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schemas/canonical_schema.py
234 lines6,455 bytessha256 125e1f08a15d
"""Canonical merchant-trust schema for LEASH (v0.1). Conventions (critical):- Missing information is NEVER negative evidence. * Boolean columns use pandas nullable BooleanDtype: True / False / NA. NA = "unknown / not collected yet"; False = "checked and absent". * Numeric columns are nullable; NA = unknown.- Lookup failures are recorded via *_lookup_status columns: not_attempted | ok | failed- Every row MUST carry provenance: sources, source_urls, collected_at, last_verified_at, collector_version, data_license.- Labels: see LABELS below. `unknown` is NOT `suspicious`.""" ENTITY_COLS = [ "merchant_id", "entity_type", # company | domain | merchant "merchant_name", "normalized_merchant_name", "legal_company_name", "trading_name", "country", "region", "city", "street_address", "postal_code", "phone", "email",] REGISTRY_COLS = [ "registry_found", "registry_lookup_status", # not_attempted | ok | failed "registry_source", "registry_id", "company_status", "legal_form", "incorporation_date", # CAVEAT: for gleif rows this is the LEI issuance # date, not the company founding date; true # incorporation comes from Zefix (see PROGRESS.md) "company_age_days", # same caveat as incorporation_date "registered_address", "registered_country", "registered_city", "vat_uid", "lei", "parent_company", "registry_last_updated",] WEBSITE_COLS = [ "website_url", "domain", "domain_normalized", "website_reachable", "final_redirect_domain", "https_enabled", "tls_valid", "http_status", "page_title", "website_language",] DOMAIN_COLS = [ "domain_creation_date", "domain_age_days", "domain_expiry_date", "registrar", "rdap_available", "nameservers", "dns_a_exists", "dns_mx_exists", "dns_txt_exists", "dns_error", "domain_privacy_proxy", "country_from_domain_registration",] LEGAL_PAGE_COLS = [ "impressum_present", "impressum_url", "privacy_policy_present", "terms_present", "contact_page_present", "impressum_company_name", "impressum_address", "impressum_phone", "impressum_email", "impressum_vat_uid", "impressum_registry_id",] CONSISTENCY_COLS = [ "name_registry_similarity", "name_domain_similarity", "website_registry_name_match", "website_registry_address_match", "website_registry_phone_match", "website_registry_email_match", "website_registry_vat_match", "website_registry_id_match", "domain_company_name_similarity",] SOCIAL_COLS = [ "linkedin_found", "linkedin_url", "instagram_found", "instagram_url", "facebook_found", "facebook_url", "other_social_profiles_count",] REPUTATION_COLS = [ "reddit_mentions_count", "reddit_positive_mentions", "reddit_negative_mentions", "reddit_neutral_mentions", "reddit_sentiment_score", "scam_reports_count", "complaint_mentions_count",] THREAT_COLS = [ "openphish_hit", "urlhaus_hit", "phishing_database_hits", "malware_database_hits", "known_bad_domain", "threat_sources", "threat_first_seen", "threat_last_seen", "threat_types", "threat_sample_urls",] LOOKALIKE_COLS = [ "possible_brand_impersonation", "closest_known_brand", "brand_name_similarity", "domain_typo_score", "homoglyph_detected", "punycode_domain", "suspicious_subdomain_pattern",] TECHNICAL_COLS = [ "domain_redirect_count", "external_redirect", "certificate_age_days", "security_headers_score", "content_length", "website_has_checkout", "website_has_contact_details", "website_has_physical_address",] LABEL_COLS = ["label", "label_confidence", "label_source", "label_reason"] PROVENANCE_COLS = [ "sources", "source_urls", "collected_at", "last_verified_at", "collector_version", "data_license",] INTERNAL_COLS = [ "entity_key", # dedupe key: root domain or registry id "raw_json", # preserve raw source record (never drop raw info)] ALL_COLUMNS = ( ENTITY_COLS + REGISTRY_COLS + WEBSITE_COLS + DOMAIN_COLS + LEGAL_PAGE_COLS + CONSISTENCY_COLS + SOCIAL_COLS + REPUTATION_COLS + THREAT_COLS + LOOKALIKE_COLS + TECHNICAL_COLS + LABEL_COLS + PROVENANCE_COLS + INTERNAL_COLS) LABELS = [ "verified_legitimate", "likely_legitimate", "unknown", "suspicious", "confirmed_malicious",] THREE_STATE_NOTE = "Boolean dtype: True / False / NA(unknown). Never encode unknown as False." def new_row(**kwargs) -> dict: row = {c: None for c in ALL_COLUMNS} row.update(kwargs) return row def build_feature_object(row: dict) -> dict: """API-ready feature object (LEASH spec #23, v0: no model scores yet).""" return { "merchant": { "name": row.get("legal_company_name") or row.get("merchant_name"), "country": row.get("country") or row.get("registered_country"), "domain": row.get("domain_normalized") or row.get("domain"), }, "identity": { "registry_verified": bool(row.get("registry_id")) if row.get("registry_id") else False, "registry_id": row.get("registry_id"), "registry_age_days": row.get("company_age_days"), "registry_status": row.get("company_status"), }, "domain": { "domain_age_days": row.get("domain_age_days"), "registrar": row.get("registrar"), "tls_valid": row.get("tls_valid"), # NA = unknown (nullable bool) "lookalike_score": row.get("domain_typo_score"), "possible_brand_impersonation": row.get("possible_brand_impersonation"), }, "threat_intelligence": { "openphish": row.get("openphish_hit"), "urlhaus": row.get("urlhaus_hit"), "sources": row.get("threat_sources"), }, "label": { "label": row.get("label"), "confidence": row.get("label_confidence"), "reason": row.get("label_reason"), }, "provenance": { "sources": row.get("sources"), "collected_at": row.get("collected_at"), "data_license": row.get("data_license"), }, }