regex-math/intent-parse.lisp

(in-package #:nekod.regex)

;; Parse natural language intent into symbolic constraints
;; "make it fast" -> regex over performance metrics -> routing decision

(defvar *intent-patterns*
  '(("fast\\|performance\\|speed\\|latency" . :performance)
    ("reliable\\|stable\\|uptime\\|resilient" . :reliability)
    ("scale\\|traffic\\|load\\|capacity" . :scaling)
    ("secure\\|safe\\|isolat" . :security)
    ("cheap\\|cost\\|efficient\\|resource" . :efficiency)
    ("stor\\|data\\|persist\\|volume" . :storage)))

(defun parse-intent (natural-language-string)
  "Parse NL intent to symbolic constraint keyword."
  (let ((lower (string-downcase natural-language-string)))
    (loop for (pattern . intent) in *intent-patterns*
          when (cl-ppcre:scan pattern lower)
          return intent
          finally (return :unknown))))

(defun intent->expert (intent)
  "Map intent keyword to MoE expert name."
  (case intent
    (:performance :scheduling)
    (:reliability :recovery)
    (:scaling :scaling)
    (:security :security)
    (:efficiency :scheduling)
    (:storage :storage)
    (t :scheduling)))

(defun parse-intent->expert (nl-string)
  "One-shot: NL string -> expert keyword."
  (intent->expert (parse-intent nl-string)))