for file in os.listdir(os.path.dirname(__file__)): if file.endswith(".py") and file != "__init__.py": module_name = f"tools.{file[:-3]}" module = importlib.import_module(module_name) for name, obj in inspect.getmembers(module, inspect.iscoroutinefunction): if name.startswith("_"): continue sig = inspect.signature(obj) model_class = None for param in sig.parameters.values(): if inspect.isclass(param.annotation) and issubclass(param.annotation, BaseModel): model_class = param.annotation break if model_class: tools_map[name] = {"func": obj, "model": model_class} tools_schemas.append(pydantic_function_tool(model=model_class, name=name))
WARNING! Your credentials are stored unencrypted in '/root/.docker/config.json'.Configure a credential helper to remove this warning. Seehttps://docs.docker.com/go/credential-store/Login Succeeded
#!/bin/bash# Congratulations! You found the easter egg! ❤️# おめでとうございます！隠されたサプライズを見つけました！❤️# Define the text to animatetext="♥PEACE♥FOR♥ALL♥PEACE♥FOR♥ALL♥PEACE♥FOR♥ALL♥PEACE♥FOR♥ALL♥PEACE♥FOR♥ALL♥"# Get terminal dimensionscols=$(tput cols)lines=$(tput lines)# Calculate the length of the texttext_length=${#text}# Hide the cursortput civis# Trap CTRL+C to show the cursor before exitingtrap "tput cnorm; exit" SIGINT# Set frequency scaling factorfreq=0.2# Infinite loop for continuous animationfor (( t=0; ; t+=1 )); do # Extract one character at a time char="${text:t % text_length:1}" # Calculate the angle in radians angle=$(echo "($t) * $freq" | bc -l) # Calculate the sine of the angle sine_value=$(echo "s($angle)" | bc -l) # Calculate x position using the sine value x=$(echo "($cols / 2) + ($cols / 4) * $sine_value" | bc -l) x=$(printf "%.0f" "$x") # Ensure x is within terminal bounds if (( x < 0 )); then x=0; fi if (( x >= cols )); then x=$((cols - 1)); fi # Calculate color gradient between 12 (cyan) and 208 (orange) color_start=12 color_end=208 color_range=$((color_end - color_start)) color=$((color_start + (color_range * t / lines) % color_range)) # Print the character with 256-color support echo -ne "\033[38;5;${color}m"$(tput cup $t $x)"$char\033[0m" # Line feed to move downward echo ""done
More than 25 years ago, Akamai helped make the internet we know today possible. This shirt’s design is a callback to those early days of life online. The light tan color is a reference to the “beige box” plastic casings that housed the early internet computers, and the heart on the front represents how the internet has been used for good all over the world. On the back of the T-shirt is real code. It’s a reference to Linux, the open source language of the internet. This common language unites Akamai with the world’s top brands and the people they serve, as we work together toward a vision of a safer and more connected world.
25 多年前，Akamai 助力造就了我们今天所熟知的互联网。这款 T 恤的设计是对早期网络生活的一种致敬。浅褐色的配色方案源自早期互联网计算机常见的「米黄色机箱」塑料外壳；而正面的心形图案，则象征着互联网在世界各地如何传递善意、造福人类。T 恤背面印有真实的代码，致敬了被誉为「互联网开源语言」的 Linux。正是这种共同的语言，将 Akamai 与全球顶尖品牌及其服务的用户紧密相连，助力我们携手并进，共同实现构建更安全、连接更紧密的世界这一愿景。
但我想得还是太简单，这类引擎为了极致的效率，似乎会直接扫描硬盘文件，而不等待 Vite 编译完成。这意味着我必须为每个图标显式声明一次形如 icon-[...] 的类名，这并不优雅！曾经为了防止渲染 SSR 页面时捆绑编译整个图标集，不得不在配置文件中手动声明每一次图标导入…实在有些折磨。我还是希望能够做到随取随用。
README 是一个项目的门面，应当在最短的时间内向他人阐述这是什么、为什么要用、如何安装以及如何使用。我在编写时以 Standard Readme 为基准，同时参考了一些同类型的灵感项目，简单涵盖特性、安装、命令、部署等方面，主要是作为详细文档的入口，为有需要的使用者提供使用思路。其它文档的编写同样花了不少时间，对接口层面的配置内容做了详细说明，同时也提供了一些主题特性的预览。