def create_app():
# create and configure the app
app = Flask(__name__)
if not os.environ.get('DB_Mode'):
app.config.from_object(ConfigDevelop())
elif os.environ.get('DB_MODE'):
app.config.from_object(ConfigProduction())
from src.FlaskServer import db
db.init_app(app)
from src.FlaskServer.auth import auth
app.register_blueprint(auth)
from src.FlaskServer.json_output import json_output_component
app.register_blueprint(json_output_component)
from src.FlaskServer.html_output import html_output_component
app.register_blueprint(html_output_component)
from src.FlaskServer.contact_terrain import b_contact_terrain
app.register_blueprint(b_contact_terrain)
from flask_admin import Admin
admin = Admin(app)
from src.DataModel.mission_model import MissionView
from src.DataModel.usermodel import UserView
with app.app_context(
): # create app context required by flask g. Necessary to run add_view in the factory method.
admin.add_view(UserView(db.get_db().db['users']))
admin.add_view(MissionView(db.get_db().db['missions']))
from flask_login import LoginManager
from src.DataModel.usermodel import User
login_manager = LoginManager()
login_manager.login_view = 'auth.login'
login_manager.init_app(app)
@login_manager.user_loader
def load_user(username):
d_b = db.get_db()
u = d_b.user_driver.get_user_by_username(username)
if not u:
print('User loader returned None')
return None
user = from_dict(data_class=User, data=u)
print(f'User loader returned{user}')
return user
return app
def get_terrain_map():
"""
Purpose: Random choice of suitable terrain map.
Request has to contain two keys: mission_id and type. Both are obligatory and cannot be empty
:return: table info (img files names) as json
"""
db = get_db()
mission_id = request.args.get("mission_id")
if mission_id is None:
return jsonify({"error": "Missing key: mission_id"})
table_type = request.args.get("type")
if table_type is None:
return jsonify({"error": "Missing key: table_type"})
available_tables = db.terrain_driver.read_matching_terrain_ids(mission_id)
if available_tables:
table_id = choice(available_tables)
table = db.terrain_driver.read_selected_terrain(table_id)
if table_type == "random":
session.pop('random_table', None)
session['random_table'] = table
print('saved in random_table')
elif table_type == "select":
session.pop('selected_table', None)
session['selected_table'] = table
print('saved in selected_table')
return table.to_json()
else:
return jsonify({"error": "Not Found"})
def get_available_scenarios_data():
"""
Purpose: Delivers data for selector dropdowns.
:return: Whole db content as json like this
{"Source": {"Scale": [{"mission_id": "GTpack-inc-crossfire", "name": "Crossfire"},
"""
db = get_db()
all_ids = db.mission_driver.read_all_mission_ids()
sel_ids = set([x.split("-")[0] for x in all_ids]) # z mission_id wyciąga źródło misji (split), tworzy listę,
db_content = {}
for i in sel_ids:
scales = db.mission_driver.read_matching_scales(i)
db_content[i] = dict.fromkeys(scales, [])
for scale in scales:
missions_ids = db.mission_driver.read_selected_ids(i, scale)
missions_names = db.mission_driver.read_selected_names(i, scale)
table = []
for mission_id, name in zip(missions_ids, missions_names):
table.append({
"mission_id": mission_id,
"name": name
})
db_content[i][scale] = table
return json.dumps(db_content)
def load_user(username):
d_b = db.get_db()
u = d_b.user_driver.get_user_by_username(username)
if not u:
print('User loader returned None')
return None
user = from_dict(data_class=User, data=u)
print(f'User loader returned{user}')
return user
def get_scenario_by_id():
"""
Purpose: Retrieve selected mission data. Requires key mission_id
:return: mission data as json
"""
db = get_db()
mission_id = request.args.get("mission_id")
mission = db.mission_driver.read_mission_by_id(mission_id)
session.pop('selected_mission', None)
session['selected_mission'] = mission
if not mission.mission_id.startswith("GTpack") or not mission.mission_scale == "StrikeForce":
print('tabled poped')
session.pop('table_selector', None)
return mission.to_json()
def get_ids():
"""
This method is use to generate up-to-date content for Source dropdown. For random and select.
:return: json with all available mission sources.
"""
db = get_db()
all_ids = db.mission_driver.read_all_mission_ids()
sources = set([x.split("-")[0] for x in all_ids]) # Extract the mission source from the ID
data = {
"source": list(sources),
}
return json.dumps(data)
def select_mission():
db = get_db()
all_ids = db.mission_driver.read_all_mission_ids()
sel_ids = extract_unique_ids(all_ids)
if 'selected_mission' in session and 'selected_table' in session:
mission = from_dict(data_class=MissionData, data=session['selected_mission'])
source = mission.mission_id.split("-")[0]
table = from_dict(data_class=TableData, data=session['selected_table'])
return render_template("select_mission.html", sel_ids=sel_ids, mission=mission, source=source, table=table)
# if only mission is stored in session only mission will be loaded
elif 'selected_mission' in session:
mission = from_dict(data_class=MissionData, data=session['selected_mission'])
source = mission.mission_id.split("-")[0]
return render_template("select_mission.html", sel_ids=sel_ids, mission=mission, source=source)
return render_template("select_mission.html", sel_ids=sel_ids)
def home():
db = get_db()
all_ids = db.mission_driver.read_all_mission_ids()
sel_ids = extract_unique_ids(all_ids)
if 'mission' in session and 'random_table' in session:
mission = from_dict(data_class=MissionData, data=session['mission'])
source = mission.mission_id.split("-")[0]
table = from_dict(data_class=TableData, data=session['random_table'])
return render_template("mission_gen.html", sel_ids=sel_ids, mission=mission, source=source, table=table)
elif 'mission' in session:
mission = from_dict(data_class=MissionData, data=session['mission'])
source = mission.mission_id.split("-")[0]
return render_template("mission_gen.html", sel_ids=sel_ids, mission=mission, source=source)
return render_template("mission_gen.html", sel_ids=sel_ids, mission=None, table=None)
def get_random_scenario():
"""
Purpose: Random mission choice.
Request has to contain two keys: scale and group. Source can be empty - in that case method will choose mission
from all sources.
In case of request without any of the keys it returns error.
:return: json with mission parameters
"""
scale = request.args.get("scale")
if scale is None:
return jsonify({"error": "Missing key: scale"})
source = request.args.get("source")
if source is None:
return jsonify({"error": "Missing key: source"})
db = get_db()
if source: # if group was chosen
available_ids = db.mission_driver.read_selected_ids(group=source, scale=scale)
if not available_ids: # in case of non-existing scale for that source
available_ids = db.mission_driver.read_all_scale_mission_ids(scale) # search from all available sources
else: # if group was left as "all"
available_ids = db.mission_driver.read_all_scale_mission_ids(scale)
# search from all available sources
mission_id = choice(available_ids) # random choice from returned ids
mission = db.mission_driver.read_mission_by_id(mission_id) # return mission mathinng to the chosen id
session['mission'] = mission # choden mission is saved in session
# clears session table info if mission without it was chosen.
if not mission.mission_id.startswith("GTpack") or not mission.mission_scale == "StrikeForce":
session.pop('table', None)
return mission.to_json()
