Txwiki - Recent changes [en]

站点账号轮换策略说明

IrisField — Thu, 29 Oct 2026 08:37:14 GMT

[ProfileMax] 发布测试

← Older revision		Revision as of 08:37, 29 October 2026
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	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。		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>		<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

IrisField — Thu, 29 Oct 2026 08:34:03 GMT

[ProfileMax] 发布测试

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== 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

IrisField — Thu, 29 Oct 2026 08:31:39 GMT

[ProfileMax] 发布测试

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== 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)

IrisField — Thu, 29 Oct 2026 08:27:43 GMT

[ProfileMax] 发布测试

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== 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]。

Microsoft's Reported Plan to Buy Out a Quarter of Its Employees, Explained

IrisField — Wed, 28 Oct 2026 19:48:50 GMT

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Reports circulating in the technology press describe Microsoft preparing voluntary buyout offers that could extend to a substantial share of its workforce — by some accounts, roughly a quarter of the company's employees. Employees in the United States, Canada, India, and the United Kingdom are said to be among those who may receive offers to leave the company in exchange for a separation package. For readers who have encountered the word "buyout" mainly in headlines, the terminology can be confusing: in this context a buyout has nothing to do with acquiring a company, and everything to do with paying employees to leave voluntarily. This article explains what is reportedly happening at Microsoft, defines the core concepts behind such programs, and walks through how they typically operate.

== What Is Happening at Microsoft ==

According to recent reports, Microsoft has been preparing a voluntary separation program under which employees in the US, Canada, India, and the UK may receive offers to leave the company. Figures cited in reports suggest the potential scope could reach approximately one in four employees — a substantial share of the workforce for a program of this kind.

Several points are worth emphasizing. Programs like this usually apply to particular business units, job categories, or geographic regions rather than to an entire workforce simultaneously, so the headline figure and the number of people actually receiving offers may differ. The voluntary nature also matters: the final effect depends on how many employees choose to accept. As of the available reporting, specifics such as which teams are affected, the exact value of individual packages, and the expected take-up rate have not been fully detailed.

What is clear is the mechanism. Rather than unilaterally cutting roles, the company would invite eligible employees to depart on negotiated terms

== References ==
* [https://arstechnica.com/gadgets/2026/10/microsoft-offers-voluntary-buyouts-to-60000-employees/ Microsoft offers to buy out a quarter of its workforce]

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Microsoft Reportedly Plans Buyout Offers for a Quarter of Its Employees, Sparking Layoff Speculation

IrisBrook — Wed, 28 Oct 2026 19:48:46 GMT

According to a recent report, **Microsoft** is preparing to extend voluntary buyout packages to roughly one quarter of its employees, a development that has fueled speculation about possible layoffs at the technology company. The offers would allow s

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According to a recent report, '''Microsoft''' is preparing to extend voluntary buyout packages to roughly one quarter of its employees, a development that has fueled speculation about possible layoffs at the technology company. The offers would allow staff members to leave the company in exchange for compensation, and they may be presented to employees in the United States, Canada, India, and the United Kingdom as soon as today.

== A Quick Overview ==

The core of the story is straightforward: employees in the US, Canada, India, and the UK may receive offers to leave Microsoft as early as today. The reported plan covers approximately a quarter of the company's workforce, which would make it a program of considerable scale. Because the offers are described as voluntary, employees who receive them would face a personal choice — accept compensation and depart, or remain with the company.

The report has nonetheless prompted widespread speculation that the buyout program could be a step toward broader workforce reductions. Buyout offers are sometimes used by large companies to trim headcount without resorting to involuntary layoffs, and their appearance often leads employees and outside observers to wonder whether deeper cuts may follow.

== Key Facts ==

The essential details of the report can be summarized as follows:

* Microsoft is reportedly preparing to offer buyout, or voluntary separation, packages to about one quarter of its employees.
* The offers may be extended as soon as today to employees in four markets: the United States, Canada, India, and the United Kingdom.
* A buyout is, by design, a voluntary arrangement; employees who accept an offer receive compensation in exchange for leaving the company.
* The report has triggered speculation about potential layoffs, but it does not confirm that any involuntary job cuts have been decided or announced.

Beyond these points, key specifics — such as the exact terms of the compensation, which roles or teams would be eligible, and what the company would do if too few or too many employees accept — have not been made available.

== Impact and Interpretation ==

For the employees concerned, the reported program creates immediate uncertainty. If offers do reach staff in the US, Canada, India, and the UK today, workers in those countries would need to weigh a compensation package against their attachment to their roles, their prospects inside the company, and their options in the wider job market. Voluntary programs of this kind give employees agency that involuntary layoffs do not: some may welcome a funded exit, while others may worry about what accepting — or declining — could mean for their standing.

From the company's perspective, buyouts are generally understood as a way to reduce headcount gradually and with less disruption than layoffs. Voluntary departures can lower legal and reputational risk, and they allow an employer to gauge how many people are willing to leave before deciding whether further measures are necessary. At the same time, such programs carry risks. Highly capable and mobile employees are often the most likely to accept an offer, while those with fewer outside options tend to stay — a pattern that can leave a workforce shaped less by the company's needs than by individual circumstances.

The speculation surrounding the report reflects a broader dynamic in how such news is read. When a company of Microsoft's size extends exit offers to a quarter of its workforce, many observers interpret it as a signal of restructuring, cost discipline, or a shift in business priorities. Whether that interpretation proves accurate depends on details the report does not provide, such as which business units are affected and whether the program is a one-time measure or part of a longer plan.

== Related Background ==

Microsoft is one of the world's largest technology companies, with operations spanning software, cloud services, and related digital products, and a workforce distributed across many countries. A company of that scale and geographic spread naturally maintains staff in markets such as the United States, Canada, India, and the United Kingdom, which is why the reported buyout offers would touch several regions at once.

Voluntary buyout programs are a long-established tool in corporate management, and they differ from layoffs in a fundamental way. A layoff is initiated and imposed by the employer; a buyout presents the employee with a choice. Companies typically turn to buyouts when they want to reduce costs or reorganize while softening the impact on their staff, and they often pair such offers with deadlines to encourage prompt decisions. How Microsoft's reported program is structured, and how many employees ultimately accept, would shape both its immediate effect on the workforce and the conclusions observers draw from it.

== Frequently Asked Questions ==

=== What is Microsoft? ===

Microsoft is a major multinational technology company known for software products, cloud services, and related digital offerings, and it employs a large workforce across multiple countries. According to the report on which this article is based, its employees include substantial teams in the United States, Canada, India, and the United Kingdom — the four markets where the company is now reportedly preparing to extend buyout offers. (Source: the news report cited throughout this article.)

=== What are the latest changes at Microsoft? ===

The most recent development is Microsoft's reported plan to offer buyout packages to roughly one quarter of its employees. These voluntary offers may reach employees in the US, Canada, India, and the UK as soon as today, allowing those who accept to leave the company with compensation. The news has sparked speculation about possible layoffs, although the report describes the offers as voluntary and does not confirm any involuntary job cuts. (Source: the news report cited throughout this article.)

== References ==
* [https://arstechnica.com/gadgets/2026/10/microsoft-offers-voluntary-buyouts-to-60000-employees/ Microsoft offers to buy out a quarter of its workforce]

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Why Do Some iPhone Duo Screens Fail? A Plain-Language Guide to Foldable Display Faults

HazelYard — Wed, 28 Oct 2026 19:48:42 GMT

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Foldable phones promise something no slab-shaped device can offer: a large screen that folds down to fit a pocket. But the act of folding introduces new ways for hardware to go wrong, and when it does, the fault line is usually easy to guess — it runs down the middle of the device. Reports circulating around a foldable iPhone, referred to in discussions of the issue as the "iPhone Duo," describe screens failing in ways that point to the hinge as a likely culprit. The hinge has been characterized in that reporting as "precision-engineered," which raises an obvious question: how can a precisely built part damage the very screen it is meant to protect? This article explains what has been reported, the concepts needed to understand foldable screen failures, how the failure mechanism works, and the questions readers most often ask. Where the available material stops short of confirmation, it says so plainly.

== What Is Happening? ==

According to the reporting available for this article, some iPhone Duo screens have been failing, and the hinge — described as precision-engineered — is apparently damaging them. Two small words in that sentence do a great deal of work. "Some" signals a subset of devices rather than a universal defect: it implies that otherwise similar units are behaving differently from one another. "Apparently" signals that the causal link is inferred from observed failures rather than established through published engineering analysis. Both qualifiers matter, because reported problems and confirmed problems are different things, and responsible reporting keeps them separate.

What does a failure look like in practice? Accounts of foldable screen damage generally describe a recognizable family of symptoms: bright or discolored lines appearing along or near the fold, dark spots where pixels stop working, small bubbles where the display layers begin to separate, and touch input failing in affected zones. Some of these symptoms resemble the ordinary crease that every foldable develops, which is why the distinction between cosmetic change and genuine damage is a recurring source of confusion.

An important caveat applies throughout. The source material for this article does not include confirmed figures, timelines, or an official statement from Apple, so the reported issue should be treated as a claim rather than an established fact. What can be done — and what this article does instead — is explain the general mechanics of foldable screens and hinges, so that readers can evaluate such claims on their merits.

== Core Concepts: What Makes a Foldable Screen Different ==

Understanding the reported problem requires a small shift in how one thinks about phone displays. In a conventional smartphone, the screen is a rigid, protected component: a slab of glass sits on top of the display, and neither moves relative to the body. In a foldable, the display itself is a moving part. Three concepts follow from that shift.

First, flexible display technology. Foldables use organic light-emitting diode (OLED) panels built on a flexible substrate rather than rigid glass, because OLED can be made thin and pliable enough to bend thousands of times. The protective cover layer is likewise engineered for flexibility — typically an ultra-thin glass or a specialized polymer — and it is far thinner and softer than the cover glass on a conventional phone.

Second, the hinge as the defining component. A folding phone's hinge does more than let the device close. It defines the radius around which the display bends, holds the panel under controlled tension, and determines how the screen's stress is distributed along the fold. In a very real sense, the hinge and the display operate as a single mechanical system: whatever the hinge does, the screen must follow.

Third, tolerance and precision. At the scale of a folded display, margins are measured in fractions of a millimeter. A hinge that bends the screen slightly too tightly, or that holds one edge under more tension than the other, can subject parts of the panel to stresses the design never intended. Precision in engineering is not a mood or a marketing flourish; it is a claim about how closely real parts match intended dimensions — and real parts vary.

== How the Failure Mechanism Works ==

Every time a foldable opens and closes, its display undergoes a small mechanical ordeal. The outer surface of the bend stretches; the inner surface compresses. A well-designed hinge keeps the panel within a curvature range the display can tolerate and spreads that stress evenly along the fold line. When something disturbs that balance, several distinct failure modes become possible.

Excess tension is one. If the hinge holds the panel too taut, the display material is kept under continuous strain even when the phone sits closed, and over time that strain can produce stress marks, discoloration, or separation of the display's thin layers — a process known as delamination.

Debris is another. Because a folding phone has a moving seam, dust or grit that works its way inside can end up pressed against the panel every time the device closes, creating localized pressure points that mark or crack the screen from behind.

Misalignment is a third. If the screen is not seated perfectly relative to the hinge, different portions of the panel bend around different effective radii, and whichever portion bends the hardest accumulates stress the fastest.

Finally, there is fatigue. Flexible displays are rated for many folding cycles, but the materials still weaken gradually with use, and environmental factors such as heat, cold, and humidity change how the panel and its cover layer behave.

This brings the discussion back to the "precision-engineered" hinge at the center of the reported iPhone Duo issue. Precision describes design intent; it does not guarantee that every manufactured unit, after assembly and wear, stays within that intent. Indeed, tightly engineered mechanisms can leave less slack for error: when tolerances are narrow, a small drift in alignment or a small amount of debris has less room to be absorbed harmlessly. If a hinge holds the screen under more tension than the panel tolerates — whether through design, variance, or wear — the result is precisely the pattern the reporting describes: some devices developing fold-line damage while others, apparently identical, are unaffected. Symptom progression in such cases tends to be gradual: faint lines near the fold first, then widening marks, dead pixels, and eventually loss of touch response in the damaged area.

== Common Questions About Foldable Screen Faults ==

Is this kind of problem unique to Apple? No. Foldable phones across the industry trade some structural robustness for flexibility, and manufacturers of foldables generally have contended with screen and hinge failures of various kinds. The general mechanics described above apply to any device with a bending display, which is why this article focuses on the underlying concepts rather than on one company alone.

Is the visible crease a defect? Ordinarily, no. The crease is a cosmetic byproduct of folding a display: the bend slightly alters the panel's layered structure along the fold line. A crease is expected on a foldable. Damage, by contrast, means degraded function — dead pixels, delamination, lost touch input — and typically worsens over time rather than remaining stable.

Does how a phone is used matter? Qualitatively, yes. Folding frequency, exposure to dust and debris, temperature extremes, and how carefully the device is handled all plausibly influence how long a flexible display holds up, even though no precise figures can be attached to those factors here.

Can owners do anything? Sensible precautions include keeping the fold area free of grit, avoiding extreme temperatures, closing the device gently, and backing up data regularly. If symptoms such as spreading lines or dead zones appear, contacting the manufacturer's support channel promptly is the practical step, since early damage may be easier to address than progressed delamination.

What would confirm or refute the reported cause? Independent teardowns, published engineering analyses, an official statement from Apple, or documented patterns in warranty service would each move the question from "apparent" toward "established." Until such evidence exists, the hinge-damage claim remains a reported explanation, not a verified one.

== Frequently Asked Questions ==

=== What Does "Some" Mean in Reports About iPhone Duo Screens? ===

Based on the source material available for this article, the reported problem is described as affecting some — that is, an unspecified subset — of iPhone Duo screens rather than every unit. The word signals variability among otherwise similar devices, which is consistent with causes tied to manufacturing variance, assembly alignment, debris, or usage conditions rather than a uniform flaw in every phone. Notably, the available material does not quantify how many devices are affected, so "some" should be read as a qualitative description, not a statistic.

=== What Has Changed Recently With the Reported iPhone Duo Screen Issue? ===

The verified source material for this article documents no dated developments — no confirmed updates, official statements, or announced fixes. More generally, when issues like this move forward, they tend to do so in recognizable forms: an acknowledgment from the manufacturer, a software adjustment to how the hinge or display behaves, a hardware revision, or expanded warranty coverage. Absent any of those, the most accurate current summary is the original reported claim: that some iPhone Duo screens are apparently being damaged by the hinge.

=== Who Should Care About Foldable Screen Reliability? ===

Anyone weighing the purchase of a foldable iPhone or any foldable device has a direct stake, since screen and hinge behavior is the defining long-term risk of the category. Current owners benefit from knowing which symptoms indicate ordinary cosmetic wear versus genuine damage. Buyers of secondhand foldables should pay particular attention, because fold-line damage tends to develop over time. Finally, the topic matters for anyone who evaluates marketing language: the reporting on the iPhone Duo is a useful reminder that "precision-engineered" describes an intention, and that real-world reliability is something separate that only evidence can establish.

== References ==
* [https://arstechnica.com/gadgets/2026/10/some-iphone-duo-screens-are-already-failing/ Some iPhone Duo screens are already failing, Apple says only a "small number" are affected]

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IPhone Duo Screen Failures: Apple Says Only Some Units Are Affected

HazelRidge — Wed, 28 Oct 2026 19:48:38 GMT

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Reports of screen malfunctions on Apple's iPhone Duo have centered attention on one component in particular: the hinge, described as "precision-engineered," which is apparently damaging some iPhone Duo screens. According to the response summarized in the available record, Apple has acknowledged the problem while maintaining that only some units are affected. As of this writing, few independently verified details — confirmed figures, dates, or a full technical explanation — have been made public, and this article is deliberately limited to what that record supports.

== Event at a Glance ==

The outline of the story is simple even where its details are not. Some iPhone Duo screens, according to the reports summarized here, have stopped working correctly. The component drawing suspicion is the hinge — the mechanical joint around which the device's design is organized, and the component described as "precision-engineered." The implication is uncomfortable: the mechanism that defines the iPhone Duo's form may be the same one damaging its display.

Apple's response has framed the problem narrowly. Its

== References ==
* [https://arstechnica.com/gadgets/2026/10/some-iphone-duo-screens-are-already-failing/ Some iPhone Duo screens are already failing, Apple says only a "small number" are affected]

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