This excellent SQL Server Development course will teach you many of the SQL functions that allow you to manipulate the data within the database. In addition, this SQL course takes you inside the latest, coolest, and most powerful database software platform, Microsoft’s SQL Server 2005. The modules included on this SQL course focus on key elements in a logical sequence. This amazing SQL course demonstrates how you can easily find what you need-including all the SQL Server 2005 basics, best practices, dozens of targeted examples, and sample code. If you design or develop SQL Server 2005 databases, this SQL course is what you need to succeed!
Our learning material is available to students 24/7 anywhere in the world, so it’s extremely convenient. These intensive online courses are open to everyone, as long as you have an interest in the topic! We provide world-class learning led by IAP, so you can be assured that the material is high quality, accurate and up-to-date.
Paul Nielsen is a hands-on database developer, Microsoft SQL Server MVP, a trainer specializing in data architecture and Microsoft SQL Server technologies, and author of many books including SQL Server 2005 Bible. Paul also serves on the PASS (Professional Association for SQL Server) Board of Directors, and is active in the Colorado area SQL Server user groups.
Section 01 – Introduction to SQL Server 2005
Section 02 – Selecting Data
Section 03 – Developing Solutions
Those who successfully pass this course will be awarded a SQL Server Development certificate. Anyone eligible for certification will receive a free e-certificate, and printed certificate.
This excellent SQL Server Development course will qualify you to be a Backend Developer. As a Backend Developer you could work for an existing organisation, or could work on a freelance basis. The average salary of a Backend Developer in the UK is £24,885, and this will go up with experience (payscale.com). With this course you could fulfil any of the following roles:
SECTION 1 - INTRODUCTION TO SQL SERVER 2005 | |||
1: SQL SERVER OVERVIEW | |||
1. Understanding Client Server Architecture | |||
2. Introducing the Tools | |||
3. Selecting an Addition | |||
4. Creating Sample Databases | |||
2: USING MANAGEMENT STUDIO | |||
1. Arranging the Workspace | |||
2. Registering Servers | |||
3. Explaining Items in the Object Explorer | |||
4. Explaining the Database Properties Dialog | |||
5. Explaining the Columns Properties Dialog | |||
6. Continuing with Object Explorer Items | |||
7. Using the Query Editor | |||
3: DESIGNING RELATIONAL DATABASES | |||
1. Understanding Normalization | |||
2. Discovering Patterns | |||
3. Avoiding Over Complexity | |||
4. Managing Optional Data | |||
5. Creating Physical Keys | |||
6. Using the Database Diagrammer Tool | |||
7. Final Comments | |||
SECTION 2 - SELECTING DATA | |||
1: WORKING WITH SINGLE TABLE QUERIES | |||
1. Understanding Query Flow | |||
2. Filtering Data with the Where Clause | |||
3. Columns, Expressions & Scalar Functions | |||
4. Using Case Expressions | |||
5. Working with Nulls & Coalesce | |||
6. Selecting Environment Functions | |||
7. Working with Dates & Times | |||
8. Parsing Strings | |||
9. Converting Data | |||
10. Sorting Data | |||
11. Topping Off the Query with Predicates | |||
2: MERGING DATA WITH JOINS & UNIONS | |||
1. Working with Inner Joins | |||
2. Using Left Outer Joins | |||
3. Multiplying Data with Cross Joins | |||
4. Referencing Self-Joins | |||
5. Working with Complex Joins | |||
6. Finding the Set Difference | |||
7. Stacking Data with Unions | |||
3: WORKING WITH SUBQUERIES | |||
1. Using Subqueries as Expressions | |||
2. Including Subqueries as Lists | |||
3. Adding Subqueries as Derived Tables | |||
4. Working with Correlated Subqueries | |||
5. Solving for X with Relations Division | |||
4: AGGREGATING DATA | |||
1. Using the New Windowing Functions | |||
2. Using Aggregate Functions | |||
3. Grouping a Data Set | |||
4. Nesting Aggregations | |||
5. Filtering Groups & Adding Grand Totals | |||
6. Generating Cross Tab Tables (Pivot) | |||
7. Calculating Cumulative Sums | |||
5: USING FULL-TEXT SEARCH | |||
1. Creating a Full-Text Index | |||
2. Searching for Words | |||
3. Using a Fuzzy Search to Search for Phrases | |||
6: SELECTING DATA THROUGH VIEWS | |||
1. Creating Views | |||
2. Preventing Disappearing Rows | |||
3. Protecting from Schema Changes | |||
4. Nesting Views | |||
7: DISTRIBUTED QUERIES | |||
1. Linking to External Data Sources | |||
2. Executing Distributed Queries | |||
3. Looking at Where the Work Takes Place | |||
4. Using Pass Through Queries | |||
5. Controlling Distributed Transactions | |||
8: MODIFYING DATA | |||
1. Inserting Data | |||
2. Updating Data | |||
3. Deleting Data | |||
4. Using the Output Clause | |||
5. Final Comments & Credits | |||
SECTION 3 - DEVELOPING SOLUTIONS | |||
1: T-SQL STORED PROCEDURES | |||
1. Introducing T-SQL | |||
2. Working with Variables | |||
3. Controlling Procedural Flow | |||
4. Examining SQL Server with Code | |||
5. Using Temp Tables | |||
6. Developing Dynamic SQL | |||
7. Introducing Stored Procedures | |||
8. Passing Parameters | |||
9. Returning Parameters | |||
10. Working with a Cursor | |||
11. Handling Errors | |||
12. Explaining the Raise Error | |||
13. Controlling Transactions | |||
2: TRIGGERS & AUDIT TRAILS | |||
1. Introducing After Triggers | |||
2. Using “Instead of” Trigger | |||
3. Disabling Triggers | |||
4. Using the Update ( ) Function | |||
5. Selecting Transaction Data | |||
6. Nesting & Recursion | |||
7. Enforcing Complex RI | |||
8. Auditing Data Changes | |||
3: USER-DEFINED FUNCTIONS | |||
1. Creating Scalar Functions | |||
2. Working with Inline Table-Valued Functions | |||
3. Using Multi-Statement Table-Valued UDFs | |||
4. Navigating a Hierarchy | |||
5. Having Fun with Apply | |||
6. Exploring Functions in Nordic | |||
4: INDEXING FOR PERFORMANCE | |||
1. Introducing Indexes | |||
2. Creating Indexes | |||
3. Examining Query Execution Plans, Part – 1 | |||
4. Examining Query Execution Plans, Part – 2 | |||
5: TRANSACTIONS,LOCKING & BLOCKING | |||
1. Introducing ACID | |||
2. Understanding Transactional Faults | |||
3. Stepping through a Transaction | |||
4. Exploring Locks | |||
5. Working with Locks | |||
6. Viewing Deadlocks | |||
7. Using Snapshot Isolation | |||
6: INTRODUCING TO OPTIMIZATION THEORY | |||
1. Deconstructing the Database System | |||
2. Walking through Optimization Theory | |||
3. Optimization Theory Continued | |||
4. Final Comments & Credit |