#!/usr/bin/python

# Copyright (C) 2020 iopsys Software Solutions AB
# Author: Amin Ben Ramdhane <amin.benramdhane@pivasoftware.com>

import os, sys, time, re, json
import xml.etree.ElementTree as xml
from collections import OrderedDict
from shutil import copyfile
import bbf_common as bbf

listTypes = ["string",
			 "unsignedInt",
			 "unsignedLong",
			 "int",
			 "long",
			 "boolean",
			 "dateTime",
			 "hexBinary",
			 "base64"]

listdataTypes = ["string", 
				 "unsignedInt", 
				 "unsignedLong", 
				 "int",
				 "long",
				 "boolean",
				 "dateTime",
				 "hexBinary",
				 "base64",
				 "IPAddress",
				 "IPv4Address",
				 "IPv6Address",
				 "IPPrefix",
				 "IPv4Prefix",
				 "IPv6Prefix",
				 "MACAddress",
				 "decimal",
				 "IoTDeviceType",
				 "IoTLevelType",
				 "IoTUnitType",
				 "IoTEnumSensorType",
				 "IoTEnumControlType"]

def getname( objname ):
	global model_root_name
	OBJSname = objname
	if (objname.count('.') > 1 and (objname.count('.') != 2 or objname.count('{i}') != 1) ):
		OBJSname = objname.replace(dmroot1.get('name'), "", 1)
	OBJSname = OBJSname.replace("{i}", "")
	OBJSname = OBJSname.replace(".", "")
	if (objname.count('.') == 1):
		model_root_name = OBJSname
		OBJSname = "Root" + OBJSname
		return OBJSname
	if (objname.count('.') == 2 and objname.count('{i}') == 1):
		model_root_name = OBJSname
		OBJSname = "Services" + OBJSname
		return OBJSname
	return OBJSname

def getparamtype( dmparam ):
	ptype = None
	for s in dmparam:
		if s.tag == "syntax":
			for c in s:
				if c.tag == "list":
					ptype = "string"
					break
				if c.tag == "dataType":
					reftype = c.get("ref")
					if "StatsCounter" in reftype:
						ptype = "unsignedInt"
						break
					ptype = "string"
					break
				ptype = c.tag
				break
			break
	if ptype == None:
		ptype = "__NA__"
	return ptype

def getMinMaxEnumerationUnitPatternparam(paramtype, c):
	paramvalrange = None
	paramenum = None
	paramunit = None
	parampattern = None
	if paramtype == "string" or paramtype == "hexBinary" or paramtype == "base64":
		for cc in c:
			if cc.tag == "size":
				if paramvalrange == None:
					paramvalrange = "%s,%s" % (cc.get("minLength"), cc.get("maxLength"))
				else:
					paramvalrange = "%s;%s,%s" % (paramvalrange, cc.get("minLength"), cc.get("maxLength"))
			if cc.tag == "enumeration":
				if paramenum == None:
					paramenum = "\"%s\"" % cc.get('value')
				else:
					paramenum = "%s, \"%s\"" % (paramenum, cc.get('value'))
			if cc.tag == "pattern":
				if parampattern == None:
					parampattern = "\"%s\"" % cc.get('value')
				elif cc.get('value') != "":
					parampattern = "%s,\"%s\"" % (parampattern, cc.get('value'))

	elif paramtype == "unsignedInt" or paramtype == "int" or paramtype == "unsignedLong" or paramtype == "long":
		for cc in c:
			if cc.tag == "range":
				if paramvalrange == None:
					paramvalrange = "%s,%s" % (cc.get("minInclusive"), cc.get("maxInclusive"))
				else:
					paramvalrange = "%s;%s,%s" % (paramvalrange, cc.get("minInclusive"), cc.get("maxInclusive"))
			if cc.tag == "units":
				paramunit = cc.get("value")

	return paramvalrange, paramenum, paramunit, parampattern


def getparamdatatyperef( datatyperef ):
	paramvalrange = None
	paramenum = None
	paramunit = None
	parampattern = None
	for d in xmlroot1:
		if d.tag == "dataType" and d.get("name") == datatyperef:
			if d.get("base") != "" and d.get("base") != None and d.get("name") == "Alias":
				paramvalrange, paramenum, paramunit, parampattern = getparamdatatyperef(d.get("base"))
			else:
				for dd in d:
					if dd.tag in listTypes:
						paramvalrange, paramenum, paramunit, parampattern = getMinMaxEnumerationUnitPatternparam(dd.tag, dd)
						break
					if dd.tag == "size":
						if paramvalrange == None:
							paramvalrange = "%s,%s" % (dd.get("minLength"), dd.get("maxLength"))
						else:
							paramvalrange = "%s;%s,%s" % (paramvalrange, dd.get("minLength"), dd.get("maxLength"))
					if dd.tag == "enumeration":
						if paramenum == None:
							paramenum = "\"%s\"" % dd.get('value')
						else:
							paramenum = "%s, \"%s\"" % (paramenum, dd.get('value'))
					if dd.tag == "pattern":
						if parampattern == None:
							parampattern = "\"%s\"" % dd.get('value')
						elif dd.get('value') != "":
							parampattern = "%s,\"%s\"" % (parampattern, dd.get('value'))
				break

	return paramvalrange, paramenum, paramunit, parampattern

def getparamlist( dmparam ):
	minItem = None
	maxItem = None
	maxsize = None
	minItem = dmparam.get("minItems")
	maxItem = dmparam.get("maxItems")
	for cc in dmparam:
		if cc.tag == "size":
			maxsize = cc.get("maxLength")

	return minItem, maxItem, maxsize

def getparamoption( dmparam ):
	datatype = None
	paramvalrange = None
	paramenum = None
	paramunit = None
	parampattern = None
	listminItem = None
	listmaxItem = None
	listmaxsize = None
	islist = 0
	for s in dmparam:
		if s.tag == "syntax":
			for c in s:
				if c.tag == "list":
					islist = 1
					listminItem, listmaxItem, listmaxsize = getparamlist(c)
					for c in s:
						datatype = c.tag if c.tag in listdataTypes else None
						if datatype != None:
							paramvalrange, paramenum, paramunit, parampattern = getMinMaxEnumerationUnitPatternparam(datatype, c)
							break
						if c.tag == "dataType":
							datatype = c.get("ref")
							paramvalrange, paramenum, paramunit, parampattern = getparamdatatyperef(c.get("ref"))
							break

				if islist == 0:
					datatype = c.tag if c.tag in listdataTypes else None
					if datatype != None:
						paramvalrange, paramenum, paramunit, parampattern = getMinMaxEnumerationUnitPatternparam(datatype, c)
						break
					if c.tag == "dataType":
						datatype = c.get("ref")
						paramvalrange, paramenum, paramunit, parampattern = getparamdatatyperef(datatype)
						break
			break

	return islist, datatype, paramvalrange, paramenum, paramunit, parampattern, listminItem, listmaxItem, listmaxsize

listmapping = []
def generatelistfromfile(dmobject):
	obj = dmobject.get('name').split(".")
	if "tr-104" in sys.argv[1]:
		pathfilename = "../dmtree/tr104/" + obj[1].lower() + ".c"
		pathiopsyswrtfilename = "../dmtree/tr104/" + obj[1].lower() + "-iopsyswrt.c"
	else:
		pathfilename = "../dmtree/tr181/" + obj[1].lower() + ".c"
		pathiopsyswrtfilename = "../dmtree/tr181/" + obj[1].lower() + "-iopsyswrt.c"

	for x in range(0, 2):
		pathfile = pathfilename if x == 0 else pathiopsyswrtfilename
		exists = os.path.isfile(pathfile)
		if exists:
			filec = open(pathfile, "r")
			for linec in filec:
				if "/*#" in linec:
					listmapping.append(linec)
		else:
		    pass

def getparammapping(dmobject, dmparam):
	hasmapping = 0
	mapping = ""
	if "tr-104" in sys.argv[1]:
		param = "Device.Services." + dmobject.get('name') + dmparam.get('name')
	else:
		param = dmobject.get('name') + dmparam.get('name')
	for value in listmapping:
		if param in value:
			hasmapping = 1
			config_type = value.split("!")
			mapping = config_type[1]
			mapping = mapping.replace("*/\n", "")
			break

	return hasmapping, mapping

def getobjmapping(dmobject):
	hasmapping = 0
	mapping = ""
	if "tr-104" in sys.argv[1]:
		obj = "Device.Services." + dmobject.get('name')
	else:
		obj = dmobject.get('name')
	for value in listmapping:
		config_type = value.split("!")
		mapping = config_type[0]
		mapping = mapping.replace("/*#", "")
		if obj == mapping:
			hasmapping = 1
			mapping = config_type[1]
			mapping = mapping.replace("*/\n", "")
			break

	return hasmapping, mapping

def objhaschild (parentname, level, check_obj):
	hasobj = 0
	model = model2 if check_obj == 0 else model1
	for c in model:
		objname = c.get('name')
		if c.tag == "object" and parentname in objname and (objname.count('.') - objname.count('{i}')) == level:
			hasobj = 1
			break

	return hasobj

def objhasparam (dmobject):
	hasparam = 0
	for c in dmobject:
		if c.tag == "parameter":
			hasparam = 1
			break

	return hasparam

def getuniquekeys (dmobject):
	uniquekeys = None
	for c in dmobject:
		if c.tag == "uniqueKey":
			for s in c:
				if s.tag == "parameter":
					if uniquekeys == None:
						uniquekeys = "\"%s\"" % s.get('ref')
					else:
						uniquekeys = uniquekeys + "," + "\"%s\"" % s.get('ref')
	return uniquekeys

def printopenobject (obj):
	fp = open('./.json_tmp', 'a')
	if "tr-104" in sys.argv[1]:
		print("\"Device.Services.%s\" : {" % obj.get('name').replace(" ", ""), file=fp)
	else:
		print("\"%s\" : {" % obj.get('name').replace(" ", ""), file=fp)
	fp.close()

def printopenfile ():
	fp = open('./.json_tmp', 'a')
	print("{", file=fp)
	fp.close()

def printclosefile ():
	fp = open('./.json_tmp', 'a')
	print("}", file=fp)
	fp.close()

def printOBJMaPPING (mapping):
	fp = open('./.json_tmp', 'a')
	config_type = mapping.split(":")
	config = config_type[1].split("/")
	print("\"mapping\": {", file=fp)
	print("\"type\": \"%s\"," % config_type[0].lower(), file=fp)
	print("\"%s\": {" % config_type[0].lower(), file=fp)
	
	# UCI
	if config_type[0] == "UCI":
		print("\"file\": \"%s\"," % config[0], file=fp)
		print("\"section\": {", file=fp)
		print("\"type\": \"%s\"" % config[1], file=fp)
		print("},", file=fp)
		print("\"dmmapfile\": \"%s\"" % config[2], file=fp)

	# UBUS
	elif config_type[0] == "UBUS":
		print("\"object\": \"%s\"," % config[0], file=fp)
		print("\"method\": \"%s\"," % config[1], file=fp)
		print("\"args\": {", file=fp)
		if config[2] != "":
			args = config[2].split(",")
			print("\"%s\": \"%s\"" % (args[0], args[1]), file=fp)
		print("}", file=fp)
		print("\"key\": \"%s\"" % config[3], file=fp)

	print("}\n}", file=fp)
	fp.close()

def printPARAMMaPPING (mapping):
	fp = open('./.json_tmp', 'a')
	lst = mapping.split("&")
	print("\"mapping\": [", file=fp)
	for i in range(len(lst)):
		config_type = lst[i].split(":")
		config = config_type[1].split("/")

		print("{", file=fp)
		print("\"type\": \"%s\"," % config_type[0].lower(), file=fp)
		
		# SYSFS || PROCFS
		if config_type[0] == "SYSFS" or config_type[0] == "PROCFS":
			print("\"file\": \"%s\"" % config_type[1], file=fp)
		
		# UCI, UBUS, CLI
		else:
			# Only for UCI, UBUS, CLI
			print("\"%s\": {" % config_type[0].lower(), file=fp)
	
			# UCI
			if config_type[0] == "UCI":
				print("\"file\": \"%s\"," % config[0], file=fp)
				print("\"section\": {", file=fp)
				var = config[1].split(",")
				if len(var) == 1:
					print("\"type\": \"%s\"" % var[0], file=fp)
				elif len(var) > 1 and "@i" in var[1]:
					print("\"type\": \"%s\"," % var[0], file=fp)
					print("\"index\": \"%s\"" % var[1], file=fp)
				elif len(var) > 1:
					print("\"type\": \"%s\"," % var[0], file=fp)
					print("\"name\": \"%s\"" % var[1], file=fp)
				print("}", file=fp)
				if len(var) > 1:
					print("\"option\": {", file=fp)
					print("\"name\": \"%s\"" % config[2], file=fp)
					print("}", file=fp)
			
			# UBUS
			elif config_type[0] == "UBUS":
				print("\"object\": \"%s\"," % config[0], file=fp)
				print("\"method\": \"%s\"," % config[1], file=fp)
				print("\"args\": {", file=fp)
				if config[2] != "":
					args = config[2].split(",")
					print("\"%s\": \"%s\"" % (args[0], args[1]), file=fp)
				print("}", file=fp)
				print("\"key\": \"%s\"" % config[3], file=fp)
	
			# CLI
			elif config_type[0] == "CLI":
				print("\"command\": \"%s\"," % config[0], file=fp)
				print("\"args\": \"%s\"" % config[1], file=fp)
	
			print("}", file=fp)
			
		print("}", file=fp)
	print("]\n}", file=fp)
	fp.close()

def removelastline ():
	file = open("./.json_tmp")
	lines = file.readlines()
	lines = lines[:-1]
	file.close()
	w = open("./.json_tmp",'w')
	w.writelines(lines)
	w.close()
	printclosefile ()

def replace_data_in_file( data_in, data_out ):
	file_r = open("./.json_tmp", "rt")
	file_w = open("./.json_tmp_1", "wt")
	text = ''.join(file_r).replace(data_in, data_out)
	file_w.write(text)
	file_r.close()
	file_w.close()
	copyfile("./.json_tmp_1", "./.json_tmp")
	bbf.remove_file("./.json_tmp_1")

def updatejsontmpfile ():
	replace_data_in_file ("}\n", "},\n")
	replace_data_in_file ("},\n},", "}\n},")
	replace_data_in_file ("}\n},\n},", "}\n}\n},")
	replace_data_in_file ("}\n},\n}\n},", "}\n}\n}\n},")
	replace_data_in_file ("}\n},\n}\n}\n},", "}\n}\n}\n}\n},")
	replace_data_in_file ("}\n}\n}\n},\n}\n},", "}\n}\n}\n}\n}\n},")
	replace_data_in_file ("}\n}\n}\n}\n}\n}\n},", "}\n}\n}\n}\n}\n}\n},")
	replace_data_in_file ("}\n}\n}\n},\n}\n}\n}\n},", "}\n}\n}\n}\n}\n}\n}\n},")
	replace_data_in_file ("},\n]", "}\n]")

def removetmpfiles():
	bbf.remove_file("./.json_tmp")
	bbf.remove_file("./.json_tmp_1")

def printOBJ( dmobject, hasobj, hasparam, bbfdm_type ):
	uniquekeys = getuniquekeys(dmobject)
	hasmapping, mapping = getobjmapping(dmobject)
	if (dmobject.get('name')).endswith(".{i}."):
		fbrowse = "true"
	else:
		fbrowse = "false"

	fp = open('./.json_tmp', 'a')
	print("\"type\" : \"object\",", file=fp)
	print("\"protocols\" : [%s]," % bbfdm_type, file=fp)
	if uniquekeys != None:
		print("\"uniqueKeys\" : [%s]," % uniquekeys, file=fp)
	if (dmobject.get('access') == "readOnly"):
		print("\"access\" : false,", file=fp)
	else:
		print("\"access\" : true,", file=fp)
	if hasparam or hasobj:
		print("\"array\" : %s," % fbrowse, file=fp)
	else:
		print("\"array\" : %s" % fbrowse, file=fp)
	fp.close()
	if hasmapping:
		printOBJMaPPING (mapping)

def printPARAM( dmparam, dmobject, bbfdm_type ):
	hasmapping, mapping = getparammapping(dmobject, dmparam)
	islist, datatype, paramvalrange, paramenum, paramunit, parampattern, listminItem, listmaxItem, listmaxsize = getparamoption(dmparam)

	fp = open('./.json_tmp', 'a')
	print("\"%s\" : {" % dmparam.get('name').replace(" ", ""), file=fp)
	print("\"type\" : \"%s\"," % getparamtype(dmparam), file=fp)
	print("\"read\" : true,", file=fp)
	print("\"write\" : %s," % ("false" if dmparam.get('access') == "readOnly" else "true"), file=fp)
	print("\"protocols\" : [%s]," % bbfdm_type, file=fp)

	# create list
	if islist == 1:
		print("\"list\" : {", file=fp)

	# add datatype
	print(("\"datatype\" : \"%s\"," % datatype) if (listmaxsize != None or listminItem != None or listmaxItem != None or paramvalrange != None or paramunit != None or paramenum != None or parampattern != None or (hasmapping and islist == 0)) else ("\"datatype\" : \"%s\"" % datatype), file=fp)

	if islist == 1:
		# add maximum size of list
		if listmaxsize != None:
			print(("\"maxsize\" : %s," % listmaxsize) if (listminItem != None or listmaxItem != None or paramvalrange != None or paramunit != None or paramenum != None or parampattern != None) else ("\"maxsize\" : %s" % listmaxsize), file=fp)

		# add minimun and maximum item values
		if listminItem != None and listmaxItem != None:
			print("\"item\" : {", file=fp)
			print("\"min\" : %s," % listminItem, file=fp)
			print("\"max\" : %s" % listmaxItem, file=fp)
			print(("},") if (paramvalrange != None or paramunit != None or paramenum != None or parampattern != None) else ("}"), file=fp)
		elif listminItem != None and listmaxItem == None:
			print("\"item\" : {", file=fp)
			print("\"min\" : %s" % listminItem, file=fp)
			print(("},") if (paramvalrange != None or paramunit != None or paramenum != None or parampattern != None) else ("}"), file=fp)
		elif listminItem == None and listmaxItem != None:
			print("\"item\" : {", file=fp)
			print("\"max\" : %s" % listmaxItem, file=fp)
			print(("},") if (paramvalrange != None or paramunit != None or paramenum != None or parampattern != None) else ("}"), file=fp)

	# add minimun and maximum values
	if paramvalrange != None: 
		valranges = paramvalrange.split(";")
		print("\"range\" : [", file=fp)
		for eachvalrange in valranges:
			valrange = eachvalrange.split(",")
			if valrange[0] != "None" and valrange[1] != "None":
				print("{", file=fp)
				print("\"min\" : %s," % valrange[0], file=fp)
				print("\"max\" : %s" % valrange[1], file=fp)
				print(("},") if (eachvalrange == valranges[len(valranges)-1]) else ("}"), file=fp)
			elif valrange[0] != "None" and valrange[1] == "None":
				print("{", file=fp)
				print("\"min\" : %s" % valrange[0], file=fp)
				print(("},") if (eachvalrange == valranges[len(valranges)-1]) else ("}"), file=fp)
			elif valrange[0] == "None" and valrange[1] != "None":
				print("{", file=fp)
				print("\"max\" : %s" % valrange[1], file=fp)
				print(("},") if (eachvalrange == valranges[len(valranges)-1]) else ("}"), file=fp)
		print(("],") if (paramunit != None or paramenum != None or parampattern != None or (hasmapping and islist == 0)) else ("]"), file=fp)

	# add unit
	if paramunit != None: 
		print(("\"unit\" : \"%s\"," % paramunit) if (paramenum != None or parampattern != None or (hasmapping and islist == 0)) else ("\"unit\" : \"%s\"" % paramunit), file=fp)

	# add enumaration
	if paramenum != None: 
		print(("\"enumerations\" : [%s]," % paramenum) if (parampattern != None or (hasmapping and islist == 0)) else ("\"enumerations\" : [%s]" % paramenum), file=fp)

	# add pattern
	if parampattern != None:
		print(("\"pattern\" : [%s]," % parampattern.replace("\\", "\\\\")) if (hasmapping and islist == 0) else ("\"pattern\" : [%s]" % parampattern.replace("\\", "\\\\")), file=fp)

	# close list
	if islist == 1:
		print(("},") if hasmapping else ("}"), file=fp)

	# add mapping
	if hasmapping:
		fp.close()
		printPARAMMaPPING(mapping)
	else:
		print("}", file=fp)
		fp.close()

def printCOMMAND( dmparam, dmobject, bbfdm_type ):
	fp = open('./.json_tmp', 'a')
	print("\"%s\" : {" % dmparam.get('name'), file=fp)
	print("\"type\" : \"command\",", file=fp)
	inputfound = 0
	outputfound = 0
	for c in dmparam:
		if c.tag == "input":
			inputfound = 1
		elif c.tag == "output":
			outputfound = 1

	print(("\"protocols\" : [\"usp\"],") if (inputfound or outputfound) else ("\"protocols\" : [\"usp\"]"), file=fp)

	for c in dmparam:
		if c.tag == "input":
			print("\"input\" : {", file=fp)
			for param in c:
				if param.tag == "parameter":
					fp.close()
					printPARAM(param, dmobject, "\"usp\"")
			fp = open('./.json_tmp', 'a')
			print("}" if outputfound else "},", file=fp)

		if c.tag == "output":
			print("\"output\" : {", file=fp)
			for param in c:
				if param.tag == "parameter":
					fp.close()
					printPARAM(param, dmobject, "\"usp\"")
			fp = open('./.json_tmp', 'a')
			print("}", file=fp)

	print("}", file=fp)
	fp.close()

def printusage():
	print("Usage: " + sys.argv[0] + " <tr-xxx cwmp xml data model> <tr-xxx usp xml data model> [Object path]")
	print("Examples:")
	print("  - " + sys.argv[0] + " tr-181-2-14-1-cwmp-full.xml tr-181-2-14-1-usp-full.xml Device.")
	print("    ==> Generate the json file of the sub tree Device. in tr181.json")
	print("  - " + sys.argv[0] + " tr-104-2-0-2-cwmp-full.xml tr-104-2-0-2-usp-full.xml Device.Services.VoiceService.")
	print("    ==> Generate the json file of the sub tree Device.Services.VoiceService. in tr104.json")
	print("  - " + sys.argv[0] + " tr-106-1-2-0-full.xml Device.")
	print("    ==> Generate the json file of the sub tree Device. in tr106.json")
	print("")
	print("Example of xml data model file: https://www.broadband-forum.org/cwmp/tr-181-2-14-1-cwmp-full.xml")
	exit(1)

def getobjectpointer( objname ):
	obj = None
	for c in model1:
		if c.tag == "object" and (c.get('name') == objname or c.get('name') == (objname + "{i}.")):
			obj = c
			break
	return obj

def chech_each_obj_with_other_obj(model1, model2):
	for c in model2:
		if c.tag == "object":
			found = 0
			for obj in model1:
				if obj.tag == "object" and (obj.get('name') == c.get('name')):
					found = 1
					break
			if found == 0:
				if c.get('name').count(".") - (c.get('name')).count("{i}.") != 2:
					continue
				dmlevel = (c.get('name')).count(".") - (c.get('name')).count("{i}.") + 1
				printopenobject(c)
				object_parse_childs(c, dmlevel, 0, 0)
				printclosefile ()

def check_if_obj_exist_in_other_xml_file( objname ):
	obj = None
	found = 0
	for c in model2:
		if c.tag == "object" and (c.get('name') == objname.get('name')):
			obj = c
			found = 1
			break
	return obj, found

def chech_current_param_exist_in_other_obj(obj, c):
	bbfdm_type = ""
	for param in obj:
		if param.tag == "parameter" and param.get('name') == c.get('name'):
			bbfdm_type = "\"cwmp\", \"usp\""
			break
	if bbfdm_type == "" and "cwmp" in sys.argv[1]:
		bbfdm_type =  "\"cwmp\""
	elif bbfdm_type == "" and "usp" in sys.argv[1]:
		bbfdm_type =  "\"usp\""
	return bbfdm_type

def chech_obj_with_other_obj(obj, dmobject):
	for c in obj:
		exist = 0
		if c.tag == "parameter":
			for param in dmobject:
				if param.tag == "parameter" and c.get('name') == param.get('name'):
					exist = 1
					break
			if exist == 0 and "cwmp" in sys.argv[1]:
				printPARAM(c, obj, "\"usp\"")
			elif exist == 0 and "usp" in sys.argv[1]:
				printPARAM(c, obj, "\"cwmp\"")
		if c.tag == "command":
			printCOMMAND(c, obj, "\"usp\"")

def object_parse_childs(dmobject, level, generatelist, check_obj):
	if generatelist == 0 and (dmobject.get('name')).count(".") == 2:
		generatelistfromfile(dmobject)
	if check_obj == 1 and ("tr-181" in sys.argv[1] or "tr-104" in sys.argv[1]):
		obj, exist = check_if_obj_exist_in_other_xml_file(dmobject) 

	hasobj = objhaschild(dmobject.get('name'), level, check_obj)
	hasparam = objhasparam(dmobject)

	if check_obj == 1 and "tr-181" in sys.argv[1] and exist == 0:
		printOBJ(dmobject, hasobj, hasparam, "\"cwmp\"")
	elif check_obj == 0 and "tr-181" in sys.argv[1]:
		printOBJ(dmobject, hasobj, hasparam, "\"usp\"")
	else:
		printOBJ(dmobject, hasobj, hasparam, "\"cwmp\", \"usp\"")

	if hasparam:
		for c in dmobject:
			if c.tag == "parameter":
				if check_obj == 1 and "tr-181" in sys.argv[1] and exist == 1:
					bbfdm_type = chech_current_param_exist_in_other_obj(obj, c)
				elif check_obj == 1 and "tr-181" in sys.argv[1] and exist == 0:
					bbfdm_type = "\"cwmp\""
				elif check_obj == 0:
					bbfdm_type = "\"usp\""
				else:
					bbfdm_type = "\"cwmp\", \"usp\""
				printPARAM(c, dmobject, bbfdm_type)
			if c.tag == "command":
				printCOMMAND(c, dmobject, "\"usp\"")

	if check_obj == 1 and "tr-181" in sys.argv[1] and exist == 1:
		chech_obj_with_other_obj(obj, dmobject)

	if hasobj and check_obj:
		for c in model1:
			objname = c.get('name')
			if c.tag == "object" and dmobject.get('name') in objname and (objname.count('.') - objname.count('{i}')) == level:
				printopenobject(c)
				object_parse_childs(c, level+1, 0, 1)
				printclosefile ()

	if hasobj and check_obj == 0:
		for c in model2:
			objname = c.get('name')
			if c.tag == "object" and dmobject.get('name') in objname and (objname.count('.') - objname.count('{i}')) == level:
				printopenobject(c)
				object_parse_childs(c, level+1, 0, 0)
				printclosefile ()

	return

def generatejsonfromobj(pobj, pdir):
	generatelist = 0
	bbf.create_folder(pdir)
	removetmpfiles()
	dmlevel = (pobj.get('name')).count(".") - (pobj.get('name')).count("{i}.") + 1
	if (pobj.get('name')).count(".") == 1:
		generatelist = 0
	else:
		generatelistfromfile(pobj)
		generatelist = 1
	printopenfile ()
	printopenobject(pobj)
	object_parse_childs(pobj, dmlevel, generatelist, 1)
	if "tr-181" in sys.argv[1] and Root.count(".") == 1:
		chech_each_obj_with_other_obj(model1, model2)

	if "tr-181" in sys.argv[1] and pobj.get("name").count(".") == 1:
		dmfp = open(pdir + "/tr181.json", "a")
	elif "tr-104" in sys.argv[1] and pobj.get("name").count(".") == 2:
		dmfp = open(pdir + "/tr104.json", "a")
	elif "tr-106" in sys.argv[1] and pobj.get("name").count(".") == 1:
		dmfp = open(pdir + "/tr106.json", "a")
	else:
		dmfp = open(pdir + "/" +  (getname(pobj.get('name'))).lower() + ".json", "a")

	printclosefile ()
	printclosefile ()
	updatejsontmpfile ()
	removelastline ()

	f = open("./.json_tmp", "r")
	obj = json.load(f, object_pairs_hook=OrderedDict)
	dump = json.dumps(obj, indent=4)
	tabs = re.sub('\n +', lambda match: '\n' + '\t' * int(len(match.group().strip('\n')) / 4), dump)

	try:
		print("%s" % tabs, file=dmfp)
		dmfp.close()
	except:
		pass

	removetmpfiles()
	return dmfp.name


### main ###
if len(sys.argv) < 4:
	printusage()

if (sys.argv[1]).lower() == "-h" or (sys.argv[1]).lower() == "--help":
	printusage()

is_service_model = 0
model_root_name = "Root"

tree1 = xml.parse(sys.argv[1])
xmlroot1 = tree1.getroot()
model1 = xmlroot1

for child in model1:
	if child.tag == "model":
		model1 = child

if model1.tag != "model":
	print("Wrong %s XML Data model format!" % sys.argv[1])
	exit(1)

dmroot1 = None
for c in model1:
	if c.tag == "object" and c.get("name").count(".") == 1:
		dmroot1 = c
		break

#If it is service data model
if dmroot1 == None:
	is_service_model = 1
	for c in model1:
		if c.tag == "object" and c.get("name").count(".") == 2:
			dmroot1 = c
			break

if dmroot1 == None:
	print("Wrong %s XML Data model format!" % sys.argv[1])
	exit(1)

if "tr-181" in sys.argv[1] or "tr-104" in sys.argv[1]:
	tree2 = xml.parse(sys.argv[2])
	xmlroot2 = tree2.getroot()
	model2 = xmlroot2

	for child in model2:
		if child.tag == "model":
			model2 = child

	if model2.tag != "model":
		print("Wrong %s XML Data model format!" % sys.argv[2])
		exit(1)

	dmroot2 = None
	for c in model2:
		if c.tag == "object" and c.get("name").count(".") == 1:
			dmroot2 = c
			break

	#If it is service data model
	if dmroot2 == None:
		for c in model2:
			if c.tag == "object" and c.get("name").count(".") == 2:
				dmroot2 = c
				break

	if dmroot2 == None:
		print("Wrong %s XML Data model format!" % sys.argv[2])
		exit(1)

Root = sys.argv[3]

if "tr-181" in sys.argv[1]:
	gendir = "tr181_" + time.strftime("%Y-%m-%d_%H-%M-%S")
elif "tr-104" in sys.argv[1]:
	gendir = "tr104_" + time.strftime("%Y-%m-%d_%H-%M-%S")
	Root = (sys.argv[3])[len("Device.Services."):]
elif "tr-106" in sys.argv[1]:
	gendir = "tr106_" + time.strftime("%Y-%m-%d_%H-%M-%S")
else:
	gendir = "source_" + time.strftime("%Y-%m-%d_%H-%M-%S")

objstart = getobjectpointer(Root)

if objstart == None:
	print("Wrong Object Name! %s" % Root)
	exit(1)

filename = generatejsonfromobj(objstart, gendir)

print(filename)