f88e503f3d
This PR adds `@[suggest_for]` annotations to Lean, allowing lean to provide corrections for `.every` or `.some` methods in place of `.all` or `.any` methods for most default-imported types (arrays, lists, strings, substrings, and subarrays, and vectors). Due to the need for stage0 updates for new annotations, the `suggest_for` annotation itself was introduced in previous PRs: #11367, #11529, and #11590. ## Example ``` example := "abc".every (! ·.isWhitespace) ``` Error message: ``` Invalid field `every`: The environment does not contain `String.every`, so it is not possible to project the field `every` from an expression "abc" of type `String` Hint: Perhaps you meant `String.all` in place of `String.every`: .e̵v̵e̵r̵y̵a̲l̲l̲ ``` (the hint is added by this PR) ## Additional changes Adds suggestions that are not currently active but that can be used to generate autocompletion suggestions in the reference manual: - `Either` -> `Except` and `Sum` - `Exception` -> `Except` - `ℕ` -> `Nat` - `Nullable` -> `Option` - `Maybe` -> `Option` - `Optional` -> `Option` - `Result` -> `Except`
110 lines
3.8 KiB
Text
110 lines
3.8 KiB
Text
-- test every/all replacements in default imports
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/-
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Expected replacements for `Subarray.any` and `Subarray.all` do not work as suggestion annotations
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when using generalized field notation: Subarray is an abbreviation and so the underlying `Std.Slice`
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type, which does not have a corresponding `.any`/`.all` function.
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-/
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/--
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error: Invalid field `every`: The environment does not contain `Std.Slice.every`, so it is not possible to project the field `every` from an expression
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x
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of type
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Std.Slice (Std.Slice.Internal.SubarrayData Nat)
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-/
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#guard_msgs in example (x : Subarray Nat) := x.every fun _ => true
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#guard_msgs in example (x : Subarray Nat) := x.all fun _ => true
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/--
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error: Unknown constant `Subarray.every`
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Hint: Perhaps you meant `Subarray.all` in place of `Subarray.every`:
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[apply] `Subarray.all`
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-/
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#guard_msgs in example := (@Subarray.every Nat (fun _ => true) ·)
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#guard_msgs in example := (@Subarray.all Nat (fun _ => true) ·)
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/--
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error: Unknown constant `Subarray.some`
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Hint: Perhaps you meant `Subarray.any` in place of `Subarray.some`:
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[apply] `Subarray.any`
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-/
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#guard_msgs in example := (@Subarray.some Nat (fun _ => true) ·)
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#guard_msgs in example := (@Subarray.any Nat (fun _ => true) ·)
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/--
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error: Invalid field `every`: The environment does not contain `String.every`, so it is not possible to project the field `every` from an expression
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x
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of type `String`
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Hint: Perhaps you meant `String.all` in place of `String.every`:
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.e̵v̵e̵r̵y̵a̲l̲l̲
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-/
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#guard_msgs in example (x : String) := x.every fun _ => true
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#guard_msgs in example (x : String) := x.all fun _ => true
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/--
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error: Invalid field `some`: The environment does not contain `String.some`, so it is not possible to project the field `some` from an expression
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x
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of type `String`
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Hint: Perhaps you meant `String.contains` in place of `String.some`:
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.s̵o̵m̵e̵c̲o̲n̲t̲a̲i̲n̲s̲
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-/
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#guard_msgs in example (x : String) := x.some fun _ => true
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#guard_msgs in example (x : String) := x.contains fun _ => true
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/--
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error: Invalid field `every`: The environment does not contain `Array.every`, so it is not possible to project the field `every` from an expression
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x
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of type `Array Nat`
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Hint: Perhaps you meant `Array.all` in place of `Array.every`:
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.e̵v̵e̵r̵y̵a̲l̲l̲
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-/
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#guard_msgs in example (x : Array Nat) := x.every fun _ => true
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#guard_msgs in example (x : Array Nat) := x.all fun _ => true
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/--
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error: Invalid field `some`: The environment does not contain `Array.some`, so it is not possible to project the field `some` from an expression
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x
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of type `Array Nat`
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Hint: Perhaps you meant `Array.any` in place of `Array.some`:
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.s̵o̵m̵e̵a̲n̲y̲
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-/
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#guard_msgs in example (x : Array Nat) := x.some fun _ => true
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#guard_msgs in example (x : Array Nat) := x.all fun _ => true
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/--
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error: Invalid field `every`: The environment does not contain `List.every`, so it is not possible to project the field `every` from an expression
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x
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of type `List Nat`
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Hint: Perhaps you meant `List.all` in place of `List.every`:
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.e̵v̵e̵r̵y̵a̲l̲l̲
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-/
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#guard_msgs in example (x : List Nat) := x.every fun _ => true
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#guard_msgs in example (x : List Nat) := x.all fun _ => true
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/--
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error: Invalid field `some`: The environment does not contain `List.some`, so it is not possible to project the field `some` from an expression
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x
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of type `List Nat`
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Hint: Perhaps you meant `List.any` in place of `List.some`:
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.s̵o̵m̵e̵a̲n̲y̲
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-/
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#guard_msgs in example (x : List Nat) := x.some fun _ => true
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#guard_msgs in example (x : List Nat) := x.all fun _ => true
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/--
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@ +1:17...22
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error: Invalid field `every`: The environment does not contain `List.every`, so it is not possible to project the field `every` from an expression
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[1, 2, 3]
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of type `List ?m.10`
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Hint: Perhaps you meant `List.all` in place of `List.every`:
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.e̵v̵e̵r̵y̵a̲l̲l̲
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-/
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#guard_msgs (positions := true) in
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#check [1, 2, 3].every
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