def testJoinParty(self):
sampleAuthMessage1Ad = ad.AttrDict(self.sampleAuthMessage1)
proxy.habiticaRegister(sampleAuthMessage1Ad.username,
sampleAuthMessage1Ad.email,
sampleAuthMessage1Ad.password,
sampleAuthMessage1Ad.our_uuid)
#Create an inviter
inviterUUID = uuid.uuid4()
inviter = randomGen()
inviter_email = inviter + '@save.world'
inviter_id = proxy.habiticaRegister(inviter, inviter_email, inviter,
inviterUUID)['data']['id']
inviter_group_id = json.loads(
proxy.habiticaProxy(inviterUUID, 'POST', "/api/v3/groups", {
'type': 'party',
'privacy': 'private',
'name': inviter
}).text)['data']['id']
#Finally try to make this user (self) join the party
group_id_returned = proxy.setup_party(self.testUserUUID,
inviter_group_id, inviter_id)
self.assertEqual(group_id_returned, inviter_group_id)
#Now try to join again, it should throw an error
with self.assertRaises(RuntimeError):
proxy.setup_party(self.testUserUUID, inviter_group_id, inviter_id)
delete_inviter = proxy.habiticaProxy(inviterUUID, "DELETE",
"/api/v3/user",
{'password': inviter})
edb.get_habitica_db().remove({'user_id': inviterUUID})
def testResetActiveTransportation(self):
self.testAutomaticRewardActiveTransportation()
#Get user data before resetting
user_before = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_before['bike_count']), 1500)
habits_before = proxy.habiticaProxy(self.testUUID, 'GET', "/api/v3/tasks/user?type=habits", None).json()
bike_pts_before = [habit['history'] for habit in habits_before['data'] if habit['text'] == self.new_task_text]
#Reset
reset_ts = arrow.Arrow(2016,5,3,9).timestamp
autocheck.reset_all_tasks_to_ts(self.testUUID, reset_ts, is_dry_run=False)
# Check timestamp
user_after = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_after['last_timestamp']), reset_ts)
# Re-score points
# This should give points for the second and third sections
# So I expect to see an additional distance of 2.5 + 3.5 km = 6km
autocheck.give_points_for_all_tasks(self.testUUID)
#Get user data after scoring and check results
# We already had bike_count = 1500, and this is a round number, so it
# should continue to be 1500
user_after = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_after['bike_count']), 0)
# and we should have 6 points more?
habits_after = proxy.habiticaProxy(self.testUUID, 'GET', "/api/v3/tasks/user?type=habits", None).json()
bike_pts_after = [habit['history'] for habit in habits_after['data'] if habit['text'] == self.new_task_text]
logging.debug("bike_pts_after = %s" % (len(bike_pts_after[0]) - len(bike_pts_before[0])))
self.assertTrue(len(bike_pts_after[0]) - len(bike_pts_before[0]) == 3)
def testAutomaticRewardActiveTransportation(self):
#Create test data -- code copied from TestTimeGrouping
key = (2016, 5, 3)
test_section_list = []
#
# Since PST is UTC-7, all of these will be in the same UTC day
# 13:00, 17:00, 21:00
# so we expect the local date and UTC bins to be the same
test_section_list.append(
self._createTestSection(
arrow.Arrow(2016, 5, 3, 6, tzinfo=tz.gettz(PST)), PST))
test_section_list.append(
self._createTestSection(
arrow.Arrow(2016, 5, 3, 10, tzinfo=tz.gettz(PST)), PST))
test_section_list.append(
self._createTestSection(
arrow.Arrow(2016, 5, 3, 14, tzinfo=tz.gettz(PST)), PST))
self._fillModeDistanceDuration(test_section_list)
#logging.debug("durations = %s" % [s.data.duration for s in test_section_list])
summary_ts = earmt.group_by_timestamp(
self.testUUID,
arrow.Arrow(2016, 5, 1).timestamp,
arrow.Arrow(2016, 6, 1).timestamp, None, earmts.get_distance)
logging.debug(
"in testAutomaticRewardActiveTransportation, result = %s" %
summary_ts)
#Get user data before scoring
user_before = list(edb.get_habitica_db().find(
{'user_id': self.testUUID}))[0]['metrics_data']
self.assertEqual(int(user_before['bike_count']), 0)
habits_before = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits",
None).json()
bike_pts_before = [
habit['history'] for habit in habits_before['data']
if habit['text'] == "Bike"
]
#Score points
autocheck.reward_active_transportation(self.testUUID)
#Get user data after scoring and check results
user_after = list(edb.get_habitica_db().find(
{'user_id': self.testUUID}))[0]['metrics_data']
self.assertEqual(int(user_after['bike_count']), 1500)
habits_after = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits",
None).json()
bike_pts_after = [
habit['history'] for habit in habits_after['data']
if habit['text'] == "Bike"
]
self.assertTrue(len(bike_pts_after[0]) - len(bike_pts_before[0]) == 2)
def reset_user(reset_em_uuid):
del_result = proxy.habiticaProxy(reset_em_uuid, "POST",
"/api/v3/user/reset", {})
update_result = edb.get_habitica_db().update({"user_id": reset_em_uuid},
{"$set": {'metrics_data':
{'last_timestamp': 0, 'bike_count': 0, 'walk_count': 0}}})
logging.debug("reset result for %s = %s, %s" % (reset_em_uuid, del_result, update_result))
def tearDown(self):
edb.get_analysis_timeseries_db().remove({'user_id': self.testUUID})
del_result = proxy.habiticaProxy(self.testUUID, "DELETE",
"/api/v3/user",
{'password': "******"})
edb.get_habitica_db().remove({'user_id': self.testUUID})
logging.debug("in tearDown, result = %s" % del_result)
def reset_user(reset_em_uuid):
del_result = proxy.habiticaProxy(reset_em_uuid, "POST",
"/api/v3/user/reset", {})
update_result = edb.get_habitica_db().update({"user_id": reset_em_uuid},
{"$set": {'metrics_data':
{'last_timestamp': 0, 'bike_count': 0, 'walk_count': 0}}})
logging.debug("reset result for %s = %s, %s" % (reset_em_uuid, del_result, update_result))
def delete_tasks(uuid, task_list):
method_uri = "/api/v3/tasks/"
for task in task_list:
curr_task_del_uri = method_uri + str(task["id"])
result = proxy.habiticaProxy(uuid, 'DELETE', curr_task_del_uri, {})
logging.debug("Result of deleting %s = %s" % (task["id"], result.json()))
def tearDown(self):
# https: // habitica.com / apidoc / # api-User-UserDelete
del_result = proxy.habiticaProxy(
self.testUserUUID, "DELETE", "/api/v3/user",
{'password': self.sampleAuthMessage1['password']})
edb.get_habitica_db().remove({'user_id': self.testUserUUID})
logging.debug("in tear_down, result = %s" % del_result)
def tearDown(self):
# https: // habitica.com / apidoc / # api-User-UserDelete
del_result = proxy.habiticaProxy(self.testUserUUID, "DELETE",
"/api/v3/user",
{'password': self.sampleAuthMessage1['password']})
edb.get_habitica_db().remove({'user_id': self.testUserUUID})
logging.debug("in tear_down, result = %s" % del_result)
def tearDown(self):
edb.get_analysis_timeseries_db().remove({'user_id': self.testUUID})
del_result = proxy.habiticaProxy(self.testUUID, "DELETE",
"/api/v3/user",
{'password': "******"})
edb.get_habitica_db().remove({'user_id': self.testUUID})
logging.debug("in tearDown, result = %s" % del_result)
def testResetActiveTransportation(self):
self.testAutomaticRewardActiveTransportation()
#Get user data before resetting
user_before = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_before['bike_count']), 1500)
habits_before = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits",
None).json()
bike_pts_before = [
habit['history'] for habit in habits_before['data']
if habit['text'] == self.new_task_text
]
#Reset
reset_ts = arrow.Arrow(2016, 5, 3, 9).timestamp
autocheck.reset_all_tasks_to_ts(self.testUUID,
reset_ts,
is_dry_run=False)
# Check timestamp
user_after = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_after['last_timestamp']), reset_ts)
# Re-score points
# This should give points for the second and third sections
# So I expect to see an additional distance of 2.5 + 3.5 km = 6km
autocheck.give_points_for_all_tasks(self.testUUID)
#Get user data after scoring and check results
# We already had bike_count = 1500, and this is a round number, so it
# should continue to be 1500
user_after = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_after['bike_count']), 0)
# and we should have 6 points more?
habits_after = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits",
None).json()
bike_pts_after = [
habit['history'] for habit in habits_after['data']
if habit['text'] == self.new_task_text
]
logging.debug("bike_pts_after = %s" %
(len(bike_pts_after[0]) - len(bike_pts_before[0])))
self.assertTrue(len(bike_pts_after[0]) - len(bike_pts_before[0]) == 3)
def habiticaProxy():
logging.debug("habitica registration request %s" % (request))
user_uuid = getUUID(request)
assert (user_uuid is not None)
method = request.json['callOpts']['method']
method_url = request.json['callOpts']['method_url']
method_args = request.json['callOpts']['method_args']
return habitproxy.habiticaProxy(user_uuid, method, method_url, method_args)
def habiticaProxy():
logging.debug("habitica registration request %s" % (request))
user_uuid = getUUID(request)
assert(user_uuid is not None)
method = request.json['callOpts']['method']
method_url = request.json['callOpts']['method_url']
method_args = request.json['callOpts']['method_args']
return habitproxy.habiticaProxy(user_uuid, method, method_url,
method_args)
def testJoinParty(self):
sampleAuthMessage1Ad = ad.AttrDict(self.sampleAuthMessage1)
proxy.habiticaRegister(sampleAuthMessage1Ad.username, sampleAuthMessage1Ad.email,
sampleAuthMessage1Ad.password, sampleAuthMessage1Ad.our_uuid)
#Create an inviter
inviterUUID = uuid.uuid4()
inviter = randomGen()
inviter_email = inviter + '@save.world'
inviter_id = proxy.habiticaRegister(inviter, inviter_email, inviter, inviterUUID)['data']['id']
inviter_group_id = json.loads(proxy.habiticaProxy(inviterUUID, 'POST', "/api/v3/groups", {'type': 'party', 'privacy': 'private', 'name': inviter}).text)['data']['id']
#Finally try to make this user (self) join the party
group_id_returned = proxy.setup_party(self.testUserUUID, inviter_group_id, inviter_id)
self.assertEqual(group_id_returned, inviter_group_id)
#Now try to join again, it should throw an error
with self.assertRaises(RuntimeError):
proxy.setup_party(self.testUserUUID, inviter_group_id, inviter_id)
delete_inviter = proxy.habiticaProxy(inviterUUID, "DELETE", "/api/v3/user", {'password': inviter})
edb.get_habitica_db().remove({'user_id': inviterUUID})
def get_tasks_from_habitica(user_id):
tasks_uri = "/api/v3/tasks/user"
# Get all tasks from the user
try:
result = hp.habiticaProxy(user_id, 'GET', tasks_uri, None)
tasks = result.json()
except AssertionError as e:
logging.info("User %s has not registered for habitica, returning empty tasks" % user_id)
tasks = {"data": []}
logging.debug("For user %s, retrieved %s tasks from habitica" %
(user_id, len(tasks)))
return tasks
def get_tasks_from_habitica(user_id):
tasks_uri = "/api/v3/tasks/user"
# Get all tasks from the user
try:
result = hp.habiticaProxy(user_id, 'GET', tasks_uri, None)
tasks = result.json()
except AssertionError as e:
logging.info("User %s has not registered for habitica, returning empty tasks" % user_id)
tasks = {"data": []}
logging.debug("For user %s, retrieved %s tasks from habitica" %
(user_id, len(tasks)))
return tasks
def testCreateNewHabit(self):
new_habit = {'type': "habit", 'text': randomGen(),
'notes': 'AUTOCHECK: {"mapper": "active_distance",'
'"args": {"walk_scale": 1000, "bike_scale": 3000}}'}
habit_id = proxy.create_habit(self.testUUID, new_habit)
logging.debug("in testCreateNewHabit, the new habit id is = %s" % habit_id)
#Get user's list of habits and check that new habit is there
response = proxy.habiticaProxy(self.testUUID, 'GET', "/api/v3/tasks/user?type=habits", None)
logging.debug("in testCreateNewHabit, GET habits response = %s" % response)
habits = response.json()
logging.debug("in testCreateNewHabit, this user's list of habits = %s" % habits)
self.assertTrue(habit['_id'] == habit_id for habit in habits['data'])
self.assertTrue(habit['text'] == new_habit['text'] for habit in habits['data'])
def testCreateNewHabit(self):
new_habit = {'type': "habit", 'text': randomGen(),
'notes': 'AUTOCHECK: {"mapper": "active_distance",'
'"args": {"walk_scale": 1000, "bike_scale": 3000}}'}
habit_id = proxy.create_habit(self.testUUID, new_habit)
logging.debug("in testCreateNewHabit, the new habit id is = %s" % habit_id)
#Get user's list of habits and check that new habit is there
response = proxy.habiticaProxy(self.testUUID, 'GET', "/api/v3/tasks/user?type=habits", None)
logging.debug("in testCreateNewHabit, GET habits response = %s" % response)
habits = response.json()
logging.debug("in testCreateNewHabit, this user's list of habits = %s" % habits)
self.assertTrue(habit['_id'] == habit_id for habit in habits['data'])
self.assertTrue(habit['text'] == new_habit['text'] for habit in habits['data'])
def testSleep(self):
# The user information is randomly generated every time, so
# every test has to start with creating the user
sampleAuthMessage1Ad = ad.AttrDict(self.sampleAuthMessage1)
proxy.habiticaRegister(sampleAuthMessage1Ad.username, sampleAuthMessage1Ad.email,
sampleAuthMessage1Ad.password, sampleAuthMessage1Ad.our_uuid)
ret_sleep = proxy.habiticaProxy(self.testUserUUID, "POST",
"/api/v3/user/sleep",
{'data': True})
ret_profile = proxy.habiticaProxy(self.testUserUUID, "GET",
"/api/v3/user", None)
ret_json = ret_profile.json()
# User should be sleeping
self.assertEqual(ret_json['data']['preferences']['sleep'], True)
ret_sleep = proxy.habiticaProxy(self.testUserUUID, "POST",
"/api/v3/user/sleep",
{'data': False})
ret_profile = proxy.habiticaProxy(self.testUserUUID, "GET",
"/api/v3/user", None)
ret_json = ret_profile.json()
# User should not be sleeping
self.assertEqual(ret_json['data']['preferences']['sleep'], False)
def testSleep(self):
# The user information is randomly generated every time, so
# every test has to start with creating the user
sampleAuthMessage1Ad = ad.AttrDict(self.sampleAuthMessage1)
proxy.habiticaRegister(sampleAuthMessage1Ad.username,
sampleAuthMessage1Ad.email,
sampleAuthMessage1Ad.password,
sampleAuthMessage1Ad.our_uuid)
ret_sleep = proxy.habiticaProxy(self.testUserUUID, "POST",
"/api/v3/user/sleep", {'data': True})
ret_profile = proxy.habiticaProxy(self.testUserUUID, "GET",
"/api/v3/user", None)
ret_json = ret_profile.json()
# User should be sleeping
self.assertEqual(ret_json['data']['preferences']['sleep'], True)
ret_sleep = proxy.habiticaProxy(self.testUserUUID, "POST",
"/api/v3/user/sleep", {'data': False})
ret_profile = proxy.habiticaProxy(self.testUserUUID, "GET",
"/api/v3/user", None)
ret_json = ret_profile.json()
# User should not be sleeping
self.assertEqual(ret_json['data']['preferences']['sleep'], False)
def testGetUserProfile(self):
# The user information is randomly generated every time, so
# every test has to start with creating the user
sampleAuthMessage1Ad = ad.AttrDict(self.sampleAuthMessage1)
proxy.habiticaRegister(sampleAuthMessage1Ad.username, sampleAuthMessage1Ad.email,
sampleAuthMessage1Ad.password, sampleAuthMessage1Ad.our_uuid)
ret_profile = proxy.habiticaProxy(self.testUserUUID, "GET",
"/api/v3/user", None)
ret_json = ret_profile.json()
logging.debug("Retrieved profile with keys %s" % ret_json.keys())
logging.debug("profile data keys = %s" % ret_json['data'].keys())
# User has just been created, so has no gear
self.assertEqual(ret_json['data']['achievements']['ultimateGearSets'],
{'warrior': False, 'rogue': False, 'wizard': False,
'healer': False})
self.assertEqual(ret_json['data']['newMessages'], {})
def testGetUserProfile(self):
# The user information is randomly generated every time, so
# every test has to start with creating the user
sampleAuthMessage1Ad = ad.AttrDict(self.sampleAuthMessage1)
proxy.habiticaRegister(sampleAuthMessage1Ad.username, sampleAuthMessage1Ad.email,
sampleAuthMessage1Ad.password, sampleAuthMessage1Ad.our_uuid)
ret_profile = proxy.habiticaProxy(self.testUserUUID, "GET",
"/api/v3/user", None)
ret_json = ret_profile.json()
logging.debug("Retrieved profile with keys %s" % list(ret_json.keys()))
logging.debug("profile data keys = %s" % list(ret_json['data'].keys()))
# User has just been created, so has no gear
self.assertEqual(ret_json['data']['achievements']['ultimateGearSets'],
{'warrior': False, 'rogue': False, 'wizard': False,
'healer': False})
self.assertEqual(ret_json['data']['newMessages'], {})
def testCreateNewHabit(self):
new_habit = {'type': "habit", 'text': randomGen()}
habit_id = proxy.create_habit(self.testUUID, new_habit)
logging.debug("in testCreateNewHabit, the new habit id is = %s" %
habit_id)
#Get user's list of habits and check that new habit is there
response = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits", None)
logging.debug("in testCreateNewHabit, GET habits response = %s" %
response)
habits = response.json()
logging.debug(
"in testCreateNewHabit, this user's list of habits = %s" % habits)
self.assertTrue(habit['_id'] == habit_id for habit in habits['data'])
self.assertTrue(habit['text'] == new_habit['text']
for habit in habits['data'])
def find_existing_auto_tasks(uuid):
method_uri = "/api/v3/tasks/user"
get_habits_uri = method_uri + "?type=habits"
#First, get all habits and check if the habit requested already exists
result = proxy.habiticaProxy(uuid, 'GET', get_habits_uri, None)
habits = result.json()
auto_tasks = []
for habit in habits['data']:
print(habit['text'], habit["notes"], habit["id"])
if "automatically" in habit['notes']:
logging.debug("Found auto task %s, %s, %s" %
(habit['text'], habit['notes'], habit['id']))
auto_tasks.append(habit)
else:
if len(habit["challenge"]) > 0:
logging.info("Found challenge task %s, %s, %s, unsure what to do" %
(habit['text'], habit['notes'], habit['id']))
else:
logging.debug("Found manual task %s, %s, %s" %
(habit['text'], habit['notes'], habit['id']))
return auto_tasks
def testCreateExistingHabit(self):
#try to create Bike
existing_habit = {'type': "habit", 'text': "Bike"}
habit_id = proxy.create_habit(self.testUUID, existing_habit)
logging.debug("in testCreateExistingHabit, the new habit id is = %s" %
habit_id)
#search this user's habits for the habit and check if there's exactly one
response = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits", None)
logging.debug("in testCreateExistingHabit, GET habits response = %s" %
response)
habits = response.json()
logging.debug(
"in testCreateExistingHabit, this user's list of habits = %s" %
habits)
self.assertTrue(habit['_id'] == habit_id for habit in habits['data'])
self.assertTrue(habit['text'] == new_habit['text']
for habit in habits['data'])
#search this user's habits for the habit and check if there's exactly one
occurrences = (1 for habit in habits['data']
if habit['text'] == existing_habit['text'])
self.assertEqual(sum(occurrences), 1)
import argparse
import sys
import logging
import emission.core.get_database as edb
import emission.net.ext_service.habitica.proxy as proxy
if __name__ == '__main__':
logging.basicConfig(level=logging.DEBUG)
parser = argparse.ArgumentParser()
parser.add_argument(
"user_email",
help=
"the email address of the user whose habitica account you want to clean up"
)
args = parser.parse_args()
del_uuid = edb.get_uuid_db().find_one({'user_email':
args.user_email})['uuid']
logging.debug("Found uuid %s" % del_uuid)
del_habitica_creds = edb.get_habitica_db().find_one({'user_id': del_uuid})
logging.debug("del_habitica_creds = %s" % del_habitica_creds)
del_result = proxy.habiticaProxy(
del_uuid, "DELETE", "/api/v3/user",
{'password': del_habitica_creds['habitica_password']})
logging.debug("delete result = %s" % del_result)
def testAutomaticRewardActiveTransportation(self):
# Create a task that we can retrieve later
self.new_task_text = randomGen()
new_habit = {
'type':
"habit",
'text':
self.new_task_text,
'notes':
'AUTOCHECK: {"mapper": "active_distance",'
'"args": {"walk_scale": 1000, "bike_scale": 3000}}'
}
habit_id = proxy.create_habit(self.testUUID, new_habit)
self.dummy_task = enehat.Task()
self.dummy_task.task_id = habit_id
logging.debug("in testAutomaticRewardActiveTransportation,"
"the new habit id is = %s and task is %s" %
(habit_id, self.dummy_task))
#Create test data -- code copied from TestTimeGrouping
key = (2016, 5, 3)
test_section_list = []
#
# Since PST is UTC-7, all of these will be in the same UTC day
# 13:00, 17:00, 21:00
# so we expect the local date and UTC bins to be the same
test_section_list.append(
self._createTestSection(
arrow.Arrow(2016, 5, 3, 6, tzinfo=tz.gettz(PST)), PST))
test_section_list.append(
self._createTestSection(
arrow.Arrow(2016, 5, 3, 10, tzinfo=tz.gettz(PST)), PST))
test_section_list.append(
self._createTestSection(
arrow.Arrow(2016, 5, 3, 14, tzinfo=tz.gettz(PST)), PST))
self._fillModeDistanceDuration(test_section_list)
#logging.debug("durations = %s" % [s.data.duration for s in test_section_list])
summary_ts = earmt.group_by_timestamp(
self.testUUID,
arrow.Arrow(2016, 5, 1).timestamp,
arrow.Arrow(2016, 6, 1).timestamp, None, [earmts.get_distance])
logging.debug(
"in testAutomaticRewardActiveTransportation, result = %s" %
summary_ts)
#Get user data before scoring
user_before = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertIsNone(user_before)
# Needed to work, otherwise sections from may won't show up in the query!
modification = {
"last_timestamp": arrow.Arrow(2016, 5, 1).timestamp,
"bike_count": 0,
"walk_count": 0
}
autocheck.save_task_state(self.testUUID, self.dummy_task, modification)
user_before = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_before['bike_count']), 0)
habits_before = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits",
None).json()
bike_pts_before = [
habit['history'] for habit in habits_before['data']
if habit['text'] == self.new_task_text
]
#Score points
autocheck.give_points_for_all_tasks(self.testUUID)
#Get user data after scoring and check results
user_after = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_after['bike_count']), 1500)
habits_after = proxy.habiticaProxy(self.testUUID, 'GET',
"/api/v3/tasks/user?type=habits",
None).json()
bike_pts_after = [
habit['history'] for habit in habits_after['data']
if habit['text'] == self.new_task_text
]
self.assertTrue(len(bike_pts_after[0]) - len(bike_pts_before[0]) == 2)
def reward_active_transportation(user_id):
logging.debug("Entering habitica autocheck for user %s" % user_id)
if edb.get_habitica_db().find({'user_id': user_id}).count() == 1:
logging.debug("Habitica user: %s" %
list(edb.get_habitica_db().find({'user_id': user_id})))
#make sure habits exist
#bike
bike_habit = {
'type': "habit",
'text': "Bike",
'up': True,
'down': False,
'priority': 2
}
bike_habit_id = proxy.create_habit(user_id, bike_habit)
#walk
walk_habit = {
'type': "habit",
'text': "Walk",
'up': True,
'down': False,
'priority': 2
}
walk_habit_id = proxy.create_habit(user_id, walk_habit)
#get timestamps
user_val = list(edb.get_habitica_db().find({"user_id": user_id
}))[0]['metrics_data']
timestamp_from_db = user_val['last_timestamp']
timestamp_now = arrow.utcnow().timestamp
#Get metrics
summary_ts = earmt.group_by_timestamp(user_id, timestamp_from_db,
timestamp_now, None,
earmts.get_distance)
logging.debug("Metrics response: %s" % summary_ts)
#get distances leftover from last timestamp
bike_distance = user_val['bike_count']
walk_distance = user_val['walk_count']
#iterate over summary_ts and look for bike/on foot
for item in summary_ts:
try:
bike_distance += item.BICYCLING
logging.debug("bike_distance += %s" % item.BICYCLING)
except AttributeError:
logging.debug("no bike")
try:
walk_distance += item.ON_FOOT
logging.debug("walk_distance += %s" % item.ON_FOOT)
except AttributeError:
logging.debug("no Android walk")
try:
walk_distance += item.WALKING
logging.debug("walk_distance += %s" % item.WALKING)
except AttributeError:
logging.debug("no ios walk")
try:
walk_distance += item.RUNNING
logging.debug("walk_distance += %s" % item.RUNNING)
except AttributeError:
logging.debug("no running")
logging.debug("Finished with bike_distance == %s" % bike_distance)
logging.debug("Finished with walk_distance == %s" % walk_distance)
method_uri_walk = "/api/v3/tasks/" + walk_habit_id + "/score/up"
method_uri_bike = "/api/v3/tasks/" + bike_habit_id + "/score/up"
#reward user by scoring + habits
# Walk: +1 for every km
walk_pts = int(walk_distance // 1000)
for i in range(walk_pts):
res = proxy.habiticaProxy(user_id, 'POST', method_uri_walk, None)
logging.debug("Request to score walk points %s" % res)
# Bike: +1 for every 3 km
bike_pts = int(bike_distance // 3000)
for i in range(bike_pts):
res2 = proxy.habiticaProxy(user_id, 'POST', method_uri_bike, None)
logging.debug("Request to score bike points %s" % res2)
#update the timestamp and bike/walk counts in db
edb.get_habitica_db().update({"user_id": user_id}, {
"$set": {
'metrics_data': {
'last_timestamp': arrow.utcnow().timestamp,
'bike_count': bike_distance % 3000,
'walk_count': walk_distance % 1000
}
}
},
upsert=True)
logging.debug("Habitica user after update: %s" %
list(edb.get_habitica_db().find({'user_id': user_id})))
def testAutomaticRewardActiveTransportation(self):
# Create a task that we can retrieve later
self.new_task_text = randomGen()
new_habit = {'type': "habit", 'text': self.new_task_text,
'notes': 'AUTOCHECK: {"mapper": "active_distance",'
'"args": {"walk_scale": 1000, "bike_scale": 3000}}'}
habit_id = proxy.create_habit(self.testUUID, new_habit)
self.dummy_task = enehat.Task()
self.dummy_task.task_id = habit_id
logging.debug("in testAutomaticRewardActiveTransportation,"
"the new habit id is = %s and task is %s" % (habit_id, self.dummy_task))
#Create test data -- code copied from TestTimeGrouping
key = (2016, 5, 3)
test_section_list = []
#
# Since PST is UTC-7, all of these will be in the same UTC day
# 13:00, 17:00, 21:00
# so we expect the local date and UTC bins to be the same
test_section_list.append(
self._createTestSection(arrow.Arrow(2016,5,3,6, tzinfo=tz.gettz(PST)),
PST))
test_section_list.append(
self._createTestSection(arrow.Arrow(2016,5,3,10, tzinfo=tz.gettz(PST)),
PST))
test_section_list.append(
self._createTestSection(arrow.Arrow(2016,5,3,14, tzinfo=tz.gettz(PST)),
PST))
self._fillModeDistanceDuration(test_section_list)
#logging.debug("durations = %s" % [s.data.duration for s in test_section_list])
summary_ts = earmt.group_by_timestamp(self.testUUID,
arrow.Arrow(2016,5,1).timestamp,
arrow.Arrow(2016,6,1).timestamp,
None, [earmts.get_distance])
logging.debug("in testAutomaticRewardActiveTransportation, result = %s" % summary_ts)
#Get user data before scoring
user_before = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertIsNone(user_before)
# Needed to work, otherwise sections from may won't show up in the query!
modification = {"last_timestamp": arrow.Arrow(2016,5,1).timestamp, "bike_count": 0, "walk_count":0}
autocheck.save_task_state(self.testUUID, self.dummy_task, modification)
user_before = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_before['bike_count']), 0)
habits_before = proxy.habiticaProxy(self.testUUID, 'GET', "/api/v3/tasks/user?type=habits", None).json()
bike_pts_before = [habit['history'] for habit in habits_before['data'] if habit['text'] == self.new_task_text]
#Score points
autocheck.give_points_for_all_tasks(self.testUUID)
#Get user data after scoring and check results
user_after = autocheck.get_task_state(self.testUUID, self.dummy_task)
self.assertEqual(int(user_after['bike_count']),1500)
habits_after = proxy.habiticaProxy(self.testUUID, 'GET', "/api/v3/tasks/user?type=habits", None).json()
bike_pts_after = [habit['history'] for habit in habits_after['data'] if habit['text'] == self.new_task_text]
self.assertTrue(len(bike_pts_after[0]) - len(bike_pts_before[0]) == 2)
import logging
import uuid
import emission.core.get_database as edb
import emission.core.wrapper.user as ecwu
import emission.net.ext_service.habitica.proxy as proxy
if __name__ == '__main__':
logging.basicConfig(level=logging.DEBUG)
parser = argparse.ArgumentParser()
group = parser.add_mutually_exclusive_group(required=True)
group.add_argument("-e", "--user_email")
group.add_argument("-u", "--user_uuid")
args = parser.parse_args()
if args.user_uuid:
del_uuid = uuid.UUID(args.user_uuid)
else:
del_uuid = ecwu.User.fromEmail(args.user_email).uuid
logging.debug("Found uuid %s" % del_uuid)
del_habitica_creds = edb.get_habitica_db().find_one({'user_id': del_uuid})
logging.debug("del_habitica_creds = %s" % del_habitica_creds)
del_result = proxy.habiticaProxy(del_uuid, "DELETE",
"/api/v3/user",
{'password': del_habitica_creds['habitica_password']})
logging.debug("delete result = %s" % del_result)
edb.get_habitica_db().remove({'user_id': del_uuid})
def give_points(user_id, task, curr_state):
#get timestamps
# user_val = list(edb.get_habitica_db().find({"user_id": user_id}))[0]['metrics_data']
# Note that
walk_scale = task["args"]["walk_scale"]
bike_scale = task["args"]["bike_scale"]
if curr_state is None:
timestamp_from_db = arrow.utcnow().timestamp
leftover_bike = 0
leftover_walk = 0
curr_state = {
'last_timestamp': timestamp_from_db,
'bike_count': leftover_bike,
'walk_count': leftover_walk
}
else:
timestamp_from_db = curr_state['last_timestamp']
leftover_bike = curr_state["bike_count"]
leftover_walk = curr_state["walk_count"]
timestamp_now = arrow.utcnow().timestamp
#Get metrics
summary_ts = earmt.group_by_timestamp(user_id, timestamp_from_db,
timestamp_now, None,
[earmts.get_distance])
logging.debug("Metrics response: %s" % summary_ts)
if summary_ts["last_ts_processed"] == None:
new_state = curr_state
else:
#get distances leftover from last timestamp
bike_distance = leftover_bike
walk_distance = leftover_walk
#iterate over summary_ts and look for bike/on foot
for item in summary_ts["result"][0]:
try:
bike_distance += item.BICYCLING
logging.debug("bike_distance += %s" % item.BICYCLING)
except AttributeError:
logging.debug("no bike")
try:
walk_distance += item.ON_FOOT
logging.debug("walk_distance += %s" % item.ON_FOOT)
except AttributeError:
logging.debug("no Android walk")
try:
walk_distance += item.WALKING
logging.debug("walk_distance += %s" % item.WALKING)
except AttributeError:
logging.debug("no ios walk")
try:
walk_distance += item.RUNNING
logging.debug("walk_distance += %s" % item.RUNNING)
except AttributeError:
logging.debug("no running")
logging.debug("Finished with bike_distance == %s" % bike_distance)
logging.debug("Finished with walk_distance == %s" % walk_distance)
method_uri_active_distance = "/api/v3/tasks/" + task.task_id + "/score/up"
#reward user by scoring + habits
# Walk: +1 for every km
walk_pts = int(walk_distance // walk_scale)
for i in range(walk_pts):
res = proxy.habiticaProxy(user_id, 'POST',
method_uri_active_distance, None)
logging.debug("Request to score walk points %s" % res)
# Bike: +1 for every 3 km
bike_pts = int(bike_distance // bike_scale)
for i in range(bike_pts):
res2 = proxy.habiticaProxy(user_id, 'POST',
method_uri_active_distance, None)
logging.debug("Request to score bike points %s" % res2)
#update the timestamp and bike/walk counts in db
new_state = {
'last_timestamp':
summary_ts["last_ts_processed"] + esp.END_FUZZ_AVOID_LTE,
'bike_count': bike_distance % bike_scale,
'walk_count': walk_distance % walk_scale
}
logging.debug("Returning %s" % new_state)
return new_state
def give_points(user_id, task, curr_state):
#get timestamps
# user_val = list(edb.get_habitica_db().find({"user_id": user_id}))[0]['metrics_data']
# Note that
walk_scale = task["args"]["walk_scale"]
bike_scale = task["args"]["bike_scale"]
if curr_state is None:
timestamp_from_db = arrow.utcnow().timestamp
leftover_bike = 0
leftover_walk = 0
curr_state = {'last_timestamp': timestamp_from_db,
'bike_count': leftover_bike,
'walk_count': leftover_walk}
else:
timestamp_from_db = curr_state['last_timestamp']
leftover_bike = curr_state["bike_count"]
leftover_walk = curr_state["walk_count"]
timestamp_now = arrow.utcnow().timestamp
#Get metrics
summary_ts = earmt.group_by_timestamp(user_id, timestamp_from_db, timestamp_now,
None, [earmts.get_distance])
logging.debug("Metrics response: %s" % summary_ts)
if summary_ts["last_ts_processed"] == None:
new_state = curr_state
else:
#get distances leftover from last timestamp
bike_distance = leftover_bike
walk_distance = leftover_walk
#iterate over summary_ts and look for bike/on foot
for item in summary_ts["result"][0]:
try:
bike_distance += item.BICYCLING
logging.debug("bike_distance += %s" % item.BICYCLING)
except AttributeError:
logging.debug("no bike")
try:
walk_distance += item.ON_FOOT
logging.debug("walk_distance += %s" % item.ON_FOOT)
except AttributeError:
logging.debug("no Android walk")
try:
walk_distance += item.WALKING
logging.debug("walk_distance += %s" % item.WALKING)
except AttributeError:
logging.debug("no ios walk")
try:
walk_distance += item.RUNNING
logging.debug("walk_distance += %s" % item.RUNNING)
except AttributeError:
logging.debug("no running")
logging.debug("Finished with bike_distance == %s" % bike_distance)
logging.debug("Finished with walk_distance == %s" % walk_distance)
method_uri_active_distance = "/api/v3/tasks/"+ task.task_id + "/score/up"
#reward user by scoring + habits
# Walk: +1 for every km
walk_pts = int(walk_distance//walk_scale)
for i in range(walk_pts):
res = proxy.habiticaProxy(user_id, 'POST', method_uri_active_distance, None)
logging.debug("Request to score walk points %s" % res)
# Bike: +1 for every 3 km
bike_pts = int(bike_distance//bike_scale)
for i in range(bike_pts):
res2 = proxy.habiticaProxy(user_id, 'POST', method_uri_active_distance, None)
logging.debug("Request to score bike points %s" % res2)
#update the timestamp and bike/walk counts in db
new_state = {'last_timestamp': summary_ts["last_ts_processed"] + esp.END_FUZZ_AVOID_LTE,
'bike_count': bike_distance%bike_scale,
'walk_count': walk_distance%walk_scale}
logging.debug("Returning %s" % new_state)
return new_state