Class Reference
%iKnow.Queries.CcAPI
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Private Storage |
This is the main Query API to get access to Concept-Concept pairs (CCs). CCs are an abstraction of CRCs, aggregating them across relationships to focus only on those concepts that are in a direct relationship with one another, without caring about the actual relationship linking the two.
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This method will return all CC pairs in which any (if setop = $$$UNION) or all (if setop = $$$INTERSECT) of the entities supplied in the entitylist participate, within the boundaries of the supplied domain.
The scope of this query can be limited through supplying a
%iKnow.Filters.Filter object for the filter parameter to restrict the result to those CCs occurring in any source satisfying the filter criteria. When using a filter, the filtermode parameter will control whether or not the frequency and spread of returned records should be recalculated and whether results should be resorted along these recalculated numbers.Specifying a value for positionstomatch will limit the result to those CCs in which the supplied entities are on the Master (with positionstomatch = $$$USEPOSM) or Slave (with positionstomatch = $$$USEPOSS) side rather than either of the two (with positionstomatch = $$$USEPOSMS, default setting).
This method looks up CCs based on a list of Entity IDs.
See also
GetByEntities for a description of the parameters.
This method returns the number of CC pairs based on a list of entities.
See also
GetByEntities for a description of the parameters.
This method returns the number of CC pairs based on a list of entity ids.
See also
GetByEntities for a description of the parameters.
Returns the total number of unique CCs appearing in either (if setop = $$$UNION) or all (if setop = $$$INTERSECT) of the sources specified by ID in sourceidlist.
To get the unique CCs of a virtual source, only a single virtual source can be supplied using its negative ID value (otherwise, -1 is returned).
Returns the "inverse" of a CC pair, which means the CC composed of the same master and slave entity, but at inverted positions.