def run(self):
global UNREAD
while True:
try:
srv = IMAP4_SSL("imap.gmail.com")
count=[]
srv.login(GMAIL_USERNAME,GMAIL_PASSWORD)
srv.select()
status,count=srv.search(None,'UnSeen')
#unseen= len(c.get_inbox_conversations(is_unread=True))
UNREAD=set_colors(GMAIL_UNREAD_COLOR,GMAIL_BACKGROUND_COLOR)+str(len(count[0][1:].split()))+set_colors(GMAIL_COLOR,GMAIL_BACKGROUND_COLOR)+" ^i("+ICON_PATH+"/envelope.xbm)"+set_normal_color()
srv.close()
srv.logout()
sleep(60)
except:
sleep(60)
def run(self):
global CPUTEMP
while True:
try:
f1 = open('/sys/devices/platform/coretemp.0/temp2_input','r')
f2 = open('/sys/devices/platform/coretemp.0/temp3_input','r')
TC1 = int(f1.readline())/1000
TC2 = int(f2.readline())/1000
C1ritical = int(open('/sys/devices/platform/coretemp.0/temp2_crit','r').readline())/1000
C2ritical = int(open('/sys/devices/platform/coretemp.0/temp3_crit','r').readline())/1000
percent1 = int(TC1*100/C1ritical)
percent2 = int(TC2*100/C2ritical)
if percent1 > 100:
percent1 = 100
if percent2 > 100:
percent2 = 100
CPUTEMP = "^i("+ICON_PATH+"/temp.xbm) "+ set_gradient_color(100-percent1)+str(TC1)+set_normal_color()+" | "+set_gradient_color(100-percent2)+str(TC2)+set_normal_color()
f1.close()
f2.close()
except IOError:
CPUTEMP = "N/A"
sleep(60);
def run(self):
global RAM,RAM_SLEEP
while 1:
used=bytes_to_mb(used_phymem()-cached_mem()-buffers())
percentage=(100*used)/TOTAL_RAM_MB
RAM="^i("+ICON_PATH+"/mem.xbm) "+set_gradient_color(percentage)+str(used)+set_normal_color()+"M"
sleep(int(RAM_SLEEP))
from time import sleep
from threading import Thread
from config_mod import GMAIL_BACKGROUND_COLOR,GMAIL_COLOR,GMAIL_UNREAD_COLOR,GMAIL_USERNAME,GMAIL_PASSWORD,ICON_PATH
from colors import set_colors,set_normal_color
from imaplib import IMAP4_SSL
UNREAD=set_colors(GMAIL_UNREAD_COLOR,GMAIL_BACKGROUND_COLOR)+"n/a"+set_colors(GMAIL_COLOR,GMAIL_BACKGROUND_COLOR)+" ^i("+ICON_PATH+"/envelope.xbm)"+set_normal_color()
def unread():
return UNREAD
class get_gmail_check(Thread):
def run(self):
global UNREAD
while True:
try:
srv = IMAP4_SSL("imap.gmail.com")
count=[]
srv.login(GMAIL_USERNAME,GMAIL_PASSWORD)
srv.select()
status,count=srv.search(None,'UnSeen')
#unseen= len(c.get_inbox_conversations(is_unread=True))
UNREAD=set_colors(GMAIL_UNREAD_COLOR,GMAIL_BACKGROUND_COLOR)+str(len(count[0][1:].split()))+set_colors(GMAIL_COLOR,GMAIL_BACKGROUND_COLOR)+" ^i("+ICON_PATH+"/envelope.xbm)"+set_normal_color()
srv.close()
srv.logout()
sleep(60)
except:
sleep(60)
def run(self):
global HDDTEMP,HDDTEMP_SLEEP
while 1:
s = socket(AF_INET, SOCK_STREAM)
s.connect(("localhost",7634))
buf = s.recv(4096)
s.close()
temp=buf[-5:-3]
try:
percentage=100*(int(temp)-25)/60
except ValueError:
continue
HDDTEMP="^i("+ICON_PATH+"/temp.xbm) "+set_gradient_color(percentage)+temp+set_normal_color()+"C"
sleep(int(HDDTEMP_SLEEP))
def run(self):
global CPU,CPU_SLEEP
MAX_FREQ=0
MIN_FREQ=999999
while 1:
f = open('/proc/cpuinfo', 'r')
## cpu_frequencies=""
freqs=[]
for line in f:
if line.startswith('cpu MHz'):
freqs.append(int(round(float(line.split()[3]),0)))
f.close()
## for i in range (len(freqs)):
## cpu_frequencies+=" Core"+str(i)+"@ "+str(freqs[i])
freq=max(freqs)
if MAX_FREQ<freq:
MAX_FREQ=freq
if MIN_FREQ>freq:
MIN_FREQ=freq-1
fpercentage=100*(freq-MIN_FREQ)/(MAX_FREQ-MIN_FREQ)
cpu_frequencies=" @ "+set_gradient_color(fpercentage)+str(round(freq/1000.,1))+set_normal_color()+"GHz"
percentage=round(cpu_percent(), 1)
CPU="^i("+ICON_PATH+"/cpu.xbm) "+set_gradient_color(percentage)+"^r("+str(ceil(float(percentage/2)))+"x8)"+set_color(CPU_BAR_COLOR)+"^r("+str(50-ceil(float(percentage/2)))+"x8)"+set_normal_color()+cpu_frequencies
sleep(int(CPU_SLEEP))
def run ( self ):
global WEATHER_COND,WEATHER_SLEEP,REQ
while True:
try:
request = Request(REQ)
response = urlopen(request)
the_page = response.read()
result= search('e:.*?C',the_page)
result_sum = search('"summary">.*?<',the_page)
WEATHER_COND=set_colors(WEATHER_COLOR,WEATHER_BACKGROUND_COLOR)+result_sum.group(0)[10:len(result_sum.group(0))-2]+ result.group(0)[2:len(result.group(0))-6]+"C"+set_normal_color()
sleep(float(WEATHER_SLEEP))
continue
except (URLError,AttributeError):
WEATHER_COND=set_colors(WEATHER_COLOR,WEATHER_BACKGROUND_COLOR)+"n/a"+set_normal_color()
sleep(60)
continue
from time import sleep
from threading import Thread
from re import search
from urllib2 import Request, urlopen, URLError
from config_mod import WEATHER_BACKGROUND_COLOR, WEATHER_COLOR, WEATHER_SLEEP, REQ
from colors import set_colors,set_normal_color
WEATHER_COND=set_colors(WEATHER_COLOR,WEATHER_BACKGROUND_COLOR)+"n/a"+set_normal_color()
def weather_cond():
return WEATHER_COND
class get_weather(Thread):
def run ( self ):
global WEATHER_COND,WEATHER_SLEEP,REQ
while True:
try:
request = Request(REQ)
response = urlopen(request)
the_page = response.read()
result= search('e:.*?C',the_page)
result_sum = search('"summary">.*?<',the_page)
WEATHER_COND=set_colors(WEATHER_COLOR,WEATHER_BACKGROUND_COLOR)+result_sum.group(0)[10:len(result_sum.group(0))-2]+ result.group(0)[2:len(result.group(0))-6]+"C"+set_normal_color()
sleep(float(WEATHER_SLEEP))
continue
except (URLError,AttributeError):
WEATHER_COND=set_colors(WEATHER_COLOR,WEATHER_BACKGROUND_COLOR)+"n/a"+set_normal_color()
sleep(60)
continue
def NOW():
return set_colors(TIME_COLOR, TIME_BACKGROUND_COLOR) + strftime("%d-%m %H:%M") + set_normal_color()
def run( self ):
global STATUS,STATUSNET
download_url().start()
while True:
try:
# status = simplejson.load(urllib2.urlopen(STATUSNET_URL))
# STATUSNET = status[1]['user']['name']
for i in range(0,3):
status_user = set_colors(STATUSNET_COLOR,STATUSNET_BACKGROUND_COLOR)+'StatusNet [' + str(i+1) + '/3]: ' +set_colors(STATUSNET_USER_COLOR,STATUSNET_BACKGROUND_COLOR)+' '+STATUS[i]['user']['screen_name']+set_normal_color()
text = STATUS[i]['text']
# text = text.decode('utf-8')
text = text.encode('iso-8859-7', 'replace')
from_chars = u'áâãäåæçèéêëìíîïðñóòôõö÷øùÜÝÞßúÀüýûàþÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÓÔÕÖ×ØÙ¶¸¹ºÚ¼¾Û¿'.encode('latin1')
to_chars = u'abgdezh8iklmn3oprsstufxywaehiiiouuuwABGDEZH8IKLMNJOPRSTYFXCWAEHIIOUUW'.encode('latin1')
trantab = maketrans( from_chars, to_chars )
#trantab = dict((ord(a), b) for a, b in zip(from_chars, to_chars))
text = translate( text, trantab )
#text = text.translate(trantab)
#text = test
for j in range(0,len(text),20):
status_text = ' '+set_colors(STATUSNET_COLOR,STATUSNET_BACKGROUND_COLOR)+text[j:j+25]
STATUSNET = status_user + status_text
sleep(3)
except:
sleep(3)
def run ( self ):
global STATUS,STATUSNET
while True:
try:
STATUS = load(urlopen("http://status.foss.ntua.gr/api/statuses/public_timeline.as?count=3"))
sleep(60)
except URLError:
STATUSNET=set_colors(STATUSNET_COLOR,STATUSNET_BACKGROUND_COLOR)+"Cannot connect"+set_normal_color()
sleep(60)
