Azure for SharePoint Developers - Workshop - Part 3: Web Services
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Building enterprise class web services - for SharePoint developers
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Azure for SharePoint Developers - Workshop - Part 3: Web Services
- 2. …if cloud computing was transportation
- 4. ASP.NET Core 2.0 Web API
- 5. Choose your Editors and Tools Open Source with Contributions Cross-PlatformOSS Seamless transition from on-premises to cloud Faster Development CycleTotally Modular Fast
- 6. .NET Standard Base Core Library (BCL) supported by all .NET Framework ASP.NET Console Windows Forms WPF .NET Core ASP.NET Core Console Xamarin iOS MacOS Android
- 7. .NET Framework .NET Core Full .NET Framework for any scenario and library support on Windows Modular libraries & runtime optimized for server and cloud workloads
- 8. Create a new ASP.NET Core WebAPI Work with authorization Test locally and in Azure
- 13. Show data in PostMan Show resources in Azure Code walk-through: • Data model, mock data, updated values controller • Configuration – application.json, user secrets http://bit.ly/AzureSPC-WebAPI
- 17. Name in Azure Portal Name in Resource Manager Other aliases What is it? App Service Plan Microsoft.Web/serverFarms Web service Plan, Server farm Virtualized web farm App Service Microsoft.Web/sites Web service Web site App Service Authentication use a “Config” resource within Microsoft.Web/sites Easy Auth
- 18. App Service Reference Architectures 99.95% SLA does not apply to free and shared tiers
- 19. FREE SHARED GOOD FOR FOR DEV/TEST BASIC GOOD FOR DEV/TEST STANDARD GOOD FOR PRODUCTION WORKLOADS PREMIUM ENHANCED PERF AND SCALE ISOLATED HIGH-PERF, SECURITY AND ISOLATION Web, mobile, or API apps 10 100 Unlimited Unlimited Unlimited Unlimited Disk space 1 GB 1 GB 10 GB 50 GB 250 GB 1 TB Maximum instances – – Up to 3 Up to 10 Up to 20 Up to 100* Custom domain – Supported Supported Supported Supported Supported Auto Scale – – – Supported Supported Supported VPN hybrid connectivity – – – Supported Supported Supported Network Isolation Supported
- 21. R E S O U R C E M A N A G E R
- 23. Tightly coupled containers of resources that are related in some way Every resource *must* exist in one and only one resource group Resource groups can span regions Nesting of Resource Groups not supported RESOURCE GROUP Set Permissions Monitor and alerting rules Billing Deployment Communication
- 24. Question: Should these resources be in the same group or a different one? Hint: Do they have common lifecycle and management? Answer: Up to you.
- 25. ? Show resources in Portal, PowerShell, and Resource Explorer
- 27. Name-value pairs assigned to resources or resource groups Subscription-wide taxonomy Each resource can have up to 15 tags • Tag by environment, e.g. dev/test/prod • Tag by role, e.g. web/cache/db • Tag by department, e.g. finance/retail/legal • Tag by responsible party, e.g. Bob • Tags show up in billing
- 28. When you download the usage CSV for services that support tags with billing, the tags will appear in the Tags column.
- 30. RBAC Concepts Role Definitions • describes the set of permissions (e.g. read actions) • can be used in multiple assignments Role Assignments • associate role definitions with an identity (e.g. user/group) at a scope (e.g. resource group) • always inherited – subscription assignments apply to all resources Show permissions in portal and PowerShell
- 32. Azure Templates can: • Repeated deployment and consistent state. • Simplify Orchestration • Simplify Roll-back • Provide unified management and Update Support. Azure Templates are: • Source file, checked-in • Able to specify resources and dependencies (VMs, WebSites, DBs) and connections (config, LB sets) • Based on parametrized input/output SQL - A Website Virtual Machines SQL-A Website [SQL CONFIG] VM (2x) DEPENDS ON SQLDEPENDS ON SQL SQL CONFIG
- 33. Element name Requi red Description $schema Yes Location of the JSON schema file that describes the version for the template language. You should use the URL. content Version Yes Version of the template. (i.e.1.0.0.0). Any value can be provided. When deploying resources using the template, this value ensures that the right template is being used. parameters No Values that are provided when deployment is executed to customize resource deployment variables No Values that are used as JSON fragments in the template to simplify template language expressions resources Yes Resource types that are deployed or updated in a resource group outputs No Values that are returned after deployment
- 35. Deploy with an ARM template
- 37. • leaves unchanged resources that exist in the resource group but aren’t specified in the template • adds resources specified in the template that don’t exist in the resource group • does not re-provision resources that exist in the resource group in the same condition defined in the template • deletes resources that exist in the resource group but aren’t specified in the template • adds resources specified in the template that don’t exist in the resource group • does not re-provision resources that exist in the resource group in the same condition defined in the template
- 38. Deployment Best Practices for ARM 1. Define and deploy your infrastructure through the declarative syntax in Resource Manager templates, rather than through imperative commands. 2. Define all deployment and configuration steps in the template. You should have no manual steps for setting up your solution. 3. Run imperative commands to manage your resources, such as to start or stop an app or machine. 4. Arrange resources with the same lifecycle in a resource group. Use tags for all other organizing of resources.
- 40. Visual Studio Team Services OneDrive Local Git Github BitBucket Dropbox External repositories Show ARM code to deploy from Github Show .deployment file Show in portal
- 41. Call service from SPFx web part Show in old and new admin portals Code walk-through
- 43. Which one to use? SQL Server in Azure VM Need a specific version of SQL Server or Windows Need instance-level SQL features (e.g. Agent Job, Linked Servers, DTC) Ok configuring/managing SQL Server and Windows (patching, high availability, backups) Great for migrating existing apps Azure SQL Database Don’t need a specific version of SQL Server or Windows Don’t need instance-level SQL features Don’t want to configure and manage SQL Server or Windows Great for new apps Many customers use both
- 44. Built for SaaS and Enterprise applications Predictable performance & pricing 99.99% availability built-in Geo-replication and restore services for data protection Secure and compliant for your sensitive data Fully compatible with SQL Server 2014 databases Fully managed SQL database service so you can focus on your business SQL DB V12
- 45. B S0 S1 S2 S3 P1 P2 P4 P6 P11 Database Throughput Units (DTUs) Azure SQL Database Service Tiers Basic, Standard, and Premium provide increasing performance levels Scale individual databases up/down via portal, PS, APIs, or T-SQL Database remains online while scaling Hourly billing provides cost efficiency
- 46. What exactly is a DTU? % CPU % READ % WRITE % MEMORY DTU represents a set of operations that are typical for an online transaction processing (OLTP) request, and then measured by how many transactions could be completed per second under fully loaded conditions Create SQL Server and database using ARM
- 48. LINQ to Entities Object Services ObjectQuery Entity SQL Entity Client Entity Framework layers Conceptural Mapping Logical 1st migration Scaffolding a Web API Controller for our DB nuget packages DB Context code
- 50. Key Vault
- 51. The secrets we keep… • Connection strings • Application keys / Client secrets • Certificates, and passwords to certificate private keys • Encryption keys • Service account passwords
- 55. Show enabling Managed Service Identity Show code changes
- 57. Deployment Slots
- 66. DNS-based load balancing and failover Health probe of endpoints to determine availability Impact of Time To Live (TTL) Multiple performance policies
- 68. X
Hinweis der Redaktion
- WRK403 - What Every SharePoint Developer should know about Microsoft Azure While the SharePoint Framework is the new place to customize the SharePoint UI, it runs completely within the web browser, and does nothing to help with background processing or other server-side work, including situations where you need to elevate permissions beyond what the end user is allowed to do. Both sandboxed and farm solutions are off the table in SharePoint Online, leaving few SharePoint-based options for this kind of work. Fortunately, Microsoft Azure is well positioned to handle these situations and many more, and should be part of every SharePoint developer's tool set. This workshop will introduce Azure platform services including Azure Active Directory, web apps, logic apps, Azure Functions, and more. You will learn practical approaches to integrate these with SharePoint. Scenarios will include: • Surfacing line of business data in SharePoint via Azure web apps and functions • Elevating permission in a SharePoint web part • Using Azure functions as timer jobs and web services • Implementing workflows and business orchestration with Azure Logic Apps • Storing and querying large data sets (beyond 5,000 rows) in SQL Azure • Safely managing security and secrets in your Azure code with Managed Service Identities and Key Vault Attendees should have a working knowledge of C# development and familiarity with SharePoint Online. Don't miss this opportunity to upgrade your development skills for modern SharePoint!
- 2
- 4 STEP video demo 1. Create new project, get 401, comment out Authorize 2. Open Azure AD fix up entry copy values 3. Test in Postman – 401 – fix headers, select right token – works! 4. Deploy to Azure works there too
- 4 STEP video demo 1. Create new project, get 401, comment out Authorize 2. Open Azure AD fix up entry copy values 3. Test in Postman – 401 – fix headers, select right token – works! 4. Deploy to Azure works there too
- 4 STEP video demo 1. Create new project, get 401, comment out Authorize 2. Open Azure AD fix up entry copy values 3. Test in Postman – 401 – fix headers, select right token – works! 4. Deploy to Azure works there too
- 4 STEP video demo 1. Create new project, get 401, comment out Authorize 2. Open Azure AD fix up entry copy values 3. Test in Postman – 401 – fix headers, select right token – works! 4. Deploy to Azure works there too
- 4 STEP video demo 1. Create new project, get 401, comment out Authorize 2. Open Azure AD fix up entry copy values 3. Test in Postman – 401 – fix headers, select right token – works! 4. Deploy to Azure works there too
- Blue pill – go on believing what you want Red pill – all the way down the rabbit hole
- A JSON template file is a text file that contains descriptions of the resources, configurations code and extensions. JSON templates are idempotent, which means that they can be run multiple times without changing the outcome beyond initial deployment. A consequence of this characteristic is that templates can be used to upgrade applications, for example, by scaling out applications with additional VMs. You modify the template to include the specifications for the additional virtual machines. When you deploy the template, Azure Resource Manager will recognize the resources that have previously been deployed and create only the resources that have been added. A JSON template is divided into sections: <CLICK> The $schema (a required element that provides the location of the file that describes the version of the template language) along with a required element that provides the version of the template The schema reference is used by intelligent JSON clients to determine the schema that is applicable to the JSON file and to provide additional functionality such as autocomplete and intellisense. <CLICK> Parameters (optional elements that define values that are passed in when the template is executed) The value for the Parameters key is an array of parameter objects that representing the dynamic input for the JSON template. Each of the parameter objects has a name that is used pass values in at runtime and is referenced within the JSON itself in other sections. For example, "NewStorageAccount" is the name of the parameter that is supplied as an input and used to provide the name of the storage account resource specified in the JSON file. <CLICK> Variables (optional elements that define the values that are used when template is executed) <CLICK> Resources (a required element that defines the resources that are deployed or updated in a resource group); and This slide doesn’t show it, but you can also have an optional Outputs section that defines values that are returned after a deployment <CLICK> A JSON file is constructed of key/value pairs. For example, in the image above, "ContentVersion" is the key and "1.0.0.0" is the value. A key is always a string enclosed in quotation marks. A value can be a string, securestring, number, boolean expression, array, or object. A JSON object is enclosed in curly braces, "{ }". In a key/value pair the key is always followed by a colon. Key/pairs are separated by commas. A JSON template may also contain functions and expressions. Expression are enclosed in square brackets, "[ ]', and can appear anywhere in a JSON string. Functions calls have the format functionName(arg1,arg2,arg3). Properties are referenced using the dot and index operators. The lab provides notes with additional details regarding specific parameters, variables, resources, etc. Authoring Azure Resource Manager templates https://azure.microsoft.com/en-us/documentation/articles/resource-group-authoring-templates/
- In general don’t worry about it As you scale out, fabric controller will put instances into different fault domains
- https://docs.microsoft.com/en-us/azure/sql-database/sql-database-designing-cloud-solutions-for-disaster-recovery