lean4-htt/tests/elab/linterMissingDocs.lean
Garmelon 08eb78a5b2
chore: switch to new test/bench suite (#12590)
This PR sets up the new integrated test/bench suite. It then migrates
all benchmarks and some related tests to the new suite. There's also
some documentation and some linting.

For now, a lot of the old tests are left alone so this PR doesn't become
even larger than it already is. Eventually, all tests should be migrated
to the new suite though so there isn't a confusing mix of two systems.
2026-02-25 13:51:53 +00:00

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import Lean
set_option linter.all true
/-- A doc string -/
def hasDoc (x : Nat) := x
def noDoc (x : Nat) := x
private def auxDef (x : Nat) := x
namespace Foo
protected def noDoc2 (x : Nat) := x
end Foo
open Foo in
def openIn (x : Nat) := x
open Foo in
/-- A doc string -/
def openIn2 (x : Nat) := x
set_option pp.all true in
def setOptionIn1 (x : Nat) := x
set_option pp.all true in
/-- A doc string -/
def setOptionIn2 (x : Nat) := x
set_option linter.all false in
def nolintAll (x : Nat) := x
set_option linter.all true in
set_option linter.missingDocs false in
def nolintDoc (x : Nat) := x
set_option linter.all false in
set_option linter.missingDocs true in
def lintDoc (x : Nat) := x
inductive Ind where
| ind1
| ind2 : Ind → Ind
/-- A doc string -/ | doc : Ind
with
@[computed_field] field : Ind → Nat
| _ => 1
structure Foo where
mk1 : Nat
/-- test -/
(mk2 mk3 : Nat)
{mk4 mk5 : Nat}
[mk6 mk7 : Nat]
class Bar (α : Prop) where mk ::
(foo bar := 1)
class Bar2 (α : Prop) where
bar := 2
class Bar3 (α : Prop) extends Bar α where
bar := 3
(foo baz := 3)
theorem aThm : True := trivial
example : True := trivial
instance : Bar True := {}
initialize init : Unit ← return
initialize return
declare_syntax_cat myCat
syntax "my_syn" : myCat
syntax (name := namedSyn) "my_named_syn" myCat : command
infixl:20 "<my_infix>" => Nat.add
infixr:20 (name := namedInfix) "<my_named_infix>" => Nat.add
notation:20 "my_notation" x y => Nat.add x y
notation:20 (name := namedNota) "my_named_notation" x y => Nat.add x y
macro_rules | `(my_named_syn my_syn) => `(def hygienic := 1)
elab_rules : command | `(my_named_syn my_syn) => return
my_named_syn my_syn
elab "my_elab" : term => return Lean.mkConst ``false
macro "my_macro" : term => `(my_elab)
class abbrev BarAbbrev (α : Prop) := Bar α
register_option myOption : Bool := { defValue := my_macro, descr := "hi mom" }
elab (name := myCmd) (docComment)? "my_command" ident : command => pure ()
my_command x
open Lean.Linter.MissingDocs in
@[missing_docs_handler myCmd]
def handleMyCmd : SimpleHandler := fun
| `(my_command $x:ident) => lintNamed x "my_command"
| _ => pure ()
/-- doc -/
my_command y
my_command z