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Three steps lead from the space to the communities: Nanodash fills the multi placeholder with the space IRI and the alt IDs of its root definition (its owl:sameAs objects, which for a space that is also a FAIR community is the community IRI the FIPs point at); gen:isSubSpaceOf adds the sub-spaces, taken from non-invalidated nanopublications and followed transitively, so nested sub-spaces count too; and owl:sameAs in a non-invalidated nanopublication that introduces or describes a space in scope maps each of them to its FAIR community, in either direction. The sub-space links are read from the plain nanopublication graphs rather than from the materialised space state of the spaces repository, which the FIP data is not in: any non-invalidated sub-space declaration counts, without the admin-side authority check that the spaces repository applies. Reference FIPs (rFIPs) and example nanopublications are excluded, as in the all-FIPs query. Rows are ordered by publication date, newest first; the date column is also sortable in the rendered table. The declaration count is computed once per declaration index in a self-contained sub-select rather than by joining the index elements into the main pattern, which keeps the query about five times faster." } ], "http://purl.org/dc/terms/license": [ { "@id": "http://www.apache.org/licenses/LICENSE-2.0" } ], "@type": [ "https://w3id.org/kpxl/grlc/grlc-query" ], "http://www.w3.org/2000/01/rdf-schema#label": [ { "@value": "Get the FIPs of a space" } ], "https://w3id.org/kpxl/grlc/endpoint": [ { "@id": "https://w3id.org/np/l/nanopub-query-1.1/repo/full" } ], "https://w3id.org/kpxl/grlc/sparql": [ { "@value": "prefix rdf: \nprefix rdfs: \nprefix np: \nprefix npa: \nprefix npx: \nprefix xsd: \nprefix dct: \nprefix owl: \nprefix foaf: \nprefix prov: \nprefix skos: \nprefix schema: \nprefix gen: \nprefix fip: \nprefix tpff: \nprefix search: \n\nselect ?fip (min(?fip_label) as ?fip_label) (min(?community) as ?community) (min(?community_label) as ?community_label) (min(?version) as ?version)\n (coalesce(min(?decl_count), 0) as ?declarations)\n (group_concat(distinct str(?top); separator=\" \") as ?domains_multi_iri) (group_concat(distinct ?top_label; separator=\"\\n\") as ?domains_label_multi)\n (min(?date) as ?date) (min(?np) as ?np) (\"^\" as ?np_label)\nwhere {\n { select distinct ?community where {\n { select distinct ?scope where {\n { values ?_space_multi_iri {} bind(?_space_multi_iri as ?scope) }\n union\n { values ?_space_multi_iri {}\n graph npa:graph {\n ?sub_np np:hasAssertion ?sub_a ; npa:hasValidSignatureForPublicKey ?sub_pk .\n filter not exists { ?sub_x npx:invalidates ?sub_np ; npa:hasValidSignatureForPublicKey ?sub_pk . }\n }\n graph ?sub_a { ?scope gen:isSubSpaceOf ?parent . }\n ?parent gen:isSubSpaceOf* ?_space_multi_iri .\n }\n } }\n ?scope (owl:sameAs|^owl:sameAs)? ?community .\n filter(?community = ?scope || exists {\n graph npa:graph {\n ?same_np npx:introduces|npx:describes ?scope ; np:hasAssertion ?same_a ; npa:hasValidSignatureForPublicKey ?same_pk .\n filter not exists { ?same_x npx:invalidates ?same_np ; npa:hasValidSignatureForPublicKey ?same_pk . }\n }\n graph ?same_a { { ?scope owl:sameAs ?community } union { ?community owl:sameAs ?scope } }\n })\n } }\n graph npa:graph {\n ?np npx:hasNanopubType fip:FAIR-Implementation-Profile ; npx:introduces ?fip ; npa:hasValidSignatureForPublicKey ?pk ; dct:created ?date ; np:hasAssertion ?a .\n filter not exists { ?np npx:hasNanopubType fip:Reference-FAIR-Implementation-Profile . }\n filter not exists { ?np npx:hasNanopubType npx:ExampleNanopub . }\n filter not exists { ?x npx:invalidates ?np ; npa:hasValidSignatureForPublicKey ?pk . }\n }\n graph ?a {\n ?fip a fip:FAIR-Implementation-Profile ; rdfs:label ?fip_label ; fip:declared-by ?community .\n optional { ?fip schema:version| ?version . }\n optional { ?fip fip:has-declaration-index ?index . }\n }\n optional {\n { select ?index (count(distinct ?decl_np) as ?decl_count) where {\n graph npa:networkGraph { ?index npx:includesElement ?decl_np . }\n } group by ?index }\n }\n optional {\n graph npa:graph { ?cnp npx:hasNanopubType fip:FAIR-Implementation-Community ; npx:introduces|npx:describes ?community ; np:hasAssertion ?ca ; npa:hasValidSignatureForPublicKey ?cpk . filter not exists { ?cx npx:invalidates ?cnp ; npa:hasValidSignatureForPublicKey ?cpk . } }\n graph ?ca { ?community rdfs:label ?community_label . optional { ?community fip:has-research-domain ?domain . } }\n graph npa:graph {\n ?srao_np npx:describes ;\n npa:hasValidSignatureForPublicKeyHash \"9069576dbf1967483c9a3095fb8a7c38b4770974a1733c681d5969e14e455e2b\" ;\n np:hasAssertion ?srao_a .\n filter not exists { ?srao_x npx:invalidates ?srao_np ; npa:hasValidSignatureForPublicKeyHash \"9069576dbf1967483c9a3095fb8a7c38b4770974a1733c681d5969e14e455e2b\" . }\n }\n optional { graph ?srao_a { ?domain rdfs:subClassOf* ?top . filter not exists { ?top rdfs:subClassOf ?tp . } ?top rdfs:label ?top_label . } }\n }\n} group by ?fip order by desc(min(?date))\n" } ] } ] } ]