mirror of
https://github.com/github/codeql.git
synced 2025-12-16 16:53:25 +01:00
f9915e66a7
Before
```
Pipeline standard for TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9@061312x0 was evaluated in 367 iterations totaling 3484ms (delta sizes total: 563408).
66609 ~0% {3} r1 = SCAN `TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess.getTypeAt/1#dispred#3a89868c#prev_delta` OUTPUT In.1, In.2, In.0
867138261 ~1% {4} | JOIN WITH `TypeMention::TypeMention.resolveTypeAt/1#dispred#a125c821#bff#reorder_0_2_1_210#join_rhs` ON FIRST 2 OUTPUT Lhs.2, Rhs.2, Lhs.0, Lhs.1
29320 ~0% {5} | JOIN WITH `TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput::potentialInstantiationOf/3#1239e45f#reorder_0_2_1#prev` ON FIRST 2 OUTPUT Rhs.2, Lhs.3, Lhs.0, Lhs.2, Lhs.1
{5} | AND NOT `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0`(FIRST 2)
29320 ~1% {4} | SCAN OUTPUT In.4, In.3, In.2, In.0
29320 ~0% {5} r2 = JOIN r1 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAccess,TypeInference::AwaitExprMatching::AccessConstraint::IsInstantiationOfInput>::getNthPath/2#8b978a80_021#join_rhs` ON FIRST 2 OUTPUT Lhs.2, Lhs.0, Lhs.3, Rhs.2, _
{4} | REWRITE WITH Tmp.4 := 0, TEST InOut.3 != Tmp.4 KEEPING 4
29320 ~0% {5} | SCAN OUTPUT In.0, In.2, In.1, _, In.3
29320 ~0% {5} | REWRITE WITH Tmp.3 := 1, Out.3 := (InOut.4 - Tmp.3)
29296 ~1% {4} | JOIN WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev` ON FIRST 4 OUTPUT Lhs.0, Lhs.1, Lhs.2, Lhs.4
29320 ~0% {6} r3 = JOIN r1 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAccess,TypeInference::AwaitExprMatching::AccessConstraint::IsInstantiationOfInput>::getNthPath/2#8b978a80_021#join_rhs` ON FIRST 2 OUTPUT Lhs.2, Lhs.1, Lhs.0, Lhs.3, Rhs.2, _
{5} | REWRITE WITH Tmp.5 := 0, TEST InOut.4 = Tmp.5 KEEPING 5
0 ~0% {5} | SCAN OUTPUT In.2, _, In.1, In.0, In.3
0 ~0% {5} | REWRITE WITH Out.1 := 0
0 ~0% {4} | JOIN WITH `TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAccess,TypeInference::AwaitExprMatching::AccessConstraint::IsInstantiationOfInput>::getNthPath/2#8b978a80` ON FIRST 3 OUTPUT Lhs.3, Lhs.4, Lhs.0, _
0 ~0% {4} | REWRITE WITH Out.3 := 0
563353 ~1% {4} r4 = SCAN `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev_delta` OUTPUT In.0, In.2, In.1, In.3
563353 ~1% {6} | JOIN WITH `TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput::potentialInstantiationOf/3#1239e45f#reorder_0_2_1#prev` ON FIRST 3 OUTPUT Lhs.0, Lhs.2, Lhs.1, _, Lhs.3, _
{4} | REWRITE WITH Tmp.3 := 1, Out.3 := (Tmp.3 + In.4), Tmp.5 := 0, TEST Out.3 != Tmp.5 KEEPING 4
563353 ~0% {4} | SCAN OUTPUT In.2, In.3, In.0, In.1
258647 ~1% {5} r5 = JOIN r4 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAccess,TypeInference::AwaitExprMatching::AccessConstraint::IsInstantiationOfInput>::getNthPath/2#8b978a80` ON FIRST 2 OUTPUT Lhs.3, Lhs.2, Lhs.0, Lhs.1, Rhs.2
102998 ~1% {6} | JOIN WITH `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0` ON FIRST 1 OUTPUT Lhs.2, Rhs.1, Lhs.4, Lhs.1, Lhs.0, Lhs.3
52485 ~1% {6} | JOIN WITH `TypeMention::TypeMention.resolveTypeAt/1#dispred#a125c821#bff#reorder_0_2_1` ON FIRST 3 OUTPUT Lhs.0, Lhs.1, Lhs.2, Lhs.3, Lhs.4, Lhs.5
258647 ~0% {5} r6 = JOIN r4 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAccess,TypeInference::AwaitExprMatching::AccessConstraint::IsInstantiationOfInput>::getNthPath/2#8b978a80` ON FIRST 2 OUTPUT Lhs.0, Rhs.2, Lhs.2, Lhs.3, Lhs.1
259340 ~1% {6} | JOIN WITH `TypeMention::TypeMention.resolveTypeAt/1#dispred#a125c821#bff#reorder_0_2_1_021#join_rhs` ON FIRST 2 OUTPUT Lhs.2, Lhs.1, Rhs.2, Lhs.3, Lhs.0, Lhs.4
16033 ~0% {6} | JOIN WITH `TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess.getTypeAt/1#dispred#3a89868c#prev` ON FIRST 3 OUTPUT Lhs.3, Lhs.2, Lhs.0, Lhs.4, Lhs.5, Lhs.1
{6} | AND NOT `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0`(FIRST 2)
15992 ~1% {6} | SCAN OUTPUT In.3, In.1, In.5, In.2, In.0, In.4
68477 ~1% {6} r7 = r5 UNION r6
68477 ~0% {4} | JOIN WITH `TypeMention::TypeMention.resolveTypeAt/1#dispred#a125c821#bff#reorder_0_2_1` ON FIRST 3 OUTPUT Lhs.3, Lhs.4, Lhs.0, Lhs.5
465635 ~0% {3} r8 = SCAN `TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput::potentialInstantiationOf/3#1239e45f#reorder_0_2_1#prev_delta` OUTPUT In.1, In.0, In.2
465635 ~0% {5} r9 = JOIN r8 WITH `_TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAc__#join_rhs` ON FIRST 1 OUTPUT Lhs.0, _, Rhs.2, Lhs.1, Lhs.2
465635 ~1% {5} | REWRITE WITH Out.1 := 0
465635 ~1% {5} r10 = JOIN r9 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAccess,TypeInference::AwaitExprMatching::AccessConstraint::IsInstantiationOfInput>::getNthPath/2#8b978a80` ON FIRST 3 OUTPUT Lhs.4, Lhs.0, _, Lhs.2, Lhs.3
465635 ~1% {5} | REWRITE WITH Out.2 := 0
275069 ~0% {5} r11 = JOIN r8 WITH `_TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAc__#join_rhs#1` ON FIRST 1 OUTPUT Lhs.1, Lhs.2, Lhs.0, Rhs.1, Rhs.2
0 ~0% {7} | JOIN WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev` ON FIRST 3 OUTPUT Lhs.2, Lhs.3, Lhs.4, Lhs.0, Lhs.1, Rhs.3, _
0 ~0% {7} | REWRITE WITH Tmp.6 := 1, Out.6 := (InOut.1 - Tmp.6), TEST Out.6 = InOut.5
0 ~0% {5} r12 = SCAN r11 OUTPUT In.4, In.0, In.1, In.2, In.3
465635 ~1% {5} r13 = r10 UNION r12
94444 ~1% {6} | JOIN WITH `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0` ON FIRST 1 OUTPUT Lhs.1, Rhs.1, Lhs.3, Lhs.2, Lhs.4, Lhs.0
6 ~20% {6} | JOIN WITH `TypeMention::TypeMention.resolveTypeAt/1#dispred#a125c821#bff#reorder_0_2_1` ON FIRST 3 OUTPUT Lhs.0, Lhs.1, Lhs.2, Lhs.3, Lhs.4, Lhs.5
465635 ~0% {5} r14 = JOIN r9 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::AwaitExprMatching::AccessConstraint::RelevantAccess,TypeInference::AwaitExprMatching::AccessConstraint::IsInstantiationOfInput>::getNthPath/2#8b978a80` ON FIRST 3 OUTPUT Lhs.0, Lhs.2, _, Lhs.3, Lhs.4
465635 ~1% {5} | REWRITE WITH Out.2 := 0
0 ~0% {5} r15 = SCAN r11 OUTPUT In.0, In.2, In.1, In.3, In.4
465635 ~1% {5} r16 = r14 UNION r15
465635 ~0% {6} | JOIN WITH `TypeMention::TypeMention.resolveTypeAt/1#dispred#a125c821#bff#reorder_0_2_1_021#join_rhs` ON FIRST 2 OUTPUT Lhs.3, Lhs.1, Rhs.2, Lhs.0, Lhs.2, Lhs.4
465635 ~0% {6} | JOIN WITH `TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess.getTypeAt/1#dispred#3a89868c#prev` ON FIRST 3 OUTPUT Lhs.5, Lhs.2, Lhs.3, Lhs.4, Lhs.1, Lhs.0
{6} | AND NOT `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0`(FIRST 2)
465629 ~1% {6} | SCAN OUTPUT In.2, In.1, In.4, In.3, In.5, In.0
465635 ~1% {6} r17 = r13 UNION r16
465635 ~1% {4} | JOIN WITH `TypeMention::TypeMention.resolveTypeAt/1#dispred#a125c821#bff#reorder_0_2_1` ON FIRST 3 OUTPUT Lhs.4, Lhs.5, Lhs.0, Lhs.3
563408 ~1% {4} r18 = r2 UNION r3 UNION r7 UNION r17
563408 ~1% {4} | AND NOT `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev`(FIRST 4)
return r18
```
After
```
Pipeline standard for TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9@e8671bx7 was evaluated in 376 iterations totaling 245ms (delta sizes total: 563353).
563353 ~1% {6} r1 = SCAN `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev_delta` OUTPUT In.0, In.1, In.2, _, In.3, _
563353 ~1% {4} | REWRITE WITH Tmp.3 := 1, Out.3 := (Tmp.3 + In.4), Tmp.5 := 0, TEST Out.3 != Tmp.5 KEEPING 4
259340 ~1% {5} r2 = JOIN r1 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::resolveTypeAt/5#77e2181d#prev` ON FIRST 4 OUTPUT Lhs.1, Rhs.5, Lhs.0, Lhs.2, Lhs.3
52485 ~0% {4} | JOIN WITH `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0` ON FIRST 2 OUTPUT Lhs.2, Lhs.0, Lhs.3, Lhs.4
259340 ~1% {6} r3 = JOIN r1 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::resolveTypeAt/5#77e2181d#prev` ON FIRST 4 OUTPUT Lhs.0, Rhs.4, Rhs.5, Lhs.1, Lhs.2, Lhs.3
16033 ~0% {5} | JOIN WITH `TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess.getTypeAt/1#dispred#3a89868c#prev` ON FIRST 3 OUTPUT Lhs.3, Lhs.2, Lhs.0, Lhs.4, Lhs.5
{5} | AND NOT `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0`(FIRST 2)
15992 ~0% {4} | SCAN OUTPUT In.2, In.0, In.3, In.4
741397 ~1% {7} r4 = SCAN `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::resolveTypeAt/5#77e2181d#prev_delta` OUTPUT In.0, In.1, In.2, In.3, In.4, In.5, _
465635 ~1% {6} | REWRITE WITH Tmp.6 := 0, TEST InOut.3 = Tmp.6 KEEPING 6
465635 ~1% {5} r5 = SCAN r4 OUTPUT In.1, In.5, In.0, In.2, _
465635 ~0% {5} | REWRITE WITH Out.4 := 0
741397 ~1% {7} r6 = SCAN `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::resolveTypeAt/5#77e2181d#prev_delta` OUTPUT In.0, In.1, In.2, In.3, In.4, In.5, _
275762 ~1% {6} | REWRITE WITH Tmp.6 := 0, TEST InOut.3 != Tmp.6 KEEPING 6
0 ~0% {7} r7 = JOIN r6 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev` ON FIRST 3 OUTPUT Lhs.0, Lhs.1, Lhs.2, Lhs.3, Lhs.5, Rhs.3, _
{7} | REWRITE WITH Tmp.6 := 1, Out.6 := (InOut.3 - Tmp.6), TEST Out.6 = InOut.5
0 ~0% {5} | SCAN OUTPUT In.1, In.4, In.0, In.2, In.3
465635 ~0% {5} r8 = r5 UNION r7
6 ~0% {4} | JOIN WITH `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0` ON FIRST 2 OUTPUT Lhs.2, Lhs.0, Lhs.3, Lhs.4
29310 ~0% {5} r9 = JOIN `TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess.getTypeAt/1#dispred#3a89868c#prev_delta` WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::resolveTypeAt/5#77e2181d#reorder_0_4_5_1_2_3#prev` ON FIRST 3 OUTPUT Lhs.0, Lhs.2, Rhs.3, Rhs.4, Rhs.5
29310 ~0% {6} r10 = SCAN r9 OUTPUT In.0, In.1, In.2, In.3, In.4, _
{5} | REWRITE WITH Tmp.5 := 0, TEST InOut.4 = Tmp.5 KEEPING 5
0 ~0% {5} | SCAN OUTPUT In.2, In.1, In.0, In.3, _
0 ~0% {5} | REWRITE WITH Out.4 := 0
29310 ~0% {6} r11 = SCAN r9 OUTPUT In.0, In.1, In.2, In.3, In.4, _
{5} | REWRITE WITH Tmp.5 := 0, TEST InOut.4 != Tmp.5 KEEPING 5
29310 ~1% {6} | SCAN OUTPUT In.0, In.2, In.3, _, In.1, In.4
29310 ~1% {6} | REWRITE WITH Tmp.3 := 1, Out.3 := (InOut.5 - Tmp.3)
29241 ~0% {5} | JOIN WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev` ON FIRST 4 OUTPUT Lhs.1, Lhs.4, Lhs.0, Lhs.2, Lhs.5
29241 ~0% {5} r12 = r10 UNION r11
{5} | AND NOT `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0`(FIRST 2)
29241 ~1% {4} | SCAN OUTPUT In.2, In.0, In.3, In.4
465635 ~0% {6} r13 = SCAN r4 OUTPUT In.0, In.4, In.5, In.1, In.2, _
465635 ~1% {6} | REWRITE WITH Out.5 := 0
0 ~0% {8} r14 = JOIN r6 WITH `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev` ON FIRST 3 OUTPUT Lhs.0, Lhs.1, Lhs.2, Lhs.3, Lhs.4, Lhs.5, Rhs.3, _
{8} | REWRITE WITH Tmp.7 := 1, Out.7 := (InOut.3 - Tmp.7), TEST Out.7 = InOut.6
0 ~0% {6} | SCAN OUTPUT In.0, In.4, In.5, In.1, In.2, In.3
465635 ~1% {6} r15 = r13 UNION r14
465635 ~0% {5} | JOIN WITH `TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess.getTypeAt/1#dispred#3a89868c#prev` ON FIRST 3 OUTPUT Lhs.3, Lhs.2, Lhs.0, Lhs.4, Lhs.5
{5} | AND NOT `Type::TypeAbstraction.getATypeParameter/0#dispred#030257a0`(FIRST 2)
465629 ~1% {4} | SCAN OUTPUT In.2, In.0, In.3, In.4
563353 ~1% {4} r16 = r2 UNION r3 UNION r8 UNION r12 UNION r15
563353 ~1% {4} | AND NOT `TypeInference::M2::IsInstantiationOf<TypeInference::CallExprBaseMatching::AccessConstraint::RelevantAccess,TypeInference::CallExprBaseMatching::AccessConstraint::IsInstantiationOfInput>::satisfiesConcreteTypesFromIndex/4#716280b9#prev`(FIRST 4)
return r16
```
CodeQL Shared Libraries
This folder contains shared, language-agnostic CodeQL libraries.
Libraries are organized into separate query packs, in order to allow for
individual versioning. For example, the shared static single assignment (SSA)
library exists in the codeql/ssa pack, which can be referenced by adding
dependencies:
codeql/ssa: 0.0.1
to qlpack.yml.
All shared libraries will belong to a codeql/<name> pack, and live in the
namespace codeql.<name>.