Python Debugging for AI, Machine Learning, and Cloud Computing: A Pattern-Oriented Approach

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Table of Contents....5 About the Author....16 About the Technical Reviewer....17 Introduction....18 Chapter 1: Fundamental Vocabulary....19 Process....19 Thread....22 Stack Trace (Backtrace, Traceback)....24 Symbol Files....30 Module....32 Memory Dump....34 Crash....35 Hang....36 Summary....38 Chapter 2: Pattern-Oriented Debugging....39 The History of the Idea....39 Patterns and Analysis Patterns....40 Development Process....40 Development Patterns....41 Debugging Process and Patterns....42 Elementary Diagnostics Patterns....43 Debugging Analysis Patterns....44 Debugging Architecture Patterns....44 Debugging Design Patterns....44 Debugging Implementation Patterns....45 Debugging Usage Patterns....45 Debugging Presentation Patterns....45 Summary....46 Chapter 3: Elementary Diagnostics Patterns....47 Functional Patterns....48 Use-Case Deviation....48 Non-Functional Patterns....48 Crash....48 How to Enable Process Core Dumps on Linux....49 How to Enable Process Memory Dumps on Windows....49 Hang....49 How to Generate Process Core Dumps on Linux....50 How to Generate Process Memory Dumps on Windows....50 Counter Value....51 Error Message....52 Summary....52 Chapter 4: Debugging Analysis Patterns....53 Paratext....54 State Dump....55 Counter Value....55 Stack Trace Patterns....55 Stack Trace....56 Runtime Thread....56 Managed Stack Trace....56 Source Stack Trace....59 Stack Trace Collection....59 Stack Trace Set....59 Exception Patterns....59 Managed Code Exception....60 Nested Exception....60 Exception Stack Trace....61 Software Exception....61 Module Patterns....61 Module Collection....62 Not My Version....65 Exception Module....65 Origin Module....65 Thread Patterns....65 Spiking Thread....66 Active Thread....66 Blocked Thread....66 Blocking Module....66 Synchronization Patterns....66 Wait Chain....67 Deadlock....67 Livelock....67 Memory Consumption Patterns....67 Memory Leak....67 Handle Leak....67 Case Study....68 Summary....82 Chapter 5: Debugging Implementation Patterns....83 Overview of Patterns....84 Break-Ins....84 Code Breakpoint....88 Code Trace....89 Scope....91 Variable Value....93 Type Structure....94 Breakpoint Action....96 Usage Trace....99 Case Study....99 Elementary Diagnostics Patterns....99 Debugging Analysis Patterns....99 Debugging Implementation Patterns....100 Summary....107 Chapter 6: IDE Debugging in the Cloud....108 Visual Studio Code....108 WSL Setup....108 Cloud SSH Setup....109 Case Study....113 Summary....126 Chapter 7: Debugging Presentation Patterns....127 Python Debugging Engines....127 Case Study....128 Suggested Presentation Patterns....141 Summary....141 Chapter 8: Debugging Architecture Patterns....142 The Where? Category....143 In Papyro....144 In Vivo....144 In Vitro....144 In Silico....144 In Situ....145 Ex Situ....145 The When? Category....145 Live....145 JIT....146 Postmortem....146 The What? Category....146 Code....146 Data....147 Interaction....147 The How? Category....147 Software Narrative....147 Software State....147 Summary....148 Chapter 9: Debugging Design Patterns....149 CI Build Case Study....151 Elementary Diagnostics....151 Analysis....152 Architecture....152 Design....152 Implementation....152 Data Processing Case Study....152 Elementary Diagnostics....153 Analysis....153 Architecture....160 Design....161 Implementation....161 Summary....161 Chapter 10: Debugging Usage Patterns....162 Exact Sequence....163 Scripting....163 Debugger Extension....164 Abstract Command....165 Space Translation....165 Lifting....165 Gestures....166 Summary....167 Chapter 11: Case Study: Resource Leaks....168 Elementary Diagnostics....168 Debugging Analysis....169 Debugging Architecture....173 Debugging Implementation....174 Summary....179 Chapter 12: Case Study: Deadlock....180 Elementary Diagnostics....180 Debugging Analysis....181 Debugging Architecture....184 Exceptions and Deadlocks....186 Summary....187 Chapter 13: Challenges of Python Debugging in Cloud Computing....188 Complex Distributed Systems....188 Granularity of Services....189 Service Multiplicity....189 Localization of Issues....189 Communication Channels Overhead....189 Nature of Communication....189 Payload Discrepancies....190 Latency Concerns....190 Timeout Configurations....190 Inter-Service Dependencies....190 Service Chaining....190 Service Interactions....190 Data Consistency....191 Layers of Abstraction....191 Opaque Managed Services....191 Serverless and Function as a Service....191 Container Orchestration Platforms....192 Continuous Integration/Continuous Deployment....192 Pipeline Failures....192 Understanding Failures....192 Code Analysis Tools....192 Environment Discrepancies....193 Environment Simulations....193 Rollbacks and Versioning....193 Identifying Faulty Deployments....193 Efficient Rollbacks....193 Blue-Green Deployments....193 Database Migrations....194 Immutable Infrastructure....194 State Preservation....194 Resource Proliferation....194 Diversity of Cloud Service Models....194 Infrastructure as a Service....194 Direct Resource Management....194 Network Complexity....195 Platform as a Service....195 Platform Restrictions....195 Service Limitations....195 Software as a Service....195 Evolving Cloud Platforms....195 Adapting to Changes....196 Service Evolution....196 API Changes....196 Feature Deprecations....196 Staying Updated....196 Continuous Learning....196 Community Engagement....196 Documentation....196 Environment Parity....197 Library and Dependency Disparities....197 Version Variabilities....197 Deprecations and Updates....197 Configuration Differences....197 Environment-Specific Configs....197 Secret Management....198 Underlying Infrastructure Differences....198 Service Variabilities....198 Limited Visibility....198 Transient Resources....198 Ephemeral Instances....198 State Replication Challenges....199 Log Management....199 Volume and Veracity....199 Centralization Issues....199 Contextual Logging....199 Correlating Logs....199 Monitoring and Alerting....200 Granular Monitoring....200 Alert Fatigue....200 Latency and Network Issues....200 Network Instabilities....201 Service-to-Service Communication....201 Resource Leaks and Performance....201 Slow Degradation....201 Garbage Collection....201 Profiling....201 Tooling Limitations....201 Resource Starvation....202 Subtle Indicators....202 Throttling....202 Auto-scaling....202 External Influences....202 Concurrency Issues....202 Race Conditions....203 Deadlocks....203 Security and Confidentiality....203 Debugger Access Control Restrictions....203 Limited Access....203 Role-Based Access Controls....203 Identity and Access Management Policies....204 Virtual Private Clouds and Networks....204 Sensitive Data Exposure....204 Logs and Metrics....204 Data Dumps....204 Debug Endpoints....204 Data Integrity....204 Limited Access....205 Cost Implications....205 Extended Sessions....205 Resource Provisioning and Deprovisioning....205 Temporary Resources....205 Resource Scaling....205 Data Transfer and Storage Fees....205 State Management....206 Stateful Services....206 Data Volume....206 Limited Tooling Compatibility....206 Versioning Issues....206 Deprecations and Changes....206 SDK and Library Updates....207 Real-time Debugging and User Experience....207 External Service Dependencies....207 Dependency Failures....207 Rate Limiting and Quotas....207 Asynchronous Operations....207 Flow Tracking....208 Error Propagation....208 Scaling and Load Challenges....208 Load-Based Issues....208 Resource Contention....208 Multi-Tenancy Issues....209 Resource Contention....209 Isolation....209 Rate Limiting....209 Data Security....209 Reliability and Redundancy Issues....209 Service Failures....209 Failover Mechanisms....209 Backup and Recovery....209 Data Durability....210 Replication....210 Disaster Recovery....210 Summary....210 Chapter 14: Challenges of Python Debugging in AI and Machine Learning....211 The Nature of Defects in AI/ML....211 Complexity and Abstraction Layers....212 Non-Determinism and Reproducibility....212 Large Datasets....212 High-Dimensional Data....212 Long Training Times....213 Real-Time Operation....213 Model Interpretability....213 Hardware Challenges....213 Version Compatibility and Dependency Hell....213 Data Defects....214 Inconsistent and Noisy Data....214 Data Leakage....214 Imbalanced Data....214 Data Quality....214 Feature Engineering Flaws....214 Algorithmic and Model-Specific Defects....215 Gradients, Backpropagation, and Automatic Differentiation....215 Hyperparameter Tuning....215 Overfitting and Underfitting....215 Algorithm Choice....216 Deep Learning Defects....216 Activation and Loss Choices....216 Learning Rate....216 Implementation Defects....216 Tensor Shapes....216 Hardware Limitations and Memory....216 Custom Code....217 Performance Bottlenecks....217 Testing and Validation....217 Unit Testing....217 Model Validation....217 Cross-Validation....217 Metrics Monitoring....218 Visualization for Debugging....218 TensorBoard....218 Matplotlib and Seaborn....218 Model Interpretability....218 Logging and Monitoring....218 Checkpoints....218 Logging....219 Alerts....219 Error Tracking Platforms....219 Collaborative Debugging....219 Forums and Communities....219 Peer Review....219 Documentation, Continuous Learning, and Updates....220 Maintaining Documentation....220 Library Updates....220 Continuous Learning....220 Case Study....220 Summary....224 Chapter 15: What AI and Machine Learning Can Do for Python Debugging....225 Automated Error Detection....225 Intelligent Code Fix Suggestions....225 Interaction Through Natural Language Queries....226 Visual Debugging Insights....226 Diagnostics and Anomaly Detection....226 Augmenting Code Reviews....227 Historical Information Analysis and Prognostics....227 Adaptive Learning and Personalized Debugging Experience....228 Test Suite Integration and Optimization....228 Enhanced Documentation and Resource Suggestions....228 Problem Modeling....229 Generative Debugging Strategy....229 Help with In Papyro Debugging....229 Summary....230 Chapter 16: The List of Debugging Patterns....231 Elementary Diagnostics Patterns....231 Debugging Analysis Patterns....231 Debugging Architecture Patterns....233 Debugging Design Patterns....234 Debugging Implementation Patterns....234 Debugging Usage Patterns....234 Debugging Presentation Patterns....235 Index....236
Описание
Коротко и по делу о том, что важно знать про python.
This book is for those who wish to understand how Python debugging is and can be used to develop robust and reliable AI, machine learning, and cloud computing software. It will teach you a novel pattern-oriented approach to diagnose and debug abnormal software structure and behavior.
Next, you’ll learn to use various debugging patterns through Python case studies that model abnormal software behavior. The book begins with an introduction to the pattern-oriented software diagnostics and debugging process that, before performing Python debugging, diagnoses problems in various software artifacts such as memory dumps, traces, and logs. You’ll also be exposed to Python debugging techniques specific to cloud native and machine learning environments and explore how recent advances in AI/ML can help in Python debugging. This includes tracing, logging, and analyzing memory dumps using native WinDbg and GDB debuggers. Over the course of the book, case studies will show you how to resolve issues around environmental problems, crashes, hangs, resource spikes, leaks, and performance degradation.
Upon completing this book, you will have the knowledge and tools needed to employ Python debugging in the development of AI, machine learning, and cloud computing applications.
What You Will LearnEmploy a pattern-oriented approach to Python debugging that starts with diagnostics of common software problemsUse tips and tricks to get the most out of popular IDEs, notebooks, and command-line Python debuggingUnderstand Python internals for interfacing with operating systems and external modulesPerform Python memory dump analysis, tracing, and loggingWho This Book Is ForSoftware developers, AI/ML engineers, researchers, data engineers, as well as MLOps and DevOps professionals.
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автор — Vostokov Dmitry, издательство Apress Media, LLC., год выпуска 2024, 244 страниц.
О чём книга «Python Debugging for AI, Machine Learning, and Cloud Computing: A Pattern-Oriented Approach»?
This book is for those who wish to understand how Python debugging is and can be used to develop robust and reliable AI, machine learning, and cloud computing software.