def populate_au_level1_cbox(cbox,
with_star_entry=True,
with_restriction=True,
select_working_entry=True):
cbox.clear()
session = SessionHandler().session_instance()
# cbox.addItem("UB", 01)
if with_star_entry:
cbox.addItem("*", -1)
if with_restriction:
l1_restrictions = DatabaseUtils.l1_restriction_array()
for code, name in session.query(AuLevel1.code, AuLevel1.name).filter(
AuLevel1.code.in_(l1_restrictions)).\
filter(AuLevel1.code != '013').filter(AuLevel1.code != '012').order_by(AuLevel1.name):
cbox.addItem(name, code)
else:
for code, name in session.query(AuLevel1.code, AuLevel1.name).\
filter(AuLevel1.code != '013').filter(AuLevel1.code != '012').order_by(AuLevel1.name):
cbox.addItem(name, code)
if select_working_entry:
working_l1_code = DatabaseUtils.working_l1_code()
idx = cbox.findData(working_l1_code, Qt.UserRole)
if idx != -1:
cbox.setCurrentIndex(idx)
def populate_au_level2_cbox(cbox,
l1_code,
with_star_entry=True,
with_restriction=True,
select_working_entry=True):
cbox.clear()
session = SessionHandler().session_instance()
if l1_code != -1:
if with_star_entry:
cbox.addItem("*", -1)
if with_restriction:
l2_restrictions = DatabaseUtils.l2_restriction_array()
for code, name in session.query(
AuLevel2.code, AuLevel2.name).filter(
AuLevel2.code.in_(l2_restrictions)).filter(
AuLevel2.code.startswith(l1_code)).order_by(
AuLevel2.name):
# if code.startswith('1') or code.startswith('01'):
# continue
cbox.addItem(name, code)
else:
for code, name in session.query(
AuLevel2.code, AuLevel2.name).filter(
AuLevel2.code.startswith(l1_code)).order_by(
AuLevel2.name):
cbox.addItem(name + '_' + code, code)
if select_working_entry:
working_l2_code = DatabaseUtils.working_l2_code()
idx = cbox.findData(working_l2_code, Qt.UserRole)
if idx != -1:
cbox.setCurrentIndex(idx)
def is_logging_enabled():
session = SessionHandler().session_instance()
if session is None:
return True
result = session.execute(
"SELECT log_enabled from settings.set_logging;")
for row in result:
return row[0]
def populate_au_level3_cbox(cbox, l1_or_l2_code, with_star_entry=True):
cbox.clear()
session = SessionHandler().session_instance()
if with_star_entry:
cbox.addItem("*", -1)
for code, name in session.query(AuLevel3.code, AuLevel3.name).filter(
AuLevel3.code.startswith(l1_or_l2_code)).order_by(
AuLevel3.name):
cbox.addItem(name, code)
def create_new_contract():
session = SessionHandler().session_instance()
contract = CtContract()
contract.contract_no = QDateTime.currentDateTime().toString(
"yyMMddhhmmss")
session.add(contract)
return contract
def create_new_m_case():
session = SessionHandler().session_instance()
ca_maintenance_case = CaMaintenanceCase()
user_name = DatabaseUtils.current_user().user_name
user = session.query(SetRole).filter(
SetRole.user_name == user_name).filter(
SetRole.is_active == True).one()
ca_maintenance_case.created_by = user.user_name_real
session.add(ca_maintenance_case)
return ca_maintenance_case
def create_new_contract():
session = SessionHandler().session_instance()
contract = CtContract()
contract.contract_no = QDateTime.currentDateTime().toString(
"yyMMddhhmmss")
contract.au2 = DatabaseUtils.working_l2_code()
contract.type = 1
session.add(contract)
return contract
def create_new_record(record_no=None):
session = SessionHandler().session_instance()
record = CtOwnershipRecord()
if not record_no:
record.record_no = QDateTime.currentDateTime().toString(
"yyMMddhhmmss")
else:
record.record_no = record_no
session.add(record)
return record
def load_database_layer(schema_name, table_name):
uri = QgsDataSourceURI()
user = SessionHandler().current_username()
db = SessionHandler().current_database()
host = SessionHandler().current_host()
port = SessionHandler().current_port()
pwd = SessionHandler().current_password()
uri.setConnection(host, str(port), db, user, pwd)
uri.setDataSource(schema_name, table_name, "geometry")
vlayer = QgsVectorLayer(uri.uri(), table_name, "postgres")
QgsMapLayerRegistry.instance().addMapLayer(vlayer)
return vlayer
def soum_from_parcel(parcel_id):
# try:
session = SessionHandler().session_instance()
parcel = session.query(CaParcel).filter(
CaParcel.parcel_id == parcel_id).one()
soum = session.query(AuLevel2.code).filter(
func.ST_Covers(AuLevel2.geometry, parcel.geometry)).one()
# except SQLAlchemyError, e:
# raise LM2Exception(QApplication.translate("LM2", "Database Query Error"),
# QApplication.translate("LM2", "Could not execute: {0}").format(e.message))
return soum[0]
def soum_from_parcel(parcel_id):
# try:
session = SessionHandler().session_instance()
parcel_count = session.query(CaParcelTbl).filter(
CaParcelTbl.parcel_id == parcel_id).count()
if parcel_count == 0:
return None
else:
parcel = session.query(CaParcelTbl).filter(
CaParcelTbl.parcel_id == parcel_id).first()
soum = session.query(AuLevel2.code).filter(
func.ST_Covers(AuLevel2.geometry, parcel.geometry)).one()
return soum[0]
def create_new_application(app_no=None):
session = SessionHandler().session_instance()
current_user = QSettings().value(SettingsConstants.USER)
application = CtApplication()
if app_no is None:
application.app_no = "00" + QDateTime.currentDateTime().toString(
"yyMMddhhmmss")
else:
application.app_no = app_no
application_status = CtApplicationStatus()
application_status.ct_application = application
status = session.query(ClApplicationStatus).filter_by(code='1').one()
application_status.status = 1
application_status.status_ref = status
application_status.status_date = date.today()
date_time_string = QDateTime.currentDateTime().toString(
Constants.DATABASE_DATETIME_FORMAT)
application.app_timestamp = datetime.strptime(
date_time_string, Constants.PYTHON_DATETIME_FORMAT)
# application.created_at = datetime.strptime(date_time_string, Constants.PYTHON_DATETIME_FORMAT)
# application.updated_at = datetime.strptime(date_time_string, Constants.PYTHON_DATETIME_FORMAT)
application.app_type = 1
application.au2 = DatabaseUtils.current_working_soum_schema()
application.au1 = DatabaseUtils.working_l1_code()
# application.right_type = 1
application.created_by = DatabaseUtils.current_sd_user().user_id
application_status.next_officer_in_charge = DatabaseUtils.current_sd_user(
).user_id
application_status.next_officer_in_charge_ref = DatabaseUtils.current_sd_user(
)
application_status.officer_in_charge_ref = DatabaseUtils.current_sd_user(
)
application_status.officer_in_charge = DatabaseUtils.current_sd_user(
).user_id
application.statuses.append(application_status)
session.add(application)
return application
def create_new_application(app_no=None):
session = SessionHandler().session_instance()
current_user = QSettings().value(SettingsConstants.USER)
application = CtApplication()
if app_no is None:
application.app_no = "00" + QDateTime.currentDateTime().toString(
"yyMMddhhmmss")
else:
application.app_no = app_no
application_status = CtApplicationStatus()
application_status.ct_application = application
status = session.query(ClApplicationStatus).filter_by(code='1').one()
application_status.status = 1
application_status.status_ref = status
application_status.status_date = date.today()
date_time_string = QDateTime.currentDateTime().toString(
Constants.DATABASE_DATETIME_FORMAT)
application.app_timestamp = datetime.strptime(
date_time_string, Constants.PYTHON_DATETIME_FORMAT)
application.app_type = 1
officer = session.query(SetRole).filter_by(
user_name=current_user).filter(SetRole.is_active == True).one()
application_status.next_officer_in_charge = current_user
application_status.next_officer_in_charge_ref = officer
application_status.officer_in_charge_ref = officer
application_status.officer_in_charge = current_user
application.statuses.append(application_status)
session.add(application)
return application
def test_SessionHandler(self):
'''
Тестирует класс, отвечающий за сессии
'''
# тест на правильный вариант
environ = {"QUERY_STRING": "number=12345678", "HTTP_COOKIE": "sid=123"}
session = SessionHandler(environ)
out = session.result()
first = json.loads(json.loads(out)[0][2])
second = [2, 3, 3, 47, 14593]
self.assertEqual(first, second, environ)
# множественный тест
environ_variants = [{"QUERY_STRING": "number=1234567890", "HTTP_COOKIE": ""},
{"QUERY_STRING": "number=-1", "HTTP_COOKIE": "sid=123"},
{"QUERY_STRING": "1", "HTTP_COOKIE": "q=423432543215"},
{"HTTP_COOKIE": ""},
{"SOMETHING": "poo"},]
for environ in environ_variants:
session = SessionHandler(environ)
out = session.result()
self.assertIsInstance(out, str, environ)
def load_polygon_layer_base_layer(layer_name, id, schema_name):
uri = QgsDataSourceURI()
user = QSettings().value(SettingsConstants.USER)
db = QSettings().value(SettingsConstants.DATABASE_NAME)
host = QSettings().value(SettingsConstants.HOST)
port = QSettings().value(SettingsConstants.PORT, "5432")
pwd = SessionHandler().current_password()
uri.setConnection(host, port, db, user, pwd)
uri.setDataSource(schema_name, layer_name, "polygon_geom", "", id)
vlayer = QgsVectorLayer(uri.uri(), layer_name, "postgres")
QgsMapLayerRegistry.instance().addMapLayer(vlayer, False)
return vlayer
def load_temp_table(sql, layer_name):
uri = QgsDataSourceURI()
user = QSettings().value(SettingsConstants.USER)
db = QSettings().value(SettingsConstants.DATABASE_NAME)
host = QSettings().value(SettingsConstants.HOST)
port = QSettings().value(SettingsConstants.PORT, "5432")
pwd = SessionHandler().current_password()
uri.setConnection(host, port, db, user, pwd)
uri.setDataSource("", sql, "geometry", "", "gid")
vlayer = QgsVectorLayer(uri.uri(), layer_name, "postgres")
QgsMapLayerRegistry.instance().addMapLayer(vlayer, False)
return vlayer
def refresh_layer1():
session = SessionHandler().session_instance()
root = QgsProject.instance().layerTreeRoot()
mygroup = root.findGroup(u"Мэдээний хяналт")
if mygroup is None:
quality_check_group = root.insertGroup(0, u"Мэдээний хяналт")
mygroup = root.findGroup(u"Тайлан")
if mygroup is None:
reports_group = root.insertGroup(2, u"Тайлан")
mygroup = root.findGroup(u"ГНСТайлан")
if mygroup is None:
gt_report_group = root.insertGroup(1, u"ГНСТайлан")
mygroup = root.findGroup(u"Кадастр")
if mygroup is None:
cadastre_group = root.insertGroup(4, u"Кадастр")
mygroup = root.findGroup(u"Кадастрын төлөвлөгөө")
if mygroup is None:
cadastre_plan_group = root.insertGroup(3, u"Кадастрын төлөвлөгөө")
mygroup = root.findGroup(u"Тусгай хэрэгцээний газар")
if mygroup is None:
cadastre_plan_group = root.insertGroup(
6, u"Тусгай хэрэгцээний газар")
mygroup = root.findGroup(u"Кадастрын өөрчлөлт")
if mygroup is None:
cadastre_maintenance_group = root.insertGroup(
2, u"Кадастрын өөрчлөлт")
mygroup = root.findGroup(u"Үнэлгээ, төлбөрийн бүс")
if mygroup is None:
land_fee_and_tax_zones_group = root.insertGroup(
7, u"Үнэлгээ, төлбөрийн бүс")
mygroup = root.findGroup(U"Хилийн цэс, бүсчлэл")
if mygroup is None:
admin_units_group = root.insertGroup(8, u"Хилийн цэс, бүсчлэл")
mygroup = root.findGroup(U"CAMA")
if mygroup is None:
admin_units_group = root.insertGroup(8, u"CAMA")
mygroup = root.findGroup(U"Хаяг")
if mygroup is None:
admin_units_group = root.insertGroup(8, u"Хаяг")
def load_union_layer_by_name(layer_name, id):
uri = QgsDataSourceURI()
user = QSettings().value(SettingsConstants.USER)
db = QSettings().value(SettingsConstants.DATABASE_NAME)
host = QSettings().value(SettingsConstants.HOST)
port = QSettings().value(SettingsConstants.PORT, "5432")
pwd = SessionHandler().current_password()
uri.setConnection(host, port, db, user, pwd)
uri.setDataSource("data_soums_union", layer_name, "geometry", "", id)
vlayer = QgsVectorLayer(uri.uri(),
"data_soums_union" + "_" + layer_name,
"postgres")
QgsMapLayerRegistry.instance().addMapLayer(vlayer, False)
return vlayer
def load_layer_by_name_set_zones(layer_name, id, restrictions=[]):
restrictions = restrictions.split(",")
if len(restrictions) > 0:
for restriction in restrictions:
restriction = restriction.strip()
uri = QgsDataSourceURI()
user = QSettings().value(SettingsConstants.USER)
db = QSettings().value(SettingsConstants.DATABASE_NAME)
host = QSettings().value(SettingsConstants.HOST)
port = QSettings().value(SettingsConstants.PORT, "5432")
pwd = SessionHandler().current_password()
uri.setConnection(host, port, db, user, pwd)
uri.setDataSource("settings", layer_name, "geometry", "", id)
vlayer = QgsVectorLayer(uri.uri(), layer_name, "postgres")
QgsMapLayerRegistry.instance().addMapLayer(vlayer, False)
return vlayer
def create_new_m_case():
session = SessionHandler().session_instance()
ca_maintenance_case = CaMaintenanceCase()
user_name = DatabaseUtils.current_user().user_name
user = session.query(SetRole).filter(
SetRole.user_name == user_name).filter(
SetRole.is_active == True).one()
sd_user = session.query(SdUser).filter(
SdUser.gis_user_real == user.user_name_real).first()
ca_maintenance_case.created_by = sd_user.user_id
ca_maintenance_case.au2 = DatabaseUtils.working_l2_code()
session.add(ca_maintenance_case)
return ca_maintenance_case
def main():
global SESSION_HANDLER
parser = argparse.ArgumentParser(description="AI for Earth Land Cover")
parser.add_argument("-v",
"--verbose",
action="store_true",
help="Enable verbose debugging",
default=False)
# TODO: make sure the storage type is passed onto the Session objects
parser.add_argument('--storage_type',
action="store",
dest="storage_type",
type=str,
choices=["table", "file"],
default=None)
parser.add_argument("--storage_path",
action="store",
dest="storage_path",
type=str,
help="Path to directory where output will be stored",
default=None)
parser.add_argument("--host",
action="store",
dest="host",
type=str,
help="Host to bind to",
default="0.0.0.0")
parser.add_argument("--port",
action="store",
dest="port",
type=int,
help="Port to listen on",
default=8080)
subparsers = parser.add_subparsers(
dest="subcommand", help='Help for subcommands'
) # TODO: If we use Python3.7 we can use the required keyword here
parser_a = subparsers.add_parser(
'local', help='For running models on the local server')
parser_b = subparsers.add_parser('remote',
help='For running models with RPC calls')
parser.add_argument("--remote_host",
action="store",
dest="remote_host",
type=str,
help="RabbitMQ host",
default="0.0.0.0")
parser.add_argument("--remote_port",
action="store",
dest="remote_port",
type=int,
help="RabbitMQ port",
default=8080)
args = parser.parse_args(sys.argv[1:])
# create Session factory to use based on whether we are running locally or remotely
run_local = None
if args.subcommand == "local":
print("Sessions will be spawned on the local machine")
run_local = True
elif args.subcommand == "remote":
print("Sessions will be spawned remotely")
run_local = False
else:
print("Must specify 'local' or 'remote' on command line")
return
SESSION_HANDLER = SessionHandler(run_local, args)
SESSION_HANDLER.start_monitor()
# Setup logging
log_path = os.getcwd() + "/logs"
setup_logging(log_path, "server") # TODO: don't delete logs
# Setup the bottle server
app = bottle.Bottle()
app.add_hook("after_request", enable_cors)
app.add_hook("before_request", setup_sessions)
app.add_hook(
"before_request", manage_sessions
) # before every request we want to check to make sure there are no session issues
# API paths
app.route(
"/predPatch", method="OPTIONS", callback=do_options
) # TODO: all of our web requests from index.html fire an OPTIONS call because of https://stackoverflow.com/questions/1256593/why-am-i-getting-an-options-request-instead-of-a-get-request, we should fix this
app.route('/predPatch', method="POST", callback=pred_patch)
app.route("/predTile", method="OPTIONS", callback=do_options)
app.route('/predTile', method="POST", callback=pred_tile)
app.route("/getInput", method="OPTIONS", callback=do_options)
app.route('/getInput', method="POST", callback=get_input)
app.route("/recordCorrection", method="OPTIONS", callback=do_options)
app.route('/recordCorrection', method="POST", callback=record_correction)
app.route("/retrainModel", method="OPTIONS", callback=do_options)
app.route('/retrainModel', method="POST", callback=retrain_model)
app.route("/resetModel", method="OPTIONS", callback=do_options)
app.route('/resetModel', method="POST", callback=reset_model)
app.route("/doUndo", method="OPTIONS", callback=do_options)
app.route("/doUndo", method="POST", callback=do_undo)
app.route("/doLoad", method="OPTIONS", callback=do_options)
app.route("/doLoad", method="POST", callback=do_load)
app.route("/createSession", method="OPTIONS", callback=do_options)
app.route("/createSession", method="POST", callback=create_session)
app.route("/killSession", method="OPTIONS", callback=do_options)
app.route("/killSession", method="POST", callback=kill_session)
app.route("/whoami", method="GET", callback=whoami)
# Content paths
app.route("/", method="GET", callback=get_landing_page)
app.route("/favicon.ico", method="GET", callback=get_favicon)
app.route("/<filepath:re:.*>", method="GET", callback=get_everything_else)
manage_session_folders()
session_opts = {
'session.type': 'file',
'session.cookie_expires': 3000,
'session.data_dir': SESSION_FOLDER,
'session.auto': True
}
app = beaker.middleware.SessionMiddleware(app, session_opts)
server = cheroot.wsgi.Server((args.host, args.port), app)
server.max_request_header_size = 2**13
server.max_request_body_size = 2**27
try:
server.start()
finally:
server.stop()
def showError(handler):
print(handler.getLastFriendlyError())
Analytics.sendAnalytics('AppError', handler.getLastError())
print('Press the Enter key to exit')
raw_input()
sys.exit(1)
if __name__ == '__main__':
Analytics.sendAnalytics('AppEvent', 'AppLaunch')
user = raw_input('Username: '******'Contact ID: ')
handler = SessionHandler()
if not handler.authorize(user, password):
showError(handler)
print('Logged in successfully, requesting export of {}'.format(contactId))
if not handler.requestContactExport(contactId):
showError(handler)
print('Requested export successfully, waiting for export to be ready.')
while not handler.isDownloadReady():
if not handler.checkIfExportIsReady():
showError(handler)
print(
'Export is ready, beginning download, this could take a few minutes.')
if not handler.downloadExport():
showError(handler)
Analytics.sendAnalytics('AppEvent', 'AppCompleted')
print('Download completed')
sessionHandlers = list()
########Manage session loop
while True:
#connect to the database
db = DBManager()
#get all sessions data from DB
sessions = db.getSessions()
db.close()
#overseerlogger.info("(+) Retrieved Session information from DB")
#generate SessionHandler objects add keys to sessionDict
#for each row in sessions table
for session in sessions:
#if this row does not have a sessionHandler, make one for it and start it
if not session['phrase'] in sessionsDict:
sessionHandler = SessionHandler(session, alertQueue)
sessionHandlers.append(sessionHandler)
sessionHandler.start()
overseerlogger.info("(+) SessionHandler for session:"+sessionHandler.phrase+" started.")
sessionsDict[session['phrase']] = True
#cleanup SessionHandler objects and remove keys from sessionsDict
#Dict to hold all phrases of active sessions (from database) (dict is faster than list)
phraseDict = {session['phrase']:1 for session in sessions}
#remove sessionHandlers that have ended and sessions that have expired (phrase not in phraseList)
for sessionHandler in sessionHandlers[:]:
if not sessionHandler.is_alive():
del sessionsDict[sessionHandler.phrase]
sessionHandlers.remove(sessionHandler)
overseerlogger.info("(+) SessionHandler for session:"+sessionHandler.phrase+" destroyed.")