def get(self):
try:
#check login
headerData = levr_utils.loginCheck(self, True)
#get the owner information
ownerID = headerData['ownerID']
ownerID = enc.decrypt_key(ownerID)
ownerID = db.Key(ownerID)
owner = levr.BusinessOwner.get(ownerID)
logging.debug(owner)
#get the business
business = owner.businesses.get()#TODO: this will be multiple businesses later
#get all deals that are children of the owner ordered by whether or not they are exclusive or not
# d = levr.Deal.all().ancestor(ownerID).order("is_exclusive").fetch(None)
# logging.debug(d)
#get all ninja deals
d = levr.Deal().all().filter('businessID =', str(business.key())).fetch(None)
# d += ninja_deals
#package deals - mostly for getting the correct urls
deals = []
for deal in d:
logging.debug('-----------')
deals.append(levr.phoneFormat(deal, 'manage'))
## ==== Spoofed values ====##
views = 20
rank = 21
redemptions = 23
template_values = {
'headerData':headerData,
'title' :'Manage',
'owner' :owner,
'business' :business,
'deals' :deals,
'views' :views,
'rank' :rank,
'redemptions':redemptions
}
logging.debug(template_values)
template = jinja_environment.get_template('templates/manageOffers.html')
self.response.out.write(template.render(template_values))
except:
levr.log_error()
def get(self):
dealID = enc.decrypt_key(self.request.get('id'))
deal = levr.Deal.get(dealID)
business= levr.Business.get(deal.businessID)
deal = levr.phoneFormat(deal,'widget')
logging.debug(deal)
headerData = levr_utils.loginCheck(self,False)
headerData['loggedIn'] = False
template_values = {
'headerData': headerData,
'deal' : deal,
'business' : business
}
jinja_environment = jinja2.Environment(loader=jinja2.FileSystemLoader(os.path.dirname(__file__)))
template = jinja_environment.get_template('templates/widget-welcome.html')
self.response.out.write(template.render(template_values))
def get(self):
try:
#check login
headerData = levr_utils.loginCheck(self, True)
#get the owner information
ownerID = headerData['ownerID']
ownerID = enc.decrypt_key(ownerID)
ownerID = db.Key(ownerID)
owner = levr.BusinessOwner.get(ownerID)
logging.debug(owner)
#get the business
business = owner.businesses.get()#TODO: this will be multiple businesses later
#get deal
dealID = self.request.get('id')
#create upload url BEFORE DECRYPTING
url = '/merchants/editDeal/upload?uid=' + headerData['ownerID'] + '&business='+ enc.encrypt_key(business.key()) +'&deal=' + dealID
upload_url = blobstore.create_upload_url(url)
#decrypt id, get and format deal
dealID = enc.decrypt_key(dealID)
deal = levr.Deal.get(dealID)
deal = levr.phoneFormat(deal, 'manage')
template_values = {
"edit" :True,
"upload_url":upload_url,
"deal" :deal,
"owner" :owner,
"business" :business,
"headerData":headerData
}
template = jinja_environment.get_template('templates/deal.html')
self.response.out.write(template.render(template_values))
except:
levr.log_error()
def get(self,identifier):
try:
logging.debug(identifier)
deal = levr.Deal.all().filter('share_id =', identifier).get()
if deal:
logging.debug(deal)
ninjaKey = deal.key().parent()
ninja = levr.Customer.get(ninjaKey)
template_values = {
'deal':levr.phoneFormat(deal, 'list'),
'ninja':ninja.alias
}
logging.debug(template_values)
logging.debug(deal.__str__())
template = jinja_environment.get_template('templates/share.html')
self.response.out.write(template.render(template_values))
else:
self.redirect('/')
except:
levr.log_error()
def get(self):
'''Creates a list of deal objects to put plugged into an iframe'''
try:
#identify the business who is requesting their deals
businessID = self.request.get('id')
logging.debug(businessID)
businessID = enc.decrypt_key(businessID)
logging.debug(businessID)
#grab the deals for the business
deals = levr.Deal.all().filter('businessID =', businessID).fetch(None)
logging.debug(deals)
if not deals:
#business does not have any deals
self.response.out.write('No deals!')
plugs = []
else:
#grab/format the necessary information for each deal
plugs = [levr.phoneFormat(deal,'widget') for deal in deals]
#check loginstate of user viewing the deal
headerData = levr_utils.loginCheck(self,False)
headerData['loggedIn'] = False
# self.response.out.write(headerData)
template_values = {
'headerData' : headerData,
'businessID' : enc.encrypt_key(businessID),
'deals' : plugs,
}
logging.debug(template_values)
jinja_environment = jinja2.Environment(loader=jinja2.FileSystemLoader(os.path.dirname(__file__)))
template = jinja_environment.get_template('templates/widget.html')
self.response.out.write(template.render(template_values))
except:
levr.log_error()
def post(self):
try:
logging.info('uploadDeal')
uid = enc.decrypt_key(self.request.get('uid'))
user = levr.Customer.get(uid)
logging.debug(levr_utils.log_model_props(user, ['alias', 'email']))
logging.debug(self.request.params)
#make sure than an image is uploaded
logging.debug(self.get_uploads())
if self.get_uploads(): #will this work?
upload = self.get_uploads()[0]
blob_key = upload.key()
img_key = blob_key
else:
raise Exception('Image was not uploaded')
#screen for businessID to determine which mode of upload we are receiving
if self.request.get('businessID'):
logging.debug('targeted business')
#we are on iphone
origin = 'phone_existing_business'
params = {
'uid': self.request.get('uid'),
'business': self.request.get('businessID'),
'deal_description': self.request.get('deal_description'),
'deal_line1': self.request.get('deal_line1'),
'distance':
self.request.get('distance'), #is -1 if unknown = double
'img_key': img_key
}
# (share_url,deal_entity) = levr_utils.dealCreate(params,'phone_existing_business')
else:
logging.debug('untargeted business')
#we are on android
origin = 'phone_new_business'
params = {
'uid': self.request.get('uid'),
'business_name': self.request.get('businessName'),
'geo_point': self.request.get('geoPoint'),
'vicinity': self.request.get('vicinity'),
'types': self.request.get('types'),
'deal_description': self.request.get('deal_description'),
'deal_line1': self.request.get('deal_line1'),
'distance':
self.request.get('distance'), #is -1 if unknown = double
'img_key': img_key
}
#create the deal using the origin specified
(share_url, deal_entity) = levr_utils.dealCreate(params, origin)
#grab deal information for sending back to phone
deal = levr.phoneFormat(deal_entity, 'list')
#Return Info..
toEcho = {
"success": True,
"data": {
"shareURL": share_url,
"deal": deal
}
}
logging.debug(levr_utils.log_dict(toEcho))
self.response.out.write(json.dumps(toEcho))
except:
levr.log_error(self.request.body)
toEcho = {"success": False} #,"data":{"shareURL":share_url}}
self.response.out.write(json.dumps(toEcho))
def post(self):
#decode the input JSON and pull out the action parameter
try:
decoded = json.loads(self.request.body)
action = decoded["action"]
logging.info(action)
try:
uid = enc.decrypt_key(decoded["in"]["uid"])
user = levr.Customer.get(uid)
logging.debug(
levr_utils.log_model_props(user, ['alias', 'email']))
except Exception, e:
# logging.debug(uid)
logging.debug(e)
#switch action
#***************signup************************************************
if action == "signup":
logging.info('signup')
#grab email/password from request body
email = decoded["in"]["email"]
alias = decoded["in"]["alias"]
pw = decoded["in"]["pw"]
toEcho = levr_utils.signupCustomer(email, alias, pw)
#***************login*************************************************
elif action == "login":
logging.info('login')
#grab email/password from request body
email_or_owner = decoded["in"]["email_or_owner"]
pw = decoded["in"]["pw"]
toEcho = levr_utils.loginCustomer(email_or_owner, pw)
#***************dealResults************************************************
elif action == "popularItems":
logging.info('popularItems')
lat = decoded['in']['latitude']
lon = decoded['in']['longitude']
request_point = levr.geo_converter(str(lat) + "," + str(lon))
#get all deals in the area
deals = levr_utils.get_deals_in_area(['all'], request_point)
#compile a list of all of the tags
tags = []
for deal in deals:
tags.extend(list(set(deal.tags)))
tags.sort()
logging.debug(tags)
#convert list of all tags to a dict of key=tag, val=frequency
count = {}
for tag in tags:
# logging.debug(tag in count)
if tag in count:
count[tag] += 1
else:
count[tag] = 1
#DEBUG
#convert dict of tag:freq into list of tuples
tuple_list1 = []
for key in count:
tuple_list1.append((count[key], key))
tuple_list1.sort()
tuple_list1.reverse()
logging.debug(tuple_list1)
#/DEBUG
#remove unwanted stuff
new_count = {}
for tag in count:
#search occurs more than once
if count[tag] > 1:
#tag is not a number
if tag.isdigit() == False:
#tag is not in blacklist
if tag not in blacklist:
new_count[tag] = count[tag]
# logging.debug(levr_utils.log_dict(count))
#convert dict of tag:freq into list of tuples
tuple_list = []
for key in new_count:
tuple_list.append((new_count[key], key))
tuple_list.sort()
tuple_list.reverse()
logging.debug(tuple_list)
# for i in tuple_list:
# logging.debug(i)
#select only the most popular ones, and convert to list
word_list = [x[1] for x in tuple_list]
#if the popular items list is longer than 6, send entire list, else only send 6
logging.debug(word_list.__len__())
if word_list.__len__() < 6:
popularItems = word_list
else:
popularItems = word_list[:6]
data = {'popularItems': popularItems}
toEcho = {'success': True, 'data': data}
elif action == "dealResults":
logging.info('dealResults')
logging.info(decoded['in'])
#grab primaryCat from the request body
primaryCat = decoded["in"]["primaryCat"]
#search term
# start = decoded["in"]["start"]
#starting index of search results
#!!!not used
numResults = decoded["in"]["size"]
geo_point = decoded["in"]["geoPoint"]
try:
precision = int(decoded['in']['precision'])
except:
precision = 5
logging.debug(numResults)
#length of search results list
#should be None if we want all results
#normalize search query
primaryCat = primaryCat.lower()
###filter by location - get neighborhoods
request_point = levr.geo_converter(geo_point)
#
#normalize search query
primaryCat = primaryCat.lower()
#otherwise, search based on the tags
tags = levr.tagger(primaryCat)
logging.debug(tags)
#batch get results. here is where we would set the number of results we want and the offset
results = levr_utils.get_deals_in_area(tags, request_point,
precision)
logging.info('number of deals fetched: ' +
str(results.__len__()))
#define an empty "dealResults" LIST, and initialize the counter to 0
#initialize isEmpty to 1
isEmpty = True
dealResults = []
#iterate over the results
#Want to grab deal information for each category
for result in results:
# logging.info('Rank: ' + str(result.rank))
#break if results limit is hit
isEmpty = False
#trade an object for a phone-formatted dictionary
deal = levr.phoneFormat(result, 'list', primaryCat)
#indicate that this is not a sentinel
deal['isSentinel'] = False
logging.debug(result.geo_hash)
#push the whole dictionary onto a list
dealResults.append(deal)
#increment the counter
# resultsPushed += 1
logging.debug(dealResults.__len__())
##debug
# deals = levr.Deal.all().fetch(None)
# for d in deals:
# logging.debug(d.geo_hash)
# ############OLD
# #normalize search query
# primaryCat = primaryCat.lower()
#
#
# #build search query
# q = levr.Deal.all()
#
# logging.debug("total number of deals: "+str(q.count()))
# #only active deals
# q.filter('deal_status','active')
# #primaryCat will be mapresults to return everything
# if primaryCat == 'all':
# #get all deals - no filter
# logging.debug('all')
# else:
# logging.debug('not all')
# #normalize search query
# primaryCat = primaryCat.lower()
# #otherwise, search based on the tags
# tags = levr.tagger(primaryCat)
# logging.debug(tags)
# #grab all deals where primary_cat is in tags
# for tag in tags:
# logging.debug('tag: '+str(tag))
# q.filter('tags =',tag)
#
# ###filter by location
# request_point = levr.geo_converter(geo_point)
# request_point = levr.geo_converter('42.35,-71.110')
# center_hash = geohash.encode(request_point.lat,request_point.lon,precision=6)
# hash_set = geohash.expand(center_hash)
#
# #get keys of all corresponding deals
# deal_keys = []
# for query_hash in hash_set:
# q.filter('geo_hash >=',query_hash) #min bound
# q.filter('geo_hash <=',query_hash+"{") #max bound
# deal_keys.extend(q.fetch(None))
#
# #batch get results. here is where we would set the number of results we want and the offset
# results = levr.Deal.get(deal_keys)
# logging.debug
# #define an empty "dealResults" LIST, and initialize the counter to 0
# #initialize isEmpty to 1
# isEmpty = True
# #iterate over the results
# #Want to grab deal information for each category
# for result in results:
## logging.info('Rank: ' + str(result.rank))
# #break if results limit is hit
# isEmpty = False
# #trade an object for a phone-formatted dictionary
# deal = levr.phoneFormat(result,'list',primaryCat)
# #indicate that this is not a sentinel
# deal['isSentinel'] = False
# #push the whole dictionary onto a list
# dealResults.append(deal)
# #increment the counter
## resultsPushed += 1
# ###########################/OLD
# #if isempty is true, send back suggested searches instead
# if isEmpty == False:
# dealResults.append({"isSentinel":True})
#
# #go get (all) suggested searches
# q = levr.EmptySetResponse.all()
# #sory by index
# q.order('index')
# #loop through and append to data
# for result in q:
# searchObj = {"isSentinel":False,
# "primaryCat":result.primary_cat,
# "imgURL": levr_utils.URL+"/phone/img?size=emptySet&dealID=" + enc.encrypt_key(result.key())
# }
# #push to stack
# dealResults.append(searchObj)
#get notifications
# ninja = levr.Customer.get(uid)
# notifications = ninja.get_notifications()
#add boundary
lon = [
-71.13128751569184, -71.13747576487495, -71.13221920314751,
-71.1315606660475, -71.1309193072284, -71.1297731686955,
-71.12886527141396, -71.12773981063141, -71.12726203628873,
-71.1216289071829, -71.12121164180434, -71.10497418088163,
-71.1040140000405, -71.10267756839711, -71.0946922485677,
-71.09243243954906, -71.09227823963506, -71.0950832349529,
-71.097815779737, -71.11251814985596, -71.11356954283684,
-71.11706884229781, -71.11779512636194, -71.11965434764042,
-71.12212678446998, -71.12626327632834, -71.13026582412857
]
lat = [
42.35604793867138, 42.3536306062291, 42.35301975662632,
42.35130590336475, 42.35025979303107, 42.34889896173047,
42.3474035881804, 42.34587017442897, 42.3454410032402,
42.34240376898205, 42.34200386027403, 42.34665152547006,
42.34437686280481, 42.34335156373593, 42.34544719585433,
42.34689842049458, 42.35112647889721, 42.35062769794382,
42.35071497934108, 42.35189268933054, 42.35225746246078,
42.35405913476999, 42.35424633071435, 42.35461863217454,
42.35493709975472, 42.35550741935002, 42.35597048179658
]
boundary = {"lat": lat, "lon": lon}
if primaryCat == 'all':
#echo back data - include boundary
toEcho = {
"success": True,
"data": dealResults,
"isEmpty": isEmpty,
"boundary": boundary
} #,"notifications":notifications}
else:
toEcho = {
"success": True,
"data": dealResults,
"isEmpty": isEmpty
} #,"notifications":notifications}
#***************getUserFavs************************************************
elif action == "getUserFavs":
'''
Grabs all of the favorites of a user - only data to show on list
input : uid
output: name, description, dealValue, dealType, imgPath, businessName, primaryCat
'''
logging.info('getUserFavs')
#grab inputs
uid = enc.decrypt_key(decoded["in"]["uid"])
logging.debug(uid)
logging.debug(decoded["in"]["uid"])
#grab user entity
user = levr.Customer.get(uid)
#grab list of favorties - list of deal keys
favorites = user.favorites
logging.debug(favorites)
#batch grab favorited deals
deals = levr.Deal.get(favorites)
logging.debug(deals)
#format deals for output to phone
formatted_deals = []
for deal in deals:
try:
formatted_deals.append(levr.phoneFormat(deal, 'list'))
except:
logging.warning(
'deal exists in favorites but was removed from the db'
)
logging.warning(deal)
# formatted_deals = [levr.phoneFormat(deal,'list') for deal in deals]
#assign formatted deals to data list that doesnt follow standards
data = formatted_deals
#get notifications
notifications = user.get_notifications()
#output
toEcho = {
"success": True,
"data": data,
'notifications': notifications
}
#ADD FAVORITE***********************************************************
elif action == "addFav":
'''
User pressed add favorite button = add favorite mapping
input: dealID,uid,primaryCat
output: success = bool
'''
logging.info('addFav')
#get inputs
uid = enc.decrypt_key(decoded["in"]["uid"])
dealID = enc.decrypt_key(decoded["in"]["dealID"])
#get user entity
user = levr.Customer.get(uid)
#append dealID to favorites property
user.favorites.append(db.Key(dealID))
logging.debug(user.favorites)
#
#get notifications
notifications = user.get_notifications()
#close entity
user.put()
#output
toEcho = {"success": True, "notifications": notifications}
#DELETE FAVORITE********************************************************
elif action == "delFav":
'''
User presses delete favorite button - delete favorite mapping
input: dealID,uid,primaryCat
output: success = bool
'''
logging.info('delFav')
#get inputs
uid = enc.decrypt_key(decoded["in"]["uid"])
dealID = enc.decrypt_key(decoded["in"]["dealID"])
deal_to_delete = db.Key(dealID)
logging.debug(deal_to_delete)
#get user entity
user = levr.Customer.get(uid)
logging.debug(levr_utils.log_model_props(user))
#grab favorites list
favorites = user.favorites
logging.debug(favorites)
#generate new favorites list without requested dealID
new_favorites = [
deal for deal in favorites if deal != deal_to_delete
]
logging.debug(new_favorites)
#reassign user favorites to new list
user.favorites = new_favorites
logging.debug(user.favorites)
#get notifications
notifications = user.get_notifications()
#close entity
user.put()
toEcho = {"success": True, "notificaions": notifications}
#***************getOneDeal************************************************
elif action == "getOneDeal":
'''
Information to show on the deal information screen.
input : primaryCat,dealID
output : json object of all information necessary to describe deal
'''
logging.info('getOneDeal')
#grab input dealID
dealID = enc.decrypt_key(decoded["in"]["dealID"])
primary_cat = decoded["in"]["primaryCat"]
#fetch deal
result = levr.Deal.get(dealID)
#convert fetched deal into dictionary
deal = levr.phoneFormat(result, 'deal')
#push the primary onto the dictionary
deal.update({"primaryCat": primary_cat})
#echo back success!
# #get notifications
# ninja = levr.Customer.get(uid)
# notifications = ninja.get_notifications()
toEcho = {
"success": True,
"data": deal
} #,"notificaions":notifications}
elif action == "getMyDeals":
'''
returns all of the deals that were uploaded by the ninja
input : uid
output : list of deal objects
'''
logging.info('getMyDeals')
uid = enc.decrypt_key(decoded["in"]["uid"])
logging.debug("encrypted uid: " + str(decoded["in"]["uid"]))
logging.debug("uid: " + str(uid))
#grab all deal children of the user
deals = levr.CustomerDeal.gql(
"WHERE ANCESTOR IS :1 ORDER BY date_uploaded DESC",
uid).fetch(None)
logging.debug(deals)
#format CUSTOMER deals
data = [levr.phoneFormat(x, 'myDeals') for x in deals]
#I believe this will just return data:None if deals is empty
#flush their notifications
ninja = levr.Customer.get(uid)
# ninja.flush_new_redeem_count()
# ninja.put()
#get new notifications
notifications = ninja.get_notifications()
#Grab their cash out requests, if they exist
cor_q = levr.CashOutRequest.gql(
"WHERE ANCESTOR IS :1 AND status=:2", uid, 'pending')
cor = cor_q.get()
if cor != None:
notifications["isPendingCashOut"] = True
else:
notifications["isPendingCashOut"] = False
notifications["pendingCashOutAmount"] = ninja.money_available
toEcho = {
"success": True,
"data": data,
"notifications": notifications
}
elif action == "getMyStats":
'''
returns the user's statistics
input : uid
output :
'''
logging.info('getMyStats')
uid = enc.decrypt_key(decoded['in']['uid'])
#get user information
user = db.get(uid)
#format user information
data = user.get_stats()
#get new notifications
notifications = user.get_notifications()
toEcho = {
"success": True,
"data": data,
"notifications": notifications
}
elif action == "checkRedeem":
logging.info('checkRedeem')
#grab corresponding deal
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
#grab the customer
customer = levr.Customer.get(uid)
#new notifications?
notifications = customer.get_notifications()
#don't try and redeem the same deal twice. . .
if str(dealID) in customer.redemptions:
toEcho = {
"success": False,
"data": {
"message": "You have already redeemed this deal."
},
"notifications": notifications
}
else:
toEcho = {"success": True, "notifications": notifications}
#!!!!!!!!REMOVE THIS WHEN CHECKING IS PUT BACK IN
# toEcho = {"success":True,"notifications":notifications}
elif action == "getRedeemScreen":
logging.info('getRedeemScreen')
#grab inputs
dealID = enc.decrypt_key(decoded['in']['dealID'])
#grab the deal
deal = levr.Deal.get(dealID)
#format the deal
data = levr.phoneFormat(deal, 'dealsScreen')
#echo
toEcho = {"success": True, "data": data}
elif action == "redeem":
logging.info('redeem')
#grab corresponding deal
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
#grab the deal
deal = levr.Deal.get(dealID)
#grab the customer
customer = levr.Customer.get(uid)
#don't try and redeem the same deal twice. . .
# if dealID in customer.redemptions:
# raise Exception('Cannot redeem a deal more than once')
#increment deal "redeemed" count by 1
deal.count_redeemed += 1
#add deal to "redeemed" for the customer
customer.redemptions.append(dealID)
###get customer new_redemptions if they are a ninja
notifications = customer.get_notifications()
#update customer
customer.put()
#Is this a deal uploaded by a ninja? If so, do ninja things
if type(deal) is levr.CustomerDeal:
#update deal ninjaStats
deal.gate_count = int(
math.floor(deal.count_redeemed /
deal.gate_requirement))
if deal.gate_count > deal.gate_max:
#reset if over
deal.gate_count = deal.gate_max
#update deal.earned_total
difference = deal.update_earned_total()
#put deal
deal.put()
#get the ninja
ninjaKey = deal.key().parent()
ninja = levr.Customer.get(ninjaKey)
#update the ninja's earned amount
ninja.update_money_earned(difference)
#update the ninja's available amount
ninja.update_money_available(difference)
#notify the ninja of new redemptions
ninja.increment_new_redeem_count()
#echo stats
ninja.echo_stats()
deal.echo_stats()
#update ninja
ninja.put()
else:
#deal is owned by a business - FOR THE FUTURE!
logging.info('Business!')
pass
toEcho = {"success": True, "notifications": notifications}
elif action == "cashOut":
logging.info('cashOut')
uid = enc.decrypt_key(decoded['in']['uid'])
# uid = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9ucg8LEghDdXN0b21lchiYAQw'
#grab the ninja
ninja = levr.Customer.get(uid)
#delete any current cashOutRequests
q = levr.CashOutRequest.gql(
'WHERE ANCESTOR IS :1 AND status=:2', ninja.key(),
'pending').fetch(None)
for result in q:
result.delete()
#create a new cashOut request
cor = levr.CashOutRequest(parent=ninja)
cor.amount = ninja.money_available
cor.money_available_paytime = cor.amount
#get notifications
notifications = ninja.get_notifications()
if cor.amount == 0:
toEcho = {
"success": False,
"data": {
"message":
"You need to earn something before you can cash out!",
"notifications": notifications
}
}
else:
cor.status = 'pending'
cor.date_created = datetime.now()
cor.put()
toEcho = {"success": True, "notifications": notifications}
## ====== SPOOF ACCEPTANCE FOR BETA TEST ====== ##
logging.debug(levr_utils.log_model_props(ninja))
logging.debug(levr_utils.log_model_props(cor))
#get corID
#get cor
#get the larger amount if money available at paytime is different
if cor.amount != cor.money_available_paytime:
amount = cor.money_available_paytime
cor.note = 'The money available at paytime was greater than when the COR was created, so the paytime balance was used.'
else:
amount = cor.amount
#get payment email
receiver_email = ninja.email
#set cor to "paid"
cor.status = "paid"
cor.date_paid = datetime.now()
cor.payKey = 'this is a pay key'
cor.put()
#for each deal, make paid_out == earned_total
q = levr.CustomerDeal.gql('WHERE ANCESTOR IS :1',
ninja.key())
for deal in q:
deal.paid_out = deal.earned_total
deal.put()
#are number consistent?
logging.debug(cor.amount)
logging.debug(cor.money_available_paytime)
if cor.amount != cor.money_available_paytime:
#remember to encrypt the key if this is being used for anything
#other than just error logging
logging.error('PAY MISMATCH AT UID:' +
ninja.key().__str__())
#send email here later
#set ninja money_available back to 0
ninja.money_available = 0.0
#increment money_paid for the customer
ninja.money_paid += amount
#update ninja
ninja.put()
logging.info('Payment completed!')
logging.debug(levr_utils.log_model_props(ninja))
logging.debug(levr_utils.log_model_props(cor))
#send email to the ninja confirming their cashout!
message = mail.EmailMessage(sender="LEVR <*****@*****.**>",
subject="Levr Cash Out",
to=receiver_email)
logging.debug(message)
body = 'Hey Beta Tester,\n\n'
body += "You submitted a request to be paid for uploading deals to the Levr platform.\n\n"
body += "If this were real life, this email would be letting you know that you were about to be paid via paypal an amount of $" + str(
amount) + ". "
body += "Unfortunately your reality is being simulated. "
body += "\n\nThanks for helping us test.\nSincerely,\nThe Levr Team"
# #alt body for when not in beta
# message = mail.EmailMessage(
# sender ="LEVR <*****@*****.**>",
# subject ="Levr Cash Out",
# to =receiver_email)
# body = 'Hey '+ninja.alias+',\n\n'
# body += "You have submitted a request to be paid for the deals that you've uploaded to Levr.\n\n"
# body += "The amount you have requested is: $"+str(amount)+".\n\n"
# body += "Your request is in the process of being reviewed. If accepted, we will send you an email with instructions to receive your payment via PayPal."
# body += "\n\nSincerely,\nThe Levr Team"
# message.body = body
# logging.debug(body)
# message.send()
#
elif action == "getTargetedBusinesses":
#get businesses that have property targeted = True
logging.info('getTargetedBusinesses')
businesses = levr.Business.all().filter(
'targeted =', True).order('-business_name').fetch(None)
data = {'targetedBusinesses': []}
for business in businesses:
data['targetedBusinesses'].append({
"businessName":
business.business_name,
"geoPoint":
str(business.geo_point),
"vicinity":
business.vicinity,
"businessID":
enc.encrypt_key(business.key())
})
toEcho = {"success": True, "data": data}
elif action == "fetchUploadURL":
logging.info('fetchUploadURL')
upload_url = blobstore.create_upload_url('/phone/uploadDeal')
logging.debug(upload_url)
toEcho = {"success": True, "data": {"url": upload_url}}
elif action == "checkBounty":
logging.info('fetchUploadURL')
where = "College campuses in Boston, MA"
what = "Offers on food, drink, clothing, and entertainment"
toEcho = {
"success": True,
"data": {
"where": where,
"what": what
}
}
elif action == "reportDeal":
#user reports a deal
logging.info('reportDeal')
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
# uid = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9ucg8LEghDdXN0b21lchiRAQw'
# dealID = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9uchoLEghCdXNpbmVzcxiTAQwLEgREZWFsGJQBDA'
# dealID = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9uchoLEghDdXN0b21lchiSAQwLEgREZWFsGJUBDA'
# dateTime = enc.decrypt_key(decoded['in']['dateTime'])
#create report Entity
report = levr.ReportedDeal(uid=db.Key(uid),
dealID=db.Key(dealID)).put()
#get human readable info for email
deal = levr.Deal.get(dealID)
business = db.get(deal.businessID)
business_name = business.business_name
deal_text = deal.deal_text
user = levr.Customer.get(uid)
alias = user.display_name
logging.debug(report)
#send notification via email
message = mail.EmailMessage(
sender="LEVR AUTOMATED <*****@*****.**>",
subject="New Reported Deal",
to="*****@*****.**")
logging.debug(message)
body = 'New Reported Deal\n\n'
body += 'reporter uid: ' + str(uid) + "\n\n"
body += 'reporter display_name: ' + str(alias) + "\n\n"
body += 'Business name: ' + str(business_name) + "\n\n"
body += 'Business vicinity: ' + str(business.vicinity) + "\n\n"
body += "Deal: " + str(deal_text) + "\n\n"
body += "dealID: " + str(dealID) + "\n\n"
message.body = body
logging.debug(message.body)
message.send()
notifications = user.get_notifications()
toEcho = {"success": True, "notifications": notifications}
elif action == 'ninjaHasShared':
logging.info(action)
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
keys = [dealID, uid]
logging.debug(keys)
#pull deal and user
entities = db.get(keys)
deal = entities[0]
user = entities[1]
logging.debug(
levr_utils.log_model_props(deal, [
'deal_text', 'business_name', 'gate_max',
'has_been_shared'
]))
deal.share_deal()
deal.put()
logging.debug(
levr_utils.log_model_props(
deal, ['gate_max', 'has_been_shared']))
notifications = user.get_notifications()
toEcho = {"success": True, "notifications": notifications}
else:
raise Exception('Unrecognized action')
def post(self):
try:
logging.info('uploadDeal')
uid = enc.decrypt_key(self.request.get('uid'))
user = levr.Customer.get(uid)
logging.debug(levr_utils.log_model_props(user,['alias','email']))
logging.debug(self.request.params)
#make sure than an image is uploaded
logging.debug(self.get_uploads())
if self.get_uploads(): #will this work?
upload = self.get_uploads()[0]
blob_key= upload.key()
img_key = blob_key
else:
raise Exception('Image was not uploaded')
#screen for businessID to determine which mode of upload we are receiving
if self.request.get('businessID'):
logging.debug('targeted business')
#we are on iphone
origin = 'phone_existing_business'
params = {
'uid' : self.request.get('uid'),
'business' : self.request.get('businessID'),
'deal_description' : self.request.get('deal_description'),
'deal_line1' : self.request.get('deal_line1'),
'distance' : self.request.get('distance'), #is -1 if unknown = double
'img_key' : img_key
}
# (share_url,deal_entity) = levr_utils.dealCreate(params,'phone_existing_business')
else:
logging.debug('untargeted business')
#we are on android
origin = 'phone_new_business'
params = {
'uid' : self.request.get('uid'),
'business_name' : self.request.get('businessName'),
'geo_point' : self.request.get('geoPoint'),
'vicinity' : self.request.get('vicinity'),
'types' : self.request.get('types'),
'deal_description' : self.request.get('deal_description'),
'deal_line1' : self.request.get('deal_line1'),
'distance' : self.request.get('distance'), #is -1 if unknown = double
'img_key' : img_key
}
#create the deal using the origin specified
(share_url,deal_entity) = levr_utils.dealCreate(params,origin)
#grab deal information for sending back to phone
deal = levr.phoneFormat(deal_entity,'list')
#Return Info..
toEcho = {"success":True,"data":{"shareURL":share_url,"deal":deal}}
logging.debug(levr_utils.log_dict(toEcho))
self.response.out.write(json.dumps(toEcho))
except:
levr.log_error(self.request.body)
toEcho = {"success":False}#,"data":{"shareURL":share_url}}
self.response.out.write(json.dumps(toEcho))
def post(self):
#decode the input JSON and pull out the action parameter
try:
decoded = json.loads(self.request.body)
action = decoded["action"]
logging.info(action)
try:
uid = enc.decrypt_key(decoded["in"]["uid"])
user = levr.Customer.get(uid)
logging.debug(levr_utils.log_model_props(user,['alias','email']))
except Exception, e:
# logging.debug(uid)
logging.debug(e)
#switch action
#***************signup************************************************
if action == "signup":
logging.info('signup')
#grab email/password from request body
email = decoded["in"]["email"]
alias = decoded["in"]["alias"]
pw = decoded["in"]["pw"]
toEcho = levr_utils.signupCustomer(email,alias,pw)
#***************login*************************************************
elif action == "login":
logging.info('login')
#grab email/password from request body
email_or_owner = decoded["in"]["email_or_owner"]
pw = decoded["in"]["pw"]
toEcho = levr_utils.loginCustomer(email_or_owner,pw)
#***************dealResults************************************************
elif action == "popularItems":
logging.info('popularItems')
lat = decoded['in']['latitude']
lon = decoded['in']['longitude']
request_point = levr.geo_converter(str(lat)+","+str(lon))
#get all deals in the area
deals = levr_utils.get_deals_in_area(['all'],request_point)
#compile a list of all of the tags
tags = []
for deal in deals:
tags.extend(list(set(deal.tags)))
tags.sort()
logging.debug(tags)
#convert list of all tags to a dict of key=tag, val=frequency
count = {}
for tag in tags:
# logging.debug(tag in count)
if tag in count:
count[tag] += 1
else:
count[tag] = 1
#DEBUG
#convert dict of tag:freq into list of tuples
tuple_list1 = []
for key in count:
tuple_list1.append((count[key],key))
tuple_list1.sort()
tuple_list1.reverse()
logging.debug(tuple_list1)
#/DEBUG
#remove unwanted stuff
new_count = {}
for tag in count:
#search occurs more than once
if count[tag] >1:
#tag is not a number
if tag.isdigit() == False:
#tag is not in blacklist
if tag not in blacklist:
new_count[tag] = count[tag]
# logging.debug(levr_utils.log_dict(count))
#convert dict of tag:freq into list of tuples
tuple_list = []
for key in new_count:
tuple_list.append((new_count[key],key))
tuple_list.sort()
tuple_list.reverse()
logging.debug(tuple_list)
# for i in tuple_list:
# logging.debug(i)
#select only the most popular ones, and convert to list
word_list = [x[1] for x in tuple_list]
#if the popular items list is longer than 6, send entire list, else only send 6
logging.debug(word_list.__len__())
if word_list.__len__()<6:
popularItems = word_list
else:
popularItems = word_list[:6]
data = {
'popularItems' : popularItems
}
toEcho = {'success': True,'data':data}
elif action == "dealResults":
logging.info('dealResults')
logging.info(decoded['in'])
#grab primaryCat from the request body
primaryCat = decoded["in"]["primaryCat"]
#search term
# start = decoded["in"]["start"]
#starting index of search results
#!!!not used
numResults = decoded["in"]["size"]
geo_point = decoded["in"]["geoPoint"]
try:
precision = int(decoded['in']['precision'])
except:
precision = 5
logging.debug(numResults)
#length of search results list
#should be None if we want all results
#normalize search query
primaryCat = primaryCat.lower()
###filter by location - get neighborhoods
request_point = levr.geo_converter(geo_point)
#normalize search query
primaryCat = primaryCat.lower()
#otherwise, search based on the tags
tags = levr.tagger(primaryCat)
logging.debug(tags)
#batch get results. here is where we would set the number of results we want and the offset
results = levr_utils.get_deals_in_area(tags,request_point,precision)
#define an empty "dealResults" LIST, and initialize the counter to 0
#initialize isEmpty to 1
isEmpty = True
dealResults = []
#iterate over the results
#Want to grab deal information for each category
for result in results:
# logging.info('Rank: ' + str(result.rank))
#break if results limit is hit
isEmpty = False
#trade an object for a phone-formatted dictionary
deal = levr.phoneFormat(result,'list',primaryCat)
#indicate that this is not a sentinel
deal['isSentinel'] = False
logging.debug(result.geo_hash)
#push the whole dictionary onto a list
dealResults.append(deal)
#increment the counter
# resultsPushed += 1
logging.debug(dealResults.__len__())
##debug
# deals = levr.Deal.all().fetch(None)
# for d in deals:
# logging.debug(d.geo_hash)
# ############OLD
# #normalize search query
# primaryCat = primaryCat.lower()
#
#
# #build search query
# q = levr.Deal.all()
#
# logging.debug("total number of deals: "+str(q.count()))
# #only active deals
# q.filter('deal_status','active')
# #primaryCat will be mapresults to return everything
# if primaryCat == 'all':
# #get all deals - no filter
# logging.debug('all')
# else:
# logging.debug('not all')
# #normalize search query
# primaryCat = primaryCat.lower()
# #otherwise, search based on the tags
# tags = levr.tagger(primaryCat)
# logging.debug(tags)
# #grab all deals where primary_cat is in tags
# for tag in tags:
# logging.debug('tag: '+str(tag))
# q.filter('tags =',tag)
#
# ###filter by location
# request_point = levr.geo_converter(geo_point)
# request_point = levr.geo_converter('42.35,-71.110')
# center_hash = geohash.encode(request_point.lat,request_point.lon,precision=6)
# hash_set = geohash.expand(center_hash)
#
# #get keys of all corresponding deals
# deal_keys = []
# for query_hash in hash_set:
# q.filter('geo_hash >=',query_hash) #min bound
# q.filter('geo_hash <=',query_hash+"{") #max bound
# deal_keys.extend(q.fetch(None))
#
# #batch get results. here is where we would set the number of results we want and the offset
# results = levr.Deal.get(deal_keys)
# logging.debug
# #define an empty "dealResults" LIST, and initialize the counter to 0
# #initialize isEmpty to 1
# isEmpty = True
# #iterate over the results
# #Want to grab deal information for each category
# for result in results:
## logging.info('Rank: ' + str(result.rank))
# #break if results limit is hit
# isEmpty = False
# #trade an object for a phone-formatted dictionary
# deal = levr.phoneFormat(result,'list',primaryCat)
# #indicate that this is not a sentinel
# deal['isSentinel'] = False
# #push the whole dictionary onto a list
# dealResults.append(deal)
# #increment the counter
## resultsPushed += 1
# ###########################/OLD
# #if isempty is true, send back suggested searches instead
# if isEmpty == False:
# dealResults.append({"isSentinel":True})
#
# #go get (all) suggested searches
# q = levr.EmptySetResponse.all()
# #sory by index
# q.order('index')
# #loop through and append to data
# for result in q:
# searchObj = {"isSentinel":False,
# "primaryCat":result.primary_cat,
# "imgURL": levr_utils.URL+"/phone/img?size=emptySet&dealID=" + enc.encrypt_key(result.key())
# }
# #push to stack
# dealResults.append(searchObj)
#get notifications
# ninja = levr.Customer.get(uid)
# notifications = ninja.get_notifications()
#add boundary
lon = [-71.13128751569184, -71.13747576487495, -71.13221920314751, -71.1315606660475, -71.1309193072284, -71.1297731686955, -71.12886527141396, -71.12773981063141, -71.12726203628873, -71.1216289071829, -71.12121164180434, -71.10497418088163, -71.1040140000405, -71.10267756839711, -71.0946922485677, -71.09243243954906, -71.09227823963506, -71.0950832349529, -71.097815779737, -71.11251814985596, -71.11356954283684, -71.11706884229781, -71.11779512636194, -71.11965434764042, -71.12212678446998, -71.12626327632834, -71.13026582412857]
lat = [42.35604793867138, 42.3536306062291, 42.35301975662632, 42.35130590336475, 42.35025979303107, 42.34889896173047, 42.3474035881804, 42.34587017442897, 42.3454410032402, 42.34240376898205, 42.34200386027403, 42.34665152547006, 42.34437686280481, 42.34335156373593, 42.34544719585433, 42.34689842049458, 42.35112647889721, 42.35062769794382, 42.35071497934108, 42.35189268933054, 42.35225746246078, 42.35405913476999, 42.35424633071435, 42.35461863217454, 42.35493709975472, 42.35550741935002, 42.35597048179658]
boundary = {"lat":lat,
"lon":lon}
if primaryCat == 'all':
#echo back data - include boundary
toEcho = {"success":True,"data":dealResults,"isEmpty":isEmpty,"boundary":boundary}#,"notifications":notifications}
else:
toEcho = {"success":True,"data":dealResults,"isEmpty":isEmpty}#,"notifications":notifications}
#***************getUserFavs************************************************
elif action == "getUserFavs":
'''
Grabs all of the favorites of a user - only data to show on list
input : uid
output: name, description, dealValue, dealType, imgPath, businessName, primaryCat
'''
logging.info('getUserFavs')
#grab inputs
uid = enc.decrypt_key(decoded["in"]["uid"])
logging.debug(uid)
logging.debug(decoded["in"]["uid"])
#grab user entity
user = levr.Customer.get(uid)
#grab list of favorties - list of deal keys
favorites = user.favorites
logging.debug(favorites)
#batch grab favorited deals
deals = levr.Deal.get(favorites)
logging.debug(deals)
#format deals for output to phone
formatted_deals = []
for deal in deals:
try:
formatted_deals.append(levr.phoneFormat(deal,'list'))
except:
logging.warning('deal exists in favorites but was removed from the db')
logging.warning(deal)
# formatted_deals = [levr.phoneFormat(deal,'list') for deal in deals]
#assign formatted deals to data list that doesnt follow standards
data = formatted_deals
#get notifications
notifications = user.get_notifications()
#output
toEcho = {"success":True,"data":data,'notifications':notifications}
#ADD FAVORITE***********************************************************
elif action == "addFav":
'''
User pressed add favorite button = add favorite mapping
input: dealID,uid,primaryCat
output: success = bool
'''
logging.info('addFav')
#get inputs
uid = enc.decrypt_key(decoded["in"]["uid"])
dealID = enc.decrypt_key(decoded["in"]["dealID"])
#get user entity
user = levr.Customer.get(uid)
#append dealID to favorites property
user.favorites.append(db.Key(dealID))
logging.debug(user.favorites)
#
#get notifications
notifications = user.get_notifications()
#close entity
user.put()
#output
toEcho = {"success":True,"notifications":notifications}
#DELETE FAVORITE********************************************************
elif action == "delFav":
'''
User presses delete favorite button - delete favorite mapping
input: dealID,uid,primaryCat
output: success = bool
'''
logging.info('delFav')
#get inputs
uid = enc.decrypt_key(decoded["in"]["uid"])
dealID = enc.decrypt_key(decoded["in"]["dealID"])
deal_to_delete = db.Key(dealID)
logging.debug(deal_to_delete)
#get user entity
user = levr.Customer.get(uid)
logging.debug(levr_utils.log_model_props(user))
#grab favorites list
favorites = user.favorites
logging.debug(favorites)
#generate new favorites list without requested dealID
new_favorites = [deal for deal in favorites if deal != deal_to_delete]
logging.debug(new_favorites)
#reassign user favorites to new list
user.favorites = new_favorites
logging.debug(user.favorites)
#get notifications
notifications = user.get_notifications()
#close entity
user.put()
toEcho = {"success":True,"notificaions":notifications}
#***************getOneDeal************************************************
elif action == "getOneDeal":
'''
Information to show on the deal information screen.
input : primaryCat,dealID
output : json object of all information necessary to describe deal
'''
logging.info('getOneDeal')
#grab input dealID
dealID = enc.decrypt_key(decoded["in"]["dealID"])
primary_cat = decoded["in"]["primaryCat"]
#fetch deal
result = levr.Deal.get(dealID)
#convert fetched deal into dictionary
deal = levr.phoneFormat(result,'deal')
#push the primary onto the dictionary
deal.update({"primaryCat":primary_cat})
#echo back success!
# #get notifications
# ninja = levr.Customer.get(uid)
# notifications = ninja.get_notifications()
toEcho = {"success":True,"data":deal}#,"notificaions":notifications}
elif action == "getMyDeals":
'''
returns all of the deals that were uploaded by the ninja
input : uid
output : list of deal objects
'''
logging.info('getMyDeals')
uid = enc.decrypt_key(decoded["in"]["uid"])
logging.debug("encrypted uid: "+str(decoded["in"]["uid"]))
logging.debug("uid: "+str(uid))
#grab all deal children of the user
deals = levr.CustomerDeal.gql("WHERE ANCESTOR IS :1 ORDER BY date_uploaded DESC",uid).fetch(None)
logging.debug(deals)
#format CUSTOMER deals
data = [levr.phoneFormat(x,'myDeals') for x in deals]
#I believe this will just return data:None if deals is empty
#flush their notifications
ninja = levr.Customer.get(uid)
# ninja.flush_new_redeem_count()
# ninja.put()
#get new notifications
notifications = ninja.get_notifications()
#Grab their cash out requests, if they exist
cor_q = levr.CashOutRequest.gql("WHERE ANCESTOR IS :1 AND status=:2",uid,'pending')
cor = cor_q.get()
if cor != None:
notifications["isPendingCashOut"] = True
else:
notifications["isPendingCashOut"] = False
notifications["pendingCashOutAmount"] = ninja.money_available
toEcho = {"success":True,"data":data,"notifications":notifications}
elif action == "getMyStats":
'''
returns the user's statistics
input : uid
output :
'''
logging.info('getMyStats')
uid = enc.decrypt_key(decoded['in']['uid'])
#get user information
user = db.get(uid)
#format user information
data = user.get_stats()
#get new notifications
notifications = user.get_notifications()
toEcho = {"success":True,"data":data,"notifications":notifications}
elif action == "checkRedeem":
logging.info('checkRedeem')
#grab corresponding deal
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
#grab the customer
customer = levr.Customer.get(uid)
#new notifications?
notifications = customer.get_notifications()
#don't try and redeem the same deal twice. . .
if str(dealID) in customer.redemptions:
toEcho = {"success":False,"data":{"message":"You have already redeemed this deal."},"notifications":notifications}
else:
toEcho = {"success":True,"notifications":notifications}
#!!!!!!!!REMOVE THIS WHEN CHECKING IS PUT BACK IN
# toEcho = {"success":True,"notifications":notifications}
elif action == "getRedeemScreen":
logging.info('getRedeemScreen')
#grab inputs
dealID = enc.decrypt_key(decoded['in']['dealID'])
#grab the deal
deal = levr.Deal.get(dealID)
#format the deal
data = levr.phoneFormat(deal,'dealsScreen')
#echo
toEcho = {"success":True,"data":data}
elif action == "redeem":
logging.info('redeem')
#grab corresponding deal
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
#grab the deal
deal = levr.Deal.get(dealID)
#grab the customer
customer = levr.Customer.get(uid)
#don't try and redeem the same deal twice. . .
# if dealID in customer.redemptions:
# raise Exception('Cannot redeem a deal more than once')
#increment deal "redeemed" count by 1
deal.count_redeemed += 1
#add deal to "redeemed" for the customer
customer.redemptions.append(dealID)
###get customer new_redemptions if they are a ninja
notifications = customer.get_notifications()
#update customer
customer.put()
#Is this a deal uploaded by a ninja? If so, do ninja things
if type(deal) is levr.CustomerDeal:
#update deal ninjaStats
deal.gate_count = int(math.floor(deal.count_redeemed / deal.gate_requirement))
if deal.gate_count > deal.gate_max:
#reset if over
deal.gate_count = deal.gate_max
#update deal.earned_total
difference = deal.update_earned_total()
#put deal
deal.put()
#get the ninja
ninjaKey = deal.key().parent()
ninja = levr.Customer.get(ninjaKey)
#update the ninja's earned amount
ninja.update_money_earned(difference)
#update the ninja's available amount
ninja.update_money_available(difference)
#notify the ninja of new redemptions
ninja.increment_new_redeem_count()
#echo stats
ninja.echo_stats()
deal.echo_stats()
#update ninja
ninja.put()
else:
#deal is owned by a business - FOR THE FUTURE!
logging.info('Business!')
pass
toEcho = {"success":True,"notifications":notifications}
elif action == "cashOut":
logging.info('cashOut')
uid = enc.decrypt_key(decoded['in']['uid'])
# uid = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9ucg8LEghDdXN0b21lchiYAQw'
#grab the ninja
ninja = levr.Customer.get(uid)
#delete any current cashOutRequests
q = levr.CashOutRequest.gql('WHERE ANCESTOR IS :1 AND status=:2',ninja.key(),'pending').fetch(None)
for result in q:
result.delete()
#create a new cashOut request
cor = levr.CashOutRequest(parent=ninja)
cor.amount = ninja.money_available
cor.money_available_paytime = cor.amount
#get notifications
notifications = ninja.get_notifications()
if cor.amount == 0:
toEcho = {"success":False,"data":{"message":"You need to earn something before you can cash out!","notifications":notifications}}
else:
cor.status = 'pending'
cor.date_created = datetime.now()
cor.put()
toEcho = {"success":True,"notifications":notifications}
## ====== SPOOF ACCEPTANCE FOR BETA TEST ====== ##
logging.debug(levr_utils.log_model_props(ninja))
logging.debug(levr_utils.log_model_props(cor))
#get corID
#get cor
#get the larger amount if money available at paytime is different
if cor.amount != cor.money_available_paytime:
amount = cor.money_available_paytime
cor.note = 'The money available at paytime was greater than when the COR was created, so the paytime balance was used.'
else:
amount = cor.amount
#get payment email
receiver_email = ninja.email
#set cor to "paid"
cor.status = "paid"
cor.date_paid = datetime.now()
cor.payKey = 'this is a pay key'
cor.put()
#for each deal, make paid_out == earned_total
q = levr.CustomerDeal.gql('WHERE ANCESTOR IS :1',ninja.key())
for deal in q:
deal.paid_out = deal.earned_total
deal.put()
#are number consistent?
logging.debug(cor.amount)
logging.debug(cor.money_available_paytime)
if cor.amount != cor.money_available_paytime:
#remember to encrypt the key if this is being used for anything
#other than just error logging
logging.error('PAY MISMATCH AT UID:' + ninja.key().__str__())
#send email here later
#set ninja money_available back to 0
ninja.money_available = 0.0
#increment money_paid for the customer
ninja.money_paid += amount
#update ninja
ninja.put()
logging.info('Payment completed!')
logging.debug(levr_utils.log_model_props(ninja))
logging.debug(levr_utils.log_model_props(cor))
#send email to the ninja confirming their cashout!
message = mail.EmailMessage(
sender ="LEVR <*****@*****.**>",
subject ="Levr Cash Out",
to =receiver_email)
logging.debug(message)
body = 'Hey Beta Tester,\n\n'
body += "You submitted a request to be paid for uploading deals to the Levr platform.\n\n"
body += "If this were real life, this email would be letting you know that you were about to be paid via paypal an amount of $"+str(amount)+". "
body += "Unfortunately your reality is being simulated. "
body += "\n\nThanks for helping us test.\nSincerely,\nThe Levr Team"
# #alt body for when not in beta
# message = mail.EmailMessage(
# sender ="LEVR <*****@*****.**>",
# subject ="Levr Cash Out",
# to =receiver_email)
# body = 'Hey '+ninja.alias+',\n\n'
# body += "You have submitted a request to be paid for the deals that you've uploaded to Levr.\n\n"
# body += "The amount you have requested is: $"+str(amount)+".\n\n"
# body += "Your request is in the process of being reviewed. If accepted, we will send you an email with instructions to receive your payment via PayPal."
# body += "\n\nSincerely,\nThe Levr Team"
# message.body = body
# logging.debug(body)
# message.send()
#
elif action == "getTargetedBusinesses":
#get businesses that have property targeted = True
logging.info('getTargetedBusinesses')
businesses = levr.Business.all().filter('targeted =',True).order('-business_name').fetch(None)
data = {
'targetedBusinesses':[]
}
for business in businesses:
data['targetedBusinesses'].append({
"businessName" : business.business_name,
"geoPoint" : str(business.geo_point),
"vicinity" : business.vicinity,
"businessID" : enc.encrypt_key(business.key())
})
toEcho = {"success":True,"data":data}
elif action == "fetchUploadURL":
logging.info('fetchUploadURL')
upload_url = blobstore.create_upload_url('/phone/uploadDeal')
logging.debug(upload_url)
toEcho = {"success":True, "data":{"url":upload_url}}
elif action == "checkBounty":
logging.info('fetchUploadURL')
where = "College campuses in Boston, MA"
what = "Offers on food, drink, clothing, and entertainment"
toEcho = {"success":True,"data":{"where":where,"what":what}}
elif action == "reportDeal":
#user reports a deal
logging.info('reportDeal')
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
# uid = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9ucg8LEghDdXN0b21lchiRAQw'
# dealID = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9uchoLEghCdXNpbmVzcxiTAQwLEgREZWFsGJQBDA'
# dealID = 'ahNkZXZ-bGV2ci1wcm9kdWN0aW9uchoLEghDdXN0b21lchiSAQwLEgREZWFsGJUBDA'
# dateTime = enc.decrypt_key(decoded['in']['dateTime'])
#create report Entity
report = levr.ReportedDeal(
uid = db.Key(uid),
dealID = db.Key(dealID)
).put()
#get human readable info for email
deal = levr.Deal.get(dealID)
business_name = deal.business_name
logging.debug(business_name)
if deal.deal_type == "single":
deal_text = deal.deal_text
else:
deal_text = deal.deal_text +" with purchase of "+deal.secondary_name
user = levr.Customer.get(uid)
alias = user.alias
deal_class = str(deal.class_name())
if deal_class == 'CustomerDeal':
deal_kind = "Ninja Deal"
elif deal_class == 'Deal':
deal_kind = "Business Deal"
else:
raise ValueError('deal class_name not recognized')
logging.debug(report)
#send notification via email
message = mail.EmailMessage(
sender ="LEVR AUTOMATED <*****@*****.**>",
subject ="New Reported Deal",
to ="*****@*****.**")
logging.debug(message)
body = 'New Reported Deal\n\n'
body += 'reporter uid: ' +str(uid)+"\n\n"
body += 'reporter alias: ' +str(alias)+"\n\n"
body += 'Business name: '+str(business_name)+"\n\n"
body += "Deal: "+str(deal_text)+"\n\n"
body += "Deal Kind: "+deal_kind+"\n\n"
body += "dealID: "+str(dealID)+"\n\n"
message.body = body
logging.debug(message.body)
message.send()
notifications = user.get_notifications()
toEcho = {"success":True,"notifications":notifications}
elif action == 'ninjaHasShared':
logging.info(action)
uid = enc.decrypt_key(decoded['in']['uid'])
dealID = enc.decrypt_key(decoded['in']['dealID'])
keys = [dealID,uid]
logging.debug(keys)
#pull deal and user
entities = db.get(keys)
deal = entities[0]
user = entities[1]
logging.debug(levr_utils.log_model_props(deal,['deal_text','business_name','gate_max','has_been_shared']))
deal.share_deal()
deal.put()
logging.debug(levr_utils.log_model_props(deal,['gate_max','has_been_shared']))
notifications = user.get_notifications()
toEcho = {"success":True,"notifications":notifications}
else:
raise Exception('Unrecognized action')
