How to Install VMware Workstation 1. Linux Systems. This tutorial will show you how to install VMware Workstation 1. RHEL/Cent. OS 7, Fedora 2. Debian 7- 9, Ubuntu 1. Linux Mint 1. 7- 1. VMware Workstation 1. Type II of hypervisors (Hosted Hypervisors). This tutorial also discuss some common issues during the installation process. Install Vmware Workstation in Linux. What is new in Workstation 1. Linux install TP-Link TL-WN725N Step by step how to usb driver install nano version 2 WiFi ubuntu driver install. This how to will work on Ubuntu TL-WN725N install.May be the main target for releasing the 1. OS releases/distributions like “RHEL7, Cent. OS 7, Windows 1. 0, …., etc” and the upgrades in hardware like Intel Haswell microarchitecture support and improvements for high DPI displays. USB support. This package contains special drivers for your Windows host that VirtualBox requires to fully support USB devices inside your. Home Android Cellphones and Mobile Tutorials HTC wildfire 2.2.1 root to HTC wildfire Android 2.3 | Install Android 2.3 on HTC Wildfire | How to root Htc Wildfire 2.2.1. Unfortunately, there is no change in Virtual Machine resources limitations from 1. Max. Virtual CPUs, Max. Virtual disks and Max. Virtual network. Finally we have another two awesome features, first one is the integration between VMware Workstion 1. VMware v. Cloud Air which give the ability to scale your virtual machine in the sky (External Cloud). Second one which should be useful one, the ability of creating desktop shortcuts for virtual machines which take productivity and usability to the next Level. ![]() ![]() There is also some another few features which you will discover by practice and make hands on labs. Prerequisites. Make sure that your system is 6. VMware Doesn’t provide 3. Unfortunately, the 1. BUT VMware didn’t talk about specific reasons. Make sure you have a license key to active the product OR you will work in the evaluation mode “the same features but with ONLY 3. YOU MUST enter a license key to active the product. Before you begin this guide, you will need the root account OR non- root user with sudo privileges configured on your system (Physical host). Make sure your system and its kernel is up to date. Step 1: Downloading VMWare Workstation 1. First login into your server as root or non- root user with sudo permissions and run the following command to keep your system up- to- date.# yum update [On Red. Hat Systems]. # apt- get update & & apt- get upgrade [On Debian Systems]. Next, download the software from VMware official site. You will download script file like “VMware- Workstation- Full- 1. After downloading script file, go to the directory which contains the script file and make sure that script file is exist and have default permissions.# ls - l. Aug 1. 0 1. 5: 1. VMware- Workstation- Full- 1. Give permission execute for all “for security reasons you may need to give the permission for the owner user only NOT for all”.# chmod a+x VMware- Workstation- Full- 1. After setting permission, make sure to check the permissions again.# ls - l. Aug 1. 0 1. 5: 4. VMware- Workstation- Full- 1. Step 2: Installing VMWare Workstation 1. The installation process follows a straight- forward steps, just issue following command to run the script file.[[email protected] Downloads]# ./VMware- Workstation- Full- 1. Once the script is running, you see the following window the screen. Install VMWare Workstation 1. Just follow the one screen instructions until “Installation was successful” message appears. VMWare Workstation 1. Step 3: Running VMWare Workstation 1. To start the software for fist time you will find some issues as discussed below with fixes. To start the software type vmware in the terminal.[[email protected] Downloads]# vmware. After running above command, you will see this message which notify you to install gcc compiler and some components. Just press ‘Cancel’ to continue. VMWare Kernel Module Updater. Return to the terminal, then lets install “Development tools”.[[email protected] Downloads]# yum groupinstall "Development tools" [On Red. Hat Systems]. [email protected]: ~# apt- get install build- essential [On Debian Systems]. When it finished, lets try to start the software again.[[email protected] Downloads]# vmware. This time another issue will be appear, its talk about kernel- headers, select “cancel” and lets check if it installed or not. VMWare Kernel Headers Missing[[email protected] Downloads]# rpm - qa | grep kernel- headers [On Red. Hat systems]. [email protected]: ~# dpkg - l | grep linux- headers [On Debian systems]. If nothing appears install it using.[[email protected]]# yum install kernel- headers [On Red. Hat Systems]. [email protected]: ~# apt- get install linux- headers- `uname - r` [On Debian Systems]. For further reasons which out of this tutorial scope, we will need to install another package “Kernel- devel”.[[email protected] Downloads]# yum install kernel- devel [On Red. Hat Systems]. 1. 2. When it finished, lets try to start the software again “be patient, trust me . Downloads]# vmware. Congratulations! we have solved all issues, you will see this window. VMWare Work. Station Starting. It makes some modification in kernel modules and compiling some new tools just fewer minutes, the application start and home window appears and waits from you to kick start it and make your virtual machines. VMware Workstation 1. Conclusion. Congratulations everything has done successfully, you should use in- deep the new features of the NEW edition of VMware Workstation, Do your labs and across Virtualization Ocean, GOod Lu. Package structure · R packages. This chapter will start you on the road to package development by showing you how to create your first package. You’ll also learn about the various states a package can be in, including what happens when you install a package. Finally, you’ll learn about the difference between a package and a library and why you should care. Naming your package“There are only two hard things in Computer Science: cache invalidation and naming things.”— Phil Karlton. Before you can create your first package, you need to come up with a name for it. I think this is the hardest part of creating a package! Not least because devtools can’t automate it for you.)Requirements for a name. There are three formal requirements: the name can only consist of letters, numbers and periods, i. Unfortunately, this means you can’t use either hyphens or underscores, i. I recommend against using periods in package names because it has confusing connotations (i. S3 method). Strategies for creating a name. If you’re planning on releasing your package, I think it’s worth spending a few minutes to come up with a good name. Here are some recommendations for how to go about it: Pick a unique name you can easily Google. This makes it easy for potential users tofind your package (and associated resources) and for you to see who’s using it. You can also check if a name is already used on CRAN by loading http: //cran. PACKAGE_NAME]. Avoid using both upper and lower case letters: doing so makes the package name hard to type and even harder to remember. For example, I can never remember if it’s Rgtk. RGTK2 or RGtk. 2. Find a word that evokes the problem and modify it so that it’s unique: plyr is generalisation of the apply family, and evokes pliers. Use abbreviations: Rcpp = R + C++ (plus plus)lvplot = letter value plots. Add an extra R: stringr provides string tools. Git. Hub gists. If you’re creating a package that talks to a commercial service, make sure you check the branding guidelines to avoid problems down the line. For example, r. Drop isn’t called r. Dropbox because Dropbox prohibits any applications from using the full trademarked name. Creating a package. Once you’ve come up with a name, there are two ways to create the package. You can use RStudio: Click File | New Project. Choose “New Directory”: Then “R Package”: Then give your package a name and click “Create Project”: Alternatively, you can create a new package from within R by runningdevtools: :create("path/to/package/pkgname")Either route gets you to the same place: the smallest usable package, one with three components: An R/ directory, which you’ll learn about in R code. A basic DESCRIPTION file, which you’ll learn about in package metadata. A basic NAMESPACE file, which you’ll learn about in the namespace. It will also include an RStudio project file, pkgname. Rproj, that makes your package easy to use with RStudio, as described below. Don’t use package. Following that workflow actually creates more work for you because it creates extra files that you’ll have to delete or modify before you can have a working package. RStudio projects. To get started with your new package in RStudio, double- click the pkgname. Rproj file that create() just made. This will open a new RStudio project for your package. Projects are a great way to develop packages because: Each project is isolated; code run in one project does not affect any other project. You get handy code navigation tools like F2 to jump to a function definition and Ctrl + . You get useful keyboard shortcuts for common package development tasks. You’ll learn about them throughout the book. But to see them all, press Alt + Shift + K or use the Help | Keyboard shortcuts menu.(If you want to learn more RStudio tips and tricks, follow @rstudiotips on twitter.)Both RStudio and devtools: :create() will make an . Rproj file for you. If you have an existing package that doesn’t have an . Rproj file, you can use devtools: :use_rstudio("path/to/package") to add it. If you don’t use RStudio, you can get many of the benefits by starting a new R session and ensuring the working directory is set to the package directory. What is an RStudio project file? An . Rproj file is just a text file. The project file created by devtools looks like this: Version: 1. Restore. Workspace: No. Save. Workspace: No. Always. Save. History: Default. Enable. Code. Indexing: Yes. Encoding: UTF- 8. Auto. Append. Newline: Yes. Strip. Trailing. Whitespace: Yes. Build. Type: Package. Package. Use. Devtools: Yes. Package. Install. Args: - -no- multiarch - -with- keep. Package. Roxygenize: rd,collate,namespace. You don’t need to modify this file by hand. Instead, use the friendly project options dialog box, accessible from the projects menu in the top- right corner of RStudio. What is a package? To make your first package, all you need to know is what you’ve learnt above. To master package development, particularly when you’re distributing a package to others, it really helps to understand the five states a package can be in across its lifecycle: source, bundled, binary, installed and in- memory. Understanding the differences between these states will help you form a better mental model of what install. Source packages. So far, we’ve just worked with a source package: the development version of a package that lives on your computer. A source package is just a directory with components like R/, DESCRIPTION, and so on. Bundled packages. A bundled package is a package that’s been compressed into a single file. By convention (from Linux), package bundles in R use the extension . This means that multiple files have been reduced to a single file (. While a bundle is not that useful on its own, it’s a useful intermediary between the other states. In the rare case that you do need a bundle, call devtools: :build() to make it. If you decompress a bundle, you’ll see it looks almost the same as your source package. The main differences between an uncompressed bundle and a source package are: Vignettes are built so that you get HTML and PDF output instead of Markdown or La. Te. X input. Your source package might contain temporary files used to save time during development, like compilation artefacts in src/. These are never found in a bundle. Any files listed in . Rbuildignore are not included in the bundle. Rbuildignore prevents files in the source package from appearing in the bundled package. It allows you to have additional directories in your source package that will not be included in the package bundle. This is particularly useful when you generate package contents (e. Those files should be included in the source package, but only the results need to be distributed. This is particularly important for CRAN packages (where the set of allowed top- level directories is fixed). Each line gives a Perl- compatible regular expression that is matched, without regard to case, against the path to each file (i. TRUE) run from the package root directory) - if the regular expression matches, the file is excluded. If you wish to exclude a specific file or directory (the most common use case), you MUST anchor the regular expression. For example, to exclude a directory called notes, use ^notes$. The regular expression notes will match any file name containing notes, e. R/notes. R, man/important- notes. R, data/endnotes. Rdata, etc. The safest way to exclude a specific file or directory is to use devtools: :use_build_ignore("notes"), which does the escaping for you. Here’s a typical . Rbuildignore file from one of my packages: ^.*\. Rproj$ # Automatically added by RStudio. Rproj\. user$ # used for temporary files. README\. Rmd$ # An Rmarkdown file used to generate README. Comments for CRAN submission. NEWS\. md$ # A news file written in Markdown. Used for continuous integration testing with travis. I’ll mention when you need to add files to . Rbuildignore whenever it’s important. Binary packages. If you want to distribute your package to an R user who doesn’t have package development tools, you’ll need to make a binary package. Like a package bundle, a binary package is a single file. But if you uncompress it, you’ll see that the internal structure is rather different from a source package: There are no . R files in the R/ directory - instead there are three files that store the parsed functions in an efficient file format. This is basically the result of loading all the R code and then saving the functions with save().
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