Abstract: A request to activate a software tool can be received, where activation requires a quantity of tokens of a token license model. An entity, project, user-set, user, or combination thereof corresponding to the request can be ascertained. A feature-set to be enabled can be determined by querying preexisting indexed records. The preexisting indexed records can associate different feature-sets to different entities, projects, user-sets, users, or combinations thereof. A token cost can be computed for activating the software tool with the feature-set enabled for the request. Token costs for utilizing the software tool can vary depending upon the enabled feature-set. The computed token cost can be the quantity of tokens required to activate the software tool responsive to the request.

Abstract: A request to activate a software tool can be received, where activation requires a quantity of tokens of a token license model. An entity, project, user-set, user, or combination thereof corresponding to the request can be ascertained. A feature-set to be enabled can be determined by querying preexisting indexed records. The preexisting indexed records can associate different feature-sets to different entities, projects, user-sets, users, or combinations thereof. A token cost can be computed for activating the software tool with the feature-set enabled for the request. Token costs for utilizing the software tool can vary depending upon the enabled feature-set. The computed token cost can be the quantity of tokens required to activate the software tool responsive to the request.

Abstract: A request to activate a software tool can be received, where activation requires a quantity of tokens of a token license model. An entity, project, user-set, user, or combination thereof corresponding to the request can be ascertained. A feature-set to be enabled can be determined by querying preexisting indexed records. The preexisting indexed records can associate different feature-sets to different entities, projects, user-sets, users, or combinations thereof. A token cost can be computed for activating the software tool with the feature-set enabled for the request. Token costs for utilizing the software tool can vary depending upon the enabled feature-set. The computed token cost can be the quantity of tokens required to activate the software tool responsive to the request.

Abstract: A request to activate a software tool can be received, where activation requires a quantity of tokens of a token license model. An entity, project, user-set, user, or combination thereof corresponding to the request can be ascertained. A feature-set to be enabled can be determined by querying preexisting indexed records. The preexisting indexed records can associate different feature-sets to different entities, projects, user-sets, users, or combinations thereof. A token cost can be computed for activating the software tool with the feature-set enabled for the request. Token costs for utilizing the software tool can vary depending upon the enabled feature-set. The computed token cost can be the quantity of tokens required to activate the software tool responsive to the request.

Abstract: The present invention provides a method for supporting data driving a software process. The method comprises receiving, from a user, input of a class of an object of a non-primitive data type; and providing to the user a description of the collection of attributes necessary to construct an instance of the object, based only on the class of the object. The step of receiving the class of the object is free of receiving a pre-existing instance of the data type. In further related embodiments, the method further comprises receiving, in a single user step, user input of defining attribute data necessary to create the instance of the object and set it into a desired state; and creating and initializing the instance of the object using the defining attribute data; wherein the defining attribute data does not include a pre-existing instance of the data type.