Ultimate Azure Synapse Analytics 1st Edition by Swapnil Mule – Ebook PDF Instant Download/Delivery: 8197256233, 9788197256233
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ISBN 10: 8197256233
ISBN 13: 9788197256233
Author: Swapnil Mule
Empower Your Data Insights with Azure Synapse Analytics Key Features ● Leverage Azure Synapse Analytics for data warehousing, big data analytics, and machine learning in one environment. ● Integrate with Azure services like Azure Data Lake Storage and Azure Machine Learning to enhance analytics. ● Gain insights from real-world examples and best practices to solve complex data challenges. Book Description Unlock the full potential of Azure Synapse Analytics with Ultimate Azure Synapse Analytics your definitive roadmap to mastering the art of data analytics in the cloud era. From the foundational concepts to advanced techniques, each chapter offers practical insights and hands-on tutorials to streamline your data workflows and drive actionable insights. Discover how Azure Synapse Analytics revolutionizes data processing and integration, empowering you to harness the vast capabilities of the Azure ecosystem. Seamlessly transition from traditional data warehousing to cutting-edge big data analytics, leveraging serverless and dedicated resources for optimal performance. Dive deep into Synapse SQL, explore advanced data engineering with Apache Spark, and delve into machine learning and DevOps practices to stay ahead in today’s data-driven landscape. Whether you’re seeking to optimize performance, ensure compliance, or facilitate seamless migration, this book provides the expertise needed to excel in your role. Gain valuable insights into industry best practices, enhance your data engineering skills, and drive innovation within your organization. What you will learn ● Understand the significance of Azure Synapse Analytics in modern data analytics. ● Learn to set up and configure your Synapse workspace for efficient data processing. ● Dive into Synapse SQL and discover techniques for data exploration and analysis. ● Master advanced techniques for seamless data integration into Azure Synapse Analytics. ● Explore big data engineering concepts and leverage Apache Spark for scalable data processing. ● Discover how to implement machine learning models and algorithms using Synapse Analytics. ● Ensure data security and regulatory compliance with effective security measures in Azure Synapse Analytics. ● Optimize performance and efficiency through performance tuning strategies and optimization techniques. Table of Contents 1. The World of Azure Synapse Analytics 2. Setting Up the Synapse Workspace 3. Synapse SQL and Data Exploration 4. Data Integration Technique 5. Big Data Engineering with Apache Spark 6. Machine Learning with Synapse 7. Implementing Security and Compliance 8. Performance Tuning and Optimization 9. DevOps for Data Engineering 10. Ensuring Implementation Success and Effective Migration Index About the Authors Swapnil Mule a distinguished data engineer, graduated as a top-ranking student from MIT, Pune in 2015. Throughout his academic journey, he consistently showcased exceptional prowess, earning accolades for his remarkable achievements in the field of engineering. With over a decade of experience, Swapnil specializes in spearheading data engineering projects, collaborating with global banks and renowned brands such as BNY Mellon, Microsoft, and Verition Funds. His proficiency spans various technical domains including data modeling, data orchestration design, data analysis, and data warehousing. Equipped with certifications in SQL Server, AWS, and SAFe® Agile methodologies, Swapnil’s passion for data engineering and unwavering commitment to excellence position him as a driving force in innovation, delivering impactful solutions to clients worldwide.
Ultimate Azure Synapse Analytics 1st Table of contents:
1. The World of Azure Synapse Analytics
Introduction
Structure
Introduction to Azure Synapse Analytics
Need of Azure Synapse Analytics
The Driving Force Behind Azure Synapse Analytics
Unpacking the Benefits of Azure Synapse Analytics
Evolution of Data Warehousing to Big Data Analytics
The Foundations: Traditional Data Warehousing
The Big Data Revolution
Azure Synapse Analytics: A Harmonious Convergence
Core Components of Azure Synapse Analytics
Dedicated SQL Pools
Serverless SQL Pools
Data Integration and Pipelines
Apache Spark Pools
Synapse Studio: The Unified Interface
Integration Capabilities with the Azure Ecosystem
Exploring the Synapse Studio Environment
Initial Set Up and Configuration of a Synapse Workspace
Understanding the Role of a Synapse Workspace
Importance of Proper Workspace Configuration
Preview of Setup Steps
Initial Considerations Before Setup
Security and Compliance Overview in Synapse
Network Security
Data Encryption
Access Control
Compliance Assurance
The Role of Monitoring and Auditing
Conclusion
Multiple Choice Questions
Answers
Questions
2. Setting Up the Synapse Workspace
Introduction
Structure
Creating a Synapse Workspace: A Step-by-Step Guide
Step 1: Log into Azure Portal
Step 2: Initiate Workspace Creation
Step 3: Configure Workspace Settings
Step 4: Set Up Data Lake Storage Gen2
Step 5: Additional Configurations
Step 6: Review and Create
Step 7: Access Synapse Studio
Data Analysis Using Serverless SQL Pool
Step 1: Accessing and Preparing the NYC Taxi Dataset
Step 2: Uploading the Dataset to ADLS
Step 3: Querying the NYC Taxi Data
Analytics with Apache Spark Pool
Step 1: Creating an Apache Spark Pool
Step 2: Accessing and Preparing Your Data
Step 3: Analyzing Data with a Synapse Notebook
Utilizing Dedicated SQL Pools for Structured Data
Step 1: Setting Up a Dedicated SQL Pool
Step 2: Importing the Data
Step 3: Querying Data in the Dedicated SQL Pool
Data Orchestration with Azure Synapse Pipelines
Step 1: Creating a Copy Activity in Synapse Pipelines
Step 2: Configuring the Copy Activity in Synapse Pipelines
Conclusion
Multiple Choice Questions
Answers
Questions
3. Synapse SQL and Data Exploration
Introduction
Structure
Synapse SQL in Azure Synapse Analytics: An Overview
Dedicated SQL Pools: Configuration, Management, and Use Cases
Configuration of Dedicated SQL Pools
Management of Dedicated SQL Pools
Use Cases for Dedicated SQL Pools
Understanding Data Distribution in Synapse SQL
Types of Data Distribution in Synapse SQL
Best Practices for Data Distribution in Synapse SQL
Implementing Hash Distribution for Performance Optimization
Selecting a Distribution Key in Synapse SQL
Evaluating the Effectiveness of Your Hash Distribution
Utilizing Round-Robin Distribution for Load Balancing
Exploring Replicated Tables in Synapse SQL
Best Practices for Implementing Replicated Tables
Query Performance Tuning in Different Data Distribution Scenarios
Transforming Round-Robin Tables to Replicated Tables
Performance Considerations When Modifying Replicated Tables
Evaluating Query Performance: Round-Robin Versus Replicated Tables
Using Replicated Tables with Simple Query Predicates
Index Types in Azure Synapse Analytics
Clustered Columnstore Indexes: Your Go-To for Large Datasets
Heap Tables: Quick and Easy for Temporary Data
Clustered and Nonclustered Indexes: The Precision Tools
Impact of Index Maintenance and Strategies
Serverless SQL Pools: Benefits, Use Cases, and Querying Techniques
Cost-Effective Scalability in Serverless SQL Pools
Ease of Management: The Simplified Approach of Serverless SQL Pools
On-Demand Data Processing with Serverless SQL Pools
Integration with Other Azure Services: Serverless SQL Pools
Use Cases for Serverless SQL Pools
Writing Efficient Queries
Handling Large Datasets
Advanced Analytical Functions in Serverless SQL Pools
Best Practices for Serverless SQL Pool
Conclusion
Multiple Choice Questions
Answers
Questions
4. Data Integration Technique
Introduction
Structure
Introduction to Pipelines in Azure Synapse Analytics
Loading Data into Dedicated SQL Pools Using Copy Activities
Step 1: Navigate to the Synapse Studio
Step 2: Create Linked Services
Step 3: Create Pipeline
Step 4: Debug and Publish the Pipeline
Step 5: Trigger and Monitor the Pipeline
Transforming Data with Mapping Data Flows
Step 1: Create Pipeline with a Data Flow Activity
Step 2: Build Transformation Logic
Step 3: Running and Monitoring Dataflow
Utilizing Apache Spark Job Definitions for Complex Data Processing
Step 1: Create Apache Spark Job Definition
Step 2: Create Pipeline with Apache Spark Job Definition
Configuring and Managing Integration Runtime
Types of Integration Runtime
Creating Integration Runtimes
Selecting the Appropriate Location for Integration Runtime
Optimizing the Performance of Integration Runtime
Optimizing Data Flows for Performance
Optimizing Tab: Understanding Partitioning Schemes
Logging Level Settings in Data Flow Optimization
Optimizing Sources in Data Flows
Optimizing Sinks in Data Flows
Conclusion
Multiple Choice Questions
Answers
Questions
5. Big Data Engineering with Apache Spark
Introduction
Structure
Creating and Managing Apache Spark Pools
Step 1: Navigating to Apache Spark Pools
Step 2: Configuring Your Spark Pool
Enhancing Processing with GPU-Accelerated Apache Spark Pools
Manage Libraries and Workspace Packages in Apache Spark Pools
Track Installation Progress
Environment Specification Formats
PIP requirements.txt
YML Format
Exploring Delta Lake in Azure Synapse Analytics
Reading and Writing Data as Delta
Optimizing Write in Delta Lake
Optimizing Write — Configuration and Management
Perks of Optimize Write in Apache Spark
Navigating the ‘Optimize Write’ Terrain: When to Use and When to Avoid
When to Use
When to Avoid
Performing Exploratory Data Analysis using Apache Spark Pools
Visualize Data in Spark Pool
Visualize Data in PowerBI
Managing and Optimizing Resources for Apache Spark Workloads
Choosing the Right Data Abstraction in Apache Spark
DataFrames: The Preferred Choice for Most Applications
DataSets: Tailored for Complex ETL and Compile-Time Safety
RDDs: The Legacy Choice for Custom Operations
Optimal Data Format Selection in Apache Spark
Leveraging Spark’s Caching Mechanisms for Enhanced Performance
Optimizing Joins and Shuffles in Apache Spark
Optimize data serialization
Java Serialization: The Standard Method
Kryo Serialization: Compact and Efficient
Conclusion
Multiple Choice Questions
Answers
Questions
6. Machine Learning with Synapse
Introduction
Structure
Introduction to Machine Learning in Azure Synapse Analytics
Training Models on Apache Spark Pools
Phase 1: Exploration of ML Training Libraries and Capabilities in Synapse
Core Libraries of ML in Apache Spark
Automated Machine Learning with Azure Machine Learning
Azure AI Services Integration in Synapse Analytics
Phase 2: Hands-On Example of Model Training
Understanding Classification and Logistic Regression
Predictive Analysis Example on NYC Taxi Data Using Apache Spark
Understanding Automated ML in Azure Machine Learning
Utilizing Automated ML for Efficient Model Training
Deep Learning on GPU-Accelerated Pools for Intensive Computations
Distributed Training with Horovod for Large-Scale Machine Learning
Conclusion
Multiple Choice Questions
Answers
Questions
7. Implementing Security and Compliance
Introduction
Structure
Overview of Azure Synapse Analytics Security Features
Data Discovery and Classification for Security Enforcement
Implementing Data Encryption at Rest and in Transit
Securing Data at Rest: The First Line of Defense
Securing Data in Transit: The Dynamic Shield
Transparent Data Encryption
Access Control Mechanisms
Object-level Security
Row-Level Security
Column-Level Security
Role-Based Access Control in Synapse Studio
Dynamic Data Masking to Protect Sensitive Information
Authentication Strategies in Azure Synapse Analytics
Microsoft Entra ID Authentication
Network Security
Public Network Access and Firewall Rules
Private Endpoints: Enhancing Network Security
Managed VNet: Ensuring Robust Network Isolation
Managed Private Endpoint: Securing Cloud Service Connectivity
Threat Protection in Azure Synapse Analytics
The Role of Auditing in Azure Synapse Analytics
Setting Up Auditing via Azure Portal
The Role of Threat Detection in Azure Synapse Analytics
The Role of Vulnerability Assessment
Conclusion
Multiple Choice Questions
Answers
Questions
8. Performance Tuning and Optimization
Introduction
Structure
Understanding Performance Metrics in Azure Synapse Analytics
Tools for Monitoring Performance Metrics
Troubleshoot a Slow Query on Dedicated SQL Pool
Step 1: Identify the request_id
Step 2: Determine Where the Query is Taking Time
Step 3: Review Step Details
Step 4: Diagnose and Mitigate
Blocked Compilation Concurrency
Blocked Resource Allocation
Complex Queries or Older Join Syntax
Long-running DROP TABLE or TRUNCATE TABLE
Unhealthy Clustered Columnstore Indexes (CCIs)
Delay from Auto-Create Statistics
Auto-Create Statistics Timeouts
Inaccurate Estimates
Data Skew (Stored and In-flight)
Memory Pressure
Understanding Columnstore Indexes for Enhanced Performance
Rowgroup
Column Segment
Clustered Columnstore Index
Delta Rowgroup and Deltastore
Batch Mode Execution
Designing Columnstore Indexes
Clustered Columnstore Index
Ordered Clustered Columnstore Index
Nonclustered B-tree Indexes on Clustered Columnstore
Nonclustered Columnstore Index on Disk-based Tables
Optimizing Dedicated SQL Pool Resources for Enhanced Performance
Maintaining Statistics in Dedicated SQL Pool
Batch Insert
The Right Approach to Data Partitioning
Optimizing Transaction Management
Balancing Query Performance and Concurrency with Resource Class Management
Utilizing Temporary Heap Tables for Efficient Data Management
Statistics in Serverless SQL Pool
Automatic Creation of Statistics in Serverless SQL Pools
Manual Statistics in Serverless SQL Pools
Best Practices for Query Performance Tuning in Serverless SQL Pools
Optimizing Network Connections and Client Applications
Storage and Content Layout Optimization in Serverless SQL Pools
Colocation of Storage and Serverless SQL Pool
Managing Azure Storage Throttling
Preparing Files for Efficient Querying
Optimizing CSV File Queries in Serverless SQL Pools
Using Enhanced Parsers for CSV Files
Choosing the Right Data Types
Filter Optimization in Serverless SQL Pools
Wildcard Usage in File Paths
Utilizing Filename and Filepath Functions
Predicate Pushdown for Enhanced Performance
Strategies for Cost Management in Serverless SQL Pools
Understanding the Concept of Data Processing
Strategies to Minimize Data Processing
Understanding Statistics for Cost-Effective Query Execution
Configuring Cost Control for Serverless SQL pool
Synapse Pipeline: Copy Activity Performance Optimization
Data Integration Units
Self-Hosted Integration Runtime Scalability
Parallel Copy in Azure Synapse Pipeline
Conclusion
Multiple Choice Questions
Answers
Questions
9. DevOps for Data Engineering
Introduction
Structure
Introduction to CI/CD in Azure Synapse Analytics
Prerequisites for Implementing CI/CD in Azure Synapse Analytics
Setting Up a Release Pipeline in Azure DevOps
Setting Up a Stage Task for Azure Synapse Artifacts Deployment
Configuring the Deployment Task in Azure Synapse Workspace Deployment
Configuring the ‘Deploy’ Operation in Azure Synapse Workspace Deployment Task
Automating Deployment with GitHub Actions
Customizing Workspace Templates for CI/CD
Creating the Custom Parameter Template File
Troubleshooting Common CI/CD Issues
Publish Failed: Workspace Arm File Is More Than 20MB
Unexpected Token Error in Release
Integration Runtime Deployment Failed
Failed to Fetch the Deployment Status in Notebook Deployment
Artifact Deletion Failed
Best Practices for CI/CD with Azure Synapse
Conclusion
Multiple Choice Questions
Answers
Questions
10. Ensuring Implementation Success and Effective Migration
Introduction
Structure
Overview of Azure Synapse Analytics: Implementation and Migration
Assessing the Current Environment for Synapse Readiness
Workload Assessment
Environment Evaluation
Analytical Workload Roles Evaluation
ETL/ELT, Transformation, and Orchestration Analysis
Networking and Security Assessment
Azure Environment Assessment
Data Consumption Analysis
Assessing the Dedicated SQL Pool
Evaluating Serverless SQL Pool
Assessing Spark Pools in Azure Synapse
Evaluating Workspace Design for Optimal Synapse Configuration
Synapse Workspace Design Review
Data Lake Design Review
Bronze Layer: The Foundation of Raw Data
Silver Layer: Processed and Curated Data
Gold Layer: Refined and Business-Ready Data
Security Design Review
Organizing Users and Managing Permissions
Security for Serverless SQL Pools and Apache Spark
Dedicated SQL Pool Security Features
Data Lake and ADLS Gen2 Security
Key Points for Security Design Consideration
Networking Design Review
Connectivity Across Resources
Secure Access and Data Exfiltration
On-Premises and Cloud Connectivity
Azure Networking Components
Data Lake Access and Data Consumption
Monitoring Design Review
Resource and Data Access Monitoring
Log Management and Retention
Alert Configuration
User Access and Notification Protocols
Analyzing Data Integration Design within the Synapse Framework
Fit-Gap Analysis of Data Integration Strategy
Architecture Considerations for Data Integration in Azure Synapse
Operational Excellence
Performance Efficiency
Designing Dedicated SQL Pools for Performance and Scalability
Assessment Analysis
Reviewing the Target Architecture
Migration Path
Identifying Feature Gaps
Dedicated SQL Pool Testing
Configuring Serverless SQL Pools for Efficient Query Processing
Operational Excellence
Performance Efficiency
Reliability
Security
Planning and Evaluating Apache Spark Pools in Synapse
Operational Excellence
Performance Efficiency
Reliability
Security
Reviewing and Optimizing Project Plans for Synapse Migration
Migrating Data Warehouses to Dedicated SQL Pools in Azure Synapse
Pre-Migration
Migration Execution
Post-Migration
Support and Resources
Performing Comprehensive Monitoring Reviews Post-Migration
Monitoring Dedicated SQL Pools
Monitoring Serverless SQL Pools
Monitoring Spark Pools
Key Monitoring Aspects
Monitoring Pipelines
Conclusion
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