apf | Android Plugin Framework

The problem is that your Scanner object has already been consumed by the add() method. You need to reopen the input stream in order to read the contents of the file. If you add

I ended up using this

https://github.com/Homebrew/discussions/discussions/2092#discussioncomment-1286031

Select System Preferences->Security & Privacy->Full Disk Access Click the lock to make changes Click '+' Press 'cmd + Shift + .' to show hidden files select /bin/sh

The answer is: the default touch bundled with macOS cannot change the timestamp, but touch 8.32 from GNU coreutils can...

Interstingly, the 2021 BSD version of touch has the same problem and does not properly handle the -h flag.

I have updated to latest Android Studio preview release on my MacBook Pro. It's not crashing now. You can find all android studio release and its preview release here: https://developer.android.com/studio/archive

This should be a comment (as it's not an answer) but I need some formatting and a lot of space here. The short version is that you need to find out why git index-pack is misbehaving or failing. (Fetching over a smart protocol normally retrieves a so-called thin pack, which git fetch needs to "fatten" using git index-pack --fix-thin.)

The "invalid index-pack output" error occurs if the output from git index-pack does not match what git fetch-pack expects. Here's the code involved:

This seems like homework, so I will give you some hints.

• Instead of defining pi, use Modelica.Constants.pi.
• ModelicaReference is just a library for documentation you cannot use any of the (quoted) operators from there, remove ModelicaReference.Operators. and the quotes
• You need to declare all the variables that appear in the equation section, with correct type (Real or Complex), you are now missing a lot of them
• ModelicaReference.Operators.'abs(KPF)' -> abs(KPF)
• as far as I see you are using complex numbers, for that you need to use type Complex
• For operators on Complex you use: Complex operators and Modelica.ComplexMath, i.e. Modelica.ComplexMath.'sqrt'(Complex(re=-1, im=0))

whoo, lots in there.

Friendly tip- providing the stack trace makes it easier to help you, as would reducing the code to just the important parts.

For your actual problem -

mod is map(modFunc,d)

map returns a list so mod = [..., ...] then kaa = (pi) * mod

or (pi) * [..., ...]

Which doesn't make much sense. You probably want a map there as well?

This code doesn’t quite translate to Java because it’s code-generating code, ie. code that some tool uses to generate the actual C-like code (in a nutshell), or code for a bespoke virtual machine that then implements the data extraction and data packing. The idiomatic way to do this in Java without writing a stand-alone tool would be by attributes and similar mechanisms, introspection, and runtime code generation, repurposing Java syntax to express the same idea. You could attempt to do manual translation - that would grow the code a whole lot. The binary template concept is very powerful - leads to very concise code that would otherwise be tedious to implement.

I’d say that a manual translation will be more work than writing the translator, because you’ll be debugging all the manual mistakes till the cows come home. The syntax is limited enough so that a parser and translator written in Java will be about the same number of lines as a “straightforward” Java implementation of the binary template.

You may look at the tool this template is written for and see if the tool offers a way of translating the template. If the tool is open source then you already have a parser :)