[dependabot]

Updated Microsoft.SourceLink.GitHub from 10.0.403 to 11.0.100.

Release notes

Sourced from Microsoft.SourceLink.GitHub's releases.

11.0.100

You can build .NET 11.0 from the repository by cloning the release tag v11.0.100 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

Important

Please use https://builds.dotnet.microsoft.com/dotnet/source-build/dotnet-source-11.0.100-rtm.26529.118.tar.gz instead of the GitHub-generated sources tarball. This is due to a discrepancy in the ownership metadata. The signatures were generated from build-produced source archives with ownership normalized to UID/GID 2001:2001, while GitHub’s automatically generated archives use 0:0. The source contents are identical, but the ownership metadata changes the archive bytes, causing signature verification to fail.

11.0.100-rc.3.26522.148

You can build .NET 11.0 RC 3 from the repository by cloning the release tag v11.0.100-rc.3.26522.148 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

Important

Please use https://builds.dotnet.microsoft.com/dotnet/source-build/dotnet-source-11.0.100-rc.3.26522.148.tar.gz instead of the GitHub-generated sources tarball. This is due to a discrepancy in the ownership metadata. The signatures were generated from build-produced source archives with ownership normalized to UID/GID 2001:2001, while GitHub’s automatically generated archives use 0:0. The source contents are identical, but the ownership metadata changes the archive bytes, causing signature verification to fail.

11.0.100-rc.2.26504.105

You can build .NET 11.0 RC 2 from the repository by cloning the release tag v11.0.100-rc.2.26504.105 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-rc.1.26425.128

You can build .NET 11.0 RC 1 from the repository by cloning the release tag v11.0.100-rc.1.26425.128 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-preview.7.26381.103

You can build .NET 11.0 Preview 7 from the repository by cloning the release tag v11.0.100-preview.7.26381.103 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-preview.6.26359.118

You can build .NET 11.0 Preview 6 from the repository by cloning the release tag v11.0.100-preview.6.26359.118 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-preview.5.26302.115

You can build .NET 11.0 Preview 5 from the repository by cloning the release tag v11.0.100-preview.5.26302.115 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-preview.4.26230.115

You can build .NET 11.0 Preview 4 from the repository by cloning the release tag v11.0.100-preview.4.26230.115 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-preview.3.26207.106

You can build .NET 11.0 Preview 3 from the repository by cloning the release tag v11.0.100-preview.3.26207.106 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-preview.2.26159.112

You can build .NET 11.0 Preview 2 from the repository by cloning the release tag v11.0.100-preview.2.26159.112 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

11.0.100-preview.1.26104.118

You can build .NET 11.0 Preview 1 from the repository by cloning the release tag v11.0.100-preview.1.26104.118 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

10.0.404

You can build .NET 10.0 from the repository by cloning the release tag v10.0.404 and following the build instructions in the main README.md.

Alternatively, you can build from the sources attached to this release directly.
More information on this process can be found in the dotnet/dotnet repository.

Attached are PGP signatures for the GitHub generated tarball and zipball. You can find the public key at https://dot.net/release-key-2023

Important

Please use https://builds.dotnet.microsoft.com/dotnet/source-build/dotnet-source-10.0.404-servicing.26529.119.tar.gz instead of the GitHub-generated sources tarball. This is due to a discrepancy in the ownership metadata. The signatures were generated from build-produced source archives with ownership normalized to UID/GID 2001:2001, while GitHub’s automatically generated archives use 0:0. The source contents are identical, but the ownership metadata changes the archive bytes, causing signature verification to fail.

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[github-actions]

Test Results

    44 files  ±0      44 suites  ±0   37m 32s ⏱️ + 2m 32s
 4 643 tests ±0   4 643 ✅ ±0  0 💤 ±0  0 ❌ ±0 
45 750 runs  ±0  45 750 ✅ ±0  0 💤 ±0  0 ❌ ±0 

Results for commit 772ff8a. ± Comparison against base commit e76b823.

This pull request removes 22 and adds 16 tests. Note that renamed tests count towards both.

 x-myHeader3: baz, True)
)
Mockolate.Internal.Tests.Internals.WildcardTests ‑ ShouldSupportMultilineStrings(
Mockolate.Internal.Tests.Internals.WildcardTests ‑ ShouldSupportMultilineStrings(
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(bool Equals(object obj);
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(bool Equals(object obj);
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
Mockolate.Tests.Web.ItExtensionsTests+IsHttpContentTests+WithHeadersTests ‑ ShouldVerifyStringHeaders(x-myHeader1 : foo
Mockolate.Tests.Web.ItExtensionsTests+IsHttpContentTests+WithHeadersTests ‑ ShouldVerifyStringHeaders(x-myHeader1 : foo
…

Mockolate.Internal.Tests.Internals.WildcardTests ‑ ShouldSupportMultilineStrings(
)
Mockolate.Internal.Tests.Internals.WildcardTests ‑ ShouldSupportMultilineStrings(
)
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(bool Equals(object obj);
int GetHashCode();, public override bool Equals(object obj), public override int GetHashCode())
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(bool Equals(object obj);
int GetHashCode();, public override bool Equals(object obj), public override int GetHashCode())
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
bool Equals(object obj);, public override string ToString(), public override bool Equals(object obj))
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
bool Equals(object? obj);
int GetHashCode();, public override string ToString(), public override int GetHashCode(), public override bool Equals(object? obj))
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
int GetHashCode();, public override string ToString(), public override int GetHashCode())
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
bool Equals(object obj);, public override string ToString(), public override bool Equals(object obj))
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
bool Equals(object? obj);
int GetHashCode();, public override string ToString(), public override int GetHashCode(), public override bool Equals(object? obj))
Mockolate.SourceGenerators.Tests.MethodSetupsTests ‑ WhenImplementingObjectMethods_ShouldUseSpecialInterfaces(string ToString();
int GetHashCode();, public override string ToString(), public override int GetHashCode())
…

♻️ This comment has been updated with latest results.

[github-actions]

🚀 Benchmark Results

Compared to main @​ 130e803f: memory to the latest run, time to the median of the last 10 runs, as the runners differ in speed. A relative change marks when Mockolate gets more than 15% faster or slower relative to Imposter and TUnitMocks: 🔴 / 🟢 against both of them, 🔸 / 🔹 against only one.

CallbackBenchmarks

✅ No changes in memory or relative performance (1 benchmarks)

All benchmarks compared to main

Benchmark	Time	Memory	vs Imposter	vs TUnitMocks
Callback	271.2 ns → 390.6 ns (+44%)	1,592 B → 1,592 B	0.69× → 0.61×	1.61× → 1.59×

Raw results

BenchmarkDotNet v0.15.8, Linux Ubuntu 26.04.1 LTS (Resolute Raccoon)
Intel Xeon Platinum 8370C CPU 2.80GHz (Max: 2.37GHz), 1 CPU, 4 logical and 2 physical cores
.NET SDK 11.0.100
  [Host] : .NET 11.0.0 (11.0.0, 11.0.26.53018), X64 RyuJIT x86-64-v4

Job=InProcess  Toolchain=InProcessEmitToolchain  IterationCount=15  
LaunchCount=1  WarmupCount=10  

Callback	Mean	Error	StdDev	Ratio	Allocated	Alloc Ratio
Mockolate	390.6 ns	3.20 ns	2.99 ns	1.00	1592 B	1.00
Imposter	239.5 ns	2.29 ns	2.14 ns	0.61	616 B	0.39
TUnitMocks	619.4 ns	4.78 ns	4.47 ns	1.59	2056 B	1.29
Moq	76,242.6 ns	745.26 ns	697.11 ns	195.21	9058 B	5.69
NSubstitute	4,515.4 ns	16.73 ns	14.83 ns	11.56	7864 B	4.94
FakeItEasy	4,862.1 ns	24.90 ns	23.29 ns	12.45	6919 B	4.35

CompleteEventBenchmarks

Relative performance (how many times as long the other library takes as Mockolate, main → PR)

Benchmark	vs Imposter	vs TUnitMocks
Event	0.65× → 0.40× 🔴 +63%	0.60× → 0.37× 🔴 +64%

All benchmarks compared to main

Benchmark	Time	Memory	vs Imposter	vs TUnitMocks
Event	201.4 ns → 376.5 ns (+87%)	1,728 B → 1,728 B	0.65× → 0.40× 🔴 +63%	0.60× → 0.37× 🔴 +64%

Raw results

BenchmarkDotNet v0.15.8, Linux Ubuntu 26.04.1 LTS (Resolute Raccoon)
AMD EPYC 9V74 3.61GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 11.0.100
  [Host] : .NET 11.0.0 (11.0.0, 11.0.26.53018), X64 RyuJIT x86-64-v4

Job=InProcess  Toolchain=InProcessEmitToolchain  IterationCount=15  
LaunchCount=1  WarmupCount=10  

Event	Mean	Error	StdDev	Ratio	Allocated	Alloc Ratio
Mockolate	376.5 ns	4.60 ns	4.31 ns	1.00	1728 B	1.00
Imposter	150.9 ns	1.58 ns	1.40 ns	0.40	512 B	0.30
TUnitMocks	137.8 ns	3.80 ns	3.55 ns	0.37	1392 B	0.81
Moq	11,119.4 ns	55.56 ns	51.97 ns	29.53	12761 B	7.38
NSubstitute	4,333.6 ns	16.60 ns	14.72 ns	11.51	9192 B	5.32
FakeItEasy	195,599.1 ns	828.32 ns	734.28 ns	519.52	15619 B	9.04

CompleteIndexerBenchmarks

✅ No changes in memory or relative performance (2 benchmarks)

All benchmarks compared to main

Benchmark	Time	Memory	vs Imposter
Indexer (N=1)	818.4 ns → 988.0 ns (+21%)	3,832 B → 3,832 B	0.35× → 0.32×
Indexer (N=10)	2.35 μs → 2.50 μs (+7%)	4,912 B → 4,912 B	0.30× → 0.31×

Raw results

BenchmarkDotNet v0.15.8, Linux Ubuntu 26.04.1 LTS (Resolute Raccoon)
AMD EPYC 7763 3.24GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 11.0.100
  [Host] : .NET 11.0.0 (11.0.0, 11.0.26.53018), X64 RyuJIT x86-64-v3

Job=InProcess  Toolchain=InProcessEmitToolchain  IterationCount=15  
LaunchCount=1  WarmupCount=10  

Indexer	N	Mean	Error	StdDev	Ratio	Allocated	Alloc Ratio
Mockolate	1	988.0 ns	25.87 ns	24.20 ns	1.00	3.74 KB	1.00
Imposter	1	321.1 ns	5.42 ns	5.07 ns	0.33	1.07 KB	0.29
Moq	1	231,767.7 ns	1,599.94 ns	1,336.02 ns	234.72	20.32 KB	5.43
NSubstitute	1	10,927.2 ns	78.33 ns	73.27 ns	11.07	12.73 KB	3.40
FakeItEasy	1	11,496.3 ns	71.95 ns	67.30 ns	11.64	13.27 KB	3.55
Mockolate	10	2,503.7 ns	19.07 ns	15.93 ns	1.00	4.8 KB	1.00
Imposter	10	784.4 ns	10.40 ns	9.73 ns	0.31	2.13 KB	0.44
Moq	10	243,737.9 ns	979.57 ns	868.37 ns	97.35	29.7 KB	6.19
NSubstitute	10	26,799.8 ns	142.98 ns	126.74 ns	10.70	25.52 KB	5.32
FakeItEasy	10	24,805.5 ns	185.58 ns	173.59 ns	9.91	32.47 KB	6.77

CompleteMethodBenchmarks

✅ No changes in memory or relative performance (2 benchmarks)

All benchmarks compared to main

Benchmark	Time	Memory	vs Imposter	vs TUnitMocks
Method (N=1)	290.1 ns → 172.8 ns (-40%)	1,936 B → 1,936 B	0.52× → 0.57×	1.30× → 1.43×
Method (N=10)	531.1 ns → 442.1 ns (-17%)	2,152 B → 2,152 B	0.56× → 0.51×	2.14× → 2.06×

Raw results

BenchmarkDotNet v0.15.8, Linux Ubuntu 26.04.1 LTS (Resolute Raccoon)
AMD EPYC 9V45 4.54GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 11.0.100
  [Host] : .NET 11.0.0 (11.0.0, 11.0.26.53018), X64 RyuJIT x86-64-v4

Job=InProcess  Toolchain=InProcessEmitToolchain  IterationCount=15  
LaunchCount=1  WarmupCount=10  

Method	N	Mean	Error	StdDev	Ratio	Allocated	Alloc Ratio
Mockolate	1	172.83 ns	1.537 ns	1.363 ns	1.00	1936 B	1.00
Imposter	1	99.04 ns	1.570 ns	1.392 ns	0.57	728 B	0.38
TUnitMocks	1	246.72 ns	1.392 ns	1.163 ns	1.43	2088 B	1.08
Moq	1	55,523.56 ns	881.033 ns	735.702 ns	321.28	14920 B	7.71
NSubstitute	1	2,742.60 ns	30.869 ns	27.364 ns	15.87	9320 B	4.81
FakeItEasy	1	2,723.61 ns	12.793 ns	11.341 ns	15.76	8160 B	4.21
Mockolate	10	442.13 ns	13.740 ns	12.853 ns	1.00	2152 B	1.00
Imposter	10	227.61 ns	1.911 ns	1.694 ns	0.52	1088 B	0.51
TUnitMocks	10	908.69 ns	8.050 ns	7.530 ns	2.06	3840 B	1.78
Moq	10	57,415.76 ns	2,086.928 ns	1,952.114 ns	129.96	18906 B	8.79
NSubstitute	10	4,158.92 ns	19.919 ns	16.633 ns	9.41	12344 B	5.74
FakeItEasy	10	4,169.07 ns	27.576 ns	24.445 ns	9.44	16394 B	7.62

CompletePropertyBenchmarks

✅ No changes in memory or relative performance (2 benchmarks)

All benchmarks compared to main

Benchmark	Time	Memory	vs Imposter	vs TUnitMocks
Property (N=1)	499.8 ns → 386.3 ns (-23%)	2,432 B → 2,432 B	0.33× → 0.37×	0.85× → 0.87×
Property (N=10)	999.3 ns → 789.7 ns (-21%)	2,936 B → 2,936 B	0.33× → 0.33×	1.56× → 1.59×

Raw results

BenchmarkDotNet v0.15.8, Linux Ubuntu 26.04.1 LTS (Resolute Raccoon)
AMD EPYC 9V74 3.69GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 11.0.100
  [Host] : .NET 11.0.0 (11.0.0, 11.0.26.53018), X64 RyuJIT x86-64-v4

Job=InProcess  Toolchain=InProcessEmitToolchain  IterationCount=15  
LaunchCount=1  WarmupCount=10  

Property	N	Mean	Error	StdDev	Ratio	Allocated	Alloc Ratio
Mockolate	1	386.3 ns	4.21 ns	3.94 ns	1.00	2432 B	1.00
Imposter	1	142.6 ns	1.83 ns	1.71 ns	0.37	672 B	0.28
TUnitMocks	1	336.6 ns	1.32 ns	1.11 ns	0.87	1696 B	0.70
Moq	1	7,615.5 ns	104.62 ns	92.75 ns	19.72	10696 B	4.40
NSubstitute	1	5,280.9 ns	47.12 ns	39.35 ns	13.67	11664 B	4.80
FakeItEasy	1	5,277.2 ns	139.33 ns	130.33 ns	13.66	11212 B	4.61
Mockolate	10	789.7 ns	4.70 ns	3.92 ns	1.00	2936 B	1.00
Imposter	10	259.5 ns	4.58 ns	4.06 ns	0.33	960 B	0.33
TUnitMocks	10	1,255.3 ns	21.02 ns	18.63 ns	1.59	4048 B	1.38
Moq	10	12,731.2 ns	80.49 ns	75.29 ns	16.12	18633 B	6.35
NSubstitute	10	12,339.7 ns	164.61 ns	145.93 ns	15.63	21529 B	7.33
FakeItEasy	10	13,725.1 ns	217.64 ns	192.93 ns	17.38	30801 B	10.49

MockCreationBenchmarks

✅ No changes in memory or relative performance (1 benchmarks)

All benchmarks compared to main

Benchmark	Time	Memory	vs Imposter	vs TUnitMocks
CreateMock	16.4 ns → 21.6 ns (+32%)	160 B → 160 B	5.55× → 5.31×	1.64× → 1.71×

Raw results

BenchmarkDotNet v0.15.8, Linux Ubuntu 26.04.1 LTS (Resolute Raccoon)
Intel Xeon Platinum 8370C CPU 2.80GHz (Max: 3.37GHz), 1 CPU, 4 logical and 2 physical cores
.NET SDK 11.0.100
  [Host] : .NET 11.0.0 (11.0.0, 11.0.26.53018), X64 RyuJIT x86-64-v4

Job=InProcess  Toolchain=InProcessEmitToolchain  IterationCount=15  
LaunchCount=1  WarmupCount=10  

CreateMock	Mean	Error	StdDev	Ratio	Allocated	Alloc Ratio
Mockolate	21.64 ns	1.082 ns	1.012 ns	1.00	160 B	1.00
Imposter	114.85 ns	2.641 ns	2.471 ns	5.32	504 B	3.15
TUnitMocks	37.03 ns	1.212 ns	1.134 ns	1.71	216 B	1.35
Moq	1,421.29 ns	10.919 ns	9.680 ns	65.82	2088 B	13.05
NSubstitute	1,975.40 ns	13.509 ns	12.636 ns	91.48	5032 B	31.45
FakeItEasy	1,708.69 ns	17.582 ns	15.586 ns	79.13	2764 B	17.27

[sonarqubecloud]

Quality Gate passed

Issues
0 New issues
0 Accepted issues

Measures
0 Security Hotspots
0.0% Coverage on New Code
0.0% Duplication on New Code

See analysis details on SonarQube Cloud