Amazon Route53 Creation:
Amazon Route 53 is an authoritative DNS service, meaning that it routes Internet traffic to your website by translating friendly domain names like www.target2customer.com into the numeric IP addresses like 192.0.2.1 that computers use to connect to each other. When someone enters your domain name in a browser or sends you email, a DNS request is forwarded to the nearest Amazon Route 53 DNS server in a global network of authoritative DNS servers. Amazon Route 53 responds with the IP address that you specified.
Create Hosted Zone
Route 53 Giving Amazon NameServers, We Need to update the Nameserver Details to our Domain
Host target2customer Website through S3 and CDN
Everyone knows that Amazon S3 is great for storing files. It’s fast, inexpensive, and easy to setup. What you may not realize is that you can also host static websites on this robust platform.
What is a static website? In short, it’s a website comprised of only HTML, CSS, and/or JavaScript. That means server-side scripts aren’t supported, so if you want to host a Rails or PHP app, you’ll need to look elsewhere. For simpler purposes, welcome to the wonderful world of hosting websites on S3!
Create S3 bucket
This is where you’ll go to create your first bucket. A bucket is similar to a folder on your hard drive, except it’s in the cloud and it has virtually unlimited storage. There are a few things you need to know about buckets before creating
1- Bucket names need to be unique across the entire S3 platform
2- You can create a bucket in one of many supported regions around the world
3- If you want to use a custom domain, your bucket name will need to be the same as your domain name
To create a bucket, navigate to S3 in the AWS Management Console and hit Create Bucket. You’ll be prompted to enter a name and a region.
The only thing left to do is enable Static Website Hosting. Just select it from the panel on the right.
Next we need to setup the Properties for our S3 Bucket, which should automatically open after creating the new Bucket. Under “Permissions” click on “Add Bucket Policy”
Now upload the static html pages to s3 bucket.
Each bucket serves a website namespace (e.g. “www.target2customer.com”). Requests for your host name (e.g. “target2customer.com” or “www.target2customer.com”) can be routed to the contents in your bucket. You can also redirect requests to another host name (e.g. redirect “target2customer.com” to “www.target2customer.com”). See our walkthrough for how to set up an Amazon S3 static website with your host name.
Creating CloudFront distribution
Open the CloudFront tab in Amazon console, and click on “Create distribution”.
At first step, select “Get Started”:
The next page is trickier. If you click on “Origin Domain Name”, CloudFront will automatically auto-complete with your S3 bucket. However, don’t select this one. Instead, copy-paste the s3 endpoint
Click on “Create Distribution” and you’re done! It will take a few minutes to set up. When it’s done, copy your CloudFront domain name (it looks like xxx.cloudfront.net). If everything went good, you should see the exact same content as on S3. Except that this time, the file is being served from a CloudFront edge server. Much faster!
Open the Route 53 tab, and click on “Create hosted zone”. The domain name you need to enter is always the naked domain.
Create Mobile Application Server:
At this point we are going to use AWS EC2 service
Create EC2 Instance :
Step-1
Now we launched the mobile application server.
ELB with Autoscaling.
Create Load Balancer
Define the load balancer name and enable VPC
Select instance subnets
Click next for assign security group
Assign the ELB security group
Next for configure the health check
Define the ping path and advance details
Enable the cross-zone load balancing
Define the tag.
Choose create option
We need to configure the Auto scaling.
Click the autoscaling group
First we need to create the launch configuration.
Select the AMI
Select the instance size
Define the name and role
Define the storage
Select the instance Security group
Create launch configuration
After that we have to create the auto scaling group. Define the group name & group size & subnet as we choosed in ELB
Click Next
Choose the ELB as the name of target2customer & health check type ELB
Configure the scaling type like instance increase and decrease value
Increase the instance for after 60% CPU
Decrease the instance for after 60% CPU
Define the tag
Enable the notification.
Create the auto scaling group
Create DSE cassandra Database
Stack Versions:
Cassandra :
DSE 4.8.1
Cassandra 2.1.11
Tomcat : 7.0 (Tomcat 7)
Java : 1.7.0_73 (Java 7)
Updated.
Install the opscenter & then create the cluster.
Define the clustername & dse version.
Define dse login details & EC2 credential(EC2 full permission).
Choose the instance size and security group & keypair(PEM key)
Build the cluster.
Cluster automatically launch. Then map application to database.
How to add the new node to existing cluster:
Go to opscenter home page.
Do the same process as we did in previous cluster configuration .
New node automatically join to existing cluster.
Our configuration changes is token and seeds IP.
Cassandra :
Launch the DSE AMI Instance
Choose m3.large Instances
Now Cassandra Database also installed.
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