openstack requirements

: NEUTRON (6) Block Storage: CINDER (7) UI: HORIZON (8) Measurement: CEILOMETER (9) configuration: HEAT In the production environment, we should install this software on different servers to provide cloud services. But this is in the experiment, so we use the allinone method. First aid means that all the components are installed on one server: 2. Install and build the redhat openstack: 1). System: redhat6.5 2). Memory

Tags: basic concepts of openstack neutron Openstack-install-guide-yum-icehouse.pdf/7. Add a networking service/networking concepts Openstack's Neutron can manage Virtual Network Infrastructure (vni) and physical network infrastructure (PNI) in the openstack environment ). Openstack's Neutron allows tenants to create virtual network topologies, including services

Compiling OPENSTACK-JAVA-SDK using MAVEN in a Windows environmentCompiling source FilesDownload Source codeGit clonehttps://github.com/woorea/openstack-java-sdk.gitDownload and install Gpg4win http://ftp.gpg4win.org/The download for this process is Gpg4win-2.2.2.exeConfiguring GPGViewF:\GITHUB\OPENSTACK-JAVA-SDK>GPG--list-keygpg:c:/users/eric.sunah/appdata/roamin

We are building a swift environment on our own these days. After reading some documents and combining my own practices, I wrote it down: 1. Physical Environment Description: Linux: Ubuntu server 12.04 Proxy Server IP: 10.214.0.181storage server one: 10.214.0.179storage server two: 10.214.0.180storage server three: 10.214.0.182 2. important components: Node: runs one or more object storage services. Proxy node: Run proxy services Auth node: Run auth Service Storage: Run account, container, and

OpenStack network summary: basic concepts of the network in openstack Openstack-install-guide-yum-icehouse.pdf/7. Add a networking service/Networking concepts OpenStack's Neutron can manage Virtual Network Infrastructure (VNI) and physical network infrastructure (PNI) in the OpenStack environment ). OpenStack's Neutron

Openstack-dashboard Development Environment Building and openstack Building 1. during the development process, it is generally necessary to run the dashboard component separately in your local linux system (Ubuntu or centos), which is preferred. If you are not used to it, you can use vmwareworkstation to install a virtual machine and switch over at any time. 2. install some required packages for the dashbo

When opening the dashboard error: Locationparseerror at/admin/(Locationparseerror (...), ' Failed to parse:failed to parse:10.50.20.75:35357:v2.0 ') Request Method: GET Request URL: http://10.50.20.75/dashboard/admin/ Django Version: 1.4.8 Exception Type: Locationparseerror Exception Value: (Locationparseerror (...), ' Failed to parse:failed to parse:10.50.20.75:35357:v2.0 ') Exception Lo

This is the 1th chapter in the OpenStack implementation experience sharing series.The instance of OpenStack is deployed through a Glance mirror, so preparing the mirror is a must-do job. This section describes how to make a Linux image, and also discusses Windows mirroring later.Download Clould imageThe simplest approach is to use a standard image. The mainstream Linux distribution provides a cloud image th

DirectoryOpenstack-mitaka Overview of High AvailabilityOpenstack-mitaka High-availability environment initializationOpenstack-mitaka High-availability Mariadb-galera cluster deploymentOpenstack-mitaka High Availability of memcacheOpenstack-mitaka High Availability pacemaker+corosync+pcs High availability clusterOpenstack-mitaka Highly Available certification services (Keystone)Openstack-mitaka High Availability Computing Service (Nova)

This series of articles focuses on learning and researching OpenStack Swift, including environment building, principles, architecture, monitoring, and performance.(1) OpenStack + Three-node Swift cluster + HAProxy + UCARP installation and configuration(2) Swift Principles and architecture(3) Swift monitoring(4) Swift performanceTo implement the system:Characteristics: Deploy all Swift services on e

start tutorial Deploying OpenStack for enterprises: what should be done and what should not be done CentOS 6.5 x64bit quick OpenStack Installation This is the basic architecture of openstack: What we want to build today is an openstack component of RedHat, which includes the following parts: (1) computing: NOVA (2) O

virtual machines during the restart process, and the problem arises mainly because of the evacuate cleanup mechanism. This bug has been fixed in the L version.The ease of use of d.openstack is not good enough.With fuel, OpenStack can be installed quickly, but many configuration operations also require a command line, and a key delivery distance from the automated deployment. Again, for example, the more extensive ceph distributed storage system used

DirectoryOpenstack-mitaka Overview of High AvailabilityOpenstack-mitaka High-availability environment initializationOpenstack-mitaka High-availability Mariadb-galera cluster deploymentOpenstack-mitaka High Availability of memcacheOpenstack-mitaka High Availability pacemaker+corosync+pcs High availability clusterOpenstack-mitaka Highly Available certification services (Keystone)Openstack-mitaka High Availability Computing Service (Nova)

Use AWS Services OpenStack Services The Chinese interpretation of OpenStack words Dashboard AWS Console Horizon The horizon of the world; Calculate compute EC2 Nova Star Internet Vpc Neutron Neutron Object storage S3 Swift Swift; agile. Block storage Ebs

) Calculation: NOVA(2) Object storage: SWIFT(3) Image: GLANCE(4) Identity: KEYSTONE(5) Network address management: NEUTRON(6) block storage: CINDER(7) UI interface: HORIZON(8) Measurement: Ceilometer(9) Allocation: HEATIn a production environment we should install this software on different servers and provide cloud services. But this is in the experiment, so we use the ALLinONE method, first aid is all the components are installed on a single server:2. Install and build the Redhat

-- Dashboard Service Build configuration1.) Install dashboard [Email protected] ~]# yum-y install Openstack-dashboard 2.) Configure dashboard [[emailprotected]~]#cp/etc/openstack-dashboard/local_settings/etc/ openstack-dashboard/local_settings.bak[[emailprotected]~]#vim/etc/openstack-dashboard/ loc

, from the current Golang language requirements are mainly from the data surface, OpenStack is primarily positioned as a control plane. At the same time, in order to support a new language, the community needs to invest a lot of work, the cost of introducing too much. 4 Various solution proposals (1) OpenStack introduces Golang The coexistence of two languages p

Here's how Red Hat deploys OpenStack in one click, and here's how to use Packstack to automatically deploy according to the answer file (Answer-file), followed by a separate explanation for each service.First, preinstallation1, before the installation, said the official hardware requirements of the minimum configuration: Controller Node:1 processor, 2 GB memory, and 5 GB storage Network Node:1

The following content is from: http://blog.csdn.net/gqtcgq/article/details/49620279 Stevedore is an open source module for implementing dynamic load code. It is a public module that is used to load plug-ins in OpenStack. Can be installed independently of OpenStack: https://pypi.Python.org/pypi/stevedore/ Stevedore uses Setuptools's entry points to define and load Plug-ins. Entry point refers to objects d

Original link: http://www.cnblogs.com/CloudMan6/p/6397360.html The instance of OpenStack is deployed through glance mirroring, so preparing mirroring is a must. This section describes how to make a Linux image, followed by a discussion of Windows mirroring. Download Clould Mirrors The easiest way to do this is to use standard mirrors. Mainstream Linux distributions provide cloud mirrors that can be used directly in