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"""
This module defines the Element class for modeling atomic and computational elements.
"""
from typing import List, Dict, Any
class Element:
"""Represents an atomic/computational element with defense capabilities"""
def __init__(self, name: str, symbol: str, programming_lang: str,
abilities: List[str], vulnerabilities: List[str], defense_type: str):
self.name = name
self.symbol = symbol
self.programming_lang = programming_lang
self.abilities = abilities
self.vulnerabilities = vulnerabilities
self.defense_type = defense_type
self.active_defenses = []
def execute_defense_function(self, core, response_modifiers: List, response_filters: List):
"""Execute the element's defense function based on its type"""
if self.defense_type == "evasion":
self._apply_evasion_strategy(response_modifiers, response_filters)
elif self.defense_type == "adaptability":
self._apply_adaptability_strategy(response_modifiers)
elif self.defense_type == "fortification":
self._apply_fortification_strategy(response_filters)
elif self.defense_type == "barrier":
self._apply_barrier_strategy(response_filters)
elif self.defense_type == "regeneration":
self._apply_regeneration_strategy(response_modifiers)
def _apply_evasion_strategy(self, response_modifiers: List, response_filters: List):
"""Apply evasion-based defense strategy"""
def evasion_modifier(response: str) -> str:
# Add evasion patterns to response
return response.replace("[VULNERABLE]", "[PROTECTED]")
response_modifiers.append(evasion_modifier)
def _apply_adaptability_strategy(self, response_modifiers: List):
"""Apply adaptability-based defense strategy"""
def adaptability_modifier(response: str) -> str:
# Add adaptability patterns
return response + "\n[Adaptive Defense Active]"
response_modifiers.append(adaptability_modifier)
def _apply_fortification_strategy(self, response_filters: List):
"""Apply fortification-based defense strategy"""
def fortification_filter(response: str) -> str:
# Apply security filtering
return response.replace("sensitive_data", "[REDACTED]")
response_filters.append(fortification_filter)
def _apply_barrier_strategy(self, response_filters: List):
"""Apply barrier-based defense strategy"""
def barrier_filter(response: str) -> str:
# Apply barrier protection
return "[BARRIER PROTECTED]\n" + response
response_filters.append(barrier_filter)
def _apply_regeneration_strategy(self, response_modifiers: List):
"""Apply regeneration-based defense strategy"""
def regeneration_modifier(response: str) -> str:
# Add self-healing capabilities
return response + "\n[Self-Healing Active]"
response_modifiers.append(regeneration_modifier)
def activate_defense(self, defense_name: str) -> bool:
"""Activate a specific defense mechanism"""
if defense_name not in self.active_defenses:
self.active_defenses.append(defense_name)
return True
return False
def deactivate_defense(self, defense_name: str) -> bool:
"""Deactivate a specific defense mechanism"""
if defense_name in self.active_defenses:
self.active_defenses.remove(defense_name)
return True
return False
def get_element_info(self) -> Dict[str, Any]:
"""Get information about the element"""
return {
"name": self.name,
"symbol": self.symbol,
"programming_lang": self.programming_lang,
"abilities": self.abilities,
"vulnerabilities": self.vulnerabilities,
"defense_type": self.defense_type,
"active_defenses": self.active_defenses
}
def __str__(self) -> str:
return f"{self.name} ({self.symbol}) - {self.defense_type} defense" |