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 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 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 cb(event):
global counter
counter = counter + 1
t = int(time.time())
sat = event["satellites"]
tm = sat["time"]
tot = sat["satellites"]
used = sat["used_satellites"]
pos = event["position"]
lat = pos["latitude"]
lng = pos["longitude"]
alt = pos["altitude"]
vdop = pos["vertical_accuracy"]
hdop = pos["horizontal_accuracy"]
crse = event["course"]
hdg = crse["heading"]
hdgacc = crse["heading_accuracy"]
spd = crse["speed"]
sdb = sysinfo.signal_dbm()
loc = location.gsm_location()
sloc = str(loc)
sloc = sloc.replace(',', '/')
global S
sndtime = int(S.current_position() / 1000)
s = "gps:" + str(t) + "," + str(sndtime) + ',' + str(tm) + "," + str(
tot) + "," + str(used) + "," + str(lat) + "," + str(lng) + "," + str(
alt)
s = s + "," + str(vdop) + "," + str(hdop) + "," + str(hdg) + "," + str(
hdgacc) + "," + str(spd) + "gsm:" + str(sloc) + "," + str(sdb)
fncSavedata(s)
pic = camera.take_photo('RGB', (320, 240), 0, 'none', 'auto', 'auto', 1)
sp = "e:\\datalogger\\pic" + str(t) + '.jpg'
pic.save(sp)
img.clear()
img.text((40, 34), u'Log ID: ' + str(counter), 0xff0000, font='normal')
img.text((40, 64),
u'Sats: ' + str(used) + "/" + str(tot),
0xff0000,
font='normal')
img.text((40, 94), u'Spd: ' + str(int(spd)), 0xff0000, font='normal')
img.text((40, 124), u'Snd: ' + str(sndtime), 0xff0000, font='normal')
handle_redraw(())
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 test_singal_dbm(self):
sysinfo.signal_dbm()
pos.select_module(mod) # Built-in GPS
modinfo = pos.module_info(mod)
pos.set_requestors([{"type":"service","format":"application","data":"test_app"}])
for iscan in range(NUMLOOP):
print '%sScan %d%s' % ('-'*12, iscan+1, '-'*12)
cellok = 1 # Cell info OK.
celloc = loc.gsm_location()
if (not isinstance(celloc, tuple)) or (not len(celloc) == 4):
print 'Oops! GSM location FAILED!'
cellok = 0
else:
celloc = [ str(x) for x in celloc ]
cellrss = str(si.signal_dbm() - 127)
print 'CellInfo:%s,%s,%s,%s,%s' % (celloc[0],celloc[1],celloc[2],celloc[3],cellrss)
gpsok = 1 # GPS data OK.
try:
gpsdict = pos.position(satellites=True)
except:
print 'Oops! GPS failed!'
gpsok = 0
if gpsok:
gpspos = gpsdict['position'] # position
gpssat = gpsdict['satellites'] # satellites
#gpscrs = gpsdict['course'] # course
sat_used = gpssat['used_satellites']
sat_view = gpssat['satellites']
gps = [ str(gpspos[x]) for x in ('latitude','longitude','altitude') ]
def pasek():
global screen
global img
global ekran
global mp3
global ladow
while 1:
e32.Ao_timer().after(1)
(rok, mies, dz, godz, min, sek, x, x, x) = time.localtime()
godz = '%02d' % (godz)
min = '%02d' % (min)
sek = '%02d' % (sek)
if (godz == ustaw[51:53]) and (min == ustaw[53:55]) and (
sek == '00') and (pb <> 'None'):
e32.reset_inactivity()
try:
appuifw.e32.start_exe(
u'c:\\sys\\bin\\' + unicode(pb) + u'.exe', '')
except:
try:
appuifw.e32.start_exe(
u'e:\\sys\\bin\\' + unicode(pb) + u'.exe', '')
except:
try:
appuifw.e32.start_exe(
u'z:\\sys\\bin\\' + unicode(pb) + u'.exe', '')
except:
pass
try:
if (int(ustaw[36:39]) <> 0) and (sysinfo.active_profile() <>
u'silent'):
if ((int(min) == 0) and (int(sek) == 0)
or (int(sysinfo.battery()) == 100) and (ladow > 0)):
if (int(sysinfo.battery()) == 100) and (ladow > 0):
ladow = 0
if os.path.isdir(sciezkaplik):
if (int(min) == 0) and (int(sek) == 0):
mp3 = audio.Sound.open(
unicode(sciezkaplik + '\\' + str(godz) +
'.mp3'))
else:
mp3 = audio.Sound.open(
unicode(sciezkaplik + '\\' + '24.mp3'))
else:
mp3 = audio.Sound.open(unicode(sciezkaplik))
if (int(ustaw[39:42]) < int(ustaw[42:45])) and (
int(godz) >= int(ustaw[39:42])) and (
int(godz) <= int(ustaw[42:45])):
mp3.play()
elif (int(ustaw[39:42]) > int(ustaw[42:45])) and (
(int(godz) >= int(ustaw[39:42])) or
(int(godz) <= int(ustaw[42:45]))):
mp3.play()
elif int(godz) == int(ustaw[39:42]):
mp3.play()
audio.Sound.set_volume(
mp3,
int(
audio.Sound.max_volume(mp3) *
(float(int(ustaw[36:39])) / float(100))))
if audio.Sound.state(mp3) <> 2: mp3 = 0
if (int(min) == 0) and (int(sek) == 0):
if (int(ustaw[39:42]) < int(ustaw[42:45])) and (
int(godz) >= int(ustaw[39:42])) and (int(godz) <= int(
ustaw[42:45])):
miso.vibrate(500, 100)
elif (int(ustaw[39:42]) > int(ustaw[42:45])) and (
(int(godz) >= int(ustaw[39:42])) or
(int(godz) <= int(ustaw[42:45]))):
miso.vibrate(500, 100)
elif int(godz) == int(ustaw[39:42]):
miso.vibrate(500, 100)
except:
pass
if int(ustaw[18:21]) == 888:
img.blit(ima, ((0, 0), (int(ustaw[0:3]), int(ustaw[3:6]))))
else:
img.rectangle(
[(0, 0), (int(ustaw[0:3]), int(ustaw[3:6]))],
(int(ustaw[18:21]), int(ustaw[21:24]), int(ustaw[24:27])),
fill=(int(ustaw[18:21]), int(ustaw[21:24]), int(ustaw[24:27])))
if pb <> 'None':
img.line([(0, 0), (0, int(ustaw[3:6]))],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(-1 + int(ustaw[0:3]), 0),
(-1 + int(ustaw[0:3]), int(ustaw[3:6]))],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
if fpp[int(ustaw[56:57])] <> 'None':
img.line([(0, 0), (0, 4)],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(0, 0), (4, 0)],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(-1 + int(ustaw[0:3]), 0), (-1 + int(ustaw[0:3]), 4)],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(-1 + int(ustaw[0:3]), 0),
(-1 - 4 + int(ustaw[0:3]), 0)],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(-1 + int(ustaw[0:3]), -1 + int(ustaw[3:6])),
(-1 - 4 + int(ustaw[0:3]), -1 + int(ustaw[3:6]))],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(-1 + int(ustaw[0:3]), -1 + int(ustaw[3:6])),
(-1 + int(ustaw[0:3]), -1 - 4 + int(ustaw[3:6]))],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(0, -1 + int(ustaw[3:6])),
(0, -1 - 4 + int(ustaw[3:6]))],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
img.line([(0, -1 + int(ustaw[3:6])), (4, -1 + int(ustaw[3:6]))],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
if ekran > 0:
e32.reset_inactivity()
img.line([(0, -1 + int(ustaw[3:6])),
(int(ustaw[0:3]), -1 + int(ustaw[3:6]))],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
if ladow > 0:
img.line([(0, 0), (int(ustaw[0:3]), 0)],
(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
if int(ustaw[45:48]) / 10 > 0:
if int(ustaw[45:48]) / 10 == 1:
k = unicode(str(godz) + ':' + str(min) + ':' + str(sek))
elif int(ustaw[45:48]) / 10 == 2:
k = unicode('%02i' % (dz) + '.' + '%02i' % (mies) + '.' +
str(rok))
elif int(ustaw[45:48]) / 10 == 3:
k = unicode('%06.3f' %
(float(sysinfo.free_ram()) / float(1000000)))
elif int(ustaw[45:48]) / 10 == 4:
k = unicode('%03i' % (sysinfo.signal_dbm()) + ' dBm')
elif int(ustaw[45:48]) / 10 == 5:
k = unicode('%03i' % (sysinfo.battery()) + ' %')
if int(ustaw[45:48]) % 10 == 1:
q = (None, None, graphics.FONT_BOLD | graphics.FONT_ANTIALIAS)
elif int(ustaw[45:48]) % 10 == 2:
q = (None, None,
graphics.FONT_ITALIC | graphics.FONT_ANTIALIAS)
elif int(ustaw[45:48]) % 10 == 3:
q = (None, None, graphics.FONT_BOLD | graphics.FONT_ITALIC
| graphics.FONT_ANTIALIAS)
else:
q = (None, None, graphics.FONT_ANTIALIAS)
img.text(
(int(ustaw[12:15]), int(ustaw[15:18])),
k,
font=q,
fill=(int(ustaw[27:30]), int(ustaw[30:33]), int(ustaw[33:36])))
screen.background_color = 0xffffff
else:
screen.hide()
#initialize GPS
initialize_gps()
sats = gps_data['satellites']['used_satellites']
print sats, gpson, gps_data['position']['latitude']
if ((sats > 3) and (gps_data['position']['latitude'] != old_lat)):
print gps_data['satellites']['used_satellites'], gps_data['position']['latitude'], gps_data['position']['longitude'], gps_data['course']['speed']
#stop GPS
#stop_gps()
old_lat = gps_data['position']['latitude']
#Get battery data
battery = sysinfo.battery()
#Get signal strength
signal = sysinfo.signal_dbm()
#Get time
user_time = time.time()
count = count + 1
#Print data
telem_string = "%d,%d,%f,%f,%.2f,%d,%d,%d" % (count, user_time, gps_data['position']['latitude'], gps_data['position']['longitude'], gps_data['course']['speed'], gps_data['course']['heading'], signal, battery)
print telem_string
messaging.sms_send('+447748628528', telem_string,'8bit',cb)
#Reset loop number
loop_number = 0
"type": "service",
"format": "application",
"data": "test_app"
}])
for iscan in range(NUMLOOP):
print '%sScan %d%s' % ('-' * 12, iscan + 1, '-' * 12)
cellok = 1 # Cell info OK.
celloc = loc.gsm_location()
if (not isinstance(celloc, tuple)) or (not len(celloc) == 4):
print 'Oops! GSM location FAILED!'
cellok = 0
else:
celloc = [str(x) for x in celloc]
cellrss = str(si.signal_dbm() - 127)
print 'CellInfo:%s,%s,%s,%s,%s' % (celloc[0], celloc[1], celloc[2],
celloc[3], cellrss)
gpsok = 1 # GPS data OK.
try:
gpsdict = pos.position(satellites=True)
except:
print 'Oops! GPS failed!'
gpsok = 0
if gpsok:
gpspos = gpsdict['position'] # position
gpssat = gpsdict['satellites'] # satellites
#gpscrs = gpsdict['course'] # course
sat_used = gpssat['used_satellites']
sat_view = gpssat['satellites']
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)
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))