web.py
UDP(2522 port) reader. Receive bytes and automtically decodes them for the elaboration.
modulo_tag.py
TAG(class): Automatically divides data received by the antennas in different lists to easily elaborates those in a future moment.
add_antenna(antenna, valore)
Can add an infinite amount of antennas to store values appropriately.
Will need an initial value to create the list and the antenna name
add_value(antenna, valore)
Add a value to a specific antenna.
Will check automatically if the antenna is already created(if not it automatically creates and add the value):
index = self.search_dict(antenna)
if isinstance(index, int):
self.antenne[index]["valori"][self.orario()] = valore
else:
self.add_antenna(antenna,valore)
search_dict(antenna)
Search if the specified antenna is in the db or not.
Returns the index(INT) if present. If not, returns the string "NON_PRESENTE"
print_antenne()
Print in an user-friendly way all the data.
This will probably be removed when the pandas dataframe is 100% active.
TAGS(class): Static class. Will store all the tags inside the list "lista"
add_tag(tag_n)
Add a tag to the list.
WILL CREATE THE OBJECT TAG. NEEDS THE TAG NUMBER TO WORK.
search_tag(codice)
Search if the specified tag number is already inside the list or not.
Returns the index(INT) if present. If not, returns the string "NON_PRESENTE"
add_value(codice, value, antenna)
ALL THOSE VALUES GOTTA BE INTS.
Used by the elaborate_data(data) function to add values to the received tag. This just search if the tag exists(and creates it if it doesn't) and calls the add_value(antenna, valore) of the TAG class.
print_tags()
Prints every tag value formatted by the `print_antenne()' function.
elaborate_data(data)
THIS FUNCTION NEEDS A SPECIFIC LIST TO WORK:
First value--> Antenna ID sending the data
Second value--> Number of tags found by the antenna
BASED ON THE SECOND VALUE, THE FUNCTION WILL CHECK FOR EVERY TAG TWO VALUES:
tag ID, rssi value.
Calls the TAGS function add_value to add the data received