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This was indeed a missed optimization opportunity that has now been corrected in LLVM. https://github.com/rust-lang/rust/issues/90609#issuecomment-1046037263 .

The problem is here:

Since you are using a struct the ManagedBuffer inside the struc are nested encoded. Which means you need to add the length of the ManagedBuffer before it.

Luckily there is a shortcut for that by using the nested: prefix.

So your arguments would look like this:

When installed through rustup, the version of rustfmt, cargo, clippy and other components is tied to the version of Rust you are currently using, not the latest version.

For example, on my system I get different versions of clippy if I specify +stable (1.56.1) or +nightly (1.58.0-nightly):

This is a known issue with current Clippy. It tries to point out that collecting an iterator first and then calling contains(), len(), etc. on the collection is usually unnecessary. Yet current Clippy does not take into account that in your case the result of collect() is used multiple times during the loop, saving you from re-executing the lines().map()-iterator every iteration of that loop.

It is a false positive.

You can mark the method or function with #[allow(clippy:needless_collect)] to suppress the lint.

First, please read this QA from TypeScript 3.x days where someone was asking essentially the same question as yourself: TypeScript const assertions: how to use Array.prototype.includes?

Now, in your case, as an alternative to @CertainPerformance's suggestion of unknown[] (which loses type information), you can legally widen fruits to readonly string[] (without using as), which is compatible with Fruit and Food:

This is workspace's property. bjorn3 said on Zulip:

If foo, bar and baz are all compiled together, the heap feature will be globally enabled for bar if either foo or baz depends on it. Cargo will take the union of all the features each dependent crate requires and compile dependencies once with these features.

So, bar is compiled with the heap feature because baz requires it, its feature is also enabled when foo is compiled. Thus, both foo's and bar's global allocators are enabled simultaneously, causing the error.

I found the question quite interesting and the only way that seemed to work was using clip-path, hope it's what you're looking for

You could try using this extension pack (it contains the extension Language Support for Java(TM) by Red Hat that gives the information you're looking for when hovering over Java code):

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