Files that changed from the base of the PR and between 3f72cfd and 4ae8d83.

• nanoFramework.System.Text.RegularExpression.Benchmark/nanoFramework.System.Text.RegularExpression.Benchmark.nfproj is excluded by none and included by none
• nanoFramework.System.Text.RegularExpression.Benchmark/packages.config is excluded by none and included by none
• nanoFramework.System.Text.RegularExpressions/nanoFramework.System.text.RegularExpressions.nfproj is excluded by none and included by none
• nanoFramework.System.Text.RegularExpressions/packages.config is excluded by none and included by none

• nanoFramework.System.Text.RegularExpression.Benchmark/packages.lock.json (1 hunks)
• nanoFramework.System.Text.RegularExpressions/packages.lock.json (1 hunks)

nanoFramework.System.Text.RegularExpressions/packages.lock.json (1)

25-27: LGTM! Minor version update for Nerdbank.GitVersioning.

The update from 3.6.143 to 3.6.146 is a patch version increment, which should be safe. The exact version pinning is maintained.

Let's verify the changelog for any breaking changes:

✅ Verification successful

The previous attempt to fetch release information failed, so let's try to gather information from the repository itself about version management and any potential impact of the Nerdbank.GitVersioning update.

---

Nerdbank.GitVersioning update appears safe to proceed

This is a development dependency that handles version management during build time. The version bump from 3.6.143 to 3.6.146 is a patch-level update, which by semantic versioning principles should only contain backwards-compatible bug fixes. Since this is:

1. A patch version increment (3.6.143 → 3.6.146)
2. A development-time dependency, not a runtime one
3. Using strict version pinning ([3.6.146, 3.6.146])
4. Part of an automated update by nfbot

The change appears safe to proceed with minimal risk of breaking changes affecting the build process.

🏁 Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Fetch the changelog between versions to verify no breaking changes
gh release view v3.6.146 --repo dotnet/Nerdbank.GitVersioning

Length of output: 81

---

Script:

#!/bin/bash
# Let's try a different approach to verify the version changes
# First, check if there's any documentation about version changes in the repository
fd README.md | xargs rg -i "nerdbank|gitversion" -A 2 -B 2

# Also check for any version-related configuration files
fd "version" --type f --exec rg -l "nerdbank|gitversion" {}

Length of output: 122

nanoFramework.System.Text.RegularExpression.Benchmark/packages.lock.json (1)

37-39: LGTM! Verify CI pipeline success.

The package version update from 1.2.660 to 1.2.670 is a patch-level change that should only contain backwards-compatible bug fixes. The lock file integrity is maintained with matching requested and resolved versions, along with an updated content hash.

Let's verify the package compatibility:

✅ Verification successful

The previous search might have been too specific. Let's broaden our search to understand how Stopwatch is being used in the codebase and verify the project dependencies. This will help us determine if the package update is safe and properly referenced.

---

The search revealed that Stopwatch references exist in the project configuration files. Let's examine their contents to understand how the Stopwatch package is being used and verify if this is just a dependency update without actual code changes.

---

Package update is safe to proceed

The verification shows this is a straightforward dependency update in a benchmark project:

• The Stopwatch package is properly referenced in both packages.config and the project file (.nfproj)
• The update is only changing the package version from 1.2.660 to 1.2.670 (patch version)
• The project is a benchmark project that uses Stopwatch as a dependency
• The lock file correctly reflects the version update with matching requested and resolved versions

Since this is a patch version update in a properly referenced package, and it's being used in a benchmark project where Stopwatch is a common dependency for performance measurements, the update is safe to proceed.

🏁 Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify package references and CI status
# Check if there are any direct references to the updated package's types
rg -l "using.*System\.Diagnostics\.Stopwatch"

# Look for any conditional compilation or version-specific code
rg "#if.*1\.2\.(660|670)"

Length of output: 75

---

Script:

#!/bin/bash
# Let's try a broader search to understand the usage of Stopwatch
# First, check for any Stopwatch usage in the code
rg -l "Stopwatch"

# Check the project file to understand dependencies
fd -e csproj$ -x cat {}

# Check if there are any benchmark files that might use Stopwatch
fd -e cs$ -x cat {} | rg -l "Stopwatch"

Length of output: 349

---

Script:

#!/bin/bash
# Let's examine the project file content to understand the dependency structure
cat nanoFramework.System.Text.RegularExpression.Benchmark/nanoFramework.System.Text.RegularExpression.Benchmark.nfproj

# Check the packages.config content
cat nanoFramework.System.Text.RegularExpression.Benchmark/packages.config

# Look for any benchmark implementation files
fd -e cs$ -x cat {} -H

Length of output: 5126