def list_health_metrics(self): # option 6 in main menu
while True:
utils.clear()
print(metrics.generate_metric_printout())
print(utils.color.WHITE + "q|quit: Return to menu" +
utils.color.END)
selection = input(utils.color.WHITE + "Selection: " +
utils.color.END)
selection = selection.lower() # accept lowercase selections
if selection in ["q", "quit"]:
break
match_success, id_type, resolved_category, resolved_metric = metrics.resolve_metric_id(
selection)
if not match_success:
utils.pause_with_message(
"Invalid metric or metric category ID!")
continue
utils.clear()
print(f"Metric category: {matched_category ['name']}")
print(f"Metric name: {metric ['name']}")
print(f"Metric description: {metric ['description']}")
utils.pause_with_message("\n")
def __init__(self):
utils.clear()
print("HealthBox is starting up, one moment...\n")
self.db_file_name = database_file
self.default_db_data = {
"api_keys": [],
# An entry for each metric is created
# when data is submitted to the server for the first time.
# This saves space if certain metrics are never tracked.
"metrics": {}
}
self.crypto_data_file_name = database_crypto_information_file
self.encryption_text_encoding = "utf-8"
self.db = None # Stays as None until database is initialized through option 4
self.api_key_manager_terminal_wrapper = database_interfaces.HealthBoxAPIKeyManagerTerminalWrapper(
self
) # Initialized on app initialization for use by the web server's API handling
self.web_server_host = "0.0.0.0"
self.web_server_port = server_port
self.web_server = web_server.HealthBoxWebServer(
host=self.web_server_host,
port=self.web_server_port,
terminal_wrapper=self)
self.config_root = str(Path.home()) + "/.config/HealthBox"
print("Preparing the settings database...")
self._prepare_settings_database()
utils.clear() # Clear the screen
utils.pause_with_message("Welcome to HealthBox!")
def manage_keys(self): # Option 7 in main menu
# Make sure the database has been initialized before opening the API key management menu
if self.db is None:
utils.pause_with_message(
"Initialize the database first! (option 4)")
return
self.api_key_manager_terminal_wrapper.api_key_management_menu(
) # Launch the menu using the terminal wrapper
def main_menu(self):
while True: # Run the program as an endless loop until terminated
utils.clear()
if not self.web_server.is_running:
utils.print_red_if_false("1. Start HealthBox", self.db
is not None)
else:
print("1. Shut down HealthBox")
print("2. Instructions")
print("3. Settings")
utils.print_red_if_false("4. Initialize database", self.db is None)
utils.print_red_if_false("5. Import or export database", self.db
is not None)
print("6. List supported health metrics")
utils.print_red_if_false("7. Manage API keys", self.db is not None)
print("8. Exit")
# print ("c. Debug console") # This is only meant for debugging purposes, so the print statement is commented out.
selection = input(utils.color.WHITE + "Selection: " +
utils.color.END)
selection.lower()
utils.clear()
if selection == "2":
self.instructions()
elif selection == "1":
self.start_or_stop_web_server()
elif selection == "3":
self.settings()
elif selection == "4":
self.initialize_database()
elif selection == "5":
self.import_or_export_database()
elif selection == "6":
self.list_health_metrics()
elif selection == "7":
self.manage_keys()
elif selection == "8" or selection == "q":
break # Terminate program
elif selection == "c":
self.debug_console()
else:
utils.pause_with_message("Unknown option")
def instructions(self):
print("Please select a category you'd like to learn more about")
print("0. Back to main menu")
print("1. Connecting apps and devices to HealthBox")
print("2. Changing the default port or database name")
selection = int(input("Selection: "))
utils.clear()
if (selection == 0):
pass
elif (selection == 1):
print(
"The connect a program or device to HealthBox, follow these instructions."
)
print("1. Open HealthBox")
print("2. Open the 'Manage API keys' menu from the main menu.")
print(
"3. Create a new API key, and give it a recognizable name by entering the following:"
)
print(" c MyDeviceName")
print(
"4. A new API key should appear at the top of the interface. Take note of it's number."
)
print(
"5. Edit the API key using the 'e #' command. Replace the '#' with the API key's number, like so."
)
print(" e 1")
print(
"6. Set the API key type. If the API key will be used to submit data, set it's type as 'source' using this command: 't s'. If the API key will be used to read data, then set its type as 'app', using this command: 't a'."
)
print(
"7. Optionally, configure which metrics the API key can and can't access using the 'Security' and 'Filter' functions."
)
print(
"8. Input the API key, HealthBox server address, and port into the application or device you'd like to configure."
)
elif (selection == 2):
print(
"To configure the default port number or database name of HealthBox, follow these instructions"
)
print(
"1. Open `main.py` in the HealthBox folder in a text editor of your choice."
)
print(
"2. Locate the section at the top of the script labeled `----- Configuration -----`"
)
print("3. Modify the values as desired")
pritn("4. Save `main.py` and exit")
else:
utils.pause_with_message("Invalid selection")
def start_or_stop_web_server (self): # Option 1 in main menu
utils.clear ()
if self.db is None:
utils.pause_with_message ("Initialize the database first! (option 4)")
return
if not self.web_server.is_running:
# Since the web server isn't running, run it.
self.web_server.run ()
else:
# Since the web server is running, shut it down.
self.web_server.shutdown ()
def initialize_database(self):
utils.clear()
if self.db is not None:
utils.pause_with_message("The database is already initialized!")
return
print(
"Your database will be encrypted so other local apps can't access your data without your permission."
)
print(
"You'll need an encryption key, which is basically a password that's used to encrypt and decrypt the database."
)
print(
"If you've already created a database, use the previous encryption key."
)
print("(An error will be thrown if it's incorrect.)")
print("Otherwise, choose an encryption key for the new database.")
print("")
string_key = input("Enter your encryption key: ")
self.db = database.JSONDatabaseBackend(
db_file_name=self.db_file_name,
default=self.default_db_data,
encryption=True,
crypto_data_file_name=self.crypto_data_file_name,
string_key=string_key,
encryption_text_encoding=self.encryption_text_encoding)
while True:
good_key = True
try:
self.db.load()
except crypto.InvalidKeyError:
good_key = False
string_key = input("Invalid encryption key! Try again: ")
self.db.string_key = string_key
if good_key: break
# A fix for an old default database structure
if "metric_categories" in self.db:
del self.db["metric_categories"]
self.db["metrics"] = {}
self.db.save()
print("")
print("Database initialized successfully.")
utils.pause_with_message(
f"You may want to write down your encryption key \"{string_key}\" for future reference."
)
def main_menu(self):
if self.consumer is None: self.prepare_to_make_requests()
while True:
utils.clear()
choice = input(
"m to make a request, r to reconfigure the API consumer, q to quit: "
)
if choice not in "mrq":
utils.pause_with_message("Invalid choice!")
continue
if choice == "m":
self.prompt_to_make_request()
utils.pause_with_message("")
elif choice == "r":
self.prepare_to_make_requests()
utils.pause_with_message("Ready to make requests.")
elif choice == "q":
break
def import_or_export_database(self):
if self.db is None:
utils.pause_with_message(
"Initialize the database first! (option 4)")
return
while True:
utils.clear()
print("Commands:")
print(
"i|import: Import the contents of the database as a JSON string"
)
print(
"e|export: Export the contents of the database as a JSON string"
)
print(
"p|print: Pretty-print the contents of the database for easy inspection"
)
print("q|quit: Exit to main menu")
command = input("Enter your command: ")
command_name, command_argument = utils.parse_command(command)
command_name_resolution_success, command_name = utils.resolve_aliases(
command_name, [["import", "i"], ["export", "e"],
["print", "p"], ["quit", "q"]])
if not command_name_resolution_success:
utils.pause_with_message("Invalid command!")
continue
if command_name == "import":
while True:
imported_db_string = input(
"Paste the JSON string with the database contents (hit Enter to cancel): "
)
if imported_db_string == "": break
try:
imported_db = json.loads(imported_db_string)
except json.decoder.JSONDecodeError:
print(
"JSON decode error! Is that a valid JSON string? (Make sure there aren't newlines)"
)
continue
self.db._db = imported_db # write directly to the internal dictionary
utils.pause_with_message(
"Database contents successfully imported!")
break
elif command_name == "export":
utils.pause_with_message(
"On the following screen, the database contents will be visible; use the Select All function in your terminal emulator to copy them, then press Enter to continue."
)
utils.clear()
input(json.dumps(self.db._db))
utils.pause_with_message(
"Database contents successfully exported!")
elif command_name == "print":
utils.pause_with_message(json.dumps(self.db._db, indent=4))
elif command_name == "quit":
break
def settings(self):
utils.clear()
utils.pause_with_message("Settings menu coming soon")
