htm | Hierarchical Temporal Memory implementation in Golang

I've a CD pipeline that builds a project (multiple times for different environments) and publishes / saves the ./dist directories as one stage. I can download each environment and run locally as expected.

Each environment build is a stage that needs a manual approval. This is where I am getting lost. Each stage shows the correct artifact being pulled into the stage BUT the AzureStaticWebApp@0 -> app_location input results in a "Could not detect this directory." error.

To recap: After building the project and saving as an artifact (I can manually download and verify) I am unable to push that built code to Azure Static Web App as it cannot be found. I've tried any number of combinations to no effect. Any advice?

I'm using templates, here is the Push Built Project to Azure Static Web Apps template

When this template runs, I can see jobs running and successfully pulling down the right artifact with this output:

I'm using docker-compose to launch a commandbox lucee container and a mysql contianer.

I'd like to change the web root of the lucee server, to keep all my non-public files hidden (server.json etc, cfmigrations resources folder)

I've followed the docs and updated my server.json https://commandbox.ortusbooks.com/embedded-server/server.json/packaging-your-server

I want a circular convolution function where I can set the number N as I like.

All examples I looked at like here and here assume that full padding is required but that not what I want.

I want to have the result for different values of N

• so input would N and and two different arrays of values
• the output should be the N point convolved signal

Here is the formula for circular convolution. Sub N can be seen as the modulo operation.

taken from this basic introduction

This answer is a suitable solution when the array a is piled accordingly to the different cases of N.

When I find time I will post a complete answer, meanwhile feel free to do so.

Thanks to @André pointing this out in the comments!

I have been reading the Julia Documentation, and also some blogs on the internet, and I have found sentences that mention the concept of instantiation, for instance, "Int64 can be instantiated". I found some information on this concept here:

https://www.computerhope.com/jargon/i/instantiation.htm

but I cannot see how this could be used in Julia or why it is relevant. Any comment would be welcome. Thanks.

I have this simple code from Perl Cookbook which prints all directories and files recursively:

In VBA, if I understand correctly, emptiness means that a variant has not been initialized, i.e., it is the default value of a variant before an assignment.

There appear to be four ways to test if a variant is empty:

Recently I upgraded one of my projects to use .NET 6. Earlier I was using MoreLinq library to use DistinctBy() to apply it on the specific property.

Now as I upgraded TargetFramework to .NET 6, this change come up with inbuilt support to DistinctBy().

Now the compiler is confused about which DistinctBy() needs to select, I can't rely on System.Linq, because the removal of using MoreLinq will cause multiple other errors.

I know if we face ambiguity between the same methods then we can use using alias, but I am not sure how to use using alias for Linq extension methods.

Here is the error:

I am able to replicate the same issue in the below fiddle

Try online

I have trouble to grasp how to use colors in CGA/EGA/VGA video graphics modes. The video modes I'm particularly interested in are 0Dh (EGA 320x200) and 12h (VGA 640x480). Both of these modes have 4 planes, thus 16 colors.

My (probably incorrect) understanding is that I should activate a set of planes by writing a bitmask to port 03C4h, then when I write to video memory, the data only gets written to the activated planes. Mostly I used this document to get my information, though I also encountered several other tutorials and discussions: http://www.techhelpmanual.com/89-video_memory_layouts.html

Now I'm trying to write pixels in all possible colors in the first word in the video memory (top left part of screen). I load 1 for the initial bitmask to AH and 1 bit to BX. Then in a loop, I increment AH and shift (SHL) the bit in BX to hit a different pixel next time. I OR BX to A000h:0000h to add each pixels by leaving the already existing pixels untouched.

What I'm expected to see is a line of pixels in all possible 16 EGA colors on the top left of the screen. What I actually see is 7 white and 1 bright yellow dots with black pixels in between them. What am I doing wrong?

Also, every tutorial says that I must write 0005h to port 03CEh before I start to use planes. What is the purpose of that? When I comment those lines out, I can still use planes (I mean, in other programs). Previously I had success using planes when I was writing to different words in video memory (so I didn't need different color pixels in one block of 16 pixels that's represented by a single word in video memory); and when I used BIOS functions (e.g. INT 10h/AH=0Ch) to write pixels, but still I want to understand how to use planar graphics without BIOS, as I believe the BIOS functions are slow.

Here is my code (indentation is optimized for 8-width tabs, so it kind of looks off here):

To make it easy to visualize, below is the following Record lookup table.

I just can't seem to find anywhere online where it tells you which of these are supposed to also contain charset=utf-8.

Should I just assume it's anything similar to text?

Take a look: