![]() Other information from, for instance, ASP.NET, like uncaught Exceptions.Trace information you write from your application.This log contains information about the application running in the Web App, including.The illustration below shows which types of diagnostics logs are available: Visit my Pluralsight course for an introduction to Azure App Services.Īll of the App Services share a lot of features, including diagnostics features, like the diagnostics logs. As are API Apps, Mobile Apps, Function Apps (that contain one or more Azure Functions) and some say Logic Apps are also part of App Services. Web Apps are a part of the Azure App Services offering. In this post, we’ll look at the diagnostic logs that Azure provides. Luckily, Azure provides lots of tools to troubleshoot your application. This takes away the need to worry about the server and the OS, but it also takes away the ability to look into the underlying resources for troubleshooting. ![]() The Web App has settings similar to those of a web server like IIS or Tomcat and that’s all you have to deal with – the application and the Web App. You just manage a Web App, which is simply a container that runs your application. It also takes care of things like scaling the underlying resources. ![]() This is the magic that abstracts server resources for you and makes sure that when a server fails, your app keeps running on another server. Azure runs a magical abstraction piece called the Azure Service Fabric. There are still servers in a datacenter that run your application you just can’t “touch” them anymore, which is a good thing. When you host your application in the cloud, let’s say with Azure App Services, things are different. This also means that you can log in to the server using RDP and troubleshoot. For instance, for making sure that the right IIS modules are installed, or setting the correct access rights on an application pool. You as a developer would be responsible for the application, but sometimes also for parts of the OS and the webserver. In “ traditional” web hosting, you would have a server that runs an Operating System (OS) like Windows or Linux and runs a webserver to host your application, like IIS or Apache Tomcat. Suppose you are hosting a web application. But this would only allso for "write" scenarios not if some other user whats to use the FTP to read weather data from.The cloud is different from traditional hosting environments when you use Platform-as-a-Services (PaaS) services, like Azure App Services: The device agent (sideloaded with the ftp server) would react to new "device registrations" and create a new folder in the FTP server data store as well as provision the ACLs for the folder.įorget about a "real" ftp server but write a "facade FTP Bridge to Azure IoT Hub" which from the outside looks like a FTP server but has no storage built-in. My idea hear is to use IoT Hub also for "provisioning" the FTP server by having each weather station defined as "Iot device". The backing storage is monitored by some serverless logic on Azure and "microbatched"/parsed/forwared to the streaming (fast path) architecture. Host a FTP server which provides FTP protocol support via a Azure Service / VM. Currenlty the folder structure on the FTP server offers one folder per device. Hi am currently having the same problem in my company where we want to let weather stations ingest data via FTP. Happy to hear any other suggestions or recommendations! From there the workflow is the same as other devices.
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