Memory Management

Features In Detail

• Highly optimized generated code. Full versions generate ROMable code, demonstration versions generate listing files with assembly.

• part-specific header files describe the unique features of each target device.

• compiler configuration using #pragma directives.

• ports are declared and protected using the#pragma portseries of directives

• the#pragma vectordirective specifies the location and assigned name for interrupt sources.

• BClink Linker links object files and libraries compiled withc6805.exe

• object libraries can be included directly in C source files using Absolute Code Mode.

• named address spaces support the grouping of variables at specific memory locations.

• SPECIAL address space declares variables at special locations such as external devices or internal EPROM.

• LOCAL address space allows you to use local variables.

• extensions to the C language designed specifically for the embedded systems developer. Some extensions include bit-sized data types, binary constants, extended case statements, direct variable placement with the@symbol, and support for processor-specific functions.

• interrupt handler support in C; makes context saving and restoring easy.

• data types include:

  bit,bits

  char,short,int,long

  register-oriented types for direct access to processor registers when necessary

• selectable 8 or 16 bitintdata type.

• packed bit fields instructs.

• include single and multiple lines of inline assembly within a C program with the#asmand#endasmdirectives

• extensive control over computer-generated initialization.

• generates source-level information required for emulators.

• support for hardware registers such as Mask Option Register.

• supports the instruction extensions DAA, MUL, STOP, WAIT.

• supports processor specific instructions CLC, CLI, NOP, RSP, SEC, SEI, STOP, SWI, WAIT.

• allows direct access to AC, X, CC registers.

• support for source-level debugging with popular emulators including Motorola's MMDS05.

MPC supports the Microchip PIC 12/14/16/17 families, including 8K and flash parts.

TheMPCCode Development System includes:

C6808 C Compiler for Freescale HC08/HCS08/RS08

C6808|MC68HC08|RS08

TheC6808 Code Development Systemsupports all Freescale HC08, HCS08, and RS08 microcontrollers.

Order Now

SeeOrdering, contactsales@bytecraft.comora distributor near you.

Demonstration Version

Download a demonstration version of C6808 from our depot.

TheC6808Code Development System includes:

• an optimizing C Cross-compiler,

• the BCLink linker,

• an Integrated Development Environment and editor,

• a built-in macro cross-assembler.

Fuzz-C™ Fuzzy Logic Preprocessor

 

fuzzy logic

Fuzz-C™ is our preprocessor for Fuzzy Logic in C programs.

The Fuzz-C Preprocessor for Fuzzy Logic makes adding fuzzy logic control to your programs easy. The preprocessor translates a source file of mixed fuzzy logic statements and C statements to a file of pure C source code. The resulting C source file can be compiled by your favorite C compiler to quickly integrate fuzzy logic with supporting C functions.

The C code that is produced is efficient and reliable. Standard defuzzification methods are included in source form, and new methods can be easily added. Fuzzy functions and C functions are completely integrated and can easily call each other.

For a printable summary of Fuzz-C, seethis PDF flyer.

For resources on using Fuzzy Logic, see“Fuzzy Logic”.