SilentSword

Ok, so I used threejs to project from 3D to 4D. Now, how do you get a tesseract from 4D to 3D you may ask? It’s actually complicated. You have to use a formula I found, which I don’t really understand, but, after messing with some settings, It finally looks good.

Made the svg with Inkscape, even tho it didn’t track it, this took like 30+min, but it was worth it, it looks so cool. I also linked everything and made the repo, connected it to Cloudflare, created the project, etc…

Hi there, I finally did it! I managed add in a request the port that the server runs on, and I also managed to implement a new way to verify the email with a shorter code (even though it’s not as secure as a link, it’s still better than no verification at all). There kept appearing some bugs here and there, but I got it working. I also redesigned the Resend template (the service I’m using to send emails) to accept the login code, and I made it look simpler because it was actually too overloaded.

Hi, quick devlog here. I added a field for the address of the server, it even has a cool animation and it has a copy button.

Hello dear adventurer, 25 hours of coding is a lot, and what I did is even more impressive. I started by playing with a database, sqlite to be exact. Then I realized it would fit really well into my project, and I’ve implemented it. It contains users (with emails, names, ids, password hashes and more). I also have tables, in the database, for custom permissions for specific users, or tables for user specific stetting or favorite servers. Then, I added JWT authentication AND authorization, which I did easily using @require_jwt_token, and getting the user id via userId=get_jwt_identity(), both imported from flask. Then, I switched the hole project over to gevent (from eventlet), which cleaned up some weird errors. After all of this, I tough it would be cool to add actual email verification, so I used Resend to send emails to the emails via my domain (I had one, and it was 100% worth the 7$/year). The registration was easy, but the implementation was a little harder. I still have chucks of code hardcoded for me, but I’ll defiantly remove them. After I did all of this, I found out that there is a library named Flask-Security-Too, which does everything I coded by hand: users database, email verification, authorization and authentication, refresh tokens, and much more, like password resetting, 2fa, etc… The next goals are to implement in the app Flask-Security-Too, and to add a feature to use one of my servers in the cloud for routing, so that when you start a Minecraft server, you can connect to it from the public. Thanks so much for reading.
P.S:You can drop me a follow!

Hello dear reader. This devlog comes with a lot of features implemented. The most important of them all is the user login and creation page. Half of the hours on this devlog were put into the authentication flow. The rest were put into integrating new features on the backend, such as giving users (currently using their ids, but I’ll make them use the username instead) custom permissions in each server individually, or fixing WebSocket connections connecting twice, etc… The last thing I did was to add that Aurora, which seems the most impressive part visually. On the user taking logic, I still need to make a resend verification button, a reset password button, add the option to delete your account, and even create a privacy policy (I put a lot of effort into keeping the user data safe in a database, with the password encrypted). Thank you for reading, see you next time!

Soooooo, I added the same video as I did for the frontend, because I can’t show how the backend works because it’s just a command. What I did in those 5 hours and 30 minutes is wild. The first thing I’m most proud of is the documentation for the Api. I switched from flask to flask-api, and now I can have a documentation, with all the Api there; It’s so fun! Second thing is that I added an endpoint for global stats, which gets the max memory from all the servers, the current memory from all the servers, same for CPU, max players and online players. Third thing is that I actually many little things. I refractured functions to work better, I added functions, I added listeners, etc…
That’s what I did in those few hours. Even though there are still some things I didn’t mention, they are things like bug fixes or more refractoring.

Oh ****, I did it again. 10h without devlogging. I was just so caught up with everything, I forgot about flavortown. Sorry Sorry Sorry many times. Now about what I did, well, a lot. Let me list all of it here:

1. I added a sidebar, as you can also see in the recording. The sidebar will be where all the navigation will happen. From there you will be able to go to settings (when I make one), to players (it’s i the recording, but it’s just a placeholder, it doesn’t actually do something. The sidebar can also retract, there is a little button on its right, at the top. Didn’t demonstrate that in the recording, but it works! it took a lot of work because I didn’t know how to work around the last design of the page with the server list being a sidebar, but I found a solution eventually.
2. I redid how the server panel works. When you go to servers, you now have all the servers listed there, along with the install server button, and it also has a player viewer and a stats viewer, and those are global! They get the max ram from every server, add it up, then do the same for the ram used, and then it displays it. Same for cpu and for players.
3. Refactored a lot of the code, like the hole css file, into smaller ones for each component. Created “global” data types for the server’s returned Api (for example, I have one specifically for the max memory, used memory, cpu used in %, max online players and the actuall online players.).
   That’s what I’ve done in 10h

Omg, I didn’t log for so long. Sorrrrrryyyyyy!!! In the almost 7hours, I got every part of the site that I didn’t like and just redesigned it. I added RAM and CPU usage trackers using API endpoints, I added an install server button (and an uninstall one). And made a simple homepage to have at least something.
But what I definitely like the most is this new open source React component that I found, that provides you a lot of animated icons and components, and you can notice them all trough tout the front, and I’m definitely going to use more of it.

Omg, I might have forgot about flavortown, I’m so sorryyyy! I worked, as you can see, 6 hours, in which I have mainly build API endpoints for the frontend, such as one to install and uninstall servers, constant pooling of ram and CPU usage, automatically giving the max ram that can be used. I also made a temporary frontpage so that it has something to show. I don’t think it’s going to stay like that, but at least it’s something.
Fixed bugs again and again, and that’s it. Thanks for reading!

Holla guys! I have refractured some Api to match with the backend, and, the most important change, I modified the online players counter so that it shows a picture of the players online, and if hovered, it shows their username! I am so, so happy with how this turned up.
I don’t really have anything else to say, so, as usual, thank you for reading, have a great day and bye!

Well well well, only one hour and 47 minutes, hmmm…. Something ain’t right. But it doesn’t matter, because I’m super happy with how this turned up until this point, and im sure you are going to love it. I made the console bar retract down, and now I used a react library for different icons, which are also very good. I really don’t know how I want the final website to look, but I’ll see what I like more, and I’m sure that you’ll like what I come up with.
Thanks for reading and have a great day!
Bye!

Woah, I worked in all of my free time today, and seeing almost 4h up there made me feel dizzy for a moment, I need to take more breaks❤️. I’m curious how much I have worked on the frontend… Anyway, even though there are only 2 or 3 new features, I have refractured a big part of the code, because it was hard to work with it. And also, those 2 or 3 features are this:
Getting individual Minecraft server’s resources like RAM, CPU, etc…
Implemented a class which connects via rcon (apparently it comes from remote connection) to a specified server’s Ip and port and authenticates with a password (witch I think it’s necessary). After this, it waits to get the response back (all of it), because apparently it fragments it, I don’t even remember.
And these are all of the features added today. Thanks for reading! Have a great day!

It’s been a while science I’ve worked on this project. I have reopened it today, and I was trying to remember what was going on, where I left off, and what I needed to do. I remembered that the last thing I wanted to implement is the WebSocket connection; a live feed from the server to the user/browser, and after apparently 1 hour and 43 minutes, I did it! The connection works seamlessly. Of course there are still some bugs, but it’s much, much better than the last time.

Made the project ready for shipment by adding the required PyPi dependencies, refracturing the structure of the code, etc..

Ok, so I found out that for Shor’s Algorithm, you need to know a lot about quantum programming (or just use a built-in function that dose everything but I don’t want to do that), so im going to focus on easier algorithms and then come back to this.

I have implemented Shor’s Algorithm to work on a classical computer, the next step will be to make it work on a quantum computer.

I have done the hole project:(, sorry this is the only devlog, but I forgot to actually go on flavortown to submit devlogs:(

So, I just did the api endpoints to stop and start a server. I uploaded the same video as for the frontend, because, again, that’s how you can see them in action!

Alright, so I worked a little bit, made the code more usable and understandable (for both me and you), and added these quick commands tool you can see in the video, they just start and stop the server (and restart, ofc). Now I think I want to figure out how to structure the page, because you can only fit so many elements on a page and it has to be pretty organized.

Ok, so I tried to make the server use the WebSocket connection to send, in realtime, the output of the minecraft servers, but apparently, on windows, java sends the output slower when it detects that it is being run in a subprocess, and I tried to make it instant, but I couldn’t figure it out, so im gonna work on other features next such as basic turning on and off the server, etc… and ill focus on the console later.

Ok, so in those 2h, I have just made the api work with the frontend. I implemented WebSocket support, and that’s kinda it. I know, I know, even I think it’s too little for 2h of work, but you have to believe me, I am glad it didn’t take me 3h. Even though I wrote a little bit of code, the amount of debugging I had to do is ISNSANE. That doesn’t mean I don’t love programming anymore, it’s my favorite hobby, I was just telling you how things went. Also, you do want to read the devlog from the frontend, I have basically worked on both at the same time. But for now, it’s good night for me❤️
P.S: I uploaded the same video as for the fronted because that’s where you can see the api’s functionality.

Ok, it’s been more then 1h and 30m, it’s been actually like 3h but who counts? (me) So anyway, now the webpage actually uses this WebSocket thing. I searched and documented about it and let me tell you what it does. It is a protocol (fancy term, i know, it means a way of transferring data from one server to another) which allows you to send data at the same time to one another with no time limit. It’s the same thing you use to chat on WhatsApp or to call someone. The thing is, it’s complicated to set up (it’s also my first time, but still, it was hard!), but I got it working. The client and the server will establish a WebSocket connection, providing at the handshake moment (the moment when they connect) the server id of which you wish to have access it’s console. For now, I didn’t connect the console, but that’s going to be easy-peasy compared to this WebSocket thing.
Also, I made a UI look kinda better, I still didn’t add those features I mentioned in the last devlog,. My next goal is to go to sleep I think, and I’ll see y’all tomorrow!

First devlog!!! Ok, so, I made a very simple webpage with reactjs, and used a library which seems pretty well known to fetch APIs. I used it to get a list of minecraft servers installed on the actual server. It isn’t anything big, but it can fetch data and im happy about it. I made a button so you can even refresh it yourself. I think im going to work a little tiny bit on the UI, then add some features like accessing the minecraft server console from the browser (I’m scared of that because I think I have to use WebSocket, even though I have no ideea how to use it or what it is🥲). But for now, I’m excited!
P.S: Im logging almost 2h of work so my bad for that, and also, in the video, you will see that I tried refreshing the server list. I assure you it worked, but it was just the same:)

Ok, im login only 44m, but I have actually worked a little bit more (close to 1h or 1.2h). The program now actually runs the servers in the background, and you can attach whenever to whatever server you want (in the video I only did it with one server because I’m lazy to download 2 minecraft servers). The best part (for me, and for you), it runs on any os!!! So excited to make an mvp and see your reaction on it. Now I think I want to see if there are any bugs or typos, and then I’ll make the API server work, or redesign it and make a simpler api, idk how or what I’ll see. Hope you are as excited as I am for this!!!

It has been some time. The running server part was very easy, but I wanted to make the server run in a subprocess and then be able to tap into the subprocess of any server whenever you would like. Finaly, after 30min or more, I gave up and let the features I already implemented stay. The features I implemented now are:

1. Automatic acceptance of EULA (user must confirm tho)
2. Automatic launch script creation (works on any os; windows, linux, macOS,… tested only on windows tho:( )
3. Added a config file where the user can modify the startup script if they know what they are doing.

That’s all for today, I’ll see you tomorrow!

Added the feature to automatically download the Minecraft server. Took a while, but it can download any version of vanilla Minecraft servers (basically official, from Mojang, Minecraft’s owners). It will do it in a special directory for servers for easier management. Text thing I have to make the program actually install the server.

Created the project with python and made some basic cli interface using questionary. The program is able to start a flask API server and respond to Api calls, providing some test data