E0131: The main function defined with generic parameters is not allowed.E0106: The lifetime Annotation error is shown properly in the function and types signature where it’s required.E0197: Inherent implementations marked as unsafe.E0044: Foreign items must not have type or const parameters in their declaration.E0785: The impl inheritance block was written on a dyn auto trait.E0323, E0324, E0325: A trait item implementation was expected, but the associated const / method / associated type doesn’t match the trait declaration.E0224: At least one trait is required for an object type. ![]() E0206: The copy trait implementation was tried on a non-enum or non-struct type.Highlight error for an underscore (_) expression appearing on the non-left-hand side of an assignment expression. ![]() E0571: A break statement with an argument appears outside of a loop construction.E0642: Trait methods cannot take patterns as arguments.E0130: An argument inside a foreign function declared as a pattern is prohibited.The errors themselves are in line with those defined by Rust’s error codes index. This section represents the sparse standard errors that the Rust plugin can detect. The dedicated checkbox controls the behaviors under Settings / Preferences | Build, Execution, Deployment | Debugger | Stepping (at the very bottom of the window). The Rust plugin provides an additional debugging preference, allowing you to skip standard library sources: std, core, and alloc. Looking behind raw slice pointers is now possible either with the LLDB debugger or any other debugger that your system supports. In addition to the above, the Rust plugin correctly shows the contents of raw slice pointers (*const, *mut ) in the debugger. It can also disclose multiple references applied one after another in order to reach the content type behind references. The debugger is currently capable of rendering the contents of &Vec, *const Vec, and *mut Vec while also allowing you to inspect Vec content itself – a new feature in this release, too. Run / Debug References and pointers contentĪutomatic dereferencing of Rust references and pointers is possible when debugging with LLDB. Combined with constantly improving ML completion, the Rust plugin’s autocompletion subsystem focuses on providing you with precise and pertinent completion predictions. The code completion suggestion algorithm now filters out inaccessible methods from the list of offered methods, leaving only valid records. But you can rest assured that this will be changed soon! Method suggestions As of now, an additional experimental feature needs to be enabled in order for the feature to work as intended. Unused imports declared only inside functions are now considered potentially removable lines of code. The fix is suggested when a receiver self has either the type equal to referenced with lifetime Self or referenced with lifetime Self applied as a type parameter to such smart pointers as Box or Rc. What’s more, the Self type is currently opaque enough for the code insight to suggest the Elide lifetimes quick-fix on self receiver parameters with Self type and declared with the excessive lifetime parameters on them. The refactoring now works across all Self usages without exceptions. Īnalogously, the Convert struct to tuple refactoring provides the ability to convert a struct declared via block with named fields and corresponding types into the struct defined as the tuple, and vice versa. When a struct with the Self keyword is initialized, you get a choice of whether to inject the missing field in the struct if the field is absent in the definition. ![]() While being referred to in the impl block, the Self synthetic type supports the missing Create-field quick-fix. Let’s dig in and look at all the new ways the plugin can now analyze Rust code. Now we’re going to show you the rest of the iceberg. Let _elem = op_err_elem.In the first part of this “What’s New” series, we only saw the tip of the iceberg – various feature bits that the Rust plugin developers managed to implement during the release cycle. Let op_err_elem = example_map.get_mut(&8) I expect my_map becomes ", example_map) Here is what I am trying to do: use std::collections::HashMap
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