| 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!
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