The First Commandment Of IT

Content The six steps of debugging: 1) That can't happen. 2) That doesn't happen on my machine. 3) That shouldn't happen. 4) Why does that happen? 5) Oh, I see. 6) How did that ever work? Yesterday I reached step 6

Content MANAGERS WHEN (SPEND 15 MINUTES OUTSIDE OF OFFICE HOURS FIXING A BUG THAT AFFECTS MANY CUSTOMERS BUT WASN'T GROOMED YET" THE SAME MANAGERS WHEN THEIR MEETING WITH THE WHOLE TEAM THAT WAS SCHEDULED FOR 30 MINUTES GOES FOR 2 HOURS

Content funcO funci funcO

The glorious fall of programmer dignity, visualized in perfect clarity. Once upon a time, developers were digital demigods who wrote code without AI crutches, built entire games in Assembly (because apparently suffering builds character), crafted code that literally sent humans to the moon, and performed memory management wizardry by hand. Fast forward to today's pathetic reality: developers frantically Googling how to center a div (still an unsolved mystery of computer science), begging ChatGPT to fix basic syntax errors, getting permanently trapped in Vim like it's some kind of developer Hotel California, and introducing three new bugs while fixing one—a net negative contribution to humanity. The evolution from muscle-bound coding titans to helpless brain-worms perfectly captures how we've traded actual knowledge for dependency on tools. Progress!

The universal IT support flowchart, as passed down from father to son. Nothing quite like frantically following an ancient Reddit thread at 3 AM where some hero named xX_CodeWizard_69_Xx solved your exact obscure error message in 2015. And somehow that random solution works better than anything in the official documentation. The real tech support was the strangers we met along the way.

Content Backend Software Develo... D-Orbit Lisboa, Portugal in Candidatura simplificada Salvar Qualifications and Requirements Strong experience in Python programming (at least 3 years): Knowledge of asynchronous programming: Strong knowledge about Pythons' unit testing frameworks (preferably pytest); Experience in the use of Cython library for generation of python extensions; Strong experience in Java programming (preferable experience in Kotlin): Experience in maintaining Java based web applications: Strong experience in C programming; Strong experience in the use and design of REST APIs; Strong experience on event-driven architectures (pubsub pattern); Strong familiarity with Git distributed version control system; Strong experience of the use of commandline of the Linux based operating systems; Strong experience in debugging distributed applications potentially running in remote environments: Experience in agile development methodologies (e.g.. Scrum, TDD); Experience with applications that handle large datasets: Experience in implementing caching mechanisms (i.e., using Redis); Experience in NoSQL databases such as Cassandra and Redis; Experience in relational databases, namely PostgreSQL: Experience using Kafka, MQTT and Redis as message brokers: Experience in cloud-based environments, namely AWS; Experience in the definition and use of Docker containers; Experience in orchestration of docker containerized microservices using Kubernetes; Some experience in working under DevOps oriented methodologies: Pipeline definition: Test execution automation; Some experience in web application development using the microservices architectural paradigm; Experience in designing web-based applications considering the need for scalability, reliability and security; Experience with Jira framework: Experience of bash shell scripting; Experience in JavaScriptTypescript: Experience in authentication and authorization mechanisms; Experience with event bus technologies (e.g., Kafka);