Capstone Project
If you want any support pay some money. I will complete your project.
For more details contact in Whatsapp +91 9701724424
Even other labs also we can do
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Task1: Create a MySql RDS database instance
Step1: Create Subnet Groups
RDS --> Choose Subnet Groups
Subnet Group Details
Name- Example-DB-subnet
Description- Example-DB-subnet
VPC-Select Example VPC
Add Subnet
AZ- Select us-east-1a (private subnet
1) us-east-1b1b (private subnet 2)
Subnet-Select Private subnet1
(10.0.2.0/23) Private subnet2 (10.0.4.0/23)
Step2: Create Database
Navigate RDS Service in aws and create db instance
RDS --> Database --> Create Database
Create database:
Choose a database creation method- Standard create
Engine options- Select MySQL
Templates- Dev/Test
Availability and durability-Choose Multi-AZ DB instance
Settings
DB instance identifier- Example
Credentials Settings:
Master username- admin
Master password- password
Confirm password- password
Instance Configuration:
DB instance class-Choose Burstable classes (includes
t classes)-t3.micro
Connectivity
Virtual private cloud (VPC)-Select Example VPC
VPC Security Group- Example-DB
Database options
Initial database name- exampledb
Backup- uncheck it
Monitoring - Disable monitoring
Then click create database
Task2: Create Cloud9 Environment
Navigate cloud9
Create clould environment
Step 1
Name environment
Name- capstone project
Step 2
Network settings (advanced)
Network (VPC)-Select Example VPC
Subnet-Select Public Subnet2
then click Next
Step 3
Review -Create Environment
Task3:Install a LAMP web server on Amazon Linux2 on cloud9 instance
Step 1: Prepare the LAMP server
sudo yum update -y
sudo amazon-linux-extras install -y lamp-mariadb10.2-php7.2 php7.2
sudo yum install -y httpd mariadb-server
sudo systemctl start httpd
sudo systemctl enable httpd
sudo systemctl is-enabled httpd
Step2-Download the project assets(copy from link from the capstone project)
-->enter command in cloud9:
wget
https://aws-tc-largeobjects.s3-us-west-2.amazonaws.com/ILT-TF-200-ACACAD-20-EN/capstone-project/Example.zip
Then Come back to Cloud9 services and Unzip the php downloaded file by using
ls
mkdir Example
sudo unzip Example.zip -d Example/
sudo cp Example/* /var/www/html/
Open the Amazon EC2 console at https://console.aws.amazon.com/ec2/
Check public IP of Cloud9 EC2 instance and paste into new tab(Now Webpage is not showing)
Solution:
Choose Instances and select your instance.(Cloud9 created Instance-Start with aws-cloud9)
On the Security tab, view the inbound rules. Add HTTP protocol with 0.0.0.0/0 then again refresh your
webpage it will shows the webpage
Task4:Import the Databse into the database
//Download Database:
wget
https://aws-tc-largeobjects.s3-us-west-2.amazonaws.com/ILT-TF-200-ACACAD-20-EN/capstone-project/Countrydatadump.sql
Again go to RDS dash board now your database instance is created(avilable)
and Copy the endpoint of DB
Go to Cloud9 service to access the machine
Database file is download successfully
Important:
Go to Security Group and select Example-DB and add inbound rule for
MYSQL/Aurora and source to cloud9 instance then only we can able to import the database
then come back cloud9 instance
Import the file:
mysql -u admin -p exampledb --host <rds-endpoint> <
Countrydatadump.sql
It asks password then give password(copy password from master password) then hit enter
Verify once again database is attached or not by using following command
mysql -u admin -p --host <endpoint>
MySQL [(none)]> use exampledb;
MySQL [exampledb]> show tables;
MySQL [exampledb]> select*from countrydata_final;
MySQL [exampledb]> exit;
Task5:Configure Parameter values in AWS systems manager
Step1:
Navigate to AWS systems manager and create parameter for following values
/example/endpoint <rds-endpoint>
/example/username admin
/example/password password
/example/database exampledb
Step2:Modify IAM role to cloud9 instance
Go to cloud9 EC2 instance and attach IAM role- Inventory-App-Role
then refresh the web page again
Now you can access the database successfully.
Task6:Create AMI for Autoscaling(Cloud9 instance)
In this step we take an AMI on cloud9 instance
select cloud9 instance --> actions-->i mages and templates-->
create image
Image Name- CapstoneProjectAMI
Description- AMI for CapstoneProject
Then create Image.
It will takes few minutes.
Task7-Create Load Balancer
Step1:
Create Load Balancer
Go to EC2 console and select Load Balancer in new tab
Select Create Load Balancer
Select Application Load Balancer
Load balancer name- CapstoneProject-LB
Network mapping
VPC-Select Example VPC
Mappings-Select both us-east-1a below subnet choose Public
subnet1 & us-east-1b below subnet choose Public subnet2
Security groups
Security groups-Select ALBSG security group
Listeners and routing
Default action-Create Load Balancer
Create Target Group:
Step 1
Specify group details:
Choose a target type-instance
Target group name- CapstoneProject-TG
VPC-Ensure Example VPC is selected then click next
Step 2
Register targets:
2 avilable Target is there so click create target Group(Don't select
instances)
Come back to Load balance and refresh this Listener and routing,now we can see created target group name and select
it.
Select CapstoneProject-TG
Then Click create Load Balancer
Copy the DNS Name
Task8-Create AutoScaling
EC2 management console under Auto Scaling choose Auto Scaling Groups in new tab
Create Auto Scaling group
Step 1
Choose launch template or configuration
Name
Auto Scaling group name- praveen-ASG
Launch template
Launch template-Choose Example-LT then modify the template
Change the AMI ID just now we created as CpstoneProjectAMI
Select Example-LT go to details --> Actions --> Modify Templates
Scroll down and on Launch Templates Contents choose our CapstoneProjectAMI ID then create it.
Ensure the CapstoneProjectAMI ID is changed in out template then click next
Step 2
Choose instance launch options
Network
VPC-Select Example VPC
Availability Zones and subnets-Select Private subnet1 & Private subnet2 then click next
Step 3
Configure advanced options
Load balancing - optional-Select Attach to an existing load balancer
Attach to an existing load balancer
Existing load balancer target groups-Select CapstoneProject-LB
Health checks - Select ELB(check mark) then click next
Step 4
Configure group size and scaling policies
Group size -Increase the group size like below
Desired capacity
2
Minimum capacity
2
Maximum capacity
2
Then click Next
Step 5
Add notifications
Then click Next
Step 6
Add tags
Add name tag and value as praveen-CapstoneProject and click
next
Step 7
Review then click Create Auto Scaling group
wait for 5 minutes
Task9:Check the ouput by using load balancer DNS name
final step-1:
edit subnet groups of auto scalling to public subnet-1 and public subnet-2.
step-2:
then stop instances with name Nminds.
wait for 5-10 minutes .
keep refresh several times.
Go to Load balancer and copy that DNS name and paste it into new tab.
And check website and database are connected or not.
If you want any support pay ₹10/- I will complete your project
For more details contact in Whatsapp +91 9701724424
Even other labs also we can do
