Download JAR files tagged by chaining with all dependencies

Causes JAXB RI 2.1.8 XJC to generate additional methods that allows method chaining. Method chaining is useful when building object tree in memory, allowing the code to be done in a concise way. The code that uses this plugin can still run with any JAXB2 implementation.

Causes JAXB RI 2.2 XJC to generate additional methods that allows method chaining. Method chaining is useful when building object tree in memory, allowing the code to be done in a concise way. The code that uses this plugin can still run with any JAXB2 implementation.

Causes JAXB RI 2.0.1 XJC to generate additional methods that allows method chaining. Method chaining is useful when building object tree in memory, allowing the code to be done in a concise way. The code that uses this plugin can still run with any JAXB2 implementation.

This module is dedicated to the analysis of a set of existential rules. It can check if this set belongs to a known decidable class of rules, either directly or by means of its Graph of Rule Dependencies (GRD). This module allows to analyze the properties of the strongly connected components in the GRD, which allows to determine properties of the rule set with respect to decidability as well as the kind of paradigm (forward or backward chaining) ensuring decidability.

This library leverage method chaining. It is not compliant with the Java XML Standard API. It contains a serializer compatible with Microsoft XmlSerializer input/output XML format. It contains another serializer that is compatible with the DataContractSerializer from Microsoft. Along with the basic soap package provided, it becomes easy to do raw SOAP calls to any SOAP Web service. The XmlDocument class also offer XPath like methods to fetch information from the underlying XML tree.

InteGraal has been designed in a modular way, in order to facilitate software reuse and extension. It should make it easy to test new scenarios and techniques, in particular by combining algorithms. The main features of Graal are currently the following: (1) internal storage to store data by using a SQL or RDF representation (Postgres, MySQL, HSQL, SQLite, Remote SPARQL endpoints, Local in-memory triplestores) as well as a native in-memory representation (2) data-integration capabilities for exploiting federated heterogeneous data-sources through mappings able to target systems such as SQL, RDF, and black-box (e.g. Web-APIs) (3) algorithms for query-answering over heterogeneous and federated data based on query rewriting and/or forward chaining (or chase)

InteGraal has been designed in a modular way, in order to facilitate software reuse and extension. It should make it easy to test new scenarios and techniques, in particular by combining algorithms. The main features of Graal are currently the following: (1) internal storage to store data by using a SQL or RDF representation (Postgres, MySQL, HSQL, SQLite, Remote SPARQL endpoints, Local in-memory triplestores) as well as a native in-memory representation (2) data-integration capabilities for exploiting federated heterogeneous data-sources through mappings able to target systems such as SQL, RDF, and black-box (e.g. Web-APIs) (3) algorithms for query-answering over heterogeneous and federated data based on query rewriting and/or forward chaining (or chase)