# Recipients
childRecipients = etree.SubElement(childMessaging, "Recipients")
recipients = message[0]["recipients"][0]
hasAllNetwork = False
if 'line' in recipients:
# Scan the 'line' recipients to check if the whole transport network is selected
for line in recipients["line"]:
hasAllNetwork = hasAllNetwork or (line["id"] == network_id)
# If it is, use 'AllNetwork' tag
if hasAllNetwork:
childAllNetwork = etree.SubElement(childRecipients, "AllNetwork")
# Else add the Ineo code of each commercial line in the recipients
else:
childLines = etree.SubElement(childRecipients, "Lines")
for line in recipients["line"]:
parameters = {"roid": line["id"]}
linePM = synthese.service("LinesListFunction2", parameters)
lineCodesStr = linePM["line"][0]["creator_id"]
lineCodes = map(lambda x: x.split('|'), lineCodesStr.split(','))
for lineCode in lineCodes:
if lineCode[0] == datasource_id:
childLine = etree.SubElement(childLines, "Line")
childLine.text = lineCode[1]
# Print resulting XML to output stream
print(
etree.tostring(root,
pretty_print=True,
xml_declaration=True,
encoding="iso-8859-1"))
hasAllNetwork = False
# Process CommercialLine and TransportNetwork recipients
if 'line' in recipients:
# Scan the 'line' recipients to check if the whole transport network is selected
for line in recipients["line"]:
hasAllNetwork = hasAllNetwork or (line["id"] == network_id)
# If it is, use 'AllNetwork' tag
if hasAllNetwork:
childAllNetwork = etree.SubElement(childRecipients, "AllNetwork")
# Else add the Ineo code of each commercial line in the recipients
else:
childLines = etree.SubElement(childRecipients, "Lines")
for line in recipients["line"]:
parameters = { "roid": line["id"] }
linePM = synthese.service("LinesListFunction2", parameters)
lineCodesStr = linePM["line"][0]["creator_id"]
lineCodes = map(lambda x: x.split('|'), lineCodesStr.split(','))
for lineCode in lineCodes:
if lineCode[0] == datasource_id:
childLine = etree.SubElement(childLines, "Line")
childLine.text = lineCode[1]
# Process StopArea recipients
if 'stoparea' in recipients:
childStopPoints = etree.SubElement(childRecipients, "StopPoints")
for stoparea in recipients["stoparea"]:
# SYNTHESE has stop area AND/OR stop points recipients, but Ineo expects stop points so we request all the stop points of each stop area
recipientId = int(stoparea["id"])
recipientTableId = (recipientId / (2**48))
hasAllNetwork = False
if "line" in recipients:
# Scan the 'line' recipients to check if the whole transport network is selected
for line in recipients["line"]:
hasAllNetwork = hasAllNetwork or (line["id"] == network_id)
# If it is, use 'AllNetwork' tag
if hasAllNetwork:
childAllNetwork = etree.SubElement(childRecipients, "AllNetwork")
# Else add the Ineo code of each commercial line in the recipients
else:
childLinesWays = etree.SubElement(childRecipients, "LinesWays")
for line in recipients["line"]:
linkParameters = line[
"link_parameter"] if "link_parameter" in line else ""
parameters = {"roid": line["id"]}
linePM = synthese.service("LinesListFunction2", parameters)
lineCodesStr = linePM["line"][0]["creator_id"]
lineCodes = map(lambda x: x.split('|'), lineCodesStr.split(','))
for lineCode in lineCodes:
if lineCode[0] == datasource_id:
childLineWay = etree.SubElement(childLinesWays, "LineWay")
childLine = etree.SubElement(childLineWay, "Line")
childLine.text = lineCode[1]
childInWard = etree.SubElement(childLineWay, "InWard")
childInWard.text = "non" if linkParameters == "1" else "oui"
childOutWard = etree.SubElement(childLineWay, "OutWard")
childOutWard.text = "non" if linkParameters == "0" else "oui"
# Display screen recipients (bivs)
childBivs = etree.SubElement(childRecipients, "Bivs")
if "displayscreen" in recipients:
# Network and commercial line recipients
hasAllNetwork = False
if "line" in recipients:
# Scan the 'line' recipients to check if the whole transport network is selected
for line in recipients["line"]:
hasAllNetwork = hasAllNetwork or (line["id"] == network_id)
# If it is, use 'AllNetwork' tag
if hasAllNetwork:
childAllNetwork = etree.SubElement(childRecipients, "AllNetwork")
# Else add the Ineo code of each commercial line in the recipients
else:
childLinesWays = etree.SubElement(childRecipients, "LinesWays")
for line in recipients["line"]:
linkParameters = line["link_parameter"] if "link_parameter" in line else ""
parameters = { "roid": line["id"] }
linePM = synthese.service("LinesListFunction2", parameters)
lineCodesStr = linePM["line"][0]["creator_id"]
lineCodes = map(lambda x: x.split('|'), lineCodesStr.split(','))
for lineCode in lineCodes:
if lineCode[0] == datasource_id:
childLineWay = etree.SubElement(childLinesWays, "LineWay")
childLine = etree.SubElement(childLineWay, "Line")
childLine.text = lineCode[1]
childInWard = etree.SubElement(childLineWay, "InWard")
childInWard.text = "non" if linkParameters == "1" else "oui"
childOutWard = etree.SubElement(childLineWay, "OutWard")
childOutWard.text = "non" if linkParameters == "0" else "oui"
# Display screen recipients (bivs)
childBivs = etree.SubElement(childRecipients, "Bivs")
if "displayscreen" in recipients:
# Set value to "ALLER/RETOUR" by default, and remove element if there is no StopPoint
childWay = etree.SubElement(childMessaging, "Way")
childWay.text = "ALLER/RETOUR"
# StopPoint
recipients = message[0]["recipients"][0]
if 'stoparea' in recipients:
childStopPoint = etree.SubElement(childMessaging, "StopPoint")
# SYNTHESE has stop area AND/OR stop point recipients, but Ineo expects stop points so we request all the stop points of each stop area
recipientId = int(recipients["stoparea"][0]["id"])
recipientTableId = (recipientId / (2**48))
if recipientTableId == 12:
# This 'stoparea' recipient is a stop point : find its Ineo code
parameters = {"roid": recipientId}
stopPointPM = synthese.service("object", parameters)
if 'operator_code' in stopPointPM:
# Split the operator codes and find the Ineo code
stopCodes = map(lambda x: x.split('|'),
stopPointPM["operator_code"].split(','))
for stopCode in stopCodes:
if stopCode[0] == datasource_id:
# Ineo stop point ids start with "MNLP_**_", but this prefix must not be sent to Ineo
if stopCode[1].startswith(ineo_stop_point_prefix):
# A stop point was found, change value of EndStopPoint to "non" to apply message to this stop point
childEndStopPoint.text = "non"
childStopPoint.text = stopCode[1][
len(ineo_stop_point_prefix):]
break
if recipientTableId == 7:
for line in lines:
childLine = etree.SubElement(childText, "Line")
childLine.text = line
# Recipients
childRecipients = etree.SubElement(childMessaging, "Recipients")
recipients = message[0]["recipients"][0]
hasAllNetwork = False
if 'line' in recipients:
# Scan the 'line' recipients to check if the whole transport network is selected
for line in recipients["line"]:
hasAllNetwork = hasAllNetwork or (line["id"] == network_id)
# If it is, use 'AllNetwork' tag
if hasAllNetwork:
childAllNetwork = etree.SubElement(childRecipients, "AllNetwork")
# Else add the Ineo code of each commercial line in the recipients
else:
childLines = etree.SubElement(childRecipients, "Lines")
for line in recipients["line"]:
parameters = { "roid": line["id"] }
linePM = synthese.service("LinesListFunction2", parameters)
lineCodesStr = linePM["line"][0]["creator_id"]
lineCodes = map(lambda x: x.split('|'), lineCodesStr.split(','))
for lineCode in lineCodes:
if lineCode[0] == datasource_id:
childLine = etree.SubElement(childLines, "Line")
childLine.text = lineCode[1]
# Print resulting XML to output stream
print(etree.tostring(root, pretty_print=True, xml_declaration=True, encoding="iso-8859-1"))