verb | Open-source , cross-platform NURBS | Development Tools library

I had a similar problem but resolved by following steps.

1. Run the following command. heroku buildpacks:add heroku/nodejs --index 1
2. Update node version from 16.x to 12.16.2 in package.json.

dbplyr translates dplyr commands to query database tables. I am not aware of any inbuilt way to modify existing database tables using pure dbplyr.

This is likely a design choice.

• Within R we do not need to distinguish between fetching data from a table (querying) and modifying a table. This is probably because in R we can reload the original data into memory if an error/mistake occurs.
• But in databases querying and modifying a table are deliberately different things. When modifying a database, you are modifying the source so additional controls are used (because recovering deleted data is a lot harder).

This is the approach I use for all my dbplyr work. Often a custom function that takes the query produced by dbplyr translation and inserting it into a DBI call (you can see examples of this in my dbplyr helpers GitHub repo).

Two approaches to consider for this: (1) an anti-join (on all columns) followed by writing a new table, (2) the DELETE FROM syntax.

Mock up of anti-join approach

It has to do with Kubernetes controllers & CustomResourceDefinition.

When you write an operator for Kubernetes, you would define custom objects. For example, Elastic (www.elastic.co) has an operator deploying ElasticSearch/Kibana. They decided to call one of their object "elasticsearch".

Those resource names are arbitrary, and nothing guarantee there won't be someone else, working on its own operator, using the same names. Thus, when you define your custom resources, you would also affect them with an API group.

The API group is also arbitrary, though would usually identify a unique controller/operator/set of functionality. In the case of the ElasticSearch operator, they went with an API group "k8s.elastic.co". When installing this operator CRD on your cluster, a kubectl get crd would list objects such as "elasticsearchs.k8s.elastic.co", "kibanas.k8s.elastic.co".

You could very well deploy another operator, which implements its own "elasticsearch" or "kibana" objects, within its own API group.

Thus, when you write your Roles / ClusterRoles, that apiGroup field is crucial configuring your RBAC. The resources array lists short names, the apiGroup is then used resolving the fully qualified CRD name.

While kubernetes legacy objects use some empty string, other native objects may use networking.k8s.io, batch, extensions, ... In the meantime, custom controllers would all use their own api group, whenever they rely on their own CRDs.

Now, I'm not sure I know the answer to 'why I can use "" and "events.k8s.io" together?'. I would say it's historic?

I did not see any cases where setting multiple api groups in a rule was benefic. In my opinion, it's misleading, a source of mistake, ... when you find a rule with two api groups, you can be pretty sure the person who wrote it did not understand what they were doing.

At best, one combination of apigroup / resource grants what you meant to. Worst case, one combination of apigroup / resource grants something you did not want to allow in the first place.

Erratum: events are an exception, though. As pointed out in some kubernetes GitHub Issue ( https://github.com/kubernetes/kubernetes/issues/94857 ), some member would argue this is not a bug: we really need both API groups. Which is kind of surprising.

Not sure why would that be. Sidenote, the schema for Event in core/v1 and events.k8s.io isn't the same:

https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.22/#event-v1-events-k8s-io https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.22/#event-v1-core

So they're not the same object strictly speaking, although from what I can see, they return the same data / in terms of etcd, it's the same data, with two JSON representations depending on which api group you query:

Try using a next-generation Ruby image. In your case, change circleci/ruby:2.7.4-node-browsers to cimg/ruby:2.7.4-browsers. You can find the full list of images here.

The multi-line definition is from the Primer and is intended to show how multi-line explicit definitions are defined and how they work with the debugger. It is NOT an example of good programming practice.

With a bit of experience you would write:

The solution was to add the user to the cluster-admin role

If your list of potential candidates is fairly short and unambiguous, you can just concatenate the potential words into a set of lookup words in a regular expression.

I just copy/pasted your code and it works fine here. I'm using spaCy v3.1.1.

What does the HTML output source look like?

I was able to reproduce your issue on spaCy 2.3.5. I was able to fix it by making the labels upper-case (GOOD and BAD). I can't find a bug about this but since the models normally only use uppercase labels I guess this is an issue with older versions.

I think you can use the following solution: