def users_user_id_get(userId):
""" method to retrieve user using user id """
try:
user = User.get(userId)
buildings = Building.scan(ownerId__eq=userId)
#add ownedBuildings to the user object without having it reflect in the model
user.__dict__["attribute_values"].update({"ownedBuildings": []})
#look at all the builings the user owns
for building in buildings:
#add the builings to the ownedBuildings list
user.__dict__["attribute_values"]["ownedBuildings"].append(building.attribute_values["id"])
except Exception as inst:
print(inst.args)
return 'User with id=%s does not exist.' % (userId)
return user.attribute_values
def users_user_id_get(userId):
""" method to retrieve user using user id """
try:
user = User.get(userId)
buildings = Building.scan(ownerId__eq=userId)
#add ownedBuildings to the user object without having it reflect in the model
user.__dict__["attribute_values"].update({"ownedBuildings": []})
#look at all the builings the user owns
for building in buildings:
#add the builings to the ownedBuildings list
user.__dict__["attribute_values"]["ownedBuildings"].append(
building.attribute_values["id"])
except Exception as inst:
print(inst.args)
return 'User with id=%s does not exist.' % (userId)
return user.attribute_values
def buildings_get() -> str:
resultList = []
for item in Building.scan():
resultList.append(item.attribute_values)
return resultList
def buildings_delete() -> str:
temp = []
for item in Building.scan():
temp.append(item.delete())
return "%s items deleted." % len(temp)
def buildings_get():
""" method to get all buildings """
resultlist = []
for item in Building.scan():
resultlist.append(item.attribute_values)
return resultlist
def buildings_delete():
""" method to delete all buildings """
temp = []
for item in Building.scan():
temp.append(item.delete())
return "%s items deleted." % len(temp)
def buildings_get():
""" method to get all buildings """
resultlist = []
for item in Building.scan():
resultlist.append(item.attribute_values)
return resultlist
def buildings_delete():
""" method to delete all buildings """
temp = []
for item in Building.scan():
temp.append(item.delete())
return "%s items deleted." % len(temp)
def buildings_get() -> str:
resultList = []
for item in Building.scan():
resultList.append(item.attribute_values)
return resultList
def buildings_delete() -> str:
temp = []
for item in Building.scan():
temp.append(item.delete())
return "%s items deleted." % len(temp)