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		title {-Thomas Voss’ CV}
	}
	body {
		header {
			h1 {-Thomas Voss}
			ul #links {
				li {a href="https://www.thomasvoss.com" {-Website}}
				li {a href="https://git.thomasvoss.com" {-Git Repositories}}
				li {a href="mailto:mail@thomasvoss.com" {-mail\@thomasvoss.com}}
			}
		}

		section {
			h2 {-Competencies}
			hr{}

			x-entry {
				header {-Systems- and Low-Level Programming}
				p {-
					I am very familiar with systems- and low-level programming with lots
					of experience using languages like C and Assembly along with the
					relevant build-tools such as @em{-Make}.
				}
			}

			x-entry {
				header {-Fullstack Web Development}
				p {-
					I’m no stranger to web development either, and I always try to
					emphasize simplicity when possible.  I have worked extensively with
					backend frameworks like @em{-Flask}, and I am capable of building
					effective- and usable frontends without the need to download
					megabytes of useless- and bloated JavaScript.
				}
			}
		}

		section {
			h2 {-Education}
			hr{}

			x-entry {
				header {-The International School of The Hague}
				x-time-range {-2016–2021}
				p {-Secondary School}
			}

			x-entry {
				header {-Delft University of Technology}
				x-time-range {-2021–2022}
				p {-
					@abbrev title="Bachelor of Science" {-BSc} Computer Science and
					Engineering
				}
			}

			x-entry {
				header {-Linnæus University}
				x-time-range {-2024–Ongoing}
				p {-
					@abbrev title="Bachelor of Science" {-BSc} Software Technology
				}
			}
		}

		section {
			h2 {-Work Experience}
			hr{}

			x-entry {
				header {-LiteBit}
				x-job-title {-Backend Developer}
				p {-
					Worked as a backend developer for a crypto-trading platform,
					primarily using TypeScript and C#.  Other tools used include Docker,
					Kubernetes, and Retool.
				}
			}

			x-entry {
				header {-Humanwave}
				x-job-title {-Fullstack Developer}
				p {-
					Worked as a fullstack developer writing
					@abbrev title="Human Resources" {-HR} software.
					The languages frequently used consisted of CSS, JavaScript, Jinja,
					Python (WebApp2 & Flask), and Vue.  Additionally, GNU gettext and the
					Po language was used to handle localization.  Other tools used
					include Google App Engine.
				}
			}
		}

		section {
			h2 {-Skills}
			hr{}

			dl {
				dt {-Languages}
				dd {=
					Awk,
					C,
					C#,
					Go,
					Python,
					Rust,
					Shell Script,
					SQL,
					TypeScript/JavaScript,
					and x64 Assembly.
				}

				dt {-UNIX}
				dd {=
					I am extremely knowledgeable about UNIX and UNIX-like systems.  I am
					incredibly comfortable with UNIX tooling and -infrastructure including
					systems administration and setting up web servers and the like.
				}

				dt {-Spoken Languages}
				dd {=
					I am fluent in English and semi-fluent in Portuguese.  I also have a
					great understanding of Galician.
				}
			}
		}

		section {
			h2 {-My Cool Stuff}
			hr{}

			x-entry {
				header {
					a href="https://thomasvoss.com/blog/gsp" {
						code {-gsp}
					}
				}
				x-description {-A better syntax for HTML}
				p {-
					A transpiler written in Go to convert a custom syntax into HTML,
					written because HTML lacks proper ergonomics.
					@a href="https://git.thomasvoss.com/cv.thomasvoss.com/tree/index.gsp"
					{=
						This very website is written in and compiled using GSP
					}.
				}
			}

			x-entry {
				header {
					a href="https://git.thomasvoss.com/mmv" {
						code {-mmv}
					}
				}
				x-description {-Move Mapped/Multiple Files}
				p {-
					A tool written in Rust to rename- and move files in bulk.  This is in
					my opinion the most extensible and most effective file renaming- and
					moving tool ever created.
				}
			}

			x-entry {
				header {
					a href="https://git.thomasvoss.com/totp" {
						code {-totp}
					}
				}
				x-description {-ARM64- and x64-powered 2-Factor Authentication Codes}
				p {-
					A tool to generate 2-factor authentication codes written in C.  All
					algorithms are written by hand and both inline assembly and CPU
					intrinsics are used in order to produce highly-efficient code, most
					notably this project takes advantage of SHA-1 extensions to the ARM64
					and x64 architectures to efficiently compute SHA-1 hashes.
				}
			}

			x-entry {
				header {
					a href="https://git.thomasvoss.com/smallbrain" {
						code {-smallbrain}
					}
				}
				x-description {-Optimizing Brainfuck Interpreter in x86 Assembly}
				p {-
					A Brainfuck interpreter written in x86-64 assembly that performs code
					compilation, optimization, and proper error reporting.
				}
			}
		}
	}
}