deline | ES6 template tag that strips unwanted newlines | Script Programming library

I recorded a video here walking through each options describe below here: https://youtu.be/3194zXoJtqI

For this project, you will need to use two OpenRefine functions

• Split multi-valued cells on COL B to create one new line for each value separated by comma
• Fill down and blank down to fill down the value in the other column from the menu.

If you have a lot of columns you can use the All > Transform to speed up the process with the following expression row.record.cells[columnName].value[0]. The trick here is to fill down Col A last so we can keep the record mode when filling down other column (see screenshot below)

DataTables allows you to customize the contents of that summary (grouping) row using the rowGroup.startRender option.

Translated to R and DT, it looks like this:

This code use relative path. You can change in absolute adding the "\" in the beginning of the MyPath variable.

set "MyPath=Main_Directory\Section"

change in:

set "MyPath=\Main_Directory\Section"

make_table_csv.cmd:

Are you sure of the value of crit_lim_low ?

You define tbl_val_6 in an if clause in a while loop with both the loop and the if clause dependent on the value of crit_lim_low.

If crit_lim_low is <= 0.0005 then the while loop wont run at all, and you wont define your variable.

If res is the object from the above question that is a gtsummary object, one can modify the table body shown in the viewer pane as follows. Here, I am using dplyr's select function (modify_table_body expects a function) to exclude the p value column.

gtsummary::modify_table_body(res, dplyr::select, -p.value)

I want to use only base:

• RPC focues on sending a payload containing method names and arguments in a predefined format. Clients couple tightly to servers through a shared interface (Skeletton classes, WSDL or other interface definition languages (IDLs))
• REST focues on decoupling clients from servers and on introducing indirections, like support of multiple different media types to marshal resource state in, and the whole interaction concepts summarized by HATEOAS where hypertext controls are used to drive the application state forward through a domain application protocol / state machine on the server side. Responses usually contain semi-structured data, which usually don't go well with simple CRUD application, that follow the definition of corresponding media type definition (i.e. the HTML spec). If you will the state of a resource is transformed into a representation format adhering to the rules in the media type definition and transferred to the remote side

In network programming, remote procedure call (RPC)-style invocations, i.e. often used in RMI, Corba, SOAP or similar frameworks, will send usually a method name that should be invoked at the server alongside with parameters to feed the method with. The return value is then marshalled into corresponding response and sent back to the caller. What a client could invoke is usually exposed via external stuff, i.e. skeletton classes, WSDL- or other form of contracts and so on. So far, so simple. This is how most of the networking stuff works. However, the drawback here is that a client is tightly coupled to the exposed interface (skeletton classes, WSDL, external documentation) and many problems in internet computing arise due to changes over time that are not adequatly depictable in those interfaces.

If you take a closer look though at how the Web works for decades, change is an inherent part of it. Your browser will just show the most recent state of a resource (Web page) it has. It might eigther got it from its cache or from a server it asked for. If the version available in its cache is older than a predefined threshold value it will ignore the cached value and request a new version. If there happened an update since the last version your browser is automatically served with the new version. Fielding, who was working on the HTTP 1.0 and 1.1 spec back then, analyzed how the interaction on the Web takes place and generalized his findings into the REST architecture design. So, if you will, REST is just Web surfing for applications.

Unfortunately a mojority of enthusiasts and professional have not yet understood what REST really is and there is so much false information available in regards to REST, even here at Stackoverflow most people don't seem to care actually and posts explaining the true nature of REST are downvoted and wrong information upvoted.

So, what does REST different than typical RPC-like method invocations?

First, REST relies on a certain set of uniform interfaces, that are the same for every participant in that architecture. These are i.e. HTTP as transport layer and a naming scheme for resource (URI) so that everyone acts on these fixed principles. This helps to reduce interoperability issues that are just way to common in traditional network programming.

Next, it relies on a basic principle: Servers teach clients what they need to know. But how does a server know what a client need to know? Well, as Jim Webber pointed out, the designer of the application develops a state machine (or domain application protocol) a client will follow through. Think of a checkout system on your favorite online shop. At one point it presents you the items in your trolly and offers you a choice to progress to the next "page" where you can enter the shipping address and on further progressing through the state machine you will be asked for your payment options and so on until at one point to finished the checkout and are served with a "Thank you" page that summarizes your order. Under the hood you just progressed through their protocol on how to place orders and used application controls to progress your client further through their state machine. You therefore got served with some Web forms and links that you used to fulfill your task. In essence, this is what Hypertext as the engine of application state (or HATEOAS for short) is all about.

On the Web HTML forms are used to teach a client about what properties a resource supports, which ones are editable and so on. Besides that, it also teaches clients on the actual URI to send input data to, the HTTP operation to utilze as well as, mostly implicitly given, the media type to marshal the request into. I.e. a regular HTML form will use application/x-www-form-urlencoded as its default media type to send the data to the server. So a full HTTP request for an input of a first and last name may look like this:

Let's take a look at MediatR

You can pass only function without ():

There's a lot of code there but just to address your specific question, you can use a function to generate your fields array: