conjure | MongoDB object mapper inspired by Django models | SQL Database library

I need to create a list that will be composed by substrings extracted for another list of strings. I tried a "for-loop" code, but I get unexpected results.

For example:

I am setting up neovim, with CoC.

It seems to work well, but with one big problem: My diagnostic windows are very large

I am not sure why this is. I would expect this to be only a few lines. Ideally, it should show up somewhere not directly over the code, but I'm not sure how to configure this.

This is my neovim config:

I have a repo called WebScraper with a single branch called main. I am the sole contributor to the repo but do so from multiple machines. There is NO gitignore file. The program scrapes web data and updates a fairly small csv (<2k lines). It runs daily on machine1.

Currently on machine1 CSV was edited this morning (1/25) and I can verify there's new data as the last lines are dated 1/25. Currently on web repo CSV was updated on 1/23 and I can verify this as the last lines are dated 1/23.

Inside the WebScraper dir I use git push and get a 'Everything up-to-date' message. A. Why does it fail to recognize that CSV has been recently updated?

I'm trying to conjure a traversal to update multiple keys of an IntMap as a whole.

To dispell XY: I'm not simply trying to update them, I need the traversal to return to the caller for further composition. Or at least something composable with lenses.

I've tried many variations of the common combinators. I've tried dropping down to a functor-based definition, with a large range of experimentation shifting the foralls' scopes around, with no more success. Building from the ground up again, here's where I'm at:

I'm using HTML5 canvas in a project and occasionally need to draw drop shadows on SVGs within a canvas. I've noticed that, compared to Chrome, Safari does two things incorrectly when doing this:

1. Safari draws a shadow on each individual shape within an SVG
2. Safari crops off parts of the shadow that go beyond the SVG's bounds

These issues can be illustrated by the following code:

I am wondering whether there is a way (maybe a standard method) to whether a given type has nested fields, or if it just a value 'by itself'.

To be clear what I mean by nested types, is types that contain other values (lists, arrays, objects, other more or less complex datastructures). By 'values by themselves' I just mean any type that does'nt contain other types, such as strings, int, boolean, char, long, double etc.

If I have to conjure up the signature for a specific method, the usecase would be something like this:

I am totally confused. There are many sources out there contradicting each other about the definitions of Dependency Injection and Inversion of Control. Here is the gist of my understanding without many additional detail, that in most cases made things more convoluted for me: Dependency Injection means that instead of my function conjuring the required dependencies, it is given the dependency as a parameter. Inversion of Control means that, for instance when you use a framework it is the framework that calls your userland code, and the control is inversed because in the 'default' case your code would be calling specific implementations in a library.

Now as I understand, somehow along the way, because my function that doesn't conjure up the dependencies anymore but gets it as an argument Inversion of Control magically happens when I use dependency injection like below.

So here is a silly example I wrote for myself to wrap my head around the idea:

getTime.js

I am writing a Monte Carlo simulation to check how many times y was not immediately next to another y. I conjured up a vector of 40 x's and 10 y's placed at random position in the vector. My goal is to calculate the probabilities of not having any adjacent y's in the vector. Here is what I tried:

So response files are being used by default to specify the command line switches to the compiler and linker for some toolchains. This appears to apply only to makefiles, though. Arguably this is done to get around the 8192 character length limit for command lines on Windows, given my scenario with the NMake Makefiles generator.

Apparently the settings are supposed to be governed by CMAKE__USE_RESPONSE_FILE_FOR_OBJECTS which isn't exactly documented as far as I could find it. Anyway, various CMake scripts that come with the CMake (3.15.1) distribution contain either 0 or 1 for these settings (i.e. per language ). The only place where this appears to be read is cmMakefileTargetGenerator::CheckUseResponseFileForObjects() in cmMakefileTargetGenerator.cxx (as of this writing).

Complementary settings exist in the form of CMAKE__USE_RESPONSE_FILE_FOR_INCLUDES and CMAKE__USE_RESPONSE_FILE_FOR_LIBRARIES.

Now while this technically works it really causes one undesired side effect for me. In the logs from automated builds I'd like to see what was happening (yep, I am also setting CMAKE_VERBOSE_MAKEFILE=ON). Given the fact that these response files are being generated on the fly, the command lines I get to see from the log file look akin to: