Download Flow Launcher Pro

I recently downloaded the flow launcher from github. On running the exe through Virus Total, it shows 2 detections, the first by MaxSecure, which is most likely a false positive, considering that it shows the same detection in various files, but I need a second opinion on the VBA 32 detection.

Recently, I worked on the Parallel Flow Activity which works like a charm. I was using a catalog item i.e. sc_req_item table and calling multiple sub flows. I couldn't find lot of information on it so I am writing this post so that others find it useful. The situation I came across was on a catalog item which had to make multiple rest calls and each rest call could have its own separate workflow involving tasks and error logs etc. Having its own subflow makes it reusable for other workflows. Initial documentation which is a very good starting point is linked here below:-

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If you are using a single workflow, I believe it is straightforward as choosing the workflow in the workflow selection and adding the inputs as an array. The number of inputs would determine the number of subflows that get generated. To get the input values into your sub flow you would have to edit inputs add a new input with the same key as below and define a column type accordingly.

Although the current object is available in the subflows, current.variables is not available. So you would have to use workflow.inputs to get the variables. If you want to create a task within your subflows and you plan to use the same subflows again from the parallel flow launcher it is important to have the task creation within a Run Script activity. In fact, i would suggest to create Task using Run Script to make it more versatile.

Once your subflows are complete, you can have a return value activity in your sub flow to process the output in the Variables Parallel Flow Launcher script. In mycase I pass either true or false from my subflows to check if it was successfully completed or not. I check for the flow outputs in the parallel flow launcher of parent workflow and take further actions based on it. I can a success or a failure to a scratchpad variable that can be used to regulate further flow in the parent workflow.

I have a requirement to run the same workflow "n" times based on the number of unique values in the array but I cannot figure out how to define that array in the input. Any help or guidance would be great

In the workflow you selected, you can retrieve the above sent value by defining an input variable with the name as u_server_name. And for each above object you will have a new workflow getting generated.

Here below i have shown using a glide query but you can use any logic to ensure you keep adding an object to the coordinator variable and finally pass the coordinator variable for the workflow to pick up and run that many times.

This is helpful. Do you know how to pass multiple input variables in the array? The workflow I want to call requires two input variables and I want to call this workflow multiple times using the parallel flow launcher.

The idea behind was to create a component which can simply let you choose a flow and launch it. Now if we drill a bit into how we can use it, we realize it can be quite handy in some situations. I have listed some of them which I feel can be quite useful. These may not seem very major but still can be useful depending on the use case:

I'm not sure which field you have this script in, Inputs or Workflow script field that appears after checking the Advanced checkbox? Make sure its in that Workflow script field, and you'll need to take out the javascript: line

Dedicated to making your workflow flow more seamless. Search everything from applications, files, bookmarks, YouTube, Twitter and more. Flow will continue to evolve, designed to be open and built with the community at heart.

This usually happens when the workflow run parallel flow launcher activity twice. You can check this by going to the Workflow Context of the record > Go to the 'Workflow Activity History' tab > Filter the Activity (name) of the parallel flow launcher and see it logged twice.

Trace it back to the first activity and see if it made two workflow path or transition to the parallel flow launcher activity. The below workflow has a design that can trigger an activity twice. In this sample, Parallel Flow Launcher was triggered twice.

In some cases Launchers might show up on top of an object where you want it to be below. In such a case you can change the launcher z-index. Go to the Launcher and click on Advanced settings and you will find the z-index setting.

The Http implementation is pretty cool, but recently the flow team changed the flow licensing and made usage of the HTTP action more expensive (licence P1). Who knows, maybe the controller pattern was one of the trigger of this licensing change ? (just kidding of course). More seriously, P1 can have a huge impact on your customer finance.

For more details about the flow controller pattern, read one of my previous post. In the coming days I will provide a step by step implementation of this pattern, as well as a youtube video where I implement it from scratch. In this blog post I will cover the SQL Server implementation and the Azure Service Bus implementation of this controller pattern

You can use the launcher to search your browser's bookmarks by typing b followed by the name of the site that you want to open, e.g. b Gmail. Flow Launcher will list the matched bookmark, and you can open it in your browser. Before you use it, you'll need to set the path of the browser, and optionally choose whether to open links in a new window or tab.

Want to open a URL? Type it and hit enter and it will open in the browser that you selected in the settings. You could try typing google.com and it will open the search engine's homepage. There are some other useful internet shortcuts in Flow Launcher. Let's use our previous example where we wanted to open Google. Why waste time visiting the site and then searching for something, when you can do it directly from the launcher?

Similarly, there are other action keywords like wiki - Wikipedia search, Facebook - Facebook search, Twitter, Maps, Translate, DuckDuckGom Gmail, etc. You can modify the keywords, add new ones, and also customize the actions too. If you want search suggestions to be displayed in the launcher, enable the option and select Google or Baidu. That is really cool.

The launcher can be used to perform calculations directly, just enter a mathematical expression in the search box. For e.g. If you type 22/7, the solution is displayed in the first result, use Alt + 1 to copy it directly to the clipboard.

You can add directories to the launcher's Quick Folder Access for better results. Flow Launcher uses Windows' built-in Search Indexing options, so you can use it to include or exclude (whitelist/blacklist) folders to the search process.

The launcher allows you to terminate a running process quickly using the kill command. Let's say, you want to close the Calculator, type "kill calc", this will list the process' name and ID which helps identify the program that you wish to close. Hit the shortcut keys or select the result to close the program.

I agree, 300MB for a launcher is overkill (and I guess it want to be in launch at startup). Besides Launchy, I think another good alternative is Keypirinha ( ), though its configuration is unfriendly: requires manual editing of configuration files. But there are a lot of examples and help is good

If you're using and prefer the desktop app to working in the browser, you'll likely want to be taken there by default when you click through a Flow link. Luckily, there's a handy little plugin for that. The Flow desktop launcher is a Chrome plugin for the Mac app that gives you (if your default browser is Chrome) more control over where Flow links, like the ones in email notifications, open.

Once confirmed, you'll be redirected to a success page that will provide you with more info on the launcher. You'll also see the blue Flow extension icon appear to the right of your URL bar. Clicking the extension icon will open the desktop app going forward.

The first time Flow tries to launch the plugin, you'll see an prompt from Chrome about x-flow links. Check the box next to "Remember my choice for all links of this type" and then click "Launch Application." Going forward, all links will open in the Mac app by default.

If you no longer need to use the launcher or would prefer to have your links open in the browser, you can easily uninstall it by right clicking on the extension icon and clicking "Remove from Chrome."

You can also remove or simply disable the launcher in your Chrome preferences. Click Chrome > Preferences in the Chrome menubar and then select the Extensions tab on the left to see all the Chrome extensions currently installed. Find the Flow Desktop Launcher in the list and then you can either click the check mark to disable the Flow extension (a good idea if you want to enable it again later) or you can click the trash can on the right to delete it.

Search for ~/Library and then navigate to Application Support > Google > Chrome. Open the Local State file in a text editor and find or search for "x-flow". If it says "x-flow":true, then Chrome will ignore all requests to launch the desktop app. Delete just this text, and be careful to only remove one comma and no surrounding text. Once you've deleted the line, save the file.

Experiments have been performed on a 1:60 scale Ariane 5 launcher in the DNW HST wind tunnel by means of two-component particle image velocimetry (2C-PIV). Measurements are performed for Mach 0.5 and Mach 0.8. The investigation focuses on studying the flow-buffeting phenomenon in the base of an Ariane V rocket. In total four configurations are tested: reference configuration, skirt, scoop and reference configuration without struts. It has been found that the presence of the struts has a large effect on the flow field; the secondary flow caused by the struts decreases the separated region and increases the overall turbulence. The skirt has the effect that the shear layer separates later and therefore does not reattach on the nozzle. Also in the separated region a secondary recirculation region is formed. For the scoop configuration it was observed that a second wake was formed by the scoop element causing the overall shear layer to become thicker. Finally using POD analysis two dominant modes are identified that can be associated to the separation bubble and shear layer dynamics. e24fc04721