How to print the best matching hit in the BLAST search? / BioPython

I'm trying to making a BLAST search with a nucleotide sequence and print the best matching hit but not sure about which option/command should I use. There are options like max_hpsp and best_hit_overhang. I don't have an idea about their differences and I want to print just 1 hit. (best matching one) Should i use max_hpsp 1?

I wrote this code but it's still not useful. If you could tell me, where I am mistaken and what should to do, I would be very appreciated :) Thank you!

from Bio.Blast import NCBIWWW
seq = Seq("GTTGA......CT")
def best_matching_hit(seq):
    try:
        result_handle = NCBIWWW.qblast("blastn", "nt", seq)
    except:
        print('BLAST run failed!')
        return None
    blast_record = NCBIXML.read(result_handle)
    for hit in blast_record.alignments:
        for hsp in hit.hsps:
            if hsp.expect == max_hsps 1:
                print(hit.title)
                print(hsp.sbjct)

    
best_matching_hit(seq)

this returns just one hit , the first one I suppose, as per

Limiting the number of hits in a Biopython NCBIWWW Search on Biostars:

#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Mon Jun  7 15:28:11 2021

@author: Pietro


https://stackoverflow.com/questions/67872118/how-to-print-the-best-matching-hit-in-the-blast-search-biopython

"""


from Bio.Blast import NCBIWWW

from Bio.Seq import Seq

seq = Seq("ATGGCGTGGAATGAGCCTGGAAATAACAACGGCAACAATGGCCGCGATAATGACCCTTGGGGTAATAA\
          TAATCGTGGTGGCCAGCGTCCTGGTGGCCGAGATCAAGGTCCGCCAGATTTAGATGAAGTGTTCAACAA\
          ACTGAGTCAAAAGCTGGGTGGCAAGTTTGGTAAAAAAGGCGGCGGTGGTTCCTCTATCGGCGGTGGCGG\
          TGGTGCAATTGGCTTTGGTGTCATTGCGATCATTGCAATTGCGGTGTGGATTTTCGCTGGTTTTTACAC\
          CATCGGTGAAGCAGAGCGTGGTGTTGTACTGCGTTTAGGTAAATACGATCGTATCGTAGACCCAGGCCT\
          TAACTGGCGTCCTCGTTTTATTGATGAATACGAAGCGGTTAACGTACAAGCGATTCGCTCACTACGTGC\
          ATCTGGTCTAATGCTGACGAAAGATGAAAACGTAGTAACGGTTGCAATGGACGTTCAATACCGAGTTGC\
          TGACCCATACAAATACCTATACCGCGTGACCAATGCAGATGATAGCTTGCGTCAAGCAACAGACTCTGC\
          GCTACGTGCGGTAATTGGTGATTCACTAATGGATAGCATTCTAACCAGTGGTCGTCAGCAAATTCGTCA\
          AAGCACTCAAGAAACACTAAACCAAATCATCGATAGCTATGATATGGGTCTGGTGATTGTTGACGTGAA\
          CTTCCAGTCTGCACGTCCGCCAGAGCAAGTAAAAGATGCGTTTGATGACGCGATTGCTGCGCGTGAGGA\
          TGAAGAGCGTTTCATCCGTGAAGCAGAAGCTTACAAGAACGAAATCTTGCCGAAGGCAACGGGTCGTGC\
          TGAACGTTTGAAGAAGGAAGCTCAAGGTTACAACGAGCGTGTAACTAACGAAGCATTAGGTCAAGTAGC\
          ACAGTTTGAAAAACTACTACCTGAATACCAAGCGGCTCCTGGCGTAACACGTGACCGTCTGTACATTGA\
          CGCGATGGAAGAGGTTTACACCAACACATCTAAAGTGTTGATTGACTCTGAATCAAGCGGCAACCTTTT\
          GTACCTACCAATCGATAAATTGGCAGGTCAAGAAGGCCAAACAGACACTAAACGTAAATCGAAATCTTC\
          TTCAACCTACGATCACATTCAACTAGAGTCTGAGCGTACACAAGAAGAAACATCGAACACGCAGTCTCG\
          TTCAACAGGTACACGTCAAGGGAGATACTAA")

def best_matching_hit(seq):
    try:
        result_handle = NCBIWWW.qblast("blastn", "nt", seq,  hitlist_size=1)
    except:
        print('BLAST run failed!')
        return None
    blast_record = result_handle.read()
   
    print(blast_record)


best_matching_hit(seq)