International Business Machines Corporation

Timothy John Baldwin

Fenglian Xu

Andrew Johnson

Peter J Johnson

Xin Peng Liu

Yu Chen Zhou

Xi Ning Wang

Peter John Johnson

Liang Xue

David Locke

Duncan George Clark

Ben Sasson

Thomas A Evans

Manfred Georg Oevers

Jason C Edmeades

Simon Christopher Nash

Ann Eleanor Dalton

Philip Paul Morris

At least one XML document to be validated is parsed, and XML data in the at least one XML document is represented as data objects in at least one data object model in a memory. At least one rule document is parsed and a rule object model that includes rule objects is created in the memory. At least part of the data objects are extracted from the at least one data object model and at least part of rule objects are extracted from the rule object model. Partial validation is performed in a corresponding execution context that validates the extracted at least part of the data objects based upon the extracted at least part of the rule objects.

Validating an XML document

Management of resources within a representational state transfer architecture comprising a plurality of service resources. A persisted collection resource is accessed, and the persisted collection resource includes a collection query with at least one query parameter defining a collection of resources. The collection query is processed with respect to the resources within the computer system to generate a list of resources associated with the at least one query parameter.

Representational state transfer resource collection management

For communication pattern recognition, an apparatus is disclosed. The apparatus includes a baseline analysis module that samples predefined sources associated with a user and generates a baseline fingerprint for the user. The apparatus includes an active analysis module that re-samples the predefined sources associated with the user after a predefined time interval and generates an active fingerprint for the user. The apparatus includes a verification module that compares the active fingerprint to the baseline fingerprint and determines whether the active fingerprint closely matches the baseline fingerprint. If the active fingerprint closely matches the baseline fingerprint, then the verification module replaces the baseline fingerprint with the active fingerprint. If the active fingerprint does not match the baseline fingerprint, then the verification module performs a predefined action to rectify differences between the baseline fingerprint and the active fingerprint.

Communication pattern recognition

Control of message delivery from publisher devices to a subscriber application of a messaging system is provided. The subscriber application has a subscription registered with a broker application of the messaging system and is only permitted to receive messages relating to a topic of the subscription from a predetermined set of one or more publisher devices. The method includes: altering a topic identifier of a message from a publisher device to a modified topic identifier, and altering a subscription identifier from a subscriber application to a modified subscription identifier; analyzing the modified topic identifier and the modified subscription identifier to determine if the message is to be communicated to the subscriber application, and if so, information is removed from the modified topic identifier to form a reverted topic identifier, and the message and reverted topic identifier are communicated to the subscriber application.

Message delivery in a message system

A message server includes a query store for storing query requests, value data for the query requests, and response time data for the query requests. A message is received, a query request is determined from the message and sent to a query server. A timeout period is determined from response time data stored in the query store. If no response to the query request is received within the timeout period, a value is determined from the value data for the query request stored in the query store. Alternatively, if a response to the query request is received within the timeout period, a value is determined from the response, value data for the value is stored in the query store, and response time data is stored in the query store. An action in response to the message is determined and the action is performed.

Processing a message received by a message server

Embodiments of the invention provide for fault alerting in mock object supported unit testing. In a method for fault alerting in mock object supported unit testing an instance a mock object proxying for an object under test by test code is created in memory of a computing system and an invocation of a method in the object under test is proxied by method name to the mock object. Then, it is determined whether or not a method exists in memory for the mock object corresponding to the method name. Finally, an exception handler is invoked for the mock object outputting error text indicating a non-presence of a method associated with the method name responsive to a method by the method name not existing in the memory for the mock object, but otherwise a method is invoked that exists in the memory of the mock object corresponding to the method name.

Resilient mock object creation for unit testing

Method and system are provided for communication monitoring based on sentiment. The method includes: monitoring a new communication prior to sending created by a sender to a recipient, wherein the new communication includes text input by the sender; and analyzing the text of the new communication using sentiment analysis and determining a sentiment score on a scale between negative sentiment and positive sentiment. In response to the sentiment score for the text of the new communication being on the negative side of a predefined threshold on the scale, referencing an overall relationship score based on past communications between the sender and the recipient. In response to the overall relationship score being on the negative side of a predefined threshold, holding a transmission of the new communication for further review.

Communication monitoring based on sentiment

A computer system determines a category of users to which a user of a computer belongs. The computer system determines a relationship between the category of users and at least one program available for installation from the computer system. Based on the determined relationship, the computer system determines that at least one feature of the at least one program are of potential interest to the user of the computer. The computer system notifies the user of the at least one feature of the at least one program of potential interest.

Intelligent software installation

A method of operating a network of connected nodes comprises the steps of maintaining a trust value for each node in the network, maintaining one or more attributes for each node in the network, each attribute comprising a value and a respective confidence level, and performing a validation of a specific attribute of a specific node. The validation comprises the steps of querying nodes connected to the specific node for specific attribute values for the specific node, creating a results set from the returned attribute values from the connected nodes and the trust values of the connected nodes, and processing the results set according to a predefined algorithm to determine a new value and/or a new confidence level for the specific attribute of the specific node.

Node validation in a network

At least one XML document to be validated is parsed, and XML data in the at least one XML document is represented as data objects in at least one data object model in a memory. At least one rule document is parsed and a rule object model is created in the memory. At least part of the data objects are extracted from the at least one data object model and at least part of rule objects are extracted from the rule object model. Validation is performed in a corresponding execution context for the extracted at least part of the data objects based upon the extracted at least part of the rule objects.

Embodiments of the invention provide a method, system and computer program product for fault alerting in mock object supported unit testing. In an embodiment of the invention, a method for fault alerting in mock object supported unit testing is provided. The method includes creating in memory of a computing system an instance a mock object proxying for an object under test by test code and proxying by method name an invocation of a method in the object under test to the mock object. The method also includes determining whether or not a method exists in memory for the mock object corresponding to the method name. Finally, the method includes invoking an exception handler for the mock object outputting error text indicating a non-presence of a method associated with the method name responsive to a method by the method name not existing in the memory for the mock object, but otherwise invoking a method that exists in the memory of the mock object corresponding to the method name.

A method, apparatus and software is disclosed in which original exceptions issued by an application program are encoded as substitute exceptions with associated metadata identifying the original exception so as to enable to enable a first application program receiving the exception but not arranged to process the original exception to process the substitute exception and to enable a second application program receiving the exception and arranged to process the original exception to extract and process that original exception.

Growing community of inventors

Swanmore, United Kingdom

Timothy John Baldwin