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chore(deps): update go modules (non-major) - #219
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This PR contains the following updates:
v1.47.1→v1.47.2v1.20.6→v1.20.8v1.23.10→v1.23.13v1.113.4→v1.114.2v1.28.2→v1.28.4v1.32.1→v1.33.0v1.21.0→v1.21.1v1.24.1→v1.25.0v9.22.0→v9.23.0v0.20.1→v0.21.0v1.46.0→v1.47.0v0.22.0→v0.23.0v0.22.0→v0.23.0v1.46.0→v1.47.0v1.46.0→v1.47.0v1.46.0→v1.47.0v1.46.0→v1.47.0v0.59.0→v0.60.0v0.50.0→v0.51.0Release Notes
aws/aws-sdk-go-v2 (github.com/aws/aws-sdk-go-v2)
v1.47.2Compare Source
Module Highlights
github.com/aws/aws-sdk-go-v2/service/customerprofiles: v1.49.0github.com/aws/aws-sdk-go-v2/service/ec2: v1.239.0github.com/aws/aws-sdk-go-v2/service/elasticloadbalancingv2: v1.47.2github.com/aws/aws-sdk-go-v2/service/entityresolution: v1.21.0github.com/aws/aws-sdk-go-v2/service/glue: v1.121.0github.com/aws/aws-sdk-go-v2/service/inspector2: v1.40.0github.com/aws/aws-sdk-go-v2/service/iot: v1.66.0github.com/aws/aws-sdk-go-v2/service/opensearch: v1.49.0github.com/aws/aws-sdk-go-v2/service/quicksight: v1.90.0github.com/aws/aws-sdk-go-v2/service/s3control: v1.62.0github.com/aws/aws-sdk-go-v2/service/sesv2: v1.49.0github.com/aws/aws-sdk-go-v2/service/workspacesweb: v1.29.0aws/smithy-go (github.com/aws/smithy-go)
v1.28.4Compare Source
General Highlights
Module Highlights
github.com/aws/smithy-go: v1.28.4v1.28.3Compare Source
General Highlights
Module Highlights
github.com/aws/smithy-go: v1.28.3message/Messageon modeled JSON error structures in schema-based deserialization, and emit thesmithy.api#errortrait in generated schemasoasdiff/oasdiff (github.com/oasdiff/oasdiff)
v1.33.0Compare Source
Recursive schemas: fast, deterministic, and no longer repeated per path
v1.32.0 could run for hours on a spec whose schemas reference each other in cycles, and v1.32.1 fixed that by returning to v1.31.0's cycle handling, which gave up the deterministic output v1.32.0 had introduced. This release reworks the handling so that both hold at once, on the two specs reported in #1252 and on everything else.
Thanks @simonbility for the report and the specs, @philippnagel for the second spec and for testing the release candidate against it, and @BigMichi1 for the determinism report that started this.
CLI changes
Recursive schemas
--flatten-allof(#1254, fixes #1252). The two specs reported there are the measure: one needed--flatten-allofand ran for hours, the other has 134 schemas referencing each other in a single cycle and never finished at all. Both now complete in about a second, including the combination v1.32.1 could not do.--flatten-allofkeeps one copy of each schema. It used to copy a schema once for every place that referenced it: one reported spec grew from 5,195 schema objects to 3.5 million in memory. The flattened output is unchanged, and flattening it now takes milliseconds rather than seconds.$ref-to-inline refactor inside a cycle is recognized as a refactor, the same as one outside a cycle.Upgrading from v1.32.1
circularReffield is removed fromdiff --format json|yamloutput again, as in v1.32.0: cyclic-reference mismatches appear as ordinary field-level diffs, which say more. v1.32.1 had restored it along with v1.31.0's cycle handling.Go package changes
diff.SchemaDiff.CircularRefDiffis removed again (#1254), together with the ref-string circular guard, as in v1.32.0. v1.32.1 had restored both.flatten/allof.MergeSpecmerges a document with one state (#1254), so a schema referenced from several places stays one object after the merge.open-policy-agent/opa (github.com/open-policy-agent/opa)
v1.21.1Compare Source
This release fixes a compiler regression introduced in OPA v1.21.0.
Fix
some … in/everyin comprehensions nested in object and set literals (#9280)A comprehension using
some … inoreveryin its body, nested inside an object or set literal, was wrongly treated as ground, so the compiler skipped rewriting it.some … inthen failed withrego_unsafe_var_error;everycaused a compiler panic:Array literals weren't affected, and neither were literals that contain some other non-ground term.
authored by @srenatus, reported by @tun0
prometheus/client_golang (github.com/prometheus/client_golang)
v1.25.0Compare Source
api/prometheus/v1(see the [CHANGE] entries below).1.25.0 / 2026-10-07
Query,QueryRange,Series,LabelNames, andLabelValuesnow returnInfosannotations in addition toWarnings, matching the Prometheus server's info annotations. This changes the signatures of these methods and ofapi.Client'sDo/DoGetFallback; custom API client implementations must be updated. #1963TSDBBlocksresult types to align with the Prometheus server'stsdb.BlockMeta:TSDBBlocksResultnow containsBlocks []TSDBBlockMetadirectly instead of mirroring the full API envelope, nested types are renamed (TSDBBlockMeta,TSDBBlockStats,TSDBBlockMetaCompaction), stat fields areuint64withomitemptytags, and the optional compactionparentsfield is included. #1928GatherAndFormatto encode a subset of metrics from a Gatherer. #2091HandlerOpts.AcceptedFormatsto customize the formats negotiated from the incomingAcceptheader, enabling opt-in to experimental formats such as OpenMetrics 2.0 without changing default negotiation. #2146Varyheader. #2142GatherAndFormatandCollectAndFormat(terminating# EOF). #2125:fooargument no longer substitutes inside:foobar. #2136What's changed
What's Changed
New Contributors
Full Changelog: prometheus/client_golang@v1.24.1...v1.25.0
redis/go-redis (github.com/redis/go-redis/v9)
v9.23.0: 9.23.0Compare Source
This is a minor release. It contains everything from 9.23.0-beta.1, so these notes cover the full 9.22.0 → 9.23.0 upgrade.
godirective of the root module and of the submodules moved from1.24to1.26, as part of the dependency bumps forgovulncheckfindings. Projects that build with Go 1.24 or 1.25 must upgrade the toolchain.Clienthas a dedicated pipeline connection pool (#4002). This includes failover clients and cluster node clients.Pipeline,TxPipeline, and autopipeline operations use this pool, so they do not compete with regular commands for main-pool connections. The pool is for burst capacity only: it dials only when necessary, an unused pool holds zero connections, and if the pool is full an operation uses the main pool. SetPipelinePoolSize: -1to get the previous single-pool behavior.AutoPipelineOptions.MaxBatchByteshas a default of 128 KiB (before, there was no limit). The default prevents a write/reply deadlock; it is not a throughput control. The buffers of the pipeline pool also have a default of 128 KiB.AutoPipelineOptions.FullDuplexFastSubmitis removed (#4018). The submit channel is replaced by a queue that takes a full wave of commands in one lock, so the separate fast path is not necessary. Remove the field from your options.Options.ClientSideCacheRefreshRecencyWindowis removed (#4034). Refresh-on-invalidate now reads again every cached entry of an invalidated key and does not look at how recently the entry was read. On a write-heavy keyspace this means refresh traffic across the full resident cache. Remove the field from your options.LocalCache.LRUClock()is removed (#4034). It returned the recency token that the removed recency window used, and has no replacement. Remove calls to it.ClientSideCacheInvalidationBatchWindowserved stale values in beta.1 (#4033). Under load the batcher applied only ~15% of invalidations, and the cache served invalidated values with a ~100% hit rate. 9.23.0 applies all of them. If you used this option on beta.1, upgrade.🚀 Highlights
Full-Duplex Auto-Pipelining (Experimental)
Set
AutoPipelineOptions.FullDuplexto enable the full-duplex mode of the automatic pipeliner. The default mode sends one batch per round trip. In full-duplex mode the engine holds one pipeline-pool connection, and a writer goroutine and a reader goroutine move the ordered command stream in both directions at the same time. On a high-latency link each command completes in approximately one round-trip time (RTT) on a single connection. On a 50 ms WAN profile: ~389k ops/s at 52 ms p50, against ~207k ops/s at 116 ms on the half-duplex ordered path.The mode works on both faces of a standalone
Client(AutoPipeline()andAsyncAutoPipeline()), and natively on aClusterClientwhen routing goes to masters only. On a cluster, one child engine per master sends each command to the node that owns its slot, and followsMOVED/ASKredirects and retryable replies (LOADING,READONLY, ...) through the usual cluster redirect path. With replica routing (ReadOnly,RouteByLatency, orRouteRandomly), the autopipeliner uses the half-duplex shard flushers, which obey the shard picker.Config().FullDuplexreports the mode in effect.Options:
FullDuplexWindow— the maximum number of commands in flight (backpressure).FullDuplexIdleTimeoutandFullDuplexMaxHold— when the engine returns the held connection to the pool. The pool hooks then do re-authentication and maintenance-notification handoffs.MaxFlushDelay— now also used in full-duplex mode (#4014). The writer waits only when enough commands are in flight, so low-concurrency callers keep the 1×RTT behavior. WithMaxFlushDelay=250µsat 1024 callers: +22% ops/s and −26% p99. The default is 0, so this is opt-in.NumShards— on a standaloneClient, the number of full-duplex engines (#4022). See below.Pipeline()on the full-duplex connection (#4021). StandaloneClientonly. Before,ap.Pipeline()used a pooled connection for eachExec. It now submits the batch to the engine as one contiguous run (FDPipelined), so replies come back in submit order, as on a dedicated connection. At 256–1024 callers with 10 commands perExec: +49% to +52% throughput on one socket instead of ~150. Errors, retries, hooks, and metrics behave like an ordinary pipeline. A batch that cannot use the stream (a blocking command, a per-command read timeout, a diverted command, or a batch larger than the queue) falls back to the ordinary pipeline.TxPipelinestays on a pooled connection, becauseMULTI/EXECneeds connection affinity. On aClusterClient,ap.Pipeline()is still the ordinary cluster pipeline. A batch that the queue cannot admit now reserves its slots and waits in a first-come line, so single commands cannot starve a long pipeline (#4057, merged as part of #4021) by @vlady-kotsev.Several engines on one client (#4022). With
FullDuplex,NumShards > 1now means N engines on one client: one pool, one hook chain, N held connections. Commands route by a hash of their first key, so commands on the same key stay on one connection and keep their order withoutUnordered. Keyless commands are distributed round-robin. AnFDPipelinedbatch stays on one engine. The pipeline pool must hold at leastNumShardsconnections for each full-duplex autopipeliner. More engines help only under high concurrency: with 10-command pipelines, 8 engines were 30% slower than 1 at 8 callers, equal at about 128 callers, and 2.2× faster at 1024 callers.The full-duplex path supports blocking commands,
Options.Limiter(one admission per written batch), per-command and pipeline hooks, OTel metrics, retry budgets (aNoRetrycommand is never sent again after it is on the wire), and seamless maintenance handoffs. Limits of the stream model:ProcessHookthat returns without callingnextdoes not cancel the command on the full-duplex path; the command is already queued on the held connection. Run policy or kill-switch hooks on a plain client or on the half-duplex autopipeliner.HIMPORTcommands. On the async face, wait for the result of a diverted command before you submit a command that depends on it.Runnable examples:
example/autopipeline(all faces),example/autopipeline-fullduplex(blocking face,Pipeline()andFDPipelined), andexample/autopipeline-fullduplex-async(async face,Submit,NumShards) (#4061).Experimental: the auto-pipelining APIs can change in a minor release.
(#4002, #4014, #4018, #4021, #4022) by @ndyakov
Client-Side Caching: Refresh-on-Invalidate, Miss Coalescing, Faster Reads
Two new functions for the experimental shared-tracking client-side cache. They have no effect unless CSC is enabled (#3989) by @ndyakov:
Options.ClientSideCacheRefreshOnInvalidate): when an invalidation push arrives, the client reads every cached entry of that key again in the background, so the next reader does not pay the miss. Each invalidation of a cached key costs one background read.ClientSideCacheInvalidationBatchWindowcollects invalidation-driven deletes into background batches; without it, the connection reader applies each delete inline.Options.ClientSideCacheCoalesceMisses): concurrent cache misses are pipelined on one tracked connection. Each miss keeps its own per-key command (no rewrite toMGET), so it is safe on a cluster. Each reply is written to the cache with the connection's tracking generation, so the server can invalidate it.Both options need the built-in cache (
ClientSideCacheConfig, orClientSideCacheset to a*LocalCache). With a customCacheimplementation they are ignored.The cache read path is also faster (#4034, #4035, #4036, #4037) by @ndyakov. A hit no longer writes a timestamp to the entry; a second-chance bit marks reads, and is set only under eviction pressure. The cache key is built in pooled scratch memory, the key list is built only on a miss, and nil/status/bulk-string hits are decoded without allocation. Against 9.23.0-beta.1 on a warm cache: +18% to +57% reads/s from 4 to 1024 callers, p50 from 2.6–5.4 µs to 1.0–1.5 µs, with identical hit rates and 100% of invalidations applied.
Better Distribution for Latency-Based Cluster Read Routing
RouteByLatencyselects the node with the strictly minimum latency. The measurement has noise (the mean of ten pings, refreshed at most every 10 s), so all clients can select the same node from a set of nodes with almost equal latency. In one production system, GET rates across five replicas in one availability zone had a 590× spread.The new
ClusterOptions.RouteByLatencyTolerancewidens the selection to every node within the tolerance of the fastest node, and distributes reads across them round-robin with theShardPicker. A node in a different availability zone stays outside a sensible tolerance, so zone locality is kept. The default is zero (strict minimum). The option is also onFailoverOptions, for clients fromNewFailoverClusterClient; the plainNewFailoverClientdoes not support latency routing. (#3973) by @jozenstarThe same work fixed a routing defect: the client recorded the nearest healthy node only when that node was also the fastest overall. A node that fails fast (for example, a refused connection) hid every healthy node, and reads went to the failing node. The client now records the healthy minimum separately. (#3994) by @jozenstar
EphemeralConnfor Session-Scoped WorkClient.Conn()returns its connection to the parent pool onClose. If you ranAUTHorSELECTon it, later commands on the pooled client run as that ACL user and in that DB. The newClient.EphemeralConn()returns the same sticky connection, butCloseremoves it from the pool instead. The cost is one dial perEphemeralConn.Client.Conn()is unchanged. (#4039) by @saddamr3e✨ New Features
AutoPipelineOptions.FullDuplex, withFullDuplexWindow/FullDuplexIdleTimeout/FullDuplexMaxHold, on standalone and cluster clients (#4002) by @ndyakovPipeline()on the full-duplex connection:ap.Pipeline()andFDPipelinedsubmit a batch to the engine as one contiguous run, on a standaloneClient(#4021) by @ndyakovNumShards > 1withFullDuplexon a standaloneClient, with key-hash routing (#4022) by @ndyakovAutoPipelineOptions.MaxQueuedCommands: an opt-in hard limit on accepted, not-yet-completed autopipeline commands. At the limit a command fails immediately withErrAutoPipelineQueueFull, so memory does not grow without limit when the server is slow. WithFullDuplex, the ordered stream is bounded byFullDuplexWindowinstead (a full window blocks the submitter, it does not reject), andMaxQueuedCommandslimits only the commands that run outside the stream (blocking, connection-hostile,Do). The default0means no limit (#4070) by @ndyakovPipelinePoolSizehas a default ofDefaultPipelinePoolSize(10) on each client. If the pool is full, an operation uses the main pool. Set-1to disable the pool (#4002, #3959) by @ndyakovOptions.ClientSideCacheRefreshOnInvalidate(withClientSideCacheInvalidationBatchWindow) andOptions.ClientSideCacheCoalesceMisses(#3989) by @ndyakovClient.EphemeralConn: a sticky connection that is removed from the pool onClose, for session-scopedAUTH/SELECTwork (#4039) by @saddamr3eRouteByLatencyTolerance: distributes reads across nodes with almost equal latency, on cluster clients and onNewFailoverClusterClient(#3973) by @jozenstarAutoPipeliner.WaitClosed: blocks until the drain of accepted commands completes, and returns the drain result. Use it in a wrapper that must not close shared pools during a flush (#3998) by @ndyakovredisotel-nativeWithRecordNilErrors: opt in to countredis.Nilreplies as client errors (see the fix below) (#4025) by @lazergCMSInfo.CellSize: the cell-size field ofCMS.INFOin Redis 8.12 (#4010) by @elena-kolevska🐛 Bug Fixes
ClientSideCacheInvalidationBatchWindowapplied only ~15% of invalidations under load, so the cache served stale values with a ~100% hit rate. Each batch now takes each shard lock once, and 100% of invalidations are applied (#4033) by @ndyakovPutdid not wake a worker that waited for a connection to becomeIDLE, so a streaming-credentials re-auth could stall untilPoolTimeoutand then close the connection (#4028) by @avitenzer. Two related waiter-queue races are fixed: a failed transition left a dead waiter queued, which later moved a connection toUNUSABLEfor nobody (#4072) by @ndyakovBitOp*,MIGRATE,OBJECT ENCODING/FREQ/IDLETIME/REFCOUNT,XINFO STREAM/GROUPS/CONSUMERS,LMPOP,BLMPOP,SINTERCARD,ZINTERCARD,ZMPOP,BZMPOP) routed by the wrong argument. On aRingthey went to the wrong shard; on a cluster they cost an extraMOVEDround trip. A rawFCALL/FCALL_ROhashed the function name. All now route by their key (#4048) by @ndyakov. RawXGROUP,ZUNION/ZINTER/ZDIFF,SDIFFCARD/SUNIONCARD,TS.NRANGE/TS.NREVRANGE, andHIMPORT SETforms are also fixed (#4022)PExpireAt,HPExpireAt, andHPExpireAtWithArgsoverflowed for dates outside the nanosecond range (for example, year 2270), so Redis deleted the key or rejected the command (#4026) by @jakezwang.SetArgs.ExpireAtnow sendsPXATwhen the deadline has millisecond precision; before,EXATdropped the milliseconds (#4053) by @LindseyZ1205-1timeouts: a-1read/write timeout onClusterOptionsgave node clients the 5 s default instead of no timeout (fixes #4049) (#4050) by @lazergredis.Nilas error: a cache miss (redis.Nil) incrementedredis.client.errorsand was tagged as a server error ondb.client.operation.duration. Nil replies are now classifiedNILand not counted, unlessWithRecordNilErrors(true)is set (fixes #4024) (#4025) by @lazergSENTINEL SET ... auth-passis now redacted in command rendering (used byredisotel/rediscensusspan attributes), and aMIGRATEpassword with the literal valueauth/auth2is redacted at the correct position (#4011) by @saddamr3eAggMinAggregator/AggMaxAggregatorpanic instead of returning an error fromResult()(#4056) by @SuselzParseURLskip_verify: an invalid value (for example,skip_verify=yes) was silently treated asfalse.ParseURLandParseFailoverURLnow return an error, like for the other boolean options (#4064) by @orinnzuintptrarguments:uintptrand*uintptrare now encoded like the other unsigned integers; a nil*uintptris encoded as0(fixes #3100) (#4054) by @yamaankhan20Configuration
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