cloudformation cloudwatch

In the heat-API architecture, the external virtual machine needs to communicate with the Virtual Machine and customize the Virtual Machine in detail. Write down the specific architecture later. Today we will focus on the functions of several scripts in cfntools. Https://github.com/heat-api/heat-jeos) Cfntools Introduction Cfntools is a bunch of auxiliary scripts running in virtual machines. It is generally used to obtain metadata and perform some automated configuration based on metadat

Cloudformation templates: Create a VPC (containing public subnets, private subnets, respectively, in different AZ), creating Nat,bastion server on the public subnet.1. Modify and run the AWS Cloudformation template1.1 Adding an Ami ID to a template1.1.1 Download TemplateHttps://d2lrzjb0vjvpn5.cloudfront.net/sys-ops/v2.4/lab-7-automating/static/Lab-7-Start-CF.template1.1.2 Replace ImageId ("ImageId": "Ami-b5

After AWS starts Windows Server2008, the Ec2configservice is installed by default. Here's an introduction to using the Ec2configservice service to create Cloudwatch custom monitoring disk usage. Ec2configservicesettings Modify Ec2configservicesettings Configuration Modify JSON file Restart Ec2configservice 1. Modify Ec2configservicesettings Configuration After starting C:\Program files\amazon\ec2configservice\ec2configservicesettings.exe, tick

default port number used by OpenStack components OpenStack Service Default Ports Port Type Block Storage (cinder) 8776 Publicurl and Adminurl Compute (Nova) endpoints 8774 Publicurl and Adminurl Compute API (nova-api) 8773, 8775 Compute ports for access to virtual machine consoles 5900-5999 Compute VNC Proxy for browsers ( Openstack-nova-novncproxy)

, 6002 　 Orchestration (heat) endpoint 8004 Publicurl and Adminurl Orchestration AWS cloudformation-compatible API (openstack-heat-api-cfn) 8000 　 Orchestration AWS cloudwatch-compatible API (openstack-heat-api-cloudwatch) 8003 　 Telemetry (ceilometer) 8777 Public

not provide a high-level structure to help you understand what is running in the production environment behind an endpoint. "What is running and how are they configured?" The problem is not easy to answer and requires some high-level system assistance.We decided to use elastic beanstalk as a practical way to deploy Docker software, but needed to be properly managed at a level and controlled at its level to provide a complete workflow for the user.Introduction Ion-rollerIon-roller is a set of se

entire cluster. Glossary Auto scaling group It can be understood as a cluster, which contains many virtual machines with similar configurations. As will maintain the status of this group. Health Check As performs the action based on the health status of the virtual machine. As will regularly check the status of the Virtual Machine. if it finds that the status of the virtual machine is not running, it will think that the virtual machine is "unhealthy" and it will delete the virtual machine, cr

EC2 instance Type page. For convenience, we have created a set of cloudformation templates to start Amazon EC2 instances. The initial ports are TCP 22 and TCP/UDP 46224 for SSH and tsunami UDP access. Next set a local temporary volume shard on the EC2 instance and from the https://console.aws.amazon.com/cloudformation/home? Region = ap-northeast-1-cstack = Sn % 7etsunamiudp | Turl % 7E https://s3.amazonaws

operations. Vertical expansion mode (Dynamic server specification Scaling): Mainly to solve the problem of server specification adjustment, through Cloudwatch monitoring resource utilization, once the specification is not enough or too large to use the management console to adjust the instance type. On-Demand disk mode (dynamically increases/decreases disk capacity): Primarily addresses the problem of insufficient disk capacity, creating

: Download full MP4 video1. Summary of Churyang Enterprise Cloud can start with disaster preparedness cloud To make applications highly available and resilient, the cloud platform itself should provide disaster preparedness and HA mechanisms for infrastructure and cloud services, such as: Cloud platform itself: cloud-based distributed storage, virtual machine ha, controller disaster Recovery, SDN network disaster recovery, virtual machine data protection Cloud deli

Anatomy of AWS CodeDeployAuthor Liu Tao published on May 13, 2015 | Note: GTLC Global Technology Leadership Summit, 500+CTO technical leadership redefined! discussion Share to: Weibo facebooktwitter Youdao Cloud Note email sharing Read later My list of reading At the end of 2014, AWS released three new deployments, management Services Codedeploy, Codecommit and Codepipeline at the "re:invent" conference. Since AWS has already provided deployment and management services suc

, now also support other databases including HBase, MySQL, preferred Mangodb.[Third-party system:]The most important way is the third-party system, by calling the Ceilometer API to obtain metering data , set alarm conditions and pre-value, monitoring alarm, further to realize the billing and monitoring functions, the specific use of the time involved in Ceilometer how to set, Each data is obtained by invoking what API, how to set the pre-value of alarm, etc.2. Heat Component ParsingAlso known as

Learn how to create AWS LAMBDA functions This execute on a scheduled interval and much like a cron job would. In this lesson we'll create a LAMBDA function that checks for a string of text on a website to verify the website are up and operational. The lambda function logs to CloudWatch Metrics and sends a notification e-mail using an SNS queue if the check fails.Create a lambda function: (WebTest)Exports.handler =function(event, context) {varHTTP = re

General (SSD) storage is not billed separately) 20GB backup storage for automatic database backups and user-initiated database snapshots Amazon CloudFront 50GB of data egress and 2 million HTTP and HTTPS requests for Amazon CloudFront * Amazon Cognito No restrictions on user authentication and ID generation * * 10GB Cloud Sync Storage 1 million simultaneous operations per month Amazon AppStream Free 20 hours per month Simple Workflow (S

Introduction to Heat in the icehouse versionHeat introduction Heat is the main project of OpenStack responsible For the orchestration plan. It can implement basic operations such as Resource Initialization, dependency processing, and deployment in the cloud environment based on templates, as well as advanced features such as automatic contraction and load balancing. Currently, Heat's template format (HOT) is constantly being improved, and AWS CloudFormation