Department or Event Name 1 © 2023 Intel Corporation and Jeffrey E. Erickson cppcon 2023 1cppcon 2023 Behavioral Modeling in HW/SW Co-design using C++ coroutines Jeffrey E Erickson, Ph.D. Sebastian Schönberg for RTL to be developed and run your code on a simulator or emulator • Use the transactional/behavioral/functional definition to model the HW using SW elementsIntel Confidential Department or Event

backward-compatible. There are at least three types of compatibility when talking about APIs: Source Behavioral Binary Read more about compatibility types You can count versions of a library as source-compatible expand a deeply nested hierarchy. 643 compatibility might be broken by a particular change. Behavioral compatibility ensures that any new code does not change the semantics of the original code behavior not to use data classes in your API because almost any change in them breaks source, binary, or behavioral compatibility. If you have to use a data class for whatever reason, you have to override the constructor

regression testing work in practice How to build a regression testing system Going beyond �nding behavioral regressions How to use regression testing effectively Establishing a culture of safety at scale8 regression testing work in practice How to build a regression testing system Going beyond �nding behavioral regressions How to use regression testing effectively Establishing a culture of safety at scale29 regression testing work in practice How to build a regression testing system Going beyond �nding behavioral regressions How to use regression testing effectively Establishing a culture of safety at scale41

backward-compatible. There are at least three types of compatibility when talking about APIs: Source Behavioral Binary Read more about compatibility types You can count versions of a library as source-compatible there are always corner cases where source compatibility might be broken by a particular change. Behavioral compatibility ensures that any new code does not change the semantics of the original code behavior not to use data classes in your API because almost any change in them breaks source, binary, or behavioral compatibility. If you have to use a data class for whatever reason, you have to override the

backward-compatible. There are at least three types of compatibility when talking about APIs: Source Behavioral Binary Read more about compatibility types You can count versions of a library as source-compatible there are always corner cases where source compatibility might be broken by a particular change. Behavioral compatibility ensures that any new code does not change the semantics of the original code behavior not to use data classes in your API because almost any change in them breaks source, binary, or behavioral compatibility. If you have to use a data class for whatever reason, you have to override the constructor

does is organize the 23* presented patterns into three categories: ■ Creational ■ Structural ■ Behavioral 27 *Keep in mind there are more than 23 design patterns in the worldDesign Pattern Categories inheritance to compose interfaces and define objects in a way to create new functionality. 3. Behavioral ○ Focuses on how to communicate between objects 28 https://en.wikipedia.org/wiki/Design_Pat inheritance to compose interfaces and define objects in a way to create new functionality. 3. Behavioral ○ Focuses on how to communicate between objects 29 https://en.wikipedia.org/wiki/Design_Pat

of Four) design patterns are classified into three categories namely creational, structural and behavioral. Creational Patterns Creational design patterns separate the object creation logic from the Proxy are Structural Patterns. They offers best ways to organize class hierarchy. Behavioral Patterns Behavioral patterns offers best ways of handling communication between objects. Patterns comes Interpreter, Iterator, Mediator, Memento, Observer, State, Strategy and Template method are Behavioral Patterns. Because they represent the behavior of a system, they are used generally to describe

type Duck Typing Traps Virtual in con- /destructor Slicing ShadowingTemplate Method Type ▪ Behavioral pattern Purpose ▪ An algorithm consists of a typical sequence of steps. ▪ Subclasses can adapt between: ▪ Interface design: contract driven design void swim(const Duck* duck) ▪ Duck typing: behavioral driven design template void swim(Duck duck);Object-Oriented Programming Key Ideas

binary-compatible if interchanging them doesn't lead to loading or linkage errors Behavioral: a change is said to be behavioral-incompatible if one and the same program demonstrates di�erent behavior before the scope of this document. Issue: KT-19532 Component: Kotlin/JVM Incompatible change type: behavioral Short summary: evaluation order with respect to class initialization is changed in 1.3 Deprecation constructor parameters 578 Issue: KT-25287 Component: Kotlin/JVM Incompatible change type: behavioral Short summary: getter-target annotations on annotations constructor parameters will be properly

DIV: !double); end Client Server int int ADD DIV int double end *Name “Behavioral types” is also used. See “Behavioral types in programming languages”, D. Ancona et al., 2016. 36Set of Operations