def test_modules(self):
result = positioning.modules()
counter = 0
for entry in result:
if entry in result:
counter += 1
self.failUnlessEqual(counter, 4, "List of available modules erroneous")
def f():
if self.positioner:
self.positioner.close()
self.positioner = None
try:
from pytwink import Positioner
modlist = positioning.modules()
module_id = None
for entry in modlist:
if entry["name"] == u"Network based" and \
entry["available"]:
module_id = entry["id"]
break
if not module_id:
raise "no network positioning module"
updatetimeout = 15000000
maxupdateage = 30000000
self.positioner = Positioner(module_id, updatetimeout, maxupdateage)
self.positioner.ask_position(self._positioner_done)
return
except:
self._send_card()
self.active = True
def set_module():
modules = positioning.modules()
positioning.select_module(modules[2]["id"])
print "Starting position feed again- withspecific module."
print positioning.position(course=1,
satellites=1,
callback=cb,
interval=1000000,
partial=1)
def Update(self):
positioning.select_module(positioning.default_module())
positioning.set_requestors([{"type":"service",
"format":"application",
"data":"GpsLocProvider"}])
# open log file
if(self.logmode):
self.FILE = open(self.logpath, "w+")
self.FILE.write("LOGFILE START:\r")
self.FILE.write("GPS Modules detected:\r")
self.FILE.write(str(positioning.modules()))
self.FILE.write("Using default: " + str(positioning.default_module()) + "\r")
global keep_scanning
while keep_scanning:
# get current location, compare to old current location
newLoc = self.getCurrentLocation()
if newLoc['lat'] != newLoc['lat']: # if we got a "NaN" response from positioning, this will abort and try again
continue
# if no(or little) change, don't do anything
#latDif = math.fabs(newLoc["lat"] - self.current_location["lat"])
#lngDif = math.fabs(newLoc["lng"] - self.current_location["lng"])
# if latDif < 0.0001 or lngDif < .001:
# print "Haven't moved far enough. Cancelling update."
#self.current_location = newLoc
#self.nearbyLock.signal()
self.addPOIs(self.get_nearby_locations(self.current_location["lat"], self.current_location["lng"]))
self.actives = self.get_active_list()
if len(self.actives) != 0:
self.newActives = 1
else:
self.newActives = 0
# for poi in actives:
# self.GUI.location_cache.appendLocation(poi)
# self.GUI.notifyOfNewLocation(poi["name"])
# print "Update in :" + str(time.clock() - initialTime) + " ms."
if self.logmode:
self.FILE.flush()
e32.ao_yield()
e32.ao_sleep(5)
if self.logmode:
self.FILE.write("Total GPS scans performed: " + str(self.total_scans) + "\r")
self.FILE.write("Avg time per scan: " + str(self.total_scan_time / self.total_scans) + "\r")
self.FILE.close()
print "Update thread done."
def choose_module(self):
"""
You may use this method to select another positioning module
to use. The ID of the selected module is returned, or None if
no selection was made. Use "use_module" to try and take the
selected module into use.
"""
mlist = [ m for m in positioning.modules() if m["available"] ]
names = [ unicode(m["name"]) for m in mlist ]
index = appuifw.popup_menu(names, u'Select technology')
if index is None:
return None
tech = mlist[index]
module_id = tech["id"]
return module_id
# http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. # import positioning # SYMBIAN_UID = 0xE1000121 # information about available positioning modules print "***available modules***" print positioning.modules() print "" # id of the default positioning module print "***default module***" print positioning.default_module() print "" # detailed information about the default positioning module print "***detailed module info***" print positioning.module_info(positioning.default_module()) print "" # set requestors. # at least one requestor must be set before requesting the position. # the last requestor must always be service requestor
def modules(): return positioning.modules()
import e32
import positioning
modlist = positioning.modules()
print(repr(modlist))
module_id = None
for entry in modlist:
if entry["name"] == u"Network based" and \
entry["available"]:
module_id = entry["id"]
break
if not module_id:
print "no suitable module"
else:
from pytwink import Positioner
updatetimeout = 15000000
maxupdateage = 30000000
positioner = Positioner(module_id, updatetimeout, maxupdateage)
myLock = e32.Ao_lock()
def cb(errCode):
print repr(errCode)
if not errCode:
print repr(positioner.get_position())
myLock.signal()
try:
def get_modules():
print "\n\n***available modules***"
t.add(u"\n\n***available modules***")
modules = positioning.modules()
print 'modules:', modules
t.add(unicode("\n\nmodules: " + str(modules)))
def get_modules():
print "\n\n***available modules***"
t.add(u"\n\n***available modules***")
modules = positioning.modules()
print 'modules:', modules
t.add( unicode( "\n\nmodules: " + str(modules) ) )