Index: C

• C/C++ languages
• • classes of, SWIG and : SWIG Features
  • data structures in : User-Defined Structures
  • dynamic tracing : C++
  • exception handling : The Block Form: Exception Handling
  • header files : The Extension Process
  • modular developing in : C/C++
  • object orientation : C++ and Java
  • references in : C/C++
  • run-time evaluation and error handling : / C++
  • subroutines in : C++
  • using with Perl : Extending Perl:A First Course
  • • Mandelbrot code example : Example: Fractals with Perl
  • XS and C++
  • • C++ Code
    • C++ Objects and XS Typemaps
• calculator, eval for (example) : Using Eval for Expression Evaluation
• callbacks
• • Using Subroutine References
  • Msg: Send-side routines
  • associating with button clicks : Labels and Buttons
  • closures for : Using Closures as "Smart" Callbacks
  • objects as : Closures Versus Objects
  • widgets and : Event Bindings
• caller function : Meta-Information
• can function : UNIVERSAL
• Canvas widgets
• • Canvas
  • Canvas
  • Tetris GUI (example) : GUI Example: Tetris
• CASE tools : On Code Generation
• cget function : Labels and Buttons
• checkbuttons
• • Checkbutton
  • Radiobuttons and Checkbuttons
• child processes : Multiple Threads of Execution
• CHLD signal : Multiple Threads of Execution
• Christiansen, Tom
• • Implementing Complex Data Structures
  • Resources
  • Closures Versus Objects
  • Using Eval for Time-Outs
• circular references : Reference Counts
• class (static) methods : Class Methods and Attributes
• class attributes : Class Methods and Attributes
• classes
• • in Java : Java
  • overriding : Overriding base classes
  • superclasses (base classes) : The Need for Inheritance
• clients
• • handling multiple : Handling Multiple Clients
  • prebuilt modules for : Prebuilt Client Modules
• closures
• • Closures
  • Closures
  • objects versus : Closures Versus Objects
  • syntax : Closures
• COBOL language : Data References and Anonymous Storage
• code
• • code values (CVs) : Code Values
  • hand-coding XSUBs : The Called Side: Hand-Coding an XSUB
• CODE directive (XS) : Special Code
• code generation : On Code Generation
• • input specification parser
  • • Jeeves Example
    • Advantages of This Architecture
    • example of : Sample Specification Parser
  • Jeeves framework
  • • Jeeves Example
    • Jeeves Overview
  • stages of : Compilation and code generation stages
• collision chaining : Inside HVs
• colors, widgets and : Colors
• columns, extracting from files (example) : Extracting Columns from a File
• command lines, aliasing on : Aliasing on command lines
• command property : (see widgets)
• commit_transaction function : Adaptor: An Introduction
• communications endpoints : (see sockets)
• compiling : Peek into the Future
• • modules/packages : Package Initialization and Destruction
  • with yacc : Compilation and code generation stages
• component-based developing : The Case for Scripting
• composition : Using Composition Instead
• concurrency : Persistence Issues
• connect function : Msg: Messaging Toolkit
• connection-oriented communication : Networking Primer
• connectionless communication : Networking Primer
• constant folding : Compilation and code generation stages
• constants : Constants
• • references to : Referring to Existing Variables
• context propagation : Compilation and code generation stages
• context stack : Inside Other Stacks
• Ctrl-C signal : Signal Handlers
• CVs (code values) : Code Values
• cxstack : Inside Other Stacks