hyf

Context-aware query service for Radroots
git clone https://radroots.dev/git/hyf.git
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match_checks.mojo (5628B)

      1 from std.collections import List
      2 
      3 from hyf_core.domain.eligibility import (
      4     ConstraintAssessment,
      5     constraint_assessment,
      6 )
      7 from hyf_core.domain.price import Price, price_compare, price_is_known
      8 from hyf_core.domain.product import (
      9     ProductRef,
     10     product_is_resolved,
     11     product_matches,
     12 )
     13 from hyf_core.domain.quantity import Quantity, quantity_compare
     14 
     15 
     16 def check_product(
     17     need_product: ProductRef,
     18     lot_product: ProductRef,
     19     substitution_permitted: Bool,
     20 ) raises -> ConstraintAssessment:
     21     if not product_is_resolved(need_product) or not product_is_resolved(
     22         lot_product
     23     ):
     24         return constraint_assessment(
     25             "product", "unknown", True, "product_unresolved"
     26         )
     27     if product_matches(need_product, lot_product):
     28         return constraint_assessment("product", "pass", True, "product_match")
     29     if substitution_permitted:
     30         return constraint_assessment(
     31             "product", "unknown", True, "substitution_not_permitted"
     32         )
     33     return constraint_assessment("product", "fail", True, "product_mismatch")
     34 
     35 
     36 def semantic_score_can_rescue_product() -> Bool:
     37     return False
     38 
     39 
     40 def check_required_attributes(
     41     required: List[String], verified: List[String]
     42 ) raises -> ConstraintAssessment:
     43     if len(required) == 0:
     44         return constraint_assessment(
     45             "attribute", "pass", True, "attribute_optional"
     46         )
     47     for attribute in required:
     48         var found = False
     49         for known in verified:
     50             if known == attribute:
     51                 found = True
     52         if not found:
     53             return constraint_assessment(
     54                 "attribute", "unknown", True, "attribute_unverified"
     55             )
     56     return constraint_assessment(
     57         "attribute", "pass", True, "attribute_verified"
     58     )
     59 
     60 
     61 def model_confidence_verifies_certification() -> Bool:
     62     return False
     63 
     64 
     65 def check_fulfillment(
     66     required_method: String, offered_method: String
     67 ) raises -> ConstraintAssessment:
     68     if String(required_method).strip().byte_length() == 0:
     69         return constraint_assessment(
     70             "fulfillment", "pass", True, "fulfillment_optional"
     71         )
     72     if String(offered_method).strip().byte_length() == 0:
     73         return constraint_assessment(
     74             "fulfillment", "unknown", True, "fulfillment_unknown"
     75         )
     76     if required_method == offered_method:
     77         return constraint_assessment(
     78             "fulfillment", "pass", True, "fulfillment_match"
     79         )
     80     return constraint_assessment(
     81         "fulfillment", "fail", True, "fulfillment_mismatch"
     82     )
     83 
     84 
     85 def check_area(
     86     area_required: String, area_known: String
     87 ) raises -> ConstraintAssessment:
     88     if String(area_required).strip().byte_length() == 0:
     89         return constraint_assessment("area", "pass", True, "area_optional")
     90     if String(area_known).strip().byte_length() == 0:
     91         return constraint_assessment("area", "unknown", True, "area_unknown")
     92     return constraint_assessment("area", "pass", True, "area_verified")
     93 
     94 
     95 def delivery_mention_verifies_area() -> Bool:
     96     return False
     97 
     98 
     99 def check_availability(available_state: String) raises -> ConstraintAssessment:
    100     if available_state == "known":
    101         return constraint_assessment(
    102             "availability", "pass", True, "availability_known"
    103         )
    104     return constraint_assessment(
    105         "availability", "unknown", True, "stock_unknown"
    106     )
    107 
    108 
    109 def check_window(
    110     required_start: String,
    111     required_end: String,
    112     offered_start: String,
    113     offered_end: String,
    114 ) raises -> ConstraintAssessment:
    115     if String(required_start).strip().byte_length() == 0:
    116         return constraint_assessment("window", "pass", True, "window_optional")
    117     if String(offered_start).strip().byte_length() == 0:
    118         return constraint_assessment(
    119             "window", "unknown", True, "window_mismatch"
    120         )
    121     if offered_start <= required_end and required_start <= offered_end:
    122         return constraint_assessment("window", "pass", True, "window_overlap")
    123     return constraint_assessment("window", "fail", True, "window_mismatch")
    124 
    125 
    126 def weekend_similarity_satisfies_specific_window() -> Bool:
    127     return False
    128 
    129 
    130 def check_price(ceiling: Price, offered: Price) raises -> ConstraintAssessment:
    131     if not price_is_known(ceiling):
    132         return constraint_assessment("price", "pass", True, "price_optional")
    133     if not price_is_known(offered):
    134         return constraint_assessment("price", "unknown", True, "price_unknown")
    135     if price_compare(offered, ceiling) <= 0:
    136         return constraint_assessment(
    137             "price", "pass", True, "price_within_ceiling"
    138         )
    139     return constraint_assessment("price", "fail", True, "price_above_ceiling")
    140 
    141 
    142 def check_quantity(
    143     required: Quantity,
    144     available: Quantity,
    145     available_known: Bool,
    146     partial_allowed: Bool,
    147 ) raises -> ConstraintAssessment:
    148     if not available_known:
    149         return constraint_assessment(
    150             "quantity", "unknown", True, "stock_unknown"
    151         )
    152     if quantity_compare(available, required) >= 0:
    153         return constraint_assessment(
    154             "quantity", "pass", True, "quantity_sufficient"
    155         )
    156     if partial_allowed:
    157         return constraint_assessment(
    158             "quantity", "pass", True, "partial_permitted"
    159         )
    160     return constraint_assessment(
    161         "quantity", "fail", True, "quantity_insufficient"
    162     )
    163 
    164 
    165 from hyf_core.domain.eligibility import compose_eligibility
    166 
    167 
    168 def compose_applicable_checks(checks: List[ConstraintAssessment]) -> String:
    169     return compose_eligibility(checks)
    170 
    171 
    172 def scores_affect_feasibility() -> Bool:
    173     return False