def do_tests():
first_f = files_to_test[0]
print "Fetching a file, the timing of which will be ignored..."
measurement = Measurement()
print u"File: " + first_f
measurement.measure(first_f)
print "Done."
exceptions = 0
iteration = 0
while (1):
iteration += 1
print u"*********\nITERATION: " + str(iteration)
for f in files_to_test:
try:
print unicode(time.ctime())
print u'exceptions: ' + str(exceptions)
print u'signal_bars():' + str(sysinfo.signal_bars())
print u'signal_dbm():' + str(sysinfo.signal_dbm())
print u'location:' + str(location.gsm_location())
measurement = Measurement()
print u"File: " + f
measurement.measure(f)
responseText = measurement.uploadToSensorBase(
project_id_str, g_table_name)
print g_table_name + ":" + responseText
except Exception, e:
print e
exceptions = exceptions + 1
def do_tests():
first_f = files_to_test[0]
print "Fetching a file, the timing of which will be ignored..."
measurement = Measurement()
print u"File: " + first_f
measurement.measure(first_f)
print "Done."
exceptions = 0
iteration = 0
while(1):
iteration += 1
print u"*********\nITERATION: " + str(iteration)
for f in files_to_test:
try:
print unicode(time.ctime())
print u'exceptions: ' + str(exceptions)
print u'signal_bars():' + str(sysinfo.signal_bars())
print u'signal_dbm():' + str(sysinfo.signal_dbm())
print u'location:' + str(location.gsm_location())
measurement = Measurement()
print u"File: " + f
measurement.measure(f)
responseText = measurement.uploadToSensorBase(project_id_str,
g_table_name)
print g_table_name +":" + responseText
except Exception, e:
print e
exceptions = exceptions + 1
def __init__(self,minv=0,maxv=7,sampler=lambda:sysinfo.signal_bars()):
""" Set the scale limits (minv and maxv) and the sampling function
"""
self.minv = float(minv)
self.maxv = float(maxv)
self.get_sample = sampler
self.screen = None
self.samples = []
self.sampling_time = 2
self.filename = "e:\\sigwatch.txt"
self.sampling = False
app.title = u"Signal Watch"
app.screen = "full"
app.menu = [( u"Start", self.start ),
( u"Stop", self.stop),
( u"Config", self.config),
( u"About", self.about ),
( u"Exit", self.quit_app )]
self.canvas = Canvas( redraw_callback = self.redraw, \
event_callback = self.event )
app.body = self.canvas
self.timer = e32.Ao_timer()
self.width, self.height = self.canvas.size
self.screen = graphics.Image.new( (self.width, self.height) )
self.screen.clear( self.BLACK )
self.draw_grid()
self.screen.text((5,15),u"Signal Watch - Press Start", fill = self.BLUE)
self.canvas.blit( self.screen )
app.exit_key_handler = self.quit_app
def sendSysinfo(self, full):
self.send(NUM_SYSINFO_REPLY_START)
self.send(NUM_SYSINFO_REPLY_LINE, "program_version", VERSION)
self.send(NUM_SYSINFO_REPLY_LINE, "battery", sysinfo.battery())
self.send(NUM_SYSINFO_REPLY_LINE, "active_profile", sysinfo.active_profile())
self.send(NUM_SYSINFO_REPLY_LINE, "free_ram", sysinfo.free_ram())
self.send(NUM_SYSINFO_REPLY_LINE, "pys60_version", e32.pys60_version)
if sysinfo.active_profile() == u"offline":
# Return an error code if the phone is in offline mode
self.send(NUM_SYSINFO_REPLY_LINE, "signal_dbm", -1)
self.send(NUM_SYSINFO_REPLY_LINE, "signal_bars", -1)
else:
self.send(NUM_SYSINFO_REPLY_LINE, "signal_dbm", sysinfo.signal_dbm())
self.send(NUM_SYSINFO_REPLY_LINE, "signal_bars", sysinfo.signal_bars())
for drive, free in sysinfo.free_drivespace().iteritems():
self.send(NUM_SYSINFO_REPLY_LINE, "free_drivespace", str(drive) + str(free))
if full:
self.send(NUM_SYSINFO_REPLY_LINE, "display", str(sysinfo.display_pixels()[0]) + "x" + str(sysinfo.display_pixels()[1]))
self.send(NUM_SYSINFO_REPLY_LINE, "imei", sysinfo.imei())
self.send(NUM_SYSINFO_REPLY_LINE, "model", sysinfo.sw_version())
self.send(NUM_SYSINFO_REPLY_LINE, "s60_version", e32.s60_version_info[0], e32.s60_version_info[1] )
self.send(NUM_SYSINFO_REPLY_LINE, "total_ram", sysinfo.total_ram())
self.send(NUM_SYSINFO_REPLY_LINE, "total_rom", sysinfo.total_rom())
self.send(NUM_SYSINFO_REPLY_END)
def measure(self, fname):
fsize = 0
self.signal_bars = sysinfo.signal_bars()
self.signal_dbm = sysinfo.signal_dbm()
c1 = time.clock()
(r1, fsize) = self.download(fname)
c2 = time.clock()
cdiff = c2 - c1
t2 = time.time()
self.update_state(cdiff, t2, r1, fsize)
def measure(self, fname):
fsize = 0
self.signal_bars = sysinfo.signal_bars()
self.signal_dbm = sysinfo.signal_dbm()
c1 = time.clock()
(r1, fsize) = self.download(fname)
c2 = time.clock()
cdiff = c2 - c1
t2 = time.time()
self.update_state(cdiff, t2, r1, fsize)
def Info():
#print 'Device Time: ' + sysinfo.active_profile()
print 'Active Profile: '.ljust(24) + sysinfo.active_profile()
print 'Software Version: '.ljust(24) + str(sysinfo.sw_version())
print 'OS Version: '.ljust(24) + str(sysinfo.os_version())
print 'Battery: '.ljust(24) + str(sysinfo.battery()) + '%'
print 'Display Resolution: '.ljust(24) + str(
sysinfo.display_pixels()[0]) + 'x' + str(sysinfo.display_pixels()[1])
print 'IMEI: '.ljust(24) + sysinfo.imei()
#print 'RAM Drive Size: ' + str(sysinfo.max_ramdrive_size())
print 'RAM Size(total/free): '.ljust(24) + str(sysinfo.total_ram()) + str(
sysinfo.free_ram())
print 'ROM Size: '.ljust(24) + str(sysinfo.total_rom())
print 'Free Drive Space: '.ljust(24) + str(sysinfo.free_drivespace())
print 'Signal Strength:'.ljust(24) + str(sysinfo.signal_bars())
def net():
(
mcc,
mnc,
lac,
cellid,
) = location.gsm_location()
si = sysinfo.signal_bars()
osama.add((u'\n\t...................\nMCC: ' + unicode(mcc)))
osama.add((u'\nMNC: ' + unicode(mnc)))
osama.add((u'\nLAC: ' + unicode(lac)))
osama.add((u'\nCell id: ' + unicode(cellid)))
osama.add(
((itq('\n\t...................\nSignal Strength is : \n') + str(si)) +
itq('/7\n\t...................\n')))
def sendSysinfo(self, full):
self.send(NUM_SYSINFO_REPLY_START)
self.send(NUM_SYSINFO_REPLY_LINE, "program_version", VERSION)
self.send(NUM_SYSINFO_REPLY_LINE, "battery", sysinfo.battery())
self.send(NUM_SYSINFO_REPLY_LINE, "active_profile",
sysinfo.active_profile())
self.send(NUM_SYSINFO_REPLY_LINE, "free_ram", sysinfo.free_ram())
self.send(NUM_SYSINFO_REPLY_LINE, "pys60_version", e32.pys60_version)
if sysinfo.active_profile() == "offline":
# Return an error code if the phone is in offline mode
self.send(NUM_SYSINFO_REPLY_LINE, "signal_dbm", -1)
self.send(NUM_SYSINFO_REPLY_LINE, "signal_bars", -1)
else:
self.send(NUM_SYSINFO_REPLY_LINE, "signal_dbm",
sysinfo.signal_dbm())
self.send(NUM_SYSINFO_REPLY_LINE, "signal_bars",
sysinfo.signal_bars())
for drive, free in sysinfo.free_drivespace().items():
self.send(NUM_SYSINFO_REPLY_LINE, "free_drivespace",
str(drive) + str(free))
if full:
self.send(
NUM_SYSINFO_REPLY_LINE,
"display",
str(sysinfo.display_pixels()[0]) + "x" +
str(sysinfo.display_pixels()[1]),
)
self.send(NUM_SYSINFO_REPLY_LINE, "imei", sysinfo.imei())
self.send(NUM_SYSINFO_REPLY_LINE, "model", sysinfo.sw_version())
self.send(
NUM_SYSINFO_REPLY_LINE,
"s60_version",
e32.s60_version_info[0],
e32.s60_version_info[1],
)
self.send(NUM_SYSINFO_REPLY_LINE, "total_ram", sysinfo.total_ram())
self.send(NUM_SYSINFO_REPLY_LINE, "total_rom", sysinfo.total_rom())
self.send(NUM_SYSINFO_REPLY_END)
def send_msg():
txt = appuifw2.app.body.get()
opt=globalui.global_popup_menu([u'From Contacts',u'Enter Manually'],u'Choose Number')
if opt==1:
num = appuifw2.query(u'Type the Number', 'float')
try:
num=int(num)
except:
return None
elif opt==0:
nam=appuifw2.query(u'Type the Name','text')
con=contacts.ContactsDb()
ls=con.find(nam)
lst=[]
try:
for i in ls:
lst.append(i.title)
lst.sort()
se=appuifw2.selection_list(lst,True)
num=ls[se][0].value
except:
return None
try:
if num==None:
return None
else:
pro = sysinfo.active_profile()
if pro == 'offline' :
globalui.global_note(u'Phone in Offline profile! Message will be sent later.', 'warn')
else:
net = sysinfo.signal_bars()
if net == 0 :
globalui.global_note(u'No signal! Message will be sent later.', 'warn')
pass
m=messaging.sms_send(num, txt)
globalui.global_note(u'Message Submitted succesfully', 'confirm')
except:
return None
def test_signal_bars(self):
sysinfo.signal_bars()
import sysinfo, appuifw, e32
def cn(x):
return x.decode("utf8")
appuifw.app.body = t = appuifw.Text()
t.focus = False
appuifw.app.screen = "full"
t.add(cn("情景模式：") + sysinfo.active_profile())
t.add(cn("\n电量：") + unicode(sysinfo.battery()))
t.add(cn("\n屏幕分辨率：") + unicode(sysinfo.display_pixels()))
t.add(cn("\n剩余空间：\n"))
i = 0
drive = [u"C:", u"D:", u"E:"]
while i < len(drive):
t.add(drive[i] + unicode(sysinfo.free_drivespace()[drive[i]] / 1024) +
u"kb\n")
i += 1
t.add(cn("剩余运存：") + unicode(sysinfo.free_ram() / 1024) + u"kb")
t.add(cn("\nIMEI：") + unicode(sysinfo.imei()))
t.add(cn("\n系统版本：") + unicode(sysinfo.os_version()))
t.add(cn("\n响铃方式：") + unicode(sysinfo.ring_type()))
t.add(cn("\n手机版本：") + unicode(sysinfo.sw_version()))
t.add(cn("\n缓存总大小：") + unicode(sysinfo.total_ram() / 1024) + u"kb")
t.add(cn("\nZ盘总大小：") + unicode(sysinfo.total_rom() / 1024) + u"kb")
t.add(cn("\n信号强度：") + unicode(sysinfo.signal_bars()))
t.add(cn("\n信号强度：") + unicode(sysinfo.signal_dbm()) + u"dbm")
e32.ao_sleep(3)
def netInfo(self):
import location
par=[u'MCC', u'MNC', u'Area ID', u'Cell ID', u'Signal Strength']
val=list(location.gsm_location())+[sysinfo.signal_bars()*100/7]
nfo='\n'.join(['%s: %d' %(k, v) for k, v in zip(par, val)])
return infopopup(nfo, u'Network Info', OKREmpty)
import sys
import os
import time
import sysinfo
import e32
sys.stdout.write("IMEI: %s\n" % sysinfo.imei())
sys.stdout.write("Battery strength: %s\n" % sysinfo.battery())
sys.stdout.write("Signal strength: %s\n" % sysinfo.signal_bars())
sys.stdout.write("Network signal strength in dBm: %s\n" % sysinfo.signal_dbm())
sys.stdout.write("SW version: %s\n" % sysinfo.sw_version())
sys.stdout.write("Display size:\n")
print(sysinfo.display_pixels())
sys.stdout.write("Current profile: %s\n" % sysinfo.active_profile())
sys.stdout.write("Ringing type: %s\n" % sysinfo.ring_type())
sys.stdout.write("OS version:\n")
print(sysinfo.os_version())
sys.stdout.write("Free/total RAM (MB): %.2f / %.2f\n" % (sysinfo.free_ram()/1024/1024,sysinfo.total_ram()/1024/1024))
sys.stdout.write("Total ROM (MB): %.2f \n" % (sysinfo.total_rom()/1024/1024))
sys.stdout.write("Free disk space C/E (MB): %.2f / %.2f\n" % (sysinfo.free_drivespace()['C:']/1024/1024,sysinfo.free_drivespace()['E:']/1024/1024))
