def admin(): # admin view pending request list
statement = """SELECT * FROM Request r INNER JOIN BaseProperty bp ON bp.PropertyID = r.PropertyID WHERE bp.OwnershipID = '7EE30661-80AD-4862-966B-7279D0F80D22'"""
request_list = []
records = Get.read_all(statement=statement)
for record in records:
request_list.append(vars(Request.Request(record)))
return request_list
def render_request():
if request.method == 'POST':
form = RequestForm()
goal = form.goals.data
hour = form.hours.data
name = form.name.data
phone = form.phone.data
with app.app_context():
new_client = Client(name=name, phone=phone)
db.session.add(new_client)
new_request = Request(
client=new_client,
hour=Hour.query.filter(Hour.code == hour).first(),
goal=Goal.query.filter(Goal.code == goal).first())
db.session.add(new_request)
db.session.commit()
return render_template('request_done.html',
goal=goals[goal],
hours=hours[hour],
name=name,
phone=phone)
else:
form = RequestForm()
return render_template('request.html', form=form)
def Makerequest(id):
user = session.query(User).filter_by(id=id).first()
if request.method=='POST':
location=request.form['location']
if location=="" or request.form['meal_type']==""or request.form['date']=="" or request.form['time']=="":
flash('this two input should not be empty')
return render_template('RequestPage.html',user=user)
latitude,longitude=getGeocodeLocation(location)
if latitude=="zero":
flash('Sorry,can not find your location')
return render_template('RequestPage.html',user=user)
restaurant_info=findARestaurant(request.form['meal_type'],location)
if restaurant_info=="No Restaurants Found":
flash('Sorry,can not find the target restaurant according your meal type')
return render_template('RequestPage.html',user=user)
meal_time=request.form['date']+request.form['time']
Re=Request(user_id=id)
Re.meal_type=request.form['meal_type']
Re.latitude=latitude
Re.longitude=longitude
Re.location_string=location
session.add(Re)
session.commit()
return render_template('RequestPage.html',user=user)
else:
return render_template('RequestPage.html',user=user)
def create_request(data, current_user: User, project_id):
"""Crea una request."""
project = Project.query.filter_by(project_id=project_id).first()
if not project:
return jsonify({'message': 'No project found!'}), 404
if current_user != project.user:
return jsonify({
'message':
'You don\'t have permission to create a request in that project!'
}), 403
if create_request_validator.validate(data):
for req in project.requests:
if req.name == data['name']:
return jsonify(
{'message':
'A request with that name already exists'}), 409
one_request = Request(**data)
db.session.add(one_request)
project.requests.append(one_request)
db.session.commit()
return jsonify({
'message': 'New request created!',
'request': request_schema.dump(one_request).data
})
else:
return jsonify({
'message': 'Request not created!',
'errors': create_request_validator.errors
}), 400
def add_connection_request(current_user_id, other_user_id):
"""Adds a connection request to the db"""
new_request = Request(requester_id=current_user_id,
requestee_id=other_user_id)
db.session.add(new_request)
db.session.commit()
return new_request.request_id
def create_request(connection, borrower, lender, lent=False):
"""Creates a book request"""
req = Request(connection_id=connection.id,
borrower=borrower,
lender=lender,
lent=lent)
db.session.add(req)
db.session.commit()
def submission_form():
"""Display previous selections, collect phone number, and commit to db"""
if request.method == "GET":
list_of_objs = []
available_list = []
avail_num = []
totals = []
for campsite in session["campsites"]:
site_obj = Campsite.query.filter_by(id=campsite).one()
list_of_objs.append(site_obj)
resp = check_availability(session["date_start_dt"],
session["date_end_dt"], campsite)
available = get_num_available_sites(resp, session["date_start_dt"],
session["date_end_dt"])
available_list.append(available)
avail_num.append(available[0])
for item in available_list:
chars = item.split()
totals.append(chars[5])
return render_template(
"submission_form.html",
campsites=session["campsites"],
list_of_objs=list_of_objs,
date_start=session["date_start"],
date_end=session["date_end"],
available=available_list,
avail_num=avail_num,
totals=totals,
)
else:
phone = request.form["phone"]
valid = is_valid_number(phone)
if is_valid_number(phone) is True:
new_user = User(phone=phone)
db.session.add(new_user)
db.session.commit()
user_id = new_user.user_id
session["user_id"] = user_id
for site in session["campsites"]:
new_request = Request(
user_id=session["user_id"],
campsite_id=site,
date_start=session["date_start_dt"],
date_end=session["date_end_dt"],
)
db.session.add(new_request)
db.session.commit()
return render_template("confirm.html")
def create_request(user_id, mask_id):
# healthcare_center,
# address,
# num_packs):
"""Create and return a request instance"""
request = Request(user_id=user_id, mask_id=mask_id)
# healthcare_center=healthcare_center,
# address=address,
# num_packs=num_packs)
db.session.add(request)
db.session.commit()
return request
def Makerequest(id):
user = session.query(User).filter_by(id=id).first()
if request.method == 'POST':
location = request.form['location']
latitude, longitude = getGeocodeLocation(location)
meal_time = request.form['location']
Re = Request(user_id=id)
Re.meal_type = request.form['meal_type']
Re.latitude = latitude
Re.longitude = longitude
Re.location_string = location
session.add(Re)
session.commit()
return render_template('RequestPage.html', user=user)
else:
return render_template('RequestPage.html', user=user)
def post():
feature_request_response = json.loads(request.data)
feature_request = Request(feature_request_response['title'],
feature_request_response['description'],
feature_request_response['client_id'],
feature_request_response['client_priority'],
feature_request_response['target_date'],
feature_request_response['product_id'])
feature_request.insert(feature_request)
feature_request.save()
return jsonify({
'status': 'success',
'reason': 'Feature request added',
'feature_request': feature_request.to_json(feature_request)
}), 201
def request_seats():
""" Add request for a seat to database """
# Retrieve number of seats, ride_id from form
seats = request.form.get('seats')
ride_id = request.form.get('ride_id')
requester = session['current_user']
print '\n\nuser_id: {}, seats: {}, ride_id: {}\n\n'.format(
requester, seats, ride_id)
# Request instance
new_request = Request(ride_id=ride_id, requester=requester, seats=seats)
db.session.add(new_request)
db.session.commit()
return redirect('/profile/{}'.format(requester))
def participateUserOrder():
# if True or not request.form or not 'orderId' in request.form:
# abort(400)
# else:
try:
data = json.loads(request.get_data(as_text=True))
requestid = Request.query.count()
order = Order.query.filter(Order.id == data['orderId']).first()
user = User.query.filter(User.id == data['userId']).first()
times = ''
for time in data['timelist']:
times = times + time['day'] + " " + time['time'] + ";"
oldRequest = Request.query.filter(
and_(Request.orderid == data['orderId'],
Request.userid == data['userId'])).first()
if not oldRequest:
newRequest = Request(
int(requestid), int(data['orderId']), int(data['userId']),
str(user.latitude) + "," + str(user.longitude), times, "",
data['description'], order.price)
db.session.add(newRequest)
else:
db.session.query(Request).filter(
and_(Request.orderid == data['orderId'],
Request.userid == data['userId'])).update({
"timeproposed":
oldRequest.timeproposed + times,
"description":
oldRequest.description + ";" + data['description']
})
oldorder = Order.query.filter(Order.id == data['orderId']).first()
db.session.query(Order).filter(Order.id == data['orderId']).update(
{"requestlist": oldorder.requestlist + str(requestid) + ","})
db.session.commit()
db.session.close()
except:
abort(500)
else:
return jsonify(request.get_data(as_text=True)), 201
def request_ride():
#tried using fetch
data = request.get_json()
print(data)
print(data['ride_id'])
ride_id = data['ride_id']
rider_msg = data['rider_msg']
# ride_id = request.form.get('ride_id')
# rider_msg = request.form.get('rider_msg')
# print('tHIS IS THE RIDE_ID', ride_id)
ride = crud.get_ride_by_id(ride_id)
driver_id = ride.driver_id
req = crud.get_request(rider_id=session['user_id'], ride_id=ride_id)
print('THIS IS THE REQUEST INFORMATION:', req)
print('THIS IS THE RIDER MESSAGE', rider_msg)
print('THIS IS THE RIDE ID', ride, 'THIS IS THE DRIVER ID', driver_id)
if req is None:
if driver_id != session['user_id']:
add_req = Request(ride_id=ride_id,
rider_id=session['user_id'],
status='Pending')
db.session.add(add_req)
db.session.commit()
resp = jsonify({'msg': "Ride successfully requested."})
#print('THIS IS THE DRIVERs FIRST NAME', add_req.ride.user.first_name)
#print('THIS IS THE RIDERS PHONE NUM', add_req.user.phone_num)
# send_twilio_message = client.messages.create(
# to= add_req.ride.user.phone_num,
# from_= twilio_phone_num , #(rider aka session['user_id']) add_req.user.phone_num
# body= rider_msg)
else:
resp = jsonify({'msg': "You cannot request your own ride."})
else:
resp = jsonify({'msg': "You already requested this ride."})
print('THIS IS THE DRIVER ID', req.ride.driver_id)
return resp
def load_requests_offers(num_of_users, num_requests):
""" Function to load requests into the DB: arbitrary first half are
requesters, second half are volunteers"""
print(f"num of users {num_of_users}")
requesters = round(num_of_users / 2)
volunteers = num_of_users - requesters
print("**** CREATING REQUESTS ****")
print(f"Requesters = {requesters}")
print(f"Volunteers = {volunteers}")
boolean_choice = [True, False]
i = 0
requester_id = 0
volunteer_id = num_of_users
# volunteer_index = num_of_users
# print(f"volunteer index {volunteer_index}")
for i in range(requesters):
requester_id = requester_id + 1
volunteer_id = volunteer_id - 1
print(f"Requester: {requester_id} Volunteer: {volunteer_id}")
notes = faker.text()
print(f"Notes: {notes}")
fulfilled = random.choice(boolean_choice)
print(f"fulfilled = {fulfilled}")
created_on = faker.date()
print(f"created_on: {created_on}")
modified_on = created_on
#service is being requested by the requester - which because
# of the way we are seeding the database - the requester's address id
# is the same as their id.
service_needed_at = requester_id
request = Request(requester_user_id=requester_id,
volunteer_user_id=volunteer_id,
notes=notes,
fulfilled=fulfilled,
created_on=created_on,
modified_on=modified_on,
service_needed_at=service_needed_at)
print(request)
i += 1
# volunteer_index -+ 1
# Add the request instance to the session so it will be stored.
db.session.add(request)
# Once we're done inserting all the users, commit the changes to the
# database
db.session.commit()
print("**** CREATING VOLUNTEER OFFERS***")
j = requesters
print("######## j = ", j)
offerer_uid = requesters
for j in range(num_of_users):
print("######## j = ", j)
# create a volunteer offer for each of the second half of the users
# created with load_users(amount_to_generate)
if offerer_uid != num_of_users:
offerer_uid = offerer_uid + 1
expiration_date = faker.date_this_month()
print(f"expiration_date: {expiration_date}")
create_on = faker.date_between()
print(f"create_on: {created_on} ")
modified_on = create_on
recurring = random.choice(boolean_choice)
print(f"recurring: {recurring}")
description = faker.text()
print(f"description: {description}")
offer = Offer(offerer_uid=offerer_uid,
expiration_date=expiration_date,
created_on=created_on,
modified_on=modified_on,
recurring=recurring,
description=description)
j += 1
# Add the offer instance to the session so it will be stored.
db.session.add(offer)
# Once we're done inserting all the offers, commit the changes to the
# database
db.session.commit()
def requestInit():
Request.query.delete()
users = User.query.all()
for i in range(len(orderList)):
index = 0
for j in range(len(orderList[i]["requestlist"])):
id = orderList[i]["requestlist"][j]
orderid = i
userindex = randint(0, len(users) - 1)
userid = users[userindex].id
userlocation = str(users[userindex].latitude) + "," + str(
users[userindex].longitude)
timeproposed = ""
for nb in range(randint(1, 3)):
day = dayList[randint(0, 6)]
start = randint(8, 14)
end = start + randint(1, 5)
timeproposed = timeproposed + day + " " + str(
start) + "-" + str(end) + ";"
volunteertime = ""
# if randint(0,1) == 1:
# for nb in range(randint(1,3)):
# day = dayList[randint(0,6)]
# start = randint(8, 14)
# end = start + randint(1, 5)
# volunteertime = volunteertime + day + " " + str(start) + "-" + str(end) + ";"
description = "xxxxxxxxxxx"
price = randint(100, 1000) / 100
if index == 0:
db.session.add(
Request(id, orderid, 100, userlocation, timeproposed,
volunteertime, description, price))
index = index + 1
continue
db.session.add(
Request(id, orderid, userid, userlocation, timeproposed,
volunteertime, description, price))
id = 10
orderid = len(orderList)
nb = 0
for request in farmRequests:
nb = nb + len(request)
for i in range(len(farmRequests)):
index = 0
products = Product.query.filter(Product.farmid == i)
productsTotalNb = Product.query.filter(Product.farmid == i).count()
for j in range(len(farmRequests[i])):
userid = farmRequests[i][j]
userlocation = str(users[userid].latitude) + "," + str(
users[userid].longitude)
timeproposed = ""
for nb in range(randint(1, 3)):
day = dayList[randint(0, 6)]
start = randint(8, 14)
end = start + randint(1, 5)
timeproposed = timeproposed + day + " " + str(
start) + "-" + str(end) + ";"
volunteertime = ""
if randint(0, 1) == 1:
for nb in range(randint(1, 3)):
day = dayList[randint(0, 6)]
start = randint(8, 14)
end = start + randint(1, 5)
volunteertime = volunteertime + day + " " + str(
start) + "-" + str(end) + ";"
description = ""
productSelected = []
for index in range(randint(1, 5)):
productId = randint(0, productsTotalNb - 1)
while (productId in productSelected):
productId = randint(0, productsTotalNb - 1)
productSelected.append(productId)
if products[productId].quantity > 2:
productNb = randint(1,
int(products[productId].quantity / 2))
products[productId].quantity = products[
productId].quantity - productNb
else:
productNb = 1
products[productId].quantity = products[
productId].quantity - productNb
description = description + products[
productId].name + "_" + str(productNb) + ";"
price = randint(100, 1000) / 100
if index == 0:
db.session.add(
Request(id, orderid, 100, userlocation, timeproposed,
volunteertime, description, price))
index = index + 1
id = id + 1
continue
db.session.add(
Request(id, orderid, userid, userlocation, timeproposed,
volunteertime, description, price))
id = id + 1
orderid = orderid + 1
def addRequest():
# if not request.form or not 'userid' in request.form:
# abort(400)
# else:
try:
data = json.loads(request.get_data(as_text=True))
user = User.query.filter(User.id == data['userId']).first()
userlocation = str(user.latitude) + "," + str(user.longitude)
requstList = Request.query.all()
nb = Request.query.count()
requestid = int(requstList[nb - 1].id) + 1
desttime = ''
for time in data['deliveryTime']:
desttime = desttime + time['day'] + " " + time['time'] + ";"
volunteertime = ''
if int(data['volunteer']['do']) == 1:
for time in data['volunteer']['timelist']:
volunteertime = volunteertime + time['day'] + " " + time[
'time'] + ";"
requestorderid = 0
existingorder = Order.query.filter(
and_(Order.ownerid == data['farmOwnerId'],
Order.description == "")).first()
if not existingorder:
orderid = Order.query.count()
farm = Farm.query.filter(
Farm.userid == data['farmOwnerId']).first()
neworder = Order(int(orderid), int(data['farmOwnerId']),
str(farm.latitude) + "," + str(farm.longitude),
"", "", "", 0, "", 0, 0, "", "")
db.session.add(neworder)
requestorderid = orderid
else:
requestorderid = existingorder.id
description = ''
carbon = 0
for item in data['cart']:
description = description + item['productName'] + "_" + str(
item['amount']) + ";"
product = Product.query.filter(
Product.name == item['productName']).first()
carbon += int(product.carbonredu) * int(item['amount'])
nbr = int(product.quantity) - int(item['amount'])
db.session.query(Product).filter(
Product.name == item['productName']).update(
{"quantity": nbr if nbr > 0 else 0})
db.session.commit()
actual = carbon + user.carbonactual
if (actual >= 100):
actual = actual - 100
count = Coupon.query.count()
coupon = Coupon(int(count), int(user.id), 5)
db.session.add(coupon)
db.session.query(User).filter(User.id == user.id).update({
"carbonactual":
int(actual),
"carbontotal":
int(carbon) + int(user.carbontotal)
})
db.session.commit()
db.session.add(
Request(int(requestid), int(requestorderid), int(data['userId']),
userlocation, desttime, volunteertime, description,
float(data['totalPrice'])))
oldorder = Order.query.filter(
Order.ownerid == data['farmOwnerId']).first()
db.session.query(Order).filter(
Order.ownerid == data['farmOwnerId']).update(
{"requestlist": oldorder.requestlist + str(requestid) + ","})
db.session.commit()
except:
abort(500)
else:
return jsonify(request.get_data(as_text=True)), 201
def insert(uri):
add = Request(uri, None)
session.add(add)
session.commit()
skipinitialspace=True)
reader.next()
for row in reader:
rider = Rider(ride_id=row[0], user_id=row[1], seats=row[2])
db.session.add(rider)
db.session.commit()
with open('seed-data/requests_seed.csv', 'rb') as ride_data:
reader = csv.reader(ride_data,
quotechar="'",
delimiter=',',
quoting=csv.QUOTE_ALL,
skipinitialspace=True)
reader.next()
for row in reader:
request = Request(ride_id=row[0], requester=row[1], seats=row[2])
db.session.add(request)
db.session.commit()
print "adding data"
def example_data():
# In case this is run more than once, empty out existing data
day_offset = {
'1': 1,
'2': 1,
'3': 1,
'4': 1,
'5': 2,
'6': 2,
def ask(question, lang, sid, query=False, request_id=None, **kwargs):
response = Response()
response.Datetime = str(dt.datetime.utcnow())
response.Rate = ''
response.Lang = lang
response.Location = LOCATION
response.ServerIP = IP
response.RequestId = request_id
response.Revision = REVISION
#response = {'text': '', 'emotion': '', 'botid': '', 'botname': ''}
session = session_manager.get_session(sid)
if session is None:
response.ret = codes.INVALID_SESSION
return response
if not question or not question.strip():
response.ret = codes.INVALID_QUESTION
return response
botname = session.session_context.botname
if not botname:
logger.error("No botname is specified")
user = session.session_context.user
client_id = session.session_context.client_id
response.BotName = botname
response.User = user
response.ClientId = client_id
response.OriginalQuestion = question
input_translated = False
output_translated = False
fallback_mode = False
responding_characters = get_responding_characters(lang, sid)
if not responding_characters and lang != FALLBACK_LANG:
fallback_mode = True
logger.warn("Use %s medium language, in fallback mode", FALLBACK_LANG)
responding_characters = get_responding_characters(FALLBACK_LANG, sid)
try:
input_translated, question = do_translate(question, FALLBACK_LANG)
except Exception as ex:
logger.error(ex)
logger.error(traceback.format_exc())
response.ret = codes.TRANSLATE_ERROR
return response
if not responding_characters:
logger.error("Wrong characer name")
response.ret = codes.WRONG_CHARACTER_NAME
return response
# Handle commands
if question == ':reset':
session_manager.dump(sid)
session_manager.reset_session(sid)
logger.warn("Session {} is reset by :reset".format(sid))
for c in responding_characters:
if c.is_command(question):
response.update(c.respond(question, lang, session, query, request_id))
return response
response['yousaid'] = question
session.set_characters(responding_characters)
logger.info("Responding characters %s", responding_characters)
request = Request()
request.id = request_id
request.lang = lang
request.sid = sid
request.question = question
request.query = query
_question = preprocessing(request.question, request.lang)
request.question = _question
response['ModQuestion'] = _question
response.Question = response.get('OriginalQuestion')
response.Marker = kwargs.get('marker')
response.RunId = kwargs.get('run_id')
if fallback_mode:
request.lang = FALLBACK_LANG
_ask_characters(
responding_characters, request, response)
else:
_ask_characters(
responding_characters, request, response)
#if not query:
# Sync session data
#if session.last_used_character is not None:
# context = session.last_used_character.get_context(session)
# for c in responding_characters:
# if c.id == session.last_used_character.id:
# continue
# try:
# c.set_context(session, context)
# except NotImplementedError:
# pass
# for c in responding_characters:
# if c.type != TYPE_AIML:
# continue
# try:
# c.check_reset_topic(sid)
# except Exception:
# continue
record = OrderedDict()
record['Datetime'] = dt.datetime.utcnow()
record['Question'] = response.Question
record['Rate'] = ''
record['Lang'] = lang
record['Location'] = LOCATION
record['ServerIP'] = IP
record['RequestId'] = request_id
record['Revision'] = REVISION
record['ClientId'] = client_id
record['User'] = user
record['Marker'] = response.Marker
record['BotName'] = botname
record['RunId'] = response.RunId
if response.answered:
answer = response.default_response.get('text')
response['OriginalAnswer'] = answer
response['AnsweredBy'] = response.default_response.get('botid')
if fallback_mode:
try:
output_translated, answer = do_translate(answer, lang)
response.default_response['text'] = answer
except Exception as ex:
logger.error(ex)
logger.error(traceback.format_exc())
response.ret = codes.TRANSLATE_ERROR
return response
record['Answer'] = response.default_response.get('text')
record['LineNO'] = response.default_response.get('lineno')
record['OriginalAnswer'] = response.get('OriginalAnswer')
record['TranslatedQuestion'] = question
record['Topic'] = response.default_response.get('topic')
record['ModQuestion'] = response.get('ModQuestion')
record['Trace'] = response.get('trace')
record['AnsweredBy'] = response.get('AnsweredBy')
record['TranslateOutput'] = output_translated
record['TranslateInput'] = input_translated
record['NormQuestion'] = norm2(response.get('OriginalQuestion'))
record['NormAnswer'] = norm2(response.default_response.get('text'))
session.add(record)
#logger.info("Ask {}, response {}".format(response['OriginalQuestion'], response))
#response.update(record)
#response['Datetime'] = str(response['Datetime'])
return response
else:
logger.error("No pattern match")
response.ret = codes.NO_PATTERN_MATCH
return response
def view(statement, user_id):
request_list = []
records = Get.read_multiple(statement=statement, row_id=user_id)
for record in records:
request_list.append(vars(Request.Request(record)))
return request_list
def response():
action = cgi_get("action", choices=["view", "pay", "service", "commitment", "request", "invite", "expense", "verify", "unverify", "apply", "join", "pod", "membership", "person", "enroll", "manage", "confcode", "mint", "balance", "responsibilities"])
if action == "view":
ip = local("response").ip
user = cgi_get("user", required=False) # key
if user:
user = db.get(user)
else:
user = Person.query(Person.ip == ip).get()
if not user:
user = Person()
user.ip = ip
user.put()
views(user)
elif action == "mint":
user = db.get(cgi_get("user"))
amount = cgi_get("amount")
user.wallet.get().mint(amount)
elif action == "balance":
user = db.get(cgi_get("user"))
succeed(user.wallet.get().balance())
elif action == "pay":
payer = db.get(cgi_get("payer"))
memship = db.get(cgi_get("membership"))
person = memship.person.get()
pod = memship.pod.get()
pment = Payment()
pment.membership = memship.key
pment.payer = payer.key
pment.amount = cgi_get("amount")
pment.notes = cgi_get("notes")
if payer.key.urlsafe() == person.key.urlsafe():
fail("pay yourself?")
if payer.wallet.get().outstanding < pment.amount:
fail("you don't have enough in your account!")
pment.put()
pkey = pment.key.urlsafe()
pment.notify("confirm payment", lambda signer : PAYMENT%(pment.amount,
person.firstName, pod.name, pment.notes, pkey, signer.urlsafe()))
succeed(pkey)
elif action == "service":
succeed(reg_act(cgi_get("membership"), cgi_get("service"),
cgi_get("workers"), cgi_get("beneficiaries"), cgi_get("notes")))
elif action == "commitment":
comm = Commitment()
comm.membership = cgi_get("membership")
comm.service = cgi_get("service")
comm.estimate = cgi_get("estimate")
comm.notes = cgi_get("notes")
comm.put()
comm.verify(comm.membership.get().person) # (submitter already agrees)
ckey = comm.key.urlsafe()
service = comm.service.get()
memship = comm.membership.get()
person = memship.person.get()
pod = memship.pod.get()
comm.notify("affirm commitment", lambda signer : COMMITMENT%(person.email,
pod.name, comm.estimate, service.name, comm.notes, ckey, signer.urlsafe()))
succeed(ckey)
elif action == "request":
req = Request()
req.membership = cgi_get("membership")
req.change = cgi_get("change")
req.person = cgi_get("person", required=False)
req.notes = cgi_get("notes")
req.put()
req.remind()
succeed(req.key.urlsafe())
elif action == "invite":
inv = Invitation()
inv.membership = cgi_get("membership")
inv.email = cgi_get("email").lower()
inv.notes = cgi_get("notes")
inv.put()
inv.invite()
elif action == "expense":
exp = Expense()
exp.membership = cgi_get("membership")
exp.executor = cgi_get("executor", required=False)
exp.variety = cgi_get("variety", choices=["dividend", "reimbursement"])
exp.amount = cgi_get("amount")
exp.recurring = cgi_get("recurring")
exp.notes = cgi_get("notes")
exp.put()
memship = exp.membership.get()
mpmail = memship.person.get().email
pod = memship.pod.get()
variety = exp.variety
amount = exp.amount
if exp.executor:
variety = "%s - executor: %s"%(variety, exp.executor.get().email)
else:
amount = "%s%%"%(amount * 100,)
exp.notify("approve expense", lambda signer: EXPENSE%(mpmail, pod.name,
variety, amount, exp.recurring, exp.notes, signer.urlsafe()))
succeed(exp.key.urlsafe())
elif action == "verify":
verifiable = db.get(cgi_get("verifiable")) # act/request/commitment/expense/appointment
verifiable.verify(db.KeyWrapper(cgi_get("person")))
redirect("/comp/pods.html", "you did it!")
elif action == "unverify": # commitment only!!!!??!
vkey = cgi_get("verifiable")
verifiable = db.get(vkey)
verifiable.unverify()
service = verifiable.service.get()
memship = verifiable.membership.get()
person = memship.person.get()
pod = memship.pod.get()
for signer in pod.members():
send_mail(to=signer.get().email, subject="affirm commitment - estimate adjustment",
body=COMMITMENT%(person.email, pod.name, verifiable.estimate,
service.name, vkey, signer.urlsafe()))
elif action == "apply":
db.get(cgi_get("request")).apply()
redirect("/comp/pods.html", "you did it!")
elif action == "join": # support only
pod = db.get(cgi_get("pod"))
if pod.variety != "support":
fail()
person = db.get(cgi_get("person"))
succeed(person.enroll(pod).urlsafe())
elif action == "pod":
pod = db.get(cgi_get("pod"))
succeed({
"services": [a.data() for a in pod.acts()],
"requests": [r.data() for r in pod.requests()],
"proposals": [p.data() for p in db.get_multi(pod.proposals())],
"commitments": [c.data() for c in pod.commitments()],
"memberships": [m.data() for m in pod.members(True)],
"people": [p.data() for p in db.get_multi(pod.members())],
"codebases": [c.data() for c in pod.codebases()],
"expenses": [e.data() for e in pod.expenses()]
})
elif action == "membership":
memship = db.get(cgi_get("membership"))
succeed({
"content": [c.data() for c in Content.query(Content.membership == memship.key).fetch()],
"products": [p.data() for p in db.get_multi(memship.products)]
})
elif action == "person":
person = db.get(cgi_get("person"))
succeed({
"services": len(person.acts()), # more efficient way?
"memberships": [m.data() for m in person.memberships()],
"commitments": sum([c.estimate for c in person.commitments()])
})
elif action == "responsibilities":
person = db.get(cgi_get("person"))
succeed([t.data() for t in person.tasks()])
elif action == "enroll":
succeed(enroll(cgi_get("agent"), cgi_get("pod"), cgi_get("person")).urlsafe())
elif action == "manage":
succeed(manage(cgi_get("agent"), cgi_get("membership"), cgi_get("content")).key.urlsafe())
elif action == "confcode":
send_mail(to=cgi_get("email"), subject="carecoin confirmation code",
body=CONFCODE%(cgi_get("code"),))