70-765: Provisioning SQL Databases

In de online cursus 70-765: Provisioning SQL Databases leer je hoe je SQL Server databases gebruiksklaar kunt maken, zowel op locatie als in SQL Azure. Je leert onder andere migraties uit te voeren vanuit reeds geïnstalleerde versies, het upgraden naar SQL Server 2016 en het installeren van SQL Server op Azure virtuele machines. Onderwerpen die onder andere naar voren komen zijn opslagmogelijkheden in SQL Server 2016, database security, TDE implementatie, performance settings, applicaties implementeren naar Microsoft Azure SQL databases en nog veel meer.

Doelgroep

Databasebeheerder

Let op: Deze training blijft wel bestaan maar de mogelijkheid om het bijbehorende examen af te leggen is per 31 januari 2021 komen te vervallen. 
Een groot aantal Microsoft trajecten zijn namelijk aan het veranderen. Veel MCSA en MCSE trajecten maken plaats voor Role-Based trajecten.

De vervanger van deze online training is:
DP-300: Implementing an Azure Data Solution

Bij de DP-300 is het als voorkennis belangrijk dat cursisten over technische kennis beschikken die gelijk is aan de volgende online training:
AZ-900: Microsoft Azure Fundamentals en
DP-900: Microsoft Zaure Data Fundamentals

Resultaat

Na afloop van de online cursus 70-765: Provisioning SQL Databases ben je in staat SQL Server databases gebruiksklaar te maken, zowel op locatie als in SQL Azure.

Voorkennis

Je beschikt over deze voorkennis:

• Basiskennis van Windows besturingssystemen
• Praktische kennis van Transact-SQL
• Praktische kennis van relationele databases

Inhoud

Tijdens de online cursus 70-765: Provisioning SQL Databases worden de volgende onderwerpen behandeld:

SQL Server 2016 Installation

• Start the course
• Recognize the SQL Server 2016 components
• Describe SQL Server:
  • 2016 instances
  • 2016 editions
  • Versions
• Explain SQL Server 2016 32-bit systems
• Explain SQL Server 2016 64-bit systems
• Recognize the different SQL Server 2016 architecture layers
• Explain SQL Server 2016 CPU usage
• Explain SQL Server 2016 Server memory management
• Describe parallelism in SQL Server 2016
• Explain I/O operations in SQL Server 2016
• Describe the various services used by SQL Server 2016
• Describe the various account types available in SQL Server 2016
• Explain the different network protocols supported by SQL Server 2016
• Understand the various hardware requirements for SQL Server 2016
• Understand the various software requirements for SQL Server 2016
• Describe considerations when implementing I/O subsystems for SQL Server 2016
• Demonstrate how to use the SQLIOSim tool in SQL Server 2016
• Demonstrate how to use the Diskspd tool in SQL Server 2016
• Determine the requirements for a successful SQL Server deployment

Installing and Upgrading SQL Server 2016

• Start the course
• Explain SQL Server 2016 tempdb files
• Describe tempdb attributes
• Understand tempdb sizing
• Describe SQL installation options
• Demonstrate how to install SQL Server 2016
• Recognize post-installation best practices
• Demonstrate SQL Server servicing installation
• Recognize unattended installation options
• Perform an unattended SQL Server 2016 installation
• Create an upgrade strategy for SQL Server 2016
• Recognize the supported upgrade paths for SQL Server 2016
• Use the data migration assistance in SQL Server 2016
• Explain how:
  • To upgrade from SQL Server 2005
  • And when to use the in-place upgrade option
  • And when to use the side-by-side upgrade option
• Describe hybrid and rolling upgrade options in SQL Server 2016
• Demonstrate how to use the upgrade advisor in SQL Server 2016
• Describe the SQL Server distributed replay feature
• Determine the appropriate installation options and features for a given scenario

SQL Server Virtual Machines on Azure

• Start the course
• Explain SQL Server on Azure virtual machines
• Recognize SQL Server Azure VM usage scenarios
• Explain per-minute licensing
• Recognize the differences between IaaS and on-premises deployments
• Demonstrate how to connect to a SQL Server Azure VM
• Demonstrate how to migrate a database to a SQL Server Azure VM
• Perform a backup of a database to an Azure storage account
• Perform a restore from an Azure storage account to an Azure VM
• Configure automatic patching and updating of an Azure VM running SQL Server
• Describe the customer experience improvement program (CEIP)
• Explain service tiers in SQL Server 2016
• Describe common service tier use cases
• Demonstrate how to create a sysadmin account
• Explain elastic database pools
• Describe when to use the appropriate service tier
• Explain SQL Server 2016 database transaction units
• Describe how to provision an Azure SQL Server 2016 database
• Demonstrate how to create an Azure SQL Server 2016 database
• Demonstrate how to connect to an Azure SQL Server 2016 database
• Determine when to deploy SQL to Azure VMs and databases

SQL Server Instances and Storage Considerations

• Start the course
• Describe SQL Server instances
• Explain how to host a SQL Server instance using Azure VMs
• Recognize the benefits of using Azure automation
• Explain how and when to use Azure Resource Manager
• Demonstrate how to deploy SQL Server using templates
• Provide an introduction to data storage with SQL Server
• Discuss considerations when planning disk storage devices
• Explain the different types of RAID configurations
• Differentiate between the five SQL Server system databases
• Demonstrate how to create user databases in SQL Server 2016
• Explain the use of filegroups in SQL Server 2016
• Describe how SQL Server uses the buffer pool extension
• Demonstrate how to configure the storage buffer pool extension
• Explain how storage spaces can be used in SQL Server 2016
• Describe storage layout considerations when using virtual machines
• Describe other possible storage solutions, including NAS, DAS, and SAN
• Determine effective disk or storage configuration for a given scenario

Microsoft Azure SQL Database Security

Determining how to secure databases in SQL Server 2016 is one of the most important parts of a deployment strategy. This course covers how to implement firewalls, authentication, and auditing to ensure Microsoft Azure SQL database security. In addition, this course covers dynamic data masking, a feature in SQL Server 2016 that can be used to limit exposure to sensitive data. This course is one of a series of courses that cover the objectives for the 20765A: Provisioning SQL Databases exam.

Azure SQL Database Encryption

• Start the course
• Provide a general overview of transparent data encryption
• Demonstrate how to use transparent data encryption
• Demonstrate how to use transparent data encryption commands and functions
• Describe:
  • The TDE catalog views in SQL Server 2016
  • The TDE dynamic management views in SQL Server 2016
  • Considerations when implementing TDE
• Demonstrate how to:
  • Enable TDE using the Azure portal
  • Enable and disable TDE using PowerShell
  • Disable TDE using the Azure portal
• Describe how to move a TDE protected database
• Describe the Always Encrypted database engine feature
• Recognize when to use the Always Encrypted feature in SQL Server 2016
• Configure Always Encrypted in SQL Server 2016
• Describe the available database permissions in SQL Server 2016
• Understand the encryption key hierarchy in SQL Server 2016
• Recognize when to use cell-level encryption
• Describe the security permissions required for cell-level encryption
• Demonstrate how to encrypt data using simple symmetric encryption
• Configure encryption for Azure SQL Databases

SQL Server Performance Settings

• Start the course
• Describe how to evaluate and tune database performance
• Demonstrate how to improve performance by changing service tiers
• Configure elastic database pools to scale resources automatically
• Vonfigure the database scope in SQL Server 2016
• Demonstrate how to configure memory options including min server memory and max server memory
• Demonstrate how to configure and view memory options using T-SQL
• Describe the three approaches you can use to manage memory when running multiple instances of the database engine
• Describe the role of operators in SQL Server 2016
• Demonstrate how to create an operator in SQL Server 2016
• Perform the necessary steps to delete an operator in SQL Server 2016
• Demonstrate how to configure operator availability in SQL Server 2016
• Edit an existing operator in SQL Server 2016
• Access and view operator information in SQL Server 2016
• Demonstrate how to designate a fail-safe operator in SQL Server 2016
• Configure alerts based on monitoring metrics in SQL Server 2016
• Create an alert rule on a metric within the Azure portal
• Assign alerts to an operator in SQL Server 2016
• Manage alerts in SQL Server 2016
• Optimize SQL Server 2016 database performance

Deploying Applications to Microsoft Azure SQL Databases

• Start the course
• Explain the difference between single-tenant and multi-tenant data architectures
• Recognize the architectural considerations that influence choosing between a single vs multi tenant
• Explain considerations, such as economic, security, tenant, relating to multiple tenants
• Describe how to manage multi-tenant data in SQL Server 2016
• Describe the benefits of partitioning and isolating tenant data
• Demonstrate how to manage deployments that support multiple tenants
• Recognize the various steps and considerations involved with migrating on-premise SQL Server databases to Azure
• Recognize the tools available to test for SQL Database compatibility
• Describe how to migrate a non-SQL Server database
• Demonstrate how to migrate a SQL Server database using the Microsoft Azure database wizard
• Compare the bacpac export and transactional replication migration methods
• Demonstrate how to create a BACPAC file to use in a database migration
• Explain the Azure data factory
• Describe the data transformation activities supported by Azure data factory
• Discuss how to install the data management gateway
• Create linked services that connect to data sources in Azure data factory
• Define and create tables to specify how to access datasets
• Demonstrate how to define, create, and start the pipeline
• Manage data using the Azure Data Factory

Azure Virtual Machines

• Start the course
• Describe:
  • The primary migration methods available when migrating to Azure VMs
  • How to use the Azure VM deployment wizard
  • Alternative deployment options such as backing up to a file and URL
• Demonstrate how to detach and copy to URL and attach from URL using the AzCopy command line utility
• Explain the Microsoft Azure import/export service
• Describe the benefits of generating benchmark data
• Explain why it is important to perform cache warming prior to gathering benchmark data
• Describe the Iometer tool and how it can be used to gather benchmark data
• Demonstrate how to use the IOMeter tool to gather benchmark data
• Explain how the FIO tool can be used to gather benchmark data on Azure VMs
• Explain how to effectively tune data disks in Azure
• Describe how VM disk caching works
• Explain how using data compression reduces overall I/O
• Describe the different types of platform events that can affect the availability of VMs
• Demonstrate how to configure multiple VMs in an availability set for redundancy
• Configure each application tier into separate availability sets for redundancy
• Describe the benefits of combining Azure load balancer with availability sets
• Configure multiple storage accounts for each availability set
• Migrate data using the Microsoft Azure VM wizard

Migrating Client Applications

• Start the course
• Explain the role of connection strings
• Describe the use of connection strings in Azure
• Discuss how to create connection strings for Azure storage accounts
• Create a connection string using a shared access signature
• Create a connection string to an explicit storage endpoint
• Parse a connection string from a configuration file
• Develop application retry connection logic
• Describe the different options for distributing network traffic using Azure
• Describe the traffic manager feature found in Azure
• Explain the:
  • Priority traffic routing method
  • Weighted traffic routing method
  • Performance traffic routing method
• Describe the 1-tier application pattern
• Explain the 3-tier application pattern
• Explain the presentation tier scale out application pattern
• Describe the:
  • Business tier scale out application pattern
  • 2-tier and 3-tier presentation and business tiers scale out and HADR application pattern
  • 2-tier and 3-tier using the Azure VMs and Cloud services application pattern
• Explain the N-Tier hybrid application pattern
• Demonstrate how to create a traffic manager profile

Inbegrepen

Duur

25 uur

Beschikbare taal

Engels

Online toegang

6 maanden

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