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from fastapi import Depends, HTTPException, Query | |
from fastapi.responses import StreamingResponse | |
import io | |
from pydantic import BaseModel | |
import soundfile as sf | |
from fastapi.responses import FileResponse | |
from modules.normalization import text_normalize | |
from modules import generate_audio as generate | |
from modules.api import utils as api_utils | |
from modules.api.Api import APIManager | |
from modules.synthesize_audio import synthesize_audio | |
class TTSParams(BaseModel): | |
text: str = Query(..., description="Text to synthesize") | |
spk: str = Query( | |
"female2", description="Specific speaker by speaker name or speaker seed" | |
) | |
style: str = Query("chat", description="Specific style by style name") | |
temperature: float = Query( | |
0.3, description="Temperature for sampling (may be overridden by style or spk)" | |
) | |
top_P: float = Query( | |
0.5, description="Top P for sampling (may be overridden by style or spk)" | |
) | |
top_K: int = Query( | |
20, description="Top K for sampling (may be overridden by style or spk)" | |
) | |
seed: int = Query( | |
42, description="Seed for generate (may be overridden by style or spk)" | |
) | |
format: str = Query("mp3", description="Response audio format: [mp3,wav]") | |
prompt1: str = Query("", description="Text prompt for inference") | |
prompt2: str = Query("", description="Text prompt for inference") | |
prefix: str = Query("", description="Text prefix for inference") | |
bs: str = Query("8", description="Batch size for inference") | |
thr: str = Query("100", description="Threshold for sentence spliter") | |
async def synthesize_tts(params: TTSParams = Depends()): | |
try: | |
# Validate text | |
if not params.text.strip(): | |
raise HTTPException( | |
status_code=422, detail="Text parameter cannot be empty" | |
) | |
# Validate temperature | |
if not (0 <= params.temperature <= 1): | |
raise HTTPException( | |
status_code=422, detail="Temperature must be between 0 and 1" | |
) | |
# Validate top_P | |
if not (0 <= params.top_P <= 1): | |
raise HTTPException(status_code=422, detail="top_P must be between 0 and 1") | |
# Validate top_K | |
if params.top_K <= 0: | |
raise HTTPException( | |
status_code=422, detail="top_K must be a positive integer" | |
) | |
if params.top_K > 100: | |
raise HTTPException( | |
status_code=422, detail="top_K must be less than or equal to 100" | |
) | |
# Validate format | |
if params.format not in ["mp3", "wav"]: | |
raise HTTPException( | |
status_code=422, | |
detail="Invalid format. Supported formats are mp3 and wav", | |
) | |
text = text_normalize(params.text, is_end=False) | |
calc_params = api_utils.calc_spk_style(spk=params.spk, style=params.style) | |
spk = calc_params.get("spk", params.spk) | |
seed = params.seed or calc_params.get("seed", params.seed) | |
temperature = params.temperature or calc_params.get( | |
"temperature", params.temperature | |
) | |
prefix = params.prefix or calc_params.get("prefix", params.prefix) | |
prompt1 = params.prompt1 or calc_params.get("prompt1", params.prompt1) | |
prompt2 = params.prompt2 or calc_params.get("prompt2", params.prompt2) | |
batch_size = int(params.bs) | |
threshold = int(params.thr) | |
sample_rate, audio_data = synthesize_audio( | |
text, | |
temperature=temperature, | |
top_P=params.top_P, | |
top_K=params.top_K, | |
spk=spk, | |
infer_seed=seed, | |
prompt1=prompt1, | |
prompt2=prompt2, | |
prefix=prefix, | |
batch_size=batch_size, | |
spliter_threshold=threshold, | |
) | |
buffer = io.BytesIO() | |
sf.write(buffer, audio_data, sample_rate, format="wav") | |
buffer.seek(0) | |
if format == "mp3": | |
buffer = api_utils.wav_to_mp3(buffer) | |
return StreamingResponse(buffer, media_type="audio/wav") | |
except Exception as e: | |
import logging | |
logging.exception(e) | |
if isinstance(e, HTTPException): | |
raise e | |
else: | |
raise HTTPException(status_code=500, detail=str(e)) | |
def setup(api_manager: APIManager): | |
api_manager.get("/v1/tts", response_class=FileResponse)(synthesize_tts) | |