layout. What would you do? We’d like to minimize the space we’re using to describe the data’s schema in a given message. Ideally good to keep the comparison fast as well. Example message sent between representation of the layout You could generate a “schema” file for your structs Could be some JSON based schema Could be a pre-existing schema like Apache Avro This way we get a full ecosystem (with std::vector features; void serialize(std::ostream& out) const { auto schema = avro::compileJsonSchemaFromString(schem avro::EncoderPtr encoder = avro::binaryEncoder();

CRuntimeClass { // Attributes LPCSTR m_lpszClassName; int m_nObjectSize; UINT m_wSchema; // schema number of the loaded class CObject* (PASCAL* m_pfnCreateObject)(); // NULL => abstract class CRuntimeClass* 对象构成的类别型录网。本图只列出与RTTI 有关系 的成员。 为了实证整个类别型录网的存在，我在main 函数中调用PrintAllClasses，把串行中的每 一个元素的类别名称、对象大小、以及schema no. 印出来： 第㆒篇 勿在浮砂築高台 132 cout << pClass->m_nObjectSize << "\n"; cout << pClass->m_wSchema LPCSTR m_lpszClassName; #0017 int m_nObjectSize; #0018 UINT m_wSchema; // schema number of the loaded class #0019 CObject* (PASCAL* m_pfnCreateObject)(); // NULL => abstract

40 Library Time in ms fully validating pull parser fast, O(1) memory usage implicitly define schema github.com/think-cell/think-cell-library Jonathan Müller — @foonathan Express your expectations situations: 1 You implement generic algorithms over arbitrary JSON without a compile-time known schema (e.g. jq). Jonathan Müller — @foonathan Express your expectations CppCon 2023-10-03 20JSON DOM is situations: 1 You implement generic algorithms over arbitrary JSON without a compile-time known schema (e.g. jq). 2 You need to do multiple passes over the JSON content and the parser is slow. Jonathan

package ID for model dependencies, it is necessary to take into account two factors: • The versioning schema followed by our requirements (semver?, custom?). • The type of library being built or reused (shared static). 7.6. Defining Package ABI Compatibility 75 Conan Documentation, Release 1.56.0 Versioning Schema By default Conan assumes semver compatibility. For example, if a version changes from minor 2.0 doesn’t require a re-build. If it is necessary to change the default behavior, the applied versioning schema can be customized within the package_id() method: from conans import ConanFile, CMake, tools from

factors: • The versioning schema followed by our requirements (semver?, custom?). • The type of library being built or reused (shared (.so, .dll, .dylib), static). Versioning Schema By default Conan assumes doesn’t require a re-build. If it is necessary to change the default behavior, the applied versioning schema can be customized within the package_id() method: 7.6. Defining Package ABI Compatibility 73 Conan certificates 17.24.1 Server certificate validation By default, when a remote is added, if the URL schema is https, the Conan client will verify the certificate using a list of authorities declared in the

package ID for model dependencies, it is necessary to take into account two factors: • The versioning schema followed by our requirements (semver?, custom?). • The type of library being built or reused (shared static). 7.6. Defining Package ABI Compatibility 73 Conan Documentation, Release 1.52.0 Versioning Schema By default Conan assumes semver compatibility. For example, if a version changes from minor 2.0 doesn’t require a re-build. If it is necessary to change the default behavior, the applied versioning schema can be customized within the package_id() method: from conans import ConanFile, CMake, tools from

package ID for model dependencies, it is necessary to take into account two factors: • The versioning schema followed by our requirements (semver?, custom?). • The type of library being built or reused (shared static). 7.6. Defining Package ABI Compatibility 75 Conan Documentation, Release 1.53.0 Versioning Schema By default Conan assumes semver compatibility. For example, if a version changes from minor 2.0 doesn’t require a re-build. If it is necessary to change the default behavior, the applied versioning schema can be customized within the package_id() method: from conans import ConanFile, CMake, tools from

package ID for model dependencies, it is necessary to take into account two factors: • The versioning schema followed by our requirements (semver?, custom?). • The type of library being built or reused (shared static). 7.6. Defining Package ABI Compatibility 75 Conan Documentation, Release 1.54.0 Versioning Schema By default Conan assumes semver compatibility. For example, if a version changes from minor 2.0 doesn’t require a re-build. If it is necessary to change the default behavior, the applied versioning schema can be customized within the package_id() method: from conans import ConanFile, CMake, tools from

package ID for model dependencies, it is necessary to take into account two factors: • The versioning schema followed by our requirements (semver?, custom?). • The type of library being built or reused (shared static). 7.6. Defining Package ABI Compatibility 75 Conan Documentation, Release 1.55.0 Versioning Schema By default Conan assumes semver compatibility. For example, if a version changes from minor 2.0 doesn’t require a re-build. If it is necessary to change the default behavior, the applied versioning schema can be customized within the package_id() method: from conans import ConanFile, CMake, tools from

package ID for model dependencies, it is necessary to take into account two factors: • The versioning schema followed by our requirements (semver?, custom?). • The type of library being built or reused (shared static). 7.6. Defining Package ABI Compatibility 77 Conan Documentation, Release 1.57.0 Versioning Schema By default Conan assumes semver compatibility. For example, if a version changes from minor 2.0 doesn’t require a re-build. If it is necessary to change the default behavior, the applied versioning schema can be customized within the package_id() method: from conans import ConanFile, CMake, tools from