app.py

import asyncio
import gradio as gr
import requests
import re

from api_usage import (
    get_subscription,
    check_key_availability,
    get_orgs_me,
    check_key_ant_availability,
    check_ant_rate_limit,
    check_key_gemini_availability,
    check_key_azure_availability,
    get_azure_status,
    get_azure_deploy,
    check_key_mistral_availability,
    check_mistral_quota,
    check_key_replicate_availability,
    check_key_aws_availability,
    check_key_or_availability,
    check_key_or_limits,
    check_gcp_anthropic,
    check_groq_status,
    check_nai_status,
    check_elevenlabs_status,
    check_xai_status,
    check_stability_status,
    check_deepseek_status,
)

# ─────────────────────────────────────────
# Key-specific helper functions (원본 유지)
# ─────────────────────────────────────────
def get_key_oai_info(key):
    session = requests.Session()
    status, org_data = check_key_availability(session, key)

    info_dict = {
        "key_type": "OpenAI",
        "key_availability": True if status else False,
        "gpt4_availability": "",
        "gpt4_32k_availability": "",
        "default_org": "",
        "org_description": "",
        "organization": "",
        "models": "",
        "requests_per_minute": "",
        "tokens_per_minute": "",
        "quota": "",
        "all_models": "",
    }

    if not status:
        return info_dict

    if status == 403:
        status_me, orgs_me = get_orgs_me(session, key)
        if status_me == 200:
            org_data = orgs_me

    subscription_info = get_subscription(key, session, org_data)

    info_dict.update(
        {
            "gpt4_availability": subscription_info["has_gpt4"],
            "gpt4_32k_availability": subscription_info["has_gpt4_32k"],
            "default_org": subscription_info["default_org"],
            "org_description": subscription_info["org_description"],
            "organization": subscription_info["organization"],
            "models": subscription_info["models"],
            "requests_per_minute": subscription_info["rpm"],
            "tokens_per_minute": subscription_info["tpm"],
            "quota": subscription_info["quota"],
            "all_models": subscription_info["all_models"],
        }
    )
    return info_dict


async def get_key_ant_info(key, rate_limit, claude_model):
    key_avai = await check_key_ant_availability(key, claude_model)
    info_dict = {
        "key_type": "Anthropic Claude",
        "key_availability": key_avai[0],
        "status": "",
        "filter_response": "",
        "requests_per_minute": "",
        "tokens_per_minute": "",
        "tokens_input_per_minute": "",
        "tokens_output_per_minute": "",
        "tier": "",
        "concurrent_rate_limit": "",
        "models": "",
    }

    info_dict["status"] = key_avai[1]
    info_dict["filter_response"] = key_avai[2]
    info_dict["requests_per_minute"] = key_avai[3] + ("" if key_avai[3] == "" else f" ({key_avai[4]} left)")
    info_dict["tokens_per_minute"] = key_avai[5] + ("" if key_avai[5] == "" else f" ({key_avai[6]} left)")
    info_dict["tokens_input_per_minute"] = key_avai[8] + ("" if key_avai[8] == "" else f" ({key_avai[9]} left)")
    info_dict["tokens_output_per_minute"] = key_avai[10] + ("" if key_avai[10] == "" else f" ({key_avai[11]} left)")
    info_dict["tier"] = key_avai[7]
    info_dict["models"] = key_avai[12]

    if rate_limit:
        rate = await check_ant_rate_limit(key, claude_model)
        info_dict["concurrent_rate_limit"] = rate

    return info_dict


def get_key_gemini_info(key):
    key_avai = check_key_gemini_availability(key)
    info_dict = {
        "key": key
        "key_availability": key_avai[0],
        "status": key_avai[1],
        #"models": key_avai[2],
    }
    return info_dict


def get_key_azure_info(endpoint, api_key):
    key_avai = check_key_azure_availability(endpoint, api_key)
    info_dict = {
        "key_type": "Microsoft Azure OpenAI",
        "key_availability": key_avai[0],
        "gpt35_availability": "",
        "gpt4_availability": "",
        "gpt4_32k_availability": "",
        "dall_e_3_availability": "",
        "moderation_status": "",
        "models": "",
        "deployments": "",
    }
    if key_avai[0]:
        azure_deploy = get_azure_deploy(endpoint, api_key)
        status = get_azure_status(endpoint, api_key, azure_deploy)
        info_dict["gpt35_availability"] = status[1]
        info_dict["gpt4_availability"] = status[2]
        info_dict["gpt4_32k_availability"] = status[3]
        info_dict["dall_e_3_availability"] = status[4]
        info_dict["moderation_status"] = status[0]
        info_dict["models"] = key_avai[1]
        info_dict["deployments"] = azure_deploy
    return info_dict


def get_key_mistral_info(key):
    key_avai = check_key_mistral_availability(key)
    info_dict = {
        "key_type": "Mistral AI",
        "key_availability": True if key_avai else False,
        "has_quota": "",
        "limits": "",
        "models": "",
    }
    if key_avai:
        quota_info = check_mistral_quota(key)
        info_dict["has_quota"] = quota_info[0]
        if quota_info[1]:
            info_dict["limits"] = quota_info[1]
        info_dict["models"] = key_avai
    return info_dict


def get_key_replicate_info(key):
    key_avai = check_key_replicate_availability(key)
    info_dict = {
        "key_type": "Replicate",
        "key_availability": key_avai[0],
        "account_name": "",
        "type": "",
        "has_quota": "",
        "hardware_available": "",
    }
    if key_avai[0]:
        info_dict["account_name"] = key_avai[1]["username"]
        info_dict["type"] = key_avai[1]["type"]
        info_dict["has_quota"] = key_avai[2]
        info_dict["hardware_available"] = key_avai[3]
    return info_dict


async def get_key_aws_info(key):
    key_avai = await check_key_aws_availability(key)
    info_dict = {
        "key_type": "Amazon AWS Claude",
        "key_availability": key_avai[0],
        "username": "",
        "root": "",
        "admin": "",
        "quarantine": "",
        "iam_full_access": "",
        "iam_user_change_password": "",
        "aws_bedrock_full_access": "",
        "enabled_region": "",
        "models_usage": "",
        "cost_and_usage": key_avai[1],
    }
    if key_avai[0]:
        info_dict["username"] = key_avai[1]
        info_dict["root"] = key_avai[2]
        info_dict["admin"] = key_avai[3]
        info_dict["quarantine"] = key_avai[4]
        info_dict["iam_full_access"] = key_avai[5]
        info_dict["iam_user_change_password"] = key_avai[6]
        info_dict["aws_bedrock_full_access"] = key_avai[7]
        info_dict["enabled_region"] = key_avai[8]
        info_dict["models_usage"] = key_avai[9]
        info_dict["cost_and_usage"] = key_avai[10]
    return info_dict


def get_key_openrouter_info(key):
    key_avai = check_key_or_availability(key)
    info_dict = {
        "key_type": "OpenRouter",
        "key_availability": key_avai[0],
        "is_free_tier": "",
        "usage": "",
        "balance": "",
        "limit": "",
        "limit_remaining": "",
        "rate_limit_per_minite": "",
        "4_turbo_per_request_tokens_limit": "",
        "sonnet_per_request_tokens_limit": "",
        "opus_per_request_tokens_limit": "",
    }
    if key_avai[0]:
        models_info = check_key_or_limits(key)
        info_dict["is_free_tier"] = key_avai[1]["is_free_tier"]
        info_dict["limit"] = key_avai[1]["limit"]
        info_dict["limit_remaining"] = key_avai[1]["limit_remaining"]
        info_dict["usage"] = f"${format(key_avai[1]['usage'], '.4f')}"
        info_dict["balance"] = (
            f"${format(models_info[0], '.4f')}" if models_info[0] else f"${key_avai[2]/60} (estimated)"
        )
        info_dict["rate_limit_per_minite"] = key_avai[2]
        info_dict["4_turbo_per_request_tokens_limit"] = models_info[1]["openai/gpt-4o"]
        info_dict["sonnet_per_request_tokens_limit"] = models_info[1]["anthropic/claude-3.5-sonnet:beta"]
        info_dict["opus_per_request_tokens_limit"] = models_info[1]["anthropic/claude-3-opus:beta"]
    else:
        info_dict["usage"] = key_avai[1]
    return info_dict


async def get_key_gcp_info(key, type):
    key_avai = await check_gcp_anthropic(key, type)
    info_dict = {
        "key_type": "Vertex AI (GCP)",
        "key_availability": key_avai[0],
        "status": "",
        "enabled_region": "",
    }
    if key_avai[0]:
        info_dict["enabled_region"] = key_avai[2]
    else:
        info_dict["status"] = key_avai[1]
    return info_dict


def get_key_groq_info(key):
    key_avai = check_groq_status(key)
    info_dict = {
        "key_type": "Groq",
        "key_availability": True if key_avai else False,
        "models": key_avai if key_avai else "",
    }
    return info_dict


def get_key_nai_info(key):
    key_avai = check_nai_status(key)
    info_dict = {
        "key_type": "NovelAI",
        "key_availability": True if key_avai[0] else False,
        "user_info": key_avai[1] if key_avai[0] else "",
    }
    return info_dict


def get_key_elevenlabs_info(key):
    key_avai = check_elevenlabs_status(key)
    info_dict = {
        "key_type": "ElevenLabs",
        "key_availability": key_avai[0],
        "user_info": key_avai[1],
        "voices_info": key_avai[2],
    }
    return info_dict


def get_key_xai_info(key):
    key_avai = check_xai_status(key)
    info_dict = {
        "key_type": "xAI Grok",
        "key_availability": key_avai[0],
        "key_status": "",
        "models": "",
    }
    if key_avai[0]:
        info_dict["key_status"] = key_avai[1]
        info_dict["models"] = key_avai[2]
    return info_dict


def get_key_stability_info(key):
    key_avai = check_stability_status(key)
    info_dict = {
        "key_type": "Stability AI",
        "key_availability": key_avai[0],
        "account_info": "",
        "credits": "",
        "models": "",
    }
    if key_avai[0]:
        info_dict["account_info"] = key_avai[1]
        info_dict["credits"] = key_avai[2]
        info_dict["models"] = key_avai[3]
    return info_dict


def get_key_deepseek_info(key):
    key_avai = check_deepseek_status(key)
    info_dict = {
        "key_type": "deepseek",
        "key_availability": key_avai[0],
        "balance": "",
        "models": "",
    }
    if key_avai[0]:
        info_dict["models"] = key_avai[1]
        info_dict["balance"] = key_avai[2]
    return info_dict


def not_supported(key):
    return {
        "key_type": "Not supported",
        "status": "",
    }


# ─────────────────────────────────────────
#  새로 추가: 단일 키 비동기 처리
# ─────────────────────────────────────────
async def process_single_key(key: str, rate_limit: bool, claude_model: str) -> dict:
    """주어진 key 하나를 분석해 정보 dict 반환."""
    _key = key.strip()

    # OpenRouter
    if re.match(re.compile(r"sk-or-v1-[a-z0-9]{64}"), _key):
        return {"key": _key, **get_key_openrouter_info(_key)}

    # Anthropic Claude
    if re.match(re.compile(r"sk-ant-api03-[a-zA-Z0-9\-_]{93}AA"), _key) or (
        _key.startswith("sk-ant-") and len(_key) == 93
    ) or (len(_key) == 89 and re.match(re.compile(r"sk-[a-zA-Z0-9]{86}"), _key)):
        return {"key": _key, **await get_key_ant_info(_key, rate_limit, claude_model)}

    # Stability
    if re.match(re.compile(r"sk-[a-zA-Z0-9]{48}"), _key) and len(_key) == 51 and "T3BlbkFJ" not in _key:
        return {"key": _key, **get_key_stability_info(_key)}

    # Deepseek
    if re.match(re.compile(r"sk-[a-f0-9]{32}"), _key):
        return {"key": _key, **get_key_deepseek_info(_key)}

    # OpenAI
    if _key.startswith("sk-"):
        return {"key": _key, **get_key_oai_info(_key)}

    # Google Gemini
    if _key.startswith("AIzaSy"):
        return {"key": _key, **get_key_gemini_info(_key)}

    # NovelAI
    if _key.startswith("pst-"):
        return {"key": _key, **get_key_nai_info(_key)}

    # Replicate
    if (_key.startswith("r8_") and len(_key) == 40) or (_key.islower() and len(_key) == 40):
        return {"key": _key, **get_key_replicate_info(_key)}

    # xAI
    if _key.startswith("xai-"):
        return {"key": _key, **get_key_xai_info(_key)}

    # Azure endpoint: "name:key"
    if len(_key.split(":")) == 2 and _key.split(":")[1].islower() and len(_key.split(":")[1]) == 32 and "openai.azure.com" not in _key.split(":")[1]:
        endpoint, api_key = _key.split(":")
        return {"key": _key, **get_key_azure_info(endpoint, api_key)}

    # Azure endpoint: "https://xxx.openai.azure.com;key"
    if "openai.azure.com" in _key.split(";")[0]:
        endpoint, api_key = _key.split(";")
        return {"key": _key, **get_key_azure_info(endpoint, api_key)}

    # AWS
    if _key.startswith("AKIA") and len(_key.split(":")[0]) == 20 and _key.split(":")[0].isupper():
        return {"key": _key, **await get_key_aws_info(_key)}

    # ElevenLabs
    if re.match(re.compile(r"[a-f0-9]{32}"), _key) or re.match(re.compile(r"sk_[a-f0-9]{48}"), _key):
        return {"key": _key, **get_key_elevenlabs_info(_key)}

    # Mistral
    if re.match(re.compile(r"[a-zA-Z0-9]{32}"), _key):
        return {"key": _key, **get_key_mistral_info(_key)}

    # Groq
    if re.match(re.compile(r"gsk_[a-zA-Z0-9]{20}WGdyb3FY[a-zA-Z0-9]{24}"), _key):
        return {"key": _key, **get_key_groq_info(_key)}

    # GCP - refresh token
    if re.match(re.compile(r"[\w\-]+:[\w\-@\.]+:[\w-]+:.+"), _key):
        return {"key": _key, **await get_key_gcp_info(_key, 0)}

    # GCP - service account
    if re.match(re.compile(r"[\w\-]+:[\w\-@\.]+:.+\\n"), _key):
        return {"key": _key, **await get_key_gcp_info(_key, 1)}

    # Not supported
    return {"key": _key, **not_supported(_key)}


# ─────────────────────────────────────────
#  여러 key 비동기 처리 함수
# ─────────────────────────────────────────
async def sort_keys(text: str, rate_limit: bool, claude_model: str):
    """텍스트 박스에 입력된 여러 키를 줄 단위로 분석."""
    keys = [k.strip() for k in text.splitlines() if k.strip()]
    tasks = [process_single_key(k, rate_limit, claude_model) for k in keys]
    results = await asyncio.gather(*tasks)
    return results  # gr.JSON 컴포넌트가 리스트도 자동 표시


# ─────────────────────────────────────────
#  UI util
# ─────────────────────────────────────────
def clear_inputs(text: str):
    return ""


# ─────────────────────────────────────────
#  Gradio UI
# ─────────────────────────────────────────
with gr.Blocks() as demo:
    gr.Markdown(
        """
# OpenAI/Anthropic/Gemini/Azure/Mistral/Replicate/AWS Claude/OpenRouter/Vertex AI(GCP Anthropic)/Groq/NovelAI/ElevenLabs/xAI/Stability/Deepseek API Key Status Checker

*(Based on shaocongma, CncAnon1, su, Drago, kingbased key checkers)*  

AWS credential format: `AWS_ACCESS_KEY_ID:AWS_SECRET_ACCESS_KEY` (root might not be accurate)  
Azure format: `RESOURCE_NAME:API_KEY` **or** `https://RESOURCE_NAME.openai.azure.com;API_KEY`  
GCP format:  
  • Service account → `PROJECT_ID:CLIENT_EMAIL:PRIVATE_KEY(\\n 포함)`  
  • Refresh token  → `PROJECT_ID:CLIENT_ID:CLIENT_SECRET:REFRESH_TOKEN`
"""
    )

    claude_options = [
        "claude-3-haiku-20240307",
        "claude-3-sonnet-20240229",
        "claude-3-opus-20240229",
        "claude-3-5-sonnet-20240620",
        "claude-3-5-sonnet-20241022",
        "claude-3-5-haiku-20241022",
    ]

    with gr.Row():
        with gr.Column():
            key_box = gr.Textbox(
                lines=5,
                max_lines=20,
                label="API Key(s) — 줄바꿈으로 여러 개 입력",
                placeholder="각 줄마다 하나의 키를 입력하세요",
            )
            claude_model = gr.Dropdown(
                claude_options,
                value="claude-3-haiku-20240307",
                label="Claude API model (filter/concurrent check용)",
            )
            rate_limit = gr.Checkbox(label="Check concurrent rate limit (Claude, experimental)")

            with gr.Row():
                clear_button = gr.Button("Clear")
                submit_button = gr.Button("Submit", variant="primary")

        with gr.Column():
            info = gr.JSON(label="API Key Information", open=True)

    clear_button.click(fn=clear_inputs, inputs=[key_box], outputs=[key_box])
    submit_button.click(
        fn=sort_keys,
        inputs=[key_box, rate_limit, claude_model],
        outputs=[info],
        api_name="sort_keys",
    )

demo.launch()