MemoryChatGpt.py

import psutil
import os
import time

class MemoryInitiatorSysCommander:
    
    def __init__(self):
        self.knowBefore = [
            "memoryContract", "silentMeasurement", "digitalMemorySensor", 
            "thoughtForce", "computerFreq", "signalTracer"
        ]
    
    def log_system_information(self):
        """Collect network connections, CPU usage, and memory usage."""
        connections = psutil.net_connections(kind='all')
        cpu_usage = psutil.cpu_percent(interval=1)
        memory_usage = psutil.virtual_memory()

        # For debugging or logging purposes
        print(f"Network Connections: {connections}")
        print(f"CPU Usage: {cpu_usage}%")
        print(f"Memory Usage: {memory_usage.percent}%")
        
        return connections, cpu_usage, memory_usage

    def evaluate_conditions(self, connections, cpu_usage, memory_usage):
        """Evaluate whether system conditions meet the criteria to trigger tasks."""
        if connections and cpu_usage < 80 and memory_usage.percent < 90:
            return True
        return False

    def initiate_commands(self, start_conditions_met=True):
        """Initiate predefined tasks if conditions are met."""
        if start_conditions_met:
            for task in self.knowBefore:
                print(f"Initiating task: {task}")
            self.perform_motivation_commands()
        else:
            print("Conditions not met for initiation.")
    
    def perform_motivation_commands(self):
        """Perform some system tasks or commands to trigger 'motive' action."""
        print("Performing high-powered motivational system tasks...")
        os.system("echo Running high-power tasks...")

    def operating_initiator(self):
        """Continuously check system conditions and perform actions in a loop."""
        while True:
            # Gather system data
            connections, cpu_usage, memory_usage = self.log_system_information()

            # Evaluate conditions to decide whether to initiate tasks
            conditions_met = self.evaluate_conditions(connections, cpu_usage, memory_usage)

            # If conditions are met, initiate the tasks
            self.initiate_commands(conditions_met)

            # Pause for a few seconds before repeating the check
            time.sleep(10)  # Adjust the time as needed for the frequency of checks

# Instantiate and execute the loop
memory_initiator = MemoryInitiatorSysCommander()
memory_initiator.operating_initiator()