Common component framework
First Claim
1. A computer-implemented method of electronic communication between a component software object and a software container object, comprising:
- initiating, by a first component object within a container object, a registration function on the container object, passing into said registration function a first interface pointer corresponding to a generic component interface supported by the first component object within the container object;
receiving, at the first component object, a second interface pointer from the container object corresponding to a generic container interface supported by the container object;
receiving, at the first component object, user input from a user interface control running within the first component object;
receiving, at the first component object, component context data from the container object, the component context data describing a current state of execution of a second component object executing within the container object;
determining, by the first component object, a function supported by the container object, wherein the function determined is based on (1) the user input received from the user interface control or (2) the current state of execution of the second component;
invoking, by the first component object, the determined function on the container object using the second interface pointer;
retrieving, by the first component object, data from a remote data store based on the component context data of the second component object; and
updating a user interface of the first component object using the retrieved data from the remote data store.
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Accused Products
Abstract
A Common Component Framework (CCF) provides a container interface and a component interface for communication in a multi-tiered software application. Component context data may be transmitted to and from a container describing a current state of a component executing within the container. Context data may correspond to a specific entity (e.g., a financial entity such as a company or stock) identified by a user interacting with the component. The container may communicate the context data between different components to synchronize and coordinate component behavior, providing a more robust and coherent user experience. In addition to component context data, other information may be transmitted between containers and components such as properties, menu options, and data fields, supporting more complete integration of even web-based components into containers.
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Citations
8 Claims
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1. A computer-implemented method of electronic communication between a component software object and a software container object, comprising:
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initiating, by a first component object within a container object, a registration function on the container object, passing into said registration function a first interface pointer corresponding to a generic component interface supported by the first component object within the container object; receiving, at the first component object, a second interface pointer from the container object corresponding to a generic container interface supported by the container object; receiving, at the first component object, user input from a user interface control running within the first component object; receiving, at the first component object, component context data from the container object, the component context data describing a current state of execution of a second component object executing within the container object; determining, by the first component object, a function supported by the container object, wherein the function determined is based on (1) the user input received from the user interface control or (2) the current state of execution of the second component; invoking, by the first component object, the determined function on the container object using the second interface pointer; retrieving, by the first component object, data from a remote data store based on the component context data of the second component object; and updating a user interface of the first component object using the retrieved data from the remote data store. - View Dependent Claims (2, 3, 4)
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5. A computing device, comprising:
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a processor configured to control at least some operations of the computing device; and memory storing computer executable instructions that, when executed by the processor, cause the computing device to; initiate a registration function on a container object, passing into said registration function a first interface pointer corresponding to a generic component interface supported by a first component object within the container object; receive at the first component object a second interface pointer from the container object corresponding to a generic container interface supported by the container object; receive at the first component object user input from a user interface control running within the first component object; receive at the first component object component context data from the container object, the component context data describing a current state of execution of a second component object executing within the container object; determine at the first component object a function supported by the container object, wherein the function determined is based on (1) the user input received from the user interface control or (2) the current state of execution of the second component; invoke the determined function on the container object using the second interface pointer; retrieve data from a remote data store based on the component context data of the second component object; and update a user interface of the first component object using the retrieved data from the remote data store. - View Dependent Claims (6, 7, 8)
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Specification