O subsystem [31] and pluggable protocol [32] integration, synchronous [22] and asynchronous [21] ORBCore architectures, IDL compiler features [38] and optimizations [1] systematic benchmarking of multiple ORBs [39] patterns for ORB extensibility [14] and ORB performance [15] In this section, we compare our work on TAO with related QoS middleware integration research. 6.1 CORBA related QoS Research URI TDMI: Wo l f e et al. developed a ....
A. B. Arulanthu, C. O'Ryan, D. C. Schmidt, and M. Kircher, "Applying C++, Patterns, and Components to Develop an IDL Compiler for CORBA AMI Callbacks," C++ Report, vol. 12, Mar. 2000. 20
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