Neo4j Community Edition package and the open source Community Edition of the Graph Data Science Library are available as separate downloads. The Community Edition of the Graph Data Science Library includes all algorithms and features, but is limited to four CPU cores.

The Neo4j GraphQL Library is a highly flexible, low-code, open source JavaScript library that enables rapid API development for cross-platform and mobile applications by tapping into the power of connected data.

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Geographical redundancy. In this case you need to set a suitable nodeSelector value to choose where the pods of each zone are to be placed. Setting topologyKey will instruct the Helm chart to create anti-affinity rules so that alertmanagers from different zones do not mix, but it allows multiple alertmanagers of the same zone on the same node. For example:

Ensure that the Service and StatefulSet resources of the non zone-aware alertmanagers have been deleted.The previous step also removes the Service and StatefulSet manifests of the old non zone-aware alertmanagers.In some cases, such as when using Helm from Tanka, these resources will not be automatically deleted from your Kubernetes clustereven if the Helm chart no longer renders them. If the old resources still exist, delete them manually.If not deleted, some of the pods may be scraped multiple times when using the Prometheus operator for metamonitoring.

Geographical redundancy. In this case you need to set a suitable nodeSelector value to choose where the pods of each zone are to be placed. Setting topologyKey will instruct the Helm chart to create anti-affinity rules so that store-gateways from different zones do not mix, but it allows multiple store-gateways of the same zone on the same node. For example:

Ensure that the Service and StatefulSet resources of the non zone-aware store-gateways have been deleted.The previous step also removes the Service and StatefulSet manifests of the old non zone-aware store-gateways.In some cases, such as when using Helm from Tanka, these resources will not be automatically deleted from your Kubernetes clustereven if the Helm chart no longer renders them. If the old resources still exist, delete them manually.If not deleted, some of the pods may be scraped multiple times when using the Prometheus operator for metamonitoring.

Geographical redundancy. In this case you need to set a suitable nodeSelector value to choose where the pods of each zone are to be placed. Setting topologyKey will instruct the Helm chart to create anti-affinity rules so that ingesters from different zones do not mix, but it allows multiple ingesters of the same zone on the same node. For example:

Ensure that the Service and StatefulSet resources of the non zone-aware ingesters have been deleted.The previous step also removes the Service and StatefulSet manifests of the old non zone-aware ingesters.In some cases, such as when using Helm from Tanka, these resources will not be automatically deleted from your Kubernetes clustereven if the Helm chart no longer renders them. If the old resources still exist, delete them manually.If not deleted, some of the pods may be scraped multiple times when using the Prometheus operator for metamonitoring.

First, all functionality for interacting with Chart Studio has been moved from the top-level plotly module (e.g. plotly.plotly.plot) to a new top-level chart_studio module (e.g. chart_studio.plotly.plot).

In order to reduce the size of the core plotly distribution package, the bundled geographic shape files used by the create_choropleth figure factory have been moved to a new optional plotly-geo distribution package. This change reduces the size of the plotly source package from 27.4 MB down to 4.7 MB.

Although there are three kinds of source references, there are only twounderlying implementations. The artifact building process for GitRepositoryand Bucket are the same as they are already built source artifacts. In caseof HelmRepository, a chart is fetched and/or packaged based on theconfiguration of the Helm chart.

.spec.version is an optional field to specify the version of the chart insemver. It is applicable only when the Source reference is a HelmRepository.It is ignored for GitRepository and Bucket Source reference. It defaults tothe latest version of the chart with value *.

.spec.valuesFiles is an optional field to specify an alternative list ofvalues files to use as the chart values (values.yaml). The file paths areexpected to be relative to the Source reference. Values files are merged in theorder of the list with the last file overriding the first. It is ignored whenomitted. When values files are specified, the chart is fetched and packagedwith the provided values.

.spec.reconcileStrategy is an optional field to specify what enables thecreation of a new Artifact. Valid values are ChartVersion and Revision.ChartVersion is used for creating a new artifact when the chart versionchanges in a HelmRepository. Revision is used for creating a new artifactwhen the source revision changes in a GitRepository or a Bucket Source. Itdefaults to ChartVersion.

Note: If the reconcile strategy is ChartVersion and the source referenceis a GitRepository or a Bucket, no new chart artifact is produced on updatesto the source unless the version in Chart.yaml is incremented. To producenew chart artifact on change in source revision, set the reconcile strategy toRevision.

After successfully reconciling a HelmChart object, the source-controllerrequeues the object for inspection after the specified interval. The value mustbe in aGo recognized duration string format,e.g. 10m0s to look at the source for updates every 10 minutes.

Note: The controller can be configured to apply a jitter to the interval inorder to distribute the load more evenly when multiple HelmChart objects are setup with the same interval. For more information, please refer to thesource-controller configuration options.

.spec.suspend is an optional field to suspend the reconciliation of aHelmChart. When set to true, the controller will stop reconciling theHelmChart, and changes to the resource or the Helm chart Source will not resultin a new Artifact. When the field is set to false or removed, it will resume.

To manually tell the source-controller to reconcile a HelmChart outside thespecified interval window, a HelmCHart can be annotated withreconcile.fluxcd.io/requestedAt: . Annotating the resourcequeues the object for reconciliation if the differs fromthe last value the controller acted on, as reported in.status.lastHandledReconcileAt.

The caching strategy is to pull a repository index from the cache if it isavailable, otherwise to load the index, retrieve and build the chart,then cache the index. The cached index TTL is refreshed every time theHelm repository index is loaded with the helm-cache-ttl value.

When using a HelmRepository as the source reference and values files areprovided, the value of status.artifact.revision is the chart version combinedwith the HelmChart object generation. For example, if the chart version is6.0.3 and the HelmChart object generation is 1, thestatus.artifact.revision value will be 6.0.3+1.

When using a GitRepository or a Bucket as the source reference andRevision as the reconcile strategy, the value of status.artifact.revision isthe chart version combined with the first 12 characters of the revision of theGitRepository or Bucket. For example if the chart version is 6.0.3 and therevision of the Bucket is 4e5cbb7b97d00a8039b8810b90b922f4256fd3bd8f78b934b4892dae13f7ca87,the status.artifact.revision value will be 6.0.3+4e5cbb7b97d0.

A HelmChart enters various states during its lifecycle, reflected asKubernetesConditions.It can bereconciling while fetching or building thechart, it can beready, it canfail during reconciliation, or it canstall.

While the HelmChart has this Condition, the controller will continue toattempt to produce an Artifact for the resource with an exponential backoff,until it succeeds and the HelmChart is marked asready.

The source-controller can mark a HelmChart as stalled when it determines thatwithout changes to the spec, the reconciliation can not succeed.For example because a HelmChart Version is set to a non-existing version.

Cross filtering allows user to drill up and drill down data in multiple report parts together. For each drilling action from user, it will filter related report parts automatically. Cross filtering is initalized on charts, gauges, or maps which have more than one x-axis field as the drill down feature of these items is what triggers the cross fitlering functionality for all other report parts.

Vega-Altair was originally developed by Jake Vanderplas and BrianGranger in close collaboration with the UWInteractive Data Lab.The Vega-Altair open source project is not affiliated with Altair Engineering, Inc.

An anchor of a link is a point in the reference element that this link wants to reach as its endpoint. (In reality, the reference element is probably in the way - then, it is the job of the connection point function to determine the actual location of the route endpoint with the obstructing reference element taken into account.) Anchors are set via an anchor property provided within link end definitions (i.e. the objects provided to link.source() and link.target() functions). (If the reference object is a Link, JointJS looks at linkAnchor property instead.) 589ccfa754

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