Discover @d-baranowski Open Source projects

Dan (@d-baranowski)

d-baranowski

Stars
75
Global Rank 255,876 (Top 9 %)
Followers 19
Following 55
Registered about 12 years ago
Most used languages

JavaScript
30.0 %

Java
24.0 %

HTML
12.0 %

Go
8.0 %

C#
4.0 %

Python
4.0 %

TypeScript
4.0 %

Objective-C
2.0 %

PHP
2.0 %

C
2.0 %

C++
2.0 %

Ruby
2.0 %

nesC 2.0 %

Makefile 2.0 %
Location 🇬🇧 United Kingdom
Country Total Rank 10,687
Country Ranking

nesC 9

Makefile 819

Objective-C
1,227

Go
1,803

Java
1,830

HTML
2,246

Ruby
3,846

JavaScript
3,876

C
4,223

TypeScript
4,883

C#
4,918

C++
5,271

PHP
5,820

dnd-character-sheet

Simple D&D 5e character sheet aiming to improve over editable PDFs but keep their look and feel.

gravity-balls

Little demo I built to test out WebRTC

CollisionDetection

React_Searchable_Form

Example from https://facebook.github.io/react/docs/thinking-in-react.html

React_Tutorial

Dissertation-

3d-die-prototype

p5-js-block-wave

Cool 3d wavey thing using webGL

react_reduct_example

battle-city-js

open-gl-tutorial

rewards-service

dynamo-unmarshal-cli

Wrapper for AWS SDK's unmarshal command to be used as a simple cli tool

sample-undo

Example-PHP-URLShortener

Exercise to learn basics of PHP. A simple URL Shorten-er, similar to bit.ly and goo.gl

webrtc-gravity

ExampleAppiumTest

svg-toolbox

Simple electron app that makes use of svgo to help me optimise my SVGs

Devtales-Blog

Source code for my blog.

wasm-collision-detection-demo

Team-2

bytesize-twitter-clone

Example-Save-To-File-ASP-NET

ExampleAppiumIOSTest

simpler-react-store

azteroideath-match

University-Mark-Calculator-2013

Simple JAVA program to calculate stage results based on the score input

jackson-tricks

2 useful use cases for Jackson deserializer

TopSecretHobbyWebsite

example-github-ci

Example setup of GitHub CI, code quality checks and coverage thresholds with Travis, BetterCode and Codecov

JetBrainsSettings

skoroszyt

leedsHack2018

3 Devs, 1 Project, 24 Hours to do it!

MatrixJsFun

A very inefficient implementation of matrix falling symbols screen in plain old JavaScript

sample-double-log-files

gierkinetlib

devtales-blog-migration

jacek

webassembly-game-of-life

codeup-q-learning

SampleCalabashTestsForJenkins

Networks

Networks assignement

FuzzyDuck

ExampleAppiumIOSTestForJenkins

Pyhton-Snake-Game

A simple Snake Game developed using Turtle in Python. It has a build it autopilot for snake using A* path finding algorithm.

AntiPatterns

FivePhilosophersConcurencyProblem

“Five silent philosophers sit at a round table with bowls of spaghetti. Forks are placed between each pair of adjacent philosophers. Each philosopher must alternately think and eat. However, a philosopher can only eat spaghetti when he has both left and right forks. Each fork can be held by only one philosopher and so a philosopher can use the fork only if it's not being used by another philosopher. After he finishes eating, he needs to put down both forks so they become available to others. A philosopher can grab the fork on his right or the one on his left as they become available, but can't start eating before getting both of them.”

-SampleiOsAppToBuildOnJenkinsMacSlave

RomanNumeralsCalculator

"As a Roman Bookkeeper I want to add Roman numbers because doing it manually is too tedious." Given the Roman numerals, (IVXLCDM which means one, five, ten, fifty, hundred, fivehundred and a thousand respectively), create two numbers and add them. As we are in Rome there is no such thing as decimals or int, we need to do this with the strings. An example would be "XIV" + "LX" = "LXXIV" There are some rules to a Roman number: • Numerals can be concatenated to form a larger numeral ("XX" + "II" = "XXII") • If a lesser numeral is put before a bigger it means subtraction of the lesser from the bigger ("IV" means four, "CM" means ninehundred) • If the numeral is I, X or C you can't have more than three ("II" + "II" = "IV") • If the numeral is V, L or D you can't have more than one ("D" + "D" = "M") Solve this problem with a TDD approach"

AlgorythmsAssignemnt

Best Fit and Next Fit without back tracking algorythms implementation

coding-challenges