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The RMLMapper executes RML rules to generate high quality Linked Data from multiple originally (semi-)structured data sources.
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@prefix cc: .
@prefix dcterms: .
@prefix foaf: .
@prefix rdf: .
@prefix rdfs: .
@prefix void: .
@prefix xsd: .
grel:void
a void:DatasetDescription ;
dcterms:title "A VoID Description of the GREL Fno Descriptions Dataset" ;
dcterms:creator ;
foaf:primaryTopic grel:dataset ;
.
rdf:type foaf:Person ;
foaf:mbox "mailto:[email protected]" ;
foaf:name "Ben De Meester"@en .
grel:dataset
a void:Dataset ;
foaf:homepage ;
foaf:homepage ;
dcterms:title "GREL Fno Descriptions"@en ;
dcterms:description "The FnO descriptions of the GREL functions" ;
dcterms:contributor ;
dcterms:modified "2022-03-08"^^xsd:date ;
cc:license ;
dcterms:subject ;
void:feature ;
void:exampleResource grel:boolean_and ;
void:vocabulary .
# Contents:
# - Parameters (per java) param_{var} with predicate p_{type}_{var}
# - Outputs (per java) output_{type} with predicate o_{type}
# - Problems (per java) prob_{var}
# - Functions (per java)
grel:prob_array
a fno:Problem ;
fno:name "The array problem"^^xsd:string ;
dcterms:description ""^^xsd:string .
grel:prob_array_join
a fno:Problem ;
fno:name "The array join problem"^^xsd:string ;
dcterms:description "Joining an array into a string."^^xsd:string .
#GET
# https://docs.openrefine.org/manual/grelfunctions#geta-n-from-n-to-optional
grel:array_get
a fno:Function ;
fno:name "get" ;
dcterms:description "get" ;
fno:expects ( grel:param_a grel:p_int_i_from grel:p_int_i_opt_to ) ;
fno:returns ( grel:output_array ) .
#JOIN
grel:array_join
a fno:Function ;
fno:name "join" ;
dcterms:description "join" ;
fno:solves grel:prob_array_join ;
fno:expects ( grel:param_a grel:param_string_sep ) ;
fno:returns ( grel:stringOut ) .
grel:param_a
a fno:Parameter ;
fno:name "a" ;
rdfs:label "a" ;
fno:predicate grel:p_array_a ;
fno:type rdf:List ;
fno:required "true"^^xsd:boolean .
grel:param_string_sep
a fno:Parameter ;
fno:name "sep" ;
rdfs:label "sep" ;
fno:predicate grel:p_string_sep ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
grel:stringOut
a fno:Output ;
fno:name "output string" ;
rdfs:label "output string" ;
fno:predicate grel:stringOutput ;
fno:type xsd:string .
#LENGTH
grel:array_length
a fno:Function ;
fno:name "length" ;
dcterms:description "length" ;
fno:expects ( grel:param_a ) ;
fno:returns ( grel:output_number ) .
#SLICE
# https://docs.openrefine.org/manual/grelfunctions#slicea-n-from-n-to-optional
grel:array_slice
a fno:Function ;
fno:name "slice" ;
dcterms:description "slice" ;
fno:expects ( grel:param_a grel:p_int_i_from grel:p_int_i_opt_to ) ;
fno:returns ( grel:output_number ) .
#REVERSE
grel:array_reverse
a fno:Function ;
fno:name "reverse" ;
dcterms:description "reverse" ;
fno:expects ( grel:param_a ) ;
fno:returns ( grel:output_array ) .
#SORT
grel:array_sort
a fno:Function ;
fno:name "sort" ;
dcterms:description "sort" ;
fno:expects ( grel:param_a ) ;
fno:returns ( grel:output_array ) .
#SUM
grel:array_sum
a fno:Function ;
fno:name "sum" ;
dcterms:description "sum" ;
fno:expects ( grel:param_a ) ;
fno:returns ( grel:output_number ) .
#UNIQUES
grel:array_uniques
a fno:Function ;
fno:name "uniques" ;
dcterms:description "uniques" ;
fno:expects ( grel:param_a ) ;
fno:returns ( grel:output_array ) .
grel:prob_bool
a fno:Problem ;
fno:name "The bool problem"^^xsd:string ;
dcterms:description ""^^xsd:string .
#AND
grel:prob_and
a fno:Problem ;
fno:name "The and problem"^^xsd:string ;
dcterms:description "Returning the logical AND between two (boolean) operands."^^xsd:string .
grel:boolean_and
a fno:Function ;
fno:name "and" ;
dcterms:description "and" ;
fno:solves grel:prob_and ;
fno:expects ( grel:bool_array_b ) ;
fno:returns ( grel:output_bool ) .
grel:bool_array_b
a fno:Parameter ;
fno:name "b" ;
rdfs:label "b" ;
fno:predicate grel:param_rep_b ;
fno:type rdf:List ;
fno:required "true"^^xsd:boolean .
grel:output_bool
a fno:Output ;
fno:name "bool" ;
rdfs:label "bool" ;
fno:predicate grel:o_bool ;
fno:type xsd:boolean .
#OR
grel:prob_or
a fno:Problem ;
fno:name "The or problem"^^xsd:string ;
dcterms:description "Returning the logical OR between two (boolean) operands."^^xsd:string .
grel:boolean_or
a fno:Function ;
fno:name "or" ;
dcterms:description "or" ;
fno:solves grel:prob_or ;
fno:expects ( grel:bool_array_b ) ;
fno:returns ( grel:output_bool ) .
#NOT
grel:prob_not
a fno:Problem ;
fno:name "The not problem"^^xsd:string ;
dcterms:description "Returning the boolean negation of the argument."^^xsd:string .
grel:boolean_not
a fno:Function ;
fno:name "not" ;
dcterms:description "not" ;
fno:solves grel:prob_not ;
fno:expects ( grel:param_b ) ;
fno:returns ( grel:output_bool ) .
grel:param_b
a fno:Parameter ;
fno:name "b" ;
rdfs:label "b" ;
fno:predicate grel:bool_b ;
fno:type xsd:boolean ;
fno:required "true"^^xsd:boolean .
#XOR
grel:boolean_xor
a fno:Function ;
fno:name "xor" ;
dcterms:description "xor" ;
fno:expects ( grel:bool_array_b ) ;
fno:returns ( grel:output_bool ) .
#IFTHENELSE
grel:prob_if
a fno:Problem ;
fno:name "The if problem"^^xsd:string ;
dcterms:description "Doing an if-statement."^^xsd:string .
grel:controls_if
a fno:Function ;
fno:name "if" ;
dcterms:description "if" ;
fno:solves grel:prob_if ;
fno:expects ( grel:param_b grel:param_true grel:param_false ) ;
fno:returns ( grel:output_any ) .
grel:param_true
a fno:Parameter ;
fno:name "eTrue" ;
rdfs:label "eTrue" ;
fno:predicate grel:any_true ;
fno:type xsd:any ;
fno:required "true"^^xsd:boolean .
grel:param_false
a fno:Parameter ;
fno:name "eFalse" ;
rdfs:label "eFalse" ;
fno:predicate grel:any_false ;
fno:type xsd:any ;
fno:required "false"^^xsd:boolean .
grel:output_any
a fno:Output ;
fno:name "any" ;
rdfs:label "any" ;
fno:predicate grel:o_any ;
fno:type xsd:any .
#grel:controls_forEachIndex
# a fno:Function ;
# fno:name "forEachIndex" ;
# dcterms:description "forEachIndex" ;
# fno:expects ( grel:param_a grel:uri_index grel:uri_value grel:param_any_e ) ;
# fno:returns ( grel:output_array ) .
#grel:uri_value
# a fno:Parameter ;
# fno:name "v" ;
# rdfs:label "v" ;
# fno:predicate grel:param_value ;
# fno:type xsd:string ;
# fno:required "true"^^xsd:boolean .
#grel:uri_index
# a fno:Parameter ;
# fno:name "i" ;
# rdfs:label "i" ;
# fno:predicate grel:p_int_index ;
# fno:type xsd:string ;
# fno:required "true"^^xsd:boolean .
#grel:controls_forNonBlank
# a fno:Function ;
# fno:name "forNonBlank" ;
# dcterms:description "forNonBlank" ;
# fno:expects ( grel:param_any_e grel:uri_value grel:param_false grel:param_true ) ;
# fno:returns ( grel:output_any ) .
#grel:controls_forRange
# a fno:Function ;
# fno:name "forRange" ;
# dcterms:description "forRange" ;
# fno:expects ( grel:p_int_i_from grel:inti_i_to grel:param_int_i_step grel:uri_value grel:param_any_e ) ;
# fno:returns ( grel:output_array ) .
#grel:param_int_i_step
# a fno:Parameter ;
# fno:name "step" ;
# rdfs:label "step" ;
# fno:predicate grel:string_step ;
# fno:type xsd:int ;
# fno:required "true"^^xsd:boolean .
#grel:controls_filter
# a fno:Function ;
# fno:name "filter" ;
# dcterms:description "filter" ;
# fno:expects ( grel:param_a grel:uri_value grel:param_any_e ) ;
# fno:returns ( grel:output_array ) .
#grel:controls_forEach
# a fno:Function ;
# fno:name "forEach" ;
# dcterms:description "forEach" ;
# fno:expects ( grel:param_a grel:uri_value grel:param_any_e ) ;
# fno:returns ( grel:output_array ) .
#grel:controls_with
# a fno:Function ;
# fno:name "with" ;
# dcterms:description "with" ;
# fno:expects ( grel:param_any_e grel:uri_value grel:param_any_e ) ;
# fno:returns ( grel:output_any ) .
#grel:controls_isBlank
# a fno:Function ;
# fno:name "isBlank" ;
# dcterms:description "isBlank" ;
# fno:expects ( grel:param_any_e ) ;
# fno:returns ( grel:output_bool ) .
#grel:controls_isError
# a fno:Function ;
# fno:name "isError" ;
# dcterms:description "isError" ;
# fno:expects ( grel:param_any_e ) ;
# fno:returns ( grel:output_bool ) .
#grel:controls_isNonBlank
# a fno:Function ;
# fno:name "isNonBlank" ;
# dcterms:description "isNonBlank" ;
# fno:expects ( grel:param_any_e ) ;
# fno:returns ( grel:output_bool ) .
#grel:controls_isNotNull
# a fno:Function ;
# fno:name "isNotNull" ;
# dcterms:description "isNotNull" ;
# fno:expects ( grel:param_any_e ) ;
# fno:returns ( grel:output_bool ) .
#grel:controls_isNull
# a fno:Function ;
# fno:name "isNull" ;
# dcterms:description "isNull" ;
# fno:expects ( grel:param_any_e ) ;
# fno:returns ( grel:output_bool ) .
#grel:controls_isNumeric
# a fno:Function ;
# fno:name "isNumeric" ;
# dcterms:description "isNumeric" ;
# fno:expects ( grel:param_any_e ) ;
# fno:returns ( grel:output_bool ) .
grel:prob_string
a fno:Problem ;
fno:name "The string problem"^^xsd:string ;
dcterms:description ""^^xsd:string .
#STRING_LENGTH
grel:prob_strlen
a fno:Problem ;
fno:name "The strlen problem"^^xsd:string ;
dcterms:description "Computing the length of a given input string."^^xsd:string .
grel:string_length
a fno:Function ;
fno:name "length" ;
dcterms:description "length" ;
fno:solves grel:prob_strlen ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:output_number ) .
grel:valueParam
a fno:Parameter ;
fno:name "input value" ;
rdfs:label "input value" ;
fno:predicate grel:valueParameter ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
grel:output_number
a fno:Output ;
fno:name "number" ;
rdfs:label "number" ;
fno:predicate grel:o_number ;
fno:type xsd:integer .
#TOSTRING
grel:string_toString
a fno:Function ;
fno:name "toString" ;
dcterms:description "toString" ;
fno:expects ( grel:param_any_e ) ;
fno:returns ( grel:stringOut ) .
#STARTSWITH
grel:prob_strstarts
a fno:Problem ;
fno:name "The strstarts problem"^^xsd:string ;
dcterms:description "Whether a string starts another string"^^xsd:string .
grel:string_startsWith
a fno:Function ;
fno:name "startsWith" ;
dcterms:description "startsWith" ;
fno:solves grel:prob_strstarts ;
fno:expects ( grel:valueParam grel:param_string_sub ) ;
fno:returns ( grel:output_bool ) .
grel:param_string_sub
a fno:Parameter ;
fno:name "sub" ;
rdfs:label "sub" ;
fno:predicate grel:string_sub ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#ENDSWITH
grel:prob_strends
a fno:Problem ;
fno:name "The strends problem"^^xsd:string ;
dcterms:description "Whether a string ends another string"^^xsd:string .
grel:string_endsWith
a fno:Function ;
fno:name "endsWith" ;
dcterms:description "endsWith" ;
fno:solves grel:prob_strends ;
fno:expects ( grel:valueParam grel:param_string_sub ) ;
fno:returns ( grel:output_bool ) .
#CONTAINS
grel:prob_contains
a fno:Problem ;
fno:name "The contains problem"^^xsd:string ;
dcterms:description "Whether a string contains another string"^^xsd:string .
grel:string_contains
a fno:Function ;
fno:name "contains" ;
dcterms:description "contains" ;
fno:solves grel:prob_contains ;
fno:expects ( grel:valueParam grel:param_string_sub ) ;
fno:returns ( grel:output_bool ) .
grel:prob_indexOf
a fno:Problem ;
fno:name "The indexOf problem"^^xsd:string ;
dcterms:description "The index of the first occurence within a string."^^xsd:string .
grel:string_indexOf
a fno:Function ;
fno:name "indexOf" ;
dcterms:description "indexOf" ;
fno:solves grel:prob_indexOf ;
fno:expects ( grel:valueParam grel:param_string_sub ) ;
fno:returns ( grel:output_number ) .
#grel:string_indexOf
# a fno:Function ;
# fno:name "indexOf" ;
# dcterms:description "indexOf" ;
# fno:expects ( ) ;
# fno:returns ( grel:output_number ) .
#TOLOWERCASE
grel:prob_lcase
a fno:Problem ;
fno:name "The lcase problem"^^xsd:string ;
dcterms:description "Converting a string to lower case characters."^^xsd:string .
grel:toLowerCase
a fno:Function ;
fno:name "to Lowercase" ;
rdfs:label "to Lowercase" ;
dcterms:description "Returns the input with all letters in lower case." ;
fno:solves grel:prob_lcase ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:stringOut ) .
#TOUPPERCASE
grel:prob_ucase
a fno:Problem ;
fno:name "The ucase problem"^^xsd:string ;
dcterms:description "Converting a string to upper case characters."^^xsd:string .
grel:toUpperCase
a fno:Function ;
fno:name "to Uppercase" ;
rdfs:label "to Uppercase" ;
dcterms:description "Returns the input with all letters in upper case." ;
fno:solves grel:prob_ucase ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:stringOut ) .
#TOTITLECASE
grel:string_toTitlecase
a fno:Function ;
fno:name "toTitlecase" ;
dcterms:description "toTitlecase" ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:stringOut ) .
#TRIM
#TODO Problem trim
grel:string_trim
a fno:Function ;
fno:name "trim" ;
dcterms:description "trim" ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:stringOut ) .
#TODO strip sameAs trim
#grel:string_strip
# a fno:Function ;
# fno:name "strip" ;
# dcterms:description "strip" ;
# fno:expects ( grel:valueParam ) ;
# fno:returns ( grel:stringOut ) .
#CHOMP
grel:string_chomp
a fno:Function ;
fno:name "chomp" ;
dcterms:description "chomp" ;
fno:expects ( grel:valueParam grel:param_string_sep ) ;
fno:returns ( grel:stringOut ) .
#SUBSTRING
grel:prob_substr
a fno:Problem ;
fno:name "The substr problem"^^xsd:string ;
dcterms:description "Getting the sub-string of a given string"^^xsd:string .
grel:string_substring
a fno:Function ;
fno:name "substring" ;
dcterms:description "substring" ;
fno:solves grel:prob_substr ;
fno:expects ( grel:valueParam grel:p_int_i_from grel:p_int_i_opt_to ) ;
fno:returns ( grel:stringOut ) .
grel:p_int_i_from
a fno:Parameter ;
fno:name "from" ;
rdfs:label "from" ;
fno:predicate grel:param_int_i_from ;
fno:type xsd:int ;
fno:required "true"^^xsd:boolean .
grel:p_int_i_opt_to
a fno:Parameter ;
fno:name "to" ;
rdfs:label "to" ;
fno:predicate grel:param_int_i_opt_to ;
fno:type xsd:int ;
fno:required "false"^^xsd:boolean .
# TODO slice sameAs substring
#grel:string_slice
# a fno:Function ;
# fno:name "slice" ;
# dcterms:description "slice" ;
# fno:expects ( grel:valueParam grel:p_int_i_from grel:p_int_i_opt_to ) ;
# fno:returns ( grel:stringOut ) .
# TODO get sameAs substring
#grel:string_get
# a fno:Function ;
# fno:name "get" ;
# dcterms:description "get" ;
# fno:expects ( grel:valueParam grel:p_int_i_from grel:p_int_i_opt_to ) ;
# fno:returns ( grel:stringOut ) .
#LASTINDEXOF
grel:prob_lastIndexOf
a fno:Problem ;
fno:name "The lastIndexOf problem"^^xsd:string ;
dcterms:description "Retrieving the last index of an occurrence in a string."^^xsd:string .
grel:string_lastIndexOf
a fno:Function ;
fno:name "lastIndexOf" ;
dcterms:description "lastIndexOf" ;
fno:solves grel:prob_lastIndexOf ;
fno:expects ( grel:valueParam grel:param_string_sub ) ;
fno:returns ( grel:output_number ) .
#REPLACE
grel:prob_replace
a fno:Problem ;
fno:name "The replace problem"^^xsd:string ;
dcterms:description
"Replacing each non-overlapping occurrence of a regular expression pattern with a replacement string. Regular expession matching may involve modifier flags."^^xsd:string .
grel:string_replace
a fno:Function ;
fno:name "replace" ;
dcterms:description "replace" ;
fno:solves grel:prob_replace ;
fno:expects ( grel:valueParam grel:param_find grel:param_replace ) ;
fno:returns ( grel:stringOut ) .
grel:param_find
a fno:Parameter ;
fno:name "f" ;
rdfs:label "f" ;
fno:predicate grel:p_string_find ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
grel:param_replace
a fno:Parameter ;
fno:name "r" ;
rdfs:label "r" ;
fno:predicate grel:p_string_replace ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#REPLACECHARS
grel:string_replaceChars
a fno:Function ;
fno:name "replaceChars" ;
dcterms:description "replaceChars" ;
fno:expects ( grel:valueParam grel:param_find grel:param_replace ) ;
fno:returns ( grel:stringOut ) .
#MATCH
grel:prob_regex
a fno:Problem ;
fno:name "The regex problem"^^xsd:string ;
dcterms:description
"Returning true if a string (?arg1) matches the regular expression supplied as a pattern (?arg2) as influenced by the value of flags (?arg3), otherwise returns false."^^xsd:string .
grel:string_match
a fno:Function ;
fno:name "match" ;
dcterms:description "match" ;
fno:expects ( grel:valueParam grel:param_regex ) ;
fno:returns ( grel:output_array ) .
grel:output_array
a fno:Output ;
fno:name "array" ;
rdfs:label "array" ;
fno:predicate grel:o_array ;
fno:type rdf:List .
grel:param_regex
a fno:Parameter ;
fno:name "p" ;
rdfs:label "p" ;
fno:predicate grel:p_string_regex ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#TODO find
#grel:string_find
# a fno:Function ;
# fno:name "find" ;
# dcterms:description "find" ;
# fno:expects ( grel:valueParam grel:param_regex ) ;
# fno:returns ( grel:output_array ) .
#TONUMBER
grel:string_toNumber
a fno:Function ;
fno:name "toNumber" ;
dcterms:description "toNumber" ;
fno:expects ( grel:param_any_e ) ;
fno:returns ( grel:output_number ) .
grel:param_any_e
a fno:Parameter ;
fno:name "e" ;
rdfs:label "e" ;
fno:predicate grel:p_any_e ;
fno:type xsd:any ;
fno:required "true"^^xsd:boolean .
#SPLIT
grel:string_split
a fno:Function ;
fno:name "split" ;
dcterms:description "split" ;
fno:expects ( grel:valueParam grel:param_string_sep ) ;
fno:returns ( grel:output_array ) .
#SPLITBYLENGTHS
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#splitbylengthsstring-s-number-n1-number-n2-
grel:string_splitByLengths
a fno:Function ;
fno:name "splitByLengths" ;
dcterms:description "splitByLengths" ;
fno:expects ( grel:valueParam grel:param_int_i grel:param_int_i2 grel:param_int_rep_i ) ;
fno:returns ( grel:output_array ) .
grel:param_int_i
a fno:Parameter ;
fno:name "d1" ;
rdfs:label "d1" ;
fno:predicate grel:p_int_i ;
fno:type xsd:int ;
fno:required "true"^^xsd:boolean .
grel:param_int_i2
a fno:Parameter ;
fno:name "d2" ;
rdfs:label "d2" ;
fno:predicate grel:p_int_i2 ;
fno:type xsd:int ;
fno:required "true"^^xsd:boolean .
grel:param_int_rep_i
a fno:Parameter ;
fno:name "n3" ;
rdfs:label "n3" ;
fno:predicate grel:p_rep_i ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#SMARTSPLIT
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#smartsplitstring-s-optional-string-sep
grel:string_smartSplit
a fno:Function ;
fno:name "smartSplit" ;
dcterms:description "smartSplit" ;
fno:expects ( grel:valueParam grel:param_opt_sep ) ;
fno:returns ( grel:output_array ) .
grel:param_opt_sep
a fno:Parameter ;
fno:name "sep" ;
rdfs:label "sep" ;
fno:predicate grel:p_opt_sep ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#SPLITBYCHARTYPE
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#splitbychartypes
grel:string_splitByCharType
a fno:Function ;
fno:name "splitByCharType" ;
dcterms:description "splitByCharType" ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:output_array ) .
#PARTITION
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#partitionstring-s-string-or-regex-frag-optional-boolean-omitfragment
grel:string_partition
a fno:Function ;
fno:name "partition" ;
dcterms:description "partition" ;
fno:expects ( grel:valueParam grel:param_fragment grel:param_bool_opt_b ) ;
fno:returns ( grel:output_array ) .
grel:param_fragment
a fno:Parameter ;
fno:name "frag" ;
rdfs:label "frag" ;
fno:predicate grel:p_fragment ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
grel:param_bool_opt_b
a fno:Parameter ;
fno:name "b?" ;
rdfs:label "b?" ;
fno:predicate grel:p_bool_opt_b ;
fno:type xsd:boolean ;
fno:required "false"^^xsd:boolean .
#RPARTITION
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#rpartitionstring-s-string-or-regex-frag-optional-boolean-omitfragment
grel:string_rpartition
a fno:Function ;
fno:name "rpartition" ;
dcterms:description "rpartition" ;
fno:expects ( grel:valueParam grel:param_fragment grel:param_bool_opt_b ) ;
fno:returns ( grel:output_array ) .
#DIFF
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#diffo1-o2-optional-string-timeunit
grel:string_diff
a fno:Function ;
fno:name "diff" ;
dcterms:description "diff" ;
fno:expects ( grel:valueParam grel:valueParam2 ) ;
fno:returns ( grel:stringOut ) .
grel:valueParam2
a fno:Parameter ;
fno:name "input value 2" ;
rdfs:label "input value 2" ;
fno:predicate grel:valueParameter2 ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#ESCAPE
grel:prob_encode_for_uri
a fno:Problem ;
fno:name "The encode_for_uri problem"^^xsd:string ;
dcterms:description "encoding for a URI"^^xsd:string .
grel:escape
a fno:Function ;
fno:name "escape" ;
rdfs:label "escape" ;
dcterms:description "Escapes a string, with a mode parameter." ;
fno:solves grel:prob_encode_for_uri ;
fno:expects ( grel:valueParam grel:modeParam ) ;
fno:returns ( grel:stringOut ) .
grel:modeParam
a fno:Parameter ;
fno:name "mode value" ;
rdfs:label "mode value" ;
fno:type xsd:string ;
fno:predicate grel:modeParameter ;
fno:required "true"^^xsd:boolean .
#UNESCAPE
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#unescapestring-s-string-mode
grel:string_unescape
a fno:Function ;
fno:name "unescape" ;
dcterms:description "unescape" ;
fno:expects ( grel:valueParam grel:modeParam ) ;
fno:returns ( grel:stringOut ) .
grel:prob_crypto
a fno:Problem ;
fno:name "The crypto problem"^^xsd:string ;
dcterms:description ""^^xsd:string .
grel:prob_md5
a fno:Problem ;
fno:name "The md5 problem"^^xsd:string ;
dcterms:description "Calculating the md5 checksum."^^xsd:string .
grel:string_md5
a fno:Function ;
fno:name "md5" ;
dcterms:description "md5" ;
fno:solves grel:prob_md5 ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:stringOut ) .
grel:prob_sha1
a fno:Problem ;
fno:name "The sha1 problem"^^xsd:string ;
dcterms:description "Calculating the SHA1 checksum."^^xsd:string .
grel:string_sha1
a fno:Function ;
fno:name "sha1" ;
dcterms:description "sha1" ;
fno:solves grel:prob_sha1 ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:stringOut ) .
#PHONETIC
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#phoneticstring-s-string-encoding
grel:string_phonetic
a fno:Function ;
fno:name "phonetic" ;
dcterms:description "phonetic" ;
fno:expects ( grel:valueParam grel:param_string_encoding ) ;
fno:returns ( grel:stringOut ) .
grel:param_string_encoding
a fno:Parameter ;
fno:name "encoding" ;
rdfs:label "encoding" ;
fno:predicate grel:p_string_encoding ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#REINTERPRET
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#reinterpretstring-s-string-encoder
grel:string_reinterpret
a fno:Function ;
fno:name "reinterpret" ;
dcterms:description "reinterpret" ;
fno:expects ( grel:valueParam grel:param_string_encoder ) ;
fno:returns ( grel:stringOut ) .
grel:param_string_encoder
a fno:Parameter ;
fno:name "encoder" ;
rdfs:label "encoder" ;
fno:predicate grel:p_string_encoder ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#TODO https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#fingerprintstring-s
#grel:string_fingerprint
# a fno:Function ;
# fno:name "fingerprint" ;
# dcterms:description "fingerprint" ;
# fno:expects ( grel:valueParam ) ;
# fno:returns ( grel:stringOut ) .
#TODO https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#ngramstring-s-number-n
#grel:string_ngram
# a fno:Function ;
# fno:name "ngram" ;
# dcterms:description "ngram" ;
# fno:expects ( grel:valueParam grel:param_int_i ) ;
# fno:returns ( grel:output_array ) .
#TODO https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#ngramfingerprintstring-s-number-n
#grel:string_ngramFingerprint
# a fno:Function ;
# fno:name "ngramFingerprint" ;
# dcterms:description "ngramFingerprint" ;
# fno:expects ( grel:valueParam grel:param_int_i ) ;
# fno:returns ( grel:output_array ) .
#UNICODE
# https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#unicodestring-s
grel:string_unicode
a fno:Function ;
fno:name "unicode" ;
dcterms:description "unicode" ;
fno:expects ( grel:valueParam ) ;
fno:returns ( grel:output_array ) .
#TODO https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#unicodetypestring-s
#grel:string_unicodeType
# a fno:Function ;
# fno:name "unicodeType" ;
# dcterms:description "unicodeType" ;
# fno:expects ( grel:valueParam ) ;
# fno:returns ( grel:output_array ) .
#TODO https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#mqlkeyquotestring-s
#grel:string_mqlKeyQuote
# a fno:Function ;
# fno:name "mqlKeyQuote" ;
# dcterms:description "mqlKeyQuote" ;
# fno:expects ( grel:valueParam ) ;
# fno:returns ( grel:stringOut ) .
#TODO https://github.com/OpenRefine/OpenRefine/wiki/GREL-String-Functions#mqlkeyunquotestring-key
# grel:string_mqlKeyUnquote
# a fno:Function ;
# fno:name "mqlKeyUnquote" ;
# dcterms:description "mqlKeyUnquote" ;
# fno:expects ( grel:valueParamtring_key ) ;
# fno:returns ( grel:stringOut ) .
# grel:valueParamtring_key
# a fno:Parameter ;
# fno:name "key" ;
# rdfs:label "key" ;
# fno:predicate grel:p_key ;
# fno:type xsd:string ;
# fno:required "true"^^xsd:boolean .
grel:prob_date
a fno:Problem ;
fno:name "The date problem"^^xsd:string ;
dcterms:description ""^^xsd:string .
grel:prob_timezone
a fno:Problem ;
fno:name "The timezone problem"^^xsd:string ;
dcterms:description "Getting the timezone of a string."^^xsd:string .
grel:prob_day
a fno:Problem ;
fno:name "The day problem"^^xsd:string ;
dcterms:description "Extracting the day from a date/time literal."^^xsd:string .
grel:prob_month
a fno:Problem ;
fno:name "The month problem"^^xsd:string ;
dcterms:description "Extracting the month from a date/time literal."^^xsd:string .
grel:prob_hours
a fno:Problem ;
fno:name "The hours problem"^^xsd:string ;
dcterms:description "Extracting the hours from a date/time literal."^^xsd:string .
grel:prob_seconds
a fno:Problem ;
fno:name "The seconds problem"^^xsd:string ;
dcterms:description "Extracting the seconds from a date/time literal."^^xsd:string .
grel:prob_minutes
a fno:Problem ;
fno:name "The minutes problem"^^xsd:string ;
dcterms:description "Extracting the minutes from a date/time literal."^^xsd:string .
grel:prob_year
a fno:Problem ;
fno:name "The year problem"^^xsd:string ;
dcterms:description "Extracting the year from a date/time literal."^^xsd:string .
grel:prob_now
a fno:Problem ;
fno:name "The now problem"^^xsd:string ;
dcterms:description "Getting the current date and time."^^xsd:string .
#NOW
grel:date_now
a fno:Function ;
fno:name "now" ;
dcterms:description "now" ;
fno:expects ( ) ;
fno:returns ( grel:output_datetime ) .
grel:output_datetime
a fno:Output ;
fno:name "datetime" ;
rdfs:label "datetime" ;
fno:predicate grel:o_datetime ;
fno:type xsd:dateTime .
#TODATE
grel:date_toDate
a fno:Function ;
fno:name "toDate" ;
dcterms:description "toDate" ;
fno:expects ( grel:valueParam grel:param_string_pattern ) ;
fno:returns ( grel:output_date ) .
grel:param_string_pattern
a fno:Parameter ;
fno:name "pattern" ;
rdfs:label "pattern" ;
fno:predicate grel:p_string_pattern ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
grel:output_date
a fno:Output ;
fno:name "date" ;
rdfs:label "date" ;
fno:predicate grel:o_date ;
fno:type xsd:date .
#TOSTRING
#TODO grel:date_toString sameAs grel:date_toDate
# grel:date_toString
# a fno:Function ;
# fno:name "toString" ;
# dcterms:description "toString" ;
# fno:expects ( grel:valueParam grel:param_string_pattern ) ;
# fno:returns ( grel:output_date ) .
#DIFF
grel:date_diff
a fno:Function ;
fno:name "diff" ;
dcterms:description "diff" ;
fno:expects ( grel:param_datetime_d grel:param_datetime_d2 grel:param_string_timeunit ) ;
fno:returns ( grel:stringOut ) .
grel:param_datetime_d
a fno:Parameter ;
fno:name "d" ;
rdfs:label "d" ;
fno:predicate grel:p_datetime_d ;
fno:type xsd:dateTime ;
fno:required "true"^^xsd:boolean .
grel:param_datetime_d2
a fno:Parameter ;
fno:name "d2" ;
rdfs:label "d2" ;
fno:predicate grel:p_datetime_d2 ;
fno:type xsd:dateTime ;
fno:required "true"^^xsd:boolean .
grel:param_string_timeunit
a fno:Parameter ;
fno:name "timeUnit" ;
rdfs:label "timeUnit" ;
fno:predicate grel:p_string_timeunit ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#INC
grel:date_inc
a fno:Function ;
fno:name "inc" ;
dcterms:description "inc" ;
fno:expects ( grel:param_date_d grel:param_dec_n grel:param_string_unit ) ;
fno:returns ( grel:output_date ) .
grel:param_date_d
a fno:Parameter ;
fno:name "d" ;
rdfs:label "d" ;
fno:predicate grel:p_date_d ;
fno:type xsd:date ;
fno:required "true"^^xsd:boolean .
grel:param_dec_n
a fno:Parameter ;
fno:name "d" ;
rdfs:label "d" ;
fno:predicate grel:p_dec_n ;
fno:type xsd:decimal ;
fno:required "true"^^xsd:boolean .
grel:param_string_unit
a fno:Parameter ;
fno:name "unit" ;
rdfs:label "unit" ;
fno:predicate grel:p_string_unit ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#DATEPART
grel:date_datePart
a fno:Function ;
fno:name "datePart" ;
dcterms:description "datePart" ;
fno:expects ( grel:param_date_d grel:param_string_unit ) ;
fno:returns ( grel:output_any ) .
grel:prob_mathematical
a fno:Problem ;
fno:name "The mathematical problem"^^xsd:string ;
dcterms:description ""^^xsd:string .
grel:prob_floor
a fno:Problem ;
fno:name "The floor problem"^^xsd:string ;
dcterms:description
"Returning the largest (closest to positive infinity) number with no fractional part that is not greater than the given value."^^xsd:string .
grel:output_decimal
a fno:Output ;
fno:name "decimal" ;
rdfs:label "decimal" ;
fno:predicate grel:o_decimal ;
fno:type xsd:decimal .
#FLOOR
grel:math_floor
a fno:Function ;
fno:name "floor" ;
dcterms:description "floor" ;
fno:solves grel:prob_floor ;
fno:expects ( grel:param_dec_n ) ;
fno:returns ( grel:output_number ) .
#
# skos:broader grel:math_floor .
grel:prob_ceil
a fno:Problem ;
fno:name "The ceil problem"^^xsd:string ;
dcterms:description
"Returning the smallest (closest to negative infinity) number with no fractional part that is not less than the value of arg."^^xsd:string .
#CEIL
grel:math_ceil
a fno:Function ;
fno:name "ceil" ;
dcterms:description "ceil" ;
fno:solves grel:prob_ceil ;
fno:expects ( grel:param_dec_n ) ;
fno:returns ( grel:output_number ) .
grel:prob_round
a fno:Problem ;
fno:name "The round problem"^^xsd:string ;
dcterms:description
"Returning the number with no fractional part that is closest to the argument. If there are two such numbers, then the one that is closest to positive infinity is returned."^^xsd:string .
#ROUND
grel:math_round
a fno:Function ;
fno:name "round" ;
dcterms:description "round" ;
fno:solves grel:prob_round ;
fno:expects ( grel:param_dec_n ) ;
fno:returns ( grel:output_number ) .
#
# skos:broader grel:math_round .
grel:prob_min
a fno:Problem ;
fno:name "The min problem"^^xsd:string ;
dcterms:description "Returning the smallest value of the input."^^xsd:string .
#MIN
grel:math_min
a fno:Function ;
fno:name "min" ;
dcterms:description "min" ;
fno:solves grel:prob_min ;
fno:expects ( grel:param_dec_n grel:param_dec_n2 ) ;
fno:returns ( grel:output_decimal ) .
grel:param_dec_n2
a fno:Parameter ;
fno:name "d2" ;
rdfs:label "d2" ;
fno:predicate grel:param_n2 ;
fno:type xsd:decimal ;
fno:required "true"^^xsd:boolean .
grel:prob_max
a fno:Problem ;
fno:name "The max problem"^^xsd:string ;
dcterms:description "Returning the largest value of the input."^^xsd:string .
#MAX
grel:math_max
a fno:Function ;
fno:name "max" ;
dcterms:description "max" ;
fno:solves grel:prob_max ;
fno:expects ( grel:param_dec_n grel:param_dec_n2 ) ;
fno:returns ( grel:output_decimal) .
#MOD
grel:math_mod
a fno:Function ;
fno:name "mod" ;
dcterms:description "mod" ;
fno:expects ( grel:param_int_i grel:param_int_i2 ) ;
fno:returns ( grel:output_number ) .
grel:prob_coalesce
a fno:Problem ;
fno:name "The coalesce problem"^^xsd:string ;
dcterms:description "Returning the first bound argument."^^xsd:string .
#LN
grel:math_ln
a fno:Function ;
fno:name "ln" ;
dcterms:description "ln" ;
fno:expects ( grel:param_dec_n ) ;
fno:returns ( grel:output_decimal ) .
#LOG
grel:math_log
a fno:Function ;
fno:name "log" ;
dcterms:description "log" ;
fno:expects ( grel:param_dec_n ) ;
fno:returns ( grel:output_decimal ) .
#EXP
grel:math_exp
a fno:Function ;
fno:name "exp" ;
dcterms:description "exp" ;
fno:expects ( grel:param_dec_n ) ;
fno:returns ( grel:output_decimal ) .
#POW
grel:math_pow
a fno:Function ;
fno:name "pow" ;
dcterms:description "pow" ;
fno:expects ( grel:param_dec_n grel:param_dec_n_exp ) ;
fno:returns ( grel:output_decimal ) .
grel:param_dec_n_exp
a fno:Parameter ;
fno:name "e" ;
rdfs:label "e" ;
fno:predicate grel:p_any_exp ;
fno:type xsd:decimal ;
fno:required "true"^^xsd:boolean .
#ABS
grel:math_abs
a fno:Function ;
fno:name "abs" ;
dcterms:description "abs" ;
fno:expects ( grel:param_dec_n );
fno:returns ( grel:output_decimal ) .
#ACOS
grel:math_acos
a fno:Function;
fno:name "acos";
dcterms:description "acos";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#ASIN
grel:math_asin
a fno:Function;
fno:name "asin";
dcterms:description "asin";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#ATAN
grel:math_atan
a fno:Function;
fno:name "atan";
dcterms:description "atan";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#ATAN2
grel:math_atan
a fno:Function;
fno:name "atan2";
dcterms:description "atan2";
fno:expects (grel:param_dec_n grel:param_dec_n2);
fno:returns (grel:output_decimal).
#COMBIN
grel:math_combin
a fno:Function;
fno:name "combin";
dcterms:description "combin";
fno:expects (grel:param_int_i grel:param_int_i2);
fno:returns (grel:output_number).
#COS
grel:math_cos
a fno:Function;
fno:name "cos";
dcterms:description "cos";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#COSH
grel:math_cosh
a fno:Function;
fno:name "cosh";
dcterms:description "cosh";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#SIN
grel:math_sin
a fno:Function;
fno:name "sin";
dcterms:description "sin";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#SINH
grel:math_sinh
a fno:Function;
fno:name "sinh";
dcterms:description "sinh";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#TAN
grel:math_tan
a fno:Function;
fno:name "tan";
dcterms:description "tan";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#TANH
grel:math_tanh
a fno:Function;
fno:name "tanh";
dcterms:description "tanh";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#DEGREES
grel:math_degrees
a fno:Function;
fno:name "degrees";
dcterms:description "degrees";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#RADIANS
grel:math_radians
a fno:Function;
fno:name "radians";
dcterms:description "degrees";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#EVEN
grel:math_even
a fno:Function;
fno:name "even";
dcterms:description "even";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#ODD
grel:math_odd
a fno:Function;
fno:name "odd";
dcterms:description "odd";
fno:expects (grel:param_dec_n);
fno:returns (grel:output_decimal).
#FACT
grel:math_fact
a fno:Function;
fno:name "fact";
dcterms:description "fact";
fno:expects (grel:param_int_i);
fno:returns (grel:output_number).
#FACTN
grel:math_factn
a fno:Function;
fno:name "factn";
dcterms:description "factn";
fno:expects (grel:param_int_i grel:param_int_i2);
fno:returns (grel:output_number).
#GCD
grel:math_gcd
a fno:Function;
fno:name "gcd";
dcterms:description "gcd";
fno:expects (grel:param_int_i grel:param_int_i2);
fno:returns (grel:output_number).
#LCM
grel:math_lcm
a fno:Function;
fno:name "lcm";
dcterms:description "lcm";
fno:expects (grel:param_int_i grel:param_int_i2);
fno:returns (grel:output_number).
#QUOTIENT
grel:math_quotient
a fno:Function;
fno:name "quotient";
dcterms:description "quotient";
fno:expects (grel:param_dec_n grel:param_dec_n2);
fno:returns (grel:output_decimal).
#RANDOMNUMBER
grel:math_randomNumber
a fno:Function;
fno:name "randomNumber";
dcterms:description "randomNumber";
fno:expects (grel:param_int_i grel:param_int_i2);
fno:returns (grel:output_number).
#MULTINOMIAL
grel:math_multinomial
a fno:Function;
fno:name "multinomial";
dcterms:description "multinomial";
fno:expects ( grel:param_a );
fno:returns (grel:output_number).
#grel:math_sum
# a fno:Function ;
# fno:name "sum" ;
# dcterms:description "sum" ;
# fno:expects ( grel:param_a ) ;
# fno:returns ( grel:output_number ) .
#TYPE
grel:other_type
a fno:Function ;
fno:name "type" ;
dcterms:description "type" ;
fno:expects ( grel:param_any_e ) ;
fno:returns ( grel:stringOut ) .
#HASFIELD
grel:other_hasField
a fno:Function ;
fno:name "hasField" ;
dcterms:description "hasField" ;
fno:expects ( grel:param_any_e grel:param_string_field ) ;
fno:returns ( grel:output_bool ) .
grel:param_string_field
a fno:Parameter ;
fno:name "field" ;
rdfs:label "field" ;
fno:predicate grel:p_string_field ;
fno:type xsd:string ;
fno:required "true"^^xsd:boolean .
#COALESCE
grel:other_coalesce
a fno:Function ;
fno:name "coalesce" ;
dcterms:description "coalesce" ;
fno:solves grel:prob_coalesce ;
fno:expects ( grel:param_any_rep_e ) ;
fno:returns ( grel:output_any ) .
grel:param_any_rep_e
a fno:Parameter ;
fno:name "objects" ;
rdfs:label "objects" ;
fno:predicate grel:p_any_rep_e ;
fno:type xsd:any ;
fno:required "true"^^xsd:boolean .
#grel:other_facetCount
# a fno:Function ;
# fno:name "facetCount" ;
# dcterms:description "facetCount" ;
# fno:expects ( ) ;
# fno:returns ( grel:output_number ) .
#grel:other_cross
# a fno:Function ;
# fno:name "cross" ;
# dcterms:description "cross" ;
# fno:expects ( ) ;
# fno:returns ( grel:output_array ) .
#grel:other_get
# a fno:Function ;
# fno:name "get" ;
# dcterms:description "get" ;
# fno:expects ( grel:param_any_e grel:param_string_field ) ;
# fno:returns ( grel:output_any ) .
#grel:other_htmlAttr
# a fno:Function ;
# fno:name "htmlAttr" ;
# dcterms:description "htmlAttr" ;
# fno:expects ( ) ;
# fno:returns ( grel:output_any ) .
#grel:other_select
# a fno:Function ;
# fno:name "select" ;
# dcterms:description "select" ;
# fno:expects ( ) ;
# fno:returns ( grel:output_element ) .
#grel:other_htmlText
# a fno:Function ;
# fno:name "htmlText" ;
# dcterms:description "htmlText" ;
# fno:expects ( ) ;
# fno:returns ( grel:stringOut ) .
#grel:other_innerHtml
# a fno:Function ;
# fno:name "innerHtml" ;
# dcterms:description "innerHtml" ;
# fno:expects ( ) ;
# fno:returns ( grel:stringOut ) .
#grel:other_outerHtml
# a fno:Function ;
# fno:name "outerHtml" ;
# dcterms:description "outerHtml" ;
# fno:expects ( ) ;
# fno:returns ( grel:stringOut ) .
#grel:other_ownText
# a fno:Function ;
# fno:name "ownText" ;
# dcterms:description "ownText" ;
# fno:expects ( ) ;
# fno:returns ( grel:stringOut ) .
#grel:other_parseHtml
# a fno:Function ;
# fno:name "parseHtml" ;
# dcterms:description "parseHtml" ;
# fno:expects ( grel:valueParam ) ;
# fno:returns ( grel:output_element ) .
#grel:other_parseJson
# a fno:Function ;
# fno:name "parseJson" ;
# dcterms:description "parseJson" ;
# fno:expects ( grel:valueParam ) ;
# fno:returns ( grel:output_any ) .
#grel:other_jsonize
# a fno:Function ;
# fno:name "jsonize" ;
# dcterms:description "jsonize" ;
# fno:expects ( grel:param_any_e ) ;
# fno:returns ( grel:stringOut ) .
# HERE
#grel:param_b2
# a fno:Parameter ;
# fno:name "b2" ;
# rdfs:label "b2" ;
# fno:predicate grel:bool_b2 ;
# fno:type xsd:boolean ;
# fno:required "true"^^xsd:boolean .
#grel:bool_rep_b
# a fno:Parameter ;
# fno:name "b3" ;
# rdfs:label "b3" ;
# fno:predicate grel:param_rep_b ;
# fno:type xsd:string ;
# fno:required "true"^^xsd:boolean .
#grel:string_format
# a fno:Parameter ;
# fno:name "format" ;
# rdfs:label "format" ;
# fno:predicate grel:param_format ;
# fno:type xsd:string ;
# fno:required "true"^^xsd:boolean .
#grel:bool_opt_omit
# a fno:Parameter ;
# fno:name "omitFragment" ;
# rdfs:label "omitFragment" ;
# fno:predicate grel:param_omit ;
# fno:type xsd:string ;
# fno:required "false"^^xsd:boolean .
#grel:param_int_i_to
# a fno:Parameter ;
# fno:name "to" ;
# rdfs:label "to" ;
# fno:predicate grel:param_to ;
# fno:type xsd:int ;
# fno:required "true"^^xsd:boolean .