| MATLAB Compiler |
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- Introduction
- Before You Begin
- Upgrading from Previous Compiler Releases
- Differences Between Compiler Releases
- Uses of the MATLAB Compiler
- Wrapper Files
- Stand-Alone Applications
- Libraries
- Builder Products
- Quick Start
- Compiling a Stand-Alone Application
- Compiling a Shared Library
- Testing Components on Development Machine
- Deploying Components to Other Machines
- Limitations and Restrictions
- Compiling MATLAB and Toolboxes
- MATLAB Code
- Stand-Alone Applications
- Fixing Callback Problems: Missing Functions
- Finding Missing Functions in an M-File
- Suppressing Warnings on UNIX
- No MCR Versioning on HP-UX
- MATLAB Compiler Licensing
- Deployed Applications
- Using MATLAB Compiler Licenses for Development
- System Requirements
- Supported Third-Party Compilers
- Installation
- Installing the MATLAB Compiler
- Installing an ANSI C or C++ Compiler
- Configuration
- Introducing the mbuild Utility
- Configuring an ANSI C or C++ Compiler
- Special Compiler Notes
- Options Files
- Locating the Options File
- Changing the Options File
- Overview of the MATLAB Compiler Technology
- MATLAB Component Runtime
- Component Technology File
- Build Process
- Input and Output Files
- Stand-Alone Executable
- C Shared Library
- C++ Shared Library
- Overview
- Porting Generated Code to a Different Platform
- Extracting a CTF Archive without Executing the Component
- User Interaction with the Compilation Path
- Working with the MCR
- Installing the MCR on a Deployment Machine
- Installing the MCR and MATLAB on the Same Machine
- Deploying a Stand-Alone Application on a Network Drive
- Command Overview
- Compiler Options
- Setting Up Default Options
- Using Macros to Simplify Compilation
- Understanding a Macro Option
- Using Pathnames
- Using Bundle Files
- Using Wrapper Files
- Main File Wrapper
- C Library Wrapper
- C++ Library Wrapper
- Interfacing M-Code to C/C++ Code
- C Example
- Using Pragmas
- Using feval
- Script Files
- Converting Script M-Files to Function M-Files
- Including Script Files in Deployed Applications
- Compiler Tips
- Calling Built-In Functions from C or C++
- Calling a Function from the Command Line
- Using MAT-Files in Deployed Applications
- Running Deployed Applications
- Compiling a GUI That Contains an ActiveX Control
- Debugging MATLAB Compiler-Generated Executables
- Introduction
- C Stand-Alone Application Target
- Compiling the Application
- Testing the Application
- Deploying the Application
- Running the Application
- Coding with M-Files Only
- Example
- Mixing M-Files and C or C++
- Simple Example
- Advanced C Example
- Introduction
- C Shared Library Target
- C Shared Library Wrapper
- C Shared Library Example
- Calling a Shared Library
- C++ Shared Library Target
- C++ Shared Library Wrapper
- C++ Shared Library Example
- MATLAB Compiler-Generated Interface Functions
- Structure of Programs That Call Shared Libraries
- Library Initialization and Termination Functions
- Print and Error Handling Functions
- Functions Generated from M-Files
- Functions -- Categorical List
- Pragmas
- Command Line Tools
- Common Uses of the Compiler
- Create a Stand-Alone Application
- Create a Library
- mcc
- Compile-Time Errors
- Warning Messages
- Depfun Errors
- MCR/Dispatcher Errors
- XML Parser Errors
- Depfun-Produced Errors
- mbuild
- MATLAB Compiler
- Primitive Types
- Utility Classes
- mwString Class
- Constructors
- Methods
- Operators
- mwException Class
- Constructors
- Methods
- Operators
- mwArray Class
- Constructors
- Methods
- Operators
- Static Methods
| | User's Guide | | Getting Started | |
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