// CEMILL Lite Core - JS Implementation
										// © 2025 BlocFort LLC - CEMILL v3.0 LITE
										// Protected under USPTO Provisional #63/791,643
										
										const CEMILL = {
										version: '3.0-LITE',
										
										// Execute CEMILL traits
										async execute(input) {
										// Validate input
										if (!input || !input.traits || !input.metadata) {
										throw new Error("Invalid input format");
										}
										
										// Required traits
										const { f2, g4, v1, i3 } = input.traits;
										if (f2 === undefined || g4 === undefined || v1 === undefined || i3 === undefined) {
										throw new Error("Missing required traits");
										}
										
										// Process through rules engine
										const result = this._processTraits(input.traits);
										
										// Add metadata
										return {
										...result,
										trust_score: g4,
										execution_path: `trace_${this._getTimestamp()}:${result._tracking_id}`,
										metadata: {
										source: input.metadata.source_domain || "unknown",
										processed: Date.now(),
										watermark: "BlocFort LLC - CEMILL v3.0 LITE"
										}
										};
										},
										
										// Apply decision rules
										_processTraits(traits) {
										const { f2, g4, v1, i3 } = traits;
										
										// Trait validation and classification
										if (!this._validatePathCondition(v1, g4)) {
										return {
										route: 'Blocked',
										reason: 'Low Trust or Invalid',
										priority: 'High',
										_tracking_id: 'tx_alpha'
										};
										}
										
										// High priority assessment
										if (this._checkCriticalPath(f2, i3)) {
										return {
										route: 'Route-A',
										reason: 'Critical Execution',
										priority: 'Immediate',
										_tracking_id: 'tx_bravo'
										};
										}
										
										// Standard routing logic
										if (this._checkStandardPath(f2, i3)) {
										return {
										route: 'Route-B',
										reason: 'Moderate Priority',
										priority: 'Normal',
										_tracking_id: 'tx_charlie'
										};
										}
										
										// Fallback handling
										return {
										route: 'Blocked',
										reason: 'No Match',
										priority: 'None',
										_tracking_id: 'tx_delta'
										};
										},
										
										// Internal utility functions
										_validatePathCondition(validity, trustLevel) {
										return validity && trustLevel >= this._getTrustThreshold();
										},
										
										_checkCriticalPath(priority, typeCode) {
										return priority >= this._getHighPriorityThreshold() &&
										this._isInCriticalGroup(typeCode);
										},
										
										_checkStandardPath(priority, typeCode) {
										return priority >= this._getStandardPriorityMin() &&
										priority <= this._getStandardPriorityMax() &&
										this._isInStandardGroup(typeCode);
										},
										
										_isInCriticalGroup(code) {
										return ["rec", "sec"].includes(code);
										},
										
										_isInStandardGroup(code) {
										return ["srv", "asst"].includes(code);
										},
										
										_getTrustThreshold() {
										return 0.5;
										},
										
										_getHighPriorityThreshold() {
										return 8;
										},
										
										_getStandardPriorityMin() {
										return 4;
										},
										
										_getStandardPriorityMax() {
										return 7;
										},
										
										_getTimestamp() {
										return Date.now();
										}
										};
										
										// Example usage:
										/*
										async function example() {
										const result = await CEMILL.execute({
										traits: {
										f2: 8, // Priority (0-10)
										g4: 0.9, // Trust score (0-1)
										v1: true, // Validity flag
										i3: "rec" // Type code
										},
										metadata: {
										source_domain: "example.com"
										}
										});
										console.log(result);
										}
										*/

#!/usr/bin/env python3
										# -*- coding: utf-8 -*-
										
										"""
										cemill_lite.py
										© 2025 BlocFort LLC - CEMILL v3.0 LITE
										Protected under USPTO Provisional #63/791,643
										"""
										
										import time
										import asyncio
										
										class CemillLite:
										"""CEMILL Lite Core API."""
										
										def __init__(self):
										self.version = "3.0-LITE"
										
										async def execute(self, input_data):
										"""Execute CEMILL traits with the provided input."""
										# Validate input
										if not input_data or 'traits' not in input_data or 'metadata' not in input_data:
										raise ValueError("Invalid input format")
										
										# Required traits
										traits = input_data['traits']
										for trait in ["f2", "g4", "v1", "i3"]:
										if trait not in traits:
										raise ValueError(f"Missing required trait: {trait}")
										
										# Process through rules engine
										result = self._process_traits(traits)
										
										# Add metadata
										return {
										**result,
										"trust_score": traits["g4"],
										"execution_path": f"trace_{int(time.time()*1000)}:{result['_tracking_id']}",
										"metadata": {
										"source": input_data['metadata'].get('source_domain', "unknown"),
										"processed": int(time.time()*1000),
										"watermark": "BlocFort LLC - CEMILL v3.0 LITE"
										}
										}
										
										def _process_traits(self, traits):
										"""Apply decision rules to traits."""
										f2 = traits["f2"] # Priority (0-10)
										g4 = traits["g4"] # Trust score (0-1)
										v1 = traits["v1"] # Validity flag
										i3 = traits["i3"] # Type code
										
										# Path validation
										if not self._validate_path_condition(v1, g4):
										return {
										'route': 'Blocked',
										'reason': 'Low Trust or Invalid',
										'priority': 'High',
										'_tracking_id': 'tx_alpha'
										}
										
										# Critical path assessment
										if self._check_critical_path(f2, i3):
										return {
										'route': 'Route-A',
										'reason': 'Critical Execution',
										'priority': 'Immediate',
										'_tracking_id': 'tx_bravo'
										}
										
										# Standard routing logic
										if self._check_standard_path(f2, i3):
										return {
										'route': 'Route-B',
										'reason': 'Moderate Priority',
										'priority': 'Normal',
										'_tracking_id': 'tx_charlie'
										}
										
										# Fallback handling
										return {
										'route': 'Blocked',
										'reason': 'No Match',
										'priority': 'None',
										'_tracking_id': 'tx_delta'
										}
										
										# Helper methods
										def _validate_path_condition(self, validity, trust_level):
										return validity and trust_level >= self._get_trust_threshold()
										
										def _check_critical_path(self, priority, type_code):
										return priority >= self._get_high_priority_threshold() and self._is_in_critical_group(type_code)
										
										def _check_standard_path(self, priority, type_code):
										return (self._get_standard_priority_min() <= priority <= self._get_standard_priority_max() and
										self._is_in_standard_group(type_code))
										
										def _is_in_critical_group(self, code):
										return code in ["rec", "sec"]
										
										def _is_in_standard_group(self, code):
										return code in ["srv", "asst"]
										
										def _get_trust_threshold(self):
										return 0.5
										
										def _get_high_priority_threshold(self):
										return 8
										
										def _get_standard_priority_min(self):
										return 4
										
										def _get_standard_priority_max(self):
										return 7
										
										# Global instance
										cemill = CemillLite()
										
										# Example usage:
										"""
										async def example():
										result = await cemill.execute({
										"traits": {
										"f2": 8, # Priority (0-10)
										"g4": 0.9, # Trust score (0-1)
										"v1": True, # Validity flag
										"i3": "rec" # Type code
										},
										"metadata": {
										"source_domain": "example.com"
										}
										})
										print(result)
										
										if __name__ == "__main__":
										asyncio.run(example())
										"""

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BlocFort LLC. All rights reserved. For inquiries, contact: [email protected]

BlocFort LLC. All rights reserved.
For inquiries, contact: [email protected]