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def add_response(self, s1: str) -> None: if self.lastInsert == s1: # exits because repeat insert attempt...

import random class UniqueRandomGenerator: def __init__(self, n1: int): if n1 < 0: raise ValueError("n1 must be...

class LimUniqueResponder: def __init__(self, lim: int): self.responses: list[str] = [] self.lim = lim...

class UniqueRandomGenerator: def __init__(self, n1: int): self.n1 = n1 self.numbers = list(range(n1))...

class DiRail(Skill): # DiRail skill for testing purposes def __init__(self, lim=5): super().__init__()...

class RailBot: def __init__(self, limit=5): self.ec = EventChatV2(limit) self.context = "stand by"...

class PhraseInflector: # Maps for pronoun and verb inflection inflection_map = { "i": "you", "me": "you"...

class QuestionChecker: QUESTION_WORDS = { "what", "who", "where", "when", "why", "how", "is", "are", "was", "were"...

class RailBot { private let ec: EventChatV2 private var context: String = "stand by" private var elizaWrapper...

class PhraseInflector { // Dictionary for pronoun and verb inflection private static let inflectionMap: [String: String] = [...

class QuestionChecker { private static let QUESTION_WORDS: Set<String> = [ "what", "who", "where", "when", "why", "how"...

thing is if we were to code a brain in which all inputs derive from skills, coding inputs would be a breeze: we could choose skills to...

public class RailBot { private readonly EventChatV2 ec; private string context = "stand by"; private ElizaDBWrapper...

public class RailBot { private readonly EventChatV2 ec; private string context = "stand by"; private ElizaDBWrapper...

public class PhraseInflector { // Dictionary for pronoun and verb inflection private static readonly Dictionary<string, string>...