33e63bb6c3
This PR marks the context argument of `ReaderT` as borrowed, causing a wide spread of useful borrow annotations throughout the entire meta stack which reduces RC pressure. This introduces a crucial new behavior: When modifying `ReaderT` context, e.g. through `withReader` this will almost always cause an allocation. Given that the `ReaderT` context is frequently used in a non-linear fashion anyways we think this is an acceptable behavior.
183 lines
6.6 KiB
Text
183 lines
6.6 KiB
Text
[Compiler.simp] size: 9
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def f x b : Bool :=
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jp _jp.1 _y.2 : Bool :=
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let _x.3 := instDecidableEqNat x _y.2;
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let _x.4 := decide ◾ _x.3;
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return _x.4;
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cases b : Bool
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| Bool.false =>
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let _x.5 := 1;
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goto _jp.1 _x.5
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| Bool.true =>
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let _x.6 := 2;
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goto _jp.1 _x.6
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[Compiler.simp] size: 9
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def f x b : Bool :=
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jp _jp.1 _y.2 : Bool :=
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let _x.3 := instDecidableEqNat x _y.2;
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let _x.4 := decide ◾ _x.3;
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return _x.4;
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cases b : Bool
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| Bool.false =>
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let _x.5 := 1;
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goto _jp.1 _x.5
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| Bool.true =>
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let _x.6 := 2;
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goto _jp.1 _x.6
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[Compiler.simp] size: 9
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def f x b : Bool :=
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jp _jp.1 _y.2 : Bool :=
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let _x.3 := instDecidableEqNat x _y.2;
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let _x.4 := decide ◾ _x.3;
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return _x.4;
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cases b : Bool
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| Bool.false =>
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let _x.5 := 1;
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goto _jp.1 _x.5
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| Bool.true =>
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let _x.6 := 2;
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goto _jp.1 _x.6
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[Compiler.simp] size: 7
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def f x b : Bool :=
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cases b : Bool
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| Bool.false =>
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let _x.1 := 1;
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let _x.2 := Nat.decEq x _x.1;
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return _x.2
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| Bool.true =>
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let _x.3 := 2;
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let _x.4 := Nat.decEq x _x.3;
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return _x.4
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[Compiler.simp] size: 7
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def f x b : Bool :=
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cases b : Bool
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| Bool.false =>
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let _x.1 := 1;
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let _x.2 := Nat.decEq x _x.1;
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return _x.2
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| Bool.true =>
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let _x.3 := 2;
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let _x.4 := Nat.decEq x _x.3;
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return _x.4
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[Compiler.simp] size: 7
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def f x b : Bool :=
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cases b : Bool
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| Bool.false =>
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let _x.1 := 1;
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let _x.2 := Nat.decEq x _x.1;
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return _x.2
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| Bool.true =>
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let _x.3 := 2;
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let _x.4 := Nat.decEq x _x.3;
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return _x.4
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[Compiler.simp] size: 12
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def _private.elab.attachJp.0._eval @&a @&a a.1 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.2 := "f";
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let _x.3 := Lean.Name.mkStr1 _x.2;
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let _x.4 := 1;
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let _x.5 := @Array.mkEmpty _ _x.4;
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let _x.6 := @Array.push _ _x.5 _x.3;
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let _x.7 := PUnit.unit;
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fun _f.8 _y.9 @&_y.10 @&_y.11 @&_y.12 @&_y.13 @&_y.14 _y.15 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.16 := Lean.Compiler.compile _x.6 _y.13 _y.14 _y.15;
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cases _x.16 : EST.Out Lean.Exception lcAny PUnit
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| EST.Out.ok a.17 a.18 =>
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let _x.19 := @EST.Out.ok _ _ _ _x.7 a.18;
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return _x.19
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| EST.Out.error a.20 a.21 =>
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return _x.16;
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let _x.22 := @Lean.Elab.Command.liftTermElabM _ _f.8 a a a.1;
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return _x.22
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[Compiler.simp] size: 12
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def _private.elab.attachJp.0._eval @&a @&a a.1 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.2 := "f";
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let _x.3 := Lean.Name.mkStr1 _x.2;
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let _x.4 := 1;
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let _x.5 := @Array.mkEmpty _ _x.4;
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let _x.6 := @Array.push _ _x.5 _x.3;
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let _x.7 := PUnit.unit;
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fun _f.8 _y.9 @&_y.10 @&_y.11 @&_y.12 @&_y.13 @&_y.14 _y.15 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.16 := Lean.Compiler.compile _x.6 _y.13 _y.14 _y.15;
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cases _x.16 : EST.Out Lean.Exception lcAny PUnit
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| EST.Out.ok a.17 a.18 =>
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let _x.19 := @EST.Out.ok _ _ _ _x.7 a.18;
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return _x.19
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| EST.Out.error a.20 a.21 =>
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return _x.16;
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let _x.22 := @Lean.Elab.Command.liftTermElabM _ _f.8 a a a.1;
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return _x.22
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[Compiler.simp] size: 12
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def _private.elab.attachJp.0._eval @&a @&a a.1 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.2 := "f";
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let _x.3 := Lean.Name.mkStr1 _x.2;
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let _x.4 := 1;
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let _x.5 := @Array.mkEmpty _ _x.4;
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let _x.6 := @Array.push _ _x.5 _x.3;
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let _x.7 := PUnit.unit;
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fun _f.8 _y.9 @&_y.10 @&_y.11 @&_y.12 @&_y.13 @&_y.14 _y.15 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.16 := Lean.Compiler.compile _x.6 _y.13 _y.14 _y.15;
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cases _x.16 : EST.Out Lean.Exception lcAny PUnit
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| EST.Out.ok a.17 a.18 =>
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let _x.19 := @EST.Out.ok _ _ _ _x.7 a.18;
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return _x.19
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| EST.Out.error a.20 a.21 =>
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return _x.16;
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let _x.22 := @Lean.Elab.Command.liftTermElabM _ _f.8 a a a.1;
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return _x.22
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[Compiler.simp] size: 12
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def _private.elab.attachJp.0._eval @&a @&a a.1 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.2 := "f";
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let _x.3 := Lean.Name.mkStr1 _x.2;
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let _x.4 := 1;
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let _x.5 := Array.mkEmpty ◾ _x.4;
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let _x.6 := Array.push ◾ _x.5 _x.3;
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let _x.7 := PUnit.unit;
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fun _f.8 _y.9 @&_y.10 @&_y.11 @&_y.12 @&_y.13 @&_y.14 _y.15 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.16 := Lean.Compiler.compile _x.6 _y.13 _y.14 _y.15;
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cases _x.16 : EST.Out Lean.Exception lcAny PUnit
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| EST.Out.ok a.17 a.18 =>
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let _x.19 := @EST.Out.ok ◾ ◾ ◾ _x.7 a.18;
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return _x.19
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| EST.Out.error a.20 a.21 =>
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return _x.16;
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let _x.22 := Lean.Elab.Command.liftTermElabM._redArg _f.8 a a a.1;
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return _x.22
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[Compiler.simp] size: 12
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def _private.elab.attachJp.0._eval @&a @&a a.1 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.2 := "f";
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let _x.3 := Lean.Name.mkStr1 _x.2;
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let _x.4 := 1;
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let _x.5 := Array.mkEmpty ◾ _x.4;
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let _x.6 := Array.push ◾ _x.5 _x.3;
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let _x.7 := PUnit.unit;
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fun _f.8 _y.9 @&_y.10 @&_y.11 @&_y.12 @&_y.13 @&_y.14 _y.15 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.16 := Lean.Compiler.compile _x.6 _y.13 _y.14 _y.15;
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cases _x.16 : EST.Out Lean.Exception lcAny PUnit
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| EST.Out.ok a.17 a.18 =>
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let _x.19 := @EST.Out.ok ◾ ◾ ◾ _x.7 a.18;
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return _x.19
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| EST.Out.error a.20 a.21 =>
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return _x.16;
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let _x.22 := Lean.Elab.Command.liftTermElabM._redArg _f.8 a a a.1;
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return _x.22
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[Compiler.simp] size: 5
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def _private.elab.attachJp.0._eval._lam_0 _x.1 _x.2 _y.3 @&_y.4 @&_y.5 @&_y.6 @&_y.7 @&_y.8 _y.9 : EST.Out
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Lean.Exception lcAny PUnit :=
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let _x.10 := Lean.Compiler.compile _x.1 _y.7 _y.8 _y.9;
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cases _x.10 : EST.Out Lean.Exception lcAny PUnit
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| EST.Out.ok a.11 a.12 =>
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let _x.13 := @EST.Out.ok ◾ ◾ ◾ _x.2 a.12;
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return _x.13
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| EST.Out.error a.14 a.15 =>
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return _x.10
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[Compiler.simp] size: 8
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def _private.elab.attachJp.0._eval @&a @&a a.1 : EST.Out Lean.Exception lcAny PUnit :=
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let _x.2 := "f";
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let _x.3 := Lean.Name.mkStr1 _x.2;
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let _x.4 := 1;
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let _x.5 := Array.mkEmpty ◾ _x.4;
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let _x.6 := Array.push ◾ _x.5 _x.3;
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let _x.7 := PUnit.unit;
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let _f.8 := _eval._lam_0 _x.6 _x.7;
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let _x.9 := Lean.Elab.Command.liftTermElabM._redArg _f.8 a a a.1;
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return _x.9
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