This PR sets up the new integrated test/bench suite. It then migrates all benchmarks and some related tests to the new suite. There's also some documentation and some linting. For now, a lot of the old tests are left alone so this PR doesn't become even larger than it already is. Eventually, all tests should be migrated to the new suite though so there isn't a confusing mix of two systems.
106 lines
3.2 KiB
Text
106 lines
3.2 KiB
Text
/-! This file tests kernel diagnostics reporting, triggered using the expensive `ack` function. -/
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def ack : Nat → Nat → Nat
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| 0, y => y+1
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| x+1, 0 => ack x 1
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| x+1, y+1 => ack x (ack (x+1) y)
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termination_by a b => (a, b)
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section async_true
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/--
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trace: [simp] Diagnostics
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[simp] used theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57
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[simp] tried theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57, succeeded: 57
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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---
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trace: [diag] Diagnostics
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[kernel] unfolded declarations (max: 176, num: 3):
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[kernel] OfNat.ofNat ↦ 176
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[kernel] Add.add ↦ 60
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[kernel] HAdd.hAdd ↦ 60
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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-/
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#guard_msgs in
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set_option diagnostics.threshold 50 in
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set_option diagnostics true in
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theorem ex : ack 3 2 = 29 :=
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by simp [ack]
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end async_true
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section async_false
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set_option Elab.async false
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/--
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trace: [simp] Diagnostics
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[simp] used theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57
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[simp] tried theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57, succeeded: 57
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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---
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trace: [diag] Diagnostics
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[kernel] unfolded declarations (max: 174, num: 3):
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[kernel] OfNat.ofNat ↦ 174
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[kernel] Add.add ↦ 58
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[kernel] HAdd.hAdd ↦ 58
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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-/
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#guard_msgs in
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set_option diagnostics.threshold 50 in
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set_option diagnostics true in
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theorem ex2 : ack 3 2 = 29 :=
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by simp [ack]
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end async_false
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-- Check that kernel diagnostics are also reported in examples
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/--
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trace: [simp] Diagnostics
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[simp] used theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57
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[simp] tried theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57, succeeded: 57
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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---
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trace: [diag] Diagnostics
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[kernel] unfolded declarations (max: 174, num: 3):
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[kernel] OfNat.ofNat ↦ 174
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[kernel] Add.add ↦ 58
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[kernel] HAdd.hAdd ↦ 58
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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-/
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#guard_msgs in
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set_option diagnostics.threshold 50 in
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set_option diagnostics true in
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example : ack 3 2 = 29 :=
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by simp [ack]
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-- Also in nested lemma
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/--
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trace: [simp] Diagnostics
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[simp] used theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57
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[simp] tried theorems (max: 57, num: 1):
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[simp] ack.eq_3 ↦ 57, succeeded: 57
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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---
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trace: [diag] Diagnostics
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[def_eq] heuristic for solving `f a =?= f b` (max: 60, num: 1):
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[def_eq] ack ↦ 60
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[kernel] unfolded declarations (max: 174, num: 3):
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[kernel] OfNat.ofNat ↦ 174
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[kernel] Add.add ↦ 58
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[kernel] HAdd.hAdd ↦ 58
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use `set_option diagnostics.threshold <num>` to control threshold for reporting counters
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-/
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#guard_msgs in
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set_option diagnostics.threshold 50 in
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set_option diagnostics true in
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theorem ex3 : ack 3 2 = 29 :=
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by as_aux_lemma => simp [ack]
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