CppCon 2024 Customizing Compilation Error Messages Formatting a Compile-Time String During Substitution Failure Patrick Roberts, P.E. Principal Software Engineer 1CppCon 2024 What problem does 8CppCon 2024 9 So why not just static_assert? https://wg21.link/p2741 “User-generated static_assert messages” Answer: It does not result in substitution failure.CppCon 2024 10CppCon 2024 11CppCon 2024 12

Core 10. Mapping JMS Concepts to the Core API 11. The Client Classpath 12. Examples 13. Routing Messages With Wild Cards 14. Understanding the Apache ActiveMQ Artemis Wildcard Syntax 15. Filter Expressions commits 23. Message Redelivery and Undelivered Messages 24. Message Expiry 25. Large Messages 26. Paging 27. Queue Attributes 28. Scheduled Messages 29. Last-Value Queues 30. Message Grouping 31 servers that know how to load balance messages. Link geographically distributed clusters over unreliable connections to form a global network. Configure routing of messages in a highly flexible way. Preface

Core 10. Mapping JMS Concepts to the Core API 11. The Client Classpath 12. Examples 13. Routing Messages With Wild Cards 14. Understanding the Apache ActiveMQ Artemis Wildcard Syntax 15. Filter Expressions commits 23. Message Redelivery and Undelivered Messages 24. Message Expiry 25. Large Messages 26. Paging 27. Queue Attributes 28. Scheduled Messages 29. Last-Value Queues 30. Message Grouping 31 servers that know how to load balance messages. Link geographically distributed clusters over unreliable connections to form a global network. Configure routing of messages in a highly flexible way. Preface

Core Mapping JMS Concepts to the Core API Using JMS The Client Classpath Examples Routing Messages With Wild Cards Wildcard Syntax Filter Expressions Persistence Configuring Transports Configuration Guarantees of sends and commits Message Redelivery and Undelivered Messages Message Expiry Large Messages Paging Scheduled Messages Last-Value Queues Non-Destructive Queues Ring Queues Retroactive servers that know how to load balance messages. Link geographically distributed clusters over unreliable connections to form a global network. Configure routing of messages in a highly flexible way. Project

Core Mapping JMS Concepts to the Core API Using JMS The Client Classpath Examples Routing Messages With Wild Cards Wildcard Syntax Filter Expressions Persistence Configuring Transports Configuration Guarantees of sends and commits Message Redelivery and Undelivered Messages Message Expiry Large Messages Paging Scheduled Messages Last-Value Queues Non-Destructive Queues Ring Queues Retroactive servers that know how to load balance messages. Link geographically distributed clusters over unreliable connections to form a global network. Configure routing of messages in a highly flexible way. Project

Core Mapping JMS Concepts to the Core API Using JMS The Client Classpath Examples Routing Messages With Wild Cards Wildcard Syntax Filter Expressions Persistence Configuring Transports Configuration Guarantees of sends and commits Message Redelivery and Undelivered Messages Message Expiry Large Messages Paging Scheduled Messages Last-Value Queues Non-Destructive Queues Ring Queues Retroactive servers that know how to load balance messages. Link geographically distributed clusters over unreliable connections to form a global network. Configure routing of messages in a highly flexible way. Project

Core Mapping JMS Concepts to the Core API Using JMS The Client Classpath Examples Routing Messages With Wild Cards Wildcard Syntax Filter Expressions Persistence Configuring Transports Configuration Configuration Flow Control Guarantees of sends and commits Message Redelivery and Undelivered Messages 2 1.35 1.36 1.37 1.38 1.39 1.40 1.41 1.42 1.43 1.44 1.45 1.46 1.47 1.48 1.49 1 1.61 1.62 1.63 1.64 1.65 1.66 1.67 1.68 1.69 1.70 Message Expiry Large Messages Paging Scheduled Messages Last-Value Queues Ring Queues Retroactive Addresses Exclusive Queues Message

Core 10. Mapping JMS Concepts to the Core API 11. The Client Classpath 12. Examples 13. Routing Messages With Wild Cards 14. Understanding the Apache ActiveMQ Artemis Wildcard Syntax 15. Filter Expressions commits 23. Message Redelivery and Undelivered Messages 24. Message Expiry 25. Large Messages 26. Paging 27. Queue Attributes 28. Scheduled Messages 29. Last-Value Queues 30. Message Grouping 31 servers that know how to load balance messages. Link geographically distributed clusters over unreliable connections to form a global network. Configure routing of messages in a highly flexible way. Preface

Core Mapping JMS Concepts to the Core API Using JMS The Client Classpath Examples Routing Messages With Wild Cards Wildcard Syntax Filter Expressions Persistence Configuring Transports Configuration Configuration Flow Control Guarantees of sends and commits Message Redelivery and Undelivered Messages 2 1.35 1.36 1.37 1.38 1.39 1.40 1.41 1.42 1.43 1.44 1.45 1.46 1.47 1.48 1.49 1 1.61 1.62 1.63 1.64 1.65 1.66 1.67 1.68 1.69 1.70 Message Expiry Large Messages Paging Scheduled Messages Last-Value Queues Ring Queues Retroactive Addresses Exclusive Queues Message

Mapping JMS Concepts to the Core API Using JMS The Client Classpath JMS Jakarta Examples Routing Messages With Wild Cards Wildcard Syntax Filter Expressions Persistence Configuring Transports Configuration Guarantees of sends and commits Message Redelivery and Undelivered Messages Message Expiry Large Messages Paging Scheduled Messages Last-Value Queues Non-Destructive Queues Ring Queues Retroactive servers that know how to load balance messages. Link geographically distributed clusters over unreliable connections to form a global network. Configure routing of messages in a highly flexible way. Project