Package com.semedy.reasoner.api.builtin

Interface FunctionalBuiltin

All Superinterfaces:
Builtin
All Known Implementing Classes:
Assign, ClassFunctionBuiltin, Code, ConcatMany, ContainsSequence, Cosine2, Cosine3, CreateCircle, CreateCircleWithDistanceUnit, CreateJsonID, CreatePoint, CreatePolygon, CreatePolygon, CreatePolygon2, CreatePolygonFromPoints, Damerau, Day, FilterExpression, Formatter, FuzzySearch, Hamming, Increment, Increment, INGBuiltin, InstanceFunctionBuiltin, IsAlive, IsEqual, Jaccard, JaroWinkler, JaroWinkler, JsonIdToString, Letters, Levenshtein, Levenshtein, LongestCommonSubsequence, MatchBuiltin, MathExpression, Month, NGram3, NGram4, Now, Optimal, ParsePoint, PointX, PointY, QGram3, QGram4, RandomBoolean, RandomDuration, RandomEnumeration, RandomInteger, SimilarityBuiltin, Sorensondice, StockPrice, String2Number, Substitute, SWIFT32a, Text, Time2MilliSeconds, ToString, ToType, WeatherBuiltin, WeatherForecast, Week, Year
public interface FunctionalBuiltin extends Builtin
Interface for functional built-ins.
A functional built-in provides one functional result
for every input or checks a functional computation
E.g. plus(1,2,%3FX) returns 3 for X
plus(1,2,5) evaluates to false.
Nearly all methods of the Java Math and String lib
are available as functional built-ins.
The schema how they are integrated is:
- 1st argument is the object
- last argument is the result
- arguments in between are the Java arguments
Examples:
Java String concat: String u = s.concat(t)
results in functional built-in:
concat(s,t,u)
Java startsWith: boolean b = s.startsWith(t)
results in functional built-in:
startsWith(s,t,b)