Goal:
  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
cbv beta iota delta [TODO projection TODO projection] in id, id'
DEBUG LTAC Evaluated term: b
DEBUG LTAC Evaluated term: (All_fold P b')
Level 5: type of id
 has value 
(All_fold P b')


Goals:
  
  A : Type
  P : list A → A → Type
  b0 : All_fold P []
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := []; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P []
                                        (All_fold_nil P) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P [] 
          (All_fold_nil P) b0
          (noConfusionHom_All_fold_obligation_1 A P [] (All_fold_nil P) b0 e) =
        e)

  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
tac H

Goals:
  
  A : Type
  P : list A → A → Type
  b0 : All_fold P []
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := []; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P []
                                        (All_fold_nil P) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P [] 
          (All_fold_nil P) b0
          (noConfusionHom_All_fold_obligation_1 A P [] (All_fold_nil P) b0 e) =
        e)

  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
DepElim.do_case hyp

Goals:
  
  A : Type
  P : list A → A → Type
  b0 : All_fold P []
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := []; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P []
                                        (All_fold_nil P) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P [] 
          (All_fold_nil P) b0
          (noConfusionHom_All_fold_obligation_1 A P [] (All_fold_nil P) b0 e) =
        e)

  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
fun p =>
             DepElim.introduce p;
              DepElim.elim_case p || destruct p || (case p; clear p)

Goals:
  
  A : Type
  P : list A → A → Type
  b0 : All_fold P []
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := []; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P []
                                        (All_fold_nil P) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P [] 
          (All_fold_nil P) b0
          (noConfusionHom_All_fold_obligation_1 A P [] (All_fold_nil P) b0 e) =
        e)

  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
DepElim.introduce p;
            DepElim.elim_case p || destruct p || (case p; clear p)

Goals:
  
  A : Type
  P : list A → A → Type
  b0 : All_fold P []
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := []; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P []
                                        (All_fold_nil P) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P [] 
          (All_fold_nil P) b0
          (noConfusionHom_All_fold_obligation_1 A P [] (All_fold_nil P) b0 e) =
        e)

  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
DepElim.introduce p
Level 4: evaluation returns
DepElim.introduce p; DepElim.elim_case p || destruct p || (case p; clear p)
where
p := b
of type
constr of type tacvalue

Level 4: evaluation returns
DepElim.introduce p; DepElim.elim_case p || destruct p || (case p; clear p)
where
p := b
of type
constr of type tacvalue

Level 3: evaluation returns
DepElim.introduce p; DepElim.elim_case p || destruct p || (case p; clear p)
where
p := b
of type
constr of type tacvalue

Level 3: evaluation returns
DepElim.introduce p; DepElim.elim_case p || destruct p || (case p; clear p)
where
p := b
of type
constr of type tacvalue


Goals:
  
  A : Type
  P : list A → A → Type
  b0 : All_fold P []
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := []; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P []
                                        (All_fold_nil P) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P [] 
          (All_fold_nil P) b0
          (noConfusionHom_All_fold_obligation_1 A P [] (All_fold_nil P) b0 e) =
        e)

  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
fun p => first
             [ match p with
               | _ => generalize dependent p; intros p
               end
             | intros
             until
             p
             | intros
             until
             1
             | intros ]

Goals:
  
  A : Type
  P : list A → A → Type
  b0 : All_fold P []
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := []; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P []
                                        (All_fold_nil P) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P [] 
          (All_fold_nil P) b0
          (noConfusionHom_All_fold_obligation_1 A P [] (All_fold_nil P) b0 e) =
        e)

  
  A : Type
  P : list A → A → Type
  d : A
  Γ : list A
  a : All_fold P Γ
  p : P Γ d
  b0 : All_fold P (d :: Γ)
  b' : list A
  b : All_fold P b'
  ============================
   ({| pr1 := d :: Γ; pr2 := b0 |} = {| pr1 := b'; pr2 := b |}
    → ∀ (H := CoreTactics.block) (e : NoConfusionHom_All_fold A P 
                                        (d :: Γ) (All_fold_cons P a p) b0),
        let H0 := CoreTactics.block in
        noConfusionHom_All_fold_obligation_2 A P (d :: Γ)
          (All_fold_cons P a p) b0
          (noConfusionHom_All_fold_obligation_1 A P 
             (d :: Γ) (All_fold_cons P a p) b0 e) = e)


DEBUG:Going to execute:
first
[ match p with
  | _ => generalize dependent p; intros p
  end
| intros
until
p
| intros
until
1
| intros ]