Abstract: Embodiments of the present invention pertain to implementation of textual names as the actual identifiers of elements of models. A structured system provided for constructing the textual names so as to be unique in a specific context. In one embodiment, namespaces are added to a name as a mechanism for ensuring uniqueness across multiple development sources. In one embodiment, upon deployment to a runtime environment, alternate names are assigned to support efficient processing.

Abstract: System for mixing four components including a first syringe arrangement and a second syringe arrangement each with two chambers for holding components. Each of the two respective chambers of the syringe arrangements are connected in a uniquely defined fashion due to specific means for connecting the syringe arrangements. A component held by one chamber is mixed with a component of the corresponding other chamber by transfer into the other chamber. After mixing and disconnecting the second syringe arrangement from the first syringe arrangement, the two component mixtures in the chambers of the first syringe arrangement are further mixed and discharged by means of a mixing device which is to be connected to the first syringe arrangement. The connecting means allows connecting of the mixing device to the first syringe arrangement only after removal of the second syringe arrangement and a portion of the connecting means.

Abstract: A model-based application development system includes a model element. Also included is source code that corresponds to the model element. One or more computer-implemented system management components are then collectively configured to modify the source code to reflect a developer-initiated manipulation of the model element.

Abstract: A model corresponds to a collection of source code files. A determination is made that a change has occurred to the model. A sub-set of the collection of source code files is updated or regenerated to reflect the change to the model.

Abstract: A system for mixing four components (K1, K2, K3, K4) has a first syringe arrangement (10) and a second syringe arrangement (20). The first and second syringe arrangements (10, 20) each contain at least two chambers (11, 12; 21, 22) for holding one each of the components (K1, K2, K3, K4). It is possible to connect each chamber of one of the syringe arrangements (10) in a detachable fashion to a chamber (21, 22) of the other syringe arrangement (20). By transferring the components (K1, K2) from one of the syringe arrangements (10) into chambers (21, 22) of the other syringe arrangement (20), the transferred components (K1, K2) are mixed with components (K3, K4) which are contained in this chamber (21, 22).