main.py

import os
import requests
import time
import subprocess
from tebalodev import utils


max_load = utils.max_load()
min_load = utils.min_load()
avail_freqs = utils.get_core_freqeuncies()
avail_freqs.pop()
core_count = utils.get_core_count()

def expected_set_frequencies():
	no_of_avail_freqs = len(avail_freqs)
	block_size = (max_load - min_load)/float(no_of_avail_freqs)
	set_freq = []
	current_loads = utils.get_current_loads()
	for load in current_loads:
		temp = min_load
		for freq in reversed(avail_freqs):
			if(temp <= load  <= (temp + block_size)) :
				set_freq.append(freq)
				break
			temp += block_size	

	return set_freq		

def current_temperature(core):
	return utils.get_core_temparature()[core]

def reduce_level(freq):
	
    no_of_avail_freqs = len(avail_freqs)	

    if freq == avail_freqs[no_of_avail_freqs-1]:
    	return freq

    for i in range(0,no_of_avail_freqs) :
    	if freq == avail_freqs[i] :
    		return avail_freqs[i+1]

    return avail_freqs[no_of_avail_freqs/2]			

def set_frequencies():
	safe_temperature = utils.calculate_safe_temperature()

	while True:
		freqs = expected_set_frequencies()
		print freqs
		for i in range(0,core_count) :
			freq = freqs[i]
			print current_temperature(i) + " : temps : " + str(safe_temperature)
			if utils.get_current_battery() < 10 :
				min_freq = avail_freqs[-1]
				utils.set_core_frequency(i,min_freq)					
			elif int(current_temperature(i)) <= safe_temperature:
				utils.set_core_frequency(i,freq)	
			else :
				curr_freq = utils.get_current_frequency(i)
				previous_level_freq = reduce_level(curr_freq)
				utils.set_core_frequency(i,previous_level_freq)	
		time.sleep(1)    	

if __name__ == "__main__":
	set_frequencies()