Learning to Use CORBA With ORBit-0.5.3
Revision 1.1: November 14, 2000

Jim Peterson

• Introduction:
  • Some Details:
• Using ORBit:
  • Basic IDL:
  • Adding Our Code to the Implementation Skeleton:
  • The Server Code
  • Writing the Client Code:
  • Running The Simulation:
  • Cleaning Up:
• A Calculator in ORBit:
  • The Calculator Interface File: Calculator.idl
  • The Generated Code:
    • Calculator.h:
    • Calculator-common.c:
    • Calculator-stubs.c:
    • Calculator-skels.c:
    • Calculator-skelimpl.c
  • The Implementation:
    • Adding Or Implementation Code: Generated-skels.c
    • Our Server: server.c
    • OurClient: client.c
  • Runtime:
• Using the Factory pattern:
  • The Calculator Interface Again:
    • The Calculator Interface File:
    • The Generated Implementation Skeletons:
    • The Modified Implementation Code: Generated-skels.c
    • The Name Utility Function:
    • The Server Code: server2.c
    • The Client Code: client2.c
  • Some Run Time Results:
• Using Multiple Factories:
  • Getting the Name Server:
  • The Display Interface:
    • The Display Interface File:
  • The Implementations:
    • The Modified Implementation Code: Generated-skels.c
    • The Name Utility Function:
    • The Server Code: server2.c
    • The Client Code: client2.c
  • Some Run Time Results:
• Using Sequences:
  • The Display2 Interface File:
  • In The Implementation:
    • Customize our servant structures:
    • Initialize Sequences Properly:
    • Out Sequence Variables:
  • Full Implementation Code:
    • The Modified Implementation Code: Generated-skels.c
    • The Server Code: server2.c
    • The Client Code: client2.c
• What Really Happens in the Client/ Server?
  • The Server Code:
    • Initialization:
    • Create the MyTimeFactory object:
    • Create the CircleFactory object:
    • Create the TriangleFactory Object:
    • Name Service Binding:
  • Server Details:
  • The Client Code:
    • Initialization:
    • Resolve fac_mytime:
    • Resolve fac_circle:
    • Resolve fac_triangle:
    • Resolve fac_rectangle:
    • Construct the MyTime Object:
    • Construct the Circle Object:
    • Construct the Triangle Object:
    • Construct the Rectangle Object:
    • Using the Triangle Object Methods:
      • Set Triangle Position:
      • Translate Triangle Position:
      • Rotate Triangle Position:
      • Read the Triangle Position:
  • Client Details:
• Annotated References:

This document was tranlated from L^AT_EX by H^EV^EA and H^AC^HA.