View Source RDF.XSD.Facets.FractionDigits behaviour (RDF.ex v2.0.1)
RDF.XSD.Facet
for fractionDigits
.
fractionDigits
places an upper limit on the arithmetic precision of decimal
values: if the {value}
of fractionDigits = f
, then the value space is
restricted to values equal to i / 10n
for some integers i
and n
and
0 ≤ n ≤ f
. The value of fractionDigits
must be a nonNegativeInteger.
see https://www.w3.org/TR/xmlschema11-2/datatypes.html#rf-fractionDigits
Summary
Callbacks
Returns the value of this RDF.XSD.Facet
on specific RDF.XSD.Datatype
.
Validates if a value
and lexical
conforms with a concrete facet_constraint_value
for this RDF.XSD.Facet
.
Functions
Checks if a value
and lexical
conforms with the fraction_digits_conform?/3
implementation on the datatype
RDF.XSD.Datatype
.
Callbacks
@callback fraction_digits() :: non_neg_integer() | nil
Returns the value of this RDF.XSD.Facet
on specific RDF.XSD.Datatype
.
fraction_digits_conform?(facet_constraint_value, value, uncanonical_lexical)
View Source@callback fraction_digits_conform?( facet_constraint_value :: any(), value :: any(), RDF.XSD.Datatype.uncanonical_lexical() ) :: boolean()
Validates if a value
and lexical
conforms with a concrete facet_constraint_value
for this RDF.XSD.Facet
.
This function must be implemented on a RDF.XSD.Datatype
using this RDF.XSD.Facet
.
Functions
@spec conform?(RDF.XSD.Datatype.t(), any(), RDF.XSD.Datatype.uncanonical_lexical()) :: boolean()
Checks if a value
and lexical
conforms with the fraction_digits_conform?/3
implementation on the datatype
RDF.XSD.Datatype
.