Code Composer StudioTM - Rose

Related Documentation
Use this document
If you need information about:
Code Composer Studio
SPRU301 TMS320C6000 Code Composer
Studio Tutorial
How to run Code Composer Studio
SPRU328 Code Composer Studio User’s
Guide
How to use the integrated development environment to develop and debug applications
SPRU303 TMS320C6000 DSP/BIOSTM User’s
Guide
How to use DSP/BIOS tools and APIs to analyze embedded real-time DSP applications
SPRU186 TMS320C6000 Assembly
Language Tools User’s Guide
Assembly language tools designed for the TMS320C6000 32-bit devices:
• Assembler
• Archiver
• Linker
• Cross-reference lister
• Absolute lister
• Hex conversion utility
SPRU187 TMS320C6000 Optimizing C
Compiler User’s Guide
Quick Start Reference Guide
Installing the Hardware
If you will be using the EVM6x board, you must
install this system driver and support software. It
is recommended that you install the system driver
and support software before you install the board
in the machine.
Compiler tools designed for the TMS320C6000 32-bit devices:
• Parser
• Optimizer
• Code generator
• Interlist utility
• Assembly optimizer
• Library-build utility
Installing the EVM6x System Driver and Support
Software on a PC
1
SPRU198 TMS320C6000 Programmer’s
Guide
How to program TMS320C6x digital signal processor devices
Insert the installation CD into the CD-ROM
drive.
SPRU189 TMS320C6000 CPU and
Instruction Set Reference Guide
The CPU architecture, pipeline, instruction set, and interrupts for the TMS320C6000
digital signal processors
An install screen should appear; if not, go to
Windows ExplorerTM and run setup.exe from
your CD-ROM.
SPRU190 TMS320C6000 Peripherals
Reference Guide
The on-chip peripherals of the TMS320C6201/6701 digital signal processors:
• Program memory
• Data memory
• Direct memory access (DMA) controller
• Host-port interface (HPI)
• External memory interface (EMIF)
• Boot configuration
• Multichannel buffered serial ports (McBSPs)s
• Timers
• Interrupt selector and external interrupts
• Power-down modes
SPRU197 TMS320C6000 Technical Brief
2
1
Shut down and power off the PC.
2
Verify that dip switches 3, 4, 5, and 9 are
in the up/off position.
3
Install the EVM board into an unobstructed
full-length PCI slot.
4
Attach any necessary cables (e.g., headphones
or microphones) to the EVM.
The CPU architecture, peripherals, and development tools for the TMS320C6000 DSPs
5
Copyright © 1999 Texas Instruments Incorporated
Printed in U.S.A., May 1999, SDS
Choose the option to install EVM6x Driver and
Utilities.
Installing the EVM6x Board into a PC
Code Composer Studio, DSP/BIOS, XDS-510 are trademarks of Texas Instruments Incorporated. Windows 95, 98, NT, Internet Explorer, Windows Explorer are either trademarks or registered trademarks of Microsoft
Corporation. IBM is a trademark of International Business Machines Corporation. Netscape Navigator is a trademark of Netscape Communications Corporation. Pentium is a trademark of Intel Corporation.
SPRU313
TM
Turn on and power up the PC.
If you are using Windows NTTM, your EVM
hardware installation is complete. If you are using
Windows 95TM and you have already installed the
EVM support software, you must reboot before
this installation is complete.
Note: If you are using Windows 95 and you did not install
the EVM software first, the PCI bus enumerator will
detect new hardware and request that you provide the
required file(s).
• Browse the Code Composer Studio CD (assuming it is in
drive d:) to d:\evm6x.inf
• Follow the on screen instructions.
Installing the Software
Code Composer Studio installation consists of two
steps: installing the software on your system and
running the Code Composer Studio setup
application. The setup application configures the
driver interface and enables Code Composer
Studio to communicate with your DSP simulator
or target board. The requirements for the
operating platform are:
Minimum
• 486 IBMTM PC or compatible
• Microsoft WindowsTM 95, 98 or NT 4.0
• 100 megabytes of hard-disk space
• 16 megabytes of RAM
• SVGA (800 x 600) display
Recommended
• PentiumTM 133 IBM PC or compatible
• Netscape NavigatorTM 3.0 or later,
or Internet ExplorerTM 3.0 or later
(to read release notes, to register, etc.)
• 32 megabytes of RAM
• SVGA (1024 x 768) display
Installing Code Composer Studio for
Windows 95/98/NT
Note: For Windows NT, you must install Code Composer
Studio using administrator privileges.
1
• Clear System Configuration button – removes all
board configurations from your system
configuration
Before Running Code
Composer Studio
1
Before you run Code Composer Studio it is a good
idea to reset the hardware. You can do this in two
ways:
Insert the installation CD into the CD ROM
drive.
An install screen should appear; if not, go to
Windows Explorer and run setup.exe from
your CD-ROM.
2
Choose the option to install Code Composer
Studio.
3
Respond to the dialog boxes as the installation
program runs.
The installation procedure creates CCStudio and
Setup CCStudio program icons on your desktop.
2
3
Setting Up Code Composer Studio
Note: Online help for Code Composer Studio Setup is
available by using the help menu from Code Composer
Studio Setup.
The Code Composer Studio Setup utility runs
when you reboot your computer after installing
Code Composer Studio (provided the checkbox
was selected). You can also invoke the setup
application by double clicking on the Setup
CCStudio icon that appears on your desktop. The
Import Configuration dialog box appears and
displays a list of prebuilt system configurations.
• Available Configurations – lists the standard
board configurations shipped with Code
Composer Studio
• Additional Information – describes the prebuilt
configuration
• Filters – drop-down boxes that allow you to
narrow the list of available configurations
• Add to System Configuration button – makes the
board configuration you selected the active
configuration for Code Composer Studio
2
4
Select the appropriate board or simulator
configuration. Use the filters to help narrow
the available choices, and then click Add to
System Configuration. If your exact
configuration is not available, choose Close
and go to step 4.
Repeat the step above for each board or
simulator you wish to add to your system (up
to one of each). Click Close after you have
finished adding configurations to your system.
If the configuration you selected is correct,
the boards/simulators you have added will
appear in the System Configuration window.
Select File –> Save, File –> Exit, and continue
to run Code Composer Studio.
use and choose Open.
2
• For the EVM6x, use Start –> Programs –> Code
Composer Studio ’6000 –> EVM Reset.
• For XDS510, use Start –> Programs –> Code
Composer Studio ’C6000 –> Reset XDS510
Board; then, select GEL –> reset.
To add files to the project: Select Project –>
Add Files to Project or select View –> Project
to open the Project View window, right click
on the project name, and select Add Files. If
the file type is not correct, type or select the
correct extension in the Files of Type dropdown field. Every project is divided into the
following four file types:
• include – contains all header/include files:
*.h
• libraries – contains all library files: *.lib
Running the Code Composer
Studio Tutorial
• source – contains all source files: *.c,
*.asm
The best way to learn Code Composer Studio is to
run the tutorial.
• linker command files (*.cmd) are placed
externally to the project folders
1
Double click on the CCStudio icon on your
desktop.
To manually add your own system
configuration, double click on the appropriate
Available Board/Simulator Types.
2
From the Code Composer Studio menu, select
Help –> Tutorial –> Code Composer Studio
Tutorial.
Note: Do not try to specify include or header files
directly. These files are automatically added to the
project by scanning the source files for
dependencies.
• Use either the C6xxx EVM or C6xxx XDS
configurations if you are communicating
directly with actual DSP hardware.
Note: For assistance with specific tasks, see the online
help.
• Use the C6xxx Simulator configuration if the
DSP hardware is not available or if you do
not want to start development on a target
system.
• Click Next or select the Board Properties
tab. Type the appropriate I/O port value for
the board.
• Click Next or select the Processor
Configuration tab. Select and add the
appropriate processor to the board.
• Click Finish. Select File –> Save, File –>
Exit, and continue to run Code Composer
Studio.
Starting a Project
1
To create a new project: Select Project –>
New from the menu. This opens the Save New
Project As dialog box. Navigate to the correct
project directory where you want the project
to reside. In the File Name field, type the new
project file name and press Save.
Note: If an existing project is already open, its
compiler, assembler, and linker options are copied to
the new project and the existing project is
automatically closed. If a project is not open, the
new project inherits the default project options. The
title bar changes to display the name of the new
project and the Project Edit dialog box is created for
you to add files to the project list.
To open an existing project: Select Project –>
Open from the menu. The Project Open dialog
box appears. Navigate to the correct project
directory. Highlight the project you want to
3
To set tool options: Select Project –> Options
from the menu. You can change options for
the compiler, assembler and linker.
4
To build the program: Choose Project –>
Rebuild All to recompile, reassemble, and
relink all the files in the project. Messages
about this process are shown in a frame at the
bottom of the window.
5
To load the program: Select File –> Load
Program. This loads the executable file.
6
To debug the program: Select Debug from the
menu and choose the debugging activity you
want.
Using the Online HELP
To obtain help for any aspect of Code Composer
Studio, select Help –> General Help from the
menu. Browse or search the CCStudio General
Help Contents and Index to obtain information on
any tool, feature, or functionality of the Code
Composer Studio product.
3
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