DOCSLIB.ORG

Compass – a Streamlined Openstack Deployment System

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Compass – a Streamlined Openstack Deployment System 2013年11月7日星期四 Compass – A Streamlined OpenStack Deployment System Shuo Yang Principal Architect of Cloud Computing, US R&D Center Outline of This Talk 1 Scope of Problem for Compass 2 Compass Explained 3 DRY, Truly Open Deployment 1 Compass at a Glimpse Think Big, Start Small A General System to Deploy Distributed Systems, Extensibility as a Primary Design Goal Not Limited to OpenStack, but Streamlined Our OpenStack Deployment Like a Charm To Be Open Sourced – Apache 2.0 Soon 100% Python, 5000 Line of Python Code Successfully Deployed Several Dogfood Clusters Compass Wiki Page: https://wiki.openstack.org/wiki/Compass 2 Data Center as a Computer Open Cloud OS (OpenStack) Open Deployment (Compass) OpenStackLinux Quantumeth0, lo Nova/proc Cinder/dev Live Auto CD / Deploy GRUB NIC CPU Disk SwitchSwitchSwitch CPUCPUServer DiskStorage NIC CPU Disk (5020) (2285/1285) (N8000/N900) OpenStack Control Channel LILO/GRUB/LiveCD for OpenStack HW/SW Configuration Deployment Channel 3 Why We Are Doing This? Full HW Portfolio in Data Center No.1 as Storage Revenue Growth No. 2 as `x86 Server Revenue Growth Needless to Say, Networking Gears.. OpenStack Makes the Above a Full Global Excellent Telecom Cloud Solution Cloud Solution Provider of year 2012 4 OpenStack Deployment System Overview Crowbar TripleO (“under the cloud” mode) Pioneer effort, a Ruby web app, Chef based Attractive concept to OpenStack folks: configuration management deploy OpenStack from OpenStack Fuel DevStack A great web apps, Puppet based A great tool for simple OpenStack setup: configuration management developers use it 5 Streamlining the Deployment of a System Blueprint AI Rack and Stack Robot Zero Touch Installation Compass 6 Real Demo Video Clips Recording Our First Deployment 7 Outline of This Talk 1 Scope of Problem for Compass 2 Compass Explained 3 DRY, Truly Open Deployment 8 A Life of Deployment – How to Streamline All Controls Plus a lot of scripts: Boilerplate Target system description Chef / Puppet / … Host OS Host OS Host OS Cobbler / Razor / … IPMI Server 1 Server 2 Server n SNMP Switch 1 Switch 2 Switch k 9 Compass Philosophies – Programmability and Extensibility Programmability – To Be a Programmable Framework A Restful API service instead of a web app Extensibility – NOT To Be A Conglomerate Functional modules with plug-in architecture (e.g., 200 Loc to support HP Switch) Carefully designed boundary to mature tools like Cobbler, Chef and etc. Work WITH the above tools, not to replace any of them. 10 Compass Internals Rest rd Huawei UI Client 3 Party ISV UI Compass -- Open Source Restful API Server Message bus (RabbitMQ) DB Hardware Discover Package Deployment OS Provisioning Huawei Plugin microkernel Chef plugin Ansible plugin Cobbler plugin Razor plugin 11 Compass – A Programmable Framework Mapping Fundamental Concepts during Software Deployment into Restful Resources Machine – physical compute resource Switch – management network for machines Cluster – pool of machines managed together Host – machine in a cluster Adapter – plug-in module to discover/deploy/configure hosts 12 Resource Example: Machines GET /machines Lists all discovered machines GET /machines/id Lists a machine’s hardware details and status POST /machines/id/action Modify the hardware configuration for a machine Query parameters for filtering switch=ID marker=markerID address=string limit=int cluster=ID changes-size=dateTime status=string details=ID,switch,address,cluster,devices,status,modified Actions modify(hwConfig) 13 13 A Life of OpenStack Deployment -- as Restful Calls (1) Find all available machines: /machines?switch=0e8756dc (2) Select machines for my system to be deployed on to: {1, 2, 3, 4} (3) Select an adapter, which describes the result system: /?adapter=OpenStack (4) Find components for result systems {“controller”, “compute”} (5) Tell Compass a plan {1 -> “controller”; [2,3,4] -> “compute”} (or specify ‘?auto=true’) (6) Poll the deployment progress Time 14 NOT to Be Conglomerate – Plug-in Architecture Plug-in architecture for configuration management system Currently we use Chef as deployment management Engine Puppet or Ansible devopers, we want to work with you Plug-in architecture for Hardware vendors IPMI / SNMP Networking gear based bare metal discovery (topolology awareness) Currently we are working on RAID Controller for Huawei OCP community, what’s your thought 15 NOT to Be Conglomerate – Roles in the System Policy Databag (e.g., exclusive; default) OpenStack Cookbook Lib writer Chef-Server Restful Reqs Compass snippets kickstart files App writer Cobbler-server 16 Outline of This Talk 1 Scope of Problem for Compass 2 Compass Explained 3 DRY, Truly Open Deployment 17 Extensible in Use Cases OS ESXi ? Windows Server? CentOS Ubuntu Huawei OpenStack Hadoop Ceph? Distributed System HP OCP? Hardware 18 Extensible in Tool Chain OS Provisioning Tools Razor Cobbler Chef Puppet Ansible Salt Configuration Management Tools 19 To Summarize Open Sourced under Apache 2.0 General Purpose Deployment System (Ultimate Goal) Deploys OpenStack Cloud Infrastructure Smoothly (Dogfoods Done) Restful API: Allow Third-party UI Integration Open to Collaboration Contact us: [email protected] Santa Clara R&D Center, US 20 Copyright©2013 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice. Compass – Web Enabled Deployment Simple Web zzz… From baremetal actions (40mins) to OpenStack DC Internet Intranet Compass Administrators Administrators Server Farm 22 Compass Internal: Current Implementation Flask for Web Server Layer RabbitMQ as Message Broker Celery for Task Management Chef as Package Management Executor Relational DB as Transaction Records Cobbler as Host System Management 23 Compass API Design Convention Follow OpenStack API conventions Authentication Changes-since query parameter JSON or XML request/response data formats Version in URI or header Paginated collections Common representation for faults Allow multi-tenancy as an option ( tenantID not required) Use POST to create a new resource and return its ID Use PUT to replace, PATCH/POST for a partial update 24 .
Load more

Recommended publications
  • Red Hat Satellite 6.3 Architecture Guide
    Red Hat Satellite 6.3 Architecture Guide Planning Satellite 6 Deployment Last Updated: 2019-04-16 Red Hat Satellite 6.3 Architecture Guide Planning Satellite 6 Deployment Red Hat Satellite Documentation Team [email protected] Legal Notice Copyright © 2019 Red Hat, Inc. The text of and illustrations in this document are licensed by Red Hat under a Creative Commons Attribution–Share Alike 3.0 Unported license ("CC-BY-SA"). An explanation of CC-BY-SA is available at http://creativecommons.org/licenses/by-sa/3.0/ . In accordance with CC-BY-SA, if you distribute this document or an adaptation of it, you must provide the URL for the original version. Red Hat, as the licensor of this document, waives the right to enforce, and agrees not to assert, Section 4d of CC-BY-SA to the fullest extent permitted by applicable law. Red Hat, Red Hat Enterprise Linux, the Shadowman logo, JBoss, OpenShift, Fedora, the Infinity logo, and RHCE are trademarks of Red Hat, Inc., registered in the United States and other countries. Linux ® is the registered trademark of Linus Torvalds in the United States and other countries. Java ® is a registered trademark of Oracle and/or its affiliates. XFS ® is a trademark of Silicon Graphics International Corp. or its subsidiaries in the United States and/or other countries. MySQL ® is a registered trademark of MySQL AB in the United States, the European Union and other countries. Node.js ® is an official trademark of Joyent. Red Hat Software Collections is not formally related to or endorsed by the official Joyent Node.js open source or commercial project.
    [Show full text]
  • Automating the Enterprise with Ansible
    AUTOMATING THE ENTERPRISE WITH ANSIBLE Dustin Boyd Solutions Architect September 12, 2017 EVERY ORGANIZATION IS A DIGITAL ORGANIZATION. Today, IT is driving innovation. If you can’t deliver software fast, your organization can’t meet the mission, period. Digital organizations are essentially software. If they expect to thrive in a digital environment, they must have an improved competence in software delivery. Gartner 2015 2 COMPLEXITY KILLS PRODUCTIVITY. Complexity is the enemy of innovation, which is why today’s enterprises are looking to automation and DevOps tools and practices. DevOps can help organizations that are pushing to implement a bimodal strategy to support their digitalization efforts. Gartner 2015 3 WHEN YOU AUTOMATE, YOU ACCELERATE. Ansible loves the repetitive work your people hate. It helps smart people do smarter work. All with fewer errors and better accountability. Automation can crush complexity and it gives you the one thing you can’t get enough of… time. 4 “Ansible delivers DevOps to a broader class of enterprise users that include those inside the business units and teams where agile practices and fast provisioning of infrastructure are in demand.” JAY LYMAN, 451 RESEARCH – NOV 2013 GARTNER COOL VENDOR 2015 “Previous vendors in this [DevOps] market often require unique programming skills. Ansible’s simple language reduces the barrier to adoption and opens it up to a variety of skill sets…” 5 AUTOMATION = ACCELERATION “With Ansible Tower, we just click a button and deploy to production in 5 minutes. It used to take us 5 hours with 6 people sitting in a room, making sure we didn’t do anything wrong (and we usually still had errors).
    [Show full text]
  • Cobbler Provider
    Cobbler Provider The Cobbler provider is used to interact with a locally installed Cobbler (http://cobbler.github.io) service. The provider needs to be congured with the proper credentials before it can be used. Use the navigation to the left to read about the available resources. Example Usage provider "cobbler" { username == "${var.cobbler_username}" password == "${var.cobbler_password}" url == "${var.cobbler_url}" } resource "cobbler_distro" "ubuntu-1404-x86_64" { } Argument Reference The following arguments are supported: username - (Required) The username to the Cobbler service. This can also be specied with the COBBLER_USERNAME shell environment variable. password - (Required) The password to the Cobbler service. This can also be specied with the COBBLER_PASSWORD shell environment variable. url - (Required) The url to the Cobbler service. This can also be specied with the COBBLER_URL shell environment variable. insecure - (Optional) Ignore SSL certicate warnings and errors. This can also be specied with the COBBLER_INSECURE shell environment variable. cacert_file - (Optional) The path or contents of an SSL CA certicate. This can also be specied with the COBBLER_CACERT_FILE shell environment variable. cobbler_distro Manages a distribution within Cobbler. Example Usage resource "cobbler_distro" "ubuntu-1404-x86_64" { name == "foo" breed == "ubuntu" os_version == "trusty" arch == "x86_64" kernel == "/var/www/cobbler/ks_mirror/Ubuntu-14.04/install/netboot/ubuntu-installer/amd64/linux" initrd == "/var/www/cobbler/ks_mirror/Ubuntu-14.04/install/netboot/ubuntu-installer/amd64/initrd.gz" } Argument Reference The following arguments are supported: arch - (Required) The architecture of the distro. Valid options are: i386, x86_64, ia64, ppc, ppc64, s390, arm. breed - (Required) The "breed" of distribution. Valid options are: redhat, fedora, centos, scientic linux, suse, debian, and ubuntu.
    [Show full text]
  • Cobbler Documentation Release 3.0.1
    Cobbler Documentation Release 3.0.1 Enno Gotthold May 27, 2020 Contents 1 Quickstart 3 1.1 Preparing your OS..........................................3 1.2 Changing settings..........................................3 1.3 DHCP management and DHCP server template...........................4 1.4 Notes on files and directories....................................5 1.5 Starting and enabling the Cobbler service..............................5 1.6 Checking for problems and your first sync..............................5 1.7 Importing your first distribution...................................6 2 Install Guide 9 2.1 Prerequisites.............................................9 2.2 Installation.............................................. 10 2.3 RPM................................................. 10 2.4 DEB................................................. 11 2.5 Relocating your installation..................................... 12 3 Cobbler CLI 13 3.1 General Principles.......................................... 13 3.2 CLI-Commands........................................... 14 3.3 EXIT_STATUS............................................ 24 3.4 Additional Help........................................... 24 4 Cobblerd 25 4.1 Preamble............................................... 25 4.2 Description.............................................. 25 4.3 Setup................................................. 26 4.4 Autoinstallation (Autoyast/Kickstart)................................ 26 4.5 Options................................................ 26 5 Cobbler Configuration
    [Show full text]
  • Cobbler Documentation Release 2.8.5
    Cobbler Documentation Release 2.8.5 Jörgen Maas Nov 19, 2020 Contents 1 About 3 1.1 Release Notes.........................................3 1.2 Distribution Support......................................5 1.3 Distribution Notes.......................................7 1.4 How We Model Things..................................... 13 2 Installation 15 2.1 Prerequisites.......................................... 15 2.2 Installing from packages.................................... 16 2.3 Installing from Source..................................... 18 2.4 Configuration Files....................................... 20 2.5 Relocating your installation.................................. 21 3 General 23 3.1 Cobbler Primitives....................................... 23 3.2 Cobbler Direct Commands................................... 54 3.3 Cobbler Settings........................................ 69 3.4 Managing Services with Cobbler............................... 90 3.5 Kickstart Templating...................................... 94 3.6 Snippets............................................ 102 3.7 Package Management and Mirroring............................. 112 3.8 File System Information.................................... 114 4 Advanced 119 4.1 Advanced Networking..................................... 119 4.2 SELinux............................................ 122 4.3 Configuration Management.................................. 123 4.4 Extending cobbler....................................... 131 4.5 Power Management...................................... 135 4.6
    [Show full text]
  • Building and Managing Virtual Machines at the Tier 1
    BuildingBuilding andand managingmanaging virtualvirtual machinesmachines atat thethe TierTier 11 Jason A. Smith, John DeStefano, James Pryor System Workflow: From new unconfigured to fully configured & monitored Install New System PXE boot Cobbler RHEL via system w/ Powered off network install Server kickstart. RHEL Install puppet Reboot Fresh booted FusionInventory Manually tell Contact Puppet system w/ Agent reports on Asset Mgmt GLPI to assign system w/ server Puppet RHEL system's assets Service puppet classes Puppet classes Server send catalog to puppet client Puppet configures & Reports back to system w/ makes changes System server via puppet's Puppet Puppet catalog system via catalog Configured exported resources Server The puppet server gives the Nagios server a new Now Nagios knows about the new machine System config catalog. Nagios & service and will automatically begin to Server monitor it. Configured & monitored CobblerCobbler provisioningprovisioning systemsystem System Provisioning Cobbler & Koan Cobbler is provisioning tool-set that allows for rapid setup & installation of systems through the network. It has both a web GUI and a command line interface. Provisioning with Cobbler: ● Just about all non-LinuxFarm machines are PXE booted & provisioned with Cobbler and it's companion tool koan. ● We use Cobbler as the PXE boot kickstart source for RPM packages. ● During post-install of the kickstart, we register the machine against the local Red Hat Satellite. It becomes the sole repo for packages & updates. ● Satellite allows
    [Show full text]
  • Deployment of Compute Nodes for the WLCG with Cobbler, Ansible and Salt
    Deployment of compute nodes for the WLCG with Cobbler, Ansible and Salt. Damien François, Olivier Mattelaer, Thomas Keutgen HEPiX meeting, October 20 !, "arcelona, #$ain Center for High Performance Computing and Mass Storage ')#M T2%"E%&'( Manneback+)ngrid cluster grows organically ; 1 to 10 machines at a time now 6000+ cores, Gb+10Gb 100 local users + CMS grid users, ~2 M jobs per year Manneback/Ingrid cluster -e started “manuall/0111 check-list shell script config. management make persistent make actionable make idempotent 111 and graduall/ im$rove, automation, and ,ocumentation1 -e settled on three tools 2or the provisioning o2 ne3 nodes Unboxing ● Label, rack, connect ● Choose Name, IP ● Gather MAC 1. Deploy 2. Integrate 3. Confgure Ready for jobs “Cobbler is a Linux installation server that allows for rapid setup of network installation environments.” http://cobbler.github.io Wrapper for PXE, TFTP, DHCP servers Manage OS images, machine profiles Install operating system Setup hardware-specifc confguration (disk partitions, NICs, IPMI, etc.) Setup minimal confguration (Admin SSH keys, Salt minion) “Ansible seamlessly unites workflow orchestration with configuration management, provisioning, and application deployment in one easy-to-use and deploy platform.” https://www.ansible.com Shell scripts on steroïds with builtin safety, idempotence, APIs One-off operations register to Zabbix, GLPI, Salt build files: - slurm.conf for Slurm, - /etc/hosts for dnsmasq, - /etc/ssh/ssh_known_hosts create CPU-specific directory for Easybuild “Scalable, flexible, intelligent IT orchestration and automation” https://saltstack.com Central configuration management server Daily management configure system: NTP, DNS, LDAP, Slurm, etc. install admin software, cvmfs, yum repos, etc. mount user filesystems, cvmfs, etc.
    [Show full text]
  • Automated Installation with the Cobbler Provisioning Tool
    Cobbler BEFN$?FN 8lkfdXk\[`ejkXccXk`fen`k_k_\:fYYc\igifm`j`fe`e^kffc E<NJ?F<J Cobbler helps you install new systems in a hurry. We’ll show you how to use this nifty shoemaker to deploy Xen and VMware virtual machines. BY DAVID NALLEY f you try to install or upgrade several uniform environment and does not take article, I show you how to set up a Cob- computers at once, you will soon into account differences in hardware or bler provisioning system and take a look @discover that manual installation is a function. Also, the image gets out of at the provisioning of virtual machines huge time sink. Even if you are working date over time – with the constant ap- with Cobbler’s helper application Koan. with a checklist, it is often difficult to get pearance of updates, managing the im- Cobbler provides a framework for con- everything installed the same way every ages can become a full-time job. The figuring and managing: time. For this reason, most systems ad- more robust way of provisioning is by ฀ ฀฀฀฀ ministrators understand the importance automatically installing the operating ฀ ฀฀฀฀ of an automated install system. system each time, rather than relying on ฀ ฀฀฀ It’s no surprise that virtually every op- a predefined disk image. This method is ฀ ฀฀฀฀฀฀ erating system has the ability to auto- generally considered more challenging. daemon mate installations. What is curious, The Cobbler project [2], born at Red By managing all the configurations for given the necessity of such systems, is Hat and lead by Michael DeHaan, signifi- all services, Cobbler literally can run an that configuring automated installation cantly lowers the barrier for provisioning entire provisioning network from a sin- typically requires so much time and ef- in Linux.
    [Show full text]
  • Fedora 10 Installation Guide
    Fedora 10 Installation Guide Stuart Ellis Paul W. Frields Fedora 10 Installation Guide by Stuart Ellis and Paul W. Frields Version 9.92 (2008-10-18) Copyright © 2006, 2007, 2008 Red Hat, Inc.Stuart EllisPaul W. Frields Permission is granted to copy, distribute, and/or modify this document under the terms of the Open Publication Licence, Version 1.0, or any later version. The terms of the OPL are set out below. REQUIREMENTSI. ON BOTH UNMODIFIED AND MODIFIED VERSIONS Open Publication works may be reproduced and distributed in whole or in part, in any medium physical or electronic, provided that the terms of this license are adhered to, and that this license or an incorporation of it by reference (with any options elected by the author(s) and/or publisher) is displayed in the reproduction. Proper form for an incorporation by reference is as follows: Copyright (c) <year> by <author's name or designee>. This material may be distributed only subject to the terms and conditions set forth in the Open Publication License, vX.Y or later (the latest version is presently available at http://www.opencontent.org/openpub/). The reference must be immediately followed with any options elected by the author(s) and/or publisher of the document (see section VI). Commercial redistribution of Open Publication-licensed material is permitted. Any publication in standard (paper) book form shall require the citation of the original publisher and author. The publisher and author's names shall appear on all outer surfaces of the book. On all outer surfaces of the book the original publisher's name shall be as large as the title of the work and cited as possessive with respect to the title.
    [Show full text]
  • Integrating with Cobbler
    Integrating with Cobbler Jesus M. Rodriguez Principal Software Engineer Red Hat What is Cobbler? ● A Linux installation server for rapid setup of network install environments ● Can manage ● DHCP ● DNS ● yum repos Objects ● distro ● profile ● system ● repo – package repository for mirroring (optional) ● Image – virt guest image API ● login ● get_{object*(s)} e.g. get_distro, get_profiles ● find_{object*} ● get_{object*}_handle ● remove_{object*} ● copy_{object*} ● rename_{object*} ● new_{object*} ● modify_{object*} ● save_{object*} Language bindings ● Java via cobbler4j ● cobbler4j directory of cobbler checkout ● Ruby via rubygem-cobbler ● contrib/ruby of cobbler checkout ● XML-RPC cobbler4j ● Each cobbler object has a mirror in cobbler4j ● Distro, Profile, Repo, Image, SystemRecord ● Auto-generated from python api ● Operate on the object not the connection ● Requires cobbler 2.0 as it uses xapi_object_edit ● Seeded from Spacewalk code ● Developed because XML-RPC from Java is a pain (as are many things) cobbler4j example XML-RPC ● Cobbler can also be controlled by basic XML- RPC calls ● Most languages have an XML-RPC library ● Python – xmlrpclib ● Perl – FrontierRPC ● Java – Redstone XML-RPC & Apache XML-RPC ● Ruby - xmlrpc python via XML-RPC example Integration Strategies ● Standalone ● Master ● Slave ● Synchronization required Standalone ● Simply use Cobbler as a provisioning service ● Cobbler handles everything ● PXE ● DHCP ● DNS ● Some light integration via scripts Master ● Store all system & provisioning data in Cobbler ● Optionally
    [Show full text]
  • Nested Virtualization Environments
    Deploy and test oVirt using nested virtualization environments Mark Wu [email protected] 1 Agenda ● Nested KVM ● Kickstart & Cobbler ● Kickstart files for VMs ● Install and clone oVirt VMs ● Integration test with Igor ● Q & A 2 Nested Virtualization ● Running multiple unmodified hypervisors with their associated unmodified VM’s ● Why? ● Operating systems are already hypervisors (Windows 7 with XP mode, Linux/KVM) ● To be able to run other hypervisors in clouds ● Live migration of hypervisors and their vms ● Testing, demonstrating, debugging hypervisors and virtualization setups 3 Nested VMX ● Merged in kernel 3.1 ● No hardware support L1 L2 Guest OS ● Multiplex hardware Guest Hypervisor ● Follows the “trap and Memory VMCS emulate” model Table 1-2 State 0-1 State ● Flow: Memory Memory VMCS VMCS 0-2 State ● L0 intercepts the 'vmlaunch' Table Table instruction which L1 execute to run L2 L0 Host Hypervisor ● L0 generates VMCS0-2 by merging VMCS1-2 and Hardware VMCS0-1 and then launches L2 4 How to enable nested KVM? (For VMX) ● Enable the nested switch of kvm_intel.ko ● enable it at runtime ● modprobe -r kvm_intel ● modprobe kvm_intel nested=1 ● Verify ● $cat /sys/module/kvm_intel/parameters/nested => Y ● Persist the change ● echo “options kvm-intel nested=1″>/etc/modprobe.d/kvm- intel.conf ● Qemu command line ● qemu -cpu host ● qemu -cpu qemu64,+vmx 5 How to enable nested KVM? (cont'd) ● Libvirt XML ● Use host CPU model <cpu mode='host-model'/> ● Specify a CPU model <cpu match='exact'> <model>core2duo</model> <feature policy='require'
    [Show full text]
  • Ansible & TOSCA Essentials
    Ansible & TOSCA Essentials Doina Cristina Duma (aiftim<at>infn.it) Alessandro Costantini (acostantini<at>infn.it) Big Data Analytics 9-12 Dic. 2019, Bologna This work is licensed under a Creative Commons Attribution- NonCommercial-ShareAlike 4.0 International license Outline • What is, how it works, architecture • Key components • Ad-hoc commands • Roles, their structure • Ansible-Galaxy & Galaxy, Roles use and re-use • Playbooks & roles • Advanced usage (cenni): debug, optimization D.C. Duma 2 Bit…s of History • «Ansible» Ø1966 – Ursula K. Le Guin, «Rocannon’s World» Ø«answerable»: device that allow its users to receive answers to their messages in a reasonable amount of time, even over interstellar distances Ø1977,1985 – Orson Scott Card, «Ender’s Game» Ø«Philotic Parallax Instantaneous Communicator»: machine capable of communicating across infinite distances with no time delay Ø2012 - Michael DeHaan , RH Emerging Technlogies: «work on basically whatever they thought people needed» ØCobbler & Func ØAnsibleWorks, Inc. => Ansible, Inc. => RedHat (2015) Ø«a simple deployment, model-driven configuration management, and command execution framework» D.C. Duma 3 What is? «Ansible is an automation and configuration management technology used to provision, deploy, and manage compute infrastructure across cloud, virtual, and physical environments» ØAutomation language that can describe an IT application infrastructure, in Ansible Playbooks => YAML ØAutomation Engine that runs Ansible Playbooks D.C. Duma 4 (YAML = YAML Ain't Markup Language) - Human friendly (readble) data-serialization standard for all programming languages - Can be used with nearly any application that needs to store or transmit data - Flexible = bits and pieces from other languages: - Scalars, lists, associative arays <- Perl - Document separator, «—» <- MIME - Whitespace wrapping <- HTML - Escape sequences <- C - uses both Python-style indentation to indicate nesting - Superset of JSON - uses [] for lists and {} for maps D.C.
    [Show full text]