def create_item(username, itemname, kwargs):
thing = Thing(owner=username, name=itemname)
for key, value in kwargs.items():
setattr(thing, key, value)
thing.save()
print thing, 'saved with _id', thing._id
def create_item(username, itemname, kwargs):
thing = Thing(owner=username, name=itemname)
for key, value in kwargs.items():
setattr(thing, key, value)
thing.save()
print thing, 'saved with _id', thing._id
def main():
make_dir("things")
chunks = build_chunks()
for chunk in chunks:
headers = get_headers()
futures = [fetch.remote(thing_id, headers) for thing_id in chunk]
results = ray.get(futures)
Thing.insert_many(results).on_conflict_replace().execute()
def add_things(self, user):
# Add 10 Things
things = [
'read War and Peace',
'sky dive',
'learn to SCUBA dive',
'get a university degree',
'learn to sail',
'learn to kite board',
'learn to play guitar',
'learn archery',
'learn spanish',
'learn chinese',
]
self.response.out.write('<hr/>Adding things to do<hr/>')
# Get all list items for the current user
query = UserListItems.gql('WHERE user = :user', user=user)
user_list_items = query.get()
if user_list_items is None:
user_list_items = UserListItems(user=user)
for name in things:
thing = Thing()
thing.title = name
thing.put()
# Add Reference to the Thing from User
user_list_item = UserListItem()
user_list_item.user = user
user_list_item.list_item = thing
# Update the list of items the user has
user_list_items.list_items.append(thing.key())
# Add the specifics of the user list item linkage
user_list_item = UserListItem()
user_list_item.user = user
user_list_item.list_item = thing
one_year = datetime.timedelta(days=365)
today = datetime.datetime.today()
user_list_item.date_due = today + one_year
user_list_item.put()
self.response.out.write('Added %s<br/>' % thing)
def log_recommendation(recommendation, recommended_by, notes, location,
kind, url, when):
with get_values(recommendation, recommended_by, notes, location, kind,
url, when) as values:
recommendation, recommended_by, notes, location, kind, url, when = values
when = when.strip()
if when:
when = parse_timestr(when)
with Base.get_session() as sess:
thing = Thing.get_row(recommendation, recommended_by, kind,
sess)
if abs(datetime.datetime.now() -
thing.modified_at).total_seconds() > 1:
html_display_of_duplicate_recommendation.value = str(thing)
#run_search(thing.name).to_html()
message = "an entry with this thing.name already exists"
raise Exception(message)
thing.notes = notes
thing.location_str = location
thing.url = url
if when:
thing.created_at = when
sess.commit()
return
def get_thing(thing_id):
thing = Thing.get(thing_id)
print '{key}: {val}'.format(key='_id', val=thing._id)
print '{key}: {val}'.format(key='_rev', val=thing._rev)
for key in thing.all_properties().keys():
print '{key}: {val}'.format(key=key, val=getattr(thing, key))
def list_things():
header = '{:35s} {:15s} {:15s}'.format('Id', 'Owner', 'Name')
print header
print '=' * len(header)
things = Thing.view('things/by_owner_name', include_docs=True, reduce=False)
for thing in things:
print '{:35s} {:15s} {:15s}'.format(thing._id, thing.owner, thing.name)
def home(request):
"""Home view with a little introduction and maybe some aggregate data."""
recent_opinions = Opinion.objects.all()[:10]
recent_versus = VersusOpinion.objects.all()[:10]
recent = sorted(list(recent_opinions) + list(recent_versus),
key=lambda r: r.date, reverse=True)[:10]
random_things = Thing.get_random()
return render_to_response('opinions/home.html', {'recent_opinions':
recent, 'random_things': random_things},
context_instance=RequestContext(request))
def list_things():
header = '{:35s} {:15s} {:15s}'.format('Id', 'Owner', 'Name')
print header
print '=' * len(header)
things = Thing.view('things/by_owner_name',
include_docs=True,
reduce=False)
for thing in things:
print '{:35s} {:15s} {:15s}'.format(thing._id, thing.owner, thing.name)
def get_status():
header = '{:35s} {:15s} {:15s}'.format('Id', 'Owner', 'Status')
print header
print '=' * len(header)
things = Thing.view('things/status', group_level=2)
for result in things:
print '{:35s} {:15s} {:15s}'.format(result['key'][1], result['key'][0],
result['value'])
def list_things():
header = '{:15s} {:8s}'.format('Owner', '# Things')
print header
print '=' * len(header)
owners = Thing.view('things/by_owner_name', group_level=1)
for owner_status in owners:
owner = owner_status['key'][0]
thing_count = owner_status['value']
print '{:15s} {:8d}'.format(owner, thing_count)
def get_status():
header = '{:35s} {:15s} {:15s}'.format('Id', 'Owner', 'Status')
print header
print '=' * len(header)
things = Thing.view('things/status',
group_level = 2
)
for result in things:
print '{:35s} {:15s} {:15s}'.format(result['key'][1], result['key'][0], result['value'])
def build_chunks():
existing_records = list(Thing.select(Thing.id))
existing_ids = [record.id for record in existing_records]
naive_range = list(range(START_ID, END_ID))
diff = list(set(naive_range) - set(existing_ids))
return [
diff[i * CHUNK_SIZE:(i * CHUNK_SIZE) + CHUNK_SIZE]
for i in range(ceil(len(diff) / CHUNK_SIZE))
]
def index():
things = Thing.query.filter_by(status=True).order_by(
Thing.timestamp.desc()).all()
form = to_do_Form()
if form.validate_on_submit():
body = form.body.data
thing = Thing(body=body)
db.session.add(thing)
db.session.commit()
flash('待办事项已经添加！')
return redirect(url_for('index'))
return render_template('index.html', form=form, things=things)
def lend_thing(username, thing_id, to_user):
try:
thing = Thing.get(thing_id)
except ResourceNotFound:
print 'Thing not found'
return
lending = Lending(thing=thing_id, owner=username, to_user=to_user)
lending.save()
print lending, 'saved with _id', lending._id
def setUp(self):
thing1 = Thing(name="Thing1")
thing1.save()
thing1 = Thing.objects.get(name="Thing1")
thing2 = Thing(name="Thing2")
thing2.save()
thing2 = Thing.objects.get(name="Thing2")
v = DataPoint(value={"state":"open"}, thing=thing1)
v.save()
v = DataPoint(value={"state":"closed"}, thing=thing1)
v.save()
v = DataPoint(value={"state":"frobbed"}, thing=thing1)
v.save()
v = DataPoint(value={"state":"closed"}, thing=thing1)
v.save()
v = DataPoint(value={"state":"frobbed"}, thing=thing1)
v.save()
v = DataPoint(value={"state":"closed"}, thing=thing1)
v.save()
v = DataPoint(value={"state":"frobbed"}, thing=thing1)
v.save()
v = DataPoint(value={"state":"blipped"}, thing=thing2)
v.save()
v = DataPoint(value={"state":"blipped"}, thing=thing2)
v.save()
v = DataPoint(value={"state":"blipped"}, thing=thing2)
v.save()
def list_things():
header = '{:15s} {:8s}'.format('Owner', '# Things')
print header
print '=' * len(header)
owners = Thing.view('things/by_owner_name',
group_level = 1
)
for owner_status in owners:
owner = owner_status['key'][0]
thing_count = owner_status['value']
print '{:15s} {:8d}'.format(owner, thing_count)
def callback(line):
seq = line['seq']
doc = line['doc']
if doc.get('doc_type', None) == 'Thing':
obj = Thing.wrap(doc)
elif doc.get('doc_type', None) == 'Lending':
obj = Lending.wrap(doc)
else:
# we also have other types of documents - _design docs
return
print '{:5d} {:s} {:s}'.format(seq, line['id'], obj)
def addPresent(user_id, wh_id, typeid=None):
thing1 = Thing(avatar=1,
name=u"邻仓主题T恤",
time_saved=datetime.now(),
typeid=1,
gender=2,
units=1,
subtype_name=u"",
user_belong_to_id=user_id,
wh_in_id=wh_id,
state=1,
present_id=1,
notes=u"新用户赠送")
thing1.save()
thing2 = Thing(avatar=1,
name=u"邻仓主题书签",
time_saved=datetime.now(),
typeid=3,
gender=2,
units=1,
subtype_name=u"书签",
user_belong_to_id=user_id,
wh_in_id=wh_id,
state=1,
present_id=2,
notes=u"新用户赠送")
thing2.save()
if typeid:
typeid = int(typeid)
itemList = Thing.objects.filter(user_belong_to_id=user_id).filter(
state=1).filter(typeid=typeid).order_by('-tid')[0:PAGECOUNT]
else:
logger.debug("123456789")
itemList = Thing.objects.filter(user_belong_to_id=user_id).filter(
state=1).order_by('-tid')[0:PAGECOUNT]
return itemList
def addNewItem(request):
character = request.POST.get("character", u'未知')
timeAdd = datetime.now()
typeid = request.POST.get("typeid", 7)
typeid = int(typeid)
gender = request.POST.get("gender", 2)
gender = int(gender)
avatar = request.FILES.get("avatar", None)
if avatar:
_hasAvatar = 1
else:
_hasAvatar = 0
subtype_name = request.POST.get("subname", u"未知")
user_belong_to_id = request.POST.get("uid", None)
wh_in_id = request.POST.get("whid", None)
_name = TYPECONSTANT[typeid] + "-" + subtype_name + "-" + character
if not user_belong_to_id or not wh_in_id:
return Jsonify({
"status": False,
"error": 1101,
"error_message": "信息不足, 请输入用户id以及仓库id。"
})
thing = Thing(avatar=_hasAvatar,
name=_name,
time_saved=timeAdd,
typeid=typeid,
gender=gender,
subtype_name=subtype_name,
user_belong_to_id=user_belong_to_id,
wh_in_id=wh_in_id,
state=1)
thing.save()
_tid = thing.tid
thing = model_to_dict(thing)
del (thing['time_saved'])
del (thing['state'])
del (thing['user_belong_to'])
if False:
currentPath = AVATARPATH + str(_tid) + ".png"
data = ""
for chunk in avatar.chunks():
data += chunk
try:
state = Picture().uploadPicture(currentPath, data)
if state:
return Jsonify({
"status": True,
"error": "",
"error_message": "",
"tid": _tid
})
else:
logger.error("1109 UPYUN UPLOAD FAILED")
try:
_user = User.objects.get(uid=user['uid'])
_user.avatar = False
_user.save()
except Exception, e:
logger.error(e)
logger.error("1109 User Acquirement Fail")
return Jsonify({
"status": False,
"error": "1109",
"error_message": "图片上传失败, 使用默认图片。",
"thing": thing
})
except Exception, e:
logger.error("upload error")
logger.error(e)
return Jsonify({
"status": False,
"error": "1109",
"error_message": "图片上传失败, 使用默认图片。"
})
connections = set()
#Ininial data
#Setup DB
dbconn = sqlite3.connect('db.sqlite3')
cursor = dbconn.cursor()
cursor.execute('''CREATE TABLE if not exists things (pk INTEGER PRIMARY KEY,
name TEXT UNIQUE, img TEXT)''')
cursor.execute('''CREATE TABLE if not exists items
(pk INTEGER PRIMARY KEY, x INTEGER, y INTEGER, name TEXT, count INTEGER, UNIQUE (x, y, name))'''
)
cursor.execute('''DELETE FROM things''')
cursor.execute('''DELETE FROM items''')
dbconn.commit()
#Create 2 fruit
apple = Thing('apple', '/media/img/apple.png')
banana = Thing('banana', '/media/img/banana.png')
apple.create(cursor, dbconn)
banana.create(cursor, dbconn)
#Create stock
stock = Stock(3, 3, ['banana', 'apple'])
#Fill all cells
[i.create(cursor, dbconn) for i in stock]
#Image dict for frontend
images = {}
[images.setdefault(i.name, i.img) for i in [apple, banana]]
class WebSocketHandler(WebSocketHandler):
# accept all cross-origin traffic