def writeXMLelement(parent,doc,index):
tagname = read()
val_type,values = get_value_type()
if val_type == "subnode":
node = doc.createElement('node')
parent.appendChild(node)
node.setAttribute("name",tagname)
node.setAttribute("index","%s" % index)
send_key("ok")
menu_block(node,doc)
send_key("home")
else:
node = doc.createElement('param')
parent.appendChild(node)
node.setAttribute("name",tagname)
node.setAttribute("index","%s" % index)
node.setAttribute("type",val_type)
if val_type == 'list':
values_list = doc.createElement('values_list')
node.appendChild(values_list)
i = 0
for l in values:
v = doc.createElement('value')
v.setAttribute("id","%s" % i)
i+=1
v.setAttribute("name",l)
values_list.appendChild(v)
def EnrollDev(typedev,LongID):
navigator.dev("enroll "+typedev+" "+str(LongID))
print navigator.read()
f = open ("Modules"+SEPARATOR +"ShortID.txt","r")
line = f.readline()
f.close
line_split = line.split(",")
typenumdev = line_split[1]+str(int(line_split[2]))
ShortID = line_split[0]
time.sleep(3)
navigator.dev("update "+str(ShortID)+" " +str(LongID))
print line
print typenumdev
print ShortID
f = open ("Modules"+SEPARATOR +"devices"+SEPARATOR +"devices.info","a")
f.write (typenumdev+","+ShortID+ "," + str(LongID)+ "," + typedev + "," )
f.write ("\n")
f.close
def menu_block(parent,doc):
curr = start = read()
pos=0
limiter = process_menu(start)
while 1:
tmp_limiter = process_menu(curr)
if not tmp_limiter == limiter: limiter=""
writeXMLelement(parent,doc,pos)
send_key("next")
pos+=1
curr = read()
if curr == start or curr == "<OK> TO EXIT" :
print "CUR. %s" % curr
print "START %s" % start
print "FINISH"
break
#break
if not limiter=="":
for child in parent.childNodes:
child.setAttribute("name",correct_menu(child.getAttribute('name'),limiter))
def deletedevices(dev):
time_after_sent_key = 0.3
navigator.login("9999")
navigator.search_menu("ZONES/DEVICES")
navigator.send_key("ok",time_after_sent_key)
navigator.search_menu("DELETE")
navigator.send_key("ok",time_after_sent_key)
while 1 :
navigator.search_menu(dev)
navigator.send_key("ok",time_after_sent_key)
if "NO EXISTING" in navigator.read():
navigator.send_key("away",time_after_sent_key)
navigator.send_key("ok",2)
break
navigator.send_key("ok",time_after_sent_key)
navigator.send_key("off",time_after_sent_key+0.3)
def AllDeleteDevices():
time_after_sent_key = 0.3
navigator.login("9999")
navigator.search_menu("ZONES/DEVICES")
navigator.send_key("ok",time_after_sent_key)
navigator.search_menu("DELETE")
navigator.send_key("ok",time_after_sent_key)
list1 = ["CONTACT","MOTION","GLASS","SMOKE","CO ","GAS","FLOOD","TEMPERATURE","WIRED","TAGS","KEYFOB","KEYPADS","SIRENS","REPEATERS"]
len1 = len (list1)
for i in range(len1):
while 1 :
navigator.search_menu(list1[i])
navigator.send_key("ok",time_after_sent_key)
if "NO EXISTING" in navigator.read(): break
navigator.send_key("ok",time_after_sent_key)
navigator.send_key("off",time_after_sent_key+0.3)
navigator.send_key("away",time_after_sent_key)
navigator.send_key("ok",2)
def get_value_type():
special_end_char="\xff"
param_name = read()
skipped_submenu_p1 = ("NEW INST. CODE","RECORD SPEECH","ENROLL KEYFOB","ENROLL PROX TAG","SET DATE &FORMAT","SET TIME &FORMAT","2.ENROLLING",
"3.DEFINE ZONES","8.DEFINE OUTPUTS","14.START UL/DL","12.FACTORY DEFLT", "13.SERIAL NUMBER","LAN SETTINGS","WL SENSORS TEST",
"WL KEYPADS TEST", "GPRS CONN. TEST", "LAN CONNECT.TEST","LAN RESET OPTION")
skipped_submenu_p2 = ("SCHEDULER", "DEFINE OUTPUTS", "FACTORY DEFLT", "SERIAL NUMBER", "START UL/DL","ZONES/DEVICES","DIAGNOSTICS","KEYFOBS","10:PIEZO BEEPS")
skipped_submenu = skipped_submenu_p1 + skipped_submenu_p2
if param_name in skipped_submenu: return "notype",None
send_key("ok")
param_value = read()
if(param_value[-1:] == special_end_char):
value_list = [param_value[:-1].strip()]
while True:
send_key("next")
s = read()
if s==param_value:break
value_list.append(s)
send_key("home")
return ("list",value_list)
send_key("off")
default = read()
if default == "000.000.000.000\x00":
send_key("home")
return ("ip",None)
if default=="":
send_key("8")
test1 = read()
if test1=="8":
send_key("home")
return ("numeric",None)
send_key("8")
test2 = read()
send_key("8")
test3 = read()
send_key("home")
if test1 == 'a' and test2 == 'b' and test3 == 'c':
return ("text",None)
return ("error",None)
extracted = re.match('(.*) ([0-9]{2}):([0-9]{2})([A|P]?)',param_value)
if not extracted == None:
mode = extracted.group(4)
hours = int(extracted.group(2))
minuts = int(extracted.group(3))
if ((mode == '' and hours<=24)or(not mode == '' and hours<=12))and minuts<60:
send_key("home")
return ('time',None)
for c in '0123456789':
if not c in default:break
send_key(c)
new_value = read()
if new_value == default:
send_key("home")
return ("subnode",None)
for i in range(len(new_value)):
if default[:i]+c+default[i+1:] == new_value:
send_key("home")
value_len =len(default)-i
return ("special",value_len)
send_key("home")
return ("unknown",None)
v = doc.createElement('value')
v.setAttribute("id","%s" % i)
i+=1
v.setAttribute("name",l)
values_list.appendChild(v)
class BadXML(Exception):pass
xmls = []
#send_key('next')
#print read()
#exit()
try:
# for i in range(10):
print read()
doc = Document()
# sys.stdin.readline()
submenu = doc.createElement("submenu")
doc.appendChild(submenu)
menu_block(submenu,doc)
# send_key('next')
xmls.append(doc.toxml)
# if not xmls[i] == xmls[0]: raise BadXML()
#except:
except KeyboardInterrupt:
print "CYCLE %d FAILED" % i
f = open("menu_py.xml","w")
f.write(doc.toxml())