Cezary Dynak

- Driving migration from legacy to modern technologies (React, GraphQL, TypeScript, Deno) - Designing new product for warehouses, with ERP integration - Helping with time estimation and valuation of projects - Organizing internal trainings and knowledge sharing - Delegating management responsibilities to other team members

- Learning how to run own business - Defining back-end and front-end architecture - Introducing agile workflow - Supporting existing clients - Building the team and the community around the product

- Managing Node.js service line - Leading Node.js teams and taking care of professional growth of Node.js developers - Overseeing all Node.js projects, assuring quality of the service and high level of client's satisfaction

- Developing back-end for front-end layer as a part of VoIP platform. - Creating serverless applications with Serverless Framework - Writing code with Node.js and TypeScript - Managing AWS deployments - Defining product roadmap

- Development of industrial cloud application - Creating REST API with Node.js - Integrating domain specific knowledge into configuration - Integrating microservices with cloud infrastructure - Providing communication with IoT gateways - Providing support for testers and OPS - Working with version control system (Git) and project management system (Jira) - Working in agile methodology (Scrum)

- Development of industrial web application - Development of web applications integrated with company workflow - Linux/UNIX servers administration - Using and maintaining databases (MySQL, SQLite) - Using and maintaining version control systems (git, svn) - Using and maintaining project management system (Redmine) - Programming in Node.js - Low level TCP/IP socket programming - Using standard network protocols (FTP, SSH, SMTP, etc.) - Using build tools (make, autotools) - Using and programming in shell (bash) - Providing support for application users

- Development of industrial web application - Creating user interface with html-css-javascript - Working with Apache/MySQL/PHP stack - Linux/UNIX servers administration - Programming in C/C++ - Low level TCP/IP socket programming - Using standard network protocols (FTP, SSH, SMTP, etc.) - Using build tools (make, autotools) - Using and programming in shell (bash) - Providing support for application users

- Development of industrial web application (PoC)

- Linux/UNIX servers administration (legendary Diablo, Panamint, Sequoia) - Working with Apache/MySQL/PHP stack - Maintain local network of department - Manage LDAP server and Sun/Oracle Sun Ray clients - Providing help for students and staff - Laboratory technical support - Creating documentation - Troubleshooting

Nie byłem głównym autorem tego artykułu, ale udzieliłem tam swój komentarz :)

- What is an embedded system - Motivation and purpose - How to deploy Node.js on embedded Linux - Use-cases - Highlights and risks

Buildroot, OpenWRT, LTIB, PTXDist, Yocto Project - probably you heard about one of those tools, but do you know all of them? Have you ever run a compilation process for whole Linux distribution by your own, not just kernel or single package? With a little bit of live coding, I will present how create complete Linux system with sample application as well as a Docker base images using output of mentioned distribution builders. This idea seems to fit perfectly with the current edge computing trends - being able to move place of code execution between cloud and embedded.

Buildroot, OpenWRT, LTIB, PTXDist, Yocto Project - pewnie słyszałeś o przynajmniej jednym z tych narzędzi, ale czy znasz je wszystkie? Czy kiedykolwiek samodzielnie skompilowałeś całą dystrybucje Linuksa, nie tylko samo jądro lub pojedynczą paczkę? W tej prezentacji chciałbym przedstawić możliwości oraz porównać dostępne narzędzia zbiorczo określane jako 'Embedded Linux build systems'. Na przykład: Jaki jest czas i koszt pełnego procesu kompilacji na maszynach o rożnej mocy? Ile przestrzeni potrzebujemy na systemie hosta i jak małe obrazy systemu docelowego możemy uzyskać? Przedstawię również jak przy pomocy kilku komend i wykorzystaniu półproduktów budowania dystrybucji stworzyć bazowy obraz Dockera. Ten pomysł wydaje się idealnie pasować do obecnych trendów 'edge computing'. --- Buildroot, OpenWRT, LTIB, PTXDist, Yocto Project - probably you heard about one of those tools, but do you know all of them? Have you ever run a compilation process for whole Linux distribution by your own, not just kernel or single package? I'm going to present the possibilities of those Embedded Linux build systems, as well as some benchmarks and comparison. For example: What is the time and cost of a full compilation process on various cloud instances? How much space do we need on the host system and how small images of the target system can we get? With a little bit of live coding, I will also present how create a Docker base images using output of mentioned distribution builders. This idea seems to fit perfectly with the current edge computing trends.