IPA | Illusion Plugin Architecture | Plugin library

This is probably easier to manage inside python directly with a custom filter. Here is an example I crafted which I believe meets your criteria but needs some hardening to be used in a wider range scenario.

The project structure is:

The problem here is that the Podfile that Flutter template creates by default has no specific iOS version set unfortunately.

Do this to fix this problem:

1. in ios/ folder of your project, open the Podfile.
2. At top of Podfile, make sure this line is not commented out and change the iOS version to 12.0.

change from:

With streams, you would have to do this using indexed access:

Took me a while to find this out. There were a lot of references to using iTunes, which is no longer available, and no references to using Finder, or alternatively Apple Configurator 2.

• Your device is added to your provisioning profile. This is automatically done by Xcode when you select the device and build the app onto the device.
• Plug your device in
• Archive the application (create the .xcarchive): Select the target device (e.g. arm64/ a physical iPhone 12) and archive the app: Product > Archive
• In the Organizers window, click Distribute App, and select Ad Hoc. Continue with the defaults options or customise to your liking. This should create a folder containing a .ipa file.

As Paulw11 said in the comments, you can do this in Finder. Select the device in Finder and drag the .ipa file onto the device details.

• Install Apple Configurator 2. Drag the .ipa file found in the exported directory in finder (exported from Xcode) onto the iOS screen inside the Apple Configurator 2 window, and the iOS app will be installed:

Finally, you should see this step, and the application will be available on your home screen.

Command line: As How to install an ipa/app file into iPhone with command line? states, if you have Apple Configuration 2 installed, you can open it and click "Apple Configurator 2" on Menu Bar, and install Automation tools. Then, cfgutil is available to you,

• so you can run: cfgutil install-app ipa-file.ipa

You're using a pre-warmed image

You can add it as boolean mask like:

First, collect into a dict of which uses (consistently ordered) tuples to store hashable data. Then, convert that to the desired representation.

I figured out what my problem was:

apparently Xcode was updating my app bundle ID from demo_cicd to demo-cicd (underscore was changed to hyphen) and thus didn't match the exportOptions Plist Its working now.

You can mix and match as far as LLVM is converned; the bitcode format is kept compatible for a long time.

But: First, any compiler may add add additional requirements, such as "all functions that meet requirement x must call runtime function y at point z". Second, your passes might create an invalid LLVM file. I've found it particularly tricky to keep the DWARF debug information valid and coherent as I change code Try calling verifyModule() after each of your passes.