Prop
Type
Type
Type 1
@max Nat
@HEq Nat 1
@List.nil
Nat
List Nat
id Nat
id (id (id Nat))
List Nat
@id Type Nat
List.{0} Nat
id.{2} Nat
Sum.{0, 0} Nat Nat
id (@id Type Nat)
fun a => a
fun a => a
fun a b => a
fun a b => a
fun {a b} => a
typeAs
  ({α : Type} →
    α → α)
  fun {α} a => a
fun {α}
    [inst :
      ToString α]
    a =>
  @toString α inst a
(α : Type) → α
(α : Type) →
  Type → α
Type → Type → Type
(α : Type) → α → α
{α : Type} → α
{α : Type} →
  [inst :
      ToString α] →
    α
∀ (x : Nat), x = x
∀ {x : Nat}
  [inst :
    ToString Nat],
  x = x
∀ x, x = x
0
1
42
"hi"
(1, 2, 3)
(1, 2).fst
decide (1 < 2) ||
  true
id (fun a => a) 0
typeAs (Id Nat)
  (let x := 1;
  do
  discard (pure 2)
  let y : Nat := 3
  pure (x + y))
typeAs (Id Nat)
  (pure 1 >>= pure)
(0 ≤ 1) = False
(0 = 1) = False
- -0