Vihren Atlas

version_workflow.go ×6

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unlabeled · c_a477232af135

43 tests · 3014 LOC · 135 files · introduces 0 tests · 41 LOC · 1 file

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Code
6 ranges41 lines · 1 files
Tests
0 tests

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484 ranges3014 lines · 135 files · Browse complete extent
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1 file ranked by introduced lines: 41 introduced LOC across 6 ranges. Expand a file to inspect source; the > gutter marks introduced lines.

go.temporal.io/server/service/worker/workerdeployment/version_workflow.go 41 introduced LOC · 6 ranges

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913 // Determine propagation mode based on routing config presence
914 if rg := args.GetRoutingConfig(); rg != nil {
915 > // ASYNC MODE: propagate full routing config version_workflow.go
916 > newStatus = d.findNewVersionStatusFromRoutingConfig(rg)
917 > versionDataChanged := d.updateStateFromRoutingConfig(newStatus, state, rg)
918 > d.syncTaskQueuesAsync(ctx, args.RoutingConfig, versionDataChanged)
919 } else {
920 // SYNC MODE: propagate only version data (existing behavior)
996 state *deploymentspb.VersionLocalState,
997 rg *deploymentpb.RoutingConfig,
998 > ) bool { version_workflow.go
999 > versionDataChanged := false
1000 > // apply changes to state based on routing config
1001 > if newStatus != enumspb.WORKER_DEPLOYMENT_VERSION_STATUS_UNSPECIFIED {
1002 > // In UNSPECIFIED case the routing info doesn't affect the status of this version. It just needs to propagate to
1003 > // task queues (not sure if it happens in practice though.)
1004 >
1005 > // As of now, the only thing that affects version data is the status
1006 > versionDataChanged = state.Status != newStatus
1007 > state.Status = newStatus
1008 > state.CurrentSinceTime = nil
1009 > state.RampingSinceTime = nil
1010 > state.RampPercentage = 0
1011 > switch newStatus {
1012 case enumspb.WORKER_DEPLOYMENT_VERSION_STATUS_CURRENT:
1013 state.CurrentSinceTime = rg.GetCurrentVersionChangedTime()
1161 }
1162
1163 > func (d *VersionWorkflowRunner) findNewVersionStatusFromRoutingConfig(rg *deploymentpb.RoutingConfig) enumspb.WorkerDeploymentVersionStatus { version_workflow.go
1164 > state := d.GetVersionState()
1165 >
1166 > wasActive := state.GetCurrentSinceTime() != nil || state.GetRampingSinceTime() != nil
1167 > isCurrent := rg.GetCurrentDeploymentVersion().GetBuildId() == state.GetVersion().GetBuildId() && rg.GetCurrentDeploymentVersion().GetDeploymentName() == state.GetVersion().GetDeploymentName()
1168 > isRamping := rg.GetRampingDeploymentVersion().GetBuildId() == state.GetVersion().GetBuildId() && rg.GetRampingDeploymentVersion().GetDeploymentName() == state.GetVersion().GetDeploymentName()
1169 >
1170 > if wasActive && !isCurrent && !isRamping {
1171 return enumspb.WORKER_DEPLOYMENT_VERSION_STATUS_DRAINING
1172 > } else if isCurrent { version_workflow.go
1173 return enumspb.WORKER_DEPLOYMENT_VERSION_STATUS_CURRENT
1174 } else if isRamping {
1492
1493 // signalPropagationComplete sends a signal to the deployment workflow when async propagation completes
1494 > func (d *VersionWorkflowRunner) signalPropagationComplete(ctx workflow.Context, revisionNumber int64) { version_workflow.go
1495 > err := workflow.SignalExternalWorkflow(
1496 > ctx,
1497 > GenerateDeploymentWorkflowID(d.VersionState.Version.DeploymentName),
1498 > "",
1499 > PropagationCompleteSignal,
1500 > &deploymentspb.PropagationCompletionInfo{
1501 > RevisionNumber: revisionNumber,
1502 > BuildId: d.VersionState.GetVersion().GetBuildId(),
1503 > },
1504 > ).Get(ctx, nil)
1505 >
1506 > if err != nil {
1507 d.logger.Error("could not signal propagation completion", "error", err)
1508 }

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