A. binds a name to an object where names are case insensitive strings
B. supports building and iterating through a list of bindings contained in a naming context
C. resolves naming exceptions where matching does not have to be exact
D. creates a context for a name so that they can be grouped by binding types
A. time-between-failures
B. failure-reason
C. time-to-repair
D. cost-to-repair
A. application(s)
B. scheduling mechanisms in the OS
C. portability of the ORB
D. interoperability of the ORB
E. real-time ORB
F. communication transport
A. bounding the duration of thread priority inversions during end-to-end processing
B. bounding the duration of memory access times
C. respecting thread priorities between CORBA clients and servers
D. minimizing the latencies of operation invocations
A. addresses the general needs of both "hard" and "soft" real time requirements
B. provides for capabilities to accomplish real-time debugging
C. supports both fixed priority and dynamic scheduling
D. relies on the RTOS to provide POSIX Real-time extensions to RT-CORBA implementations.
A. maximizes visibility of data to other modules
B. encapsulates efficient data structures
C. contains a clearly defined task
D. minimizes tight coupling to other modules
A. Subscriber
B. Domain Participant Factory
C. Domain Participant
D. Publisher
A. Minimum CORBA and CORBA/e are considered equivalent
B. CORBA/e sets the maximum requirements for a compliant implementation
C. conformant to all profiles in the specification
D. compliance to a profile means conformance with every prescription of the profile.
C. There is no factory for Wait Set objects
D. Data Reader
E. Domain Participant
A. bind()
B. context_bind()
C. restore()
D. destroy()
E. resolve()
