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A network provides color translation between a server side application and a web browser application. A color object created on the server side is reduced into the individual color components defining the color property for the object. These discrete color components are then converted into numerica

A network provides color translation between a server side application and a web browser application. A color object created on the server side is reduced into the individual color components defining the color property for the object. These discrete color components are then converted into numerical values representing the intensity of the respective component. The color components are then combined into a format usable by a web-based computer application. For objects including text information, the color property for the text is automatically determined, based on the translated color object, to achieve a high contrast between the background color and the foreground or text color.

대표청구항 ▼

1. A method of converting state colors for a network management application, comprising the steps of: detecting a first state color object having a first color format on a server side of a network management application; and translating a second state color object having a second color format on

1. A method of converting state colors for a network management application, comprising the steps of: detecting a first state color object having a first color format on a server side of a network management application; and translating a second state color object having a second color format on a web browser side of the network management application to match the first state color object on the server side, wherein the translating step comprising the steps of: parsing a red color component, green color component, and blue color component based on the first state color object; converting red color component, green color component, and blue color component to the second color format; and calculating the second state color object based on a converted red color component, converted green color component, and converted blue color component. 2. The method of claim 1, further comprising the step of: selecting a foreground lettering color to achieve suitably high contrast with the second color format. 3. A network management system for matching state colors between a host computer coupled to the computer network and a web-based computer coupled to the computer network management system, the network management system comprising: a computer network; a plurality of devices coupled to the computer network; a host computer coupled to the computer network containing a network management application for graphically representing the state of the devices; a web-based computer coupled to the computer network for remotely displaying the state of the devices; a program storage device coupled to the host computer and the web-based computer having a computer readable code embodied therein for matching state colors between the device and the web-based device, including: a code for instructing the host computer to perform the steps of: detecting a first state color object having a first color format on a server side of a network management application; and translating a second state color object having a second color format on a web browser side of the network management application to match the first state color object on the server side, wherein the translating step comprising the steps of: parsing a red color component, green color component, and blue color component based on the first state color object; converting red color component, green color component, and blue color component to the second color format; and calculating the second state color object based on a converted red color component, converted green color component, and converted blue color component. 4. The network management system of claim 3, further comprising the step of: selecting a foreground lettering color to achieve a suitably high contrast with the second color format.