app.spin.ttl
59.7 KB
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# baseURI: http://appschema.org/app.spin
# imports: http://spinrdf.org/spl
# imports: http://uispin.org/ui
@prefix app: <http://appschema.org/> .
@prefix arg: <http://spinrdf.org/arg#> .
@prefix fn: <http://www.w3.org/2005/xpath-functions#> .
@prefix owl: <http://www.w3.org/2002/07/owl#> .
@prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
@prefix sp: <http://spinrdf.org/sp#> .
@prefix spif: <http://spinrdf.org/spif#> .
@prefix spin: <http://spinrdf.org/spin#> .
@prefix spl: <http://spinrdf.org/spl#> .
@prefix ui: <http://uispin.org/ui#> .
@prefix xsd: <http://www.w3.org/2001/XMLSchema#> .
app:ClassAxiomProperty
rdf:type rdfs:Class ;
rdfs:comment "A marker type to distinguish class axiom properties from others."^^xsd:string ;
rdfs:label "Class axiom property"^^xsd:string ;
rdfs:subClassOf rdf:Property .
app:ClassFunctorFunctions
rdf:type spin:Function ;
rdfs:label "Class functor functions"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The class to start traversal at."^^xsd:string ;
spl:predicate arg:class ;
spl:valueType rdfs:Class
] .
app:Functions
rdf:type spin:Function ;
rdfs:comment "Just an abstract superclass to group together the various functions from this namespace in tree viewers."^^xsd:string ;
rdfs:label "Functions"^^xsd:string ;
rdfs:subClassOf spin:Functions ;
spin:abstract "true"^^xsd:boolean .
app:NumericDatatype
rdf:type rdfs:Class ;
rdfs:comment "A marker class for all numeric datatypes."^^xsd:string ;
rdfs:label "Numeric datatype"^^xsd:string ;
rdfs:subClassOf rdfs:Datatype .
app:PropertyAxiomProperty
rdf:type rdfs:Class ;
rdfs:comment "A marker type to distinguish property axiom properties from others."^^xsd:string ;
rdfs:label "Property axiom property"^^xsd:string ;
rdfs:subClassOf rdf:Property .
app:PropertyWidgetGroupFilterFunctions
rdf:type spin:Function ;
rdfs:label "Property widget group filter functions"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:abstract "true"^^xsd:boolean ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The predicate to check."^^xsd:string ;
spl:predicate arg:predicate ;
spl:valueType rdf:Property
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The subject resource (optional)."^^xsd:string ;
spl:optional "true"^^xsd:boolean ;
spl:predicate arg:subject ;
spl:valueType rdfs:Resource
] ;
spin:returnType xsd:boolean .
app:allValuesFromFunctor
rdf:type spin:Function ;
rdfs:comment "Can be used in conjunction with spif:walkObjects to get the \"first\" declared owl:allValuesFrom restriction of a given property (?property) at a given class (?class)."^^xsd:string ;
rdfs:label "all values from functor"^^xsd:string ;
rdfs:subClassOf app:ClassFunctorFunctions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "allValuesFrom"^^xsd:string
]) ;
sp:where ([ sp:object
[ sp:varName "allValuesFrom"^^xsd:string
] ;
sp:predicate owl:allValuesFrom ;
sp:subject
[ sp:varName "class"^^xsd:string
]
] [ sp:object
[ sp:varName "property"^^xsd:string
] ;
sp:predicate owl:onProperty ;
sp:subject
[ sp:varName "class"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The property to look for."^^xsd:string ;
spl:predicate arg:property ;
spl:valueType rdf:Property
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType rdfs:Class .
<http://appschema.org/app.spin>
rdf:type owl:Ontology ;
rdfs:comment "A collection of SPIN functions and auxiliary definitions to support building interactive web applications."^^xsd:string ;
owl:imports <http://spinrdf.org/spl> , <http://uispin.org/ui> ;
owl:versionInfo "0.1.0"^^xsd:string .
app:canEditResource
rdf:type spin:Function ;
rdfs:comment "Checks whether the currently logged in user has the privilege to edit a given resource. The default implementation of this always returns true unless the rdf:type of the resource is a read-only triple, but this behavior can be overloaded for specific platforms."^^xsd:string ;
rdfs:label "can edit resource"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "result"^^xsd:string
]) ;
sp:where ([ rdf:type sp:Bind ;
sp:expression
[ rdf:type spl:object ;
sp:arg1 [ sp:varName "resource"^^xsd:string
] ;
sp:arg2 rdf:type
] ;
sp:variable
[ sp:varName "type"^^xsd:string
]
] [ rdf:type sp:Bind ;
sp:expression
[ rdf:type sp:if ;
sp:arg1 [ rdf:type sp:bound ;
sp:arg1 [ sp:varName "type"^^xsd:string
]
] ;
sp:arg2 [ rdf:type sp:not ;
sp:arg1 [ rdf:type app:isReadOnlyTriple ;
sp:arg1 [ sp:varName "resource"^^xsd:string
] ;
sp:arg2 rdf:type ;
sp:arg3 [ sp:varName "type"^^xsd:string
]
]
] ;
sp:arg3 [ sp:varName "true"^^xsd:string
]
] ;
sp:variable
[ sp:varName "result"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The resource to edit."^^xsd:string ;
spl:predicate arg:resource ;
spl:valueType rdfs:Resource
] ;
spin:returnType xsd:boolean .
app:defaultRange
rdf:type spin:Function ;
rdfs:comment "Gets the default range for a given property. owl:DatatypeProperties and owl:AnnotationProperties get xsd:string, all others get rdfs:Resource."^^xsd:string ;
rdfs:label "default range"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ rdf:type sp:if ;
sp:arg1 [ rdf:type sp:or ;
sp:arg1 [ rdf:type spl:instanceOf ;
sp:arg1 [ sp:varName "property"^^xsd:string
] ;
sp:arg2 owl:DatatypeProperty
] ;
sp:arg2 [ rdf:type spl:instanceOf ;
sp:arg1 [ sp:varName "property"^^xsd:string
] ;
sp:arg2 owl:AnnotationProperty
]
] ;
sp:arg2 xsd:string ;
sp:arg3 rdfs:Resource
]) ;
sp:where ()
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The property to get the default range of."^^xsd:string ;
spl:predicate arg:property ;
spl:valueType rdf:Property
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType rdfs:Resource .
app:googleMapsAPIKey
rdf:type spin:Function ;
rdfs:comment "Gets the currently registered Google Maps API key."^^xsd:string ;
rdfs:label "Google Maps API key"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ rdf:type ui:systemPreference ;
sp:arg1 "GoogleMapsAPIKey"
]) ;
sp:where ()
] ;
spin:private "true"^^xsd:boolean .
app:imageURLSuffix
rdf:type rdf:Property ;
rdfs:comment "Lists the registered file suffixes that are regarded to be image files."^^xsd:string ;
rdfs:label "image URLSuffix"^^xsd:string ;
rdfs:range xsd:string ;
rdfs:subPropertyOf app:systemProperty .
app:isAnnotationProperty
rdf:type spin:Function ;
rdfs:comment "Checks whether a given property is an annotation property."^^xsd:string ;
rdfs:label "is annotation property"^^xsd:string ;
rdfs:subClassOf app:PropertyWidgetGroupFilterFunctions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ rdf:type spl:instanceOf ;
sp:arg1 [ sp:varName "predicate"^^xsd:string
] ;
sp:arg2 owl:AnnotationProperty
]) ;
sp:where ()
] ;
spin:private "true"^^xsd:boolean .
app:isClassAxiomProperty
rdf:type spin:Function ;
rdfs:comment "Checks whether a given property has been marked as app:ClassAxiomProperty."^^xsd:string ;
rdfs:label "is class axiom property"^^xsd:string ;
rdfs:subClassOf app:PropertyWidgetGroupFilterFunctions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ rdf:type sp:Filter ;
sp:expression
[ rdf:type sp:exists ;
sp:elements ([ rdf:type sp:NamedGraph ;
sp:elements ([ sp:object app:ClassAxiomProperty ;
sp:predicate rdf:type ;
sp:subject
[ sp:varName "predicate"^^xsd:string
]
]) ;
sp:graphNameNode ui:graph
])
]
])
] ;
spin:private "true"^^xsd:boolean .
app:isDatatypeEnumeration
rdf:type spin:Function ;
rdfs:comment "Tests if a given range is a data range with a owl:oneOf."^^xsd:string ;
rdfs:label "is datatype enumeration"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ sp:object
[ sp:varName "list"^^xsd:string
] ;
sp:predicate owl:oneOf ;
sp:subject
[ sp:varName "resource"^^xsd:string
]
] [ sp:object rdfs:Datatype ;
sp:predicate rdf:type ;
sp:subject
[ sp:varName "resource"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The node to test."^^xsd:string ;
spl:predicate arg:resource ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType xsd:boolean .
app:isImageURL
rdf:type spin:Function ;
rdfs:comment "Checks whether a given URL represents an image based on its suffix (.jpg, .gif or .png are recognized by default, but others can be added by putting an imageURLSuffix triple into a SWP file)."^^xsd:string ;
rdfs:label "is image URL"^^xsd:string ;
rdfs:subClassOf app:Functions ;
app:imageURLSuffix ".gif"^^xsd:string , ".jpg"^^xsd:string , ".png"^^xsd:string ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ rdf:type sp:NamedGraph ;
sp:elements ([ rdf:type sp:Bind ;
sp:expression
[ rdf:type spif:lastIndexOf ;
sp:arg1 [ sp:varName "url"^^xsd:string
] ;
sp:arg2 "."
] ;
sp:variable
[ sp:varName "lastDot"^^xsd:string
]
] [ rdf:type sp:Filter ;
sp:expression
[ rdf:type sp:gt ;
sp:arg1 [ sp:varName "lastDot"^^xsd:string
] ;
sp:arg2 0
]
] [ rdf:type sp:Bind ;
sp:expression
[ rdf:type spif:lowerCase ;
sp:arg1 [ rdf:type fn:substring ;
sp:arg1 [ sp:varName "url"^^xsd:string
] ;
sp:arg2 [ rdf:type sp:add ;
sp:arg1 [ sp:varName "lastDot"^^xsd:string
] ;
sp:arg2 1
]
]
] ;
sp:variable
[ sp:varName "suffix"^^xsd:string
]
] [ rdf:type sp:Filter ;
sp:expression
[ rdf:type sp:exists ;
sp:elements ([ sp:object
[ sp:varName "suffix"^^xsd:string
] ;
sp:predicate app:imageURLSuffix ;
sp:subject
[ sp:varName "someSubject"^^xsd:string
]
])
]
]) ;
sp:graphNameNode ui:graph
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The URL to check."^^xsd:string ;
spl:predicate arg:url ;
spl:valueType xsd:string
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType xsd:boolean .
app:isMulti
rdf:type spin:Function ;
rdfs:comment "Checks whether a given subject/predicate combination can have multiple values, according to the ontology. This checks for owl:maxCardinality restrictions, existing spl:Argument constraints and whether the property is functional."^^xsd:string ;
rdfs:label "is multi"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "result"^^xsd:string
]) ;
sp:where ([ rdf:type sp:Bind ;
sp:expression
[ rdf:type app:resourceType ;
sp:arg1 [ sp:varName "subject"^^xsd:string
]
] ;
sp:variable
[ sp:varName "class"^^xsd:string
]
] [ rdf:type sp:Bind ;
sp:expression
[ rdf:type app:owlMaxCardinality ;
arg:class
[ sp:varName "class"^^xsd:string
] ;
arg:property
[ sp:varName "property"^^xsd:string
]
] ;
sp:variable
[ sp:varName "max"^^xsd:string
]
] [ rdf:type sp:Bind ;
sp:expression
[ rdf:type app:splArgumentOnProperty ;
arg:class
[ sp:varName "class"^^xsd:string
] ;
arg:property
[ sp:varName "property"^^xsd:string
]
] ;
sp:variable
[ sp:varName "arg"^^xsd:string
]
] [ rdf:type sp:Bind ;
sp:expression
[ rdf:type sp:and ;
sp:arg1 [ rdf:type sp:and ;
sp:arg1 [ rdf:type sp:or ;
sp:arg1 [ rdf:type sp:gt ;
sp:arg1 [ sp:varName "max"^^xsd:string
] ;
sp:arg2 1
] ;
sp:arg2 [ rdf:type sp:eq ;
sp:arg1 [ sp:varName "max"^^xsd:string
] ;
sp:arg2 -1
]
] ;
sp:arg2 [ rdf:type sp:not ;
sp:arg1 [ rdf:type sp:bound ;
sp:arg1 [ sp:varName "arg"^^xsd:string
]
]
]
] ;
sp:arg2 [ rdf:type sp:notExists ;
sp:elements ([ sp:object owl:FunctionalProperty ;
sp:predicate rdf:type ;
sp:subject
[ sp:varName "property"^^xsd:string
]
])
]
] ;
sp:variable
[ sp:varName "result"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The property to get the local range of."^^xsd:string ;
spl:predicate arg:property ;
spl:valueType rdf:Property
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The subject - may be unbound to fall back to the subjectType."^^xsd:string ;
spl:optional "true"^^xsd:boolean ;
spl:predicate arg:subject ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType xsd:boolean .
app:isNonAnnotationProperty
rdf:type spin:Function ;
rdfs:comment "Checks whether a property is not an annotation property."^^xsd:string ;
rdfs:label "is non annotation property"^^xsd:string ;
rdfs:subClassOf app:PropertyWidgetGroupFilterFunctions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ rdf:type sp:not ;
sp:arg1 [ rdf:type spl:instanceOf ;
sp:arg1 [ sp:varName "predicate"^^xsd:string
] ;
sp:arg2 owl:AnnotationProperty
]
]) ;
sp:where ()
] ;
spin:private "true"^^xsd:boolean .
app:isNonClassAxiomProperty
rdf:type spin:Function ;
rdfs:comment "Checks whether a property is neither a class axiom property nor annotation property."^^xsd:string ;
rdfs:label "is non class axiom property"^^xsd:string ;
rdfs:subClassOf app:PropertyWidgetGroupFilterFunctions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ rdf:type sp:Filter ;
sp:expression
[ rdf:type sp:and ;
sp:arg1 [ rdf:type sp:not ;
sp:arg1 [ rdf:type app:isClassAxiomProperty ;
arg:predicate
[ sp:varName "predicate"^^xsd:string
]
]
] ;
sp:arg2 [ rdf:type sp:not ;
sp:arg1 [ rdf:type app:isAnnotationProperty ;
arg:predicate
[ sp:varName "predicate"^^xsd:string
]
]
]
]
])
] ;
spin:private "true"^^xsd:boolean .
app:isNonPropertyAxiomProperty
rdf:type spin:Function ;
rdfs:comment "Checks whether a property is neither a property axiom property nor annotation property."^^xsd:string ;
rdfs:label "is non property axiom property"^^xsd:string ;
rdfs:subClassOf app:PropertyWidgetGroupFilterFunctions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ rdf:type sp:Filter ;
sp:expression
[ rdf:type sp:and ;
sp:arg1 [ rdf:type sp:not ;
sp:arg1 [ rdf:type app:isPropertyAxiomProperty ;
arg:predicate
[ sp:varName "predicate"^^xsd:string
]
]
] ;
sp:arg2 [ rdf:type sp:not ;
sp:arg1 [ rdf:type app:isAnnotationProperty ;
arg:predicate
[ sp:varName "predicate"^^xsd:string
]
]
]
]
])
] ;
spin:private "true"^^xsd:boolean .
app:isNumericDatatype
rdf:type spin:Function ;
rdfs:comment "Checks whether a given node is a numeric datatype. The numeric types are marked with the class app:NumericDatatype in the UI graph."^^xsd:string ;
rdfs:label "is numeric datatype"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ rdf:type sp:NamedGraph ;
sp:elements ([ sp:object app:NumericDatatype ;
sp:predicate rdf:type ;
sp:subject
[ sp:varName "node"^^xsd:string
]
]) ;
sp:graphNameNode ui:graph
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The node to check."^^xsd:string ;
spl:predicate arg:node ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType xsd:boolean .
app:isPropertyAxiomProperty
rdf:type spin:Function ;
rdfs:comment "Checks whether a given property has been marked as app:PropertyAxiomProperty."^^xsd:string ;
rdfs:label "is property axiom property"^^xsd:string ;
rdfs:subClassOf app:PropertyWidgetGroupFilterFunctions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ rdf:type sp:Filter ;
sp:expression
[ rdf:type sp:exists ;
sp:elements ([ rdf:type sp:NamedGraph ;
sp:elements ([ sp:object app:PropertyAxiomProperty ;
sp:predicate rdf:type ;
sp:subject
[ sp:varName "predicate"^^xsd:string
]
]) ;
sp:graphNameNode ui:graph
])
]
])
] ;
spin:private "true"^^xsd:boolean .
app:isReadOnlyTriple
rdf:type spin:Function ;
rdfs:comment "Checks whether a given subject/predicate/object combination is a read-only triple. All parameters must be present, i.e. no wild-card matching is supported. For the current framework, all blank nodes are marked as read-only, as well as those marked as read-only by the corresponding spif:isReadOnlyTriple function (that in turn may look at the local installation, workspace etc)."^^xsd:string ;
rdfs:label "is read only triple"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:expression
[ rdf:type sp:or ;
sp:arg1 [ rdf:type sp:or ;
sp:arg1 [ rdf:type sp:isBlank ;
sp:arg1 spin:_arg3
] ;
sp:arg2 [ rdf:type sp:isBlank ;
sp:arg1 spin:_arg1
]
] ;
sp:arg2 [ rdf:type spif:isReadOnlyTriple ;
sp:arg1 spin:_arg1 ;
sp:arg2 spin:_arg2 ;
sp:arg3 spin:_arg3
]
] ;
sp:varName "result"^^xsd:string
]) ;
sp:where ()
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The subject."^^xsd:string ;
spl:predicate sp:arg1 ;
spl:valueType rdfs:Resource
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The predicate."^^xsd:string ;
spl:predicate sp:arg2 ;
spl:valueType rdf:Property
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The object."^^xsd:string ;
spl:predicate sp:arg3
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType xsd:boolean .
app:isResourceEnumeration
rdf:type spin:Function ;
rdfs:comment "Tests if a given range is a class with an owl:oneOf enumeration."^^xsd:string ;
rdfs:label "is resource enumeration"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ sp:object
[ sp:varName "list"^^xsd:string
] ;
sp:predicate owl:oneOf ;
sp:subject
[ sp:varName "resource"^^xsd:string
]
] [ sp:object owl:Class ;
sp:predicate rdf:type ;
sp:subject
[ sp:varName "resource"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The node to test."^^xsd:string ;
spl:predicate arg:resource ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType xsd:boolean .
app:isSingle
rdf:type spin:Function ;
rdfs:comment "Checks whether a given subject/predicate combination can have at most one value, according to the ontology. If subject isn't given then this function falls back to a provided subjectType class. The function will return true if the property is owl:FunctionalProperty, or if the maxCardinality is 1 or if it has an spl:Argument."^^xsd:string ;
rdfs:label "is single"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Ask ;
sp:where ([ rdf:type sp:Filter ;
sp:expression
[ rdf:type sp:not ;
sp:arg1 [ rdf:type app:isMulti ;
arg:property
[ sp:varName "subject"^^xsd:string
] ;
arg:subject
[ sp:varName "predicate"^^xsd:string
]
]
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The predicate to get the local range of."^^xsd:string ;
spl:predicate arg:predicate ;
spl:valueType rdf:Property
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The subject - may be unbound to fall back to the subjectType."^^xsd:string ;
spl:optional "true"^^xsd:boolean ;
spl:predicate arg:subject ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType xsd:boolean .
app:localDomain
rdf:type spin:Function ;
rdfs:comment "Gets the \"domain\" of a property at an object. This is used to narrow down the Subjects widgets at edit time. Currently only uses rdfs:domain of the property, but future versions should also look at restrictions and spl:Arguments."^^xsd:string ;
rdfs:label "local domain"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:expression
[ rdf:type sp:coalesce ;
sp:arg1 [ sp:varName "domain"^^xsd:string
] ;
sp:arg2 rdfs:Resource
] ;
sp:varName "result"^^xsd:string
]) ;
sp:where ([ rdf:type sp:Bind ;
sp:expression
[ rdf:type spl:object ;
sp:arg1 [ sp:varName "predicate"^^xsd:string
] ;
sp:arg2 rdfs:domain
] ;
sp:variable
[ sp:varName "domain"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The object resource."^^xsd:string ;
spl:predicate arg:object ;
spl:valueType rdfs:Resource
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The predicate to get the domain of."^^xsd:string ;
spl:predicate arg:predicate ;
spl:valueType rdf:Property
] ;
spin:returnType rdfs:Class .
app:localRange
rdf:type spin:Function ;
rdfs:comment "Computes the local range of a property at a given subject. This uses app:localRangeAtClass for the actual work, but falls back to app:defaultRange if needed. In other words, this function will always return a result. Blank node ranges are only supported if they are enumerations, but owl:unionOf ranges are mapped to rdfs:Resource."^^xsd:string ;
rdfs:label "local range"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "result"^^xsd:string
]) ;
sp:where ([ rdf:type sp:Bind ;
sp:expression
[ rdf:type app:resourceType ;
arg:subject
[ sp:varName "subject"^^xsd:string
]
] ;
sp:variable
[ sp:varName "subjectType"^^xsd:string
]
] [ rdf:type sp:Bind ;
sp:expression
[ rdf:type sp:coalesce ;
sp:arg1 [ sp:varName "sr"^^xsd:string
] ;
sp:arg2 [ rdf:type app:localRangeAtClass ;
arg:class
[ sp:varName "subjectType"^^xsd:string
] ;
arg:property
[ sp:varName "predicate"^^xsd:string
]
] ;
sp:arg3 [ rdf:type app:defaultRange ;
arg:property
[ sp:varName "predicate"^^xsd:string
]
]
] ;
sp:variable
[ sp:varName "raw"^^xsd:string
]
] [ rdf:type sp:Bind ;
sp:expression
[ rdf:type sp:if ;
sp:arg1 [ rdf:type sp:or ;
sp:arg1 [ rdf:type sp:or ;
sp:arg1 [ rdf:type sp:isIRI ;
sp:arg1 [ sp:varName "raw"^^xsd:string
]
] ;
sp:arg2 [ rdf:type app:isDatatypeEnumeration ;
arg:resource
[ sp:varName "raw"^^xsd:string
]
]
] ;
sp:arg2 [ rdf:type app:isResourceEnumeration ;
arg:resource
[ sp:varName "raw"^^xsd:string
]
]
] ;
sp:arg2 [ sp:varName "raw"^^xsd:string
] ;
sp:arg3 rdfs:Resource
] ;
sp:variable
[ sp:varName "result"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The predicate to get the local range of."^^xsd:string ;
spl:predicate arg:predicate ;
spl:valueType rdf:Property
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The subject - may be unbound to fall back to the subjectType."^^xsd:string ;
spl:optional "true"^^xsd:boolean ;
spl:predicate arg:subject ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType rdfs:Resource .
app:localRangeAtClass
rdf:type spin:Function ;
rdfs:comment "Checks (in that order) for declared owl:allValuesFrom restrictions in superclasses, rdfs:range at the property and then spl:valueType in SPIN constraints (spl:Argument and spl:Attribute)."^^xsd:string ;
rdfs:label "local range at class"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ rdf:type sp:coalesce ;
sp:arg1 [ rdf:type spif:walkObjects ;
sp:arg1 [ sp:varName "class"^^xsd:string
] ;
sp:arg2 rdfs:subClassOf ;
sp:arg3 app:allValuesFromFunctor ;
sp:arg4 [ sp:varName "property"^^xsd:string
]
] ;
sp:arg2 [ rdf:type spl:object ;
sp:arg1 [ sp:varName "property"^^xsd:string
] ;
sp:arg2 rdfs:range
] ;
sp:arg3 [ rdf:type spif:walkObjects ;
sp:arg1 [ sp:varName "class"^^xsd:string
] ;
sp:arg2 rdfs:subClassOf ;
sp:arg3 app:splValueTypeFunctor ;
sp:arg4 [ sp:varName "property"^^xsd:string
]
]
]) ;
sp:where ()
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The class to start traveral at."^^xsd:string ;
spl:predicate arg:class ;
spl:valueType rdfs:Class
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The property to get the local range of."^^xsd:string ;
spl:predicate arg:property ;
spl:valueType rdf:Property
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType rdfs:Resource .
app:object
rdf:type spin:Function ;
rdfs:comment "Gets the best matching object for a given subject/predicate combination. Returns nothing if the subject (?arg1) is unbound."^^xsd:string ;
rdfs:label "object"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ rdf:type sp:if ;
sp:arg1 [ rdf:type sp:bound ;
sp:arg1 spin:_arg1
] ;
sp:arg2 [ rdf:type spl:object ;
sp:arg1 spin:_arg1 ;
sp:arg2 [ sp:varName "predicate"^^xsd:string
]
] ;
sp:arg3 [ sp:varName "nothing"^^xsd:string
]
]) ;
sp:where ()
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The predicate."^^xsd:string ;
spl:predicate arg:predicate ;
spl:valueType rdf:Property
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The subject."^^xsd:string ;
spl:optional "true"^^xsd:boolean ;
spl:predicate sp:arg1 ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean .
app:owlMaxCardinality
rdf:type spin:Function ;
rdfs:comment "Walks up the class tree to find the closest owl:maxCardinality or owl:cardinality restriction on a given property."^^xsd:string ;
rdfs:label "owl max cardinality"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "c"^^xsd:string
]) ;
sp:where ([ rdf:type sp:TriplePath ;
sp:object
[ sp:varName "superClass"^^xsd:string
] ;
sp:path [ rdf:type sp:ModPath ;
sp:modMax -2 ;
sp:modMin 0 ;
sp:subPath rdfs:subClassOf
] ;
sp:subject
[ sp:varName "class"^^xsd:string
]
] [ sp:object
[ sp:varName "property"^^xsd:string
] ;
sp:predicate owl:onProperty ;
sp:subject
[ sp:varName "superClass"^^xsd:string
]
] [ rdf:type sp:TriplePath ;
sp:object
[ sp:varName "c"^^xsd:string
] ;
sp:path [ rdf:type sp:AltPath ;
sp:path1 owl:cardinality ;
sp:path2 owl:maxCardinality
] ;
sp:subject
[ sp:varName "superClass"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The class to get cardinality at."^^xsd:string ;
spl:predicate arg:class ;
spl:valueType rdfs:Class
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The property to get the cardinality of."^^xsd:string ;
spl:predicate arg:property ;
spl:valueType rdf:Property
] ;
spin:returnType xsd:integer .
app:resourceType
rdf:type spin:Function ;
rdfs:comment "Gets a valid rdf:type for a given resource. If the context variable 'resourceType' is bound, then return that. Otherwise return the 'first' rdf:type of ?resource. As a fall-back, always use rdfs:Resource."^^xsd:string ;
rdfs:label "resource type"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ rdf:type sp:if ;
sp:arg1 [ rdf:type sp:bound ;
sp:arg1 [ sp:varName "resourceType"^^xsd:string
]
] ;
sp:arg2 [ sp:varName "resourceType"^^xsd:string
] ;
sp:arg3 [ rdf:type sp:if ;
sp:arg1 [ rdf:type sp:bound ;
sp:arg1 [ sp:varName "resource"^^xsd:string
]
] ;
sp:arg2 [ rdf:type sp:coalesce ;
sp:arg1 [ rdf:type spl:object ;
sp:arg1 [ sp:varName "resource"^^xsd:string
] ;
sp:arg2 rdf:type
] ;
sp:arg2 rdfs:Resource
] ;
sp:arg3 rdfs:Resource
]
]) ;
sp:where ([ rdf:type sp:Bind ;
sp:expression
[ rdf:type ui:contextValue ;
sp:arg1 "resourceType"
] ;
sp:variable
[ sp:varName "resourceType"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The resource (may be unbound)."^^xsd:string ;
spl:optional "true"^^xsd:boolean ;
spl:predicate arg:resource ;
spl:valueType rdfs:Resource
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType rdfs:Class .
app:splArgumentOnProperty
rdf:type spin:Function ;
rdfs:comment "Walks up the class hierarchy to look for spl:Arguments on the property."^^xsd:string ;
rdfs:label "spl:Argument on property"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "arg"^^xsd:string
]) ;
sp:where ([ rdf:type sp:TriplePath ;
sp:object
[ sp:varName "superClass"^^xsd:string
] ;
sp:path [ rdf:type sp:ModPath ;
sp:modMax -2 ;
sp:modMin 0 ;
sp:subPath rdfs:subClassOf
] ;
sp:subject
[ sp:varName "class"^^xsd:string
]
] [ sp:object
[ sp:varName "arg"^^xsd:string
] ;
sp:predicate spin:constraint ;
sp:subject
[ sp:varName "superClass"^^xsd:string
]
] [ sp:object
[ sp:varName "property"^^xsd:string
] ;
sp:predicate spl:predicate ;
sp:subject
[ sp:varName "arg"^^xsd:string
]
] [ sp:object spl:Argument ;
sp:predicate rdf:type ;
sp:subject
[ sp:varName "arg"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The class to start traversal at."^^xsd:string ;
spl:predicate arg:class ;
spl:valueType rdfs:Class
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The property to look for."^^xsd:string ;
spl:predicate arg:property ;
spl:valueType rdf:Property
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType spl:Argument .
app:splValueTypeFunctor
rdf:type spin:Function ;
rdfs:comment "Can be used in conjunction with spif:walkObjects to get the \"first\" declared spin:constraint with an spl:valueType on a given spl:predicate (?property) at a given class (?class)."^^xsd:string ;
rdfs:label "spl:valueType functor"^^xsd:string ;
rdfs:subClassOf app:ClassFunctorFunctions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "valueType"^^xsd:string
]) ;
sp:where ([ sp:object
[ sp:varName "constraint"^^xsd:string
] ;
sp:predicate spin:constraint ;
sp:subject
[ sp:varName "class"^^xsd:string
]
] [ sp:object
[ sp:varName "property"^^xsd:string
] ;
sp:predicate spl:predicate ;
sp:subject
[ sp:varName "constraint"^^xsd:string
]
] [ sp:object
[ sp:varName "valueType"^^xsd:string
] ;
sp:predicate spl:valueType ;
sp:subject
[ sp:varName "constraint"^^xsd:string
]
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The property to look for."^^xsd:string ;
spl:predicate arg:property ;
spl:valueType rdf:Property
] ;
spin:private "true"^^xsd:boolean ;
spin:returnType rdfs:Class .
app:systemProperty
rdf:type rdf:Property ;
rdfs:label "system properties"^^xsd:string .
app:uiObject
rdf:type spin:Function ;
rdfs:comment "Similar to spl:object, but executed within the ui:graph."^^xsd:string ;
rdfs:label "ui object"^^xsd:string ;
rdfs:subClassOf app:Functions ;
spin:body
[ rdf:type sp:Select ;
sp:resultVariables ([ sp:varName "object"^^xsd:string
]) ;
sp:where ([ rdf:type sp:NamedGraph ;
sp:elements ([ rdf:type sp:Bind ;
sp:expression
[ rdf:type spl:object ;
sp:arg1 spin:_arg1 ;
sp:arg2 spin:_arg2
] ;
sp:variable
[ sp:varName "object"^^xsd:string
]
]) ;
sp:graphNameNode ui:graph
])
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The subject."^^xsd:string ;
spl:predicate sp:arg1 ;
spl:valueType rdfs:Resource
] ;
spin:constraint
[ rdf:type spl:Argument ;
rdfs:comment "The predicate."^^xsd:string ;
spl:predicate sp:arg2 ;
spl:valueType rdf:Property
] .
arg:class
rdf:type rdf:Property ;
rdfs:label "class"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:node
rdf:type rdf:Property ;
rdfs:label "node"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:object
rdf:type rdf:Property ;
rdfs:label "object"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:predicate
rdf:type rdf:Property ;
rdfs:label "predicate"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:property
rdf:type rdf:Property ;
rdfs:label "property"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:resource
rdf:type rdf:Property ;
rdfs:label "resource"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:resourceType
rdf:type rdf:Property ;
rdfs:label "resource type"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:subject
rdf:type rdf:Property ;
rdfs:label "subject"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
arg:url
rdf:type rdf:Property ;
rdfs:label "url"^^xsd:string ;
rdfs:subPropertyOf sp:arg .
rdfs:domain
rdf:type app:PropertyAxiomProperty .
rdfs:range
rdf:type app:PropertyAxiomProperty .
rdfs:subClassOf
rdf:type app:ClassAxiomProperty .
rdfs:subPropertyOf
rdf:type app:PropertyAxiomProperty .
xsd:byte
rdf:type app:NumericDatatype .
xsd:decimal
rdf:type app:NumericDatatype .
xsd:double
rdf:type app:NumericDatatype .
xsd:float
rdf:type app:NumericDatatype .
xsd:int
rdf:type app:NumericDatatype .
xsd:integer
rdf:type app:NumericDatatype .
xsd:long
rdf:type app:NumericDatatype .
xsd:negativeInteger
rdf:type app:NumericDatatype .
xsd:nonNegativeInteger
rdf:type app:NumericDatatype .
xsd:nonPositiveInteger
rdf:type app:NumericDatatype .
xsd:positiveInteger
rdf:type app:NumericDatatype .
xsd:short
rdf:type app:NumericDatatype .
xsd:unsignedByte
rdf:type app:NumericDatatype .
xsd:unsignedInt
rdf:type app:NumericDatatype .
xsd:unsignedLong
rdf:type app:NumericDatatype .
xsd:unsignedShort
rdf:type app:NumericDatatype .
owl:complementOf
rdf:type app:ClassAxiomProperty .
owl:disjointUnionOf
rdf:type app:ClassAxiomProperty .
owl:disjointWith
rdf:type app:ClassAxiomProperty .
owl:equivalentClass
rdf:type app:ClassAxiomProperty .
owl:equivalentProperty
rdf:type app:PropertyAxiomProperty .
owl:hasKey
rdf:type app:ClassAxiomProperty .
owl:intersectionOf
rdf:type app:ClassAxiomProperty .
owl:inverseOf
rdf:type app:PropertyAxiomProperty .
owl:oneOf
rdf:type app:ClassAxiomProperty .
owl:propertyChainAxiom
rdf:type app:PropertyAxiomProperty .
owl:propertyDisjointWith
rdf:type app:PropertyAxiomProperty .
owl:unionOf
rdf:type app:ClassAxiomProperty .