DSP-C6000-DM642DEMO.rar_DSP Protel_DSP 图像_DSP 滤波_seed

# # Copyright 2003 by Texas Instruments Incorporated. # All rights reserved. Property of Texas Instruments Incorporated. # Restricted rights to use, duplicate or disclose this code are # granted through contract. # # # "@(#) DDK 1.10.00.23 07-02-03 (ddk-b12)" TITLE ----- C5509_USB stress tests (sio_usbtest & gio_usbtest) DOCUMENTATION ------------- The documentation for this device driver is located in /ddk/docs/c5509_usb.pdf USAGE ----- These samples are tests for the USB device for the TMS320C5509 EVM board and uses the c5509_usb mini-driver to transfer data between the EVM and a host PC. These tests are used in conjunction with the host PC application "USBIO Demo Application" from Thesycon and the setup program "usbio_ti.exe" is located in the /ddk/apps/usb/host directory. See the "NOTES - RUNNING THE SAMPLE APPLICATIONS" section below for step-by-step instructions on running the sample applications. DESCRIPTION ----------- - sio_usbtest: ------------ This example demonstrates how an application can use the SIO API(asynchronous I/O) to stream data to and from the host PC using the USB interface. The PC host utility is configured to send a sample text file to the DSP via a USB OUT pipe and the DSP echos back the data on another USB IN pipe. This application is configured to use the DIO adapter. - sio_usbtestl: ------------ This example is the same as the sio_usbtest example above except it uses the large memory model. - gio_usbtest: ------------ This example demonstrates how an application can use the GIO API(synchronous I/O) to stream data to and from the host PC using the USB interface. Like the sio_usbtest, the PC host utility is configured to send a sample text file to the DSP via a USB OUT pipe and the DSP echos back the data on another USB IN pipe. - gio_usbtestl: ------------ This example is the same as the sio_usbtest example above except it uses the large memory model. FILES ----- (small memory model) - gio_usbtest.cmd: application linker command file. - gio_usbtest.pjt: project files to build the application gio_usbtest. - gio_usbtestcfg.tcf: tconf configuration file. See notes below. - gio_usbtest.tci: tconf configuration include file. See notes below. - sio_usbtest.cmd: application linker command file. - sio_usbtest.pjt: project files to build the application sio_usbtest. - sio_usbtestcfg.tcf: tconf configuration file. See notes below. - sio_usbtest.tci: tconf configuration include file. See notes below. (large memory model) - gio_usbtestl.cmd: application linker command file. - gio_usbtestl.pjt: project files to build the application gio_usbtest. - gio_usbtestlcfg.tcf: tconf configuration file. See notes below. - gio_usbtestl.tci: tconf configuration include file. See notes below. - sio_usbtestl.cmd: application linker command file. - sio_usbtestl.pjt: project files to build the application sio_usbtest. - sio_usbtestlcfg.tcf: tconf configuration file. See notes below. - sio_usbtestl.tci: tconf configuration include file. See notes below. - c5509evm_device.c: defines example USB device descriptor information for the C5509 EVM. - sio_usbtest.c implementation of sio_usbtest test. - gio_usbtest.c implementation of gio_usbtest test. - usbdscr_config.c: defines example USB configuration descriptors used by the sio_usbtest and gio_usbtest applications requiring an USB IN and USB OUT BULK transfer type endpoints. - usbtest_params.c: USB default driver parameters. - tconflocal.tci: tconf configuration include file. See notes below. - readme.txt: this file. NOTES ----- GENERAL: - These examples are not delivered with any CDB configuration files. This was done to avoid customer versioning problems, since CDB versions must be matched up with the DSP/BIOS product version. Instead, these applications have been delivered with textual configuration files. You can generate your CDB files by running the CCS tconf utility on the application's respective TCF file. Alternatively, you can generate all of the DDK CDB files at once from the batch file in the DDK's top level directory. See the product release notes for more information on running this batch file. See the DSP/BIOS TextConf User's Guide (SPRU007) for more information on the tconf utility. - Files in the library are compiled with "no optimization switch" turned on, and the same is specified in the project (pjt) files. If you plan to use this module in a project release, you should rebuild the library with optimization turned on. - Each of the applications has a custom linker command file as part of the its project. This linker command file links in the command file that is generated by the DSP/BIOS Configuration Tool and also explicitly links in the driver libraries. RUNNING THE SAMPLE APPLICATIONS: To run a sample applications described above, perform the following steps: - If not already installed, install the host PC application "USBIO Demo Application" from Thesycon by running the setup program called "usbio_ti.exe", located in your /ddk/apps/usb/host directory, and follow the installation steps. - Start the USBIO application called "usbioapp.exe". From the Windows "Start" menu select "Start->Programs->Thesycon->USBIO Drivers Package V1.51 (Light TI)->USBIO Application". - From CCS load and run a DSP sample program (e.g. sio_usbtest55.out or gio_usbtest55.out) -- First time only, Windows enumerates the USB bus and may ask you for the directory location of the USBIO host driver. Browse to the "usbio_ti.sys" file located in your Windows driver directory(e.g. C:\WINNT\system32\drivers) and select "OK". Note: Make sure the 5509 EVM USB cable is also plugged into your PC. - From the USBIO application, select the "output window" button in the down left corner to display the output text window. - Click on the Current Device "Open" button in the middle left to open the USB device number 0. You should see some device information in the output window. - Click the "Configuration" tab which is the third one at the top. Then click the "Set Configuration" button. The "Conf Desc Index" value should be 0. If an error is displayed in the output window, make sure you have loaded and run one of the example DSP programs and the USB cable is connected. - Click the "Pipes" tab which is the 5th at the top. -- In the "Endpoint Address", input the value 0x82, which is the endpoint that will be used by the host to read data from the device. -- In "purpose", select "Read Pipe to output window". Press "Open Pipe" and a new window will appear. Note: you can also select the "Read from Pipe to File" for the "Purpose" in order to save the echo'd data to a file, but the data will not be displayed in the output window. -- In this new window, select the "Read from Pipe to output window" tab, then you can simply click the "start reading" button. Do not close this new window; keep it open or the USB pipe will close. -- In the "Endpoint Address", input 0x02, which is the endpoint that will be used by the host to send data to the device. -- In "Purpose", select "Write from File to Pipe". Select "Open Pipe" and a new window will appear. -- In the new window, select the "Browse" button and select the file you wish to write to the device. For example, a text file such as the gio_usbtest.c or sio_usbtest.c works well. -- Uncheck the "rewind" box so that the data file is sent only once. You may wish to keep the "rewind" box selected if you want the file to be sent continuously. -- Click the "start writing" button. The data should now be sent to the output window (or file if select). You can select the "Start Writing" button again if you want to write the same file again. - Compare the file written with the data in