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Windows Azure Web Sites Mastery
Windows Azure Web Sites allows you to build and deploy web applications using ASP.NET, PHP, or Node.js. Websites can be deployed quickly using Git, FTP, or TFS and apps can start for free and scale up as needed. The document then goes into further details on language support, configuration, monitoring, deployment processes using FTP, Web Deploy, or Git, as well as continuous deployment and integration options.
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Windows Azure Web Sites Mastery
- 2. Windows Azure WebSites Build with ASP.NET, PHP, Node.js Deploy Quickly with Git, FTP, TFS Start Free, Scale up as needed
- 3. Windows Azure WebSites Language Support
- 4. Windows Azure WebSites Configuration (Server)
- 5. Windows Azure WebSites Configuration (Application)
- 6. Windows Azure WebSites Monitoring (Configurable)
- 7. Windows Azure WebSites Diagnostics
- 8. Windows Azure WebSites Deployment
- 9. Windows Azure WebSites Deployment History
- 10. Windows Azure WebSites Let’s Dive Deeper…
- 11. Windows Azure WebSites Internals Request Process Flow for New (Cold) Sites
- 12. Windows Azure WebSites Internals Request Process Flow for Existing (Hot) Sites
- 13. Windows Azure WebSites Internals FTP and Web Deploy Deployment Process Legend
- 14. Windows Azure WebSites Internals Git Deployment Process Legend
- 15. Windows Azure WebSites Command Line Tools $ npm install azure-cli -g
- 17.
- 18. Windows Azure WebSites Continuous Deployment with Social Coding
- 20. Windows Azure WebSites Deployment Hooks for Continuous Integration
- 22. Thank You ;-)
- 23.
Editor's Notes
- #12 SetupThis slide will outline the process by which new Windows Azure Web Sites are provisioned and created when a customer submits a new site request.Request ProcessTraffic comes into the Azure load balancer(fade in ARR) Hits the ARR load balancer (extended to support WAWS)(fade in Runtime SQL) Talks to the runtime database to find out which web server the traffic should be routed to(fade in Web Server) Stores metadata about each siteStores data about individual server load and memory usageUpdates every 30 secondsTraffic is routed to the appropriate web serverWhen the traffic hits the web server, it makes a call back to the runtime SQL database to verify the requested site should served from it (added security functionality)(fade in storage controller) If the site is valid, a map is made to the storage controller defining the content of the siteConfig files are generated and saved(fade in web site SQL) If you chose to have a linked database for your site, the linkage to your site’s database is set up automatically(fade in traffic arrow) Traffic then sent back to the Azure load balancer and then the requesting client sees the output
- #13 SetupThis slide will outline the process by which requests are handled to Windows Azure Web Sites that have already been provisioned.Request ProcessTraffic comes into the Azure load balancer(fade in ARR) Hits the ARR load balancer, which has a list of where sites live and how to direct traffic to themTraffic is routed to the appropriate web server(fade in web server) Traffic is routed to the web server. (fade out web server, fade in multiple web server instances) If the site has multiple instances, traffic is dynamically routed to the least-utilized server(fade in storage controller) Site content is loaded from the storage controller to the web server that was hit(fade in web site SQL) If you chose to have a linked database for your site, data is exchanged between the site and it’s database during the request(fade in traffic arrow) Traffic then sent back to the Azure load balancer and then the requesting client sees the output
- #14 SetupThis slide will outline the process by which requests are handled to Windows Azure Web Sites that have already been provisioned.Request ProcessTraffic comes into the Azure load balancer(fade in ARR) Hits the ARR load balancer, which has a list of where sites live and how to direct traffic to themTraffic is routed to the appropriate web server(fade in web server) Traffic is routed to the web server. (fade out web server, fade in multiple web server instances) If the site has multiple instances, traffic is dynamically routed to the least-utilized server(fade in storage controller) Site content is loaded from the storage controller to the web server that was hit(fade in web site SQL) If you chose to have a linked database for your site, data is exchanged between the site and it’s database during the request(fade in traffic arrow) Traffic then sent back to the Azure load balancer and then the requesting client sees the output
- #15 SetupThis slide will outline the process by which requests are handled to Windows Azure Web Sites that have already been provisioned.Request ProcessTraffic comes into the Azure load balancer(fade in ARR) Hits the ARR load balancer, which has a list of where sites live and how to direct traffic to themTraffic is routed to the appropriate web server(fade in web server) Traffic is routed to the web server. (fade out web server, fade in multiple web server instances) If the site has multiple instances, traffic is dynamically routed to the least-utilized server(fade in storage controller) Site content is loaded from the storage controller to the web server that was hit(fade in web site SQL) If you chose to have a linked database for your site, data is exchanged between the site and it’s database during the request(fade in traffic arrow) Traffic then sent back to the Azure load balancer and then the requesting client sees the output