You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Right now, you need an object type Guid (as the input to RelativityObjectAttribute to define a Gravity class . This excludes all non-dynamic object types, such as saved searches and fields, from being present in a Gravity model as associated objects. At @Milyli, these field types frequently show up in configuration RDOs, limiting Gravity's usefulness.
We should allow object type to be defined by an ArtifactType as well for these scenarios (e.g. [RelativityObject(14)] for a field).
The fields themselves have Guids, so the other attributes would not need new overloads.
Could we/should we do something with mapping? For example, come up with our own guids for the objects then if those guids are used, we handle them a special way. This way as those objects become supported by Relativity it would be a matter of just removing them from the mapping dictionary and everything should still just work?
Right now, you need an object type Guid (as the input to
RelativityObjectAttribute
to define a Gravity class . This excludes all non-dynamic object types, such as saved searches and fields, from being present in a Gravity model as associated objects. At @Milyli, these field types frequently show up in configuration RDOs, limiting Gravity's usefulness.We should allow object type to be defined by an ArtifactType as well for these scenarios (e.g.
[RelativityObject(14)]
for a field).The fields themselves have Guids, so the other attributes would not need new overloads.
This might be easier to do after #158.
The text was updated successfully, but these errors were encountered: