def post(self):
storage_name = self.request.get('storage_name')
desired = storage_key(storage_name)
bases = Database.all().ancestor(desired)
d = get_database(bases, self.request.get('base_name'), desired)
# d.content = db.Text(sa.modify(str(d.content))) + db.Text(sa.modify(self.request.get('content')))
# Running into problems with the alternate encoding schemes: if the string in the input already contains
# exotic characters, then the textarea attribute fails miserably and dies, throwing a unicode error.
# Even before we get to where I can affect the format in any way, askii is already assumed. Same with
# reading data off: I cannot pass unicode in utf_16 to my functions; they need strings. For now, sticking
# with askii.
# print "Before"
new = f.to_saveformat(self.request.get('content'))
# print "After"
d.content += db.Text(new)
# d.content += db.Text(str(new[:-2]), encoding='utf_16') #The -1 at the end is to strip byte 0x0a, always at the end.
# The one above are attempts at a happier world, where Russian characters are not prejudiced against. Too much work; focus on html encoding first, then
# get around to non-askii standards of encoding.
# print d.content
d.put()
# print d.name + '</br>'
# print d.content + '</br>'
# bases = Database.all().ancestor(desired)
# d = get_database(bases, self.request.get('name'), desired)
# print d.name + '</br>'
# print d.content + '</br>'
self.redirect('/?' + urllib.urlencode({'storage_name': storage_name}))
def post(self):
# print ""
storage_name = self.request.get('storage_name')
desired = storage_key(storage_name)
bases = Database.all().ancestor(desired)
d = get_database(bases, self.request.get('base_name'), desired)
ind = int(self.request.get('index'))
game = f.to_saveformat(self.request.get('game'), True)
old = str(d.content)
new = f.save_game(old, ind, game)
d.content = db.Text(new)
d.put()
self.redirect('/?' + urllib.urlencode({'storage_name': storage_name}))
