4/2/2023 0 Comments Aws uuid generatorYou can express UUID values using the following formats: Format Next time we’ll look at who has won the battle using some big data analytics technologies.To auto-generate unique row identifiers, use UUID with the gen_random_uuid() function as the default value. AWS and GCP both provide a perfect platform for both experimenting and playing with the technologies but also for production workloads. The consultants had a lot of fun and learned a lot about looking at each other designs. The battleship of Kevin has some delay due to delivery problems from questionable weapon dealers from the far east. The secret build plans of Captain Dennis Vriend can be downloaded here. 'usage': 'please post a message with a valid body' While context.get_remaining_time_in_millis() > 200:Ĭonn = (HOSTNAME) Because the gun is data driven, all statistics are published to a kinesis stream for real time data analytics. The gun uses http.client to aim at an enemy destroyer and shoot with 100 guns at once, a bullet – a JSON message – at the enemy. The gun is implemented with Python and CloudFormation. When the guns fire, the status looks like this: The battleship with all hundred guns mounted, looks like this: When the destroyer starts shooting, each gun – lambda – will shoot for fifteen minutes on a target of choice, until its sunk. These guns are implemented by means of AWS Step Functions. Thijs-destroyerĬaptain Thijs de Vries has created a battleship that has one hundred guns. ![]() The battleships are all destroyer-class battleships which means that they are state of the art, and pack a lot of punch! The secret plans are available here, but don’t tell anyone. The request is an HTTP POST with ‘ping’ and a HTTP response with ‘pong.’ Create an architecture that can overload the other battleship. In order to do battle, the consultants have to create a battleship of epic cloudscale proportions, which means creating a web application that can hold up to a lot of request. This will be an epic battle! The battleships These fine group of cloud consultants are experts in cloud computing in both Amazon Web Services (AWS) and the Google Cloud Platform (GCP) and are specialized in cloud scale architectures, serverless compute and wizards with Python, Go, Scala and Java. Team B consists of Thijs de Vries and Martijn van de Grift. Team A consists of Kevin Kessels and Dennis Vriend. The applications log the ‘shot’ and ‘hit’ in log files for log processing to determine the winner.The bullets have a request/response pattern with ‘ping’ for the request and ‘pong’ for the response, with an UUID as correlation ID and a name to identify the sender,. ![]() We meet in the cloud at 12.00 to battle it out for 15 minutes. We start at 09.00 and we create our battleships – read ‘cloud native applications’. The consultants get to choose their cloud, their architecture, and their application stack. The cloud version of battleship is simple. Last innovation day, Friday 16th November 2018, our cloud consultants, Thijs de Vries, Martijn van de Grift, Kevin Kessels and Dennis Vriend battled it out with a cross cloud version of Battleship, who will win? Lets find out! Battleship At innovation days we experiment, test and tinker with the latest technologies. At Xebia we know that having fun is the best way to innovate! To keep our consultants inspired and up-to-date we organize innovation days.
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