Learn the basics of Linux.
Red Hat Enterprise Linux Technical Overview (RH024) is a series of no-cost, on-demand, online videos that provide a technical introduction to Linux® for IT professionals.
This course is based on Red Hat® Enterprise Linux 8.
Learn the basics of open source virtualization and migration planning
The Virtualization and Infrastructure Migration Technical Overview (RH018) will help you discover the benefits of open source virtualization, how to better manage your virtualization assets, and the best way to move traditional workloads from one virtualization provider to an open virtualization.
Identify the proper frameworks and tools to build your microservices architecture.
Developing Cloud-Native Applications with Microservices Architectures (DO092) is a series of on-demand, online videos that will teach you how to combine different frameworks and tools into a microservices architecture that fits your organizational needs.
Containers, Kubernetes and Red Hat OpenShift Technical Overview (DO080) is a series of on-demand, online videos that introduces you to Linux® containers and container orchestration technology using Docker, Kubernetes, and Red Hat® OpenShift Container Platform.
This course is based on Red Hat OpenShift Container Platform 4.1.
Learn the basics of agile integration
Red Hat Agile Integration Technical Overview (DO040) provides a technical introduction to Red Hat’s comprehensive set of integration and messaging technologies.
Learn the basics of Ansible automation and configuration management, and more
Ansible Essentials: Simplicity in Automation Technical Overview (DO007) is a series of on-demand, online videos that introduces you to Ansible automation and configuration management, provisioning, deploying, and managing compute infrastructure across cloud, virtual, and physical environments with Ansible.
Red Hat OpenStack Technical Overview (CL010) is a series of on-demand, online videos to help you better understand the basics of cloud computing and Red Hat® OpenStack® Platform. Several online demonstrations and use cases are included.
The Perl Programming course is a comprehensive course that explains the Perl programming language, from basic through advanced syntax. This course is aimed at a wide range of job roles, including Programmers, System Administrators, Web Authors, and Operators. The course provides the fundamentals needed to use the Perl programming language to write quick yet powerful scripts for a range of purposes, as well as provides an overview of Common Gateway Interface Programming, Object-Oriented Perl and Perl Debugging.
The course is taught on the Oracle Solaris Operating Environment. However, the material is suitable for any operating system, including Linux, UNIX, and Windows.
Learn To:
Benefits To You
The Perl Programming course provides students with the fundamentals to create functional Perl scripts. The course introduces students to data structures, flow control mechanisms, regular expressions, and subroutines and modules in the form of example scripts and lab scripts. The course concludes with an overview of implementing Perl with regard to Common Gateway Interface (CGI) Programming, Object-Oriented Perl and Perl Debugging. This course however, does not cover the construct of the Perl Programming Language itself or complex Perl functions used for high-level programming. Rather, it focuses mainly on the implementation of the language to create simple and functional Perl scripts.
This course is designed for new performance analysts to learn to work with the Workload Manager (WLM) in goal mode. Learn concepts of WLM and performance management in the z/OS system using the WLM.
Learn how to analyze Resource Monitoring Facility (RMF) reports and implement service definitions using the WLM Interactive System Productivity Facility (ISPF) application. The course uses z/OS hands-on lab exercises to reinforce the concepts and techniques discussed in lecture.
Hands-on labs
This course includes hands-on lab exercises. Each student team, working on their own z/OS system, will configure RMF, analyze RMF reports to find bottlenecks, and utilize the WLM dialogs to create goals and classification rules in a service definition that manages a supplied z/OS workload
This course covers the concepts and implementation details of the software-defined networking and storage features of PowerVC on IBM Power Systems servers, known as IBM Cloud PowerVC Manager Software Defined Infrastructure (SDI). Students learn to implement a PowerVM infrastructure with software-defined storage based on IBM Spectrum Scale using NovaLink in SDE-mode, and software-defined networking based on Open vSwitch (OVS). Methods for capturing, deploying, and managing virtual machines in a software defined infrastructure are also explored.
System z continues to extend the value of the mainframe by leveraging robust security solutions to help meet the needs of today’s on demand, service-oriented infrastructures. System z servers have implemented leading-edge technologies, such as high-performance cryptography, multi-level security, large-scale digital certificate authority and life cycle management, improved Secure Sockets Layer (SSL) performance, advanced Resource Access Control Facility (RACF) function, and z/OS Intrusion Detection Services. This advanced z/OS security course presents the evolution of the current z/OS security architecture and explores in detail the various technologies involved in z/OS Cryptographic Services, z/OS Resource Access Control Facility (RACF), and z/OS Integrated Security Services.
In the hands-on exercises, you begin with your own z/OS HTTP Server in a TCP/IP environment. Throughout the exercises, you make changes to the configuration to implement authentication by using RACF, SSL and the use of digital certificates. Use is made of facilities such as RACDCERT to manage digital certificates, PKI Services and RACF auto registration. You will also implement different scenarios to implement ssl security for a typical tcpip application; FTP: SSL, TLS, server authentication, client certificates and AT-TLS. These exercises reinforce the concepts and technologies being covered in the lectures.
This course covers the steps to follow to update a Red Hat OpenShift Container Platform 4.3.18 environment on Power Systems to 4.3.23. Lessons learned, and hints and tips will be provided to help you perform the update successfully.
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