def run(self):
ex = Extractor()
with open(os.path.expanduser('~/.elc/main/chat_log.txt')) as f:
line = f.readline()
while line != "":
ex.feed(line.strip())
line = f.readline()
while True:
line = f.readline()
while line != "":
if ex.feed(line.strip()):
log.info("changed location %s, '%s'" % (ex.loc, ex.map_name))
if self.window:
#~ log.debug("posting event")
evt = LocationChangedEvent(map_name=ex.map_name, loc=ex.loc)
#~ evt = LocationChangedEvent()
wx.PostEvent(self.window, evt)
line = f.readline()
log.debug("Sleeping...")
sleep(1)
self.x = True
print "thread!"
def test_dp_sto(self):
ex = Extractor()
self.assertTrue(ex.feed("Welcome to the Desert Pines storage"))
self.assertTrue(ex.feed("You are in [98,38]"))
self.assertEqual("Desert Pines storage", ex.map_name)
self.assertEqual( (98,38), ex.loc)
def test_welcome(self):
ex = Extractor()
self.assertTrue(ex.feed("Welcome to the Desert Pines storage"))
self.assertEqual("Desert Pines storage", ex.map_name)
def test_white_stone(self):
ex = Extractor()
self.assertTrue(ex.feed("Welcome to White Stone, Lakeside Village"))
self.assertEqual("White Stone, Lakeside Village", ex.map_name)
def test_portland_cave(self):
ex = Extractor()
self.assertTrue(ex.feed("You are in Portland [169,369]"))
self.assertEqual("Portland", ex.map_name)
self.assertEqual( (169,369), ex.loc)
def test_exit_dp_sto(self):
ex = Extractor()
self.assertTrue(ex.feed("You are in Desert Pines [166,100]"))
self.assertEqual("Desert Pines", ex.map_name)
self.assertEqual( (166,100), ex.loc)
#~ for item in all_nodes:
#~ print item
#~ for subitem in item.edges:
#~ print "-->" + str(subitem)
def find_location_obj(map_name, loc):
for item in all_nodes:
p = item.payload
if p.map_name() == map_name and p.loc_touple() == loc:
return item
raise Exception("not found")
import os
from get_location import Extractor
ex = Extractor()
with open(os.path.expanduser('~/.elc/main/chat_log.txt')) as f:
for line in f:
ex.feed(line.strip())
print "Your are in '%s' at %s" % (ex.map_name, ex.loc)
near_locations = []
for item in all_nodes:
if item.payload.map_name() == ex.map_name:
#~ print item
d = distance(item.payload.loc_touple(), ex.loc)
near_locations.append((d, item))
near_locations.sort()
print "\nnear_locations"
