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advent-of-tdd

calendar-sync

Sync with different calendars using JS

celeryproj

A test project for email parsing for event creation with celery, rabbitmq and clipse create-event API

dr_task

ejabberd

Robust, ubiquitous and massively scalable Jabber / XMPP Instant Messaging platform

ejabberd_mod_apns

An ejabberd module to send PUSH messages to iOS devices through APNS

fibonaccigenerator

A django application that will display the Nth number in Fibonacci sequence. For instance, if N is 7 and the sequence starts with [0,1,1..] then it should display ‘8’ as the 7th element in the sequence.

genericcrawler

A generic crawler to crawl links for a seed url with specified depth

googlecalendarapi

grapherl

ejabberd monitoring server

ios-task

iOS task for Ephemeryde Technologies Recruitment

kibana

:bar_chart: Kibana analytics and search dashboard for Elasticsearch

liquidcontainerpuzzle

There are three vessels of some capacity specified by a tuple as (c1, c2, c3) Initial filled state of each vessel is given as tuple (i1, i2, i3) Target state of each vessel is given as tuple (f1, f2, f3) Check if it is possible to go from initial to final state without using any other vessel, and if possible list down the least number of steps to achieve this.

mod_offline_http_post

Ejabberd 16.08 module to send offline user's message via POST request to target URL

node-ms-auth

ridebooking

Machine coding sample for a Ride booking app

scrape-play-store

To fetch list of apps from google play store and cache in database

share

svg_generator

Background: A network monitoring tool collects data regarding whether different systems are running. One view of the data shows a timeline, to visualize the system's status over time. Green means that the status was OK and red means that the system had a problem. This view is called a trend graph. The collected data is saved to a list with events in chronological order. Each event contains a point in time (timestamp) and the system's status (True=OK or False=not OK). In most cases, only a few events are recorded, since most systems have the same state for a long time. However, in some cases, the state can change often which results in hundreds of thousands events. Task The programming task is to visualize the trend graph as a SVG image, given a number of events. Input data: Test data is available in the attached text file testdata_small.txt Each line in the file has the following format: Timestamp True\False True means that the system is OK until the next event False means that the system has a problem until the next event. Timestamp is a unix time stamp (seconds since 1970-01-01 00:00:00 UTC Example: 1429002861 False 1429002965 True 1429002978 False Desired output: The program shall process the input data and generate a SVG with rect elements. Each rect element shall be green or red, depending on the state of the system. The size of the SVG shall be 500x50 pixels. The leftmost position (x=0) is the starting time and the rightmost position (x=500) is the end time. Each rectangle shall fill the entire height of the graph, from top to bottom.

test

todoapp

A todo application using django/Tastypie and a minimalistic frontend using AngularJS

vagupu

xmpp

Erlang/Elixir XMPP parsing and serialization library on top of Fast XML

xmppframework

An XMPP Framework in Objective-C for Mac and iOS