Bump github.com/coredns/coredns from 1.6.7 to 1.8.0 #2
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Bumps [github.com/coredns/coredns](https://github.com/coredns/coredns) from 1.6.7 to 1.8.0. - [Release notes](https://github.com/coredns/coredns/releases) - [Changelog](https://github.com/coredns/coredns/blob/master/Makefile.release) - [Commits](coredns/coredns@v1.6.7...v1.8.0) Signed-off-by: dependabot[bot] <support@github.com>
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Superseded by #4. |
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Mar 20, 2024
...instead of when local EPS is synced to the broker. This can cause inconsistency if another service instance is unexported on another cluster simultaneously. The scenario is: - a service is exported on C2 - the service is then exported on C1. The local SI is created and it's observed that the aggregated SI on the broker already exists. - the service on C2 is unexported and the aggregated SI is deleted b/c its cluster status is now empty. - the local EPS on C1 is synced to the broker. At this point, it tries to update the aggregated SI with the cluster info but it no longer exists. There’s a couple ways to address it. 1) Do create-or-update when merging the local cluster info on EPS creation. The downside is that this wouldn’t do the service type conflict checking although the possibility that the SI was re-created by another cluster with a different service type in that window would be remote. 2) Add the cluster name to the aggregated SI cluster status when created on local SI creation. This would’ve prevented C1 from deleting the aggregated SI b/c C2's name would’ve been present in the cluster status. I didn’t do it this way for consistency so the cluster name and port info are added atomically and after the EPS has been successfully exported to ensure it’s ready for use if a consumer observes the cluster info present. But this isn’t a requirement. The consensus is #2. Signed-off-by: Tom Pantelis <tompantelis@gmail.com>
tpantelis
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Mar 28, 2024
...instead of when local EPS is synced to the broker. This can cause inconsistency if another service instance is unexported on another cluster simultaneously. The scenario is: - a service is exported on C2 - the service is then exported on C1. The local SI is created and it's observed that the aggregated SI on the broker already exists. - the service on C2 is unexported and the aggregated SI is deleted b/c its cluster status is now empty. - the local EPS on C1 is synced to the broker. At this point, it tries to update the aggregated SI with the cluster info but it no longer exists. There’s a couple ways to address it. 1) Do create-or-update when merging the local cluster info on EPS creation. The downside is that this wouldn’t do the service type conflict checking although the possibility that the SI was re-created by another cluster with a different service type in that window would be remote. 2) Add the cluster name to the aggregated SI cluster status when created on local SI creation. This would’ve prevented C1 from deleting the aggregated SI b/c C2's name would’ve been present in the cluster status. I didn’t do it this way for consistency so the cluster name and port info are added atomically and after the EPS has been successfully exported to ensure it’s ready for use if a consumer observes the cluster info present. But this isn’t a requirement. The consensus is #2. Signed-off-by: Tom Pantelis <tompantelis@gmail.com>
tpantelis
added a commit
that referenced
this pull request
Mar 28, 2024
...instead of when local EPS is synced to the broker. This can cause inconsistency if another service instance is unexported on another cluster simultaneously. The scenario is: - a service is exported on C2 - the service is then exported on C1. The local SI is created and it's observed that the aggregated SI on the broker already exists. - the service on C2 is unexported and the aggregated SI is deleted b/c its cluster status is now empty. - the local EPS on C1 is synced to the broker. At this point, it tries to update the aggregated SI with the cluster info but it no longer exists. There’s a couple ways to address it. 1) Do create-or-update when merging the local cluster info on EPS creation. The downside is that this wouldn’t do the service type conflict checking although the possibility that the SI was re-created by another cluster with a different service type in that window would be remote. 2) Add the cluster name to the aggregated SI cluster status when created on local SI creation. This would’ve prevented C1 from deleting the aggregated SI b/c C2's name would’ve been present in the cluster status. I didn’t do it this way for consistency so the cluster name and port info are added atomically and after the EPS has been successfully exported to ensure it’s ready for use if a consumer observes the cluster info present. But this isn’t a requirement. The consensus is #2. Signed-off-by: Tom Pantelis <tompantelis@gmail.com>
tpantelis
added a commit
that referenced
this pull request
Apr 2, 2024
...instead of when local EPS is synced to the broker. This can cause inconsistency if another service instance is unexported on another cluster simultaneously. The scenario is: - a service is exported on C2 - the service is then exported on C1. The local SI is created and it's observed that the aggregated SI on the broker already exists. - the service on C2 is unexported and the aggregated SI is deleted b/c its cluster status is now empty. - the local EPS on C1 is synced to the broker. At this point, it tries to update the aggregated SI with the cluster info but it no longer exists. There’s a couple ways to address it. 1) Do create-or-update when merging the local cluster info on EPS creation. The downside is that this wouldn’t do the service type conflict checking although the possibility that the SI was re-created by another cluster with a different service type in that window would be remote. 2) Add the cluster name to the aggregated SI cluster status when created on local SI creation. This would’ve prevented C1 from deleting the aggregated SI b/c C2's name would’ve been present in the cluster status. I didn’t do it this way for consistency so the cluster name and port info are added atomically and after the EPS has been successfully exported to ensure it’s ready for use if a consumer observes the cluster info present. But this isn’t a requirement. The consensus is #2. Signed-off-by: Tom Pantelis <tompantelis@gmail.com>
tpantelis
added a commit
that referenced
this pull request
May 7, 2024
...instead of when local EPS is synced to the broker. This can cause inconsistency if another service instance is unexported on another cluster simultaneously. The scenario is: - a service is exported on C2 - the service is then exported on C1. The local SI is created and it's observed that the aggregated SI on the broker already exists. - the service on C2 is unexported and the aggregated SI is deleted b/c its cluster status is now empty. - the local EPS on C1 is synced to the broker. At this point, it tries to update the aggregated SI with the cluster info but it no longer exists. There’s a couple ways to address it. 1) Do create-or-update when merging the local cluster info on EPS creation. The downside is that this wouldn’t do the service type conflict checking although the possibility that the SI was re-created by another cluster with a different service type in that window would be remote. 2) Add the cluster name to the aggregated SI cluster status when created on local SI creation. This would’ve prevented C1 from deleting the aggregated SI b/c C2's name would’ve been present in the cluster status. I didn’t do it this way for consistency so the cluster name and port info are added atomically and after the EPS has been successfully exported to ensure it’s ready for use if a consumer observes the cluster info present. But this isn’t a requirement. The consensus is #2. Signed-off-by: Tom Pantelis <tompantelis@gmail.com>
tpantelis
added a commit
that referenced
this pull request
Aug 26, 2024
...instead of when local EPS is synced to the broker. This can cause inconsistency if another service instance is unexported on another cluster simultaneously. The scenario is: - a service is exported on C2 - the service is then exported on C1. The local SI is created and it's observed that the aggregated SI on the broker already exists. - the service on C2 is unexported and the aggregated SI is deleted b/c its cluster status is now empty. - the local EPS on C1 is synced to the broker. At this point, it tries to update the aggregated SI with the cluster info but it no longer exists. There’s a couple ways to address it. 1) Do create-or-update when merging the local cluster info on EPS creation. The downside is that this wouldn’t do the service type conflict checking although the possibility that the SI was re-created by another cluster with a different service type in that window would be remote. 2) Add the cluster name to the aggregated SI cluster status when created on local SI creation. This would’ve prevented C1 from deleting the aggregated SI b/c C2's name would’ve been present in the cluster status. I didn’t do it this way for consistency so the cluster name and port info are added atomically and after the EPS has been successfully exported to ensure it’s ready for use if a consumer observes the cluster info present. But this isn’t a requirement. The consensus is #2. Signed-off-by: Tom Pantelis <tompantelis@gmail.com>
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Bumps github.com/coredns/coredns from 1.6.7 to 1.8.0.
Commits
054c9aerelease: up version to 1.8.0 (#4225)91fd102add default reviewers for circleci config (#4222)3d013b3auto go mod tidy1db1e02build(deps): bump github.com/miekg/dns from 1.1.33 to 1.1.34 (#4217)6e6aca8auto go mod tidy641e2bfbuild(deps): bump github.com/aws/aws-sdk-go from 1.35.7 to 1.35.9 (#4213)fe335e2build(deps): bump github.com/golang/protobuf from 1.4.2 to 1.4.3 (#4216)34d98f1build(deps): bump github.com/prometheus/client_golang (#4214)2e63b66build(deps): bump gopkg.in/DataDog/dd-trace-go.v1 from 1.27.0 to 1.27.1 (#4212)1f07f7dauto make -f Makefile.docDependabot will resolve any conflicts with this PR as long as you don't alter it yourself. You can also trigger a rebase manually by commenting
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