Before:
```rust
error[E0106]: missing lifetime specifier
--> src/main.rs:10:10
|
10 | #[derive(Serialize, Deserialize)]
| ^ expected lifetime parameter
error[E0038]: the trait `T` cannot be made into an object
--> src/main.rs:15:15
|
15 | #[derive(Serialize, Deserialize)]
| ^^^^^^^^^^ the trait `T` cannot be made into an object
```
After:
```rust
error[E0106]: missing lifetime specifier
--> src/main.rs:11:1
|
11 | struct A {
| ^ expected lifetime parameter
error[E0038]: the trait `T` cannot be made into an object
--> src/main.rs:16:1
|
16 | struct B<'a> {
| ^ the trait `T` cannot be made into an object
```
incr. comp.: Take spans into account for ICH
This PR makes the ICH (incr. comp. hash) take spans into account when debuginfo is enabled.
A side-effect of this is that the SVH (which is based on the ICHs of all items in the crate) becomes sensitive to the tiniest change in a code base if debuginfo is enabled. Since we are not trying to model ABI compatibility via the SVH anymore (this is done via the crate disambiguator now), this should be not be a problem.
Fixes#33888.
Fixes#32753.
Updated E0559 to new format
Refactored a method that printed one suggested field name,
into a method that returns an `Option` of a suggestion
(Updated test cases accordingly)
r? @jonathandturner
Closes#36197
Update Error format for E0516, E0517, E0518
- E0518 Update error format #36111
- E0517 Update error format #36109
- E0516 Update error format #36108
- Part of #35233
r? @jonathandturner
Across crates only, converting a def-id into its def-key or def-path was
considered a read. This caused spurious reads when computing the symbol
name for some item.
The shadow graph supercedes the existing code that checked for
reads/writes without an active task and now adds the ability
to filter for specific edges.
It is useful to track down an errant edge that is being added. This is
not a perfect mechanism, since it doesn't consider (e.g.) if we are
in an ignored task, but it's helpful enough for now.
The goal here is to avoid writing to the `inherent_impls` map from
within the general `Coherence` task, and instead write to it as we
visit. Writing to it from the Coherence task is actually an information
leak; it happened to be safe because Coherence read from
`DepNode::Krate`, but that was very coarse.
I removed the `Rc` here because, upon manual inspection, nobody clones
the data in this table, and it meant that we can accumulate the data in
place. That said, the pattern that is used for the inherent impls map
is *generally* an anti-pattern (that is, holding the borrow lock for the
duration of using the contents), so it'd probably be better to
clone (and I doubt that would be expensive -- how many inherent impls
does a typical type have?).
config.toml now accepts a target.$TARGET.musl-root key that lets you
override the "build" musl-root value, which is set via the --musl-root
flag or via the build.musl-root key.
With this change, it's now possible to compile std for several musl
targets at once. Here's are the sample commands to do such thing:
```
$ configure \
--enable-rustbuild \
--target=x86_64-unknown-linux-musl,arm-unknown-linux-musleabi \
--musl-root=/musl/x86_64-unknown-linux-musl/
$ edit config.toml && tail config.toml
[target.arm-unknown-linux-musleabi]
musl-root = "/x-tools/arm-unknown-linux-musleabi/arm-unknown-linux-musleabi/sysroot/usr"
$ make
```
rustdoc: Fix associated consts in search results
Associated consts can appear in none trait impls so need to be treated
like methods when generating the search index.
Fixes#36031
Fix issue #36036.
Fix#36036.
We were treating an associated type as unsized even when the concrete instantiation was actually sized. Fix is to normalize before checking if it is sized.
Fix incorrect LLVM Linkage enum
Followup of #33994 to actually work.
The `Linkage` enum in librustc_llvm got out of sync with the version in LLVM and it caused two variants of the `#[linkage=""]` attribute to break.
This adds the functions `LLVMRustGetLinkage` and `LLVMRustSetLinkage` which convert between the Rust Linkage enum and the LLVM one, which should stop this from breaking every time LLVM changes it.
Possible remaining concerns:
1. There could be a codegen test to make sure that the attributes are applied correctly (I don't know how to do this).
2. ~~The test does not exercise the `appending` linkage. I can't figure out how to make a global static raw pointer to an array. This might not even be possible? If not we should probably remove appending linkage as its unusable in rust.~~ Appending linkage is not 'emittable' anyway.
3. The test only runs on Linux.
Fixes#33992
r? @alexcrichton
Typecheck refactor for `!`
Ping @nikomatsakis @eddyb. This is the PR for the typeck refactor for `!`. Is this what you guys had in mind? Is there anything else that needs doing on it?
We were treating an associated type as unsized even when the concrete
instantiation was actually sized. Fix is to normalize before checking
if it is sized.
