Bend/tests/snapshots/encode_pattern_match__expr.bend.snap

---
source: tests/golden_tests.rs
input_file: tests/golden_tests/encode_pattern_match/expr.bend
---
Scott
(Expr/Var) = λa λb λ* λ* λ* λ* λ* λ* λ* λ* (b a)

(Expr/Num) = λa λ* λc λ* λ* λ* λ* λ* λ* λ* (c a)

(Expr/App) = λa λb λ* λ* λe λ* λ* λ* λ* λ* λ* (e a b)

(Expr/Fun) = λa λb λ* λ* λ* λf λ* λ* λ* λ* λ* (f a b)

(Expr/If) = λa λb λc λ* λ* λ* λ* λh λ* λ* λ* λ* (h a b c)

(Expr/Let) = λa λb λc λ* λ* λ* λ* λ* λi λ* λ* λ* (i a b c)

(Expr/Dup) = λa λb λc λd λ* λ* λ* λ* λ* λ* λk λ* λ* (k a b c d)

(Expr/Tup) = λa λb λ* λ* λ* λ* λ* λ* λ* λj λ* (j a b)

(Expr/Op2) = λa λb λc λ* λ* λ* λ* λ* λ* λ* λ* λl (l a b c)

(Op/Add) = λa λ* λ* λ* a

(Op/Sub) = λ* λb λ* λ* b

(Op/Mul) = λ* λ* λc λ* c

(Op/Div) = λ* λ* λ* λd d

NumScott
(Expr/Var) = λa λb (b Expr/Var/tag a)

(Expr/Num) = λa λb (b Expr/Num/tag a)

(Expr/App) = λa λb λc (c Expr/App/tag a b)

(Expr/Fun) = λa λb λc (c Expr/Fun/tag a b)

(Expr/If) = λa λb λc λd (d Expr/If/tag a b c)

(Expr/Let) = λa λb λc λd (d Expr/Let/tag a b c)

(Expr/Dup) = λa λb λc λd λe (e Expr/Dup/tag a b c d)

(Expr/Tup) = λa λb λc (c Expr/Tup/tag a b)

(Expr/Op2) = λa λb λc λd (d Expr/Op2/tag a b c)

(Op/Add) = λa (a Op/Add/tag)

(Op/Sub) = λa (a Op/Sub/tag)

(Op/Mul) = λa (a Op/Mul/tag)

(Op/Div) = λa (a Op/Div/tag)

(Expr/Var/tag) = 0

(Expr/Num/tag) = 1

(Expr/App/tag) = 2

(Expr/Fun/tag) = 3

(Expr/If/tag) = 4

(Expr/Let/tag) = 5

(Expr/Dup/tag) = 6

(Expr/Tup/tag) = 7

(Expr/Op2/tag) = 8

(Op/Add/tag) = 0

(Op/Sub/tag) = 1

(Op/Mul/tag) = 2

(Op/Div/tag) = 3