feat: add kobink

such a scuffed project

Daniel Chen.typ

@@ -2,7 +2,7 @@
 #import "lib.typ": template, work_entry, project, indent, SMALL_STRONG, DEFAULT_STRONG
 
 // orange!!
-#let color = rgb("#ff983e")
+#let color = blue // rgb("#ff983e")
 #let name = "Daniel Chen"
 
 #let contact_data = ((
@@ -30,9 +30,8 @@
 = Skills
 
 #indent[
-  *Languages:* Python, TypeScript/JavaScript, Rust, SQL, C++, Java, HTML, CSS \
+  *Languages:* Python, TypeScript/JavaScript, Rust, SQL, MATLAB, C++, Java, HTML, CSS \
-  *Frameworks:* Node.js, Express, React, Next.js, Vue, Flutter, Qt, Prisma,
+  *Frameworks:* Node.js, Express, React, Next.js, Vue, Flutter, Qt, Prisma, Apollo, Axum \
-  Apollo, Axum \
   *Tools:* Linux, Git, Docker, PostgreSQL, Redis, Kubernetes, AWS, GCP,
   OpenTelemetry, GraphQL
 ]
@@ -50,8 +49,7 @@
     tasks: (
       [Developed a *FastAPI backend* to sync HubSpot and Airtable data with Google
         Sheets via *AWS Lambda*],
-      [Engineered a *heuristic algorithm* to guarantee *SQL* aliases referenced in
+      [Engineered a *heuristic algorithm* to validate SQL queries against databases for IDE auto-completions],
-        queries match the database schema],
       [Refactored the frontend to use *react-hook-form* to aggregate and validate user
         input, improving DX],
       [Built a #link("https://dropmail.dev")[service] for *validating and importing
@@ -61,17 +59,17 @@
 
   #work_entry(
     "Backend Developer",
-    "Techyon",
+    "Hack the North",
     start_date: "Mar 2023",
     end_date: "present",
     location: "Waterloo, ON",
     tasks: (
-      [Dynamically generated user-specific *Apple Wallet* passes over *Apollo GraphQL*
+      [Dynamically generated user-specific Apple Wallet passes over *Apollo GraphQL*
         Server to streamline check-in],
       [Horizontally scaled the *Node.js* server to handle *1000+ concurrent users* with
         *Redis* and *Kubernetes*],
-      [Automated judge-to-hacker matching and scheduling with a custom algorithm based
+      [Designed a greedy algorithm in Python to match *20+ judges*
-        on their preferences],
+        to *240+ hacker teams* based on their themes],
       [Integrated *OpenTelemetry* and Grafana in a *Kubernetes* cluster to collect
         traces and improve observability],
     ),
@@ -96,6 +94,14 @@
   - Minimised regressions between release cycles by writing *unit and integration
     tests* with 55% code coverage
 
+  #project("Kobink eBook Sync Server", "https://github.com/potatoeggy/kobink", "Rust, Axum")
+  // - Developed  server to *automatically convert and sync* ebooks to a
+  //   Kobo eReader over the network
+  // - Reverse-engineered the Kobo eReader Sync protocol 
+  - Developed an Axum backend to *automatically convert and sync* ebooks to a Kobo eReader
+    over the network
+  - Reverse-engineered the Kobo eReader Sync protocol to support updating ebook metadata and covers
+
   #project(
     "Primoprod Genshin Simulator",
     "https://github.com/potatoeggy/primoprod",
@@ -106,10 +112,6 @@
   - Constructed an *extensible JSON data schema* to let the user dynamically switch
     between game versions
 
-  // #project("Kobink — Kobo Sync Server", "https://github.com/potatoeggy/kobink", "Rust, Axum, Postgres")
-  // - ??? something here (reverse engineering)
-  // - ??? something here (synchronisation and DB, HTTP headers)
-
   #project(
     "RecipeReady Recipe Aggregator",
     "https://github.com/vincentjguo/recipeready-server",
@@ -122,15 +124,11 @@
   - Aggregated common ingredients heuristically to build a shopping list and a meal
     plan for each week
 
-  #project(
+  // #project("Arch Linux Server", none, "Linux, nginx, systemd")
-    "Box Box Revolution",
+  // - Created a *self-hosted CI/CD pipeline* with *Gitea* to automatically deploy
-    "https://github.com/potatoeggy/boxboxrevolution",
+  //   personal projects behind *nginx*
-    "Rust, STM32",
+  // - Set up *Jellyfin* for media streaming, a *Minecraft* server, *Calibre* for ebook
-  )
+  //   syncing, and other services
-  - Created a rhythm game to detect punches with an ultrasonic sensor in line wth
-    notes of popular songs
-  - Developed firmware to measure from an ultrasonic sensor, tone a buzzer, and show
-    scrolling notes on an LCD
 ]
 
 = Awards
@@ -149,7 +147,7 @@
     "University of Waterloo",
     "B.A.Sc. in Computer Engineering",
     start_date: "Sep 2022",
-    end_date: "Apr 2027 (expected)",
+    end_date: "Apr 2027",
     location: "Waterloo, ON",
     tasks: (
       [Courses: Object-oriented programming, data structures & algorithms, digital

lib.typ

@@ -67,7 +67,11 @@
     none
   }
   cv_entry(left_content: {
-    text(1.1em)[*#role*] + "\n" + text[#emph[#company]]
+    set par(leading: 0.75em)
+    text(1.1em)[*#role*]
+    "\n"
+    set strong(delta: SMALL_STRONG)
+    text[*#company*]
   }, right_content: {
     [*#start_date -- #end_date*]
 
@@ -79,7 +83,11 @@
 
 #let project(title, repo_link, tools) = {
   set strong(delta: DEFAULT_STRONG)
-  link(repo_link)[#text(1.1em)[*#title* #fa(github)]] + [ | _ #tools _ ]
+  if repo_link != none {
+    link(repo_link)[#text(1.1em)[*#title* #fa(github)]] + [ | _ #tools _ ]
+  } else {
+    text(1.1em)[*#title*] + [ | _ #tools _ ]
+  }
 }
 
 // Set name and contact data and format headings