lean2/tests/lean/elab1.lean.expected.out

  Set: pp::colors
  Set: pp::unicode
  Assumed: f
Error (line: 4, pos: 6) type mismatch at application
    f 10 ⊤
Function type:
    Π (A : Type), A → A → A
Arguments types:
    ℕ : Type
    10 : ℕ
    ⊤ : Bool
  Assumed: g
Error (line: 7, pos: 6) unsolved placeholder at term
    g 10
  Assumed: h
Error (line: 11, pos: 27) application type mismatch during term elaboration
    h A x
Function type:
    Π (A : Type), A → A
Arguments types:
    A : Type
    x : ?M0
Elaborator state
    #0 ≈ ?M0[lift:0:2]
  Assumed: eq
Error (line: 15, pos: 51) application type mismatch during term elaboration
    eq C a b
Function type:
    Π (A : Type), A → A → Bool
Arguments types:
    C : Type
    a : ?M0[lower:5:5 lift:0:3 subst:0 B subst:1 A]
    b : ?M2[lower:5:5 lift:0:2 subst:0 a subst:1 B subst:2 A]
Elaborator state
    #0 ≈ ?M2[lift:0:2]
    #0 ≈ ?M0[lift:0:3]
  Assumed: a
  Assumed: b
  Assumed: H
Error (line: 20, pos: 18) type mismatch during term elaboration
    Discharge (λ H1 : _, Conj H1 (Conjunct1 H))
Term after elaboration:
    Discharge (λ H1 : ?M4, Conj H1 (Conjunct1 H))
Expected type:
    b
Got:
    ?M4 ⇒ ?M2
Elaborator state
    ?M2[lift:0:1] ≈ (?M4[lift:0:1]) ∧ a
    b ≈ if Bool ?M4 ?M2 ⊤
    b ≈ if Bool ?M4 ?M2 ⊤
Error (line: 22, pos: 22) type mismatch at application
    Trans (Refl a) (Refl b)
Function type:
    Π (A : Type U) (a b c : A), (a = b) → (b = c) → (a = c)
Arguments types:
    Bool : Type
    a : Bool
    a : Bool
    b : Bool
    Refl a : a = a
    Refl b : b = b
Error (line: 24, pos: 6) type mismatch at application
    f Bool Bool
Function type:
    Π (A : Type), A → A → A
Arguments types:
    Type : Type 1
    Bool : Type
    Bool : Type
Error (line: 27, pos: 21) type mismatch at application
    DisjCases (EM a) (λ H_a : a, H) (λ H_na : ¬ a, NotImp1 (MT H H_na))
Function type:
    Π (a b c : Bool), (a ∨ b) → (a → c) → (b → c) → c
Arguments types:
    a : Bool
    ¬ a : Bool
    a : Bool
    EM a : a ∨ ¬ a
    (λ H_a : a, H) : a → ((a ⇒ b) ⇒ a)
    (λ H_na : ¬ a, NotImp1 (MT H H_na)) : (¬ a) → a