Linux Schulungen finden - Das passende Seminar in Ihrer Nähe

Overview

IBM Cloud Pak for Watson AIOps deploys advanced, explainable AI across the IT Operations (ITOps) toolchain so that you can confidently assess, diagnose, and resolve incidents across mission-critical workloads. 

IBM Cloud Pak for Watson AIOps brings the depth and breadth of IBM’s enterprise expertise to managing complex, mission-critical IT environments. IBM Cloud Pak for Watson AIOps helps you apply AI to IT operations to maximize efficiency, reduce costs, and maintain the resiliency and security you need to drive meaningful innovation. 

This course is designed to teach you how to install the IBM Cloud Pak for Watson AIOps. You also learn how to prepare your environment for installation and to perform some post-installation tasks.

Overview

Liberty is a lightweight Java™ runtime that is built by using modular features. It is available as both open source and commercial offerings.

In this course, you learn how to use Liberty, Jakarta EE, and MicroProfile to build a RESTful microservice application. MicroProfile is an open-source specification that defines new standards and APIs to accelerate and simplify the creation of microservices. You also explore other features of Liberty and developing microservices applications. 

In the hands-on exercises, you build a microservice application, containerize it, and then deploy it on Kubernetes. 

Overview

Liberty is a lightweight Java™ runtime that is built by using modular features. It is available as both open source and commercial offerings.

In this course, you learn how to use Liberty, Jakarta EE, and MicroProfile to build a RESTful microservice application. MicroProfile is an open-source specification that defines new standards and APIs to accelerate and simplify the creation of microservices. You also explore other features of Liberty and developing microservices applications. 

In the hands-on exercises, you build a microservice application, containerize it, and then deploy it on Kubernetes. 

This course focuses on enabling you to do the following:
- Explain the differences between the NFS protocol and SAN protocols
- List NAS namespace architectures and namespaces
- Summarize client access to NFS data in ONTAP software
- List the NFS enhancements for different releases of ONTAP software
- Describe the implementation of NFSv3 on NetApp storage
- Describe the implementation of NFSv4 on NetApp storage
- Demonstrate a multiprotocol configuration that supports SMB and NFS access
- Illustrate techniques for collecting NFS statistics and data

Kurssprache ist Deutsch, Schulungsunterlagen in Englisch in digitaler Form.

Dieses Seminar führen wir in Kooperation mit der Fast Lane GmbH durch.

This course focuses on enabling you to do the following:
- Explain the differences between the NFS protocol and SAN protocols
- List NAS namespace architectures and namespaces
- Summarize client access to NFS data in ONTAP software
- List the NFS enhancements for different releases of ONTAP software
- Describe the implementation of NFSv3 on NetApp storage
- Describe the implementation of NFSv4 on NetApp storage
- Demonstrate a multiprotocol configuration that supports SMB and NFS access
- Illustrate techniques for collecting NFS statistics and data

Kurssprache ist Deutsch, Schulungsunterlagen in Englisch in digitaler Form.

Dieses Seminar führen wir in Kooperation mit der Fast Lane GmbH durch.

This course focuses on enabling you to do the following:
- Explain the differences between the NFS protocol and SAN protocols
- List NAS namespace architectures and namespaces
- Summarize client access to NFS data in ONTAP software
- List the NFS enhancements for different releases of ONTAP software
- Describe the implementation of NFSv3 on NetApp storage
- Describe the implementation of NFSv4 on NetApp storage
- Demonstrate a multiprotocol configuration that supports SMB and NFS access
- Illustrate techniques for collecting NFS statistics and data

Kurssprache ist Deutsch, Schulungsunterlagen in Englisch in digitaler Form.

Dieses Seminar führen wir in Kooperation mit der Fast Lane GmbH durch.

Overview

This course teaches students how to transform traditional (monolithic) WebSphere applications to run in a containerized environment–Red Hat OpenShift–by using WebSphere Hybrid Edition. It covers two key reference implementations:

Operational Modernization: Repackage the application to deploy in a container while maintaining the monolithic architecture. This solution does not require changes to the application or runtime. It uses Transformation Advisor (part of WebSphere Hybrid Edition) to assess the application, and the Runtime Operator to manage the containerized application on Red Hat OpenShift.

Runtime Modernization: Update the application to run on Open Liberty, a modern cloud-native runtime. Modernize some aspects of the application by taking advantage of MicroProfile specifications. This solution uses Transformation Advisor (part of WebSphere Hybrid Edition), and the Open Liberty Operator to deploy and manage the modernized application on Red Hat OpenShift.

Overview

This course teaches students how to transform traditional (monolithic) WebSphere applications to run in a containerized environment–Red Hat OpenShift–by using WebSphere Hybrid Edition. It covers two key reference implementations:

Operational Modernization: Repackage the application to deploy in a container while maintaining the monolithic architecture. This solution does not require changes to the application or runtime. It uses Transformation Advisor (part of WebSphere Hybrid Edition) to assess the application, and the Runtime Operator to manage the containerized application on Red Hat OpenShift.

Runtime Modernization: Update the application to run on Open Liberty, a modern cloud-native runtime. Modernize some aspects of the application by taking advantage of MicroProfile specifications. This solution uses Transformation Advisor (part of WebSphere Hybrid Edition), and the Open Liberty Operator to deploy and manage the modernized application on Red Hat OpenShift.

Overview

This course teaches students how to transform traditional (monolithic) WebSphere applications to run in a containerized environment–Red Hat OpenShift–by using WebSphere Hybrid Edition. It covers two key reference implementations:

Operational Modernization: Repackage the application to deploy in a container while maintaining the monolithic architecture. This solution does not require changes to the application or runtime. It uses Transformation Advisor (part of WebSphere Hybrid Edition) to assess the application, and the Runtime Operator to manage the containerized application on Red Hat OpenShift.

Runtime Modernization: Update the application to run on Open Liberty, a modern cloud-native runtime. Modernize some aspects of the application by taking advantage of MicroProfile specifications. This solution uses Transformation Advisor (part of WebSphere Hybrid Edition), and the Open Liberty Operator to deploy and manage the modernized application on Red Hat OpenShift.

Overview

This course teaches you the skills that are needed to administer IBM WebSphere Application Server V9.

This release of IBM WebSphere Application Server provides enhanced support for standards (notably Java 7 EE), emerging technology, and a choice of development frameworks.

In this course, you learn how to configure and maintain IBM WebSphere Application Server V9 in a single-server environment. You learn how to deploy enterprise Java applications in a single computer configuration. In addition, you learn how to work with features of WebSphere Application Server V9, such as the wsadmin scripting interface, security, and performance monitoring.

Hands-on exercises throughout the course give you practical experience with the skills you develop in the lectures.