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Add find-large-objects subcommand to scrubber #8257
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Before: 2024-07-04T01:16:22.446504Z INFO Scanned 10 tenants, 88 objects. current <CENSORED>. 2024-07-04T01:16:27.463923Z INFO Scanned 20 tenants, 352 objects. current <CENSORED>. 2024-07-04T01:16:31.973158Z INFO Scanned 30 tenants, 499 objects. current <CENSORED>. 2024-07-04T01:18:16.523722Z INFO Scanned 40 tenants, 19919 objects. current <CENSORED>. 2024-07-04T01:18:20.928643Z INFO Scanned 50 tenants, 20018 objects. current <CENSORED>. After: 2024-07-04T01:20:50.641208Z INFO Scanned 10 shards, 97 objects. current <CENSORED>. 2024-07-04T01:20:52.687879Z INFO Scanned 20 shards, 368 objects. current <CENSORED>. 2024-07-04T01:20:54.578079Z INFO Scanned 30 shards, 522 objects. current <CENSORED>. 2024-07-04T01:21:05.835102Z INFO Scanned 40 shards, 19952 objects. current <CENSORED>. 2024-07-04T01:21:08.150155Z INFO Scanned 50 shards, 20060 objects. current <CENSORED>. So it goes from 118s down to 18s.
30 tasks
3006 tests run: 2891 passed, 0 failed, 115 skipped (full report)Code coverage* (full report)
* collected from Rust tests only The comment gets automatically updated with the latest test results
4361c69 at 2024-07-04T15:02:02.447Z :recycle: |
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The find-large-objects scrubber subcommand is quite fast if you run it in an environment with low latency to the S3 bucket (say an EC2 instance in the same region). However, the higher the latency gets, the slower the command becomes. Therefore, add a concurrency param and make it parallelized. This doesn't change that general relationship, but at least lets us do multiple requests in parallel and therefore hopefully faster. Running with concurrency of 64 (default): ``` 2024-07-05T17:30:22.882959Z INFO lazy_load_identity [...] [...] 2024-07-05T17:30:28.289853Z INFO Scanned 500 shards. [...] ``` With concurrency of 1, simulating state before this PR: ``` 2024-07-05T17:31:43.375153Z INFO lazy_load_identity [...] [...] 2024-07-05T17:33:51.987092Z INFO Scanned 500 shards. [...] ``` In other words, to list 500 shards, speed is increased from 2:08 minutes to 6 seconds. Follow-up of #8257, part of #5431
VladLazar
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Jul 8, 2024
Adds a find-large-objects subcommand to the scrubber to allow listing layer objects larger than a specific size. To be used like: ``` AWS_PROFILE=dev REGION=us-east-2 BUCKET=neon-dev-storage-us-east-2 cargo run -p storage_scrubber -- find-large-objects --min-size 250000000 --ignore-deltas ``` Part of #5431
VladLazar
pushed a commit
that referenced
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Jul 8, 2024
The find-large-objects scrubber subcommand is quite fast if you run it in an environment with low latency to the S3 bucket (say an EC2 instance in the same region). However, the higher the latency gets, the slower the command becomes. Therefore, add a concurrency param and make it parallelized. This doesn't change that general relationship, but at least lets us do multiple requests in parallel and therefore hopefully faster. Running with concurrency of 64 (default): ``` 2024-07-05T17:30:22.882959Z INFO lazy_load_identity [...] [...] 2024-07-05T17:30:28.289853Z INFO Scanned 500 shards. [...] ``` With concurrency of 1, simulating state before this PR: ``` 2024-07-05T17:31:43.375153Z INFO lazy_load_identity [...] [...] 2024-07-05T17:33:51.987092Z INFO Scanned 500 shards. [...] ``` In other words, to list 500 shards, speed is increased from 2:08 minutes to 6 seconds. Follow-up of #8257, part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
Adds a find-large-objects subcommand to the scrubber to allow listing layer objects larger than a specific size. To be used like: ``` AWS_PROFILE=dev REGION=us-east-2 BUCKET=neon-dev-storage-us-east-2 cargo run -p storage_scrubber -- find-large-objects --min-size 250000000 --ignore-deltas ``` Part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
The find-large-objects scrubber subcommand is quite fast if you run it in an environment with low latency to the S3 bucket (say an EC2 instance in the same region). However, the higher the latency gets, the slower the command becomes. Therefore, add a concurrency param and make it parallelized. This doesn't change that general relationship, but at least lets us do multiple requests in parallel and therefore hopefully faster. Running with concurrency of 64 (default): ``` 2024-07-05T17:30:22.882959Z INFO lazy_load_identity [...] [...] 2024-07-05T17:30:28.289853Z INFO Scanned 500 shards. [...] ``` With concurrency of 1, simulating state before this PR: ``` 2024-07-05T17:31:43.375153Z INFO lazy_load_identity [...] [...] 2024-07-05T17:33:51.987092Z INFO Scanned 500 shards. [...] ``` In other words, to list 500 shards, speed is increased from 2:08 minutes to 6 seconds. Follow-up of #8257, part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
Adds a find-large-objects subcommand to the scrubber to allow listing layer objects larger than a specific size. To be used like: ``` AWS_PROFILE=dev REGION=us-east-2 BUCKET=neon-dev-storage-us-east-2 cargo run -p storage_scrubber -- find-large-objects --min-size 250000000 --ignore-deltas ``` Part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
The find-large-objects scrubber subcommand is quite fast if you run it in an environment with low latency to the S3 bucket (say an EC2 instance in the same region). However, the higher the latency gets, the slower the command becomes. Therefore, add a concurrency param and make it parallelized. This doesn't change that general relationship, but at least lets us do multiple requests in parallel and therefore hopefully faster. Running with concurrency of 64 (default): ``` 2024-07-05T17:30:22.882959Z INFO lazy_load_identity [...] [...] 2024-07-05T17:30:28.289853Z INFO Scanned 500 shards. [...] ``` With concurrency of 1, simulating state before this PR: ``` 2024-07-05T17:31:43.375153Z INFO lazy_load_identity [...] [...] 2024-07-05T17:33:51.987092Z INFO Scanned 500 shards. [...] ``` In other words, to list 500 shards, speed is increased from 2:08 minutes to 6 seconds. Follow-up of #8257, part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
Adds a find-large-objects subcommand to the scrubber to allow listing layer objects larger than a specific size. To be used like: ``` AWS_PROFILE=dev REGION=us-east-2 BUCKET=neon-dev-storage-us-east-2 cargo run -p storage_scrubber -- find-large-objects --min-size 250000000 --ignore-deltas ``` Part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
The find-large-objects scrubber subcommand is quite fast if you run it in an environment with low latency to the S3 bucket (say an EC2 instance in the same region). However, the higher the latency gets, the slower the command becomes. Therefore, add a concurrency param and make it parallelized. This doesn't change that general relationship, but at least lets us do multiple requests in parallel and therefore hopefully faster. Running with concurrency of 64 (default): ``` 2024-07-05T17:30:22.882959Z INFO lazy_load_identity [...] [...] 2024-07-05T17:30:28.289853Z INFO Scanned 500 shards. [...] ``` With concurrency of 1, simulating state before this PR: ``` 2024-07-05T17:31:43.375153Z INFO lazy_load_identity [...] [...] 2024-07-05T17:33:51.987092Z INFO Scanned 500 shards. [...] ``` In other words, to list 500 shards, speed is increased from 2:08 minutes to 6 seconds. Follow-up of #8257, part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
Adds a find-large-objects subcommand to the scrubber to allow listing layer objects larger than a specific size. To be used like: ``` AWS_PROFILE=dev REGION=us-east-2 BUCKET=neon-dev-storage-us-east-2 cargo run -p storage_scrubber -- find-large-objects --min-size 250000000 --ignore-deltas ``` Part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
The find-large-objects scrubber subcommand is quite fast if you run it in an environment with low latency to the S3 bucket (say an EC2 instance in the same region). However, the higher the latency gets, the slower the command becomes. Therefore, add a concurrency param and make it parallelized. This doesn't change that general relationship, but at least lets us do multiple requests in parallel and therefore hopefully faster. Running with concurrency of 64 (default): ``` 2024-07-05T17:30:22.882959Z INFO lazy_load_identity [...] [...] 2024-07-05T17:30:28.289853Z INFO Scanned 500 shards. [...] ``` With concurrency of 1, simulating state before this PR: ``` 2024-07-05T17:31:43.375153Z INFO lazy_load_identity [...] [...] 2024-07-05T17:33:51.987092Z INFO Scanned 500 shards. [...] ``` In other words, to list 500 shards, speed is increased from 2:08 minutes to 6 seconds. Follow-up of #8257, part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
Adds a find-large-objects subcommand to the scrubber to allow listing layer objects larger than a specific size. To be used like: ``` AWS_PROFILE=dev REGION=us-east-2 BUCKET=neon-dev-storage-us-east-2 cargo run -p storage_scrubber -- find-large-objects --min-size 250000000 --ignore-deltas ``` Part of #5431
VladLazar
pushed a commit
that referenced
this pull request
Jul 8, 2024
The find-large-objects scrubber subcommand is quite fast if you run it in an environment with low latency to the S3 bucket (say an EC2 instance in the same region). However, the higher the latency gets, the slower the command becomes. Therefore, add a concurrency param and make it parallelized. This doesn't change that general relationship, but at least lets us do multiple requests in parallel and therefore hopefully faster. Running with concurrency of 64 (default): ``` 2024-07-05T17:30:22.882959Z INFO lazy_load_identity [...] [...] 2024-07-05T17:30:28.289853Z INFO Scanned 500 shards. [...] ``` With concurrency of 1, simulating state before this PR: ``` 2024-07-05T17:31:43.375153Z INFO lazy_load_identity [...] [...] 2024-07-05T17:33:51.987092Z INFO Scanned 500 shards. [...] ``` In other words, to list 500 shards, speed is increased from 2:08 minutes to 6 seconds. Follow-up of #8257, part of #5431
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Adds a find-large-objects subcommand to the scrubber to allow listing layer objects larger than a specific size.
To be used like:
Part of #5431