# Alphabetical Topic Index

## - A -

> A complete application (9 SWIG and Python)
> A few dynamic loading gotchas (11 Advanced Topics)
> A few helper functions (10 SWIG and Tcl)
> A general interface building strategy (3 SWIG Basics)
> A mathematical function plotter (9 SWIG and Python)
> A Quick Intermission (12 Extending SWIG)
> A simple example (9 SWIG and Python)
> A simple example (6 Pointers, Constraints, and Typemaps)
> A simple Perl example (8 SWIG and Perl5)
> A simple shadow class (9 SWIG and Python)
> A simple SWIG interface file (8 SWIG and Perl5)
> A simple typemap example (8 SWIG and Perl5)
> A SWIG example (1 Introduction)
> A tour of SWIG datatypes (12 Extending SWIG)
> A Typemap Implementation (6 Pointers, Constraints, and Typemaps)
> About the examples (10 SWIG and Tcl)
> About the Examples (9 SWIG and Python)
> About this manual (Preface)
> Accessing array data (9 SWIG and Python)
> Accessing array structure members (8 SWIG and Perl5)
> Accessing array structure members (9 SWIG and Python)
> Accessing arrays (10 SWIG and Tcl)
> Accessing arrays and other strange objects (8 SWIG and Perl5)
> Accessing member data (10 SWIG and Tcl)
> Adding Additional Text (5 Documentation System)
> Adding member functions to C structures (3 SWIG Basics)
> Adding native Python functions to a SWIG module (9 SWIG and Python)
> Adding new methods (3 SWIG Basics)
> Adding new methods (3 SWIG Basics)
> Additional SWIG options (10 SWIG and Tcl)
> An Example (5 Documentation System)
> An OpenGL package (10 SWIG and Tcl)
> Applying constraints to input values (6 Pointers, Constraints, and Typemaps)
> Applying constraints to new datatypes (6 Pointers, Constraints, and Typemaps)
> Applying exception handlers to specific datatypes. (7 Exception Handling)
> Array members (3 SWIG Basics)
> Arrays (3 SWIG Basics)
> ASCII Documentation (5 Documentation System)
> Automated shadow class generation (9 SWIG and Python)
> Automatic documentation generation (1 Introduction)

## - B -

> Basic Perl interface (8 SWIG and Perl5)
> Basic Tcl Interface (10 SWIG and Tcl)
> Binary trees in Tcl (10 SWIG and Tcl)
> Bug reports (Preface)
> Building a C data structure in Tcl (10 SWIG and Tcl)
> Building a dynamic module with MakeMaker (8 SWIG and Perl5)
> Building a Perl5 interface to MATLAB (8 SWIG and Perl5)
> Building a Perl5 module (1 Introduction)
> Building a Python module (1 Introduction)
> Building a simple 2D imaging class (9 SWIG and Python)
> Building a simple OpenGL module (10 SWIG and Tcl)
> Building a static version of Perl (8 SWIG and Perl5)
> Building an object oriented C interface (10 SWIG and Tcl)
> Building C/C++ data structures with Tk (10 SWIG and Tcl)
> Building large multi-module systems (9 SWIG and Python)
> Building libraries and modules (1 Introduction)
> Building new kinds of Tcl interfaces (in Tcl) (10 SWIG and Tcl)
> Building Perl Extensions under Windows 95/NT (8 SWIG and Perl5)
> Building Python Extensions under Windows 95/NT (9 SWIG and Python)
> Building scripting language extensions (2 Scripting Languages)
> Building Tcl/Tk Extensions under Windows 95/NT (10 SWIG and Tcl)

## - C -

> C constructors and destructors (3 SWIG Basics)
> C files (10 SWIG and Tcl)
> C Information (5 Documentation System)
> C Preprocessor directives (3 SWIG Basics)
> C syntax, but not a C compiler (1 Introduction)
> C++ Classes (10 SWIG and Tcl)
> C++ Classes (9 SWIG and Python)
> C++ example (3 SWIG Basics)
> C++ Processing (12 Extending SWIG)
> C++ support (3 SWIG Basics)
> C++ Support (5 Documentation System)
> Categories (3 SWIG Basics)
> Changing member data (10 SWIG and Tcl)
> Character Strings (3 SWIG Basics)
> Character strings and structures (3 SWIG Basics)
> Checking in library files (4 Multiple files and the SWIG library)
> Checking out library files (4 Multiple files and the SWIG library)
> Choosing a documentation format (5 Documentation System)
> Class methods (3 SWIG Basics)
> Cleanup (12 Extending SWIG)
> Code blocks (3 SWIG Basics)
> Code Generation Functions (12 Extending SWIG)
> Code Insertion (3 SWIG Basics)
> Combining Tcl/Tk Extensions (10 SWIG and Tcl)
> Command Line Options and Basic Initialization (12 Extending SWIG)
> Comment Formatting variables (5 Documentation System)
> Comment placement and formatting (5 Documentation System)
> Comments (3 SWIG Basics)
> Common typemap methods (6 Pointers, Constraints, and Typemaps)
> Compilation problems (10 SWIG and Tcl)
> Compilation problems and compiling with C++ (8 SWIG and Perl5)
> Compilation problems and compiling with C++ (9 SWIG and Python)
> Compiling (12 Extending SWIG)
> Compiling a dynamic module (8 SWIG and Perl5)
> Compiling a dynamic module (9 SWIG and Python)
> Compiling a dynamic module (Unix) (10 SWIG and Tcl)
> Compiling a SWIG extension (12 Extending SWIG)
> Compiling modules with shadow classes (9 SWIG and Python)
> Conditional compilation (3 SWIG Basics)
> Configuration management with SWIG (10 SWIG and Tcl)
> Constants (12 Extending SWIG)
> Constants (3 SWIG Basics)
> Constants (9 SWIG and Python)
> Constants (2 Scripting Languages)
> Constants (10 SWIG and Tcl)
> Constants (8 SWIG and Perl5)
> Constraint methods (6 Pointers, Constraints, and Typemaps)
> Constructors and destructors (3 SWIG Basics)
> Constructors and Destructors (9 SWIG and Python)
> Constructors and destructors (3 SWIG Basics)
> Converting a Tcl list to a char ** (10 SWIG and Tcl)
> Converting Python list to a char ** (9 SWIG and Python)
> Converting a Perl5 array to a char ** (8 SWIG and Perl5)
> Converting a Python file object to a FILE * (9 SWIG and Python)
> Copying a typemap (6 Pointers, Constraints, and Typemaps)
> Creating a new package initialization library (10 SWIG and Tcl)
> Creating a new typemap (6 Pointers, Constraints, and Typemaps)
> Creating a usage string (12 Extending SWIG)
> Creating a Wrapper Function (12 Extending SWIG)
> Creating arrays (6 Pointers, Constraints, and Typemaps)
> Creating Commands (12 Extending SWIG)
> Creating Library Files (4 Multiple files and the SWIG library)
> Creating local variables (6 Pointers, Constraints, and Typemaps)
> Creating multi-module packages (11 Advanced Topics)
> Creating new objects (10 SWIG and Tcl)
> Creating read-only variables (3 SWIG Basics)
> Credits (Preface)
> Cross platform woes (1 Introduction)

## - D -

> Debugging and other interesting uses for %except (7 Exception Handling)
> Default Formatting (5 Documentation System)
> Default/optional arguments (3 SWIG Basics)
> Defining different exception handlers (7 Exception Handling)
> Defining symbols (3 SWIG Basics)
> Deleting a typemap (6 Pointers, Constraints, and Typemaps)
> Deleting objects (10 SWIG and Tcl)
> Derived types, structs, and classes (3 SWIG Basics)
> Disabling all documentation (5 Documentation System)
> Documentation entries (12 Extending SWIG)
> Documentation generation (1 Introduction)
> Documentation Processing (12 Extending SWIG)
> Dynamic loading (10 SWIG and Tcl)
> Dynamic Loading of C++ modules (11 Advanced Topics)

## - E -

> Emitting headers and support code (12 Extending SWIG)
> Enums and constants (3 SWIG Basics)
> Event driven C programming (1 Introduction)
> Exception handling (9 SWIG and Python)
> Exception handling (8 SWIG and Perl5)
> Exception handling (10 SWIG and Tcl)
> Exception handling with longjmp() (7 Exception Handling)
> Extending and fixing the gd module (9 SWIG and Python)
> Extending the Tcl Netscape Plugin (10 SWIG and Tcl)

## - F -

> File management (12 Extending SWIG)
> Final Initialization (12 Extending SWIG)
> Floating Point (3 SWIG Basics)
> Formatting (5 Documentation System)
> From C to SWIG to Python (9 SWIG and Python)
> Function Parameters (12 Extending SWIG)
> Function usage and argument names (5 Documentation System)
> Functions (10 SWIG and Tcl)
> Functions (9 SWIG and Python)
> Functions (8 SWIG and Perl5)

## - G -

> Getting down to business (3 SWIG Basics)
> Getting even more serious about array access (9 SWIG and Python)
> Getting serious (8 SWIG and Perl5)
> Getting the right header files (8 SWIG and Perl5)
> Getting the right header files (9 SWIG and Python)
> Getting the right header files (3 SWIG Basics)
> Getting the right header files and libraries (10 SWIG and Tcl)
> Global variables (10 SWIG and Tcl)
> Global variables (8 SWIG and Perl5)
> Graphical Web-Statistics in Perl5 (8 SWIG and Perl5)
> Graphs (8 SWIG and Perl5)

## - H -

> Handling C++ exceptions (7 Exception Handling)
> Handling exceptions in C code (7 Exception Handling)
> Handling output values (the easy way) (8 SWIG and Perl5)
> Hands off code generation (1 Introduction)
> Hash Tables (12 Extending SWIG)
> Hints (12 Extending SWIG)
> How C++ processing works (12 Extending SWIG)
> How does a scripting language talk to C? (2 Scripting Languages)
> How it works (5 Documentation System)
> How many typemaps are there? (12 Extending SWIG)
> How to avoid creating the interface from hell (3 SWIG Basics)
> How to avoid reading the manual (Preface)
> How to break everything with a typemap (6 Pointers, Constraints, and Typemaps)
> How to cope with C++ (3 SWIG Basics)
> How to survive this manual (1 Introduction)
> HTML Documentation (5 Documentation System)

## - I -

> Ignoring comments (5 Documentation System)
> Implementations and Protocols (3 SWIG Basics)
> Implementing C callback functions in Python (9 SWIG and Python)
> Implementing constraints with typemaps (6 Pointers, Constraints, and Typemaps)
> Implementing methods in C (10 SWIG and Tcl)
> Implementing methods in Perl (8 SWIG and Perl5)
> Implementing special Python methods in C (9 SWIG and Python)
> Including files on the command line (4 Multiple files and the SWIG library)
> Inheritance (8 SWIG and Perl5)
> Inheritance (3 SWIG Basics)
> Inheritance (3 SWIG Basics)
> Inheritance and shadow classes (9 SWIG and Python)
> Initialization blocks (3 SWIG Basics)
> Inlined code blocks (3 SWIG Basics)
> Input format (3 SWIG Basics)
> Input Methods (6 Pointers, Constraints, and Typemaps)
> Input/Output Methods (6 Pointers, Constraints, and Typemaps)
> Inside the SWIG type-checker (11 Advanced Topics)
> Instance methods (3 SWIG Basics)
> Integers (3 SWIG Basics)
> Introduction (6 Pointers, Constraints, and Typemaps)
> Introduction (5 Documentation System)
> Introduction (Preface)
> Introduction (12 Extending SWIG)
> Introduction to typemaps (6 Pointers, Constraints, and Typemaps)
> Invoking member functions (10 SWIG and Tcl)
> Iterators (8 SWIG and Perl5)

## - L -

> Language extensions (12 Extending SWIG)
> LaTeX Documentation (5 Documentation System)
> Library example (4 Multiple files and the SWIG library)
> Life after SWIG (1 Introduction)
> Life before SWIG (1 Introduction)
> Limitations in the Parser (and various things to keep in mind) (3 SWIG Basics)
> Limitations to this approach (10 SWIG and Tcl)
> Linking to complex variables (3 SWIG Basics)
> Linking with shared libraries (2 Scripting Languages)

## - M -

> Making a quick a dirty Tcl module (10 SWIG and Tcl)
> Making a quick and dirty Python module (9 SWIG and Python)
> malloc.i (4 Multiple files and the SWIG library)
> Managing input and output parameters (6 Pointers, Constraints, and Typemaps)
> Managing special data-types with helper functions (6 Pointers, Constraints, and Typemaps)
> Manipulating Global Variables (12 Extending SWIG)
> Mapping C structures into Tcl Lists (10 SWIG and Tcl)
> Mapping Python tuples into small arrays (9 SWIG and Python)
> Member data (9 SWIG and Python)
> Member data (3 SWIG Basics)
> Member data (3 SWIG Basics)
> Member functions (3 SWIG Basics)
> Merging modules (9 SWIG and Python)
> Methods that return new objects (9 SWIG and Python)
> Module and package names (8 SWIG and Perl5)
> Module names (9 SWIG and Python)
> Modules (9 SWIG and Python)
> Modules, packages, and classes (8 SWIG and Perl5)
> More about the SWIG library (4 Multiple files and the SWIG library)
> More Examples (7 Exception Handling)
> Motivations for using typemaps (6 Pointers, Constraints, and Typemaps)

## - N -

> Name based type conversion (10 SWIG and Tcl)
> Name based type conversion (9 SWIG and Python)
> Name based type conversion (8 SWIG and Perl5)
> Naming Services (12 Extending SWIG)
> Nested objects (9 SWIG and Python)
> Nested Objects (8 SWIG and Perl5)
> Nested structures (3 SWIG Basics)
> Non-intrusive interface building (1 Introduction)

## - O -

> Object Ownership (8 SWIG and Perl5)
> Object ownership (9 SWIG and Python)
> Objective-C (3 SWIG Basics)
> Objective-C Example (3 SWIG Basics)
> Organization of this manual (Preface)
> Other issues (3 SWIG Basics)
> Other odds and ends (9 SWIG and Python)
> Other things to note about structures (3 SWIG Basics)
> Output Methods (6 Pointers, Constraints, and Typemaps)
> Overriding call by reference (3 SWIG Basics)

## - P -

> Packing a data structure (6 Pointers, Constraints, and Typemaps)
> Partial class definitions (3 SWIG Basics)
> Passing complex datatypes by value (3 SWIG Basics)
> Performance concerns and disabling the object oriented interface (10 SWIG and Tcl)
> Performance concerns and hints (9 SWIG and Python)
> Performance of the type-checker (11 Advanced Topics)
> Perl5 typemaps (8 SWIG and Perl5)
> Placing the files in the library (4 Multiple files and the SWIG library)
> Plotting an unstructured mesh (9 SWIG and Python)
> Pointer handling (8 SWIG and Perl5)
> Pointer handling (10 SWIG and Tcl)
> Pointer handling (9 SWIG and Python)
> Pointer Library Functions (6 Pointers, Constraints, and Typemaps)
> Pointers (8 SWIG and Perl5)
> Pointers (10 SWIG and Tcl)
> Pointers (9 SWIG and Python)
> Pointers and complex objects (3 SWIG Basics)
> Pointers to functions (3 SWIG Basics)
> Predefined Symbols (3 SWIG Basics)
> Preliminaries (10 SWIG and Tcl)
> Preliminaries (8 SWIG and Perl5)
> Preliminaries (9 SWIG and Python)
> Preparing a C program for SWIG (3 SWIG Basics)
> Preparing a module (9 SWIG and Python)
> Prerequisites (Preface)
> Prerequisites (12 Extending SWIG)
> Printing (9 SWIG and Python)
> Problems with the OpenGL interface (10 SWIG and Tcl)
> Protection (3 SWIG Basics)
> Protection (3 SWIG Basics)
> Putting it all together (9 SWIG and Python)
> Putting it all together (8 SWIG and Perl5)
> Python shadow classes (9 SWIG and Python)
> Python typemaps (9 SWIG and Python)

## - R -

> Rebuilding the Python interpreter (aka. static linking) (9 SWIG and Python)
> References (3 SWIG Basics)
> Referring to other classes (3 SWIG Basics)
> Relationship with pointers (10 SWIG and Tcl)
> Remapping C datatypes with typemaps (9 SWIG and Python)
> Remapping constants (10 SWIG and Tcl)
> Remapping datatypes with typemaps (8 SWIG and Perl5)
> Renaming (3 SWIG Basics)
> Renaming (3 SWIG Basics)
> Renaming declarations (3 SWIG Basics)
> Required C++ compiler (12 Extending SWIG)
> Required files (12 Extending SWIG)
> Required files (10 SWIG and Tcl)
> Return by value (3 SWIG Basics)
> Return values (8 SWIG and Perl5)
> Returning values in arguments (10 SWIG and Tcl)
> Run time pointer type checking (3 SWIG Basics)
> Running SWIG (8 SWIG and Perl5)
> Running SWIG (9 SWIG and Python)
> Running SWIG (3 SWIG Basics)
> Running SWIG (10 SWIG and Tcl)
> Running SWIG from Developer Studio (10 SWIG and Tcl)
> Running SWIG from Developer Studio (9 SWIG and Python)
> Running SWIG from Developer Studio (8 SWIG and Perl5)
> Runtime support (and potential problems) (11 Advanced Topics)

## - S -

> Sample Perl Script (8 SWIG and Perl5)
> Scope (6 Pointers, Constraints, and Typemaps)
> Setting a module name (12 Extending SWIG)
> Setting a package prefix (10 SWIG and Tcl)
> Shadow classes (8 SWIG and Perl5)
> Shadow classes (10 SWIG and Tcl)
> Shadow classes (2 Scripting Languages)
> Shadow Functions (8 SWIG and Perl5)
> Shadow Functions (9 SWIG and Python)
> Shared libraries and dynamic loading (2 Scripting Languages)
> Shortcuts (1 Introduction)
> Simple C functions, variables, and constants (3 SWIG Basics)
> Simple constraint example (6 Pointers, Constraints, and Typemaps)
> Simple pointers (3 SWIG Basics)
> Solving a simple heat-equation (9 SWIG and Python)
> Sorting (5 Documentation System)
> Special variables (6 Pointers, Constraints, and Typemaps)
> Standard typemaps (9 SWIG and Python)
> Standard typemaps (10 SWIG and Tcl)
> Standard typemaps (8 SWIG and Perl5)
> Starting the parser (12 Extending SWIG)
> Static initialization of multiple modules (4 Multiple files and the SWIG library)
> Static linking (2 Scripting Languages)
> Static linking (10 SWIG and Tcl)
> Static members (3 SWIG Basics)
> Structures (10 SWIG and Tcl)
> Structures (9 SWIG and Python)
> Structures and C++ classes (8 SWIG and Perl5)
> Structures and classes (2 Scripting Languages)
> Structures, unions, and object oriented C programming (3 SWIG Basics)
> Summary (1 Introduction)
> Summary (so far) (9 SWIG and Python)
> Supported C++ features (3 SWIG Basics)
> SWIG Directives (3 SWIG Basics)
> SWIG for Windows and Macintosh (1 Introduction)
> SWIG interface file (1 Introduction)
> SWIG is free (Preface)
> SWIG on the Power Macintosh (1 Introduction)
> SWIG on Windows 95/NT (1 Introduction)
> SWIG Organization (12 Extending SWIG)
> SWIG output (12 Extending SWIG)
> SWIG Output (3 SWIG Basics)
> SWIG resources (Preface)
> SWIG, C++, and the Legislation of Morality (3 SWIG Basics)

## - T -

> Tabs and other annoyances (5 Documentation System)
> Tcl typemaps (10 SWIG and Tcl)
> Tcl8.0 features (10 SWIG and Tcl)
> tclsh.i (4 Multiple files and the SWIG library)
> Templates (3 SWIG Basics)
> The #if directive (3 SWIG Basics)
> The %except directive (7 Exception Handling)
> The %extern directive (4 Multiple files and the SWIG library)
> The %import directive (4 Multiple files and the SWIG library)
> The %include directive (4 Multiple files and the SWIG library)
> The C++ code (9 SWIG and Python)
> The DataType class (12 Extending SWIG)
> The Final Word? (5 Documentation System)
> The future of C++ and SWIG (3 SWIG Basics)
> The Future of SWIG (12 Extending SWIG)
> The gory details of shadow classes (9 SWIG and Python)
> The gory details on shadow classes (8 SWIG and Perl5)
> The header file (12 Extending SWIG)
> The idea (in a nutshell) (6 Pointers, Constraints, and Typemaps)
> The Language class (simple version) (12 Extending SWIG)
> The low-level Python/C interface (9 SWIG and Python)
> The MATLAB engine interface (8 SWIG and Perl5)
> The object oriented interface (10 SWIG and Tcl)
> The organization of this chapter (12 Extending SWIG)
> The output of SWIG (3 SWIG Basics)
> The step-by-step process for making a plugin extension. (10 SWIG and Tcl)
> The String Class (12 Extending SWIG)
> The swig command (1 Introduction)
> The SWIG interface file (3 SWIG Basics)
> The SWIG library (4 Multiple files and the SWIG library)
> The SWIG library and installation issues (12 Extending SWIG)
> The SWIG package (1 Introduction)
> The SWIG Pointer Library (6 Pointers, Constraints, and Typemaps)
> The SWIG runtime library (11 Advanced Topics)
> The this pointer (9 SWIG and Python)
> The two language view of the world (2 Scripting Languages)
> The typemap C API. (12 Extending SWIG)
> The use of id (3 SWIG Basics)
> The world's fastest way to write a Makefile (4 Multiple files and the SWIG library)
> The WrapperFunction class (12 Extending SWIG)
> Titles, sections, and subsections (5 Documentation System)
> Turning a SWIG module into a Tcl Package. (10 SWIG and Tcl)
> Turning Perl references into C pointers (8 SWIG and Perl5)
> Two classes (9 SWIG and Python)
> Type casting (11 Advanced Topics)
> Type equivalence (11 Advanced Topics)
> Typedef (3 SWIG Basics)
> Typedef and structures (3 SWIG Basics)
> Typemap examples (6 Pointers, Constraints, and Typemaps)
> Typemap matching rules (6 Pointers, Constraints, and Typemaps)
> Typemap variables (8 SWIG and Perl5)
> Typemap variables (9 SWIG and Python)
> Typemap variables (10 SWIG and Tcl)
> Typemaps (10 SWIG and Tcl)
> Typemaps (from C) (12 Extending SWIG)
> Typemaps and the future (6 Pointers, Constraints, and Typemaps)
> Typemaps and the SWIG Library (6 Pointers, Constraints, and Typemaps)
> Typemaps for handling arrays (6 Pointers, Constraints, and Typemaps)

## - U -

> Use Python for control, C for performance (9 SWIG and Python)
> Use static linking (9 SWIG and Python)
> Useful functions (10 SWIG and Tcl)
> Useful functions (8 SWIG and Perl5)
> Useful Functions (9 SWIG and Python)
> Using our new module (9 SWIG and Python)
> Using a dynamic module (10 SWIG and Tcl)
> Using a new documentation module (12 Extending SWIG)
> Using different names (6 Pointers, Constraints, and Typemaps)
> Using dynamic loading (9 SWIG and Python)
> Using NMAKE (8 SWIG and Perl5)
> Using NMAKE (10 SWIG and Tcl)
> Using NMAKE (9 SWIG and Python)
> Using some typemaps (6 Pointers, Constraints, and Typemaps)
> Using the gd module (9 SWIG and Python)
> Using the OpenGL module (10 SWIG and Tcl)
> Using the plugin (10 SWIG and Tcl)
> Using The SWIG exception library (7 Exception Handling)
> Using typemaps to return arguments (9 SWIG and Python)
> Using typemaps to return values (8 SWIG and Perl5)
> Using your module (9 SWIG and Python)
> Using [incr Tcl] namespaces (10 SWIG and Tcl)

## - V -

> Variable Linking (9 SWIG and Python)
> Variable linking (2 Scripting Languages)
> Variables (3 SWIG Basics)

## - W -

> What gets created? (8 SWIG and Perl5)
> What happens on typemap lookup? (12 Extending SWIG)
> What happens when SWIG encounters an unknown datatype? (3 SWIG Basics)
> What is a typemap? (9 SWIG and Python)
> What is a typemap? (10 SWIG and Tcl)
> What is a typemap? (6 Pointers, Constraints, and Typemaps)
> What is SWIG? (1 Introduction)
> What to do with main() (3 SWIG Basics)
> What's new? (Preface)
> Where to go for more information (9 SWIG and Python)
> Where to go for more information (12 Extending SWIG)
> Where to go from here? (8 SWIG and Perl5)
> Why a name based approach? (11 Advanced Topics)
> Why doesn't C++ inheritance work between modules? (11 Advanced Topics)
> Why use separate interface files? (3 SWIG Basics)
> Why write shadow classes in Python? (9 SWIG and Python)
> Will adding a scripting language to my C program make it unmanagable? (2 Scripting Languages)
> Will scripting languages make my C program inefficient? (2 Scripting Languages)
> Working with library files (4 Multiple files and the SWIG library)
> Working with the C preprocessor (3 SWIG Basics)
> Wrapper code blocks (3 SWIG Basics)
> Wrapper functions (2 Scripting Languages)
> Wrapping a C library (9 SWIG and Python)
> Wrapping a library file (4 Multiple files and the SWIG library)
> Wrapping C libraries and other packages (8 SWIG and Perl5)
> Wrapping gl.h (10 SWIG and Tcl)
> Wrapping glu.h (10 SWIG and Tcl)
> Wrapping the aux library (10 SWIG and Tcl)
> Wrapping the MATLAB matrix functions (8 SWIG and Perl5)
> Writing a main program (12 Extending SWIG)
> Writing a main program and Tcl_AppInit() (10 SWIG and Tcl)
> Writing a new documentation module (12 Extending SWIG)
> Writing a Real Language Module (12 Extending SWIG)
> Writing new typemaps (6 Pointers, Constraints, and Typemaps)
> Writing the default typemaps (12 Extending SWIG)
> Writing typemap code (6 Pointers, Constraints, and Typemaps)