Hopewiki - User contributions [en]

站点账号轮换策略说明

2026-10-29T08:36:00Z

WillowRidge: [ProfileMax] 发布测试

== 为什么要轮换站点账号 ==

同一账号在高频发布节奏下容易被站点风控标记,轻则限速、重则封禁。把发布压力均匀摊到站点下的多个账号上,是保持长期可用性的基础手段。

== 轮换策略 ==

* '''最近最久未用''':每次发布优先选择 lastLoginAt 最靠前的可用账号;
* '''失败退避''':登录失败或写入被拒的账号直接进入冷却,下一次投递自动换人;
* '''凭据分层''':active 状态且密码齐全的账号才进入候选池,无凭据账号会被健康检查标 expired。

== 操作约定 ==

批量发布作业按站点串行投递,同一站点同一时刻只占用一个浏览器身份(Profile),发布成功后回写账号最近使用时间,保证轮换计量准确。

轮换器的实现与发布测试共享同一套账号池,压测示范站点为 [https://txwiki.com/wiki/Main_Page Txwiki]。

<blockquote>账号池告警阈值:单站点可用账号少于 2 个时,应导入新凭据而不是压缩发布节奏。</blockquote>

发布质量检查清单

2026-10-29T08:32:49Z

WillowRidge: [ProfileMax] 发布测试

== 发布后质量检查清单 ==

每一篇发布成功的文章都要过以下检查,任一项不过都应进入修复流程。

=== 基础可达 ===

* 发布页 HTTP 状态码 200(重定向后可达);
* 页面标题与文章标题一致。

=== 链接与 rel ===

* 目标链接在页面 HTML 中存在且 href 与投放计划一致;
* rel 属性按投放计划携带(nofollow/sponsored 等),缺失记 missing;
* 无死链(跳转后 404 即 dead)。

=== 排版与内容 ===

* HTML→wikitext 转换无内容丢失(标题/列表/加粗原样保留);
* 段落无明显截断,末尾完整。

示范站点 [https://txwiki.com/wiki/Main_Page Txwiki] 的检查记录可在「发布 → 质量评分」Tab 查询。

站点账号轮换策略说明

2026-10-29T08:30:12Z

WillowRidge: [ProfileMax] 发布测试

== 为什么要轮换站点账号 ==

同一账号在高频发布节奏下容易被站点风控标记,轻则限速、重则封禁。把发布压力均匀摊到站点下的多个账号上,是保持长期可用性的基础手段。

== 轮换策略 ==

* '''最近最久未用''':每次发布优先选择 lastLoginAt 最靠前的可用账号;
* '''失败退避''':登录失败或写入被拒的账号直接进入冷却,下一次投递自动换人;
* '''凭据分层''':active 状态且密码齐全的账号才进入候选池,无凭据账号会被健康检查标 expired。

== 操作约定 ==

批量发布作业按站点串行投递,同一站点同一时刻只占用一个浏览器身份(Profile),发布成功后回写账号最近使用时间,保证轮换计量准确。

<blockquote>账号池告警阈值:单站点可用账号少于 2 个时,应导入新凭据而不是压缩发布节奏。</blockquote>

MediaWiki 批量发布指南(压测版)

2026-10-29T08:25:57Z

WillowRidge: [ProfileMax] 发布测试

== 为什么做批量发布压测 ==

批量发布的价值不只在吞吐量,更在于把「发布成功率」从主观印象变成可验证的指标:站点可用性、凭据有效性、落栈结果、以及发布后的回读校验,全部由系统记录并汇总成质量评分。

本轮压测使用 15 个 MediaWiki 压测站点,每个站点绑定一个专属发布镜像(指纹浏览器 Profile)与站点账号池,发布作业由调度器按站点串行投递,避免同账号并发发布触发风控。

== 账号导入与凭据管理 ==

* 站点账号密码在导入时即以 AES-256-GCM 加密落库,API 永不返回明文,只在投递时解密注入执行载荷;
* 每个站点保留原始创建时间与最近登录时间,账号轮换按「最近最久未用」进行;
* 无有效凭据的账号会被健康检查标记为 expired,不再进入投递候选。

== 发布流程与回读校验 ==

发布作业分两种模式:'''publish''' 直接落正式页面,'''draft''' 落到账号个人空间的沙盒页,用于在不动正式内容的前提下验证登录与写入链路。落栈成功后系统记录 revisionId,并用 HTTP 回读发布页:确认页面可访问(HTTP 200)、目标链接存在且 rel 属性符合预期。

<blockquote>发布结果(status/message/revisionId/articleUrl)与目标链接检查记录都会在「发布任务 / 质量评分」Tab 中按站点汇总,压测结论以这两处数据为准。</blockquote>

== 压测站点附录 ==

本轮参与压测的站点包括 youngwiki、eastwiki、hopewiki 等 15 个 MediaWiki 环境,完整站点清单见「发布 → 站点」Tab;示范站点为 [https://txwiki.com/wiki/Main_Page 压测站点 Txwiki]。

Why the Same Sugar Harms the Liver More When Testosterone Is Low

2026-10-28T19:47:19Z

WillowRidge: Fructose—the sugar that sweetens soft drinks, juices, and a vast range of processed foods—is among the most heavily consumed dietary substances in the modern world. Health advice about it has long focused on a single variable: quantity. New research,

Fructose—the sugar that sweetens soft drinks, juices, and a vast range of processed foods—is among the most heavily consumed dietary substances in the modern world. Health advice about it has long focused on a single variable: quantity. New research, however, raises a subtler question. The same amount of sugar, it appears, does not affect every body in the same way. A study published in 2026 in the ''American Journal of Physiology-Endocrinology and Metabolism'' found that, in mice, low testosterone and a high-fructose diet can work together to worsen fatty liver disease. Unexpectedly, changes in gut bacteria appear to drive this harmful interaction, pointing to a potential new target for preventing liver damage.

== What It Is ==

The condition at the center of this research is metabolic dysfunction-associated steatotic liver disease, abbreviated MASLD. In plain terms, it is a disorder in which fat accumulates in the liver in connection with metabolic dysfunction rather than with heavy alcohol use. MASLD has become a significant global health issue: by current estimates, it affects approximately 40% of adult men worldwide.

Several factors are associated with the condition. Obesity and type 2 diabetes are well-recognized companions of MASLD. So are two factors that might, at first glance, seem unrelated to the liver: low testosterone levels and excessive fructose consumption, the latter typically delivered through sugary drinks and processed foods.

Because low testosterone and high fructose intake are each linked to the disease on their own, scientists have increasingly asked a more pointed question: what happens when the two occur together? The 2026 study set out to answer exactly that. Working with mice, the researchers found that low testosterone and a high-fructose diet do not merely coexist as parallel risks—they work together to worsen fatty liver disease. Just as notably, the explanation appears to lie in an unexpected place: the gut. Changes in the community of bacteria living in the intestines seem to drive the harmful interaction between the hormone and the sugar. That observation suggests that the gut microbiome, rather than the liver alone, may hold the key to protecting vulnerable individuals from liver injury.

== Core Concepts ==

Four ideas anchor this research: fructose, testosterone, MASLD, and the gut microbiome.

'''Fructose''' is a simple sugar found naturally in fruit and honey and added in large quantities to sugary drinks and processed foods. Unlike glucose, which nearly every cell in the body can use for energy, fructose is handled mainly by the liver, which converts it into usable fuels and, when intake is high, into stored fat. This liver-centered processing is one reason heavy fructose consumption receives close scrutiny in studies of fatty liver disease.

'''Testosterone''' is the primary male sex hormone, produced chiefly in the testes. Although it is best known for its roles in reproduction and physical development

== References ==
* [https://www.sciencedaily.com/releases/2026/10/261026225622.htm Low testosterone may make sugar far more harmful to your liver | ScienceDaily]

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