feat: update resume

.gitattributes

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 *.ico filter=lfs diff=lfs merge=lfs -text
 *.jpg filter=lfs diff=lfs merge=lfs -text
 *.jpeg filter=lfs diff=lfs merge=lfs -text
+*.pdf filter=lfs diff=lfs merge=lfs -text

.gitignore

@@ -9,4 +9,3 @@ hugo.darwin
 hugo.linux
 
 node_modules/
-.hugo_build.lock

content/english/posts/songlify-1.md

@@ -1,255 +0,0 @@
----
-title: "Building a Telegram bot in Rust: a journey through Songlify"
-description: An adventure through Rust and Telegram
-tags:
-- blog
-- tech
-- rust
-- telegram
-- songlify
-date: 2022-01-05T17:01:00+02:00
----
-
-Some time passed since the last article I wrote there. A lot of stuff happened
-meanwhile, especially with COVID, but here we are again. While busy dealing with
-the mess of real life tasks, three months ago I started to write a little bot
-for Telegram in Rust. It is a simple one, but I consider the journey interesting
-and worth of writing it down. If I add new features worth mentioning I will
-start a series about it, maybe.
-
-## Telegram bots
-
-Telegram bots are not something new to me and nowadays are pretty much easy to
-make, so I consider them like a gym where to try out new technologies and
-experiment with stuff. I wrote plentiful of them, some of those are open source
-like for example <https://github.com/Augugrumi/TorreArchimedeBot> (which is
-currently broken 😭) that was useful when going to University, because it
-scraped the university free room web page and from there it was able to tell you
-which rooms where without any lessons and for how much time, allowing you to
-easily find a place where to study with your mates (yep, we didn't like library
-too much).
-
-{{< figure src="/content/songlify/telegramscreen.png" alt=`A screenshot of
-TorreArchimedeBot in action.` caption=`A screenshot of TorreArchimedeBot in
-action.` >}}
-
-Also another one bot worthy of mention is
-<https://github.com/Polpetta/RedditToTelegram>, that allowed our D&D group to
-receive push notifications of our private Subreddit in our Telegram group.
-
-As you can see, all of these bots are quite simple, but they have the added
-value of teaching you some new programming concepts, technologies or frameworks
-that can be later applied in something that can be more production environment.
-
-## Rust
-
-I started to approach Rust many years ago (I do not remember exactly when).
-First interaction with it was quite interesting to say at least: there were way
-less compiler features (for example now the compiler is able to understand
-object lifetime at compile time most of the time alone, without specifying them)
-that made it a... _not-so-pleasant programming experience_. It had potential
-thought, so by following Rust news I picked it up last year again, noticing that
-now it has improved a lot and it is more pleasant to write. Meanwhile, also
-JetBrains developed a good support for IntelliJ, so now it is even possible to
-debug and perform every operation directly from your IDE UI.
-
-## Making the two worlds collide: Rust + Telegram
-
-One of the features I wanted to learn this time regarding Rust was the
-asynchronous support it offers. Rust started to have `async` support with
-[Tokio](https://tokio.rs/) framework, and recently the Rust team started to
-build the asynchronous functionality inside Rust itself. Even if in the first
-steps, it looks promising and the idea of a low-level language, without GC, with
-automatic memory management and so much safety having asynchronous support is
-exciting to me! 🥳 So the only option left, at this point, was to start messing
-around with it. I started by picking up one of the many frameworks that provides
-a layer for the Telegram APIs, [Teloxide](https://github.com/teloxide/teloxide).
-In particular, as you can see from its _README_, one of the examples starts by
-using `#[tokio:main]` macro:
-
-```rust
-use teloxide::prelude::*;
-
-#[tokio::main]
-async fn main() {
-    teloxide::enable_logging!();
-    log::info!("Starting dices_bot...");
-
-    let bot = Bot::from_env().auto_send();
-
-    teloxide::repl(bot, |message| async move {
-        message.answer_dice().await?;
-        respond(())
-    })
-    .await;
-}
-```
-
-This was the reason I picked it up, given that it looked the most promising by
-the time I started the project.
-
-### Building _Songlify_
-
-So, after choosing what was going to use to build the bot, I needed a _reason_
-to build it.
-
-With my friends we usually share a lot of songs (via Spotify links), so I
-thought it was a good idea to build a bot around it. I integrated a Spotify API
-library in it and started hacking up a bot.
-
-> ⚠ Note that at the time of writing I have just noticed that the library I use
-> for speaking with Spotify, [aspotify](https://crates.io/crates/aspotify) has
-> been deprecated in favour of [rspotify](https://crates.io/crates/rspotify)
-
-The first bot version was something very simple, and it was a single-file
-program with nothing very fancy (I have written it in a night):
-
-```rust
-use crate::SpotifyURL::Track;
-use aspotify::{Client, ClientCredentials};
-use teloxide::prelude::*;
-
-enum SpotifyURL {
-    Track(String),
-}
-
-fn get_spotify_entry(url: &str) -> Option<SpotifyURL> {
-    if url.contains("https://open.spotify.com/track/") {
-        let track_id = url.rsplit('/').next().and_then(|x| x.split('?').next());
-        return match track_id {
-            Some(id) => Some(SpotifyURL::Track(id.to_string())),
-            None => None,
-        };
-    }
-    return None;
-}
-
-struct TrackInfo {
-    name: String,
-    artist: Vec<String>,
-}
-
-async fn get_spotify_track(spotify: Box<Client>, id: &String) -> Option<TrackInfo> {
-    match spotify.tracks().get_track(id.as_str(), None).await {
-        Ok(track) => Some(TrackInfo {
-            name: track.data.name,
-            artist: track.data.artists.iter().map(|x| x.name.clone()).collect(),
-        }),
-        Err(_e) => None,
-    }
-}
-
-#[tokio::main]
-async fn main() {
-    teloxide::enable_logging!();
-    log::info!("Starting Songlify...");
-
-    let bot = Bot::from_env().auto_send();
-    teloxide::repl(bot, |message| async move {
-        let spotify_creds =
-            ClientCredentials::from_env().expect("CLIENT_ID and CLIENT_SECRET not found.");
-        let spotify_client = Box::new(Client::new(spotify_creds));
-
-        log::info!("Connected to Spotify");
-        let text = message.update.text().and_then(get_spotify_entry);
-        match text {
-            Some(spotify) => match spotify {
-                Track(id) => {
-                    let track_info = get_spotify_track(spotify_client, &id).await;
-                    match track_info {
-                        Some(info) => {
-                            let reply = format!(
-                                "Track information:\n\
-                                Track name: {}\n\
-                                Artists: {}",
-                                info.name,
-                                info.artist.join(", ")
-                            );
-                            Some(message.reply_to(reply).await?)
-                        }
-                        None => None,
-                    }
-                }
-            },
-            None => None,
-        };
-        respond(())
-    })
-    .await;
-
-    log::info!("Exiting...");
-}
-```
-
-As you can see, basically every time a request arrived to the bot, login to
-Spotify was performed and track information and name retrieved from there. Of
-course this was only the beginning (also you can "appreciate" the number of
-nested blocks there...). Now the bot supports albums and playlists too, with the
-possibility to go through each song in the playlist and collect general
-information such as how many artists are in that playlist, how many songs and
-other little information like that. If you see the [bot
-repository](https://git.poldebra.me/polpetta/Songlify) you can see now that
-Spotify functions live in a separate module.
-
-#### Packaging and distribution
-
-The obvious choice for a software like that was to incorporate it into a OCI
-image. I wrote a very simple Dockerfile that, once the program was built, took
-the artifact and using the [multi-stage Docker build
-functionality](https://docs.docker.com/develop/develop-images/multistage-build/)
-and put it into a separate container, in order to avoid having build
-dependencies inside the final image. I used the images distributed by the
-[Distroless project](gcr.io/distroless/) (you can find the source on their
-[Github repository](https://github.com/GoogleContainerTools/distroless)) in
-order to obtain the smallest possible image. The final result?
-
-```txt
-λ ~/Desktop/git/songlify/ docker images
-REPOSITORY               TAG                    IMAGE ID       CREATED          SIZE
-test/test                latest                 8ac7a7018719   5 seconds ago    34MB
-<none>                   <none>                 4bc7fb0699e0   12 seconds ago   1.53GB
-rust                     1.56.1-slim-bullseye   d3e070c5ffa7   6 weeks ago      667MB
-gcr.io/distroless/base   latest-amd64           24787c1cd2e4   52 years ago     20.2MB
-```
-
-A part from the 52 years old image pulled from `gcr`, you can see that
-`test/test` (actually Songlify) is only of **34MB**. Not much if you consider
-that inside that image there are shared dynamic libraries to make the executable
-able to run, which by default weights 20MB. A plus of these images is that they
-do not run as root user and they do not have any shell of bash integrated,
-making a possible surface attack smaller (not that Docker is secure anyway...).
-I upload the images on Docker Hub, where you can find them here
-<https://hub.docker.com/r/polpetta/songlify>
-
-Finally, to run the bot I use a very simple docker-compose definition, that can
-be found in my [server-dotfiles
-repository](https://git.poldebra.me/polpetta/server-dotfiles/src/commit/7e7e1780b2db45f475510c49bf1a2f9e76c4c166/songlify/docker-compose.yml).
-This allows me to easily upgrade the bot by just changing the version and
-running `docker-compose up -d`.
-
-#### Plans for the future
-
-Currently I work on the bot only when I feel like I wanna add something. An
-interesting feature to add could be to insert a persistence layer (using a
-database for instance) and add various stats (which is the most shared song? Who
-_is that guy_ that shares the most songs in a group?). Persistence can be
-achieved quite easily by using [Diesel](https://diesel.rs/), an ORM compatible
-with various databases.
-
-Another cool feature could be to add the _inline bot_ functionality, where you
-can search for songs directly in Spotify. Since I currently have a domain
-available for that I could set it up for receive web-hook notifications, instead
-of performing polling like the bot is currently doing (one requisite for inline
-bots is indeed to receive web-hooks). There are platforms like Heroku where you
-could make the bot run, but currently I prefer to use my box since it gives me
-more flexibility. Experimenting with Heroku could lead to cool results though
-😏.
-
-Finally, link translation could be something very useful. I have a friend that
-does not use Spotify but prefers to listen to music via YouTube. So an
-interesting feature would be, given a Spotify link, to "convert" it into a
-YouTube link and, of course, _vice-versa_. This could lead to translate
-playlists and albums too into YouTube-based playlists, which of course could be
-very useful if you are trying to avoid the infamous _vendor lock-in_, in this
-case being stuck with Spotify because all you music collection, saved songs, etc
-is there.

tools/dictionary.en.pws

@@ -35,46 +35,4 @@ Terraform
 dojo
 Gitea
 orchestrators
-md
-Spotify
-spotify
-ORM
-Songlify
-dotfiles
-txt
-amd
-cd
-gcr
-OCI
-songlify
-TorreArchimedeBot
-Subreddit
-JetBrains
-IntelliJ
-UI
-async
-GC
-README
-tokio
-teloxide
-fn
-env
-repl
-telegramscreen
-SpotifyURL
-aspotify
-ClientCredentials
-enum
-url
-str
-TrackInfo
-Ok
-TrackInfo
-Dockerfile
-Distroless
-bc
-fb
-ffa
-struct
-Vec
-creds
+md