Oversikt over relevante kurs innen Kurs i programvare og applikasjoner i Utlandet

Course Outline Introduction Course Objectives Housekeeping Alfresco Resources Overview Module 1: Installing Alfresco Java SE Development Kit and runtime environment Apache Tomcat web application server Alfresco web application OpenOffice running as a headless, windowless service MySQL and set up the Alfresco database ImageMagick imconvert.exe and CIFS win32NetBios.dll Module 2: Repository Configuration The location and significance of the configuration root and extension folders Configure the repository in the configuration root Extend a configuration within the extension folder Module 3: File Server Configuration Configure the CIFS, FTP, and WebDav file servers Configure the default Alfresco file system Configure a new file system Module 4: System Troubleshooting Use the System Information feature Use the Node Browser Configure Alfresco logging Module 4: System Troubleshooting Use the System Information feature Use the Node Browser Configure Alfresco logging Module 5: JMX Administration Connecting to JMX Editable Settings JMX Operations [-]

Based on our experience from assisting customers with implementing a Microservices architecture to solve their integration issues, we are introducing this workshop as a ”hands on” approach to the theories behind microservices as the future way of decoupling your applications and to achieve a loosely coupled application architecture to enable agility, speed and flexibility in IT operations and development. We will introduce a number of Open Source tools that you can use to materialise your vision and implement a microservices architecture at a decent cost.     - Show you a way to expose executable Microservices - Show a way to expose the Microservice through a REST API and hence making it manageable by a API manager - Show how the Microservice can scale horizontally - Introduce you to relevant tooling and examples on tooling - Introduction to Spring Boot - Testing frameworks - How to adress challenges? - Introduce a reference architecture - Introduction of an API Manager to solve some common challenges with Microservices [-]

Objectives Manage Mule project development with Maven Achieve continuous integration and use test driven development with MUnit Develop custom elements Implement design patterns and tune application performance Work with state Secure communication with SSL   Setup requirements A computer with at least 4GB available RAM, 2GHz CPU, and 4GB available storage Unrestricted internet access to port 80 (with > 5Mbps download and > 2Mbps upload) JDK 1.8 Anypoint Studio with embedded Mule 3.8 runtime An Anypoint Platform account Mule 3.8 standalone runtime Apache Maven 3.x Git A GitHub account A detailed setup document can be found here.   Outline   PART 1: Team Development Module 1: Managing Mule Projects with Maven Use a software project management tool Manage dependecies   Module 2: Managing Mule Code Maintain Mule source code Develop with best practices   Module 3: Achieving Continuous Integration Create a CI job Trigger the builds Automate deployments   Module 4: Driving Development with MUnit Create acceptance criteria Fail and pass tests Refactor test cases Refactor Mule applications   PART 2: Advanced Application Development Module 5: Developing Custom Elements Use the Mule API Create custom transformers, processors, and beans   Module 6: Implementing Design Patterns Enrich data with Mule Create scalable parallel processing in Mule   Module 7: Tuning Application Performance Understand SEDA architecture Analyze threading profiles   Module 8: Working with State Impact design with clustering Cache outbound requests Work with object stores   Module 9: Securing Communication with SSL Implement one-way SSL Implement two-way SSL [-]

All Varnish courses are guaranteed-to-run. Attend this two-day course to get in-depth, hands-on experience and insight into how to implement and set up Varnish for optimal performance, fexibility and scalability.  Varnish certifcation: After the training course attendees will be given the opportunity to sit a certifcation exam to obtain the ofcial Varnish Administrator level certifcation. Course structure and exercises: Typical attendees are Systems Administrators, DevOps or people with technical knowledge as outlined above. Learning objectives: On completion of this course, attendees will be able to: ·Successfully install and understand the Varnish architecture and concept. ·Confgure Varnish to support SSL/TLS ·Demonstrate the use of Varnish built-in management administration console via command line ·Use the Varnish Administration Console (VAC) for single point of administration of multiple Varnish instances ·Master the use of Varnish Confguration Language (VCL) ·Beneft from cache invalidation, load balancing & content replication with Varnish High Availability (VHA) ·Understand lifetime of cached objects: TTL, grace, and keep. Monitoring Varnish, Tuning Varnish ·Demonstrate knowledge of enhanced cache invalidation (also known as X-keys) [-]

Objectives Using Anypoint Studio to build integration applications to connect to SaaS and on-prem applications and data. Using Anypoint Platform to define APIs with RAML and implementing them as web services using Anypoint Studio and APIkit. Deploying and running applications in the cloud or on-prem.   Setup Requirements A computer with at least 4GB available RAM, 2GHz CPU, and 4GB available storage. Internet access to ports 80, 3306, and 61616 (with > 5Mbps download and > 2Mbps upload) Students also need to install and/or set up BEFORE class: 1.8 (JDK 8) Anypoint Studio with embedded Mule 3.8 runtime An Anypoint Platform account A Salesforce Developer account (NOT a standard account) and API Access token Postman REST client app. A detailed setup document can be found here.   Outline   Module 1 - Introducing Anypoint Platform Learning what Anypoint Platform is and the problems it can help you solve Getting familiar with the components of the Anypoint Platform Module 2 - Building Integration Applications with Anypoint Studio Understanding Mule applications, flows, messages, and message processors Creating flows graphically using connectors, transformers, components, scopes, and flow control elements Building, running, testing, and debugging Mule applications Reading and writing message properties Writing expressions with Mule Expression Language (MEL) Creating variables Module 3 - Consuming Web Services Understanding RESTful and SOAP web services Learning about what RAML is and how it can be used Consuming RESTful web services with and without RAML definitions Consuming SOAP web services Module 4 - Connecting to Additional Resources Connecting to files, databases, and JMS queues Connecting to SaaS applications Discovering and installing connectors not bundled with Anypoint Studio Module 5 - Transforming Data Getting familiar with the different types of transformers Using the DataWeave Transform Message component Writing DataWeave expressions for basic and complex XML, JSON, and Java Using DataWeave with data sources that have associated metadata Adding custom metadata to data sources Module 6 - Refactoring Mule Applications Separating applications into multiple configuration files Encapsulating global elements in a separate configuration file Creating and running multiple applications Creating and referencing flows and subflows Understanding variable persistence through subflows and flows and across transport barriers Module 7 - Handling Errors Handling messaging exceptions in flows Creating and using global exception handlers Specifying a global default exception strategy Module 8 - Controlling Message Flow Multicasting a message Routing message based on conditions Filtering messages Understanding and creating synchronous and asynchronous flows Module 9 - Processing Records Processing items in a collection individually Understanding what batch jobs are and when to use them Creating batch jobs to process items in a CSV file or a database Restricting record processing to new records Module 10 - Building RESTful Interfaces with RAML and APIkit Understanding the benefits of RESTful APIs and web services Using the API Designer to define APIs with RAML Implementing a RAML file as a RESTful web service with Anypoint Studio and APIkit Module 11 - Deploying Applications Understanding the options for deploying applications Adding application properties Deploying and running applications in the cloud Deploying and running applications on-prem Associate MuleSoft Developer exam Taking the Associate Developer exam at the end of the course if time allows [-]

Objectives Install the Mule runtime and and run it from the command-line Install and run Mule Management Console (MMC) Use MMC to manage and monitor Mule runtimes and applications Use the MMC REST API to manage Mule runtimes and applications Use Anypoint Runtime Manager in the cloud to manage on-prem Mule runtimes and applications   Setup requirements A computer with at least 4GB available RAM, 2GHz CPU, and 4GB available storage Unrestricted internet access to port 80 (with > 5Mbps download and > 2Mbps upload) JRE or JDK 1.8 Mule 3.8 runtime with Mule Management Console A text editor Postman REST client app (or some other REST API client) An Anypoint Platform account (Optional) Windows Cygwin utilities A detailed setup document can be found here.   Outline  Module 1: Getting Started with the Mule Runtime Understand the Mule runtime architecture Install and configure the Mule runtime Manage Mule licenses Deploy Mule applications   Module 2: Managing Mule Runtimes and Applications with Mule Management Console (MMC) Install MMC Register Mule runtimes Deploy applications   Module 3: Monitoring Mule Runtimes and Applications with MMC Manage users and groups Monitor and control flows Use the Flow Analyzer to monitor and troubleshoot flows Monitor business events Configure alerts and notifications Monitor Mule runtimes with JMX   Module 4: Migrating Applications between Environments with MMC Configure application properties Deploy with secure properties   Module 5: Distributing Loads across Mule Runtimes with MMC Create Mule runtime clusters Deploy scalable applications to clusters   Module 6: Managing Mule Runtimes and Applications with the MMC REST API Register Mule runtimes Manage server groups Deploy applications   Module 7: Managing Mule Runtimes and Applications with Anypoint Runtime Manager Register and manage Mule runtimes Deploy applications to Mule runtimes Secure communication between Mule runtimes and Anypoint Runtime Manager Monitor application data with 3rd party tools [-]

This five-day course features intensive hands-on training that focuses on installing, configuring, and managing VMware vSphere® 6.5, which includes VMware ESXi™ 6.5 and VMware vCenter Server® 6.5. This course prepares you to administer a vSphere infrastructure for an organization of any size. It is the foundation for most other VMware technologies in the software-defined data center [-]

Innhold: Kurset for deg som er opptatt av teknikker for å lage effektiv SAS-kode for behandling av større mengde data. Da er det en fordel å vite hva som er `best practices`, hvordan og med hvilke løsninger du kan forbedre SAS programmet: øke hastighet på aksess til data, redusere kode, utviklingstid og behov for minne. Kurset inngår også som et ledd i sertifiseringen til `SAS® Certified Advanced Programmer`.   På kurset får du nye innfallsvinkler og mange eksempler og tips. Du lærer å velge den mest hensiktsmessige programmeringsmetoden i ulike tilfeller:   - Teknikker for fleksibel innlesning av tabeller - Teknikker for oppdatering av tabeller - Komprimering og lagring av tabeller - Alternative teknikker for effektiv kombinering av tabeller vertikalt og horisontalt - Tabeller vs.views - Hvordan sortere effektivt - Opprettelse, bruk og administrasjon av indekser - Avanserte tabelloppslag med indekser og brukerdefinerte formater - Å benytte ulike SAS systemopsjoner og makrofunksjoner for å måle ressursbruk, kontrollere memory forbruk [-]