Product Options: (please select above before ordering!)	Includes Project Manager, Editor & Linker?	Includes Phyton C compiler for ARM?	Includes GNU GCC C compiler?	Includes Software Simulator?	Includes JEM-ARM OCD Driver?	Includes JEM-ARM JTAG emulator / programmer?	Price
CM-ARM/D	yes	no [30-day evaluation]	yes	yes	yes	no	$495.00
CM-ARM/DJ	yes	no [30-day evaluation]	yes	yes	yes	yes	$745.00
CM-ARM/C	yes	yes	yes	no [30-day evaluation]	no [30-day evaluation]	no	$995.00
CM-ARM/CD	yes	yes	yes	yes	yes	no	$1,495.00
CM-ARM/CDJ	yes	yes	yes	yes	yes	yes	$1,745.00

CodeMaster™-ARM major features

• Supports a variety of ARM7, ARM9, ARM9E, ARM10, and Intel XScale devices*
• C compiler conforms to ANSI/ISO 9899-1990 standard
• Includes C and assembler peripheral register definition files
• Includes run-time libraries for both ARM® and Thumb® modes
• Allows mixing ARM and Thumb functions in the same source file
• Provides efficient ARM/Thumb inter-working support
• Supports in-line assembler and ARM specific intrinsic functions for efficiency
• IEEE-754 floating-point arithmetic for double and single precision operations
• VFP Vector Floating Point coprocessor code generation
• Generates comprehensive symbolic debug information for software and OCDS debuggers
• Optimized GNU GCC compiler is included into IDE as a second compiler
• ARM-core software simulator tracks scopes and monitors local variables
• Fast flash programming and real-time debugging via the optional USB-hosted JEM TM JTAG emulator
• High-level and low-level single steps, true hardware breakpoints and complex breakpoints
• Code coverage and profiling, software tracing, Ctype script language and other hi-end debugging features

* Visit http://www.phyton.com to get the newest software update and list of supported ARM devices

Download a fully functional CodeMaster-ARM toolset for a free 30 days evaluation. You can evaluate some embedded project primers or work on your own real projects.

CodeMaster™-ARM components

CodeMaster Project Manager and Tool Integrator

The CodeMaster-ARM Project Manager and Tool Integrator controls all the tools for composing, editing, compiling, and debugging programs in one IDE.

Main features:

• Represents a Windows-based front-end for a chosen CodeMaster debugger: software simulator or JEM-ARM JTAG emulator
• Includes a full-featured sophisticated multi-file Editor. Displays colored syntax highlighting for C and assembly files.
• Transparently switches from the Editor to the Source window of the chosen debugger and vise versa
• Configures Phyton compiler or GCC GNU compiler in accordance with a chosen compiler's specifications to allow symbolic debugging for output files
• Configures a chosen debugger resources in accordance with a selected target MCU, that includes a memory model, types and segments
• Defines locations and other properties of source files included in the project, make options and locations output files generated by a compiler/linker
• Automatically re-builds an entire project if the source text has been edited and loads a output file after the compiler/linker for source-level debugging
• Captures error messages generated by the compiler and linker, displays them and highlights error spots in the source text for prompt correction

CodeMaster C compiler for ARM (optional)

Main features:

• Supports a variety of ARM7, ARM9, ARM9E, ARM10, and Intel XScale devices
• Conforms to the ANSI/ISO 9899-1990 standard
• Produces fast and reentrant code
• Includes C and assembler peripheral register definition files
• Includes run-time libraries for both ARM and Thumb modes
• Allows mixing ARM and Thumb functions in the same source file
• Provides efficient ARM/Thumb inter-working support
• Supports in-line assembler and ARM specific intrinsic functions for efficiency
• Allows writing interrupt routines in C
• IEEE-754 floating-point arithmetic for double and single precision operations
• Generates comprehensive symbolic debug information for debugging
• Supports the size of ARM/Thumb applications up to 4G bytes
• VFP Vector Floating Point coprocessor code generation (will be added soon)

Assembler features:

• Allows assigning C types to variables and functions
• Supports conditional assembly
• Provides strict operand type checking
• Includes extensive set of 32-bit arithmetic and logical operators
• Supports local names (labels) in functions and macros
• Powerful macro capabilities
• Easy and safe integration with the compiler and CodeMaster debuggers

CodeMaster GNU GCC Compiler for ARM

Main features:

• CodeMaster-ARM IDE includes GCC-4.0 toolchain from the GNU Compiler Collection (GCC version 4.0.0, binutils version 2.16.1, newlib version 1.14.0), for further information see http:/gcc.gnu.org/.
• CodeMaster-ARM IDE includes a pre-built version of the GCC C compiler, assembler, linker, and other utilities as well as GCC libraries pre-built from newlib sources; the libraries configured for different combinations of the ARM processor features (architecture, CPU mode, interworking, VFP usage, byte order)
• The GCC compiler is fully integrated into the CodeMaster-ARM IDE to enable the user developing and debugging applications

CodeMaster Linker-Librarian

The linker is a multi-targeted tool which links one or more relocatable object files produced by the Phyton assemblers or compilers to create executable code for the target microcontroller.

Main features:

• Produces PROMable code
• Produces detailed debugging information for all entities in the user program
• Generates informative map-file with customizable contents
• Performs C type checking for variables and functions
• Supports 2 priority levels of library modules to extend the flexibility of library usage

Editor

The Phyton built-in editor combines standard functions of popular editors with some features added to make it convenient for working on embedded applications written in both C and assembly languages. You can use your favorite editor and then import created files into the IDE for debugging. Nevertheless, the usage of Phyton's editor gives you a great benefit of working in one development environment, which enables you to do everything from entering your raw code to completing your project.

Special features of the Phyton built-in editor that facilitate working on embedded applications in the CodeMaster and Project integrated development environments:

• Provides concurrent editing of unlimited number of files with unlimited file size
• Highlights C code syntax with colors and font attributes. Function tagging lets you quickly locate any function, procedure or method in any file in your project
• Aside from working with standard stream blocks, it allows to operate with vertical and string blocks
• Auto-completion word typing feature
• Auto-indent of the C language brackets
• Extensive search and replace facilities include multi-file search and replace feature that works across project directories and include-files
• Standard editor functions can be extended by special script-commands programmed to any key combinations
• Enhanced clipboard operations - standard Cut, Copy and special Add to clipboard commands
• Collapse mode editing lets editing selectively hidden sections of the code. Displaying of conditionally collapsed texts
• Periodically auto-saves files to a disk
• Bookmarks lets you push and pop positions off quickly
• Unlimited Undo
• Transparent transition from editing to debugging and vice versa

CodeMaster OCD Driver (optional)

... is a software layer between the CodeMaster IDE and the available JEM-ARM emulator. The IDE actually includes several similar OCD drivers, each of which supports communications to a particular target microcontroller family with the JTAG interface. The IDE automatically selects an appropriate OCD driver to communicate to a chosen target microcontroller from ARM, Atmel, NXP, STMicroelectronics, Oki, Texas Instruments, Analog Devices and other ARM MCU manufacturers.

CodeMaster Software Simulator (optional)

Main features:

• Simulates the ARM7TDMI core
• Allows debugging program written for ARM and Thumb modes
• Virtual memory model with up to 4Gb space
• Memory mapping for memory resources assigned for the program and target hardware
• Unlimited number of breakpoints
• Enables read/write access to all variables and registers while the program runs or stops
• Software trace capability
• Performance analyzer (profiler)
• External environment simulation
• Interface for linking external user-defined program modules
• C-like script language for routine automation

Limitations:

• Supports only the 'little-endian' memory model
• Does not accurately simulate the peripherals; they are represented as memory locations
• Does not simulate hardware interrupts

JEM-ARM Emulator and Programmer (optional)

Main features:

• PC hosted via a USB port
• Supports debugging and programming for ARM7- and ARM9-based devices from Atmel, NXP/Philips, STMicroelectronics, Texas Instruments, Oki, Analog Devices, and others
• Automatically programs flash memory when loads a program for debugging
• Smart programming algorithm reduces flash memory writing time and prevents the MCU memory against premature wearing out
• Supports operations with external program and data memory devices
• Supports real-time and single steps program execution
• Enables two hardware breakpoints
• Enables access to all target microcontroller resources when halted at a breakpoint
• JTAG clock frequency up to 8 MHz
• Automatically adjusts a built-in clock generator to match the RTCK frequency, if cannot detect the RTCK signal sets the Fclk to maximum (for ARM7TDMI-S core only)
• Software tracer records and displays preprogrammed set of parameters when emulation is halted on a breakpoint or after a step
• Requires no external power adapter - gets power from a standard USB PC port
• Featured with an embedded regulator powering the target with a programmable voltage - 1V to 5V/350 mA
• The JTAG logical I/O lines tolerate target input/output signals in the 1 to 5.5V range
• Conveniently controllable from the Phyton CodeMaster-ARM integrated development environment
• The software set includes a C-like script language for hardware testing and device programming
• Dimensions - 4"x2-1/2"x1" (100x70x25 mm)