Abstract: Methods of developing an application program to manage a distributed system or network are provided.

Abstract: In one aspect, a method of monitoring and controlling managed objects within a distributed system by manipulating one or more management application programs is provided. The method includes: providing a run-time tool associated with a management station. The management station is in communication with the distributed system. The run-time tool is in communication with the management application programs. The run-time tool is activated by an activation command having a predetermined syntax. The run-time tool responds to a plurality of input commands, each input command having a predetermined syntax. The run-time tool response to certain input commands is to generate one or more corresponding management application commands and send the generated commands to at least one management application program. Various embodiments of the method are provided.

Abstract: Methods of developing an application program to manage a distributed system or network are provided.

Abstract: Methods of defining views of a distributed system or network to facilitate development of an application program with view management services to manage the distributed system or network are provided.

Abstract: Methods of defining a distributed system or network to facilitate development of an application program to manage the distributed system or network are provided.

Abstract: Methods of developing an application program to manage a distributed system or network is provided. In one embodiment, the method includes: a) defining managed objects in a resource definition language and storing the definition in resource definition language files, b) parsing the resource definition language files to ensure conformity with the resource definition language and creating an intermediate representation of the distributed system, c) processing the intermediate representation to form programming language classes, database definition files, and script files, d) providing a reusable asset center framework to facilitate development of the application program, the reusable asset center including a distribution adaptor framework that provides each application program with distribution transparency for remote and local operations, and e) building the application program from the programming language classes, database definition files, script files, and the reusable asset framework.

Abstract: Methods of developing an application program to manage a distributed system or network are provided.

Abstract: Methods of developing an application program to manage a distributed system or network are provided. In one embodiment, the method includes: a) defining managed objects in a resource definition language and storing the definition in resource definition language files, b) parsing the resource definition language files to ensure conformity with the resource definition language and creating an intermediate representation of the distributed system, c) processing the intermediate representation to form programming language classes, database definition files, and script files, d) developing a reusable asset center framework to facilitate development of the application program, the reusable asset center including an SNMP agent framework that provides SNMP interface functionality to the application program, and e) building the application program from the programming language classes, database definition files, script files, and the reusable asset framework.

Abstract: A modular jack (100) includes an insulative housing (1) defining a receiving cavity (151) for receiving a complementary connector, a contact module (2), a detective switch (3) and an outer metal shield (4) enclosing the housing. The detective switch includes an immovable switch (31) and a movable switch (32) abutting against the immovable switch. The immovable and movable switches respectively include an engaging portion (311, 3212) and a soldering portion (313, 323) for electrically connecting with a printed circuit board. The movable switch further includes a projecting portion (3211) for engaging with the complementary connector.

Abstract: A sensor for detecting hydrogen peroxide, comprising an element exhibiting piezoelectric properties having a metal-oxide-containing coating, the metal-oxide having a divalent or tetravalent state.

Abstract: Content addressable memory (CAM) devices include CAM arrays that can identify a best match(es) from a plurality of matches when an operation to compare data applied to a CAM array against data entries within the CAM array is performed. This best match identification operation is preferably performed internal to the CAM array. The best match identification operation does not require operations to determine a highest priority match based on the relative physical locations of multiple matching entries that might be identified within the CAM array during a compare operation. The CAM device also does not require that the CAM array(s) therein be sectored into groups of entry locations (e.g., rows) having ordered priorities or that each CAM array within a multi-array CAM device be treated as a respective sector. Entries having identical priority may be entries having the same number of actively masked bits therein.

Abstract: Content addressable memory (CAM) devices include CAM arrays that can identify a best match(es) from a plurality of matches when an operation to compare data applied to a CAM array against data entries within the CAM array is performed. This best match identification operation is preferably performed internal to the CAM array. The best match identification operation does not require operations to determine a highest priority match based on the relative physical locations of multiple matching entries that might be identified within the CAM array during a compare operation. The CAM device also does not require that the CAM array(s) therein be sectored into groups of entry locations (e.g., rows) having ordered priorities or that each CAM array within a multi-array CAM device be treated as a respective sector. Entries having identical priority may be entries having the same number of actively masked bits therein.

Abstract: A solvent-soluble siloxane polyimide comprising a copolymer obtained by reaction of a diamine compound mixture comprising a diaminopolysiloxane, an alicyclic diamine and an aromatic diamine with an aromatic tetracarboxylic acid anhydride, followed by polyimidization reaction of the resulting polyamic acid forms a heat-resistant adhesive by adding an epoxy resin, a diamine-based curing agent and an organic solvent thereto, The formed adhesives provides a distinguished curling resistance without any warp when the resulting siloxane polyimide soluble in ordinary organic solvents is used as a main component of the adhesive for bonding between a base material and a copper foil of a flexible printed substrate.

Abstract: A solvent-soluble siloxane polyimide comprising a copolymer obtained by reaction of a diamine compound mixture comprising a diaminopolysiloxane and an alicyclic diamine with an aromatic tetracarboxylic acid anhydride, followed by polyimidization reaction of the resulting polyamic acid forms a heat-resistant adhesive by adding an epoxy resin, a diamine-based curing agent and an organic solvent thereto, The formed adhesives show a distinguished heat-resistant adhesiveness when the resulting siloxane polyimide soluble in ordinary organic solvents is used as a main component of the adhesive for bonding between a base material and a copper foil of a flexible printed substrate. By further addition of a fluorinated resin to the heat-resistant adhesive, the adhesiveness can be more improved.