MCSDK UG Chapter Exploring - Texas Instruments Wiki. Last updated: 0. 1/0. Overview. The Multicore Software Development Kit (MCSDK) provides foundational software for TI Key. Stone II device platforms. It encapsulates a collection of software elements and tools intended to enable customer application development and migration. After reading this chapter you should have a sense of the different pieces that make up the MCSDK. The Multicore Software Development Kit (MCSDK) provides foundational software for TI KeyStone II device platforms. It encapsulates a collection of software. TheINQUIRER publishes daily news, reviews on the latest gadgets and devices, and INQdepth articles for tech buffs and hobbyists. UpdateStar is compatible with Windows platforms. UpdateStar has been tested to meet all of the technical requirements to be compatible with Windows 10, 8.1, Windows 8. Manage your page to keep your users updated View some of our premium pages: google.com. Upgrade to a Premium Page. Retrouvez toutes les discothèque Marseille et se retrouver dans les plus grandes soirées en discothèque à Marseille. You can then refer to the chapter, Developing with the MCSDK to get the details. That is one that addresses acronyms that this Chapter uses. This means you should add/remove from the Table below. The following acronyms are used throughout this chapter. Acronym. Meaning AMC. META-INF/MANIFEST.MFname/audet/samuel/shorttyping/ShortDictManager$BufferedStream.classname/audet/samuel/shorttyping/ShortDictManager.classname/audet/samuel. Overdrive and distortion. The market overflows with overdrive and distortion pedals. It can be a tough challenge to decide and to find pedals. Advanced Mezzanine Card. Texas Instruments Code Composer Studio. Texas Instruments Chip Support Library. Double Data Rate. Dynamic Host Configuration Protocol. Digital Signal Processor. Texas Instruments Data Analysis and Visualization Technology. Enhanced Direct Memory Access. Electrically Erasable Programmable Read- Only Memory. Evaluation Module, hardware platform containing the Texas Instruments DSP. High Performance Digital Signal Processor Utility Application. Hyper. Text Transfer Protocol. Internet Protocol. Texas Instruments Inter- Processor Communication Development Kit. Joint Test Action Group. Texas Instruments Multi- Core System Analyzer. Texas Instruments Multi- Core Software Development Kit. Texas Instruments Network Development Kit (IP Stack). Network Interface Management Unit. Texas Instruments Programmers Development Kit. Random Access Memory. Eclipse Real- Time Software Components. Secondary Program Loader. Serial Rapid IO. Transmission Control Protocol. Texas Instruments. Universal Asynchronous Receiver/Transmitter. User Datagram Protocol. Texas Instruments Unified Instrumentation Architecture. Universal Serial Bus. Note: We use the abbreviation TMS when referring to a specific TI device (processor) and the abbreviation TMD when referring to a specific platform that the processor is on. For example, TMS3. C6. 67. 8 refers to the C6. DSP processor and TMDSEVM6. L refers to the actual hardware EVM that the processor is on. ARM Subsystem. Overview. ARM subsystem runs following software components: -. U- Boot - Boot loader. Boot Monitor - Monitor and other secure functions. SMP Linux - ARM A1. SMP Linux. This section describes details of these components delivered as part the Linux ecosystem in MCSDK. This document describes how to install and work with Texas Instruments' Linux Kernel for the Key. Stone II platform. The MCSDK provides a fundamental Linux based software platform for development, deployment and execution on the ARM A1. Key. Stone II architecture. In this context, the document contains instructions to. Install the release. Build the sources contained in the release and run it on the target keystone II EVMKernel and peripheral driver design and/or implementation details. Changes impacting users. It is strongly recommended to upgrade all images to the same release which includes: uboot, boot monitor, kernel and file system. This section describes the list of changes that impacts the user. K2. Also Linux kernel is rebased to v. Please see the build location for the URL for these repos. The ubifs partion size in dts file is changed accordingly to use the increased size. The u- boot tag for this. K2. There are dts changes that requires the kernel to be in sync with DTS. So the DTB file name has k. EVM name. DEV. MCSDK- 0. Linux upstream kernel changed to 3. Last release was based on 3. As a side effect, the location of dtb file generated by the Linux kernel build is now at arch/arm/boot/dts folder. Changed the name of dtb file populated in the release to u. Image- tci. 66. 38- evm. DEV. MCSDK- 0. 3. Changed the name of u- boot command install. Ubuntu 1. 2. 0. 4 recommended. Terminal Emulator: Tera Term on Windows or Minicom on Linux Host can be used. For CCS and Simulator installationplease refer to corresponding documentation, which comes with CCS and/or Simulator. This done to make it intuitive for anyone to identify the baseline upstream u- boot version used in a release from the tag name. Iteration is optional and is used when multiple tags are to be used for the same month for what ever reason. This will be available under release. Please refer the Yocto section below for details. The second is to build the kernel together with the filesystem using Yocto project on Arago. Build Prerequisites. Ubuntu 1. 2. 0. 4 LTS distribution and sudo access should be available to the user. Install the tool chain as described in the section Toolchain Installation above for cross compiling. Install and configure git in the Ubuntu machine. Use the following command to install git: $ apt- get install git- core. To configure git please refer here. If your network is behind a proxy, those settings need to be configured as well. Packages needed at build- time can be fetched with a simple command on Ubuntu 1. Note: If you are running a distribution other than Ubuntu 1. LTS, please refer to your distribution documentation for instructions on installing these required packages. As a result use of ramfs is not possible. The filesystem needs to be under 8. M for use with ramfs. Proxy Setup. If your network is behind a firewall/proxy additional settings are needed for bitbake to be able to download source code repositories for various open source projects. Some of these configuration items are. A “. wgetrc” needs to be created under the $HOME directory. A sample wgetrc can be found here. Please update configuration variables http. These may be added to your . The following lines need to be modified as per settings for your network: http- proxy- exceptions = “exceptions”http- proxy- host = “proxy- host- for- your- network”http- proxy- port = 8. U- Boot Build instructions. First clone the U- Boot source tree from Arago git repository. Release tag> where release tag can be obtained from the release notes. For example, release tag used is DEV. MCSDK- 2. 01. 3- 0. To build u- boot. MSMC SRAM, do the following. To build u- boot- spl. SPI NOR flash, do the following: -. To build secondary boot u- boot. Image firmware format) that can be flashed and booted through SPI NOR flash do the following: -. To do so, use the following command to build a single gph image for programming on SPI NOR flash. To build a single u- boot- nand. EMIF1. 6 NAND flash, do the following: -. For example, DEV. MCSDK- 0. 3. 0. 0. This is performed as follows. Release tag> where release tag can be obtained from Release notes. For example tag is DEV. MCSDK- 0. 3. 0. 8. Before building the linux kernel for Simulator, user has to modify the source file linux- keystone/drivers/net/ethernet/ti/keystone. For example tag for RT kernel is DEV. MCSDK- RT- 0. 3. 0. This is for such use cases as fast path packet processing. Detailed description of these modules and build insructions are available at http: //processors. Transport. Net. Lib. That is the u- boot. Assuming you are in the u- boot source top level directory execute the following commands after building u- boot. One connected to the BMC and another to the UART0 of the K2. HK SOC. The terminal connected the the SOC UART0 port must support xmodem protocol. For example to use minicom on Linux, follow the steps at . User should see. 's: Give your local XMODEM receive command now. Once transfer is complete, user would see. Transfer complete. READY: press any key to continue.. Create a new target configuration for the TCI6. You have to do that only once. Open Teraterm or Hyper Terminal, create a connection with 1. Copy the latest tci. Also the script may need tweaking to suite the environment on which you are running this. The example given here is for reference only. Copy the image files (u- boot- keystone- evm. Open the scripting console and type. JSFile . Make sure PC is currently pointing to 0xc. Click Resume button on the CCS window to run u- boot. If you build u- boot from source code, u- boot- spi. This implemented using a u- boot env script which is added to very recent version of the u- boot. To see if current u- boot on EVM support this, do. If so do following to upgrade u- boot assuming gph image is copied to root directory of tftp server. The SPL U- Boot reside in SPI flash at offset 0. Then do the following steps: -. Single Stage SPI Flash Boot. In the single stage SPI flash boot, the image to be burnt into the SPI flash contains the u- boot. In that case, filesize and fileaddr are set in the process. When a bad block is found, the ROM bootloader moves to the next block and re- initializes the boot data processor. When the block is pre- marked as bad the boot data processor should not be reset. Users can check the bad block list using . Similarly the nand device on K2. E EVM has a block size of 1. KB, and u- boot- nand. If any of the 2 or 3 blocks are marked bad, we should skip the bad block and use the next 2 or 3 good blocks. See the instructions in section Loading and Running U- boot on EVM using CCS. Once script execution is complete, click onto the Resume button on CCS. At u- boot prompt, update the env variable bootargs, for example: > setenv bootargs 'console=tty. S0,1. 15. 20. 0n. M'. If the size of the file system image is greater than 9. M, update 9. M to the correct size. OK. ## Flattened Device Tree blob at 8. Booting using the fdt blob at 0x. Loading Kernel Image .. OK. Loading Device Tree to 8. OK. Starting kernel .. Bogo. MIPS (lpj=1. Assuming maximum watch. The documentation is available on http: //www. U- Boot/The release is based on upstream v. U- boot release. This section gives information specific to the TCI6. EVM board and drivers only. It has PLL, DDR3 configurations and initialization functions. It has the following files. Asynchronous EMIF configuration. Platform specific xhci support in drivers/usb/host/xhci- keystone. Ethernet Driver. The K2. HK EVM has 4 Ethernet ports (port 0 - 3) with K2. HK. The K2. L EVM has 4 Ethernet ports (port 0 - 3) with K2. L. For example. set ethact K2.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
August 2017
Categories |