Azure and Java story


  1. Story behind the stage
  2. Build definition
  3. Azur about PaaS and IaaS
  4. Create App Service
  5. Azure application deployment preparation. FTP
  6. Azure Tomcat 7
  7. Azure Tomcat 7. Release.
  8. Azure deploy. Local Git Repository
  9. Azure post deployment scripts
  10. Azure App Service console
  11. Azure and Java resources shelved for later use

Comments

Post a Comment

Popular posts from this blog

Azure post deployment scripts

Image
Let's do a trick. After deploying application (that was easy with Ftp or Git ) it would be nice to take some action. For example send an email, or write release notes to release page. I will do much fancier thing - I will write some text to console output.
Read more

Mobile view lifecycle. Fixing Xamarin.Forms Page lifecycle

Image
For mobile applications the highest priority is user. What user can see and interacts with. Application should react not only on user interacting with it but also user interacting with operating system. That's why not only application has it's own lifecycle but also "view" has it's own lifecycle. In Android view is represented by activity, or a fragment (the right side of android diagram). In iOS view has it's own set of lifecycle methods. In both cases view has the information that application(in this case view itself)  is being suspended and reactivated. View know quite a lot about outside world and view lifecycle is very similar to application lifecycle. Compare below first application and then view lifecycle diagrams: In Android view is represented by activity, or a fragment (the right side of android diagram). In iOS view has it's own set of lifecycle methods. In both cases view has the information that application(in this case view itself)  is
Read more

Mobile application life-cycle Android vs iOS vs Xamarin.Forms

Image
Lifecycle. One of the most common recruitment questions. No matter what technology you work with this is something that should be well known and understood. It's good to know how application behaves, what it is allowed depending on its state and when to react on specific lifecycle events. In mobile world lifecycle is even more complicated because there is no 1 answer but 3 in this case: Android. iOS. Xamarin.Forms. I use also Xamarin.iOS event names in my diagrams, but the sequence is the same. Lifecycle is the definition when your application have access to resources and when react on state change. For mobile the biggest priority is what user can see and interacts with, so active application have priority in using system resources. System has limited pool of resources, so  applications running in background (not visible to user) is limited by system in how much resources can it use and also system decides when application needs to release all resources (be closed/killed/end o
Read more