摘要:
The L4 application in the switch is expanded to permit functions previously performed exclusively in the L5 protocol application. Moreover, the L4 application is programmable by the system operator so that the system operator may expand the predefined set of L4 call management operations to accommodate his call processing requirements. Overall supervision of the call-management operations was previously limited to the L5 applications. However, the ability to program the L4 application enables the system operator to decide which call processing operations will be managed by the L5 applications and which operations will be managed by the L4 application. The system operator may thus define, in the L4 application, a proprietary call model that instructs the switching node to manage all incoming calls, or the system operator may specify the call model on a channel by channel basis. The latter arrangement programs the switching node to use different call-processing protocols among the various channels. In addition, the user may either re-define or define entirely new application programming interface (API) calls for communications between the host and switching node and/or between the switching node and ports.
摘要:
The operationality of instructions (605) arranged to control a telecommunication or data transfer switch (602) by referring to originating encoding instructions (606). A module (506) of instructions forming part of the encoded sets (606) of originating instructions is identified and said module is processed (609) to obtain definitions of the interactivity of said module with other modules of said set and the interactivity with signal transmissions external to said module. This facilitates the generation (611) of replacement originating instructions from which new executable instructions are generatable (611) and executable after being embedded within said switching means (605).
摘要:
Originating instructions are generated from a functional definition of a plurality of interacting modules. These modules have respective internal functional specifications and interfacing specifications. The originating instructions are converted into control instructions that are downloaded for execution by said telecommunications switching means. Instructions are tested using testing procedures before the control instructions are downloaded. The testing procedures are generated by processing the interfacing specifications.
摘要:
A programmable call processing system (52) provides a standard call processing process (80) performing call processing according to industry standard call models, at least one database (84, 86) storing call processing data accessible by the set of standard call processing process (80), and at least one customized call logic program (92) for implementing extended subscriber features on the telecommunications switching system (10, 30). Further, an application program interface (56, 94) provides access by the at least one customized call logic program (92) to the at least one call processing database (84, 86) and further interrupting the standard call processing process (80) to execute the customized call logic program (92).
摘要:
The invention relates to a method for implementing a managed object in a subsystem of a managed system in a management network with at least one managing system and at least one managed system, for telecom or open systems, said managed system consisting of subsystems forming each a part of the managed system including one or more managed objects. The managed objects are implemented in the subsystem, uncoordinatedly with respect to other subsystems, in such a way that they can be connected to and transmit messages to other objects in other subsystems, and without knowing the type of objects in the other subsystems. This is obtained by designing a first object (330) for co-operation with an abstract object (332) defining an interface consisting of unimplemented methods, which may be called by the first object, and letting, at later design of a second object (334) unknown to said first object and intended to co-operate with the first object, the other object inherit the abstract object and implement the inherited methods, so that the first object at co-operation with the second object will consider it as being of said abstract type.
摘要:
The invention relates to a method for implementing a managed object in a subsystem of a managed system in a management network with at least one managing system and at least one managed system, for telecom or open systems, said managed system consisting of subsystems forming each a part of the managed system including one or more managed objects. The managed objects are implemented in the subsystem, uncoordinatedly with respect to other subsystems, in such a way that they can be connected to and transmit messages to other objects in other subsystems, and without knowing the type of objects in the other subsystems. This is obtained by designing a first object (330) for co-operation with an abstract object (332) defining an interface consisting of unimplemented methods, which may be called by the first object, and letting, at later design of a second object (334) unknown to said first object and intended to co-operate with the first object, the other object inherit the abstract object and implement the inherited methods, so that the first object at co-operation with the second object will consider it as being of said abstract type.
摘要:
Die Erfindung betrifft ein Verfahren zum Einbinden von Zusatz-Funktions-Modulen in eine Steuereinrichtung eines Vermittlungssystems und ein Vermittlungssystem. Ein Vermittlungssystem enthält eine Steuereinrichtung (CONTR), die mit einer Vielzahl von miteinander verkoppelten Basis-Funktions-Modulen (APP1 bis APP3, BP1 bis BP4) zur Steuerung von Vermittlungsfunktionen des Vermittlungssystems versehen ist. Die Basis-Funktions-Module (APP1 bis APP3, BP1 bis BP4) werden mit einem oder mit mehreren Zugangs-Modulen (ACC) verkoppelt. Die Zusatz-Funktions-Module (APP11 bis APP23, KONVERT1, KONVERT2) greifen allein über die Zugangs-Module (ACC) auf Basis-Funktions-Module (APP1 bis APP3, BP1 bis BP4) zu, wobei die Zugangs-Module (ACC) abhängig von dem zugreifenden Zusatz-Funktions-Modul (APP11 bis APP23, KONVERT1, KONVERT2) den Zusatz-Funktions-Modulen (APP11 bis APP23, KONVERT1, KONVERT2) jeweils eine individuelle logische Zugriffs-Schnittstelle (INT1 bis INT4) zu Basis-Funktions-Modulen (APP1 bis APP3, BP1 bis BP4) bereitstellen.
摘要:
The present invention provides a method and apparatus for interfacing different service creation environments (SCEs) and execution environments (EEs) in a telecommunication system. A telecommunication system interface in accordance with the present invention includes at least one (SCE) to be interfaced to a plurality of service (EEs); a parser (50) for parsing output code from the (SCE) to form a parse tree representing a telecommunication service developed in the (SCE); an intermediate code generator for generating an intermediate code representing nodes of the parse tree such that the intermediate code preserves substantially all the information contained within the (SCE) output code; and a target code generator (52) for generating a target code for each of the (EEs) from the intermediate code, such that the telecommunication service developed in the (SCE) may be provided in each of the (EEs).