摘要:
A system is provided to allow for automatic configuration of print engine scheduling software in accordance with descriptions of print engine modules. Each print engine module contains a description of itself in a form of module capabilities. When a print engine is formed from such modules, the system composes module capabilities to capabilities of a complete print engine. More particularly, inputs and outputs of capabilities are unified and constraints on their attributes are propagated. This enables derivation of potential outputs of the print engine. The resultant print engine capabilities are directly usable to configure scheduling software. Optionally, the resulting print engine capabilities may be compiled further.
摘要:
A system is provided to allow for automatic configuration of print engine scheduling software in accordance with descriptions of print engine modules. Each print engine module contains a description of itself in a form of module capabilities. When a print engine is formed from such modules, the system composes module capabilities to capabilities of a complete print engine. More particularly, inputs and outputs of capabilities are unified and constraints on their attributes are propagated. This enables derivation of potential outputs of the print engine. The resultant print engine capabilities are directly usable to configure scheduling software. Optionally, the resulting print engine capabilities may be compiled further.
摘要:
A method and apparatus is provided for compositional modeling of print engines. The system automatically derives a complete list of all of the capabilities of a described print engine. The method includes providing compositional models of components forming the print engine. The models describe local capabilities of each component including part transformation abilities as well as timing constraints. Using the component models, configurations are created by connecting the components. Once the component models are connected, the capabilities of the configurations are directly derived. A capability is a part that can be produced by the configuration, together with the itinerary required to produce the part, the inputs from which the output is assembled, and the timing constraints to be observed when executing the itinerary. Capabilities are the fundamental connection between the description of a job to be printed by a print engine and the print engine scheduling and control software. Capabilities are themselves compositional and are used to automatically derive scheduling and control software for customerconfigured print engines.
摘要:
A method and apparatus is provided for compositional modeling of print engines. The system automatically derives a complete list of all of the capabilities of a described print engine. The method includes providing compositional models of components forming the print engine. The models describe local capabilities of each component including part transformation abilities as well as timing constraints. Using the component models, configurations are created by connecting the components. Once the component models are connected, the capabilities of the configurations are directly derived. A capability is a part that can be produced by the configuration, together with the itinerary required to produce the part, the inputs from which the output is assembled, and the timing constraints to be observed when executing the itinerary. Capabilities are the fundamental connection between the description of a job to be printed by a print engine and the print engine scheduling and control software. Capabilities are themselves compositional and are used to automatically derive scheduling and control software for customerconfigured print engines.