convert.py 4.04 KB


import untangle
import sys
import os
import argparse
import sqlite3
import shlex

#  To Install:
#     * Install python 2.7.X
#     * pip install untangle

# Edit the fields below for each file. If there are other files just add them to the hash.

field_list = {
	"items-armor.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular",  "log-name-plural", "level", "iLevel", "slots", "races", "jobs", "superior-level", "shield-size", "max-charges", "casting-time" ,"use-delay", "reuse-delay"],
		"calculated": {"jobs": "divide_hex_by_2"}},
	"items-armor2.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular",  "log-name-plural", "level", "iLevel", "slots", "races", "jobs", "superior-level", "shield-size", "max-charges", "casting-time" ,"use-delay", "reuse-delay"],
		"calculated": {"jobs": "divide_hex_by_2"}},
	"items-currency.xml":
		{"fields": ["id", "flags", "name", "description", "log-name-singular", "log-name-plural"],
		"calculated": {}},
	"items-general.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular", "log-name-plural", "element", "storage-slots"],
		"calculated": {}},
	"items-general2.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular", "log-name-plural", "element", "storage-slots"],
		"calculated": {}},
	"items-puppet.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular", "log-name-plural", "puppet-slot", "element-charge"],
		"calculated": {}},
	"items-usable.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular", "log-name-plural", "activation-time"],
		"calculated": {}},
	"items-voucher-slip.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular", "log-name-plural"],
		"calculated": {}},
	"items-weapons.xml":
		{"fields": ["id", "flags", "stack-size", "valid-targets", "name", "description", "log-name-singular", "log-name-plural", "level", "iLevel", "slots", "races", "jobs", "superior-level", "damage", "delay", "dps", "skill", "jug-size", "max-charges", "casting-time", "use-delay", "reuse-delay"],
		"calculated": {"jobs": "divide_hex_by_2"}},


	}

# Takes in a hex string in the formats: 0xDEADBEEF or DEADBEEF
# Outputs integer of the hex string divided by 2
def divide_hex_by_2(hexstring):
	return int(hexstring, 16) / 2
#print(divide_hex_by_2("0xDEADBEEF"))
#print(divide_hex_by_2("00080BE6"))
#quit()

parser = argparse.ArgumentParser()
parser.add_argument('-s', '--sourcexml', required=True, help="Source XML Directory")
parser.add_argument('-o', '--outputdb', required=True, help="Destination SQLite Database")
args = parser.parse_args()

print ("Source XML Directory: %s" % (args.sourcexml,))
print ("Destination SQLite DB: %s" % (args.outputdb,)) 

conn = sqlite3.connect(args.outputdb)
c = conn.cursor()

for filename in os.listdir(args.sourcexml):
	if filename.endswith(".xml"):
		try:
			fields = (', '.join('"' + item + '"' for item in field_list[filename]["fields"]))
			query = "CREATE TABLE \"%s\" (%s)" % (filename, fields)
			c.execute(query)
			conn.commit()
		except sqlite3.OperationalError:
			pass
		source_file = os.path.join(args.sourcexml, filename)
		print ("Parsing File: %s" % (source_file,))
		doc = untangle.parse(source_file)
		for item in doc.thing_list.thing:
			row = []
			for field_name in field_list[filename]["fields"]:
				field_set = False
				for field in item.children:
					if field['name'] == field_name:
						if field['name'] in field_list[filename]['calculated']:
							function_name = field_list[filename]['calculated'][field['name']]
							function = locals()[function_name]
							row.append(function(field.cdata))
						else:
							row.append(field.cdata)
						field_set = True
				if not field_set:
					row.append(0)
			query = "INSERT INTO \"%s\" VALUES(%s)" % (filename, ','.join('?' * len(row)))
			c.execute(query, row)
		conn.commit()

c.close()