When an Azure Website is created and is in production it will most likely be running in a Standard or Basic configuration. These are both sets of Virtual Machines and can be shared across your websites. In the old portal you could only scale the group of websites together but the new Azure Management portal now allows you to move your websites on to different virtual machines so that if one site is more heavily loaded than others it can be scaled out separately if required. The set of virtual machines is known as a Web Hosting Plan. If you want to move one or more of your websites to a different set of virtual machines then you will need to create a new web hosting plan for this.
In the new portal click on “Browse” in the left hand bar
This brings up the Browse Menu.
Select “Web hosting plans”
You can see that I only have 1 web hosting plan and it is currently hosting two websites. I would like to move them onto separate virtual machines so that I can scale them out independently.
To do this I need to navigate to the web site I wish to move.
The top menu needs to be expanded by clicking the 3 dots on the right of the menu bar. this then displays the web hosting plan button.
Clicking this displays the web hosting plan associated with this web site
Clicking on the new hosting plan option allows you to create a new plan
I’ve selected a standard small instance to host my website.
After clicking OK the new hosting plan will be created and the website moved to it. After a short while you should see that the hosting plan has changed in this website as well.
Note: you now have two hosting plans both of which will be a separate billing entity. I am also led to believe that if you move everything off of a hosting plan you will still be charged for it.Hosting plans can be deleted once all the websites have been moved off of it. This is done in the Web hosting plan page. right click on the plan you want to delete and select the Delete option
1. Use public on the main program class.In order for web jobs to initialise correctly the main class that contains the web jobs needs to be made public. Once this has been added the individual jobs can then be read and should be visible in the output when running locally.
2. In order to store and view the invocation details for each web job you need to configure AzureWebJobsDashboard in the configure tab of the website you have deployed the web job to. Even if you have configured this in your app.config file.
If this is not configured in the website then you will receive the following error when you try and view the web jobs dashboard
3. Debug using Visual Studio. Once of the nice features of the web jobs SDK is the ability to run and debug the web job locally in Visual Studio. Following the Getting Started guide, you create a console application which you can debug in Visual Studio before deploying it to Azure
4. User TextWriter for debugging. The Azure Web Jobs SDK (see the logging section) provides a mechanism to log out information that can be viewed through the Azure Web jobs dashboard. By adding a TextWriter as an input parameter to your web job method, you can use WriteLine to then output information you wish to log.
5. Make your Blob Triggers more efficient by triggering them using BlobOutput. The mechanism that the BlobInput trigger uses has a 10-20 minute lag before the trigger can fire, but each time BlobOutput is used it triggers a rescan for Blob input.
“There is an optimization where any blob written via a [BlobOutput] (as opposed to being written by some external source) will optimistically check for any matching [BlobInputs],” See How does [BlobInput] work?. Storage Queues and Service Bus topics and Queues are generally processed within seconds so if you can use a queue to trigger a BlobOutput then use this to trigger any subsequent BlobInputs
I’m investigating the Azure Service Bus Event Hub using the getting started tutorial and I didn’t seem to be able to receive any data. It turns out that our firewall was blocking an outbound port. After some investigation I found a post which hinted at a port for the on premise service bus. Our IT guys kindly enabled the outbound port 5671 and I now can receive data from the event hub.
For completeness the following site has details of the other firewall ports required for service bus : http://msdn.microsoft.com/en-us/library/ee732535.aspx