Starting Pd on the command line works differently on each platform (GNU/Linux, Mac OS X, and Windows). GNU/Linux Usually you would use just pd on the command line.

If Pd is installed in a non-standard location, like when building from source, you have to specify the full path to the binary. For example /trunk/pd/bin/pd. Alternatively you can first cd to Pd's bin directory, and then start./pd. For example, cd /trunk/pd/bin/ &&./pd Mac OS X Since Pd on Mac OS X has a different start-up procedure than the other platforms, start the GUI process: /Applications/Pd-0.41-4.app/Contents/MacOS/Pd or /Applications/Pd-extended.app/Contents/MacOS/Pd-extended. To run the pd process first, you have to have the Tcl/Tk's Wish.app installed on your computer somewhere findable, like /Applications.

Then run: /Applications/Pd.app/Contents/Resources/bin/pd. Windows If you are using the Windows cmd.exe shell, use Windows paths: C: Program Files pd bin pd.com. You could also run C: Program Files pd bin pd.com from Start - Run. And it will launch its own cmd.exe. Windows/Cygwin When using a shell, you need to use UNIX-style paths with Cygwin's special directories for Windows drive letters: /cygdrive/c/Program Files/pd/bin/pd.com Windows/MinGW/MSYS When using a shell, you need to use UNIX-style paths with MSYS's special directories for Windows drive letters: /c/Program Files/pd/bin/pd.com.

Microsoft Azure Stack is an extension of Azure—bringing the agility and innovation of cloud computing to your on-premises environment and enabling the only hybrid cloud that allows you to build and deploy hybrid applications anywhere. We bring together the best of the edge and cloud to deliver Azure services anywhere in your environment.

Alongside the introduction of and, we recently released a set of open source command line tools that allow you to manage and deploy these new services from the command line on any operating system, including for the first time Apple OS X and Linux. In this post I’m going to walk you through the installation and basic use of the tool, as well as share information on how you can learn more and even contribute to the tool (it is open source Node.js code, licensed under the Apache 2.0 license, hosted on github.com, and my team accepts contributions). Getting Started To get started, you need to download and install the cross-platform command line tools. Depending on your operating system, there are several options. You can find the tool download on any of the “develop” pages of the Windows Azure Web Site, but I usually start on the. Installing on Your Mac We’ve prepared a nice Mac installer experience, so if you download the Mac installer, you just walk through the standard wizard.

At the end of the setup, the ‘azure’ command will be available in the Terminal application. The command is located in /usr/local/bin/. You can uninstall the tools at any time by typing ‘azure-uninstall’ and follow the instructions. Installing using NPM Alternatively, if you have installed on your machine already, you can actually quickly install the command line tools. We actually implemented the tool in Node.js and the tool can be installed as part of our npm module for Windows Azure. Npm is the recommended install method if you’d like to use the command line interface on Linux or Windows.

Pure Mac Command Line Text Editor

Npm install azure –global Command Line Syntax Once you’ve installed the command line interface (CLI) for Windows Azure, you just type ‘azure’ from your terminal application. If you just type ‘azure’ you will get a list of the available high-level commands that we support such as ‘site’, ‘vm’, ‘account’, etc.

Side note: Yes, that’s some awesome UX-approved ASCII art. You can then drill down into the sub sections and verbs that are available; for example, type ‘azure site’ to see how you can work with a Web Site: As part of using the tool, you’ll want to initially set the tool up to use your Windows Azure subscription and account information. Enabling Preview Features Because the new VM capabilities and Web Sites feature are “preview” as of the writing of this post, you need to enable these preview capabilities. To do this, you go to and click on the ‘preview features’ heading, opting in to both Web Sites and Virtual Machines. You can find more information in the quick. Preparing a Publishing Profile and Credentials Once you are set up with the preview features, you do need to go to the site to create a publishing profile where you set up Git publishing credentials.

Pure Mac: Command Line Dance

This just has to be done the first time: after doing this once, you can party in the command line all you like without having to go back to the management portal online. The step-by-step instructions are available in how complete guide about, but a summary of what needs to be done: Run ‘azure account download’ to open the browser to a page where you can sign in and download the publish settings file. This is a temporary file with credentials that you will store on your machine. After downloading the file, use ‘azure account import ’ to grab those credentials in a way that the tool can ingest.

Next, delete the.publishsettings file. You’re now setup to publish to your account and Windows Azure subscription with the preview features. Creating, Deploying and Managing a Web Site To use the new Web Sites feature, you can use the ‘azure site’ section of the CLI. To Create a new Web Site You can either type ‘azure site create’ (this will walk you through the various options) or ‘azure site create NameOfYourSite -git’ which will prepare a new site and even set up a Git repository locally for publishing. When you move in to the folder created, you can then use Git to publish, as well as ‘azure site browse’ to open the actual live site in your web browser. To Maintain Your Web Sites You can see the list of sites you have on your account by typing ‘azure site list’; other functions include delete, stop, and start. More information on Web Sites and the Command Line Tool For more information on this, please check out:.

The. The Working with Virtual Machines There are multiple ways to work with virtual machines (VMs) in Windows Azure: you can either go ahead and provide a virtual machine image (a.vhd file) to get one going, or much easier, you can use the ‘Image Gallery’ to actually spin up an available, pre-created image. I prefer using the images as I’m often working with CentOS images for my Linux deployment work. We have some great partners that have provided helpful images to get you going. To see a list of currently available virtual machine images for your account, use the ‘azure vm image list’ command.

You can then use the image of your choice to get started. For example, to create a CentOS image, here’s an example command line: azure vm create myVM OpenLogicOpenLogic-CentOS-9-en-us-30GB.vhd myusername -location 'West US' You should probably also provide either - ssh (Linux) or - rdp (Windows) so that you can later connect to the machines remotely to administer them. Once you create a site, you can also prepare endpoints for network connectivity (see ‘azure vm endpoint’) or perform other administrative operations ( azure vm show, azure vm shutdown, azure vm start, azure vm restart, or even azure vm delete). For a complete list of commands, type azure vm –h.

If you haven't connected your printer yet, turn it on now, plug it into your computer using the included USB cable, and then refresh your browser. • Select 'Another Make / Manufacturer, then Select 'Raw' and then Add printer • Add Class, then add ZebraRawClass and select the Raw Printer added above for the Class Detecting the Raw Printer in OrderCup Once the ZebraRawClass is added, then follow the steps below to detect and save the printer in OrderCup. • Review the information on the Add Printer page, and then click Continue. • Select Zebra Technologies ZTC GC420d (Zebra Technologies ZTC GC420d), and then clickContinue. • If you've already turned on and plugged in your Zebra printer, it will appear in the list, e.g a GC420d printer, may appear as Zebra Technologies ZTC GC420d (Zebra Technologies ZTC GC420d) in the Local Printers section.

Exploring and Contributing to the Open Source Code The open source code to all of the Windows Azure SDK can be found on. All of our code is licensed under the Apache 2.0 license and we do accept code contributions.

You can find the. Feel free to open issues on the tool as a GitHub issue We hope that you find this new tool very helpful and look forward to your feedback and code contributions. By Jeff Wilcox, Development Lead, Windows Azure SDK.