import fetchimg
import apicache
import os.path
+import traceback
+import time
+
+#conic is used for connection handling
+import conic
+#import socket for handling socket exceptions
+import socket
# we will store our preferences in gconf
import gnome.gconf
abstract the EVE API and settings code from the UI code.
"""
+
+ about_name = 'mEveMon'
+ about_text = ('Mobile character monitor for EVE Online')
+ about_authors = ['Ryan Campbell <campbellr@gmail.com>',
+ 'Danny Campbell <danny.campbell@gmail.com>']
+
+ about_website = 'http://mevemon.garage.maemo.org'
+ app_version = '0.4'
+
+
+ GCONF_DIR = "/apps/maemo/mevemon"
+
def __init__(self):
self.program = hildon.Program()
self.program.__init__()
self.gconf = gnome.gconf.client_get_default()
+ #NOTE: remove this after a few releases
+ self.update_settings()
+ self.connect_to_network()
self.cached_api = eveapi.EVEAPIConnection( cacheHandler = \
apicache.cache_handler(debug=False))
self.gui = gui.mEveMonUI(self)
def quit(self, *args):
gtk.main_quit()
+ def update_settings(self):
+ """
+ Update from the old pre 0.3 settings to the new settings layout.
+ We should remove this eventually, once no one is using pre-0.3 mEveMon
+ """
+ uid = self.gconf.get_string("%s/eve_uid" % self.GCONF_DIR)
+
+ if uid:
+ key = self.gconf.get_string("%s/eve_api_key" % self.GCONF_DIR)
+ self.add_account(uid, key)
+ self.gconf.unset("%s/eve_uid" % self.GCONF_DIR)
+ self.gconf.unset("%s/eve_api_key" % self.GCONF_DIR)
+
+
def get_accounts(self):
"""
Returns a dictionary containing uid:api_key pairs gathered from gconf
"""
accounts = {}
- entries = self.gconf.all_entries("/apps/maemo/mevemon/accounts")
+ entries = self.gconf.all_entries("%s/accounts" % self.GCONF_DIR)
for entry in entries:
key = os.path.basename(entry.get_key())
"""
Returns the api key associated with the given uid.
"""
- return self.gconf.get_string("/apps/maemo/mevemon/accounts/%s" % uid) or ''
+ return self.gconf.get_string("%s/accounts/%s" % (self.GCONF_DIR, uid)) or ''
def remove_account(self, uid):
"""
Removes the provided uid key from gconf
"""
- self.gconf.unset("/apps/maemo/mevemon/accounts/%s" % uid)
+ self.gconf.unset("%s/accounts/%s" % (self.GCONF_DIR, uid))
def add_account(self, uid, api_key):
"""
Adds the provided uid:api_key pair to gconf.
"""
- self.gconf.set_string("/apps/maemo/mevemon/accounts/%s" % uid, api_key)
+ self.gconf.set_string("%s/accounts/%s" % (self.GCONF_DIR, uid), api_key)
def get_auth(self, uid):
"""
try:
auth = self.cached_api.auth(userID=uid, apiKey=api_key)
- except eveapi.Error:
+ except:
+ traceback.print_exc()
return None
return auth
"""
try:
sheet = self.get_auth(uid).character(char_id).CharacterSheet()
- except eveapi.Error:
+ except:
# TODO: we should really have a logger that logs this error somewhere
+ traceback.print_exc()
return None
return sheet
try:
chars = self.cached_api.eve.CharacterName(ids=char_id).characters
name = chars[0].characterName
- except eveapi.Error:
+ except:
+ traceback.print_exc()
return None
return name
try:
chars = self.cached_api.eve.CharacterID(names=name).characters
char_id = chars[0].characterID
- except eveapi.Error:
+ char_name = chars[0].name
+ except:
+ traceback.print_exc()
return None
return char_id
-
+ def get_chars_from_acct(self, uid):
+ """
+ Returns a list of characters associated with the provided user ID.
+ """
+ auth = self.get_auth(uid)
+ if not auth:
+ return None
+ else:
+ try:
+ api_char_list = auth.account.Characters()
+ char_list = [char.name for char in api_char_list.characters]
+ except:
+ traceback.print_exc()
+ return None
+
+ return char_list
+
def get_characters(self):
"""
- Returns a list of (character_name, image_path) pairs from all the
+ Returns a list of (character_name, image_path, uid) tuples from all the
accounts that are registered to mEveMon.
If there is an authentication issue, then instead of adding a valid
if not acct_dict:
return [placeholder_chars]
- for uid, api_key in acct_dict.items():
- auth = self.cached_api.auth(userID=uid, apiKey=api_key)
- try:
- api_char_list = auth.account.Characters()
+ for uid in acct_dict.keys():
+ char_names = self.get_chars_from_acct(uid)
+
+ if not char_names:
+ ui_char_list.append(placeholder_chars)
+ else:
# append each char we get to the list we'll return to the
# UI --danny
- for character in api_char_list.characters:
- ui_char_list.append( ( character.name, fetchimg.portrait_filename( character.characterID, 64 ), uid) )
- except eveapi.Error:
- ui_char_list.append(placeholder_chars)
-
+ for char_name in char_names:
+ ui_char_list.append((char_name, self.get_portrait(char_name, 64) , uid) )
+
return ui_char_list
def get_portrait(self, char_name, size):
"""
- Returns the relative path of the retrieved portrait
+ Returns the file path of the retrieved portrait
"""
char_id = self.char_name2id(char_name)
+
return fetchimg.portrait_filename(char_id, size)
def get_skill_tree(self):
"""
try:
tree = self.cached_api.eve.SkillTree()
- except eveapi.Error:
+ except:
+ traceback.print_exc()
return None
return tree
"""
Returns an object from eveapi containing information about the
current skill in training
-
"""
try:
skill = self.get_auth(uid).character(char_id).SkillInTraining()
- except eveapi.Error:
+ except:
+ traceback.print_exc()
return None
return skill
+ def connection_cb(self, connection, event, mgc):
+ """
+ I'm not sure why we need this, but connection.connect() won't work
+ without it, even empty.
+ """
+ pass
+
+
+ def connect_to_network(self):
+ """
+ This will connect to the default network if avaliable, or pop up the
+ connection dialog to select a connection.
+ Running this when we start the program ensures we are connected to a
+ network.
+ """
+ connection = conic.Connection()
+ #why 0xAA55?
+ connection.connect("connection-event", self.connection_cb, 0xAA55)
+ assert(connection.request_connection(conic.CONNECT_FLAG_NONE))
+
+
+ def get_sp(self, uid, char_id):
+ """
+ Adds up the SP for all known skills, then calculates the SP gained
+ from an in-training skill.
+ """
+ actual_sp = 0
+
+ sheet = self.get_char_sheet(uid, char_id)
+ for skill in sheet.skills:
+ actual_sp += skill.skillpoints
+
+ live_sp = actual_sp + self.get_training_sp(uid, char_id)
+
+ return live_sp
+
+ def get_spps(self, uid, char_id):
+ """
+ Calculate and returns the skill points per hour for the given character.
+ """
+ skill = self.get_skill_in_training(uid, char_id)
+
+ if not skill.skillInTraining:
+ return (0, 0)
+
+ total_sp = skill.trainingDestinationSP - skill.trainingStartSP
+ total_time = skill.trainingEndTime - skill.trainingStartTime
+
+ spps = float(total_sp) / total_time
+
+ return (spps, skill.trainingStartTime)
+
+ def get_training_sp(self, uid, char_id):
+ """
+ returns the additional SP that the in-training skill has acquired
+ """
+ spps_tuple = self.get_spps(uid, char_id)
+
+ if not spps_tuple:
+ return 0
+ spps, start_time = spps_tuple
+ eve_time = time.time() #evetime is utc, right?
+ time_diff = eve_time - start_time
+
+ return (spps * time_diff)
+
if __name__ == "__main__":
app = mEveMon()
projects / mevemon / blobdiff