def __init__(self, parent):
super(CommPortPage, self).__init__(parent, 'Communication Port Setting',
'Set the serial port through which BitPim communicates with the phone.')
self._ports=[{'name': 'auto', 'description': 'BitPim will try to detect the correct port automatically when accessing your phone'}]+\
[x for x in comscan.comscan()+usbscan.usbscan() \
if x.get('available', False)]
self._populate()
self._set_max_size()
def __init__(self, parent):
super(CommPortPage, self).__init__(parent, 'Communication Port Setting',
'Set the serial port through which BitPim communicates with the phone.')
self._ports=[{'name': 'auto', 'description': 'BitPim will try to detect the correct port automatically when accessing your phone'}]+\
[x for x in comscan.comscan()+usbscan.usbscan() \
if x.get('available', False)]
self._populate()
self._set_max_size()
def autoguessports(phonemodule):
"""Returns a list of ports (most likely first) for finding the phone on"""
# this function also demonsrates the use of list comprehensions :-)
res = []
# we only care about available ports
ports = [(islikelyportscore(port, phonemodule), port)
for port in comscan.comscan() + usbscan.usbscan() +
bitflingscan.flinger.scan() if port['available']]
# sort on score
ports.sort()
# return all ones with score >=0
return [(port['name'], port) for score, port in ports if score >= 0]
def autoguessports(phonemodule):
"""Returns a list of ports (most likely first) for finding the phone on"""
# this function also demonsrates the use of list comprehensions :-)
res = []
# we only care about available ports
ports = [
(islikelyportscore(port, phonemodule), port)
for port in comscan.comscan() + usbscan.usbscan() + bitflingscan.flinger.scan()
if port["available"]
]
# sort on score
ports.sort()
# return all ones with score >=0
return [(port["name"], port) for score, port in ports if score >= 0]
def exp_scan(self, context):
if usb is None:
return comscan.comscan()
else:
return usbscan.usbscan()+comscan.comscan()
def autoguessports(phonemodule):
"""Returns a list of ports (most likely first) for finding the phone on"""
res=[]
ports=[(islikelyportscore(port, phonemodule), port) for port in comscan.comscan()+usbscan.usbscan()+bitflingscan.flinger.scan() if port['available']]
ports.sort()
return [ (port['name'], port) for score,port in ports if score>=0]
def detect(self, using_port=None, using_model=None):
# start the detection process
# 1st, get the list of available ports
coms = comscan.comscan() + usbscan.usbscan()
self.log('coms:' + str(coms))
available_modem_coms=[x['name'] for x in coms if x['available'] \
and x.get('class', None)=='modem']
if not using_port:
available_coms = [x['name'] for x in coms if x['available']]
else:
available_coms = [using_port]
available_modem_coms = [
x for x in available_coms if x in available_modem_coms
]
# loop through each port and gather data
self.log('Available ports: ' + str(available_coms))
self.log('Available modem ports: ' + str(available_modem_coms))
# only try those AT commands on modem ports
# using threads
self.__q_on = True
threads=[threading.Thread(target=self.do_get_data, args=(e,)) \
for e in available_modem_coms]
for t in threads:
t.start()
for t in threads:
t.join()
self.__q_on = False
while not self.__q_log.empty():
q = self.__q_log.get_nowait()
if isinstance(q, (list, tuple)):
self.logdata(*q)
else:
self.log(q)
# non-thread version
## for e in available_modem_coms:
## self.do_get_data(e)
# go through each phone and ask it
## pm=phones.phonemodels
if using_model:
models = [using_model]
else:
models = phones.phonemodels
found_port = found_model = None
for model in models:
self.log('Checking for model: ' + model)
module = common.importas(phones.module(model))
# check for detectphone in module.Phone or
# phone_model and phone_manufacturer in module.Profile
if hasattr(module.Phone, 'detectphone'):
if using_port is None:
likely_ports=[x['name'] for x in coms if \
x['available'] and \
comdiagnose.islikelyport(x, module)]
else:
likely_ports = [using_port]
self.log('Likely ports:' + str(likely_ports))
found_port = getattr(module.Phone,
'detectphone')(coms, likely_ports,
self.__data, module, self)
self.log('Detect Phone result: ' + ` self.__data `)
if found_port is not None:
self.log('Phone ' + model + ' returned port:' +
` found_port `)
# found it
found_model = model
break
found_port = self.__check_profile(module.Profile)
if found_port is not None:
found_model = model
break
if found_port is None and using_port is None and using_model is None:
# if we're not looking for a specific model on a specific port,
# scan for other CDMA phone
found_port, found_model = self.__check_for_other_cdma()
if found_port is not None and found_model is not None:
self.log('Found phone:' + found_model + ' port:' + ` found_port `)
return {
'port': found_port,
'phone_name': found_model,
'phone_module': phones.module(found_model),
'phone_esn': self.__data[found_port]['esn']
}
def detect(self, using_port=None, using_model=None):
# start the detection process
# 1st, get the list of available ports
coms=comscan.comscan()+usbscan.usbscan()
self.log('coms:'+str(coms))
available_modem_coms=[x['name'] for x in coms if x['available'] \
and x.get('class', None)=='modem']
if not using_port:
available_coms=[x['name'] for x in coms if x['available']]
else:
available_coms=[using_port]
available_modem_coms=[x for x in available_coms if x in available_modem_coms]
# loop through each port and gather data
self.log('Available ports: '+str(available_coms))
self.log('Available modem ports: '+str(available_modem_coms))
# only try those AT commands on modem ports
# using threads
self.__q_on=True
threads=[threading.Thread(target=self.do_get_data, args=(e,)) \
for e in available_modem_coms]
for t in threads:
t.start()
for t in threads:
t.join()
self.__q_on=False
while not self.__q_log.empty():
q=self.__q_log.get_nowait()
if isinstance(q, (list, tuple)):
self.logdata(*q)
else:
self.log(q)
# non-thread version
## for e in available_modem_coms:
## self.do_get_data(e)
# go through each phone and ask it
## pm=phones.phonemodels
if using_model:
models=[using_model]
else:
models=phones.phonemodels
found_port=found_model=None
for model in models:
self.log('Checking for model: '+model)
module=common.importas(phones.module(model))
# check for detectphone in module.Phone or
# phone_model and phone_manufacturer in module.Profile
if hasattr(module.Phone, 'detectphone'):
if using_port is None:
likely_ports=[x['name'] for x in coms if \
x['available'] and \
comdiagnose.islikelyport(x, module)]
else:
likely_ports=[using_port]
self.log('Likely ports:'+str(likely_ports))
found_port=getattr(module.Phone, 'detectphone')(coms,
likely_ports,
self.__data,
module,
self)
self.log('Detect Phone result: '+`self.__data`)
if found_port is not None:
self.log('Phone '+model+' returned port:'+`found_port`)
# found it
found_model=model
break
found_port=self.__check_profile(module.Profile)
if found_port is not None:
found_model=model
break
if found_port is None and using_port is None and using_model is None:
# if we're not looking for a specific model on a specific port,
# scan for other CDMA phone
found_port, found_model=self.__check_for_other_cdma()
if found_port is not None and found_model is not None:
self.log('Found phone:'+found_model+' port:'+`found_port`)
return { 'port': found_port, 'phone_name': found_model,
'phone_module': phones.module(found_model),
'phone_esn': self.__data[found_port]['esn'] }
def exp_scan(self, context):
if usb is None:
return comscan.comscan()
else:
return usbscan.usbscan()+comscan.comscan()
def exp_getversion(self, context):
return version.description
def exp_deviceopen(self, port, baud, timeout, hardwareflow, softwareflow, context):
return self.stashhandle(context, commport.CommConnection(None, port, baud, timeout,
hardwareflow, softwareflow))
def exp_deviceclose(self, handle, context):
comm=self.gethandle(context, handle)
comm.close()
del self.handles[handle]
return True
def exp_devicesetbaudrate(self, handle, rate, context):
return self.gethandle(context, handle).setbaudrate(rate)
def exp_devicesetdtr(self, handle, dtr, context):
return self.gethandle(context, handle).setdtr(dtr)
def exp_devicesetrts(self, handle, rts, context):
return self.gethandle(context, handle).setrts(rts)
def exp_devicewrite(self, handle, data, context):
self.gethandle(context, handle).write(data.data)
return len(data.data)
def exp_devicesendatcommand(self, handle, atcommand, ignoreerror, context):
"Special handling for empty lists and exceptions"
try:
res=self.gethandle(context, handle).sendatcommand(atcommand.data, ignoreerror=ignoreerror)
if len(res)==0:
res=1
except:
res=0
return res
def exp_devicereaduntil(self, handle, char, numfailures, context):
return Binary(self.gethandle(context, handle).readuntil(char.data, numfailures=numfailures))
def exp_deviceread(self, handle, numchars, context):
return Binary(self.gethandle(context, handle).read(numchars))
def exp_devicereadsome(self, handle, numchars, context):
if numchars==-1:
numchars=None
return Binary(self.gethandle(context, handle).readsome(log=True,numchars=numchars))
def exp_devicewritethenreaduntil(self, handle, data, char, numfailures, context):
return Binary(self.gethandle(context, handle).writethenreaduntil(data.data, False, char.data, False, False, numfailures))
def run(args):
theApp=wx.PySimpleApp()
menu=wx.Menu()
menu.Append(ID_EXIT, "Exit")
mw=MainWindow(None, -1, "BitFling")
taskwin=MyTaskBarIcon(mw, menu)
mw.taskwin=taskwin
theApp.MainLoop()
if __name__ == '__main__':
run()
try:
import native.usb as usb
except ImportError:
usb=None
if guihelper.IsMSWindows(): parentclass=wx.TaskBarIcon
else: parentclass=wx.Frame
if __name__ == '__main__':
run()