Performs normal installation. Performs administrative installation. Advertise the app to the current user. Advertise the app to all users. Specifies the language identifier used by the advertised app package. Applies transform to the advertised app package.
Uninstalls the app package. Install the app with no user intervention. Install the app in unattended mode show only progress bar. Hide UI during app installation. Hide UI during app installation, except for a final dialog box at the end. Show only basic UI during app installation. Show only basic UI during app installation, along with a final dialog box at the end. Provide a reduced UI experience during app installation. Provide the full UI experience during app installation.
Prevents the device from restarting after the installation completes. Prompts the user to restart the device after the installation is complete. Automatically restarts the device after the installation completes.
Enables logging and adds status messages in the log file. Enables logging and adds non-fatal warnings in the log file. Enables logging and adds all error messages in the log file. Enables logging and adds information about when an action started in the log file. Enables logging and adds action-specific records in the log file. Enables logging and adds user request information in the log file.
Enables logging and adds the initial UI parameters in the log file. Enables logging and adds out-of-memory or fatal exit information in the log file. Enables logging and adds out-of-disk-space messages in the log file. Enables logging and adds terminal properties in the log file. There were several stumpers that I encountered while working on this solution, which instantly got my documentation juices flowing, so now it's article time!
There are loads of articles out on the internet that show you how to create custom actions that your setup package can run to show custom dialogs, and perform other types of actions during an installation.
I'm going to lightly cover adding the custom action, but I'm going to focus on passing the command line parameters to the custom action, and managing the data through to the uninstallation of the application. The trick to the solution is that the command line parameters are added to a special collection inside the guts of the setup framework. While I was pretty excited to see that the command line parameters were parsed and stored into this internal collection, I had no idea how to get at the data after that point.
It turns out, that you have to pass the values from the Property internal collection Fig. Some pictures here are worth about a million words. Let's go ahead and add the primary project output for your application to the Custom Actions, and setup the CustomActionData property to map the command line arguments to your Custom Action's InstallContext.
OK, I want to spend a little time with Fig. Did you remember to change context. Yeah the Context. Parameters does not contain anything! John Bartels John Bartels 2, 3 3 gold badges 18 18 silver badges 26 26 bronze badges. Sign up or log in Sign up using Google. Sign up using Facebook. Sign up using Email and Password. Post as a guest Name. Email Required, but never shown.
The Overflow Blog. Podcast Making Agile work for data science. Stack Gives Back Featured on Meta. New post summary designs on greatest hits now, everywhere else eventually. Monday, March 26, PM. Best Regards, Albert Please remember to mark the replies as an answers if they help. Marked as answer by cvanaxel Tuesday, March 27, PM. Tuesday, March 27, AM. Nope does not work. I get prompt with the argument list options for msiexec. But if i add my command in a dos prompt it works.
Im almost there i think?
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