Exemple #1
0
def process_neo4j(args):

    # Get family data of the person
    global points

    try:
        main_person = Person()
        main_person.uniq_id = args.id1

        taapeli_person = Person()
        taapeli_person.uniq_id = args.id2

        # The fetching of the family and parents data of the main person is
        # split to two operations:
        #
        # If there are no parents in the db the result of
        # get_parentin_id() operation is empty,
        # but the get_family_data operation prints out
        # the family of the main person.
        result = main_person.get_parentin_id()
        for record in result:
            main_parents_hlink = record["parentin_hlink"]

            result = taapeli_person.get_parentin_id()
            for record in result:
                taapeli_parents_hlink = record["parentin_hlink"]
                compare_parents_data(main_parents_hlink, taapeli_parents_hlink)

        compare_family_data(main_person, taapeli_person)

        print("=== === Total points: " + str(points) + " === ===")

    except Exception as err:
        print("Virhe: {0}".format(err), file=stderr)
Exemple #2
0
def process_neo4j(args):

    # Get family data of the person
    global points
    
    try:    
        t = time.perf_counter()
        print_cnt = 0
        
        total_points = []
        compared_ids = []
        taapeli_ids = []

        u = User()
        u.userid = args.userid
        result = u.get_ids_and_refnames_of_people_of_user()
        for record in result:
            p = Person()
            # This id is the unique key of the node
            p.uniq_id = record["id"]
            refname = record["refname"]
            p.get_person_and_name_data_by_id()

            # Use the first name of the refname as a search key,
            # E.g. refname = "Matti Johannes" ---> search with "Matti"
            names = refname.split(" ")
                
            tresult = Name.get_ids_of_people_with_refname_and_user_given('Taapeli', names[0])
            for trecord in tresult:
                tp = Person()
                tp.uniq_id = trecord["id"]
                
                # The fetching of the family and parents data of the main person is
                # split to two operations:
                #
                # If there are no parents in the db the result of 
                # get_parentin_id() operation is empty,
                # but the get_family_data operation prints out
                # the family of the main person.
                result = p.get_parentin_id()            
                for record in result:
                    main_parents_hlink = record["parentin_hlink"]
                    
                    result = tp.get_parentin_id()            
                    for record in result:
                        taapeli_parents_hlink = record["parentin_hlink"]
                        compare_parents_data(main_parents_hlink, taapeli_parents_hlink)
        
                compare_family_data(p, tp)
                
                total_points.append(points)
                compared_ids.append(p.uniq_id)
                taapeli_ids.append(tp.uniq_id)
                print_cnt += 1
                
        print("\nTotal points # Compared ids # Taapeli ids")
        print("-----------------------------------------")
        for i in range(len(total_points)):
            print("\n  " + str(total_points[i]) + "   #   " + str(compared_ids[i]) + "   #   " + str(taapeli_ids[i]))

        print("\nLines printted: " + str(print_cnt))
                
        elapsed_time = time.perf_counter() - t
        print("\nTime needed: " + str(elapsed_time) + " seconds")

    except Exception as err:
        print("Virhe: {0}".format(err), file=stderr)