def reset_temp():
if os.path.isdir(temp_dir_path):
Log.info("Temp directory reset...")
shutil.rmtree(temp_dir_path)
time.sleep(1)
os.mkdir(temp_dir_path)
def download(server: FTP, from_path: str, to_dir_path: str):
Log.info("Downloading {:s}@{:s} to {:s}@local...".format(
from_path, server.host, to_dir_path))
if 0 < len(to_dir_path) and to_dir_path[-1] != "/":
raise ValueError("target does not end in '/'.")
source_dir, source_file = os.path.split(from_path)
if len(source_file) < 1:
target_dir_path = to_dir_path + from_path
if not to_dir_path == "./":
if os.path.isdir(target_dir_path):
raise IOError("directory {:s}@local already exists".format(
target_dir_path))
if not debug and not target_dir_path == "./":
os.mkdir(target_dir_path)
contents = get_server_contents(server, from_path)
for each_element in sorted(contents):
download(server, each_element, target_dir_path)
elif not debug:
with open(to_dir_path + source_file, mode="wb") as file:
server.retrbinary("RETR {:s}".format(from_path), file.write)
def centre_schedule_update(self, check_asserts="true"):
self.click_element('//*[@id="remarks"]')
self.tab(reverse="true").send_inputs("Inactive", dropdown="true")
self.tab(reverse="true").send_inputs("AM")
time.sleep(1)
self.tab(reverse="true").send_inputs("00")
time.sleep(1)
self.tab(2, reverse="true").send_inputs("04")
time.sleep(2)
self.tab(2, reverse="true").send_inputs("Hindi", clear="true")
time.sleep(2)
self.click_element()
self.tab(reverse="true").send_inputs("Monday", dropdown="true")
time.sleep(2)
self.click_element(XPATH.BUTTON_SAVE_CENTRE_SCHEDULE)
if check_asserts == "true":
Log.info("\tTEST for GAWLA CENTRE , WEEK 5 Schedule\n")
self.click_element(XPATH.SCREEN_LINK_ROW1_COL6)
self._assert.test_element_value_xpath(XPATH.CENTRE_LOOKUP_FIELD,
"Gawla")
self._assert.test_dropdown_value_xpath(XPATH.WEEK_LOOKUP_FIELD,
"Week 5")
self._assert.test_dropdown_value_xpath(XPATH.WEEKDAY_LOOKUP_FIELD,
"Monday")
self._assert.test_element_value_xpath(XPATH.LANGUAGE_LOOKUP_FIELD,
"Hindi")
self._assert.test_element_value_xpath(XPATH.TIME, "09:30:00.000")
self._assert.test_dropdown_value_xpath(XPATH.STATUS, "Inactive")
self.click_element(XPATH.CLOSE_BUTTON)
def centre_update(self):
self.click_element(XPATH.CURRENT_DOCUMENT_LOOKUP_FIELD)
self.tab(2, reverse="true").send_inputs("789", clear="true")
self.tab(reverse="true").send_inputs("12", clear="true")
self.tab(reverse="true").send_inputs("Update", clear="true")
self.tab(reverse="true").send_inputs("Non-Agricultural",
dropdown="true")
self.tab(reverse="true").send_inputs("Rented", dropdown="true")
self.tab(reverse="true").send_inputs("School", dropdown="true")
self.tab(reverse="true").send_inputs("Remarks: Update Testing",
clear="true")
self.press_button(constants.BUTTON_SAVE, self._tab)
alert_text = self.get_element_value_xpath(XPATH.ALERT, by="text")
Log.info("\tALERT: " + alert_text + "\n")
self._assert.test_element_value_xpath(XPATH.CENTRE_LOOKUP_FIELD,
self.search_input)
self._assert.test_element_value_xpath(
XPATH.DUTY_ALLOCATION_AREA_LOOKUP_FIELD, "Karnataka")
self._assert.test_element_value_xpath(XPATH.REMARKS_LOOKUP_FIELD,
"Remarks: Update Testing")
self._assert.test_dropdown_value_xpath(XPATH.LAND_TYPE_LOOKUP_FIELD,
"School")
self._assert.test_dropdown_value_xpath(
XPATH.OWNERSHIP_TYPE_LOOKUP_FIELD, "Rented")
self._assert.test_dropdown_value_xpath(
XPATH.NATURE_OF_LAND_LOOKUP_FIELD, "Non-Agricultural")
self._assert.test_element_value_xpath(XPATH.LAND_EXTENT_LOOKUP_FIELD,
"Update")
self._assert.test_element_value_xpath(XPATH.LONGITUDE_LOOKUP_FIELD,
"12")
self._assert.test_element_value_xpath(XPATH.LATITUDE_LOOKUP_FIELD,
"789")
def __init__(self, c_instance):
ControlSurface.__init__(self, c_instance)
with self.component_guard():
self.cInstance = c_instance
self._suppress_send_midi = True
self.endpoint = None
Log.set_logger(self.log_message)
Log.set_log_level(Log.LOG_WARN)
Log.set_log_network(True)
Log.write("-----------------------")
Log.write("ShowtimeBridge starting")
Log.write("Python version " + sys.version)
Log.info(sys.version)
# Network endpoint
self.endpoint = LiveNetworkEndpoint()
self.endpoint.set_song_root_accessor(LiveUtils.getSong)
LiveWrapper.set_endpoint(self.endpoint)
# Midi clock to trigger incoming message check
self.clock = LoopingEncoderElement(0, 119)
self.refresh_state()
self._suppress_send_midi = False
def upload(server: FTP, from_path: str, to_dir_path: str):
Log.info("Uploading {:s}@local to {:s}@{:s}...".format(
from_path, to_dir_path, server.host))
if 0 < len(to_dir_path) and to_dir_path[-1] != "/":
raise ValueError("target does not end in '/'.")
source_dir, source_file = os.path.split(from_path)
if len(source_file) < 1:
target_dir_path = to_dir_path + from_path
if not to_dir_path == "./":
if dir_exists(server, target_dir_path):
raise IOError("directory {:s}@{:s} already exists".format(
target_dir_path, server.host))
if not debug and not to_dir_path == "./":
server.mkd(target_dir_path)
contents = get_local_contents(from_path)
for each_element in sorted(contents):
upload(server, each_element, target_dir_path)
elif not debug:
with open(from_path, mode="rb") as file:
server.storbinary("STOR {:s}".format(to_dir_path + source_file),
file)
def test_values(self, expected_value, actual_value):
if not actual_value == expected_value:
message = "EXPECTED VALUE IS: " + expected_value + " HOWEVER ACTUAL VALUE IS: " + actual_value
Log.info(message)
assert False, (message)
else:
Log.info("\tThe expected value and actual value matches: " +
actual_value)
def event_received(self, event):
self.requestLock = True # Lock the request loop
Log.info("Received method " + event.subject[2:])
Log.info("Args are:" + str(event.msg))
try:
self.incomingActions[event.subject](event.msg)
except KeyError:
Log.error("Nothing registered for incoming action " + event.subject)
def event_received(self, event):
self.requestLock = True # Lock the request loop
Log.info("Received method " + event.subject[2:])
Log.info("Args are:" + str(event.msg))
try:
self.incomingActions[event.subject](event.msg)
except KeyError:
Log.error("Nothing registered for incoming action " +
event.subject)
def test_if_element_selected(self, xpath):
element = self.get_element_from_xpath(xpath,
constants.WAIT_FOR_PRESENCE)
if not element.is_selected():
message = "\tElement was not selected"
Log.info(message)
assert False, message
else:
Log.info("\tElement was selected")
def load_config(config_path: str) -> Tuple[Dict[str, str], Dict[str, str]]:
Log.info("Reading config from {:s}...".format(config_path))
with open(config_path, mode="r") as file:
config = json.load(file)
log_path = config["log_path"]
Log.info("Setting logging output to {:s}...".format(log_path))
Log.log_path = log_path
return config["remote_ftp"], config["local_ftp"]
def delete(server: FTP, file_path: str):
Log.info("Deleting {:s}@{:s}...".format(file_path, server.host))
if debug or len(file_path) < 1:
return
file_dir, file_name = os.path.split(file_path)
if len(file_name) < 1 and 0 < len(file_dir):
server.rmd(file_path)
else:
server.delete(file_path)
def validate_same_day_duty(self, preacher_id, duty_date):
Log.info("\nValidating Duties for Preacher ID: " + str(preacher_id) + " for date: " + str(duty_date))
duty_date_list = []
for roaster_obj in roaster_list:
if roaster_obj.preacher_id == preacher_id and roaster_obj.duty_date == duty_date:
duty_date_list.append(roaster_obj.duty_date)
if len(duty_date_list) != 1:
Log.error("\t Test failed, the preacher has been allotted " + len(duty_date_list) + " duties on date: " + str(duty_date))
else:
Log.info("\t Validation successful, the preacher has been allotted only one duty for date: " + str(duty_date))
def get_features(self, root_info, name, cache_dir='_cache', logging=False):
filename = os.path.join(cache_dir, name + '.pickle')
if os.path.isfile(filename):
if logging:
Log.info('dump', 'Reading from {0}'.format(filename))
return self.read_from_local(filename)
info = self._extract_fearutes(
root_info['mat_home'], root_info['keys'])
if not os.path.isdir(cache_dir):
os.mkdir(cache_dir)
self.dump_to_local(filename, info)
return info
def check_for_duplicates(data_a, data_b, label=''):
matched_elements = np.asarray([], dtype=int)
for i in range(len(data_a)):
for j in range(len(data_b)):
if i != j and np.array_equal(data_a[i], data_b[j]):
matched_elements = np.append(matched_elements, i)
break
if len(matched_elements) == 0:
Log.info('Array checker', label + 'No dublicates found......OK!')
else:
Log.warning('Array ckecker',
label + 'Duplicates found, check dataset!!')
Log.info('Array checker', 'Duplicates: {0}'.format(matched_elements))
def get_test_sets(anls, data):
train, test, labels_train, labels_test = anls.do_split(data['features'],
data['labels'],
test=0.5)
dev = {'features': train, 'labels': labels_train}
valid = {'features': test, 'labels': labels_test}
Log.info(
'split', 'Normal - {0}; MCI - {1}; AD - {2}'.format(
len(labels_train[labels_train == 0]),
len(labels_train[labels_train == 1]),
len(labels_train[labels_train == 2])))
return dev, valid
def main():
config_path = "credentials.json"
while True:
time.sleep(60)
try:
remote_config, local_config = load_config(config_path)
with FTP(remote_config["url"]) as remote_ftp, FTP(
local_config["url"]) as local_ftp:
login_server(remote_ftp, remote_config)
login_server(local_ftp, local_config)
move(remote_ftp, "", local_ftp, "")
except Exception as e:
Log.info(str(e))
def validate_preacher_details(self, roaster_obj):
Log.info("\nValidating Preacher Details for Preacher ID: " + str(roaster_obj.preacher_id) + " , language: " + roaster_obj.language)
db_conn = DBBase()
cursor = db_conn.execute_query((DBConstants.PREACHER_LANGUAGE).replace('$preacher_id', str(roaster_obj.preacher_id)).replace('$language', roaster_obj.language))
preacher_obj = None
if cursor is not None:
row = cursor.fetchone()
db_conn.close(cursor)
if row is not None:
preacher_obj = PreacherDTO(row[0], row[1], row[2], row[3], row[4], row[5], row[6], row[7])
self.match_values('Active', preacher_obj.status, "ensuring the preacher assigned is in active status")
self.match_values(roaster_obj.sewadar_name, preacher_obj.sewadar_name, "for sewadar name in roaster duty and preacher details")
else:
Log.error("Test failed, the preacher at id: " + str(roaster_obj.preacher_id) + " doesn't use the language: " + roaster_obj.language)
else:
Log.error("Unable to Open cursor")
def search(self, choice_no, check_asserts="true", input_value="Week 4"):
super(Centre, self).search(choice_no, clear="true")
self.send_inputs(input_value, XPATH.SCREENFIELD_INPUT, clear="true")
self.click_element(XPATH.SCREEN_LINK_ROW1_COL6)
if check_asserts == "true":
Log.info("\tTEST for GAWLA CENTRE , WEEK 4 Schedule\n")
self._assert.test_element_value_xpath(XPATH.CENTRE_LOOKUP_FIELD,
"Gawla")
self._assert.test_dropdown_value_xpath(XPATH.WEEK_LOOKUP_FIELD,
"Week 4")
self._assert.test_dropdown_value_xpath(XPATH.WEEKDAY_LOOKUP_FIELD,
"Monday")
self._assert.test_element_value_xpath(XPATH.LANGUAGE_LOOKUP_FIELD,
"Hindi")
self._assert.test_element_value_xpath(XPATH.TIME, "15:00:00.000")
self._assert.test_dropdown_value_xpath(XPATH.STATUS, "Inactive")
self.click_element(XPATH.CLOSE_BUTTON)
def validate_centre_schedule(self, roaster_obj):
Log.info("\nValidating Centre details for Centre ID: " + str(roaster_obj.centre_id) + " , week: " + roaster_obj.week + " , weekday: " + roaster_obj.weekday)
db_conn = DBBase()
query = (DBConstants.CENTRE_ID_QUERY).replace('$centre_id', str(roaster_obj.centre_id)).replace('$weeknum', roaster_obj.week).replace('$weekday', roaster_obj.weekday)
cursor = db_conn.execute_query(query)
if cursor is not None:
row = cursor.fetchone()
db_conn.close(cursor)
if row is not None:
centre_obj = CentreDTO(row[0], row[1], row[2], row[3], row[4], row[5])
self.match_values('Active', centre_obj.status, "ensuring the details of centre are in active status")
self.match_values(roaster_obj.centre_name, centre_obj.centre_name, "for centre name in roaster duty and centre schedule")
self.match_values(roaster_obj.time, centre_obj.time, "for time details in roaster duty and centre schedule")
self.match_values(roaster_obj.language, centre_obj.language, "for language in roaster duty and centre schedule")
else:
Log.error("Test failed, the language of centre and scheduled roaster for mentioned week, weekday and time doesn't match")
else:
Log.error("Unable to Open cursor")
def send_message(self, message, args):
args = args if args else {}
retries = 5
success = False
Log.info("Publishing message " + str(message))
while retries > 0:
try:
self.publish(message, args)
success = True
except Pyro.errors.ConnectionClosedError, e:
Log.error(e)
Log.error(
"Rebinding to server. {0} retries left.".format(str(retries)))
self.adapter.rebindURI()
retries -= 1
if success:
break
def check_heartbeat(self):
"""Check if we've received a UDP heartbeat from a remote UDP endpoint"""
if NetworkEndpoint.current_milli_time() > self.lastPeerHeartbeatTime + UDPEndpoint.HEARTBEAT_TIMEOUT:
self.connectionStatus = NetworkEndpoint.PIPE_DISCONNECTED
Log.info("Heartbeat timeout")
# Verify we're still talking to the same server
if self.heartbeatID and self.lastReceivedHeartbeatID != self.heartbeatID:
self.connectionStatus = NetworkEndpoint.PIPE_DISCONNECTED
Log.network(
"Last heartbeat ID: %s. New heartbeat ID: %s" % (self.lastReceivedHeartbeatID, self.heartbeatID))
self.heartbeatID = self.lastReceivedHeartbeatID
if self.connectionStatus == NetworkEndpoint.PIPE_DISCONNECTED:
for callback in self.closingCallbacks:
callback()
return self.connectionStatus == NetworkEndpoint.PIPE_CONNECTED
def centre_schedule_insert(self, check_asserts):
self.click_element(XPATH.CS_INSERT)
time.sleep(2)
self.tab().send_inputs("Week 3",
dropdown="true",
wait=constants.WAIT_FOR_PRESENCE_AND_CLICKABLE)
time.sleep(2)
self.tab().send_inputs("Friday",
dropdown="true",
wait=constants.WAIT_FOR_PRESENCE_AND_CLICKABLE)
time.sleep(1)
self.tab().send_inputs("Kannada",
clear="true",
wait=constants.WAIT_FOR_PRESENCE_AND_CLICKABLE)
self.click_element()
time.sleep(1)
self.tab(1).send_inputs("01:30", clear="true")
self.get_element().send_keys("PM")
time.sleep(1)
self.tab().send_inputs("Inactive",
dropdown="true",
wait=constants.WAIT_FOR_PRESENCE_AND_CLICKABLE)
time.sleep(1)
self.tab().send_inputs("Centre Schedule Insert Test", clear="true")
time.sleep(3)
self.click_element(XPATH.BUTTON_SAVE_CENTRE_SCHEDULE)
if check_asserts == "true":
self.click_search_button(self._tab)
self.send_inputs("Week 3", XPATH.SCREENFIELD_INPUT, clear="true")
self.click_element(XPATH.SCREEN_LINK_ROW1_COL6)
Log.info("\tTEST for GAWLA CENTRE , WEEK 3 Schedule\n")
self._assert.test_element_value_xpath(XPATH.CENTRE_LOOKUP_FIELD,
"Gawla")
self._assert.test_dropdown_value_xpath(XPATH.WEEK_LOOKUP_FIELD,
"Week 3")
self._assert.test_dropdown_value_xpath(XPATH.WEEKDAY_LOOKUP_FIELD,
"Friday")
self._assert.test_element_value_xpath(XPATH.LANGUAGE_LOOKUP_FIELD,
"Kannada")
self._assert.test_element_value_xpath(XPATH.TIME, "19:00:00.000")
self._assert.test_dropdown_value_xpath(XPATH.STATUS, "Inactive")
self.click_element(XPATH.CLOSE_BUTTON)
def check_heartbeat(self):
"""Check if we've received a UDP heartbeat from a remote UDP endpoint"""
if NetworkEndpoint.current_milli_time(
) > self.lastPeerHeartbeatTime + UDPEndpoint.HEARTBEAT_TIMEOUT:
self.connectionStatus = NetworkEndpoint.PIPE_DISCONNECTED
Log.info("Heartbeat timeout")
# Verify we're still talking to the same server
if self.heartbeatID and self.lastReceivedHeartbeatID != self.heartbeatID:
self.connectionStatus = NetworkEndpoint.PIPE_DISCONNECTED
Log.network("Last heartbeat ID: %s. New heartbeat ID: %s" %
(self.lastReceivedHeartbeatID, self.heartbeatID))
self.heartbeatID = self.lastReceivedHeartbeatID
if self.connectionStatus == NetworkEndpoint.PIPE_DISCONNECTED:
for callback in self.closingCallbacks:
callback()
return self.connectionStatus == NetworkEndpoint.PIPE_CONNECTED
def _move(from_server: FTP, from_path: str, to_server: FTP, to_dir_path: str):
Log.info("Moving {:s}@{:s} to {:s}@{:s}...".format(from_path,
from_server.host,
to_dir_path,
to_server.host))
if 0 < len(to_dir_path) and not to_dir_path[-1] == "/":
raise ValueError("target does not end in '/'.")
from_dir, from_file = os.path.split(from_path)
if 0 < len(from_file):
download(from_server, from_path, temp_dir_path)
temp_file_path = temp_dir_path + from_file
upload(to_server, temp_file_path, to_dir_path)
if debug:
return
Log.info("Removing temp file {:s}".format(temp_file_path))
os.remove(temp_file_path)
else:
if to_dir_path == from_path == "./":
final_path = "./"
else:
final_path = to_dir_path + from_path
if 0 < len(final_path) and not final_path == "./":
if dir_exists(to_server, final_path):
raise IOError("directory {:s}@{:s} already exists".format(
final_path, to_server.host))
if not debug:
to_server.mkd(final_path[:-1] if final_path[-1] ==
"/" else final_path)
contents = get_server_contents(from_server, from_path)
for each_element in sorted(contents):
_move(from_server, each_element, to_server, final_path)
delete(from_server, from_path)
def centre_insert(self, check_asserts):
self.send_inputs(self.search_input,
XPATH.CENTRE_LOOKUP_FIELD,
clear="true")
self.click_select_button(self._tab)
self.tab(4)
if not self.is_element_active(XPATH.REMARKS_LOOKUP_FIELD):
self.tab()
self.send_inputs("Remarks: Insert Testing", clear="true")
self.tab().send_inputs("Land", dropdown="true")
self.tab().send_inputs("Leased", dropdown="true")
self.tab().send_inputs("Agricultural", dropdown="true")
self.tab().send_inputs("Insert", clear="true")
self.tab().send_inputs("123", clear="true")
self.tab().send_inputs("456", clear="true")
self.press_button(constants.BUTTON_SAVE, self._tab)
alert_text = self.get_element_value_xpath(XPATH.ALERT, by="text")
Log.info("\tALERT: " + alert_text + "\n")
if not "Success" in alert_text:
check_asserts = "false"
if check_asserts == "true":
self._assert.test_element_value_xpath(XPATH.CENTRE_LOOKUP_FIELD,
self.search_input)
if self.is_element_active(XPATH.DUTY_ALLOCATION_AREA_LOOKUP_FIELD):
self._assert.test_element_value_xpath(
XPATH.DUTY_ALLOCATION_AREA_LOOKUP_FIELD, "Karnataka")
self._assert.test_element_value_xpath(XPATH.REMARKS_LOOKUP_FIELD,
"Remarks: Insert Testing")
self._assert.test_dropdown_value_xpath(
XPATH.LAND_TYPE_LOOKUP_FIELD, "Land")
self._assert.test_dropdown_value_xpath(
XPATH.OWNERSHIP_TYPE_LOOKUP_FIELD, "Leased")
self._assert.test_dropdown_value_xpath(
XPATH.NATURE_OF_LAND_LOOKUP_FIELD, "Agricultural")
self._assert.test_element_value_xpath(
XPATH.LAND_EXTENT_LOOKUP_FIELD, "Insert")
self._assert.test_element_value_xpath(XPATH.LONGITUDE_LOOKUP_FIELD,
"123")
self._assert.test_element_value_xpath(XPATH.LATITUDE_LOOKUP_FIELD,
"456")
def mix_data(self, data_dict, keys, logging=False, test=None):
step = len(keys) // 2
features, labels = data_dict[keys[0]], data_dict[keys[step]]
for key in range(1, step):
features = np.concatenate((features, data_dict[keys[key]]))
labels = np.concatenate((labels, data_dict[keys[key + step]]))
X_train, X_test, y_train, y_test = self.do_split(
features, labels, test)
if logging:
Log.info(
'split', 'Train size - {0}; Test size - {1}'.format(
len(y_train), len(y_test)))
Log.info(
'split', 'Train:: Normal - {0}; MCI - {1}; AD - {2}'.format(
len(y_train[y_train == 0]), len(y_train[y_train == 1]),
len(y_train[y_train == 2])))
Log.info(
'split', 'Test:: Normal - {0}; MCI - {1}; AD - {2}'.format(
len(y_test[y_test == 0]), len(y_test[y_test == 1]),
len(y_test[y_test == 2])))
out_dict = {
'train': {
'features': X_train,
'labels': y_train
},
'test': {
'features': X_test,
'labels': y_test
}
}
return out_dict
def _get_precision_reall(self, true_labels, predicted):
from sklearn.metrics import precision_score, recall_score, f1_score
precision = precision_score(predicted, true_labels, average='macro')
recall = recall_score(predicted, true_labels, average='macro')
f_score = f1_score(true_labels, predicted, average='macro')
Log.info('Validation', 'Precision {0}'.format(precision))
Log.info('Validation', 'Recall {0}'.format(recall))
Log.info('Validation', 'F1 score {0}'.format(f_score))
return f_score
def toString(self):
Log.info("Duty Details:")
Log.info("\n\r\tDuty Chart Id: " + str(self._dutychart_id) +
"\t\t\tCentre Id: " + str(self._centre_id) +
"\t\tCentre Name: " + str(self._centre_name) +
"\t\tPreacher Id: " + str(self._preacher_id) +
"\tSewadar Name: " + str(self._sewadar_name))
Log.info("\n\r\tDuty Date: " + str(self._duty_date) + "\t\tWeek: " +
str(self._week) + "\t\tWeekday: " + str(self._weekday)[:3] +
"\t\t\tTime: " + str(self._time) + "\tLanguage: " +
str(self._language))
def _get_classifier(self, type, k=3):
if type.lower() == 'knn':
Log.info('Model info',
'Nearest Neighbor Classifier has been selected')
clf = KNeighborsClassifier(n_neighbors=k, algorithm='kd_tree')
elif type.lower() == 'svm':
Log.info('Model info', 'Support vector machine has been selected')
tuned_param = {
'C': [0.1, 10, 10, 50, 100],
'gamma': [0.001, 0.01, 0.1, 0.2]
}
clf = GridSearchCV(SVC(kernel='rbf',
decision_function_shape='ovr',
random_state=0,
probability=True),
tuned_param,
cv=5)
elif type.lower() == 'lin_svm':
Log.info('Model info',
'Linear Support Vector machine has been selected')
clf = OneVsRestClassifier(LinearSVC(random_state=0, C=5))
elif type.lower() == 'lgr':
Log.info('Model info', 'Logistic regression has been selected')
tuned_param = {
'C': [0.01, 0.1, 10, 10, 100, 200],
'solver': ['newton-cg', 'lbfgs']
}
f1_scorer = make_scorer(f1_score, pos_label='0')
clf = GridSearchCV(LogisticRegression(),
param_grid=tuned_param,
cv=5)
elif type.lower() == 'xgb':
tuned_param = {
'max_depth': [5],
'n_estimators': [20, 300],
'learning_rate': [0.01, 0.4],
'silent': [1.0],
'gamma': [0.01, 0.1, 0.5]
}
model = xgb.XGBClassifier(seed=42, objective='multi:softmax')
clf = GridSearchCV(model, param_grid=tuned_param, cv=5)
return clf
def validate_preacher_leaves(self, roaster_obj):
duty_date = roaster_obj.duty_date
Log.info("\nValidating Preacher Leaves for Preacher ID: " + str(roaster_obj.preacher_id) + " for duty date: " + str(duty_date))
db_conn = DBBase()
cursor = db_conn.execute_query((DBConstants.PREACHER_LEAVES).replace('$preacher_id', str(roaster_obj.preacher_id)))
i = 0
if cursor is not None:
for row in cursor.fetchall():
i = i + 1
from_date = row[1]
till_date = row[2]
Log.info("\tPreacher is on leave from date: " + str(from_date) + " till date: " + str(till_date))
if from_date<=duty_date and duty_date<=till_date:
Log.error("The Duty date: " + duty_date + " is during preacher leave period from date: " + str(from_date) + " till date: " + str(till_date))
else:
Log.info("The duty date doesn't fall under the leave period from date: " + str(from_date) + " till date: " + str(till_date))
db_conn.close(cursor)
if i==0 :
Log.info("Validation not needed, the preacher has not applied for any leaves")
else:
Log.error("Unable to Open cursor")
def load_list(self):
db_conn = DBBase()
cursor = db_conn.execute_query(DBConstants.ROASTER_QUERY)
if cursor is not None:
for row in cursor.fetchall():
roaster_obj = RoasterDTO(row[0], row[1], row[2], row[3], row[4], row[5], row[6], row[7], row[8], row[9])
roaster_list.append(roaster_obj)
db_conn.close(cursor)
Log.info("\n\r ROASTER TESTING ")
#for roaster_obj in roaster_list:
if roaster_obj is not None:
Log.info("\n\r*********************START OF RECORD**************************")
roaster_obj.toString()
self.validate(roaster_obj)
Log.info("\n\r*********************END OF RECORD****************************\n\r")
def mix_data(data, keys, logging=False, test_frac=0.1):
"""
Method to pack all data and split it in the train and test sets
Output forma is dict with – "train" and "test" fields
"""
assert isinstance(data, dict), 'Data has to be a dictionary'
assert isinstance(keys, list), 'Keys has to be a list'
step = len(keys) // 2
features, labels = data[keys[0]], data[keys[step]]
for key in range(1, step):
features = np.concatenate((features, data[keys[key]]))
labels = np.concatenate((labels, data[keys[key + step]]))
X_train, X_test, y_train, y_test = train_test_split(features,
labels,
test_size=test_frac,
random_state=42)
if logging:
Log.info(
'split',
'Train size - {0}; Test size - {1}'.format(len(y_train),
len(y_test)))
Log.info(
'split', 'Train:: Normal - {0}; MCI - {1}; AD - {2}'.format(
len(y_train[y_train == 0]), len(y_train[y_train == 1]),
len(y_train[y_train == 2])))
Log.info(
'split', 'Test:: Normal - {0}; MCI - {1}; AD - {2}'.format(
len(y_test[y_test == 0]), len(y_test[y_test == 1]),
len(y_test[y_test == 2])))
out_dict = {
'train': {
'features': X_train,
'labels': y_train
},
'test': {
'features': X_test,
'labels': y_test
}
}
return out_dict
def __init__(self, c_instance):
ControlSurface.__init__(self, c_instance)
with self.component_guard():
self.cInstance = c_instance
self._suppress_send_midi = True
Log.set_logger(self.log_message)
Log.set_log_level(Log.LOG_WARN)
Log.write("-----------------------")
Log.write("ShowtimeBridge starting")
Log.info(sys.version)
self.initPyroServer()
# Register methods to the showtimebridge server
wrapperClasses = PyroWrapper.__subclasses__()
wrapperClasses.append(PyroWrapper)
for cls in wrapperClasses:
cls.clear_instances()
cls.register_methods()
for action in cls.incoming_methods().values():
Log.info("Adding %s to incoming callbacks" % action.methodName)
self.subscriber.add_incoming_action(action.methodName, cls, action.callback)
self.publisher.register_to_showtime(action.methodName, action.methodAccess, action.methodArgs)
for action in cls.outgoing_methods().values():
Log.info("Adding %s to outgoing methods" % action.methodName)
self.publisher.register_to_showtime(action.methodName, action.methodAccess)
# Midi clock to trigger incoming message check
self.clock = PyroEncoderElement(0, 119)
# Create the root wrapper
PyroSong.add_instance(PyroSong(getSong()))
self.refresh_state()
self._suppress_send_midi = False
def event(self, event):
self.requestLock = True # Lock the request loop
Log.info("Received method " + event.subject[2:])
Log.info("Args are:" + str(event.msg))
self.incomingSubscriptions[event.subject]["function"](event.msg)
def build_midi_map(self, midi_map_handle):
Log.info("Building midi map...")
ControlSurface.build_midi_map(self, midi_map_handle)
