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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def get_algs_from_ciphersuite_name(ciphersuite_name):
 """ Return the 3-tuple made of the Key Exchange Algorithm class, the Cipher class and the HMAC class, through the parsing of the ciphersuite name. """

    tls1_3 = False
    if ciphersuite_name.startswith("TLS"):
        s = ciphersuite_name[4:]

        if s.endswith("CCM") or s.endswith("CCM_8"):
            kx_name, s = s.split("_WITH_")
            kx_alg = _tls_kx_algs.get(kx_name)
            hash_alg = _tls_hash_algs.get("SHA256")
            cipher_alg = _tls_cipher_algs.get(s)
            hmac_alg = None

        else:
            if "WITH" in s:
                kx_name, s = s.split("_WITH_")
                kx_alg = _tls_kx_algs.get(kx_name)
            else:
                tls1_3 = True
                kx_alg = _tls_kx_algs.get("TLS13")

            hash_name = s.split('_')[-1]
            hash_alg = _tls_hash_algs.get(hash_name)

            cipher_name = s[:-(len(hash_name) + 1)]
            if tls1_3:
                cipher_name += "_TLS13"
            cipher_alg = _tls_cipher_algs.get(cipher_name)

            hmac_alg = None
            if cipher_alg is not None and cipher_alg.type != "aead":
                hmac_name = "HMAC-%s" % hash_name
                hmac_alg = _tls_hmac_algs.get(hmac_name)

    elif ciphersuite_name.startswith("SSL"):
        s = ciphersuite_name[7:]
        kx_alg = _tls_kx_algs.get("SSLv2")
        cipher_name, hash_name = s.split("_WITH_")
        cipher_alg = _tls_cipher_algs.get(cipher_name.rstrip("_EXPORT40"))
        kx_alg.export = cipher_name.endswith("_EXPORT40")
        hmac_alg = _tls_hmac_algs.get("HMAC-NULL")
        hash_alg = _tls_hash_algs.get(hash_name)

    return kx_alg, cipher_alg, hmac_alg, hash_alg, tls1_3