![]() Update the dependency and the indirect golang.org/x/net version to align with containerd itself, and to prevent a vulnerability being detected. We should keep the versions <= versions used by containerd 1.7 to prevent forcing users of containerd 1.7 in combination with the latest version of the API module from having to update all their dependencies, but this update should likely be fine (and aligns with 1.7). Before this: Scanning your code and 254 packages across 15 dependent modules for known vulnerabilities... === Symbol Results === Vulnerability #1: GO-2024-2687 HTTP/2 CONTINUATION flood in net/http More info: https://pkg.go.dev/vuln/GO-2024-2687 Module: golang.org/x/net Found in: golang.org/x/net@v0.21.0 Fixed in: golang.org/x/net@v0.23.0 Example traces found: #1: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.ConnectionError.Error #2: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.ErrCode.String #3: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.FrameHeader.String #4: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.FrameType.String #5: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.Setting.String #6: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.SettingID.String #7: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.StreamError.Error #8: services/content/v1/content_ttrpc.pb.go:272:35: content.ttrpccontentClient.Write calls ttrpc.Client.NewStream, which eventually calls http2.chunkWriter.Write #9: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.connError.Error #10: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.duplicatePseudoHeaderError.Error #11: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.headerFieldNameError.Error #12: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.headerFieldValueError.Error #13: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.pseudoHeaderError.Error #14: events/task_fieldpath.pb.go:85:20: events.TaskIO.Field calls fmt.Sprint, which eventually calls http2.writeData.String Your code is affected by 1 vulnerability from 1 module. This scan also found 0 vulnerabilities in packages you import and 3 vulnerabilities in modules you require, but your code doesn't appear to call these vulnerabilities. Use '-show verbose' for more details. After this: govulncheck ./... Scanning your code and 251 packages across 13 dependent modules for known vulnerabilities... === Symbol Results === No vulnerabilities found. Your code is affected by 0 vulnerabilities. This scan also found 0 vulnerabilities in packages you import and 3 vulnerabilities in modules you require, but your code doesn't appear to call these vulnerabilities. Use '-show verbose' for more details. Signed-off-by: Sebastiaan van Stijn <github@gone.nl> |
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.. | ||
events | ||
releases | ||
runtime | ||
services | ||
types | ||
1.0.pb.txt | ||
1.1.pb.txt | ||
1.2.pb.txt | ||
doc.go | ||
go.mod | ||
go.sum | ||
next.pb.txt | ||
Protobuild.toml | ||
README.md |
This directory contains the GRPC API definitions for containerd.
All defined services and messages have been aggregated into *.pb.txt
descriptors files in this directory. Definitions present here are considered
frozen after the release.
At release time, the current next.pb.txt
file will be moved into place to
freeze the API changes for the minor version. For example, when 1.0.0 is
released, next.pb.txt
should be moved to 1.0.txt
. Notice that we leave off
the patch number, since the API will be completely locked down for a given
patch series.
We may find that by default, protobuf descriptors are too noisy to lock down API changes. In that case, we may filter out certain fields in the descriptors, possibly regenerating for old versions.
This process is similar to the process used to ensure backwards compatibility in Go.