Ihr Warenkorb
Keine Artikel in Ihrem Warenkorb
Microsoft Azure AZ-400 Microsoft Azure DevOps Solutions
AZ-400 Microsoft Azure DevOps Solutions
€299,00

Woanders günstiger?

Lass uns wissen!

+31367601019 [email protected]

AZ-400 Microsoft Azure DevOps Solutions

|
Klicken um zu vergrößern
€299,00 exkl. MwSt.
€346,84 Inkl. MwSt.
Auf Lager
|
Bestellung vor 16.00 Uhr und heute starten.
Sie haben counting... stunden
  • 1 Jahr Zugang
  • Beginnen Sie noch heute
  • Teilnahmezertifikat
Informationen

AZ-400 Microsoft Azure DevOps Solutions E-Learning

Bestellen Sie das AZ-400 Microsoft Azure DevOps Solutions OEM CertKit. Ein dynamisches, einzigartiges Produkt zur Vorbereitung der Zertifizierung mit einem Klick. OEM CertKit bietet dem Studenten Lern- und Zertifizierungsvorbereitungstools, die vollständig in ein benutzerdefiniertes Lernmanagementsystem (LMS) integriert sind.
Mit OEM CertKit kann der Benutzer von einem LMS aus auf alle folgenden Produkte zugreifen. Zu den vollständig integrierten Produkten gehören: E-Learning (365 Tage), Zertifizierte Lehrer, MeasureUp-Prüfungssimulation +150 Fragen, Online-Mentor rund um die Uhr, Prüfungsquiz, Tipps, Tricks und Links sowie virtuelle LABs (falls verfügbar (zusätzliche Kosten)).

Schulungsinhalte

AZ-400 - MS Azure DevOps Solutions: Migration & Consolidation Strategy for Tools

  • identify the subject areas covered in this course
  • identify tools available in the cloud for implementing a DevOps strategy
  • share packages across the organization for more reliable and scalable builds
  • implement test plans and test cases to drive quality through the development process
  • utilize Azure Boards for tracking tasks, features, and bugs
  • use Azure Boards to plan and work, linking to GitHub for commits and pull requests
  • migrate data from TFS to Azure DevOps
  • migrate data to Git for source control and integrate it with Azure DevOps
  • integrate Selenium into the pipeline for code testing
  • plan a project with Azure Boards
  • create a package that can be reused/shared, create a test case for Azure, use Azure Boards to track a task, use Selenium for code testing, and create a task within a project on Azure Boards

AZ-400 - MS Azure DevOps Solutions: Design & Implement Agile Work Management Approach

  • identify the subject areas covered in this course
  • recognize the tools and processes that Azure DevOps offers for use by Agile teams
  • work with Azure Boards within an Agile methodology
  • utilize Azure Boards to work with backlogs
  • utilize Azure Boards to plan sprints
  • utilize queries within Azure Boards to find work assignments
  • work with work items in Azure Boards to streamline personal work flows
  • manage individual work portfolios and calendars across teams
  • identify and recommend project metrics, KPIs, and other DevOps measurements
  • measure and define cycle and lead times in projects
  • measure and refine Azure Kubernetes Service cluster performance
  • define work in progress limits for the Agile development team
  • implement techniques and practices to guide a team in working to Agile methodology
  • recommend an organization structure that supports Agile practices
  • implement tools to share code and promote collaboration between teams
  • view a backlog using Azure Board, use Azure DevOps to create a Sprint, set time tracking, use Azure Queries, and set WIP limits

AZ-400 - MS Azure DevOps Solutions: Design a Quality Strategy & Secure Development Process

  • identify the subject areas covered in this course
  • build a strategy to improve the quality of code for DevOps development
  • build a strategy to recognize the quality of the code in an application for DevOps development
  • identify metrics that measure the quality of code for DevOps quality
  • utilize feature flags to enable and disable application components for a DevOps quality strategy
  • code for the future and avoid technical debt for a DevOps quality strategy
  • realign the strategic team structure to improve coding quality for a DevOps quality strategy
  • test the performance of code for a DevOps quality strategy
  • make use of the secure development lifecycle to ensure application security for DevOps development
  • recognize the codebase requirements for a secure DevOps development process
  • ensure infrastructure is compliant to security directives for secure DevOps development
  • recommend a strategy for implementing the secure development lifecycle in DevOps development
  • automate the inspection and compliance of code for DevOps development
  • automate the inspection and compliance of infrastructure for secure DevOps development
  • use feature flags, code for the future, code to avoid technical debt, automate inspection and compliance of code and infrastructure

AZ-400 - MS Azure DevOps Solutions: Tool Integration

  • identify the subject areas covered in this course
  • utilize licensing efficiently in Azure DevOps
  • streamline user licensing in Azure DevOps
  • license concurrent pipelines
  • implement cost efficient test environments
  • work within the limitations of open source software licensing
  • work with licenses for all aspects of the Azure DevOps suite
  • streamline licensing package management in Azure DevOps
  • recommend a strategy for an end-to-end development lifecycle
  • integrate monitoring and feedback into the Azure DevOps pipeline
  • securely manage user access to the Azure DevOps environment
  • integrate on-premises and cloud resources
  • describe components of the software development lifecycle, managing and licensing of group rules, open source license types, tiers of jobs in Azure Pipelines, and private cloud characteristics

AZ-400 - MS Azure DevOps Solutions: Version & Source Control

  • identify the subject areas covered in this course
  • implement a version control system
  • recommend a branching model for the application
  • utilize Git as a version control system
  • utilize TFVC as a version control system
  • recommend a code flow strategy
  • identify the uses for source control in the DevOps pipeline
  • implement a source control system with Azure DevOps
  • integrate source control into the DevOps pipeline
  • implement private and hosted agents
  • integrate third party build systems into the Azure DevOps pipeline
  • configure the Azure DevOps pipeline
  • manage agent queues in the Azure DevOps pipeline
  • utilize service endpoints to connect to external applications
  • use web hooks to interact with external applications based on events in the pipeline
  • trigger multiple pipelines in Azure DevOps
  • use Git as a source control for versioning, integrate an external source control, use source control for CI/CD, integrate a 3rd party build system into Azure DevOps, and use service endpoints for an external application

MS Azure DevOps Solutions: Code Flow & Mobile DevOps

  • identify the subject areas covered in this course
  • recognize and map the flow of code through the DevOps cycle
  • utilize pull requests to provide notifications of changes within the development team
  • utilize forking as a means of copying an application
  • utilize branching to modify an application without destabilizing the main copy
  • work with Visual Studio App Center to develop mobile applications
  • work with App Center Test to use multiple devices for testing mobile applications
  • use Xamarin.UITest to test the app UI on multiple devices
  • use the functions in App Center to target specific devices types for app testing
  • use App Center to distribute release binaries to end user devices
  • summarize the subject areas covered in this course

AZ-400 - MS Azure DevOps Solutions: Application Configuration & Secrets

  • identify the subject areas covered in this course
  • recognize the boundaries of data protection when using Azure services
  • utilize Azure App Configuration to control configuration drift
  • apply Azure App Configuration to a .NET Core application
  • apply Azure App Configuration to containers
  • use keys, secrets, and certificates in the Azure DevOps pipeline
  • implement the security components in Azure Kubernetes Service to protect the application workloads
  • use Azure Key Vault to protect keys and secrets used by the Azure Kubernetes Service containers
  • use Azure Key Vault to protect keys and secrets used by Azure Pipeline
  • implement policies through Azure Policy to identify non-compliant resources
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Manage Code Quality & Security Policies

  • identify the subject areas covered in this course
  • identify what makes good or bad quality of code
  • utilize Azure Monitor to monitor application quality
  • recognize the proportion of code that is being tested
  • create test plans and test suites to track manual testing
  • ensure that tests are sufficiently covering all changes before they are applied to production
  • introduce automated tests into the DevOps pipeline
  • identify the different types of security analysis tools and when to use them
  • utilize SonarQube for automated inspection of code
  • implement WhiteSource Bolt to scan Open Source components for known vulnerabilities
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Azure DevOps Infrastructure

  • identify the subject areas covered in this course
  • define containers and their function in application development
  • use Docker as a container platform in Azure
  • utilize Kubernetes to manage containers in Azure
  • build container images for deployment with Docker
  • use Azure Container Registry to manage containers
  • implement multi-stage builds into the CI/CD pipeline
  • use Azure Pipelines for continuous integration and continuous deployment
  • inject Jenkins into the CI/CD pipeline
  • use build triggers to automate the workflow of the DevOps pipeline
  • implement build processes across on-premises and cloud based platforms
  • use agent pools across multiple projects in the same organization
  • identify the need for automated build tools in the DevOps pipeline
  • integrate Jenkins into the Azure DevOps pipeline build process
  • create an automated workflow to build an app from source
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Design and Set Up Release Strategy & Workflow

  • identify the subject areas covered in this course
  • recommend a strategy for managing releases in DevOps
  • use Azure Pipelines to manage releases
  • implement release approvals to control completion of the deployment pipeline
  • recommend a strategy for measuring the quality of a release
  • create release notes to go with the build
  • specify deployment targets by groups
  • implement approvals for control and auditing deployments
  • integrate Jenkins into Azure Pipelines for use in deployment to a variety of Azure targets
  • deploy an application to Azure Service Fabric
  • deploy an application to Azure Web Apps
  • develop a multi-stage release process to push changes to multiple environments sequentially
  • integrate secrets in Azure Key Vault into the pipeline
  • build a CI/CD environment
  • encapsulate a sequence of pre-defined tasks into a reusable task
  • use a variable group to store values of variables used across multiple pipelines
  • automate test plans and run them from Azure Test Plans
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Implement Deployment Patterns

  • identify the subject areas covered in this course
  • use blue-green deployment methods to reduce the impact of service interruptions
  • use canary deployment patterns to roll out releases to a subset of users or servers
  • utilize deployment rings to progressively roll out deployments
  • deploy applications to multiple endpoints that may consist of different technologies
  • deploy applications to different groups in Azure Pipelines
  • deploy applications to Azure Kubernetes Services containers
  • deploy an application to Azure Service Fabric
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Dependency Management & Security Compliance

  • identify the subject areas covered in this course
  • use dependency management to make application deployments predictable and robust
  • manage artifacts using Azure Artifacts
  • use packages to share reusable components
  • find reusable code in existing applications
  • run Azure functions from a package
  • recommend a strategy for versioning packages
  • implement best DevSecOps practices
  • automate scanning of open source projects for license compliance
  • use Black Duck software to assess package security
  • secure package feeds with permissions
  • identify the uses of the Secure DevOps Kit for Azure
  • install the Secure DevOps Kit for Azure
  • manage subscription security with the Secure DevOps Kit for Azure
  • manage secure development processes with the Secure DevOps Kit for Azure
  • manage security verification tests with the Secure DevOps Kit for Azure
  • ensure continuous assurance with the Secure DevOps Kit for Azure
  • configure alerting and monitoring within the Secure DevOps Kit for Azure
  • control and gain insights from telemetry data generated by Secure DevOps Kit for Azure
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Infrastructure as Code & Security Compliance

  • identify the subject areas covered in this course
  • define infrastructure as code and its role in utilizing cloud services
  • utilize Azure Resource Manager to create, update, and delete infrastructure
  • use SonarCloud to identify and manage technical debt
  • modernize applications to be cloud-optimized
  • use tools available in Azure to mitigate infrastructure drift
  • use Azure Activity Log to monitor drift
  • use the Secure DevOps Kit for Azure to scan for compliance and security issues
  • prevent drift using Chef
  • use PowerShell DSC to maintain system configurations
  • use custom script extensions to maintain configuration management
  • set up an automated pipeline to inspect security and compliance   
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Implement Infrastructure as Code

  • identify the subject areas covered in this course
  • define infrastructure as code
  • configure nested Azure Resource Manager templates for reuse
  • integrate secrets into Resource Manager templates
  • provision infrastructure on Azure
  • define the role of Ansible in the provisioning process
  • use the Azure Resource Manager to define and deploy infrastructure from code
  • use Terraform to version and provision infrastructure on Azure
  • use Chef to automate infrastructure on Azure
  • use Ansible to orchestrate infrastructure using Azure Resource Manager
  • recognize the value of using Kubernetes for container management
  • provision Azure Kubernetes Service to manage containers
  • use Ansible to manage containers deployed through Azure Kubernetes Service
  • use Helm to manage the lifecycle of Kubernetes applications
  • efficiently scale application development with Azure DevOps Projects
  • summarize the key concepts covered in this course

AZ-400 - MS Azure DevOps Solutions: Implement Continuous Feedback

  • identify the subject areas covered in this course
  • obtain feedback from end users and define metrics to measure satisfaction
  • monitor external sources for feedback and sentiment analysis
  • integrate crash reports into the development team workflow
  • utilize tools and technologies in Azure to monitor application performance
  • utilize tools in Azure to track system and feature usage in applications
  • integrate crash reports into client applications
  • use Azure Test Plans to automate application testing before production deployment
  • use dashboards, charts, and reports to monitor application status
  • use App Center Crashes to gather reports
  • use Azure Monitor to track usage within an application
  • integrate Application Insights reports into DevOps teams workflows
  • use Azure Test Case Explorer to manage test cases and crash reports
  • analyze alerts to establish a baseline of normal behavior
  • analyze telemetry data from Application Insights to identify normal behavior
  • conduct live site reviews
  • perform ongoing tuning of alerts and baselines to remove irrelevant alerts
  • summarize the key concepts covered in this course
Haben Sie nicht gefunden, wonach Sie suchen?
Lassen Sie uns helfen!
Eigenschaften
Produkt
Allgemeine Eigenschaften
Studiengebühr: 13:30 Stunden Dauer plus Übungen (variabel)
Sprache: Englisch
Online-Zugang: 1 Jahr
Teilnahmebescheinigung: Ja, nach 70% der erfolgreichen Einsätze
Fortschrittsüberwachung: Ja
Geeignet für Handys: Ja
Preisgekröntes E-Learning: Ja
Online-Mentor: Falls verfügbar
MeasureUp-Prüfungssimulation: Falls verfügbar
Prüfungsquiz: Falls verfügbar
Bewertungen
Durchschnitt von 0 Bewertungen
Kein Bewertungen
Lesen oder schreiben Sie einen Kommentar
Schreiben Sie eine Bewertung!




Wir benutzen Cookies nur für interne Zwecke um den Webshop zu verbessern. Ist das in Ordnung? Ja Nein Für weitere Informationen beachten Sie bitte unsere Datenschutzerklärung. »