5dde403ec0
This PR is a followup of #11381 and enforces the invariants on ordering of closed terms and constants required by the EmitC pass properly by toposorting before saving the declarations into the Environment.
83 lines
3.4 KiB
Text
83 lines
3.4 KiB
Text
import Lean
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/-- `erased α` is the same as `α`, except that the elements
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of `erased α` are erased in the VM in the same way as types
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and proofs. This can be used to track data without storing it
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literally. -/
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def Erased (α : Sort u) : Sort max 1 u :=
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Σ's : α → Prop, ∃ a, (fun b => a = b) = s
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namespace Erased
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/-- Erase a value. -/
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@[inline]
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def mk {α} (a : α) : Erased α :=
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⟨fun b => a = b, a, rfl⟩
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open Lean.Compiler
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set_option pp.explicit true
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set_option pp.funBinderTypes true
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set_option pp.letVarTypes true
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set_option trace.Compiler.result true
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/--
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trace: [Compiler.result] size: 1
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def Erased.mk (α : lcErased) (a : lcAny) : PSigma lcErased lcAny :=
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let _x.1 : PSigma lcErased lcAny := PSigma.mk ◾ ◾ ◾ ◾;
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return _x.1
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---
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trace: [Compiler.result] size: 5
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def _private.lean.run.erased.0._eval._lam_0 (_x.1 : Array
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Lean.Name) (_x.2 : PUnit) (_y.3 : Lean.Elab.Term.Context) (_y.4 : lcAny) (_y.5 : Lean.Meta.Context) (_y.6 : lcAny) (_y.7 : Lean.Core.Context) (_y.8 : lcAny) (_y.9 : lcVoid) : EST.Out
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Lean.Exception lcAny PUnit :=
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let _x.10 : EST.Out Lean.Exception lcAny PUnit := 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 : PUnit) (a.12 : lcVoid) =>
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let _x.13 : EST.Out Lean.Exception lcAny PUnit := @EST.Out.ok ◾ ◾ ◾ _x.2 a.12;
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return _x.13
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| EST.Out.error (a.14 : Lean.Exception) (a.15 : lcVoid) =>
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return _x.10
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[Compiler.result] size: 1
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def _private.lean.run.erased.0._eval._closed_0 : String :=
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let _x.1 : String := "Erased";
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return _x.1
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[Compiler.result] size: 1
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def _private.lean.run.erased.0._eval._closed_1 : String :=
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let _x.1 : String := "mk";
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return _x.1
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[Compiler.result] size: 3
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def _private.lean.run.erased.0._eval._closed_2 : Lean.Name :=
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let _x.1 : String := _eval._closed_1.2;
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let _x.2 : String := _eval._closed_0.2;
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let _x.3 : Lean.Name := Lean.Name.mkStr2 _x.2 _x.1;
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return _x.3
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[Compiler.result] size: 2
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def _private.lean.run.erased.0._eval._closed_3 : Array Lean.Name :=
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let _x.1 : Nat := 1;
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let _x.2 : Array Lean.Name := Array.mkEmpty ◾ _x.1;
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return _x.2
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[Compiler.result] size: 3
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def _private.lean.run.erased.0._eval._closed_4 : Array Lean.Name :=
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let _x.1 : Lean.Name := _eval._closed_2.2;
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let _x.2 : Array Lean.Name := _eval._closed_3.2;
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let _x.3 : Array Lean.Name := Array.push ◾ _x.2 _x.1;
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return _x.3
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[Compiler.result] size: 9
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def _private.lean.run.erased.0._eval (a.1 : Lean.Elab.Command.Context) (a.2 : lcAny) (a.3 : lcVoid) : EST.Out
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Lean.Exception lcAny PUnit :=
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let _x.4 : String := _eval._closed_0.2;
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let _x.5 : String := _eval._closed_1.2;
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let _x.6 : Lean.Name := _eval._closed_2.2;
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let _x.7 : Nat := 1;
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let _x.8 : Array Lean.Name := _eval._closed_3.2;
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let _x.9 : Array Lean.Name := _eval._closed_4.2;
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let _x.10 : PUnit := PUnit.unit;
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let _f.11 : Lean.Elab.Term.Context →
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lcAny →
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Lean.Meta.Context →
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lcAny →
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Lean.Core.Context → lcAny → lcVoid → EST.Out Lean.Exception lcAny PUnit := _eval._lam_0.2 _x.9 _x.10;
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let _x.12 : EST.Out Lean.Exception lcAny PUnit := Lean.Elab.Command.liftTermElabM._redArg _f.11 a.1 a.2 a.3;
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return _x.12
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-/
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#guard_msgs in
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run_meta Lean.Compiler.compile #[``Erased.mk]
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