Microsoft Exam 70-532 Dumps - Developing Microsoft Azure Solutions

Developing Microsoft Azure Solutions | Microsoft 70-532 Real Exam Dumps

This exam is for candidates who are experienced in designing, programming, implementing, automating, and monitoring Microsoft Azure solutions. Candidates should also be proficient with development tools, techniques, and approaches used to build scalable and resilient solutions.

Microsoft 70-532 Exam Preparation Resource Guide

Create and Manage Azure Resource Manager Virtual Machines (20-25%)

• Deploy workloads on Azure Resource Manager (ARM) virtual machines (VMs)
  • Identify workloads that can and cannot be deployed; run workloads including Microsoft and Linux; create and provision VMs including custom VM images; deploy workloads using Ansible and Terraform; leverage Azure Reserved Instances (RIs)
• Perform configuration management
  • Automate configuration management by using PowerShell Desired State Configuration (DSC) or VM Agent (custom script extensions); enable remote debugging; implement VM template variables to configure VMs
• Scale ARM VMs
  • Scale up and scale down VM sizes; implement Accelerated Networking; deploy ARM VM Scale Sets (VMSS); configure ARM VMSS auto-scale
• Design and implement ARM VM storage
  • Configure disk caching; plan for storage capacity; configure shared storage; configure geo-replication; implement ARM VMs with Standard and Premium Storage; implement Azure Disk Encryption for Windows and Linux ARM VMs; implement Azure Disk Storage; implement StorSimple
• Monitor ARM VMs
  • Configure ARM VM monitoring; configure alerts; configure diagnostic and monitoring storage location; enable Application Insights at runtime; Monitor VM workloads by using Azure Application Insights; monitor VMs using Azure OMS Log Analytics; monitor Linux and Windows VMs by using the Azure Diagnostics Extension; monitor VMs by using Azure Monitor
• Manage ARM VM availability
  • Configure multiple ARM VMs in an availability set for redundancy; configure each application tier into separate availability sets; combine the Load Balancer with availability sets; perform automated VM maintenance; use availability zones to protect from datacenter failures
• Design and Implement DevTest Labs
  • Create and manage custom images and formulas; configure a lab to include policies and procedures; configure cost management; secure access to labs; use environments in a lab; claim and un-claim VMs; use artifacts to deploy and set up applications

Design and Implement a Storage and Data Strategy (25-30%)

• Implement Azure Storage blobs and Azure Files
  • Read data; change data; set metadata on a storage container; store data using block and page blobs; stream data using blobs; access blobs securely; implement async blob copy; configure Content Delivery Network (CDN); design blob hierarchies; configure custom domains; scale blob storage and implement blob tiering; create connections to files from on-premises or cloud-based Windows or Linux machines; shard large datasets; implement blob leasing; implement Storage Events; implement Azure File Sync; implement virtual network service endpoints; implement Azure Files backup
• Implement Azure storage tables, queues, and Azure Cosmos DB Table API
  • Implement CRUD with and without transactions; design and manage partitions; query using OData; scale tables and partitions; add and process queue messages; retrieve a batch of messages; scale queues; choose between Azure Storage Tables and Azure Cosmos DB Table API
• Manage access and monitor storage
  • Generate shared access signatures, including client renewal and data validation; create stored access policies; regenerate storage account keys; configure and use Cross-Origin Resource Sharing (CORS); set retention policies and logging levels; analyze logs; monitor Cosmos DB storage
• Implement Azure SQL Database
  • Choose the appropriate database tier and performance level; configure and perform point in time recovery; enable geo-replication; import and export data and schema; scale Azure SQL Database instances; manage elastic pools, including DTUs and eDTUs; manage limits and resource governor; implement Azure SQL Data Sync; implement graph database functionality in Azure SQL Database; design multi-tenant applications; secure and encrypt data; manage data integrity; enable metrics and diagnostics logs for monitoring; use adaptive query processing to improve query performance; implement sharding and elastic tools; implement SQL Server Stretch Database
• Implement Azure Cosmos DB
  • Choose a Cosmos DB API surface; create Cosmo DB API databases and collections; query documents; run Cosmos DB queries; create Graph API databases; execute GraphDB queries; implement MongoDB database; manage scaling of Cosmos DB, including managing partitioning, consistency, and RU/m; manage multiple regions; implement stored procedures; implement JavaScript within Cosmos DB; access Cosmos DB from REST interface; manage Cosmos DB security
• Implement Redis caching
  • Choose a cache tier; implement data persistence; implement security and network isolation; tune cluster performance; integrate Redis caching with ASP.NET session and cache providers; implement Redis data types and operations; implement geo-replication for availability and disaster recovery scenarios
• Implement Azure Search
  • Create a service index; add data; search an index; handle search results; implement synonyms

Manage Identity, Application, and Network Services (10-15%)

• Integrate an app with Azure Active Directory (AAD)
  • Develop apps that use WS-federation, OAuth, and SAML-P endpoints; query the directory by using Microsoft Graph API, MFA and MFA API; implement Azure Managed Service Identity
• Design and implement a messaging strategy
  • Develop and scale messaging solutions using service bus queues, topics, relays, event hubs, Event Grid, and notification hubs; monitor service bus queues, topics, relays, event hubs and notification hubs; determine when to use Event Hubs, Service Bus, IoT Hub, Stream Analytics, and Notification Hubs; implement Azure Event Grid
• Develop apps that use AAD B2C and AAD B2B
  • Design and implement .NET MVC, Web API, and Windows Desktop apps that leverage social identity provider authentication, including Microsoft account, Facebook, Google+, Amazon, and LinkedIn; leverage Azure AD B2B to design and implement applications that support partner-managed identities, enforce multi-factor authentication
• Manage secrets using Azure Key Vault
  • Configure Azure Key Vault; manage access, including tenants; implement HSM protected keys; manage service limits; implement logging; implement key rotation; store and retrieve app secrets including connection strings, passwords, and cryptographic keys

Design and Implement Azure Compute, Web, and Mobile Services (35-40%)

• Design Azure App Service Web Apps
  • Define and manage App Service plans; configure Web Apps settings, certificates, and custom domains; manage Web Apps by using the API, Azure PowerShell, Azure Cloud Shell, and Xplat-CLI; implement diagnostics, monitoring, and analytics; design and configure Web Apps for scale and resilience; use Azure Managed Service Identity to access other Azure AD-protected resources including Azure Key Vault; identify usage scenarios for App Service Isolated
• Implement Azure Functions and WebJobs
  • Create Azure Functions; implement a webhook Function; create an event processing Function; implement an Azure-connected Function; design and implement a custom binding; debug a Function; integrate a Function with storage; implement and configure proxies; integrate with App Service plan; build serverless applications including Azure Event Grid-based applications
• Implement API Management
  • Create managed APIs; configure API Management policies; protect APIs with rate limits; add caching to improve performance; monitor APIs; customize the Developer portal; add authentication and authorization to applications by using API Management; configure API versions by using API Management; implement git-based configuration using API Management
• Design Azure App Service API Apps
  • Create and deploy API Apps; automate API discovery by using Swagger and Swashbuckle; use Swagger API metadata to generate client code for an API app; monitor API Apps
• Develop Azure Logic Apps
  • Create a Logic App connecting SaaS services; create a Logic App with B2B capabilities; create a Logic App with XML capabilities; trigger a Logic App from another app; create custom and long-running actions; monitor Logic Apps; integrate a logic app with a function; access on-premises data; implement Logic Apps with Event Grid
• Develop Azure App Service Mobile Apps
  • Create a Mobile App; add offline sync to a Mobile App; add authentication to a Mobile App; add push notifications to a Mobile App; distribute a Mobile App; add analytics to a Mobile App; collect crash data from devices; implement location-aware applications by using Azure location-based services
• Design and implement Azure Service Fabric Applications
  • Create a Service Fabric application; build an Actors-based service; add a web front-end to a Service Fabric application; monitor and diagnose services; migrate apps from cloud services; create, secure, upgrade, and scale Service Fabric Cluster in Azure; scale a Service Fabric app; deploy an application to a Container
• Design and implement Third Party Platform as a Service (PaaS)
  • Design and implement Third Party Platform as a Service (PaaS)": Implement Cloud Foundry; implement OpenShift; provision applications by using Azure Quickstart Templates; build applications that leverage Azure Marketplace solutions and services; implement solutions that use Azure Bot Service; create Azure Managed Applications; implement Docker Swarm applications; implement Kubernetes applications
• Design and Implement DevOps
  • Instrument an application with telemetry; discover application performance issues by using Application Insights; deploy Visual Studio Team Services with Continuous integration (CI) and Continuous development (CD); deploy CI/CD with third party platform tools (Jenkins, GitHub, Chef, Puppet; TeamCity); implement mobile DevOps by using HockeyApp; perform root cause analysis using Azure Time Series Insights
• Design and implement Kubernetes applications on Azure Container Service (AKS)
  • Create container images; manage container images using Azure Container Registry or Docker Hub; build YAML application definition; scale applications; update running applications; monitor using Container Monitoring solution in Log Analytics; build development cluster; manage configuration values

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Microsoft's Announced Project xCloud Play Xbox Games Anywhere

Microsoft Announced Project xCloud for Streaming Games to PCs, tablets and Phones

The future of gaming is a world where you are empowered to play the games you want, with the people you want, whenever you want, wherever you are, and on any device of your choosing. Our vision for the evolution of gaming is similar to music and movies — entertainment should be available on demand and accessible from any screen. Today, I’m excited to share with you one of our key projects that will take us on an accelerated journey to that future world: Project xCloud.

Today, the games you play are very much dictated by the device you are using. Project xCloud’s state-of-the-art global game-streaming technology will offer you the freedom to play on the device you want without being locked to a particular device, empowering YOU, the gamers, to be at the center of your gaming experience.

Content and Community

Ultimately, Project xCloud is about providing gamers — whether they prefer console or PC — new  choices in when and where they play, while giving mobile-only players access to worlds, characters and  immersive stories they haven’t been able to experience before.

To realize this vision, we know we must make it easy for developers to bring their content to Project xCloud. Developers of the more than 3,000 games available on Xbox One today, and those building the thousands that are coming in the future, will be able to deploy and dramatically scale access to their games across all devices on Project xCloud with no additional work.

About Project xCloud

Scaling and building out Project xCloud is a multi-year journey for us. We’ll begin public trials in 2019 so we can learn and scale with different volumes and locations. Our focus is on delivering an amazing added experience to existing Xbox players and on empowering developers to scale to hundreds of millions of new players across devices. Our goal with Project xCloud is to deliver a quality experience for all gamers on all devices that’s consistent with the speed and high-fidelity gamers experience and expect on their PCs and consoles.

We’ve enabled compatibility with existing and future Xbox games by building out custom hardware for our datacenters that leverages our years of console and platform experience. We’ve architected a new customizable blade that can host the component parts of multiple Xbox One consoles, as well as the associated infrastructure supporting it. We will scale those custom blades in datacenters across Azure regions over time.

We are testing Project xCloud today. The test runs on devices (mobile phones, tablets) paired with an Xbox Wireless Controller through Bluetooth, and it is also playable using touch input. The immersive nature of console and PC games often requires controls that are mapped to multiple keys, buttons, sticks and triggers. We are developing a new, game-specific touch input overlay that provides maximum response in a minimal footprint for players who choose to play without a controller.

Cloud game-streaming is a multi-faceted, complex challenge. Unlike other forms of digital entertainment, games are interactive experiences that dynamically change based on player input. Delivering a high-quality experience across a variety of devices must account for different obstacles, such as low-latency video streamed remotely, and support a large, multi-user network. In addition to solving latency, other important considerations are supporting the graphical fidelity and framerates that preserve the artist’s original intentions, and the type of input a player has available.

Microsoft — with our nearly 40 years of gaming experience starting with PC, as well as our breadth and depth of capabilities from software to hardware and deep experience of being a platform company — is well equipped to address the complex challenge of cloud game-streaming. With datacenters in 54 Azure regions and services available in 140 countries, Azure has the scale to deliver a great gaming experience for players worldwide, regardless of their location.

Developers and researchers at Microsoft Research are creating ways to combat latency through advances in networking topology, and video encoding and decoding. Project xCloud will have the capability to make game streaming possible on 4G networks and will dynamically scale to push against the outer limits of what’s possible on 5G networks as they roll out globally. Currently, the test experience is running at 10 megabits per second. Our goal is to deliver high-quality experiences at the lowest possible bitrate that work across the widest possible networks, taking into consideration the uniqueness of every device and network.

We are looking forward to learning with you during our public trials next year and sharing more details as we continue on this journey to the future of gaming with you at the center. Stay tuned!

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