feat: Add `rust-analyzer.cargo.allTargets` to configure passing `--all-targets` to cargo invocations
Closes#16859
## Unresolved question:
Should this be a setting for build scripts only ? All the other `--all-targets` I found where already covered by `checkOnSave.allTargets`
Fix tasks in tasks.json
#16839 refactored the representation of tasks inside the VS Code extension. However, this data type is exposed to users, who can define their own tasks in the same format in `tasks.json` or `.code-workspace`.
Revert the data type to have a `command` field rather than a `program` field, and document the different fields. This code is also a little complex, so split out a `cargoToExecution` to handle the Task to Execution conversion logic.
After this change, any tasks.json with a `command` field works again. For example, the following tasks.json works as expected:
```
{
"version": "2.0.0",
"tasks": [
{
"type": "cargo",
"command": "build",
"problemMatcher": [
"$rustc"
],
"group": "build",
"label": "my example cargo build task"
}
]
}
```
Fixes#16943#16949
update: add editor/extension information to bug report template
When attempting to reproduce issues, I encounter difficulties due to differences in versions of LSP clients and editors (such as #16985, #16867, and more)
This sometimes consumes a lot of efforts from contributors to communicate the details about LSP client information. Therefore, I believe adding editor/extension information to the issue template would be helpful for problem reproduction.
fix: use lldb when debugging with C++ extension on MacOS
See https://github.com/rust-lang/rust-analyzer/issues/16901#issuecomment-2024486941
This PR resolves the issue of being unable to debug using the C++ extension on macOS. By using special configurations for the `MIMode` on macOS, it enables the C++ extension to connect to lldb when debugging (without affecting other platforms).
fix: lifetime length are not added in count of params in highlight
I found these two instances easily but I wonder how many such instances are there.
Fixes#16958
Revert to the crates.io version of rustc_pattern_analysis
The API hasn't fully settled yet, and there's an extra wrinkle with `IdxContainer` which blocked the [subtree update](https://github.com/rust-lang/rust/pull/122981). Let's just keep using the crates.io version for a bit longer.
r? `@lnicola`
Handle panicking like rustc CTFE does
Instead of using `core::fmt::format` to format panic messages, which may in turn panic too and cause recursive panics and other messy things, redirect `panic_fmt` to `const_panic_fmt` like CTFE, which in turn goes to `panic_display` and does the things normally. See the tests for the full call stack.
The tests don't work yet, I probably missed something in minicore.
fixes#16907 in my local testing, I also need to add a test for it
fix: Prevent stack overflow in recursive const types
In the evaluation of const values of recursive types certain declarations could cause an endless call-loop within the interpreter (hir-ty’s create_memory_map), which would lead to a stack overflow.
This commit adds a check that prevents values that contain an address in their value (such as TyKind::Ref) from being allocated at the address they contain.
The commit also adds a test for this edge case.
Instead of using `core::fmt::format` to format panic messages, which may in turn
panic too and cause recursive panics and other messy things, redirect
`panic_fmt` to `const_panic_fmt` like CTFE, which in turn goes to
`panic_display` and does the things normally. See the tests for the full
call stack.
