def __init__ (self, host=None, port=None, stlport=None):
self.HOST = host if host is not None else DEFAULT_HOST
self.PORT = port if port is not None else DEFAULT_PORT
self.STLPORT = stlport if stlport is not None else DEFAULT_STILLS_PORT
self.USERNANE = "root"
self.PASSWORD = "******"
self.DWN_STATE = False
self.REC_STATE = False
self.RDY_STATE = False
self.MSG_COLOUR = 0 #initiate with white
self.MSG_NODEBUG = False
#try to assing the correct colour to the camera name:
if len(DicDevicesColours) is 0:
colourChosed = self.MSG_COLOUR #with only one camera, camera name always stay in white in messages
elif len(DicDevicesColours) is 8:
print_CASUAL(self,"STOP TRYING TO CONNECT CAMERAS TO THIS COMPUTER! are you mad?!")
elif len(DicDevicesColours) > 7:
colourChosed = random.randrange(0,7,1)
else:
breaker = False
while True:
colourChosed = random.randrange(0,7,1)
for k in DicDevicesColours:
if colourChosed == DicDeviceColours[k]:
breaker = True
break
if breaker:
break
DicDevicesColours[self.HOST] = colourChosed
self.MSG_COLOUR = colourChosed
def __init__(self,
host=None,
port=None,
stlport=None,
path=None,
parmFile=None):
self.HOST = host if host is not None else DEFAULT_HOST
self.PORT = port if port is not None else DEFAULT_PORT
self.STLPORT = stlport if stlport is not None else DEFAULT_STILLS_PORT
self.PATH = path if path is not None else DEFAULT_PATH
self.PARM_FILE = parmFile if parmFile is not None else DEFAULT_PARM_FILE
self.USERNAME = "******"
self.PASSWORD = "******"
self.DWN_STATE = False
self.REC_STATE = False
self.RDY_STATE = False
self.AUTO_EXP_STATE = True #the dafault beheviour
self.AUTO_WB_STATE = True #the dafault beheviour
self.AUTO_CONFG = True
self.MSG_DEVICE_COLOUR = 0 #initiate with white
self.MSG_NODEBUG = True
self.DIC_SETTINGS = {}
#try to assing the correct colour to the camera name:
print_CASUAL(self, "DicDevicesColours is: " + str(DicDevicesColours))
if len(DicDevicesColours) is 0:
colourChosed = self.MSG_DEVICE_COLOUR #with only one camera, camera name always stay in white in messages
elif len(DicDevicesColours) is 8:
print_CASUAL(
self,
"STOP TRYING TO CONNECT CAMERAS TO THIS COMPUTER! are you mad?!"
)
#elif len(DicDevicesColours) > 7:
else:
colourChosed = random.randrange(0, 7, 1)
"""else:
breaker = False
while True:
colourChosed = random.randrange(0,7,1)
for k in DicDevicesColours:
if colourChosed == DicDevicesColours[k]:
breaker = True
break
if breaker:
break
"""
print_CASUAL(self, "DicDevicesColours is: " + str(DicDevicesColours))
if DicDevicesColours[self.HOST] is colourChosed:
pass
else:
DicDevicesColours[self.HOST] = colourChosed
self.MSG_DEVICE_COLOUR = colourChosed
def __init__ (self, host=None, port=None, stlport=None, path=None, parmFile=None):
self.HOST = host if host is not None else DEFAULT_HOST
self.PORT = port if port is not None else DEFAULT_PORT
self.STLPORT = stlport if stlport is not None else DEFAULT_STILLS_PORT
self.PATH = path if path is not None else DEFAULT_PATH
self.PARM_FILE = parmFile if parmFile is not None else DEFAULT_PARM_FILE
self.USERNAME = "******"
self.PASSWORD = "******"
self.DWN_STATE = False
self.REC_STATE = False
self.RDY_STATE = False
self.AUTO_EXP_STATE = True #the dafault beheviour
self.AUTO_WB_STATE = True #the dafault beheviour
self.AUTO_CONFG = True
self.MSG_DEVICE_COLOUR = 0 #initiate with white
self.MSG_NODEBUG = True
self.DIC_SETTINGS = {}
#try to assing the correct colour to the camera name:
print_CASUAL(self, "DicDevicesColours is: " + str(DicDevicesColours))
if len(DicDevicesColours) is 0:
colourChosed = self.MSG_DEVICE_COLOUR #with only one camera, camera name always stay in white in messages
elif len(DicDevicesColours) is 8:
print_CASUAL(self,"STOP TRYING TO CONNECT CAMERAS TO THIS COMPUTER! are you mad?!")
#elif len(DicDevicesColours) > 7:
else:
colourChosed = random.randrange(0,7,1)
"""else:
breaker = False
while True:
colourChosed = random.randrange(0,7,1)
for k in DicDevicesColours:
if colourChosed == DicDevicesColours[k]:
breaker = True
break
if breaker:
break
"""
print_CASUAL(self, "DicDevicesColours is: " + str(DicDevicesColours))
if DicDevicesColours[self.HOST] is colourChosed:
pass
else:
DicDevicesColours[self.HOST] = colourChosed
self.MSG_DEVICE_COLOUR = colourChosed
def set_default_settings(self, XMLparmFile):
import xml.etree.ElementTree as ElTree
changes = False
error = False
currentParmsDic = {}
sendParmsDic = {}
maxLengthWan = 0
maxLengthCam = 0
self.AUTO_CONFG = True
try:
print_DEBUG(self,"obre el 'try' amb XMLparmFile:" + XMLparmFile) #debug
tree = ElTree.parse(XMLparmFile)
print_DEBUG(self,"crea el 'tree'") #debug
root = tree.getroot()
rint_DEBUG(self,"pren l'arrel") #debug
print_DEBUG(self,"'tree' is:" + str(tree)) #debug
print_DEBUG(self,"'root' is" + str(root)) #debug
except:
print_ERROR(self,"Something went wrong while parsing " + XMLparmFile)
error = True
else:
for child in tree.iter():
for c in child:
self.DIC_SETTINGS[c.tag] = c.text
keyListWan = self.DIC_SETTINGS.keys()
if error is not True:
self.get_parameters(self.DIC_SETTINGS,self.PATH,"camera_settings")
try:
tree = ElTree.parse(os.path.join(DESTPATH,"camera_settings.xml"))
root = tree.getroot()
print_DEBUG(self,"'tree' is:" + str(tree)) #debug
print_DEBUG(self,"'root' is" + str(root)) #debug
except:
print_ERROR(self,"Something went wrong while parsing 'camera_settings.xml'")
error = True
else:
for child in tree.iter():
for c in child:
currentParmsDic[c.tag] = c.text
keyListCam = currentParmsDic.keys()
if error is not True:
wanVal = ""
camVal = ""
w = 0
maxLengthWan = len(keyListWan)
print_DEBUG(self,"'maxLengthWan' is: " + str(maxLengthWan)) #debug
maxLengthCam = len(keyListCam)
print_DEBUG(self,"'maxLengthCam' is: " + str(maxLengthCam)) #debug
for w in range(maxLengthWan):
wanVal = keyListWan[w]
c = 0
for c in range(maxLengthCam):
camVal = keyListCam[c]
if (wanVal == camVal):
if (self.DIC_SETTINGS[wanVal] == currentParmsDic[camVal]):
print_DEBUG(self,wanVal + " is " + self.DIC_SETTINGS[wanVal] + " on both dictionaries")
break
else:
#TODO add a pooliong system, which will allow multi-threading
sendParmsDic[wanVal] = self.DIC_SETTINGS[wanVal]
changes = True
c = c + 1
w = w + 1
else:
print_ERROR(self,"The process failed and will end unsuccessfully")
return
if changes:
set_parameters(sendParmsDic)
print_CASUAL(self,"All new values uploaded to the camera")
else:
print_CASUAL(self,"No values uploaded to the camera")
#set_parameters(self.DIC_SETTINGS)
if self.DIC_SETTINGS["AUTOEXP_ON"] == 1:
self.AUTO_EXP_STATE = False
else:
self.AUTO_EXP_STATE = True
if self.DIC_SETTINGS["WB_EN"] == 1:
self.AUTO_WB_STATE = False
else:
self.AUTO_WB_STATE = True
self.AUTO_CONFG = False
def setupCamera_1():
changes = False
error = False
wantedParmsDic = {}
cameraParmsDic = {}
sendParmsDic = {}
maxLengthWan = 0
maxLengthCam = 0
try:
camera1
except NameError:
camera1 = ElpAPI.core(HOST1) #creates camera only if it doesn't exists before
else:
print_CASUAL(camera1,"'camera1' object already created")
try:
tree = ElTree.parse(os.path.join(DESTPATH,"wanted_settings1.xml"))
root = tree.getroot()
except:
print_ERROR(camera1,"Something went wrong while parsing 'wanted_settings.xml'")
error = True
else:
for child in tree.iter():
for c in child:
wantedParmsDic[c.tag] = c.text
#created a dictionary from known sources.
keyListWan = wantedParmsDic.keys()
camera1.get_parameters(wantedParmsDic,DESTPATH,"camera_settings1")
#download the camera settings using the dictionary as a reference.
try:
tree = ElTree.parse(os.path.join(DESTPATH,"camera_settings1.xml"))
root = tree.getroot()
print_DEBUG(camera1,"'tree' is:" + str(tree)) #debug
print_DEBUG(camera1,"'root' is" + str(root)) #debug
except:
print_ERROR(camera1,"Something went wrong while parsing 'camera_settings1.xml'")
error = True
else:
for child in tree.iter():
for c in child:
cameraParmsDic[c.tag] = c.text
camera1.implant_camera_setting(c.tag, c.text)
#created a new dictionary with the settings the camera is using.7
#download_settings(camera, wantedParmsDic, cameraParmsDic)
#download_settings(camera1, wantedParmsDic)
keyListCam = cameraParmsDic.keys()
#keyListCam = camera.DIC_SETTINGS.keys()
#keyListCam = camera1.gather_camera_settings()
if error is not True:
wanVal = ""
camVal = ""
w = 0
maxLengthWan = len(keyListWan)
print_DEBUG(camera1,"'maxLengthWan' is: " + str(maxLengthWan)) #debug
maxLengthCam = len(keyListCam)
print_DEBUG(camera1,"'maxLengthCam' is: " + str(maxLengthCam)) #debug
for w in range(maxLengthWan):
wanVal = keyListWan[w]
c = 0
for c in range(maxLengthCam):
camVal = keyListCam[c]
if (wanVal == camVal):
if (wantedParmsDic[wanVal] == cameraParmsDic[camVal]):
print_DEBUG(camera1,wanVal + " is " + wantedParmsDic[wanVal] + " on both dictionaries")
break
else:
#TODO add a pooliong system, which will allow multi-threading
sendParmsDic[wanVal] = wantedParmsDic[wanVal]
changes = True
c = c + 1
w = w + 1
else:
print_ERROR(camera1,"The process failed and will end unsuccessfully")
return
if changes:
camera1.set_parameters(sendParmsDic)
print_CASUAL(camera1,"All new values uploaded to the camera")
else:
print_CASUAL(camera1,"No values uploaded to the camera")
def set_default_settings(self, XMLparmFile):
import xml.etree.ElementTree as ElTree
changes = False
error = False
currentParmsDic = {}
sendParmsDic = {}
maxLengthWan = 0
maxLengthCam = 0
self.AUTO_CONFG = True
try:
print_DEBUG(self,
"obre el 'try' amb XMLparmFile:" + XMLparmFile) #debug
tree = ElTree.parse(XMLparmFile)
print_DEBUG(self, "crea el 'tree'") #debug
root = tree.getroot()
rint_DEBUG(self, "pren l'arrel") #debug
print_DEBUG(self, "'tree' is:" + str(tree)) #debug
print_DEBUG(self, "'root' is" + str(root)) #debug
except:
print_ERROR(self,
"Something went wrong while parsing " + XMLparmFile)
error = True
else:
for child in tree.iter():
for c in child:
self.DIC_SETTINGS[c.tag] = c.text
keyListWan = self.DIC_SETTINGS.keys()
if error is not True:
self.get_parameters(self.DIC_SETTINGS, self.PATH,
"camera_settings")
try:
tree = ElTree.parse(
os.path.join(DESTPATH, "camera_settings.xml"))
root = tree.getroot()
print_DEBUG(self, "'tree' is:" + str(tree)) #debug
print_DEBUG(self, "'root' is" + str(root)) #debug
except:
print_ERROR(
self,
"Something went wrong while parsing 'camera_settings.xml'")
error = True
else:
for child in tree.iter():
for c in child:
currentParmsDic[c.tag] = c.text
keyListCam = currentParmsDic.keys()
if error is not True:
wanVal = ""
camVal = ""
w = 0
maxLengthWan = len(keyListWan)
print_DEBUG(self,
"'maxLengthWan' is: " + str(maxLengthWan)) #debug
maxLengthCam = len(keyListCam)
print_DEBUG(self,
"'maxLengthCam' is: " + str(maxLengthCam)) #debug
for w in range(maxLengthWan):
wanVal = keyListWan[w]
c = 0
for c in range(maxLengthCam):
camVal = keyListCam[c]
if (wanVal == camVal):
if (self.DIC_SETTINGS[wanVal] ==
currentParmsDic[camVal]):
print_DEBUG(
self,
wanVal + " is " + self.DIC_SETTINGS[wanVal] +
" on both dictionaries")
break
else:
#TODO add a pooliong system, which will allow multi-threading
sendParmsDic[wanVal] = self.DIC_SETTINGS[wanVal]
changes = True
c = c + 1
w = w + 1
else:
print_ERROR(self, "The process failed and will end unsuccessfully")
return
if changes:
set_parameters(sendParmsDic)
print_CASUAL(self, "All new values uploaded to the camera")
else:
print_CASUAL(self, "No values uploaded to the camera")
#set_parameters(self.DIC_SETTINGS)
if self.DIC_SETTINGS["AUTOEXP_ON"] == 1:
self.AUTO_EXP_STATE = False
else:
self.AUTO_EXP_STATE = True
if self.DIC_SETTINGS["WB_EN"] == 1:
self.AUTO_WB_STATE = False
else:
self.AUTO_WB_STATE = True
self.AUTO_CONFG = False
def setupCamera():
changes = False
error = False
wantedParmsDic = {}
cameraParmsDic = {}
sendParmsDic = {}
maxLengthWan = 0
maxLengthCam = 0
#autoKillSwitch.go() #TODO all this stuff is reserverd for the future
#autoResolution.go() #TODO the same above
#autoColourt.go() #TODO add a colour selection system, the same above
try:
camera
except NameError:
camera = ElpAPI.core(
HOST) #creates camera only if it doesn't exists before
else:
print_CASUAL(camera, "'camera' object already created")
try:
tree = ElTree.parse(os.path.join(DESTPATH, "wanted_settings.xml"))
root = tree.getroot()
except:
print_ERROR(
camera, "Something went wrong while parsing 'wanted_settings.xml'")
error = True
else:
for child in tree.iter():
for c in child:
wantedParmsDic[c.tag] = c.text
#created a dictionary from known sources.
keyListWan = wantedParmsDic.keys()
camera.get_parameters(wantedParmsDic, DESTPATH, "camera_settings")
#download the camera settings using the dictionary as a reference.
try:
tree = ElTree.parse(os.path.join(DESTPATH, "camera_settings.xml"))
root = tree.getroot()
print_DEBUG(camera, "'tree' is:" + str(tree)) #debug
print_DEBUG(camera, "'root' is" + str(root)) #debug
except:
print_ERROR(
camera, "Something went wrong while parsing 'camera_settings.xml'")
error = True
else:
for child in tree.iter():
for c in child:
cameraParmsDic[c.tag] = c.text
#created a new dictionary with the settings the camera is using.
keyListCam = cameraParmsDic.keys()
if error is not True:
wanVal = ""
camVal = ""
w = 0
maxLengthWan = len(keyListWan)
print_DEBUG(camera, "'maxLengthWan' is: " + str(maxLengthWan)) #debug
maxLengthCam = len(keyListCam)
print_DEBUG(camera, "'maxLengthCam' is: " + str(maxLengthCam)) #debug
for w in range(maxLengthWan):
wanVal = keyListWan[w]
c = 0
for c in range(maxLengthCam):
camVal = keyListCam[c]
if (wanVal == camVal):
if (wantedParmsDic[wanVal] == cameraParmsDic[camVal]):
print_DEBUG(
camera, wanVal + " is " + wantedParmsDic[wanVal] +
" on both dictionaries")
break
else:
#TODO add a pooliong system, which will allow multi-threading
sendParmsDic[wanVal] = wantedParmsDic[wanVal]
changes = True
c = c + 1
w = w + 1
else:
print_ERROR(camera, "The process failed and will end unsuccessfully")
return
if changes:
camera.set_parameters(sendParmsDic)
print_CASUAL(camera, "All new values uploaded to the camera")
else:
print_CASUAL(camera, "No values uploaded to the camera")