Implementations 13 Bloomberg Dependency Injection System Analysis Component Injection Trade Security Broker Pricing Sizing Sending Execute Trade Cancel Trade Reprice Trade Dependency Injection Data proc.apply(data); } bool processB(Data& data, ...) { // ... Processor& proc = ProcessorSingleton::instance->getProcessor(proc_tag); // ... return proc.apply(...); } Class Handler { }; Object construction bidYield_, askYield_); //... } protected: // ExtraFields std::optional<Broker> bidBroker_; std::optional<Broker> askBroker_; std::optional bidYield_; std::optional askYield_;

met. The CompatiblePackage() copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid a single place. Then all the files can be repackaged into the distribution format of choice. For instance, if the application depends on boost, we may not know that it also requires many other 3rt-party

met. The CompatiblePackage() copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid a single place. Then all the files can be repackaged into the distribution format of choice. For instance, if the application depends on boost, we may not know that it also requires many other 3rt-party

to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid the target platform is rarely needed. It only makes sense when you are building a compiler. For instance, when you are building on your Linux machine a GCC compiler that will run on Windows, to generate provides a powerful DSL (Domain Specific Language) to call Conan, connect with your Artifactory instance, upload and download your packages from Artifactory and manage your build information. Example:

build it. But it is possible to define compatible binaries that have different package IDs. For instance, it is possible to have a different binary for each gcc version, so the gcc 4.8 package will be The self.info.clone() method copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid

build it. But it is possible to define compatible binaries that have different package IDs. For instance, it is possible to have a different binary for each gcc version, so the gcc 4.8 package will be The self.info.clone() method copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid

build it. But it is possible to define compatible binaries that have different package IDs. For instance, it is possible to have a different binary for each gcc version, so the gcc 4.8 package will be The self.info.clone() method copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid

build it. But it is possible to define compatible binaries that have different package IDs. For instance, it is possible to have a different binary for each gcc version, so the gcc 4.8 package will be The self.info.clone() method copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid

build it. But it is possible to define compatible binaries that have different package IDs. For instance, it is possible to have a different binary for each gcc version, so the gcc 4.8 package will be The self.info.clone() method copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid

build it. But it is possible to define compatible binaries that have different package IDs. For instance, it is possible to have a different binary for each gcc version, so the gcc 4.8 package will be The self.info.clone() method copies the values of settings, options and requires from the current instance of the recipe so they can be modified to model the compatibility. It is the responsibility of the to implement: • A factory function get_class() that returns a class with a valid_user() method instance. • The class containing the valid_user() that has to return True if the user and password are valid