Abstract: Certain example embodiments relate to techniques for debugging and/or introspecting an integration deployed in a distributed computing environment. The integration includes operations performable responsive to receipt of instructions from an orchestrating system by public interfaces of computing systems in the distributed computing environment. The orchestrating system is remote from the computing systems. An inverse operation for at least some of the performable operations in the integration is identified. The inverse operations also are performable responsive to receipt of instructions from the orchestrating system by the public interfaces of the computing systems of the distributed computing environment. Each inverse operation reveals, upon its performance, an effect of one or more associated performable operations.

Abstract: Certain example embodiments relate to techniques for debugging and/or introspecting an integration deployed in a distributed computing environment. The integration includes operations performable responsive to receipt of instructions from an orchestrating system by public interfaces of computing systems in the distributed computing environment. The orchestrating system is remote from the computing systems. An inverse operation for at least some of the performable operations in the integration is identified. The inverse operations also are performable responsive to receipt of instructions from the orchestrating system by the public interfaces of the computing systems of the distributed computing environment. Each inverse operation reveals, upon its performance, an effect of one or more associated performable operations.

Abstract: System and method for processing the input in an XML form. The method may include providing a template XML form to the user, receiving a modified XML form from the user, identifying the differences between the template XML form and the modified XML form and further processing the modified XML form based on the identified differences.

Abstract: A consistency enforcement system includes an XML object of an SOA-registry. The XML object includes a plurality of processing task XML elements that define a processing task to be performed the SOA. An updated XML object is received through an interface. The updated object includes at least one additional processing task XML element that defines at least one further processing task to be performed by the SOA. A validation unit is use to query the SOA-registry in order to obtain one or more predefined processing task identifiers. The validation unit matches a processing task identifier of the at least one additional processing task XML element of the updated XML object against the one or more predefined processing task identifiers obtained from the SOA-registry and approves or rejects the updated XML object (20?) depending on the result of the match.

Abstract: The present invention concerns a consistency enforcement system (1) for at least one XML object (20) stored in an SOA-registry (2), the at least one XML object (20) comprising a plurality of processing task XML elements (200, 201) each defining at least one processing task to be performed by components of the SOA, the consistency enforcement system (1) comprising: a. an interface (10) adapted for receiving an updated XML object (20?) comprising at least one additional processing task XML element (202) defining at least one further processing task to be performed by components of the SOA that is not comprised in the at least one XML object (20) stored in the SOA-registry (2); b. a validation unit (11) adapted for querying the SOA-registry (2) in order to obtain one or more predefined processing task identifiers (25); c.

Abstract: System and method for processing the input in an XML form. The method may include providing a template XML form to the user, receiving a modified XML form from the user, identifying the differences between the template XML form and the modified XML form and further processing the modified XML form based on the identified differences.

Abstract: In a semi-active system of missile guidance, simple illuminating devices, designated as transmitters only, are used for illuminating the target, instead of expensive target tracking devices. The illuminating devices are directed at the targets by the target locating equipment, within the periods of target information renewal. As compared to the target tracking systems, the half width of the directive diagrams of the illuminating device is definitely enlarged and so dimensioned that the illuminated solid angle encompasses the maneuvering space of the target within the period of information renewal.