ScreenShots/CubePhotoShow3.jpg' alt='D Cube R2 Software Developer' title='D Cube R2 Software Developer' />Oracle acquired Sun Microsystems in 2010, and since that time Oracles hardware and software engineers have worked sidebyside to build fully integrated systems and. Back in 2013 Adobe moved its most valuable software, including Photoshop, Illustrator, and Premiere, to a subscription only model. If you want to use the industry. D Cube R2 Software Developer' title='D Cube R2 Software Developer' />Processor SDK Linux Automotive Software Developers Guide. Last updated 0. 31. Welcome to the DRA7xx Processor SDK Linux Automotive Software Developers Guide. Thank you for choosing the DRA7xx EVM for your application. The purpose of this guide is to get you going with developing software for the DRA7xx on a Linux development host only. NOTE This is a live Wiki page that gets updated for every release. For the Software Developers Guide that is specific to the release you are using, please refer to the SW Dev Guide link in Processor SDK Linux Automotive Landing Page. Introduction. Some commands are to be executed on the Linux development host, some on the Linux target and some on the u boot bootloader prompt. The following conventions are used to distinguish the commands on a host and on the target. Note All instructions in this guide are for Ubuntu 1. At this time, this is the only supported Linux host distribution for development. Download ShipBuildingCADCAMCAECastingEDA Optical Softwaretutorials,training. Bring Microsoft SQL Server 2017 to the platform of your choice. Use SQL Server 2017 on Windows, Linux, and Docker containers. Last updated 03102017. Welcome to the DRA7xx Processor SDK Linux Automotive Software Developers Guide. Thank you for choosing the DRA7xx EVM for your application. Starting your software development. Setup up ARM linux development Environment on the host. Please refer to this link to see how to set one up. Configuration of ARM Linux development Environment. Step 1 Install the Processor SDK Linux Automotive release on the host machine. Download the Processor SDK Linux Automotive installer. If necessary make the installer executable manually by executing host chmod x ti processor sdk linux automotive dra. Execute the installer on the host and follow the instructions host. Step 2 Setup the INSTALLDIR environment variable to the location where the Processor SDK Linux Automotive is installed the following assumes that Processor SDK Linux Automotive was installed at default location. INSTALLDIRHOMEti processor sdk linux automotivedra. Step 3 Setup the Processor SDK Linux Automotive on host. Host Setup. The recommended Linux distribution is Ubuntu 1. Ubuntu 1. 6. 0. 4. The following build host packages are required for Ubuntu. The following command will install the required tools on the Ubuntu Linux distribution. For Ubuntu 1. 4. 0. The build also requires that bash is configured as the default system shell. The following steps will configure Ubuntu to use bash instead of the default dash. Select no when prompted. Code Composer Studio. Code Composer Studio 6. Please see CCS v. Download for details and download the Linux off line installation tarball, e. CCS6. 1. 3. 0. 00. NOTEIf the CCS Linux tarball is copied to tisdkdownloads directory, please also run touch tisdkdownloadsCCS6. Mac Keygen on this page. The Processor SDK Linux Automotive comes with a script for setting up your Ubuntu 1. LTS development host. It is an interactive script, but if you accept the defaults by pressing return you will use the recommended settings. This is recommended for first time users. Note that this script requires ethernet access as it will update your Ubuntu Linux development host with the packages required to develop using the Processor SDK Linux Automotive. Note Please make sure that the proxy settings are done for http, https, git, ftp and wget before proceeding further. Execute the script in the Processor SDK Linux Automotive release directory using. INSTALLDIR. host. The setup script would perform the following operations. Installs all the necessary package on the host for the SDK. Prepares the UART terminal to communicate with the target over Debug USB on Minicom. If you want to use a windows host for connecting to the target instead, see the SettingupTeraTerm section Setups the linaro cross compiler Installs the dependencies for the repo tool. Initialize the repo by pointing it to Processor SDK Linux Automotive release manifest location. To start minicom on your Linux development host execute minicom w or Tera Term on Windows. Step 4 Prepare SD card To install the release image, you need a SD Card at least 4. GB with 2 partitions. The following procedure prepares the sdcard however, the user can choose to do it manually as well. Plug an SD card reader to your PC and insert a SD card. It must be at least 4. GB size. Identify which device corresponds to the SD card reader. SD Card is mapped. We will call it devsd. Y here. Note If you are using NFS file system, then edit INSTALLDIRboard supportpre built imagesuenv. Re format your SD card with this script mksdboot. Processor SDK Linux Automotive sudo INSTALLDIRbinmksdboot. Y sdk INSTALLDIRThe above script would prepare the SD card with the prebuilt images and yocto filesystem for SD boot. Step 5 Booting the board To boot the board with the above created SD card, refer to the Quick Start Guide at the Processor SDK Linux Automotive download location Link to setup the board. Then, power cycle the board and login with username as root. Repo tool Usage. Starting source code development using repo tool. The Processor SDK Linux Automotive release uses the repo tool to effectively manage the different components. NOTE 1 The first step to the repo tool is the repo initialization and this is done as part of the INSTALLDIRsetup. The repo tool is downloaded into the bin folder in the Processor SDK Linux Automotive directory. Please ensure that this path is updated in the environment variable as shown belowhost export PATHINSTALLDIRbin PATH. The Processor SDK Linux Automotive release contains a helper script that sets up the development environment. Run the script as shown below. INSTALLDIR. host. The script does the following. Check for the repo tool. Perform repo sync Create a branch called dev Checkout the branch dev. It is expected that the development is done on the dev branch. How to get updates. If there are changes in the remote repositories, it could be fetched using the same script. However, please make note of these important points. The script will fetch the latest changes, and switch back to the dev branch. The new updates from the remote, will be available in the master branch. The decision on whether to merge the changes to the local branch or merge the local branch to the master is left to the developer. Building Yocto Filesystem. Please ensure that the setup. Starting your software development section and answer yes to fetch sources prompt. Before building the filesystem, ensure that the svn, http, ftp and git proxies are set correctly. Refer to the following link for these settings https wiki. WorkingBehindaNetworkProxy. Add the Linaro cross compile toolchain path in the PATH environment variable. PATHlt Path to Linaro cross compile toolchain bin PATH. Run this command to as a one time setup for the yocto build. INSTALLDIR. Prior to running the setup yocto. GCC Linaro cross compiler installation path and the CCS binary is downloaded into a particular directory. Update the. binsetup yocto. For building core sdk, run the build core sdk. Create a downloads directory if building using Yocto for the first time, where the Yocto build will place the downloads. Note the path of the directory. NOTE Please pass the same downloads directory path to the following build script when promptedhost. These scripts will build the tisdk rootfs image. After build is complete the generated images can be found in yocto layersbuildarago tmp external linaro toolchaindeployimages. Generated images. MACHINE NAME lt DATE. This is the filesystem tarball. Copy and extract it on the rootfs partition of the boot media. SSAS cube processing error about column binding. This error message has been driving me crazy for hours. I already found which column has increased its length and updated the data table in the source which was now showing the right length. But the error just kept popping up. Turns out, that field was used in a fact to dimension link on Dimension Usage tab of the cube. And when you refresh the source, the binding created for that link does not refresh. The fix is to remove change relationship type to No Relationship and re create that link. Upd Since that answer seems to be still relevant, I thought Id add a screenshot showing the area where you can encounter this problem. If for whatever reason you are using a string for Dimension to Fact link it can be affected by the increased size. And the solution is described above. This is additional to the problem with Key, Name, and Value Columns on the Dimension Attribute.