import base64
import os
import random
import re

import sox
import requests
from requests.adapters import HTTPAdapter, Retry

# from profanity_filter import ProfanityFilter
# pf = ProfanityFilter()
# Code by @JasonLovesDoggo
# https://twitter.com/scanlime/status/1512598559769702406
nonhuman = [  # DISNEY VOICES
    "en_us_ghostface",  # Ghost Face
    "en_us_chewbacca",  # Chewbacca
    "en_us_c3po",  # C3PO
    "en_us_stitch",  # Stitch
    "en_us_stormtrooper",  # Stormtrooper
    "en_us_rocket",  # Rocket
    # ENGLISH VOICES
]
human = [
    "en_au_001",  # English AU - Female
    "en_au_002",  # English AU - Male
    "en_uk_001",  # English UK - Male 1
    "en_uk_003",  # English UK - Male 2
    "en_us_001",  # English US - Female (Int. 1)
    "en_us_002",  # English US - Female (Int. 2)
    "en_us_006",  # English US - Male 1
    "en_us_007",  # English US - Male 2
    "en_us_009",  # English US - Male 3
    "en_us_010",
]
voices = nonhuman + human

noneng = [
    "fr_001",  # French - Male 1
    "fr_002",  # French - Male 2
    "de_001",  # German - Female
    "de_002",  # German - Male
    "es_002",  # Spanish - Male
    # AMERICA VOICES
    "es_mx_002",  # Spanish MX - Male
    "br_001",  # Portuguese BR - Female 1
    "br_003",  # Portuguese BR - Female 2
    "br_004",  # Portuguese BR - Female 3
    "br_005",  # Portuguese BR - Male
    # ASIA VOICES
    "id_001",  # Indonesian - Female
    "jp_001",  # Japanese - Female 1
    "jp_003",  # Japanese - Female 2
    "jp_005",  # Japanese - Female 3
    "jp_006",  # Japanese - Male
    "kr_002",  # Korean - Male 1
    "kr_003",  # Korean - Female
    "kr_004",  # Korean - Male 2
]


# good_voices = {'good': ['en_us_002', 'en_us_006'],
#               'ok': ['en_au_002', 'en_uk_001']}  # less en_us_stormtrooper more less en_us_rocket en_us_ghostface


class TTTTSWrapper:  # TikTok Text-to-Speech Wrapper
    def __init__(self):
        self.URI_BASE = "https://api16-normal-useast5.us.tiktokv.com/media/api/text/speech/invoke/?text_speaker="

    def tts(
        self,
        req_text: str = "TikTok Text To Speech",
        filename: str = "title.mp3",
        random_speaker: bool = False,
        censer=False,
    ):
        req_text = req_text.replace("+", "plus").replace(" ", "+").replace("&", "and")
        if censer:
            # req_text = pf.censor(req_text)
            pass
        voice = (
            self.randomvoice()
            if random_speaker
            else (os.getenv("VOICE") or random.choice(human))
        )

        chunks = [
            m.group().strip() for m in re.finditer(r" *((.{0,200})(\.|.$))", req_text)
        ]

        audio_clips = []
        cbn = sox.Combiner()

        chunkId = 0
        for chunk in chunks:
            try:
                r = requests.post(
                    f"{self.URI_BASE}{voice}&req_text={chunk}&speaker_map_type=0"
                )
            except requests.exceptions.SSLError:
                # https://stackoverflow.com/a/47475019/18516611
                session = requests.Session()
                retry = Retry(connect=3, backoff_factor=0.5)
                adapter = HTTPAdapter(max_retries=retry)
                session.mount("http://", adapter)
                session.mount("https://", adapter)
                r = session.post(
                    f"{self.URI_BASE}{voice}&req_text={chunk}&speaker_map_type=0"
                )
            vstr = [r.json()["data"]["v_str"]][0]
            b64d = base64.b64decode(vstr)

            with open(filename.replace(".mp3", f"-{chunkId}.mp3"), "wb") as out:
                out.write(b64d)

            audio_clips.append(filename.replace(".mp3", f"-{chunkId}.mp3"))

            chunkId = chunkId + 1

        if len(audio_clips) > 1:
            cbn.convert(samplerate=44100, n_channels=2)
            cbn.build(audio_clips, filename, "concatenate")
        else:
            os.rename(audio_clips[0], filename)

    @staticmethod
    def randomvoice():
        ok_or_good = random.randrange(1, 10)
        if ok_or_good == 1:  # 1/10 chance of ok voice
            return random.choice(voices)
        return random.choice(human)  # 9/10 chance of good voice