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Mono-lithic application -> loosely coupled components Events happening async outside client application Build/use micro-functionality to react to a single event
Abstraction of servers, infrastructure and configuration of operating system “Serverless Computing” doesn’t mean that there is no server. But it means that as an user of the service, you don’t have to know that they are some, which characteristics they have, what is the configuration and so on. You don’t have to handle all the technical and administrative aspects of managing servers (high availability, backup, monitoring, scaling, …) and you care only about the service. Event-driven scale Sacling of the service is done transparently for the developer, based on the real usage of it. If your company is broadcasted on a TV show, it will scale up to serve the requests. If the day before, you need to call the function once, it will scale down without any configuration. Sub-second billing Obviously, as a cloud service, you only pay for what you use, but the granularity is so small that we can talk about sub-second billing. I’m sure you’ve already seen some servers used at 10%, 1% or even less of their capacity. With serverless, that’s over.
Already deployed function app. This is the Function App portal, inside the Azure portal. Create a new function, custom, python HttpTrigger Run a show the log Copy the URL, paste it on PostMan, with a POST and paste the Json payload before modifying it and send
In the Integrate tab, explain the notions of Triggers, Inputs and Outputs Triggers are the one which trigger the function but does not always bring data. (http brings data through the querystring and the body but a timer won’t bring anything useful) Input can be used to configure connectors to Azure services or external services to grab data when a trigger has triggered the function Outputs can be used to configure connectors that will be used for your code to output data easily, without writting all the code needed to connect to the service
Show the Advanced editor in the integrate tab and the files in the code editor to tell people that everything can be done in plain files and deployed through Git for example.
Picture of a flower farm. When growing flowers at high scale like this one, you have to monitor a few things, and to be proactive to detect any problem a flower can have. One way to do that is to check the PH, the acidity of the water you bring to the flowers and the acidity of the water coming out. And if there is a difference, that might mean that you have a problem.
A ph sensor sending data to Azure : Azure IoT Hub for bi-derectional communication, Then Azure Stream Analytics to do some calculation Azure SQL database to Store Power BI to display the data on a dashboard And if the calculation shows a problem, an item is sent to a queue with Azure Event Hubs This queue is used a a trigger to begin a Azure Functions, which has the code needed to send an alert to an operator on his phone
Serverless architecture in Python with Azure Functions, Benjamin Talmard
Micro serviceLogic in the
Infrastructure as a Service
Turnkey managed services
Platform as a Service
Functions Logic Apps
Every 15 minutes Clean tableFind and clean invalid data
File added to
Transform CSV to data rows
Loaded web page
Completed pageCreate ad based on user p rofile
Photo taken and
WebHook called Stores in blob storage Produces scaled images
Cortana Analytics answers questionsMessage sent