permissible | Powerful , flexible , relational permissions | Authorization library

I seem to have encountered an odd scenario where the Typescript compiler is confused by the passing of the children prop to component, resulting in unsafe behaviour.

I want to have a component which can accept subtitle (text) and subtleSubtitle (boolean which affects the style) props ONLY if a title prop is also passed. If a subtitle is passed but no title, this should be a Typescript error.

However, when trying to implement this I found that Typescript seems to allow invalid props to be passed to the component.

Here is the code

Adding a getter/setter for a custom attribute on a custom HTML element is fairly straightforward:

The Weka RandomForest class provides various setters, like setNumIterations(), setNumFeatures(), setMaxDepth(), etc. Is there also a setter to set the minimum number of instances per leaf option of a RandomForest?

I am currently setting it indirectly via setOptions() using -M, but that triggers the "Can't find a permissible class" error (see Weka - Can't find a permissible class) when running the program from the command-line java -jar target/MyApp.jar. However, running from it within the Apache Netbeans IDE does work without any errors, so perhaps some classpath/Maven change might also help?

Or does it not matter?

I'm learning C and getting to grips with structs. I've tried to emulate a basic "constructor" method in C by passing string values to a method, creating a new struct object, and returning it from the function. I've realised that there are several permissible ways of doing this:

1. Create a struct object directly, without offloading to a method.
2. Declaring all of the member variables for my struct object, then passing it to a 'constructor' method
3. Directly passing the values I want to populate my object with into a 'constructor' method and storing the result in a struct object.
4. Create and use a struct object using my 'constructor' method in one line, without storing it.

Here's my code, and you'll see what I mean:

I am trying to generate sas token through azure cli as show below

I have an application that is triggering .Net Runtime Exception Info: System.TypeLoadException then crashes when trying to launch. I have tried to uninstal the application and reinstal. I did discover that it all started around the time it was updated. I have not tried to roll back to previous version yet only updated to a beta version which worked. If permissible, a side question is there any recommended materials that may guide me in understanding this even error? Especially if it can give a fairly good break down.

UPDATE: This is not our software and I have tried reaching out to the Vendor and waiting on a response again. Out of all our users we only have 1 person with this issue and version since being updated.

Thanks in advance.

I would like to build a function that works similarly to the built-in pairs() function. Given the data set df, I would like to create a matrix of scatter plots between the numeric class columns of the data set, such that on the diagonal I can get the histogram of those columns including a density function. I have precisely an issue in integrating the diagonal part of the plots. Without the diagonal part of the code, everything works fine (one can test this on the iris data set).

Summary: Does OpenCL permit creating a pointer in a kernel function from a pointer to a structure and a byte offset to data after the structure in the same memory block?

I'm trying to better understand the limitations of OpenCL in regards to pointers and structures. A project I'm currently working on involves the processing of different kinds of signal nodes, which can have drastically different sized state data from one processing instance to the next. I'm starting with a Linux CPU low latency SCHED FIFO implementation first, so no memory allocation or system calls in processing threads, but trying to plan for an eventual OpenCL implementation.

With this in mind I started designing the algorithm to allocate all the state data as one block, which begins with a structure, and has additional data structures and arrays appended, being careful about proper alignment for data types. Integer offset fields in the structures indicate the byte positions in the buffer to additional data. So technically there aren't any pointers in the structures which would likely not work when passing the data from host to device. However, the resulting size of the state data will differ from one synthesis Node to the next, though the size wont change once they are allocated. I'm not sure if this breaks the "no variable length structures" rule of OpenCL or not.

Simple example (pseudo OpenCL code):

I am new to development.

I want to group the same objects inside array of json objects. E.g. here is my JSON array: