]>
<filters xmlns="http://indexdata.com/metaproxy">
- <filter type="sparql">
- <!-- Which sparql server to use, our demo, or your local installation -->
- <!--defaults uri="http://bibframe.indexdata.com/sparql/"/-->
- <defaults uri="http://localhost:8890/sparql/"/>
-
- <!-- work database -->
- <db path="work" schema="sparql-results">
- <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
- <prefix>bf: http://bibframe.org/vocab/</prefix>
- <!-- The search clause just finds ?works, present is done below -->
- <form>SELECT DISTINCT ?work </form>
- <criteria>?work a bf:Work</criteria>
-
- <!-- bf.uri is a simple way to get to a work -->
- <index type="bf.uri"> ?work a bf:Work FILTER( ?work = %u ) </index>
-
- <!-- Title indexes -->
- <!-- These are messy, there are so many ways to get to a title -->
-
- <!-- Main title. Looks logical, but in practice we have seen only a very
- small number of these -->
- <index type="bf.title">
- ?work bf:title %v FILTER(contains(%v, %s))
- </index>
-
- <!-- worktitle seems to be the most common way to store the title of a work -->
- <index type="bf.worktitle">
- ?work bf:workTitle ?wt .
- ?wt bf:titleValue %v FILTER(contains(%v, %s))
- </index>
-
- <!-- Combining the two above, since users are not likely to know how
- a given title has been indexed -->
- <index type="bf.maintitle">
- {
- ?work bf:workTitle ?wt .
- ?wt bf:titleValue %v FILTER(contains(%v, %s))
- } UNION {
- ?work bf:title %v FILTER(contains(%v, %s))
- }
- </index>
-
-
- <!-- the worktitle can also contain a subtitle and a parttitle -->
- <index type="bf.subtitle">?work bf:workTitle ?wt .
- ?wt bf:subtitle %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.parttitle">
- ?work bf:workTitle ?wt .
- ?wt bf:partTitle %v FILTER(contains(%v, %s))
- </index>
-
- <!-- work.titlevariation - this could also have sub- and partTitles -->
- <index type="bf.titlevariation">
- ?work bf:titleVariation ?tv .
- ?tv bf:titleValue %v FILTER(contains(%v, %s))
- </index>
-
- <!-- Instance titles -->
- <index type="bf.instancetitle">
- ?inst bf:instanceOf ?work .
- ?inst bf:instanceTitle ?it .
- ?it bf:titleValue %v FILTER(contains(%v, %s))
- </index>
-
- <!-- Combined title index. There are so many ways titles can be expresses
- in Bibframe, this seems to cover most of what we have seen -->
- <index type="bf.anytitle">
- { ?work bf:workTitle ?wt .
- { ?wt bf:titleValue %v FILTER(contains(%v, %s)) } UNION
- { ?wt bf:subtitle %v FILTER(contains(%v, %s)) } UNION
- { ?wt bf:partTitle %v FILTER(contains(%v, %s)) }
- } UNION {
- ?work bf:titleVariation ?tv .
- ?tv bf:titleValue %v FILTER(contains(%v, %s))
- } UNION {
- ?inst bf:instanceOf ?work .
- ?inst bf:instanceTitle ?it .
- ?it bf:titleValue %v FILTER(contains(%v, %s))
- } UNION {
- ?work bf:title %v FILTER(contains(%v, %s))
- }
- </index>
-
- <!-- Author indexes. Much simpler than titles. -->
- <index type="bf.creator">
- ?work bf:creator ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.contributor">
- ?work bf:contributor ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.anyauthor">
- {
- ?work bf:creator ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- } UNION {
- ?work bf:contributor ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- }
- </index>
-
- <!-- Subjects -->
- <index type="bf.subject">
- ?work bf:subject ?subject .
- ?subject bf:label %v FILTER(contains(%v, %s))
- </index>
-
- <!-- Indexes for persons, organizations, etc -->
- <!-- The person (etc) may be in any relation to the work, subject,
- creator, etc, as long as there is a direct link -->
- <index type="bf.person">
- ?work ?rel ?person .
- ?person a bf:Person .
- ?person bf:label %v FILTER(contains(%v, %s))
- </index>
- <!-- TODO - make many more like the person above -->
-
- <!-- Present formats -->
- <!-- BF-L is just the links -->
- <present type="BF-L">
- CONSTRUCT { ?work ?rel ?subj }
- WHERE {
- ?work a bf:Work .
- ?work ?rel ?subj .
- ?work ?rel ?subj FILTER( str(?work) = %s )
- }
- </present>
-
- <!-- BF-F expands all links, except to instances and other works -->
- <present type="BF-F">
- CONSTRUCT { ?work ?rel ?obj .
+ <filter type="sparql">
+
+ <!-- Which sparql server to use, our demo, or your local installation -->
+ <!--defaults uri="http://bibframe.indexdata.com/sparql/"/-->
+ <defaults uri="http://localhost:8890/sparql/"/>
+
+ <!-- work database -->
+
+ <db path="work" schema="sparql-results">
+ <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
+ <prefix>bf: http://bibframe.org/vocab/</prefix>
+
+ <!-- The search clause just finds ?works, present is done below -->
+ <form>SELECT DISTINCT ?work </form>
+ <criteria>?work a bf:Work</criteria>
+
+ <!-- bf.uri is a simple way to get to a work -->
+ <index type="bf.uri"> ?work a bf:Work FILTER( ?work = %u ) </index>
+
+ <!-- Title indexes -->
+ <!-- These are messy, there are so many ways to get to a title -->
+
+ <!-- Main title. Looks logical, but in practice we have not seen -->
+ <!-- many of these -->
+ <index type="bf.title">
+ ?work bf:title %v FILTER(contains(%v, %s))
+ </index>
+
+ <!-- worktitle.titleValue seems to be the most common way to -->
+ <!-- store the title of a work -->
+ <index type="bf.worktitle">
+ ?work bf:workTitle ?wt .
+ ?wt bf:titleValue %v FILTER(contains(%v, %s))
+ </index>
+
+ <!-- Combining the two above, since users are not likely -->
+ <!-- to know how a given title has been indexed -->
+ <!-- TODO is "maintitle" a good name for this? I made it up myself -->
+ <index type="bf.maintitle">
+ {
+ ?work bf:workTitle ?wt .
+ ?wt bf:titleValue %v FILTER(contains(%v, %s))
+ } UNION {
+ ?work bf:title %v FILTER(contains(%v, %s))
+ }
+ </index>
+
+ <!-- the worktitle can also contain a subtitle and a parttitle -->
+ <index type="bf.subtitle">?work bf:workTitle ?wt .
+ ?wt bf:subtitle %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.parttitle">
+ ?work bf:workTitle ?wt .
+ ?wt bf:partTitle %v FILTER(contains(%v, %s))
+ </index>
+
+ <!-- work.titlevariation - this could also have sub- and partTitles -->
+ <index type="bf.titlevariation">
+ ?work bf:titleVariation ?tv .
+ ?tv bf:titleValue %v FILTER(contains(%v, %s))
+ </index>
+
+ <!-- Instance titles -->
+ <index type="bf.instancetitle">
+ ?inst bf:instanceOf ?work .
+ ?inst bf:instanceTitle ?it .
+ ?it bf:titleValue %v FILTER(contains(%v, %s))
+ </index>
+
+ <!-- Combined title index. There are so many ways titles can be expresses
+ in Bibframe, this seems to cover most of what we have seen -->
+ <!-- TODO - See the anytitle in instance for a more flexible way -->
+ <index type="bf.anytitle">
+ {
+ ?work bf:workTitle ?wt .
+ { ?wt bf:titleValue %v FILTER(contains(%v, %s)) } UNION
+ { ?wt bf:subtitle %v FILTER(contains(%v, %s)) } UNION
+ { ?wt bf:partTitle %v FILTER(contains(%v, %s)) }
+ } UNION {
+ ?work bf:titleVariation ?tv .
+ ?tv bf:titleValue %v FILTER(contains(%v, %s))
+ } UNION {
+ ?inst bf:instanceOf ?work .
+ ?inst bf:instanceTitle ?it .
+ ?it bf:titleValue %v FILTER(contains(%v, %s))
+ } UNION {
+ ?work bf:title %v FILTER(contains(%v, %s))
+ }
+ </index>
+
+ <!-- Author indexes. Much simpler than titles. -->
+ <index type="bf.creator">
+ ?work bf:creator ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.contributor">
+ ?work bf:contributor ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.anyauthor"> <!-- TODO - Is this a good name? -->
+ {
+ ?work bf:creator ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ } UNION {
+ ?work bf:contributor ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ }
+ </index>
+
+ <!-- Subjects -->
+ <!-- Note that these refer to anything with a bf:subject relation -->
+ <!-- The actual item is likely to be something like topic person etc -->
+ <index type="bf.subject">
+ ?work bf:subject ?subject .
+ ?subject bf:label %v FILTER(contains(%v, %s))
+ </index>
+
+ <!-- Indexes for persons, organizations, etc -->
+ <!-- The person (etc) may be in any relation to the work, -->
+ <!-- subject, creator, etc, as long as there is a direct link -->
+ <index type="bf.person">
+ ?work ?rel ?person .
+ ?person a bf:Person .
+ ?person bf:label %v FILTER(contains(%v, %s))
+ </index>
+ <!-- TODO - make many more like the person above -->
+
+ <!-- Present formats -->
+ <!-- BF-L is just the links -->
+ <present type="BF-L">
+ CONSTRUCT {
+ ?work ?rel ?subj
+ }
+ WHERE {
+ ?work a bf:Work .
+ ?work ?rel ?subj .
+ ?work ?rel ?subj FILTER( str(?work) = %s )
+ }
+ </present>
+
+ <!-- BF-F expands all links, except to instances and other works -->
+ <present type="BF-F">
+ CONSTRUCT {
+ ?work ?rel ?obj .
?obj ?rel1 ?obj1 .
?obj1 ?rel2 ?obj2 .
- ?obj2 ?rel3 ?obj3 }
- WHERE {
- ?work a bf:Work .
- ?work ?rel ?obj .
- OPTIONAL {
- ?obj ?rel1 ?obj1
- MINUS { ?obj a bf:Work }
- MINUS { ?obj a bf:Instance }
- }
- OPTIONAL {
- ?obj1 ?rel2 ?obj2
- MINUS { ?obj1 a bf:Work }
- MINUS { ?obj1 a bf:Instance }
- }
- OPTIONAL {
- ?obj2 ?rel3 ?obj3
- MINUS { ?obj2 a bf:Work }
- MINUS { ?obj2 a bf:Instance }
- }
- ?work ?rel ?obj FILTER( str(?work) = %s )
- }
- </present>
-
- <!-- full, with instances. Experimental! -->
- <present type="BF-FI">
- CONSTRUCT { %u ?rel ?wobj1 .
+ ?obj2 ?rel3 ?obj3
+ }
+ WHERE {
+ &workfull; <!-- This does not seem to get expanded!! TODO -->
+
+ ?work a bf:Work .
+ ?work ?rel ?obj .
+ OPTIONAL {
+ ?obj ?rel1 ?obj1
+ MINUS { ?obj a bf:Work }
+ MINUS { ?obj a bf:Instance }
+ }
+ OPTIONAL {
+ ?obj1 ?rel2 ?obj2
+ MINUS { ?obj1 a bf:Work }
+ MINUS { ?obj1 a bf:Instance }
+ }
+ OPTIONAL {
+ ?obj2 ?rel3 ?obj3
+ MINUS { ?obj2 a bf:Work }
+ MINUS { ?obj2 a bf:Instance }
+ }
+ ?work ?rel ?obj FILTER( str(?work) = %s )
+ <!-- TODO Use the %u -->
+ <!-- TODO Use the BF-FI as the BF-F -->
+ }
+ </present>
+
+ <!-- full, with instances. Experimental! -->
+ <present type="BF-FI">
+ CONSTRUCT {
+ %u ?rel ?wobj1 .
?wobj1 ?wrel1 ?wobj2 .
?wobj2 ?wrel2 ?wobj3 .
?inst ?irel1 ?iobj1 .
?iobj1 ?irel2 ?iobj2 .
- ?iobj2 ?irel3 ?iobj3 }
- WHERE {
- %u a bf:Work .
- %u ?rel ?wobj1 .
- OPTIONAL { <!-- note, this is not in the final construct
- the linking triplet will get included like any others -->
- ?inst bf:instanceOf %u
- }
- &workfull; <!-- This does not seem to get expanded!! TODO -->
- OPTIONAL {
- ?wobj ?wrel1 ?wobj1
- MINUS { ?wobj a bf:Work }
- MINUS { ?wobj a bf:Instance }
- }
- OPTIONAL {
- ?wobj1 ?wrel2 ?wobj2
- MINUS { ?wobj1 a bf:Work }
- MINUS { ?wobj1 a bf:Instance }
- }
- OPTIONAL {
- ?wobj2 ?wrel3 ?wobj3
- MINUS { ?wobj2 a bf:Work }
- MINUS { ?wobj2 a bf:Instance }
- }
- <!--&instfull; -->
- OPTIONAL {
- ?inst ?irel1 ?iobj1
- }
- OPTIONAL {
- ?iobj1 ?irel2 ?iobj2
- }
- OPTIONAL {
- ?iobj2 ?irel3 ?iobj3
- }
+ ?iobj2 ?irel3 ?iobj3
+ }
+ WHERE {
+ %u a bf:Work .
+ %u ?rel ?wobj1 .
- }
- </present>
- </db>
-
- <!-- Instance database -->
-
- <db path="instance" schema="sparql-results">
- <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
- <prefix>bf: http://bibframe.org/vocab/</prefix>
- <!-- The search clause just finds ?insts, present is done below -->
- <form>SELECT DISTINCT ?inst </form>
- <criteria>?inst a bf:Instance</criteria>
-
- <!-- bf.uri is a simple way to get to a work -->
- <index type="bf.uri"> ?inst a bf:Instance FILTER( ?inst = %u ) </index>
-
- <!-- Title indexes -->
- <!-- These are messy, there are so many ways to get to a title -->
-
- <!-- Main title. Looks logical. Many instances seem to have a title -->
- <index type="bf.title">
- ?inst bf:title %v FILTER(contains(%v, %s))
- </index>
-
- <!-- instancetitle is also pretty common -->
- <index type="bf.instancetitle">
- ?inst bf:instanceTitle ?it .
- ?it bf:titleValue %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.titlestatement">
- ?inst bf:titleStatement %v FILTER(contains(%v, %s))
- </index>
-
- <!-- Combining the two above, since users are not likely to know how
- a given title has been indexed -->
- <index type="bf.maintitle">
- {
- ?inst bf:instanceTitle ?it .
- ?it bf:titleValue %v FILTER(contains(%v, %s))
- } UNION {
- ?inst bf:title %v FILTER(contains(%v, %s))
- }
- </index>
+ OPTIONAL {
+ ?wobj ?wrel1 ?wobj1
+ MINUS { ?wobj a bf:Work }
+ MINUS { ?wobj a bf:Instance }
+ }
+ OPTIONAL {
+ ?wobj1 ?wrel2 ?wobj2
+ MINUS { ?wobj1 a bf:Work }
+ MINUS { ?wobj1 a bf:Instance }
+ }
+ OPTIONAL {
+ ?wobj2 ?wrel3 ?wobj3
+ MINUS { ?wobj2 a bf:Work }
+ MINUS { ?wobj2 a bf:Instance }
+ }
+
+ <!-- Link to the instance(s) -->
+ OPTIONAL {
+ ?inst bf:instanceOf %u
+ }
+ <!-- and expand the instance -->
+ OPTIONAL {
+ ?inst ?irel1 ?iobj1
+ }
+ OPTIONAL {
+ ?iobj1 ?irel2 ?iobj2
+ }
+ OPTIONAL {
+ ?iobj2 ?irel3 ?iobj3
+ }
+ }
+ </present>
+ </db>
+
+ <!-- Instance database -->
+ <db path="instance" schema="sparql-results">
+ <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
+ <prefix>bf: http://bibframe.org/vocab/</prefix>
+ <!-- The search clause just finds ?insts, present is done below -->
+ <form>SELECT DISTINCT ?inst </form>
+ <criteria>?inst a bf:Instance</criteria>
- <!-- the instancetitle can also contain a subtitle and a parttitle -->
- <index type="bf.subtitle">
- ?inst bf:instanceTitle ?it .
- ?it bf:subtitle %v FILTER(contains(%v, %s))
- </index>
+ <!-- bf.uri is a simple way to get to a work -->
+ <index type="bf.uri">
+ ?inst a bf:Instance FILTER( ?inst = %u )
+ </index>
- <index type="bf.parttitle">
- ?inst bf:instanceTitle ?it .
- ?it bf:partTitle %v FILTER(contains(%v, %s))
- </index>
- <!-- We could also go to the works, and get those titles... -->
+ <!-- Title indexes -->
+ <!-- These are messy, there are so many ways to get to a title -->
- <!-- Combining any kind of title into one index -->
- <index type="bf.anytitle">
- {
+ <!-- Main title. Looks logical. Many instances seem to have a title -->
+ <index type="bf.title">
?inst bf:title %v FILTER(contains(%v, %s))
- } UNION {
+ </index>
+
+ <!-- instancetitle is also pretty common -->
+ <index type="bf.instancetitle">
+ ?inst bf:instanceTitle ?it .
+ ?it bf:titleValue %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.titlestatement">
?inst bf:titleStatement %v FILTER(contains(%v, %s))
- } UNION {
- ?inst ?titlerel ?it . <!-- any kind of link -->
- ?it a bf:Title <!-- to something that is a title -->
- {
+ </index>
+
+ <!-- Combining the two above, since users are not likely to know how
+ a given title has been indexed -->
+ <index type="bf.maintitle">
+ {
+ ?inst bf:instanceTitle ?it .
?it bf:titleValue %v FILTER(contains(%v, %s))
} UNION {
- ?it bf:partTitle %v FILTER(contains(%v, %s))
+ ?inst bf:title %v FILTER(contains(%v, %s))
+ }
+ </index>
+
+
+ <!-- the instancetitle can also contain a subtitle and a parttitle -->
+ <index type="bf.subtitle">
+ ?inst bf:instanceTitle ?it .
+ ?it bf:subtitle %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.parttitle">
+ ?inst bf:instanceTitle ?it .
+ ?it bf:partTitle %v FILTER(contains(%v, %s))
+ </index>
+ <!-- We could also go to the works, and get those titles... -->
+
+ <!-- Combining any kind of title into one index -->
+ <index type="bf.anytitle">
+ {
+ ?inst bf:title %v FILTER(contains(%v, %s))
+ } UNION {
+ ?inst bf:titleStatement %v FILTER(contains(%v, %s))
} UNION {
- ?it bf:subtitle %v FILTER(contains(%v, %s))
+ ?inst ?titlerel ?it . <!-- any kind of link -->
+ ?it a bf:Title <!-- to something that is a title -->
+ {
+ ?it bf:titleValue %v FILTER(contains(%v, %s))
+ } UNION {
+ ?it bf:partTitle %v FILTER(contains(%v, %s))
+ } UNION {
+ ?it bf:subtitle %v FILTER(contains(%v, %s))
+ }
}
- }
- </index>
-
- <!-- Author indexes. Many instances don't have any, works do -->
- <index type="bf.creator">
- ?inst bf:creator ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.workcreator">
- ?inst bf:instanceOf ?work .
- ?work bf:creator ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.workcontributor">
- ?inst bf:instanceOf ?work .
- ?work bf:contributor ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.contributor">
- ?inst bf:contributor ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- </index>
-
- <index type="bf.anyauthor">
- {
+ </index>
+
+ <!-- Author indexes. Many instances don't have any, works do -->
+ <index type="bf.creator">
?inst bf:creator ?c .
?c bf:label %v FILTER(contains(%v, %s))
- } UNION {
- ?inst bf:contributor ?c .
- ?c bf:label %v FILTER(contains(%v, %s))
- } UNION {
+ </index>
+
+ <index type="bf.workcreator">
?inst bf:instanceOf ?work .
?work bf:creator ?c .
?c bf:label %v FILTER(contains(%v, %s))
- } UNION {
+ </index>
+
+ <index type="bf.workcontributor">
?inst bf:instanceOf ?work .
?work bf:contributor ?c .
?c bf:label %v FILTER(contains(%v, %s))
- }
- </index>
-
- <!-- BF-L is just the links -->
- <present type="BF-L">
- CONSTRUCT { ?inst ?rel ?subj }
- WHERE {
- ?inst a bf:Instance .
- ?inst ?rel ?subj .
- ?inst ?rel ?subj FILTER( str(?inst) = %s )
- }
- </present>
-
- <!-- Full instance, with the related work too -->
- <present type="BF-F">
- CONSTRUCT {
- %u ?irel1 ?iobj1 .
- ?iobj1 ?irel2 ?iobj2 .
- ?iobj2 ?irel3 ?iobj3 .
- ?work ?wrel1 ?wobj1 .
- ?wobj1 ?wrel2 ?wobj2 .
- ?wobj2 ?wrel3 ?wobj3
- }
- WHERE {
- %u a bf:Instance .
- %u ?irel1 ?iobj1
- OPTIONAL {
- ?iobj1 ?irel2 ?iobj2
- MINUS { ?iobj1 a bf:Work }
- MINUS { ?iobj1 a bf:Instance }
+ </index>
+
+ <index type="bf.contributor">
+ ?inst bf:contributor ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.anyauthor">
+ {
+ ?inst bf:creator ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ } UNION {
+ ?inst bf:contributor ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ } UNION {
+ ?inst bf:instanceOf ?work .
+ ?work bf:creator ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ } UNION {
+ ?inst bf:instanceOf ?work .
+ ?work bf:contributor ?c .
+ ?c bf:label %v FILTER(contains(%v, %s))
+ }
+ </index>
+
+ <!-- BF-L is just the links -->
+ <present type="BF-L">
+ CONSTRUCT {
+ ?inst ?rel ?subj
+ }
+ WHERE {
+ ?inst a bf:Instance .
+ ?inst ?rel ?subj .
+ ?inst ?rel ?subj FILTER( str(?inst) = %s )
+ }
+ </present>
+
+ <!-- Full instance, with the related work too -->
+ <present type="BF-F">
+ CONSTRUCT {
+ %u ?irel1 ?iobj1 .
+ ?iobj1 ?irel2 ?iobj2 .
+ ?iobj2 ?irel3 ?iobj3 .
+ ?work ?wrel1 ?wobj1 .
+ ?wobj1 ?wrel2 ?wobj2 .
+ ?wobj2 ?wrel3 ?wobj3
+ }
+ WHERE {
+ %u a bf:Instance .
+ %u ?irel1 ?iobj1
OPTIONAL {
- ?iobj2 ?irel3 ?iobj3
- MINUS { ?iobj2 a bf:Work }
- MINUS { ?iobj2 a bf:Instance }
+ ?iobj1 ?irel2 ?iobj2
+ MINUS { ?iobj1 a bf:Work }
+ MINUS { ?iobj1 a bf:Instance }
+ OPTIONAL {
+ ?iobj2 ?irel3 ?iobj3
+ MINUS { ?iobj2 a bf:Work }
+ MINUS { ?iobj2 a bf:Instance }
+ }
}
- }
- OPTIONAL {
- %u bf:instanceOf ?work
OPTIONAL {
- ?work ?wrel1 ?wobj1
- MINUS { ?wobj1 a bf:Work }
- MINUS { ?wobj1 a bf:Instance }
+ %u bf:instanceOf ?work
OPTIONAL {
- ?wobj1 ?wrel2 ?wobj2
- MINUS { ?wobj2 a bf:Work }
- MINUS { ?wobj2 a bf:Instance }
+ ?work ?wrel1 ?wobj1
+ MINUS { ?wobj1 a bf:Work }
+ MINUS { ?wobj1 a bf:Instance }
OPTIONAL {
- ?wobj2 ?wrel3 ?wobj3
- MINUS { ?wobj3 a bf:Work }
- MINUS { ?wobj3 a bf:Instance }
+ ?wobj1 ?wrel2 ?wobj2
+ MINUS { ?wobj2 a bf:Work }
+ MINUS { ?wobj2 a bf:Instance }
+ OPTIONAL {
+ ?wobj2 ?wrel3 ?wobj3
+ MINUS { ?wobj3 a bf:Work }
+ MINUS { ?wobj3 a bf:Instance }
+ }
}
}
}
}
- }
- </present>
-
- </db>
-
- <!-- Small databases -->
-
- <!-- "small" contains all the things common to all small databases -->
- <!-- It is only to be used as an include, it is not searchable, since -->
- <!-- it has no schema atribute -->
- <!-- It is divided into "smallindex", "smallbody", and a "small" that includes
- both, so that title searches can include the body, but have different indexes -->
-
- <db path="smallindex">
- <index type="any">?thing bf:label %v FILTER(contains(%v, %s))</index>
- <index type="1016">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
-
- <db path="smallbody">
- <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
- <prefix>bf: http://bibframe.org/vocab/</prefix>
- <form>SELECT DISTINCT ?thing </form>
- <criteria>?thing ?rel ?obj</criteria>
- <present type="BF-L">
- CONSTRUCT { %u ?rel ?obj }
- WHERE {
- %u ?rel ?obj .
- }
- </present>
- <!-- Experimental, to get just the URIs out, in proper rdf. Probably not useful
- <uri type="BF-U">
- CONSTRUCT { %u bf:uri %u }
- WHERE {
- %u bf:label ?lbl .
- }
- </uri>
- -->
- <present type="BF-F">
- <!-- I don't think we need more than one level for these simple
- databases -->
- CONSTRUCT { %u ?rel ?obj .
+ </present>
+
+ </db>
+
+ <!-- Small databases -->
+
+ <!-- "small" contains all the things common to all small databases -->
+ <!-- It is only to be used as an include, it is not searchable, since -->
+ <!-- it has no schema atribute -->
+ <!-- It is divided into "smallindex", "smallbody", and a "small" that includes
+ both, so that title searches can include the body, but have different indexes -->
+
+ <db path="smallindex">
+ <index type="any">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ <index type="1016">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <db path="smallbody">
+ <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
+ <prefix>bf: http://bibframe.org/vocab/</prefix>
+ <form>SELECT DISTINCT ?thing </form>
+ <criteria>?thing ?rel ?obj</criteria>
+ <present type="BF-L">
+ CONSTRUCT {
+ %u ?rel ?obj
+ }
+ WHERE {
+ %u ?rel ?obj .
+ }
+ </present>
+ <present type="BF-F">
+ <!-- I don't think we need more than one level -->
+ <!--for these simple databases -->
+ CONSTRUCT {
+ %u ?rel ?obj .
?obj ?rel1 ?obj1 .
- }
- WHERE {
- %u ?rel ?obj .
- OPTIONAL { ?obj ?rel1 ?obj1 }
- }
- </present>
- </db>
- <db path="small" include="smallindex smallbody"/>
-
- <db path="place" schema="sparql-results" include="small" >
- <criteria>?thing a bf:Place</criteria>
- <index type="bf.place">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
- <db path="person" schema="sparql-results" include="small" >
- <criteria>?thing a bf:Person</criteria>
- <index type="bf.person">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
- <db path="meeting" schema="sparql-results" include="small" >
- <criteria>?thing a bf:Meeting</criteria>
- <index type="bf.meeting">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
- <db path="agent" schema="sparql-results" include="small" >
- <criteria>?thing a bf:Agent</criteria>
- <index type="bf.agent">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
- <db path="event" schema="sparql-results" include="small" >
- <criteria>?thing a bf:Event</criteria>
- <index type="bf.event">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
- <db path="organization" schema="sparql-results" include="small" >
- <criteria>?thing a bf:Organization</criteria>
- <index type="bf.organization">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
- <db path="topic" schema="sparql-results" include="small" >
- <criteria>?thing a bf:Topic</criteria>
- <index type="bf.topic">?thing bf:label %v FILTER(contains(%v, %s))</index>
- </db>
-
- <!-- Title search, probably not needed. -->
- <db path="title" schema="sparql-results" include="smallbody" >
- <criteria>?thing a bf:Title</criteria>
- <index type="any">
- { ?thing bf:titleValue %v FILTER(contains(%v, %s)) } UNION
- { ?thing bf:subtitle %v FILTER(contains(%v, %s)) } UNION
- { ?thing bf:partTitle %v FILTER(contains(%v, %s)) }
- </index>
- <index type="1016">
- { ?thing bf:titleValue %v FILTER(contains(%v, %s)) } UNION
- { ?thing bf:subtitle %v FILTER(contains(%v, %s)) } UNION
- { ?thing bf:partTitle %v FILTER(contains(%v, %s)) }
- </index>
- <index type="bf.title">?thing bf:titleValue %v FILTER(contains(%v, %s))</index>
- <index type="bf.subtitle">?thing bf:subtitle %v FILTER(contains(%v, %s))</index>
- <index type="bf.parttitle">?thing bf:partTitle %v FILTER(contains(%v, %s))</index>
- </db>
-
- <!-- A hack to be able to look at any triplet in the base -->
- <!-- TODO - Switch to the new system, probably using "small" -->
- <db path="node" schema="sparql-results">
- <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
- <prefix>bf: http://bibframe.org/vocab/</prefix>
- <form>SELECT ?node ?rel ?obj</form>
- <index type="any">?node ?rel ?obj FILTER( str(?node) = %s )</index>
- </db>
- <!-- A way to see which triplets refers to a given uri. -->
- <!-- TODO - Switch to the new system, probably using "small" -->
- <db path="ref" schema="sparql-results">
- <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
- <prefix>bf: http://bibframe.org/vocab/</prefix>
- <form>SELECT ?node ?rel ?obj</form>
- <index type="any">?node ?rel ?obj FILTER( str(?obj) = %s )</index>
- </db>
- </filter>
- <filter type="log">
- <message>http</message>
- <category apdu="true"/>
- </filter>
- <filter type="http_client">
- <x-forwarded-for>true</x-forwarded-for>
- </filter>
+ }
+ WHERE {
+ %u ?rel ?obj .
+ OPTIONAL { ?obj ?rel1 ?obj1 }
+ }
+ </present>
+ </db>
+
+ <!-- The combined "small" database defaults -->
+ <db path="small" include="smallindex smallbody"/>
+
+ <!-- Various "small" databases, leaning heavily on the defaults above -->
+ <db path="place" schema="sparql-results" include="small" >
+ <criteria>?thing a bf:Place</criteria>
+ <index type="bf.place">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <db path="person" schema="sparql-results" include="small" >
+ <criteria>?thing a bf:Person</criteria>
+ <index type="bf.person">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <db path="meeting" schema="sparql-results" include="small" >
+ <criteria>?thing a bf:Meeting</criteria>
+ <index type="bf.meeting">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <db path="agent" schema="sparql-results" include="small" >
+ <criteria>?thing a bf:Agent</criteria>
+ <index type="bf.agent">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <db path="event" schema="sparql-results" include="small" >
+ <criteria>?thing a bf:Event</criteria>
+ <index type="bf.event">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <db path="organization" schema="sparql-results" include="small" >
+ <criteria>?thing a bf:Organization</criteria>
+ <index type="bf.organization">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <db path="topic" schema="sparql-results" include="small" >
+ <criteria>?thing a bf:Topic</criteria>
+ <index type="bf.topic">
+ ?thing bf:label %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <!-- Title search, for seatching Title objects. -->
+ <!-- Not sure if this is needed, but it is a nice example -->
+ <db path="title" schema="sparql-results" include="smallbody" >
+ <criteria>?thing a bf:Title</criteria>
+
+ <index type="any">
+ {
+ ?thing bf:titleValue %v FILTER(contains(%v, %s))
+ } UNION {
+ ?thing bf:subtitle %v FILTER(contains(%v, %s))
+ } UNION {
+ ?thing bf:partTitle %v FILTER(contains(%v, %s))
+ }
+ </index>
+
+ <index type="1016">
+ {
+ ?thing bf:titleValue %v FILTER(contains(%v, %s))
+ } UNION {
+ ?thing bf:subtitle %v FILTER(contains(%v, %s))
+ } UNION {
+ ?thing bf:partTitle %v FILTER(contains(%v, %s))
+ }
+ </index>
+
+ <index type="bf.title">
+ ?thing bf:titleValue %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.subtitle">
+ ?thing bf:subtitle %v FILTER(contains(%v, %s))
+ </index>
+
+ <index type="bf.parttitle">
+ ?thing bf:partTitle %v FILTER(contains(%v, %s))
+ </index>
+ </db>
+
+ <!-- A hack to be able to look at any triplet in the base -->
+ <!-- TODO - Switch to the new system, probably using "small" -->
+ <db path="node" schema="sparql-results">
+ <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
+ <prefix>bf: http://bibframe.org/vocab/</prefix>
+ <form>SELECT ?node ?rel ?obj</form>
+ <index type="any">?node ?rel ?obj FILTER( str(?node) = %s )</index>
+ </db>
+ <!-- A way to see which triplets refers to a given uri. -->
+ <!-- TODO - Switch to the new system, probably using "small" -->
+ <db path="ref" schema="sparql-results">
+ <prefix>rdf: http://www.w3.org/1999/02/22-rdf-syntax-ns</prefix>
+ <prefix>bf: http://bibframe.org/vocab/</prefix>
+ <form>SELECT ?node ?rel ?obj</form>
+ <index type="any">?node ?rel ?obj FILTER( str(?obj) = %s )</index>
+ </db>
+ </filter>
+
+ <filter type="log">
+ <message>http</message>
+ <category apdu="true"/>
+ </filter>
+
+ <filter type="http_client">
+ <x-forwarded-for>true</x-forwarded-for>
+ </filter>
</filters>
projects / mp-sparql-moved-to-github.git / commitdiff