A

account   interface   4.1.1 : IDL for the account interface

account frames

initializing and exiting   5.4.1 : Initializing and exiting account frames

any    A.4.22 : Mapping for "any"

applications

building and testing   2.1.6 : Building and testing the application

array    A.4.16 : Mapping for array

attribute    A.4.10 : Mapping for attribute

attributes

mapping for   4.3.3 : Mapping for attributes

readonly   A.4.10.1 : readonly attribute

B

bank   interface   4.1.3 : IDL for the bank interface

bank client   5.1 : The client

Bank example

about   3.1 : About the bank example

location of source code   3.2 : Where to find the example code

bank server   6.1 : The server

implementing   6.4 : Implementing the bank server

basic types   A.4.3 : Mapping for basic types

boolean   A.4.3.1 : boolean

building and testing applications   2.1.6 : Building and testing the application

building the bank client and server   3.3 : Building the bank client and server

C

callbacks

defining   5.4.2 : Defining the callbacks

char   A.4.3.2 : char

checkingAccount   interface   4.1.2 : IDL for the checkingAccount interface

Common Lisp

mapping IDL to   4.3 : Mapping IDL to Common Lisp

compiling IDL for CORBA applications   4.2 : Compiling IDL for a CORBA application

configuring

interface repository   7.3 : Configuring a name service and an interface repository

name service   7.3 : Configuring a name service and an interface repository

const    A.4.15 : Mapping for const

constructors   A.4.23 : Constructors

context   A.4.9.6 : context

CORBA

examples   1.4 : CORBA examples

modules   7.1 : The CORBA modules

overview   1.1 : About CORBA

D

debugging   7.4 : Error handling in user code called by the server

deduced typecode   A.4.24 : The deduced typecode

defining

callbacks   5.4.2 : Defining the callbacks

interfaces    2.1.1 : Defining the interface , 5.4 : Defining the interfaces

methods   A.6.3 : Defining methods

utilities for sharing an object reference   2.1.3 : Defining utilities for sharing an object reference

definitions   A.4.6.1 : Definitions

defsystem

Hello World source code   2.2.2 : The complete defsystem source code

designing IDL   4.1 : Designing the IDL

distinguished packages   A.4.5 : Distinguished packages , A.4.5.1 : Nicknames for distinguished packages

E

efficiency optimization

using macros instead of functions   A.4.9.4 : Efficiency optimization: Using macros instead of functions

enum    A.4.12 : Mapping for enum

error handling

user code called by the server   7.4 : Error handling in user code called by the server

example of a named grid   A.6.3.1 : Example: A Named Grid

example of a servant class   A.6.3.2 : Example: A Servant Class

examples of scoping symbols   A.4.6.2 : Examples of scoping symbols

exception    A.4.9.5 : exception , A.4.18 : Mapping for exception

exceptions

mapping for   4.3.5 : Mapping for exceptions

exiting account frames   5.4.1 : Initializing and exiting account frames

F

first object reference

obtaining initial POA object and registering   6.4.3 : Obtaining the initial POA object and registering the first object reference

floating point types    A.4.3.6 : Floating point types

G

generating

stub and skeleton code from IDL   2.1.2 : Generating the stub and skeleton code from IDL

GUI

implementing bank client's   5.3 : Implementing the bank client's GUI

H

Hello World   2.1 : A CORBA-based Hello World

complete source code   2.2 : Complete source code for the Hello World example

host name in IORs   7.8 : Specifying the host name in IORs

how IDL is used   A.2 : How IDL is used

I

IDL

account interface   4.1.1 : IDL for the account interface

bank interface   4.1.3 : IDL for the bank interface

checkingAccount interface   4.1.2 : IDL for the checkingAccount interface

designing   4.1 : Designing the IDL

generating stub and skeleton code   2.1.2 : Generating the stub and skeleton code from IDL

how it is used   A.2 : How IDL is used

introduction    A.1 : Introduction to IDL

parsing into stubs and skeletons    7.2 : Parsing IDL into stubs and skeletons

terminology    A.4.4.1 : IDL naming terminology

IDL operations

implementation    A.6.3.3 : Implementation of the IDL operations

IDL types

corresponding Lisp functions   A.4.25.3 : Rule 3: Lisp functions corresponding to IDL types

implementation objects    A.6.2 : Implementation objects

implementation of IDL operations   A.6.3.3 : Implementation of the IDL operations

implementing

bank client GUI   5.3 : Implementing the bank client's GUI

bank server   6.4 : Implementing the bank server

CORBA objects on the server    6.2 : Implementing CORBA objects on the server

hello world client   2.1.4 : Implementing the client

hello world server   2.1.5 : Implementing the server

servant classes   6.4.1 : Implementing the servant classes

servant methods   6.4.2 : Implementing the servant methods

initializing

account frames   5.4.1 : Initializing and exiting account frames

the ORB   5.4.3 : Initializing the ORB and obtaining the first object reference

Initial References   7.3.1 : Configuring via initial references

integer types   A.4.3.5 : Integer types

interface    A.4.8 : Mapping for interface

interface repository

configuring    7.3 : Configuring a name service and an interface repository

interfaces

defining   2.1.1 : Defining the interface , 5.4 : Defining the interfaces

mapping for   4.3.2 : Mapping for interfaces

IOR file   2.1.3 : Defining utilities for sharing an object reference , 2.2.3 : The complete source code for the file transfer of the IOR

IOR hostname   7.8 : Specifying the host name in IORs

L

Lisp functions

corresponding to IDL types   A.4.25.3 : Rule 3: Lisp functions corresponding to IDL types

LispWorks ORB

about   1.2 : About the LispWorks ORB

features   1.3 : Features of the LispWorks ORB

location

of Bank example code   3.2 : Where to find the example code

of Hello World example code   2.2 : Complete source code for the Hello World example

M

mapping

any   A.4.22 : Mapping for "any"

array    A.4.16 : Mapping for array

attribute    A.4.10 : Mapping for attribute

attributes    4.3.3 : Mapping for attributes

basic types   4.3.1 : Mapping for basic types , A.4.3 : Mapping for basic types

const    A.4.15 : Mapping for const

details   A.4 : Mapping in more detail

enum   A.4.12 : Mapping for enum

exception   A.4.18 : Mapping for exception

exceptions   4.3.5 : Mapping for exceptions

how names of operations are formed   A.4.25.2 : Rule 2: How names of operations are formed

how names of types are formed   A.4.25.1 : Rule 1: How names of types are formed

IDL into Common Lisp servants   A.6 : The mapping of IDL into Common Lisp servants

IDL to Common Lisp   4.3 : Mapping IDL to Common Lisp

interface   A.4.8 : Mapping for interface

interfaces   4.3.2 : Mapping for interfaces

Lisp functions corresponding to IDL types   A.4.25.3 : Rule 3: Lisp functions corresponding to IDL types

module    A.4.11 : Mapping of module

native types   A.6.1 : Mapping of native types

operation   A.4.9 : Mapping for operation

operations   4.3.4 : Mapping for operations

overview   A.4.25 : Mapping overview

pseudo-objects to Lisp   A.5 : Mapping pseudo-objects to Lisp

sequence   A.4.17 : Mapping for sequence

struct   A.4.13 : Mapping for struct

summary   A.3 : Mapping summary

typedef   A.4.21 : Mapping for typedef

union   A.4.14 : Mapping for union

member accessors   A.4.14.1 : Member accessors

methods

defining   A.6.3 : Defining methods

module    A.4.11 : Mapping of module

modules

CORBA   7.1 : The CORBA modules

Multi-threading   7.5 : Multi-threading

N

named types    A.4.4 : Introduction to named types

names

scoped   A.4.6 : Scoped names and scoped symbols

name service

configuring    7.3 : Configuring a name service and an interface repository

narrowing an object reference   A.5.1 : Narrowing

native types

mapping    A.6.1 : Mapping of native types

nicknames for distinguished packages   A.4.5.1 : Nicknames for distinguished packages

O

object reference

defining utilities for sharing   2.1.3 : Defining utilities for sharing an object reference

narrowing    A.5.1 : Narrowing

obtaining first   5.4.3 : Initializing the ORB and obtaining the first object reference

Object URL   7.6 : Object URLs

octet   A.4.3.3 : octet

oneway   A.4.9.3 : oneway

operation    A.4.9 : Mapping for operation

operations   4.3.4 : Mapping for operations

ORB

initializing    5.4.3 : Initializing the ORB and obtaining the first object reference

ORB initargs

-IIOPhost   7.8 : Specifying the host name in IORs

-IIOPnumeric   7.8 : Specifying the host name in IORs

-IIOPport   7.7 : Specifying the port

-ORBDefaultInitRef   7.3.1 : Configuring via initial references

-ORBhost   7.8 : Specifying the host name in IORs

-ORBInitRef   7.3.1 : Configuring via initial references

-ORBnumeric   7.8 : Specifying the host name in IORs

-ORBport   7.7 : Specifying the port

P

package_prefix pragma   A.4.7 : The package_prefix pragma

packages

distinguished   A.4.5 : Distinguished packages

parameter passing modes   A.4.9.1 : Parameter passing modes

parsing IDL into stubs and skeletons   7.2 : Parsing IDL into stubs and skeletons

PIDL   6.2 : Implementing CORBA objects on the server

POA object

Multi-threading    7.5 : Multi-threading

obtaining initial   6.4.3 : Obtaining the initial POA object and registering the first object reference

port

specifying   7.7 : Specifying the port

Portable Object Adapter (POA)   6.2 : Implementing CORBA objects on the server

pseudo IDL (PIDL)   6.2 : Implementing CORBA objects on the server

pseudo-objects

mapping   A.5 : Mapping pseudo-objects to Lisp

R

readonly attributes    A.4.10.1 : readonly attribute

registering

first object breference   6.4.3 : Obtaining the initial POA object and registering the first object reference

return values    A.4.9.2 : Return values

running server and client   3.4 : Running the server and client

S

scoped names and scoped symbols    A.4.6 : Scoped names and scoped symbols

scoping symbols

examples   A.4.6.2 : Examples of scoping symbols

semantics of type mapping   A.4.2 : Semantics of type mapping

sequence    A.4.17 : Mapping for sequence

servant classes

implementing   6.4.1 : Implementing the servant classes

servant methods

implementing   6.4.2 : Implementing the servant methods

servants

IDL into Common Lisp   A.6 : The mapping of IDL into Common Lisp servants

server

bank   6.1 : The server

implementing   2.1.5 : Implementing the server

implementing CORBA objects    6.2 : Implementing CORBA objects on the server

multiple servers   7.7 : Specifying the port

running   3.4 : Running the server and client

sharing an object reference   2.1.3 : Defining utilities for sharing an object reference

skeleton code

generating from IDL   2.1.2 : Generating the stub and skeleton code from IDL

skeletons

parsing IDL into   7.2 : Parsing IDL into stubs and skeletons

source code

Bank example   3.2 : Where to find the example code

Hello World example   2.2 : Complete source code for the Hello World example

string   A.4.3.4 : string

struct    A.4.13 : Mapping for struct

stub code

generating from IDL   2.1.2 : Generating the stub and skeleton code from IDL

stubs

parsing IDL into   7.2 : Parsing IDL into stubs and skeletons

symbols

examples of scoping   A.4.6.2 : Examples of scoping symbols

scoped   A.4.6 : Scoped names and scoped symbols

system exception   A.4.20 : System exception

T

terminology

IDL    A.4.4.1 : IDL naming terminology

typecode

deduced   A.4.24 : The deduced typecode

typecodes for parsed IDL    A.5.2 : Typecodes for parsed IDL

typedef    A.4.21 : Mapping for typedef

type mapping

semantics    A.4.2 : Semantics of type mapping

types

basic types   4.3.1 : Mapping for basic types

integer   A.4.3.5 : Integer types

named types   A.4.4 : Introduction to named types

native types   A.6.1 : Mapping of native types

U

union    A.4.14 : Mapping for union

user exceptions   A.4.19 : User exception

utilities

for sharing an object reference   2.1.3 : Defining utilities for sharing an object reference