Developing Microsoft SQL Server 2012 Databases

Transcription

1 Developing Microsoft SQL Server 2012 Databases Duration: 5 Days Course Code: M10776 Overview: This 5-day instructor-led course introduces SQL Server Denali and describes logical table design, indexing and query plans. It also focusses on the creation of database objects including views, stored procedures, along with parameters, and functions. Other common aspects of procedure coding, such as transactions, concurrency, error handling, triggers, and SQL CLR are also covered in this course. NOTE: This course is currently in development and is expected to be deliverable from February Target Audience: The primary audience for this course is IT Professionals who want to become skilled on SQL Server Denali product features and technologies for implementing a database. Objectives: After completing this course, students will be able to: Introduce the entire SQL Server platform and its major tools. It will cover editions, versions, basics of network listeners, and concepts of services and service accounts. Determine appropriate data types to be used when designing tables, convert data between data types, and create alias data types. Be aware of good design practices regarding SQL Server tables and be able to create tables using T-SQL. (Note: partitioned tables are not covered). Implement PRIMARY KEY, FOREIGN KEY, DEFAULT, CHECK and UNIQUE constraints, and investigate cascading FOREIGN KEY constraints. Determine appropriate single column and composite indexes strategies. Create tables as heaps and tables with clustered indexes. Also consider the design of a table and suggest an appropriate structure. Work with table types, table valued parameters and use the MERGE statement to create stored procedures that update data warehouses. Design and implement functions, both scalar and table-valued. (Also describe where they can lead to performance issues). Perform basic investigation of a deadlock situation and learn how transaction isolation levels affect application concurrency. Use both traditional T-SQL error handling code and structured exception handling. Design and implement DML triggers Learn appropriate uses for SQL CLR integration and implement an existing.net assembly within SQL Server. Store XML data and schemas in SQL Server. Perform basic queries on XML data in SQL Server. Work with the GEOGRAPHY and GEOMETRY data types Implement and query a full-text index. Read and interpret details of common elements from execution plans. Design effective non-clustered indexes. Design and implement views Design and implement stored procedures. Prerequisites: Students who attend this training can meet the prerequisites by attending the following course: M10774: Querying Microsoft SQL Server 2012

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3 Content: Module 1: Introduction to SQL Server 2012 Module 8: Improving Performance through This module explores T-SQL error handling, and its Toolset Nonclustered Indexes looks at how it has traditionally been implemented, and how structured exception This module stresses on the fact that before handling can be used. beginning to work with SQL Server in either This module explains how nonclustered a development or an administration role, it is indexes have the potential to significantly Understanding T-SQL Error Handling important to understand the overall SQL enhance the performance ofapplications Implementing T-SQL Error Handling Server platform. In particular, it is useful to andhow to use a tool that can help design Implementing Structured Exception Introduction to the SQL Server Platform these indexes appropriately. HandlingLab : Handling Errors in T-SQL Working with SQL Server Tools Code Configuring SQL Server ServicesLab : Designing Effective Nonclustered Indexes based error Introduction to SQL Server and its Toolset Implementing Nonclustered Indexes handling with structured exception Verifying SQL Server Component Using the Database Engine Tuning handling Installation AdvisorLab : Improving Performance Adding deadlock retry logic to the stored Altering Service Accounts for New Instance through Nonclustered Indexes procedureafter completing this module, Enabling Named Pipes Protocol for Both Nonclustered index usage review students will be able to: Instances Improving nonclustered index designs Design T-SQL error handling Creating an Alias for AdvDev Working with SQL Server Profiler and Implement T-SQL error handling Ensuring SQL Browser is Disabled and Database Engine Tuning Advisor Implement structured exception handling Configure a Fixed TCP/IP Port (Only if time Designing nonclustered indexafter permitsafter completing this lesson, you will completing this module, students will be Module 15: Responding to Data be able to: able to: Manipulation via Triggers Describe the SQL Server Platform. Design effective nonclustered indexes Work with SQL Server Tools. Implement nonclustered indexes Configure SQL Server Services. Use the database engine tuning advisor This module, explains what DML triggers are to design indexes and how they enforce data integrity. Also it Module 2: Working with Data Types focusses onthe different types of triggers Module 9: Designing and Implementing available, and how to define triggers ina Views database. This module explains how to use and convert data types. Also it focusses on how towork with Designing DML Triggers specialized data types, and character data This module introduces Views, and explains Implementing DML Triggers types. how to create and manage Views. Also it Advanced Trigger ConceptsLab : focusses on the performance consideration Responding to Data Manipulation via Using Data Types for Views. Triggers Working with Character Data Creating and Testing the Audit Trigger Converting Data Types Introduction to Views Improving the Audit TriggerAfter Specialized Data TypesLab : Working with Creating and Managing Views completing this module, students will be Data Types Performance Considerations for able to: Choosing Appropriate Data Types ViewsLab : Designing and Implementing Design DML triggers. Writing Queries With Data Type Views Implement DML triggers. Conversions Designing, Implementing and Testing the Explain advanced DML trigger concepts. Designing and Creating Alias Data Types WebStock Views (Only if time permits)after completing this Designing and Implementing the Module 16: Implementing Managed Code module, students will be able to: Contacts View in SQL Server 2012 Work with data types. Modifying the AvailableModels ViewAfter Work with character data. completing this module, students will be Convert between data types. able to: This module explains how to use CLR Use specialized data types. Explain the role of views in database integrated code to create user-defined development. database objects that are managed by the Module 3: Designing and Implementing Implement views..net Framework. Tables Describe the performance related impacts of views. Introduction to SQL CLR Integration Importing and Configuring Assemblies This module explains how to design, create, Module 10: Designing and Implementing Implementing SQL CLR IntegrationLab : and alter tables. Also it focusses on working Stored Procedures Designing and Implementing Views with schemas. Assessing Proposed CLR Code Implementing a CLR Assembly Designing Tables This module describesthe potential Implementing a CLR User-defined Working with Schemas advantages of the use of stored procedures Aggregate and CLR User-defined Data Creating and Altering TablesLab : Designing along with guides on creating them. TypeAfter completing this module, and Implementing Tables students will be able to: Improving the Design of Tables Introduction to Stored Procedures Explain the importance of SQL Server CLR Creating a Schema Working With Stored Procedures Integration.

4 Creating the TablesAfter completing this Implementing Parameterized Stored Import and configure assemblies. module, students will be able to: Procedures Implement objects that have been created Design Tables. Controlling Execution ContextLab : within.net assemblies. Work with Schemas. Designing and Implementing Stored Create and Alter Tables. Procedures Module 17: Storing XML Data in SQL Creating stored procedures Server 2012 Module 4: Ensuring Data Integrity through Creating a parameterized stored Constraints procedure Altering the execution context of stored This module introduces XML and shows how proceduresafter completing this module, XML data can be stored within SQL Server. This module explains how to enforce data students will be able to: integrity, andimplement domain integrity to Describe the role of stored procedures Introduction to XML and XML Schemas maintain high quality data. Also it focusses on and the potential benefits of using them. Storing XML Data and Schemas in SQL implementing Entity and Referential Integrity. Work with stored procedures. Server Implement parameterized stored Implementing the XML Data TypeLab : Enforcing Data Integrity procedures. Storing XML Data in SQL Server Implementing Domain Integrity Control the execution context of a stored Appropriate Usage of XML Data Storage in Implementing Entity and Referential procedure. SQL Server IntegrityLab : Ensuring Data Integrity Investigating the Storage of XML Data in through Constraints Module 11: Merging Data and Passing Variables Designing Constraints Tables Investigating the use of XML Schema Testing the constraintsafter completing this Collections module, students will be able to: Investigating the Creation of Database Explain the available options for enforcing This module reviews the techniques that Columns Based on XMLAfter completing data integrity and the levels at which they provide the ability to process sets of data this module, students will be able to: should be applied. rather than individual rows. Also it focusses Describe XML and XML schemas. Implement domain integrity. on how these techniques can be used in Store XML data and associated XML Implement entity and referential integrity. combination with TABLE parameter types to schemas in SQL Server. minimize the number of required stored Implement the XML data type within SQL Module 5: Planning for SQL Server 2012 procedure calls in typical applications. Server. Indexing Using the MERGE Statement Module 18: Querying XML Data in SQL Implementing Table Types Server This module explains the core indexing Using TABLE Types As ParametersLab : concepts and effectiveness of each data type Passing Tables and Merging Data commonly used in indexes. Creating a Table Type This moduleshows how XML data can be Using a Table Type Parameter queried, including queries written in a Core Indexing Concepts Using a Table Type with MERGEAfter language called XQuery. Data Types and Indexes completing this module, students will be Single Column and Composite IndexesLab : able to: Using the T-SQL FOR XML Statement Planning for SQL Server Indexing Use the MERGE statement. Getting Started with XQuery Exploring existing index statistics Implement table types. Shredding XMLLab : Querying XML Data Designing column orders for indexesafter Use TABLE types as parameters. in SQL Server completing this module, students will be able Learning to query SQL Server data as XML to: Module 12: Designing and Implementing Writing a stored procedure returning XML Explain core indexing concepts. User-Defined Functions Writing a stored procedure that updates Describe the effectiveness of each data type using XMLAfter completing this module, common used in indexes. students will be able to: Plan for single column and composite This module explains how to design and Use the T-SQL FOR XML Statement. indexes. implement user-defined functions that enforce Work with basic XQuery queries. business rules or data consistency, and Shred XML to a relational form. Module 6: Implementing Table Structures in modify and maintain existing functions written SQL Server 2012 by other developers. Module 19: Working with SQL Server 2012 Spatial Data Overview of Functions This module explains how tables can be Designing and Implementing Scalar structured in SQL Server databases. Also it Functions This module introduces Spatial Data, and focusses on designing and working with Designing and Implementing explains how to work with SQL Server Spatial clustered indexes. Table-Valued Functions Data Types. Implementation Considerations for SQL Server Table Structures Functions Introduction to Spatial Data Working with Clustered Indexes Alternatives to FunctionsLab : Designing Working with SQL Server Spatial Data Designing Effective Clustered IndexesLab : and Implementing User-Defined Types Implementing Table Structures in SQL Functions Using Spatial Data in ApplicationsLab : Server Formatting Phone Numbers Working with SQL Server Spatial Data Creating Tables as Heaps Modifying an Existing Function Familiarity With Geometry Data Type

5 Creating Tables with Clustered Indexes Resolve a Function-related Performance Adding Spatial Data to an Existing Table Comparing the Performance of Clustered IssueAfter completing this module, Business Application of Spatial DataAfter Indexes vs. HeapsAfter completing this students will be able to: completing this module, students will be module, students will be able to: Design and implement scalar functions. able to: Explain how tables can be structured in SQL Design and implement table-valued Describe the importance of spatial data Server databases. functions. and the industry standards related to it. Work with clustered indexes. Describe implementation considerations Explain how to store spatial data in SQL Design effective clustered indexes. for functions. Server. Describe alternatives to functions. Perform calculations on and query SQL Module 7: Reading SQL Server 2012 Server spatial data. Execution Plans Module 13: Creating Highly Concurrent SQL Server 2012 Applications Module 20: Working with Full-Text Indexes and Queries This module explainshow to design additional indexes. Also it focusses onhow to read and This module explains how to use transactions interpret execution plans. and the SQL Server locking mechanisms to This module introduces Full-Text Indexing meet the performance and data integrity and how to implement Full-Text Indexes in Execution Plan Core Concepts requirements of your applications. SQL Server. Common Execution Plan Elements Working with Execution PlansLab : Reading Introduction to Transactions Introduction to Full-Text Indexing SQL Server Execution Plans Introduction to Locks Implementing Full-Text Indexes in SQL Actual vs. Estimated Plans Management of Locking Server Identifying Common Plan Elements Transaction Isolation LevelsLab : Working with Full-Text QueriesLab : Querying Cost ComparisonAfter completing Creating Highly Concurrent SQL Server Working with Full-Text Indexes and this module, students will be able to: Applications Queries Explain the core concepts related to the use Detecting Deadlockss Implementing a full-text index of execution plans. Investigating Transaction Isolation Implementing a stoplist Describe the role of the most common LevelsAfter completing this module, Creating a stored procedure to implement execution plan elements. students will be able to: a full-text searchafter completing this Work with execution plans. Describe the role of transactions module, students will be able to: Explain the role of locks Describe why user interfaces in existing Manage locking applications are not sufficient for end user Work with transaction isolation level search needs Implement full-text indexes in SQL Server Module 14: Handling Errors in T-SQL Code Query SQL Server using full-text queries Additional Information: The Beta version of this course utilizes pre-release software in the virtual machine for the labs.some of the exercises in this course are SQL Azure enabled. This course will be delivered with digital courseware. In order to have the best learning experience you are asked to bring your own second screen to view the courseware. A second screen includes: tablets and laptops. Further Information: For More information, or to book your course, please call us on 0800/ info@globalknowledge.be