duangsuse::Echo pinned «curl -fsSL https://git.io/rime-install | bash 實際上這一行 bash 就可以安装 Rime 了»
Forwarded from RustPlayBot
source code:fn main() {
use std::process::{Command, Stdio};
let child = Command::new("uptime")
.stdout(Stdio::piped())
.spawn()
.expect("::");
let output = child.waitwithoutput().expect(":");
println!(
"{}",
String::fromutf8(output.stdout).unwrapor(String::from("bad utf8"))
);
}
Rustc output:Program output:11:35:03 up 46 days, 20:03, 0 users, load average: 0.14, 0.09, 0.02
https://github.com/xoreaxeaxeax/rosenbridge
project:rosenbridge reveals a hardware backdoor in some desktop, laptop, and embedded x86 processors.
The backdoor allows ring 3 (userland) code to circumvent processor protections to freely read and write ring 0 (kernel) data.
While the backdoor is typically disabled (requiring ring 0 execution to enable it), we have found that it is enabled by default on some systems.
project:rosenbridge reveals a hardware backdoor in some desktop, laptop, and embedded x86 processors.
The backdoor allows ring 3 (userland) code to circumvent processor protections to freely read and write ring 0 (kernel) data.
While the backdoor is typically disabled (requiring ring 0 execution to enable it), we have found that it is enabled by default on some systems.
GitHub
GitHub - xoreaxeaxeax/rosenbridge: Hardware backdoors in some x86 CPUs
Hardware backdoors in some x86 CPUs. Contribute to xoreaxeaxeax/rosenbridge development by creating an account on GitHub.
Forwarded from 一起偷偷观察 DIYgod (DIYgod @我永远喜欢02)
遇到这种事情怎么办?
其实想象一下,这个人在网吧,刚刚在贴吧跟别人对骂没骂过,憋了一肚子气,狠狠地弹了一下手中的烟灰,却用力过猛弹到了泡面里,但想到已经没钱买另一桶泡面了,只能恶狠狠地吃下一嘴灰,然后骗自己:真香!这时候,收到了 GitHub 的邮件:issue 被关闭,“虽然贴吧容不下我,但我要让 GitHub 看看,谁才是真正的神!”,他这样想着,打开了 GitHub...
这样想就一点都不气了
其实想象一下,这个人在网吧,刚刚在贴吧跟别人对骂没骂过,憋了一肚子气,狠狠地弹了一下手中的烟灰,却用力过猛弹到了泡面里,但想到已经没钱买另一桶泡面了,只能恶狠狠地吃下一嘴灰,然后骗自己:真香!这时候,收到了 GitHub 的邮件:issue 被关闭,“虽然贴吧容不下我,但我要让 GitHub 看看,谁才是真正的神!”,他这样想着,打开了 GitHub...
这样想就一点都不气了
#cs #Haha
https://zh.wikipedia.org/wiki/%E7%BA%A2%E9%BB%91%E6%A0%91#%E5%88%A0%E9%99%A4
🤣👍
https://zh.wikipedia.org/wiki/%E7%BA%A2%E9%BB%91%E6%A0%91#%E5%88%A0%E9%99%A4
如果需要删除的节点有两个儿子,那么问题可以被转化成删除另一个只有一个儿子的节点的问题🤣👍
Wikipedia
红黑树
红黑树(英語:Red–black tree)是一种自平衡二叉查找树,是在计算机科学中用到的一种数据结构,典型用途是实现关联数组。它在1972年由鲁道夫·贝尔发明,被称为「对称二叉B树」,它现代的名字源于利奧尼達斯·J·吉巴斯和罗伯特·塞奇威克于1978年写的一篇论文。红黑树的结构复杂,但它的操作有着良好的最坏情况运行时间,并且在实践中高效:它可以在
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