bugs | public bugs/proof of concepts | Hacking library

I have 2 Solutions so you can try both if one doesn't work

Select device manager and select your device and select the drop-down menu

then click on the show on disk option

then delete all files that have the .lock extension and run your emulator again.

You can get a normal emulator like previous time android studio have, so to get the previous emulator in the new version of android studio you can do these steps

open the settings tab by following the below steps or by pressing Ctrl + Alt + S

Select File > Settings > Tools > Emulator

then unTick the option name Launch in a Tool Window then click okay now you got the previous emulator. and if in the emulator you got any issues you can check This Solution for Emulator on StackOverFlow

You can not turn arbitrary classes into hidden classes.

The documentation of defineHiddenClass contains the sentence

• On any attempt to resolve the entry in the run-time constant pool indicated by this_class, the symbolic reference is considered to be resolved to C and resolution always succeeds immediately.

What it doesn’t spell out explicitly is that this is the only place where a type resolution ever ends up at the hidden class.

But it has been said unambiguously in bug report JDK-8222730:

For a hidden class, its specified hidden name should only be accessible through the hidden class's 'this_class' constant pool entry.

The class should not be accessible by specifying its original name in, for example, a method or field signature even within the hidden class.

Which we can check. Even a simple case like

A decidedly non-authoritative answer. Curiously, like jnthn in your prior Q, it feels natural to answer your questions in reverse order:

Is there any way to tell Raku "don't rebind this name to a new value, no-really-I-mean-it"?

As far as I can tell so far -- purely by testing variations, not by checking roast or the compiler source -- you can and must declare a sigil free symbol, and it must not be one declared with my \symbol ...:

The evaluation order of A = B was not specified before c++17, after c++17 B is guaranteed to be evaluated before A, see https://en.cppreference.com/w/cpp/language/eval_order rule 20.

The behaviour of valMap[val] = valMap.size(); is therefore unspecified in c++14, you should use:

To measure the branch you are interested in and particularly the scenario when while loop becomes hot, I've used the following benchmark:

The problem is that you have Node 17.2.0. locally but in Netlify's environment, you are running a lower version (by default it's not set as 17.2.0). So the local environment is OK, Netlify environment is KO because of this mismatch of Node versions.

When Netlify deploys your site it installs and builds again your site so you should ensure that both environments work under the same conditions. Otherwise, both node_modules will differ so your application will have different behavior or eventually won't even build because of dependency errors.

You can easily play with the Node version in multiple ways but I'd recommend using the .nvmrc file. Just run the following command in the root of your project:

You can try disabling hardware acceleration using app.disableHardwareAcceleration() (See the docs). I don't think this is a fix though, it just makes the message go away for me.

main.js

The bug is now fixed in iOS 15.1

This is a bug caused by function pointers not caught by the pointer detection logic. I opened a GitHub issue: https://github.com/fmtlib/fmt/issues/2609.

Update: the issue has been fixed.