CCF 4 XAP has been designed to exploit XAP capabilities on the cloud and leverage XAP scalability, low latency and high-throughput features when deployed in such dynamic environment
11. CCF+ XAP+ IaaS = Platform as a Service MT — Multitenancy Application Platform as a Service (APaaS) Infrastructure as a Service XAP -SaaS-Enabled Scale-out Application Server CCF 4 XAP Public Cloud Private Cloud SaaS-Enabled Business Application Tenant App. View Users Tenant App. View Tenant App. View Users Users Business Application as a Service Application Provider User Organizations Platform Supplier Host
13. Understanding the provisioning process GSC Start GSC Join the GSM cluster GSM Start GSM Deploy processing units Load-Balancer Start the Load Balancer Add/Remove web container DB Initialize the database Start the database Deployment manager Virtual Machine on the Cloud Parse the deployment configuration Provision the VM with assigned profile Monitor and manage the application Install software packages from repo Assign machine profile Repeat for all machines
14. Typical Application Life-Cycle Step 1 – Install your App in the Cloud Repository Step 2 - Create your App Deployment Configuration Step 3 - Deploy your App (via Web Console or CLI) Step 4 - Manage your App via the Management tools Step 5 - Shutdown your Application
15. Step 1 – Install your App on the Repository Place your application files on the cloud repository
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17. Step 3 - Login into the System Test Drive User New User – Register to the System Existing User
18. Step 3 – Deploy using CCF4XAP Web tool Deploy Panel Control Panel Machines list Demo Apps
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20. Step 4 - Manage your App via the Management tools Application Running on the Cloud Containers Running on the Cloud Virtual Desktop – Running on the Cloud