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Technical Support
On-Line Manuals
Cx51 User's Guide
Cx51 Introduction
Compiling Programs
Language Extensions
Preprocessor
Advanced Programming
Customization Files
Startup Code
Variable Initialization Code
XBANKING.A51
Basic I/O
Memory Allocation
Optimizer
Optimizer Options
General Optimizations
8051-Specific Optimizations
Global Register Coloring
Segment Naming Conventions
Data Objects
Program Objects
Parameters and Local Variables
Interfacing C to Assembler
Global Variables
Function Parameters
Passing in Memory
Passing in Registers
Function Return Values
Using the SRC Directive
Register Usage
Overlaying Segments
Small Model Example
Compact Model Example
Large Model Example
Interfacing C programs to PL/M-51
Data Storage Formats
Bit Variables
Scalars: 1-Byte
Scalars: 2-Byte
Scalars: 4-Byte
Generic and Far Pointers
Floating-point Numbers
Floating-point Errors
Absolute Memory Locations
Absolute Access Macros
Linker Location Controls
The _at_ Keyword
Debugging
8051 Derivatives
Error Messages
Library Reference
Appendix
Advanced Programming
This advanced programming topic presents information that experienced software engineers will find invaluable. Knowledge of these topics is not necessary to successfully create an embedded 8051 target program using the Cx51 Compiler. However, the following topics provide insight into how many non-standard procedures are accomplished.
Advanced programming discusses the following topics:
- Files you may alter to customize the startup procedures
- Files you may alter to customize run-time execution of library routines
- Conventions the Cx51 Compiler uses to name code and data segments
- How to interface Cx51 functions to assembly routines
- Data storage formats for the different Cx51 data types
- Different optimizing features of the Cx51 Compiler
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