def __init__(self, g):
UI.__init__(self)
#self.apiToken = apiToken
self.google = g
# TODO: verify on creation that (self.data.short_name, self.data.fraternity, self.data.name) in list of contacts creates a unique person, if it doesn't we need to rethink the keys
HouseData = collections.namedtuple(
'HouseData', spreadsheet_constants.house_data_header)
ContactData = collections.namedtuple(
'ContactData', spreadsheet_constants.contact_data_header)
print('Using the following namedtuple class for house data:')
print(HouseData._fields)
print('Using the following namedtuple class for contact data:')
print(ContactData._fields)
# maybe we should hold Iaddressees and Iemailaddresses in two lists
self.houses = []
self.contacts = []
for data in g.get_clean_data(
spreadsheet_constants.sheet_names['houses'],
spreadsheet_constants.ffill_column_names['houses']
)[1:]: # skip the header
self.houses.append(
House(
HouseData(
*(data[:spreadsheet_constants.house_data_header_length]
))))
for data in g.get_clean_data(
spreadsheet_constants.sheet_names['contacts'],
spreadsheet_constants.ffill_column_names['contacts']
)[1:]: # skip the header
# look up the right house in the list of houses
lookup_tuple = tuple(
data[:spreadsheet_constants.columns_that_define_unique_house])
for house in self.houses:
if lookup_tuple == house.data[:spreadsheet_constants.
columns_that_define_unique_house]:
self.contacts.append(
Contact(
ContactData(
*(data[:spreadsheet_constants.
contact_data_header_length - 1]),
house.data))
) # subtract 1 so we can add the house data named tuple to the contact data
break
print('Loaded {} houses and {} people'.format(len(self.houses),
len(self.contacts)))
def __init__ (self, store, pics):
if has_gtk == 0:
raise GtkUnavailable
UI.__init__(self, store)
self.gladexml = gtk.glade.XML(GLADE_INTERFACE)
dic = { "on_quit1_activate" : self.quit,
"on_quit_without_saving2_activate" : self.die,
"on_save1_activate" : self.save_store,
"on_main_destroy" : self.die,
"on_SaveButton_clicked" : self.savenext,
"on_SameButton_clicked" : self.samenext,
"on_SkipButton_clicked" : self.next,
"on_about1_activate" : self.about,
"on_closebutton1_clicked" : self.about_close,
"on_saveandquit_activate" : self.savequit,
}
self.gladexml.signal_autoconnect(dic)
self.status = self.gladexml.get_widget("Status")
self.name = self.gladexml.get_widget("ImageName")
self.title = self.gladexml.get_widget("TitleField")
self.desc = self.gladexml.get_widget("DescriptionField")
self.image = self.gladexml.get_widget("Image")
self.saveButton= self.gladexml.get_widget("SaveButton")
self.sameButton= self.gladexml.get_widget("SameButton")
self.skipButton= self.gladexml.get_widget("SkipButton")
self.aboutbox= self.gladexml.get_widget("AboutBox")
self.progressBar = self.gladexml.get_widget("AnswerProgress")
abouttitle = self.gladexml.get_widget("AboutTitle")
abouttitle.set_label(re.sub("VERSION", Version.v, abouttitle.get_label()))
self.args = pics
if len(self.args) > 0:
self.progress_step = 1.0 / len(self.args)
self.show_picturedata(self.args[0])
self.args = self.args[1:]
else:
self.error("No image specified")
sys.exit(0)
gtk.main()
sys.exit(0)
def __init__(self):
UI.__init__(self)
