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Note that "e" and "f" could be implicit edges (inlined into array), and "g" and "h" in the current spec are implicit edges (formed by the result field array in DeclarationResult), but that does not affect the crux of the issues.
The crux is that "e" is redundant with "g", and "f" is redundant with "h", and such redundancy would be repeated for every additional declaration in the source code.
Similar redundancy would be present for DefinitionResult and item (property=definition), although on much smaller scale (in general, there is only one definition for a given ResultSet).
I propose that declaration and definition edges going out of ReferenceResult are dropped. They can easily be reconstructed for serving textDocument/references query by augmenting that result set with the results from textDocument/declaration and textDocument/definition from the same ResultSet. Note also that after dropping these edges, "property" field on the "item" edge will no longer be necessary, since "reference" and "referenceResult" could be distinguished by the type of the incoming vertex of the "item" edge.
Are there languages that would make the above not possible?
The text was updated successfully, but these errors were encountered:
I see the point however I wouldn't make the implicit (e.g. saying that when searching for references we say that the DB needs to consider textDocument/declaration edges). I would rather introduce to link a reference result to a declaration result using an item edge with the property declarationResult. The makes it explicit.
Consider the following C++ code:
where R1 and R2 indicate two distinct Range vertices.
Following the current LSIF spec, the output should contain the following vertices:
and the following edges:
a) 1 -> 3; refersTo
b) 2 -> 3; refersTo
c) 3 -> 4; textDocument/declaration
d) 3 -> 5; textDocument/references
e) 5 -> 1; item (property=declaration)
f) 5 -> 2; item (property=declaration)
g) 4 -> 1
h) 4 -> 2
Note that "e" and "f" could be implicit edges (inlined into array), and "g" and "h" in the current spec are implicit edges (formed by the result field array in DeclarationResult), but that does not affect the crux of the issues.
The crux is that "e" is redundant with "g", and "f" is redundant with "h", and such redundancy would be repeated for every additional declaration in the source code.
Similar redundancy would be present for DefinitionResult and item (property=definition), although on much smaller scale (in general, there is only one definition for a given ResultSet).
I propose that declaration and definition edges going out of ReferenceResult are dropped. They can easily be reconstructed for serving textDocument/references query by augmenting that result set with the results from textDocument/declaration and textDocument/definition from the same ResultSet. Note also that after dropping these edges, "property" field on the "item" edge will no longer be necessary, since "reference" and "referenceResult" could be distinguished by the type of the incoming vertex of the "item" edge.
Are there languages that would make the above not possible?
The text was updated successfully, but these errors were encountered: