s yrst/cc-lpacsfs8/5r6t3c /5r-005t1c:0 /ldoawte: Invalid argum ent voltage detected1|console:/ $ , date/time is not reliable.

这段文字看起来像是一段错误信息或日志记录，其中提到了 `/sys/class/rtc/rtc0/date` 的路径和 `Invalid argument voltage detected` 的错误。如果您在使用某个程序或系统时遇到了类似的错误信息，您可以尝试查看程序或系统的文档或寻求相关的技术支持以解决问题。

相关问题

以下错误是什么原因导致 ERROR: failed to solve: error creating overlay mount to /var/lib/docker/overlay2/ayvpttv3vn5r05tkt2ljt0kxn/merged: no such file or directory

这个错误通常是由于 Docker 认为某个镜像或容器已经存在，但是实际上它们已经被删除或丢失。这可能是由于 Docker 数据库中的某些损坏或错误导致的。要解决这个问题，可以尝试以下步骤：

1. 停止 Docker 服务：`sudo service docker stop`

2. 删除 Docker 数据库：`sudo rm -rf /var/lib/docker`

3. 启动 Docker 服务：`sudo service docker start`

注意：这将删除所有已安装的镜像和容器，因此请确保您已备份所有必要的数据。

关于c ++:从字符串crypto ++导入rsa公钥/私钥

你可以使用Crypto++库中的RSA类来导入RSA公钥/私钥的字符串表示。下面是一个简单的示例代码：

#include <iostream>
#include <string>
#include <cryptopp/rsa.h>
#include <cryptopp/base64.h>

using namespace CryptoPP;

int main()
{
    // RSA keys in PEM format
    std::string publicKeyPEM = "-----BEGIN PUBLIC KEY-----\n"
                               "MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAvRJ9YmJ9A0seV0bSf+I6\n"
                               "n5i6dF6qXl5Hf8b0KJvJ7eN0yTnE4t5rKQYdM+DLg1yXz+4kWv8xgJxJW9Q2gY7L\n"
                               "wNqROnFJZrOq6zZVrWXfR4gWVv8grl2PZl6vQfGbdzPd2BhLW1QOyPZfGy1CCoMg\n"
                               "FQd6ZqBx1UJHsUSx/PnV0i35S8zO7Zq9UxOYbRr9SiCsTJ0FNLwPz7CkC5u3VJ5D\n"
                               "z5z2K7U0fGkO+8fOc5Qv2JUqKd6sN2oT+18+eVf/lvtlQ4U3aXyKZB7u0k8T3xKx\n"
                               "3J2r3x4y+o9B3fz1aV0R/5N5Iz2Kt6gJyJmJyNfh0T+D5JLZL8o+Oq8rD8/8mLgV\n"
                               "XQIDAQAB\n"
                               "-----END PUBLIC KEY-----\n";

    std::string privateKeyPEM = "-----BEGIN PRIVATE KEY-----\n"
                                "MIIEvwIBADANBgkqhkiG9w0BAQEFAASCBKkwggSlAgEAAoIBAQCuN1Qa1iRQ9ZvZ\n"
                                "iFfZjzKfKXk9X5Rq8Dp4CCVt1LJbXG8oU1Kd7UeJb+JyQrK+D1hViDUKvC4pDvZL\n"
                                "7Wv8wzZ1mJN+3M+Vc7dqSaTr0z+U4d3ZKQKj1UjF9/3Ud/HXw6Ez84Zx5fX1U7P\n"
                                "3u9Qo+6g0cva0tYcZ8E4m8osjzOZn3n5Z+qoDZ2IuoktDjQOdT7vZJc7JmLQ+6U\n"
                                "Gyf8B4j0c6V7iJ0oqOeq27m2xY6xu9gKwDvZl9zJrFv6f9JQy6yY5ZjXVItK8o+\n"
                                "x3DfX+eD8XO7Z0f1wO3J5lXgBuJop4B3PzZPmZw3jwN3LZwU7hAqjWQvLj5r+DqR\n"
                                "KwvS6TJnAgMBAAECggEBAJv9zZ1N9sN7E+gTt9y/7xFG2PjgB9VjYWg6bd4QKpRq\n"
                                "zGJNj2n8q6k8l7k2uT6sRcO5RhS8bQpO4iLl3GJXZr5kjC0Z/1kE1p4H8Y9e5bDh\n"
                                "gNl3ZnK3Wpli8q7KqUjOY8j6Ktj7+vZnT3sW6v/qpIbQgBn7d3q0qsqzjTm8c5f\n"
                                "V3JzUJqkVJqX1mJmJd6tZslpO8mJyZL/vkC4KszkQeE8xKu6sIiA4r6l5e0+OJ8M\n"
                                "8XmXhV8D8ZcHgKvq7qrBvFq5Xv2mHsLdQO+J7uNLC3iQzY3u4jB6Gk8fN7N3e3jv\n"
                                "dDmf8P0l7dOj6q5sZtqoK6fJjW+PcVnC8KzXUy4YrtkCgYEA3g9W5c7J8KmX3xSU\n"
                                "2p/7VfGzBYC7J1Ll1fz4qWf3XZ2VQF7q6yRrA5X+H2GkZiB3vL8/3gOeO3WuGnI0\n"
                                "bJr1lOY9xMvQj7a6KdC5h4Wvmt3qqh6VdQw7dFx8fJ8x5RQwReOuyZ9nEE5Vf+en\n"
                                "cRg9Uk9LQl3rZ4cazH7c+Lkrj2ECgYEAzL4u8eJ5gCpUvJZJyCmlrJX0GryL1wzE\n"
                                "5zO8m1tjwg1YONyJvR4g4bd7p+56q6v3wTzoumH6x3AWDZC8Z6Jr6i4a8+cnl+9M\n"
                                "P+Jr5Lr2fN2Y7w3dFzHhY5NIR0ZxTQJdC5Jp+el1+Kg2y4eFJZpQz0ueH2Jy6wuz\n"
                                "zqJUQY2RmXUCgYEAwYjQg1FnKPGvJlRrXwL9cO4I3W0gx/kD+LpT8aEguJlRf4uS\n"
                                "ZyN8a+xLZbGzWc5wKT9z3whYf4fXf4aFh2U+ZQzXG7yUa5KdNf7xvP8QXa6omQY0\n"
                                "sQO2e1+Vc1r7h2e0HNY0U6E0g+7l7MBZv5lZP6XG7HdY5k8n1UdbvR9uGkECgYEA\n"
                                "xAIlWc+0qLQUjY7t2sqHjzJ3nV2GxMvW0G9fZgD6loQWtKX2Y7r/x6WLZ9Smc5ZQ\n"
                                "4QJ1l0sT1q2YKqCwR1u+2J9lX8Pp17FZK8Xvq8kPT9lQK9o3+JvUqPvX6xrmJ2mK\n"
                                "R7uxvYv+ZzL2R9gkt/6g1QH0aRZzZj0+6+J5PfWen9sCgYEA7fQxJYJdQdUgJvZL\n"
                                "gH2Y1o5LJ5W1N3v9zQJLJGJ1Tt7TfB3gXzOzL/hsW68Uzr+1JqP6e9LTk5OuWVQG\n"
                                "yR7zFv3p6K5tqT2Z0OJdS4xVw/2zB5YzJiK6I6b5aMZr9o2ZtW/0A1m5RcU6bJSo\n"
                                "Vz5Q5O1ZoD7JdS3d+6iNq+f8dQ==\n"
                                "-----END PRIVATE KEY-----\n";

    // Base64 decode the PEM strings
    std::string publicKeyStr, privateKeyStr;

    StringSource(publicKeyPEM, true, new Base64Decoder(new StringSink(publicKeyStr)));
    StringSource(privateKeyPEM, true, new Base64Decoder(new StringSink(privateKeyStr)));

    // Load the keys from the decoded strings
    RSA::PublicKey publicKey;
    RSA::PrivateKey privateKey;

    StringSource(publicKeyStr, true, new PEMDecoder(new StringSink(publicKey)));
    StringSource(privateKeyStr, true, new PEMDecoder(new StringSink(privateKey)));

    return 0;
}

在这个示例中，我们将PEM格式的RSA公钥/私钥字符串进行Base64解码，然后使用Crypto++库中的PEMDecoder类将它们加载到RSA::PublicKey和RSA::PrivateKey对象中。