Termin Lokalizacja Atrybuty Cena netto Wybierz
28.06 - 30.06.2021 NT Group Łódź, Pomorska 65 Rozpoczęcie godz. 08.30
3300.00 zł
Zapisz się
02.11 - 04.11.2021 NT Group Łódź, Pomorska 65 Rozpoczęcie godz. 08.30
3300.00 zł
Zapisz się
  • Course objectives
  • Audience
  • Course Agenda – by day
  • Defining Cloud Computing
  • Openstack Overview
    • Functionality
    • Benefits
    • Organizational structure
    • Release History
    • Documentation
    • HPE and the cloud
    • HPE history in open source
    • HPE cloud service portfolio
    • HPE Helion-related products
    • HPE and OpenStack
  • OpenStack Architecture
    • Openstack Projects
    • Conceptual Architecture
    • Inter-Service Communications
    • High-level architecture
    • OpenStack Big Tent and Core Services
    • OpenStack Project Adoption, Maturity, Age
  • OpenStack Service APIs
    • Intercommunication between OpenStack Services
    • OpenStack Service API Versioning
    • REST API Microversion Support
    • API Reference Materials
  • OpenStack Installation and Configuration
    • Configuration Options
    • Primary types of OpenStack installations
    • Development Environment
    • DevStack
    • Scripted installation process
    • Manually installing an OpenStack sandbox
    • OpenStack Installation and Configuration documentation 
  • Lab Exercises
  • Overview of OpenStack Management Tools
    • OpenStack RESTful API (Application Programming Interface)  Access Methods 
    • REST Client Browser-Based UI Plug-ins
    • Using cURL for OpenStack API Requests
    • OpenStack CLI client
    • OpenStackClient (aka OSC)
    • OpenStack Horizon (dashboard)
    • Using Python to invoke an OpenStack API
  • Lab Exercises
    • Exploring OpenStack CLI commands
    • Using a REST client browser plugin to generate API requests to OpenStack Services
    • Using cURL to send request to OpenStack through an API –
    • Managing OpenStack from the Horizon GUI
  • OpenStack Keystone (identity) Overview
    • Keystone Functionality
    • Keystone API Version States
    • as of the Newton Release
    • Keystone identity and service management
    • Keystone use cases
    • Keystone Identity (Authentication/Authorization) Process
    • Keystone Identity-related objects
    • Keystone Identity-related object Relationships
    • Hierarchal multitenancy
    • Additional Keystone terminology
    • Keystone Support for Federated Identity
    • Keystone-specific Reference Resources 
  • Identity service architecture
    • Internal components of the Identity service
    • Keystone backend services
  • Common Keystone management tasks
    • Managing projects with the CLI client
    • Managing users with the CLI client
    • Creating a role, project, user, and adding project user to role
    • Managing the service catalog with the CLI client
    • Keystone Identity in the Horizon UI
    • Setting user policies in OpenStack
    • Keystone configuration files
  • Keystone Troubleshooting
  • Lab Exercises
    • Keynote Identity Functionality
    • Horizon (Dashboard) Identity Functionality
    • OpenStack Service Catalog and API Access
    • Identity API v3
  • Glance Overview
    • Glance Functionality
    • Example Glance Use Case
    • Glance API version States
    • as of the Newton Release
    • Glance architecture
    • Glance-supported backend stores 
    • Glance disk and container formats
  • Glance images
    • Pre-built images for OpenStack
    • Custom OpenStack images
    • Handling custom Glance images
    • Cloud-init
    • Public tools for image creation
  • Common Glance management tasks
    • Glance-related configuration files
    • Common Glance-related CLI commands
    • Using the CLI to load an image in Glance
    • Image caching
    • Glance operations using Horizon
  • Troubleshooting Glance
  • Lab Exercises
    • Glance from the CLI
    • Creating a Glance Image from the Horizon UI
  • Virtual Networking Concepts
    • Hosting Device Virtual Machines, and Bare Metal Machines
    • Virtual L2 (Layer 2) Switch
    • VLANs (Virtual Local Area Network)
    • 2. Virtual Overlay Networks
  • Floating IP Address
  • Virtual Networking Terminology
  • Neutron Overview
    • Nova Networking vs Neutron
    • Comparing the Nova networking function to Neutron
    • OpenStack Neutron - Enterprise-class NaaS (Networking as a Service)
    • Neutron Features and Functions
    • Neutron Concepts
    • Neutron API version States
    • as of the Newton Release
    • Neutron API Network Resources
    • Neutron Networking Terminology
  • 4. Neutron Architecture
    • Neutron components
    • OpenStack Nodes with Neutron Components
    • OpenStack Node Networks
    • Network Topologies
    • Single Flat and Private Network
    • Neutron Topology
    • Using routers to separate Project Networks
    • Neutron Virtual Networks
    • Example Neutron GRE Overlay Network
    • Neutron DVR (Distributed Virtual Router)
    • Neutron L3 in HA Configuration
    • 5. Common Neutron Management Tasks
    • Common CLI management tasks
    • Neutron in Horizon
    • Network Topology
    • Neutron in Horizon
    • Networks & Routers
  • Troubleshooting Neutron
  • Lab Exercises
    • Using the CLI to view the current network parameters
    • Using the Horizon UI to view the network parameters for the demo project
    • Using the Horizon UI to create and configure a simple flat network
  • Nova Overview
    • Nova Features and Functions
    • Nova Design Guidelines
    • Nova (Compute) API version States
    • as of the Newton Release
    • API Microversioning
    • Common Nova terminology
  • Nova architecture
    • Nova System Architecture
    • Nova supported hypervisors
    • VM Instance creation proces 
  • Compartmentalizing OpenStack Deployments
    • Segregating a cloud implementation
    • Regions, Availability Zones, and Ho
    • Cells
    • API Cell, Child Cells, Grandchild Cellsst Aggregates
    • Example regional architecture
    • Managing Security Groups from the Horizon UI
    • Assigning a Floating IP Address to an Instance
    • Connecting to an instance 
    • Managing Instances from the Horizon UI
    • 4. Nova Scheduler
    • Nova Scheduler overview
    • nova-scheduler scheduling algorithms
    • Filter Scheduler
    • Filters and Weights
    • Default nova-scheduler configuration
    • nova-scheduler filters
    • nova-scheduler weights
  • Nova Maintenance
    • Planned compute node maintenance
    • Inspecting and recovering data from failed instances
  • Nova Troubleshooting
  • Cinder Overview
    • OpenStack storage overview
    • Comparison between the OpenStack storage technologies
    • OpenStack block storage (Cinder)
    • Block Storage Use Cases
    • Cinder Storage Terms
    • OpenStack Block Storage (aka Cinder) Drivers
    • Block Storage (Cinder) API version States
    • as of the Newton Release
  • Cinder architecture
    • Cinder Architectural Components
    • Cinder Volume Creation Workflow
  • Common Cinder Management Tasks
    • Viewing the status of cinder services
    • Creating volumes
    • Attach a volume to an existing instance
    • Cinder snapshots and backups
    • Creating consistent snapshots
    • Snapshot operations
    • Creating a bootable volume
    • Cinder types
    • Cinder Volumes in the Horizon UI
  • Troubleshooting Cinder
  • Lab Exercises
    • Creating a Stack Volume from the CLI
    • Creating a bootable Cinder volume
    • Using Horizon to manage Cinder Volumes
  •  Swift Overview
    • Object Storage
    • Swift Functions & Features 
    • Swift account, container, and object features
    • Object Storage (Swift) API version States
    • as of the Newton Release
  • Swift Architecture
    • Swift Architectural Components
    • Swift Ring
    • Modified Consistent Hashing Ring
    • Swift Ring Partition
    • Example Swift Ring lookup
    • Swift Object Addressing
    • Swift regions and zones
    • Swift Storage Policies
    • Swift Consistency Processes
    • Example Object PUT Request Flow
    • Example Object GET Request Flow
    • Adding storage in a ring
  • Common Swift Management tasks
    • CRUD (Create, Read, Update, Delete) operations
    • Example API PUT of an object
    • Swift from the Horizon UI
    • Troubleshooting Swift
  • 4. Lab Exercises
    • Using the OpenStack Object Storage Service
    • Exercise 2: Exploring the Swift Configuration
    • Exercise 3: Examine Glance Images Stored in Swift
  • Heat Overview
    • Heat Functionality
    • Heat terminology
    • Heat components
    • How a Heat template works
    • HOT (Heat Orchestration Template)
    • Heat template components
    • Example Heat template format
    • Heat stack
    • Orchestration (Heat) API version States
    • as of the Newton Release
  • Common Heat management tasks
    • Obtaining values required for the Heat template
    • Launching a stack from the command line
    • Viewing Stack Details from the CLI
    • Launching a stack from the Horizon UI
    • Viewing Stack Details from the Horizon UI
  • Troubleshooting Heat
  • Lab Exercises
    • Configuring OpenStack for Heat
    • Heat basic template example
    • Viewing the status of Stack from Horizon
    • Template Input Parameters
    • Improving Templates
    • Providing parameters to heat command line 
    • Providing template outputs
    • Complex Template Deployment
    • Cleanup
  • Ceilometer Overview
    • Ceilometer Functionality
    • Common Ceilometer Use Cases
    • Ceilometer metering
    • Ceilometer Terminology
    • Telemetry (Ceilometer) API version States
    • as of the Newton Release
  • Ceilometer Architecture
    • Ceilometer Architectural Components
    • Processing the Ceilometer data
    • Ceilometer Data Collection
    • Transforming the Ceilometer Data
    • Publishing the Ceilometer Data
    • Storing the Ceilometer Data
    • Ceilometer alarms (Aodh)
    • 3. Common Ceilometer management tasks
    • 4. Ceilometer Troubleshooting
  • Lab Exercises
    • Ceilometer Overview
  • CloudKitty (Charing and Billing service)
  • Barbican (Key Management)
  • Designate (DNS-as-a-Service)
  • Freezer (Backup a s a Service)
  • Fuel (Environment provisioning service)
  • Ironic (Bare metal provisioning)
  • Magnum (Container virtualization)
  • Manila (Shared File System)
  • Sahara (Data Processing)
  • Trove (Database-as-a-Service)
  • Zaqar (Multi-project cloud messaging)
  • OpenStack Deployment Considerations 
  • HPE Cloud Offerings

This three-day course assists administrators and users to configure, manage, and use the OpenStack® cloud services platform. An architectural overview ensures understanding of various OpenStack® projects and their functions. Hands-on labs provide configuration and operation experience with major aspects of the OpenStack® environment. Course content and labs are based on the OpenStack Newton release.

For who?

System Administrators, engineers and consultants who will plan and manage OpenStack-based environments.

Specifications:

HPE recommends that students have attained the following credentials or levels of experience before taking this course:

  • Completion of Linux Fundamentals (U8583S)
  • Completion of Linux for Unix Administrators (U2794S)
  • Cloud Computing Overview WBT (HK917AAE)

Provide the information and; through labs, the experience necessary for the student to be able to:

  • Describe the primary purpose of OpenStack
  • Describe the major features of OpenStack • Discuss how HPE is involved in the OpenStack project
  • List the primary components of the OpenStack architecture and their function
  • Describe what the core services of OpenStack are and what is meant by OpenStack’s big tent
  • Access the OpenStack endpoint services from the CLI, a REST client, the cURL, and the dashboard UI

W cenę szkolenia wliczony jest:

  • Autoryzowany certyfikat producenta
  • Autoryzowane materiały szkoleniowe w formie elektronicznej bądź papierowej
  • Materiały szkoleniowe, notatnik, długopis
  • Kawa, herbata, słodki poczęstunek 
  • Obiad

Firma NT GROUP Sp.  z o.o. jest Autoryzowanym partnerem firmy HPE

Zachęcamy firmy do uzyskania możliwości dofinansowania na szkolenia oferowane przez naszą firmę. W obecnej chwili istnieją dwa sposoby dzięki którym możesz uzyskać dofinansowanie.

  • Szkolenia dofinansowane do 80% z funduszy europejskich  - Baza Usług Rozwojowych (BUR). Dofinansowanie dostępne jest dla wszystkich firm zatrudniających średniorocznie do 250 pracowników (maksymalnie średnie przedsiębiorstwo)
  • Szkolenia dofinansowane z Krajowego Funduszu Szkoleniowego  - dofinansowanie do 100%. Niezależnie od wielkości przedsiębiorstwa oraz kapitału.

Nasi pracownicy pomogą uzyskać dla Twojej firmy dofinansowanie. To naprawdę nie jest trudne. Jeżeli masz pytania  napisz lub zadzwoń do nas.

Zapraszamy!

 

Gadżety do szkolenia (wybór następuje w procesie zapisu na szkolenie)
Lenovo TAB 4 10 LTE (czarny) - 400zł

System operacyjny   Android 7.0 Nougat
Wyświetlacz   10,1 cala, 1280 x 800 pikseli
Procesor   Qualcomm Snapdragon 425, 1.4 GHz
Pojemność   16 GB
Pamięć RAM   2 GB
Modem   LTE

Microsoft ARC Touch Mouse BT ELG-00006 - 250zł

Towarzysz podróży dla komputera z Windows 10
Smukła, lekka i poręczna mysz Microsoft Arc Mouse idealnie pasuje do dłoni i łatwo mieści się w torbie po złożeniu na płasko. Następna generacja bestselerowej myszy Arc Touch Bluetooth Mouse, mysz Microsoft Arc Mouse, charakteryzuje się licznymi udoskonaleniami, w tym możliwością przewijania tak w pionie, jak i w poziomie. Podłączana przez Bluetooth.

Kompaktowa, lekka i gotowa do podróży
Ultrakompaktową i lekką mysz Microsoft Arc Mouse można zabrać ze sobą wszędzie — nie jest ciężka ani nie ma wymiarów tradycyjnej myszy. Wystarczy złożyć ją na płasko, by zmieściła się w kieszeni lub torbie.

Pendrive 16 GB - 30zł
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Czas trwania: 3 d,24 h
Poziom trudności
Język Polski,
Język materiałów Angielski,
Prowadzący Autoryzowany trener,
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