AMIDST | Advanced Minecraft Interface and Data/Structure Tracking | Video Game library

You can use the unnest_tokens() function from tidytext in combination with pivot_wider() from tidyr to get the count for each word in separate columns:

I figured it out, really silly honestly. I didn't set the dependency of the useEffect hook so it kept running over and over. I set it to an empty array and voila!

From

The simplest way to do this would be to use list comprehension. This allows for the entire logic to be boiled down to a single line. An implementation may be:

Resolved by adding the following lines:

Got it figured. There were several issues, but the crux of the problem was authentication: the various plugins and components accept and require different types of credentials. The setup I have working for me now uses a combination of personal access tokens and SSH keypairs to authenticate to GitHub.

Here's how to set up authentication:

1. Generate a new public-private keypair. I did this on my local machine, but you can do it anywhere. The private key file's contents will provide access to your GitHub account, so use appropriate caution when you decide where to keep the file, and clean up after yourself accordingly.
2. Go to GitHub and log in as the user you want Jenkins to use to authenticate to GitHub.
3. Navigate to Settings -> SSH and GPG keys. (Note: that's the user's settings, not a repo's settings)
4. Create a new SSH key. Give it a name (I named mine after the Jenkins instance) and paste in the contents of the public key generated in step 1.
5. Navigate to Settings -> Developer settings -> Personal access tokens
6. Generate a new token. Grant it access to "repo". Make sure you capture the token value somewhere safe -- I saved mine in my password manager. If you lose it, you'll have to go through all of these steps again to make a new one and configure Jenkins to use it.
   • My company uses a private GitHub org with SAML-based auth and SSO. If this is true for you as well, make sure you enable SSO on the token for the appropriate org(s).
7. In Jenkins, go to Manage Jenkins -> Manage Credentials.
8. Create a new "SSH Username with private key" credential in the System / Global domain. In the "Username" field, enter the GitHub username. For the private key, choose "Enter directly", choose "Add", and paste in the text contents of the private key file generated in step 1.
   • You'll give the credential an ID and a description as part of creating it. The ID is used in XML config files, and the description is used in the Jenkins configuration UI. I like to use the same value for both so that the value stored in the XML config files is the same as the value I see in the user interface. IDs can be uppercase and lowercase letters plus separator characters. For best readability, i-like-to-use-kebab-case.
9. Create a new "Secret Text" credential in the System / Global domain. In the "Secret" field, enter the token value GitHub generated in step 6. Again, give it a description and an ID.
10. In Manage Jenkins -> Configure System -> GitHub Pull Request Builder -> Credentials, choose the token-based credential you created in step 9.

Here's the Job DSL that worked for PRs, using the jenkins-ghprb plugin:

IIUC,

If you want only the output use regexp_extract and if you want to replace it use regexp replace

the working regex for me are:

use this

The line obj=tempSeq simply assigns the receiver pointer to a new pointer. The effect of that assignment is not visible outside that method, because you are not updating the contents of the object pointed to by that pointer, you are updating the pointer to point to a new struct. Once the method returns, the caller continues to use the unmodified object.

Try *obj=*tempSeq.

Spec: Select statements:

For all the cases in the statement, the channel operands of receive operations and the channel and right-hand-side expressions of send statements are evaluated exactly once, in source order, upon entering the "select" statement.

select calls ctx.Done() only once. It returns a channel, and the receive operation from this channel is monitored if it can proceed.

If the 5000*time.Second timeout expires, or if the parent context (req.Context()) is cancelled (e.g. times out or its cancel() function is called), then the channel that was returned by ctx.Done() will be closed, so receiving from it can proceed (it will not be a blocking operation anymore). Spec: Receive operator:

A receive operation on a closed channel can always proceed immediately, yielding the element type's zero value after any previously sent values have been received.