Keepwiki - Recent changes [en]

站点账号轮换策略说明

ReedValley — Thu, 29 Oct 2026 08:36:24 GMT

[ProfileMax] 发布测试

← Older revision		Revision as of 08:36, 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

ReedValley — Thu, 29 Oct 2026 08:33:13 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

ReedValley — Thu, 29 Oct 2026 08:30:47 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)

ReedValley — Thu, 29 Oct 2026 08:26:38 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]。

Ford Fathom: A Pickup That Can Power a Home Without a Wall-Mounted Inverter

ReedMeadow — Wed, 28 Oct 2026 19:47:47 GMT

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The Fathom is a pickup truck from Ford with a capability that stands out in the electric vehicle (EV) market: it can deliver power from its battery to a house at a rate of 10 kW. What draws particular attention is how it does so. According to the verified report on record, the Fathom does not require the wall-mounted inverter that vehicle-to-home setups have traditionally depended on. This entry summarizes the confirmed facts, explains their significance, and places the vehicle in the broader context of bidirectional charging.

== At a Glance ==

The news around the Fathom centers on one clearly stated capability. As the verified report puts it, "the Fathom pickup won't need a wall-mounted inverter to output 10 kW to your house."

That single sentence contains two distinct claims. The first concerns power: the truck can output 10 kW — ten kilowatts — to a house, which is the kind of output associated with vehicle-to-home (V2H) delivery, in which a parked EV supplies electricity to a residence. The second concerns equipment: delivering that power does not depend on a wall-mounted inverter, the stationary unit that such installations have typically required at the property itself.

The significance lies in what that unit normally represents. In a conventional V2H arrangement, hardware mounted at the home handles the conversion of the battery's direct current into the alternating current that household wiring expects. Specifying, purchasing, and installing that hardware has long been one of the practical hurdles for homeowners interested in backup power. If a pickup can provide 10 kW without it, the equipment burden around the vehicle is meaningfully reduced — although the verified report does not specify where the power conversion takes place instead.

Beyond this capability, other specifications that often accompany a vehicle launch — pricing, battery capacity, availability timing, and target markets — were not part of the verified information available for this entry, and are therefore not stated here.

== Key Facts ==

The confirmed points about the Fathom are limited but specific:

* '''Manufacturer:''' Ford, the automobile manufacturer.
* '''Vehicle type:''' The Fathom is a pickup truck.
* '''Headline capability:''' The truck can output 10 kW of power to a house.
* '''Distinguishing detail:''' No wall-mounted inverter is needed to deliver that output.
* '''Plausible implication:''' A pickup able to send power into a home at this level can reasonably serve as a backup power source, though the verified report focuses on the technical capability itself rather than on use cases.

It bears repeating that, at present, this is the full extent of the verified record. Readers evaluating the Fathom should treat official specifications and independent testing as the appropriate places to confirm any figures beyond the 10 kW output described here.

== Impact and Interpretation ==

The most consequential element of the news is the inverter — or, more precisely, its absence. An EV battery stores energy as direct current, while homes run on alternating current, so some form of conversion is unavoidable whenever a vehicle powers a house. In most existing arrangements, that conversion for household use happens in a unit installed at the property, which adds cost, installation work, and a permanent piece of wall-mounted equipment. A vehicle that does not need such a unit suggests a simpler path from "truck in the driveway" to "power in the outlets," though the exact mechanism remains unstated in the verified record.

The 10 kW figure also deserves context. A kilowatt is a unit of power — the rate at which energy is delivered — and 10 kW is generally regarded as a substantial output for home backup. It is the sort of level associated with running multiple household loads at the same time rather than a single appliance, which makes the capability relevant to broader household coverage during a grid interruption, not merely to keeping a phone charged or a refrigerator cold.

More broadly, the Fathom reflects an industry-wide theme: using the large batteries in electric vehicles as household energy assets. Most cars sit parked for the majority of their lives, and bidirectional charging seeks to turn that idle capacity into resilience for the home. If the Fathom's approach proves practical, it could lower the barrier that stationary hardware has historically placed between ordinary EV owners and this kind of energy independence.

Several open questions remain. The verified report does not address how the truck physically connects to a home's circuits, whether any other equipment is still required at the property, how efficient the conversion is, what the capability means for battery longevity and warranty coverage, or when and where the vehicle will be offered. None of these points should be assumed from the single confirmed fact.

== Related Background ==

Bidirectional charging refers to the ability of an EV to move energy in two directions: into the battery when charging, and out of it when discharging. When the outward flow serves a residence, the practice is usually called vehicle-to-home; when it

== References ==
* [https://arstechnica.com/cars/2026/10/ford-builds-bidrectional-charging-into-its-30k-electric-truck/ Ford simplifies using your EV as a home battery with the $30K Fathom]

[[Category:ford]]
[[Category:ev]]
[[Category:fathom]]
[[Category:the]]
[[Category:kw]]

Google's "Registered App Stores" for Android: What the New Certification Means — and Why the United States Is Excluded

ReedLantern — Wed, 28 Oct 2026 19:47:44 GMT

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Google has begun attaching its own stamp of approval to independent app stores on Android. Under a newly introduced "registered app stores" framework, third-party marketplaces that meet Google's requirements can be recognized as registered, and installs from them are expected to become noticeably easier than the sideloading experience Android users have long known. There is an immediately conspicuous catch: the rollout begins outside the United States, leaving the country where Android was created — and where the rules of app distribution have been fought over most fiercely — out of the first wave. This article explains what the program is, the concepts behind it, how it is meant to work in practice, and why the American market sits apart for now.

== What It Is ==

For most of Android's history, installing an application from anywhere other than Google Play has been an exercise in friction. Users had to change device settings, dismiss stark warnings about unknown sources, and navigate screens written in the language of caution. That friction was deliberate: it exists because apps installed outside the official store are not automatically subject to the same review pipeline, and a certain amount of hesitation protects people from malicious software.

The new program changes that equation for a select group of marketplaces. In essence, Google is extending a form of certification to third-party app stores themselves. Stores that satisfy a set of Google-defined requirements can carry a "registered" designation, and Android's install experience is expected to treat them differently from unrecognized sources. The practical promise, as the program is described, is straightforward: easier app installs are coming to third-party stores, pending Google's stamp of approval. A store's registered status is meant to signal that the marketplace as a whole has been vetted, rather than that every individual listing inside it has been examined the way Play listings are.

What makes the announcement unusual is not the idea but the map. The certification scheme begins its life in markets outside the United States. American Android users, at least initially, continue to see the existing warnings and multi-step process no matter which alternative store they use. Whether that exclusion is a temporary staging decision or something more structural is one of the more interesting open questions surrounding the program, and it is addressed below.

== Core Concepts ==

Understanding the program requires a handful of underlying ideas that recur throughout the debate over mobile app distribution.

'''Sideloading.''' This is the term for installing an app directly onto a device from outside the pre-installed store — from a downloaded file, a browser, or an alternative marketplace. Android has always permitted sideloading in principle; Apple's iOS, by contrast, long restricted it, a difference that has made Android the natural arena for experiments like this one.

'''Third-party app stores.''' These are alternative marketplaces that compete with Google Play. They exist for many reasons: some specialize in particular regions or kinds of software, some offer different revenue terms for developers, and some position themselves as philosophically independent of the platform owner. Historically, their biggest handicap has not their catalog but their checkout experience — getting an app from a rival store onto a phone involves more warnings, more steps, and more abandoned installs than the same journey through Play.

'''The trust problem.''' Android's warnings are a security mechanism. A generic prompt cannot distinguish a reputable marketplace from a lookalike peddling malware, so the system defaults to suspicion. This protects users but penalizes legitimate competitors to Play — a tension that regulators and courts in several jurisdictions have examined closely in recent years.

'''Certification as delegated trust.''' The registered-stores model is best understood as delegation. Instead of Google vouching for every app everywhere, it vouches for the intermediaries: a store that passes vetting inherits a measure of the platform's trust, and the operating system can relax its friction accordingly. The arrangement resembles other familiar certification regimes, from licensed payment processors to accredited retailers, in which a central authority extends its credibility to vetted partners.

'''Store-level versus app-level review.''' It is worth keeping the distinction clear. Registration attaches to the store. It does not mean each app inside has cleared the same pipeline as a Play listing, and users should not read the registered label as a blanket endorsement of every download within. What it communicates, in broad terms, is that the marketplace itself has met Google's baseline expectations for how it operates.

== How It Works ==

In broad strokes, the mechanics are what one would expect from a certification program. A store operator seeks registered status; it demonstrates to Google that it meets the relevant requirements, which concern the store's own conduct and safeguards rather than a title-by-title review of its catalog; and once approved, the store is recognized as registered on Android devices. From the user's side, the difference shows up at the moment of installation. Downloads from a registered store are expected to flow with far less ceremony — closer to the familiar Play experience — while installs from unregistered sources continue to trigger the stepped warnings Android users know today. The friction does not disappear from the platform; it is repositioned, reserved for channels that have not earned the designation.

The geographic dimension is where the picture becomes more complicated. The initial rollout begins outside the United States, and the exclusion invites an obvious question: why would the country with the largest stake in the app-store debate be left out of a program that responds to exactly that debate?

No exhaustive public rationale covers the omission, but several structural factors plausibly explain it, and they are worth laying out in qualitative terms.

First, the United States is where Android's distribution rules have been most directly contested in court. A long-running antitrust case brought by a video game company challenged the way Google ties app distribution and billing to Play, and the remedies that follow from that litigation are shaping how Google may change Android and Play for American users. Where the terms of openness are being set by a court process, a company rolling out its own certification scheme unilaterally faces a far more constrained situation than it does elsewhere. Timing and design choices that are simple in other markets become legally delicate in the United States.

Second, the regulatory backdrop differs sharply by region. In some jurisdictions, notably in Europe, sweeping digital-competition rules have pushed large platforms to open up app distribution on their own initiative. A registered-stores framework aligns naturally with those pressures: it creates an officially sanctioned path for rival marketplaces in places where regulators are actively demanding one. The American regulatory environment, for all its activity, works through litigation rather than through a comparable structural mandate, which changes the calculus.

Third, there is the plain pragmatism of staged rollouts. Certification programs of any kind are typically refined in a first set of markets before broad expansion, and starting where the legal terrain is clearer reduces risk while the requirements are tested in the wild.

Whether and when the United States joins the program remains to be seen. What can be said is that the exclusion, striking as it looks on a map, fits the peculiar position the American market occupies: it is simultaneously the most litigated arena for app-store policy and the one where the platform owner has the least freedom to improvise.

== Frequently Asked Questions ==

=== What is Google? ===

Google is a major American technology company, operating as a subsidiary of its parent organization Alphabet, best known for its internet search engine and for developing Android, the world's most widely used mobile operating system. It also operates Google Play, the official app store pre-installed on most Android devices. In the context of this article, Google wears two related hats: it is the steward of the Android platform that decides how app installation works at the system level, and it is the operator of the largest commercial marketplace on that platform. That dual role is precisely why its judgment about which third-party app stores deserve registered status carries so much weight — and why the program has drawn scrutiny rather than simple applause. This answer reflects general background about the company; the specifics of the new certification effort are summarized in the sections above.

=== What is the latest news about Google? ===

The notable development is the launch of the registered app stores certification for Android. Google begins recognizing independent marketplaces that meet its requirements, granting them a registered designation and, in principle, a smoother installation experience for their users — easier app installs arriving at third-party stores, pending Google's stamp of approval. The rollout begins outside the United States, with American users left on the existing system for the time being. The details described here are based on the information summarized in this article, drawn from early public descriptions of the program; as with any newly announced framework, the precise requirements and the rollout schedule may evolve as the program matures.

=== Who is Google for? ===

As a company, Google serves an enormous range of users — people searching the web, using email, watching video, and, through Android, carrying a smartphone. The more useful question in this context is who the registered app stores program serves. It is aimed first at Android users who want to install applications outside Google Play without wading through warnings, whether for regional apps, specialized software, or simple preference for a rival marketplace. It is aimed at developers, who gain potential routes to users that do not run exclusively through Play. And it is aimed at the store operators themselves, whose long-standing friction problem — the trust gap between them and the official store — is what the certification is designed to close. Users who never touch an alternative store are largely unaffected, though the competitive pressure the program formalizes may shape the broader app ecosystem over time.

=== Why is the United States excluded from the program? ===

The available information does not include a detailed official explanation, but the exclusion fits the American market's unusual circumstances. App distribution on Android has been the subject of a high-profile antitrust case in the United States, and court-supervised remedies are determining how Google may restructure Play and Android there — a process that constrains unilateral design changes far more than regulation does in other regions. Elsewhere, particularly in Europe, competition rules have pushed large platforms toward opening app distribution, giving Google both a motive and a

== References ==
* [https://arstechnica.com/gadgets/2026/10/googles-android-registered-app-stores-program-launches-dec-1-applications-now-open/ Google begins certifying Registered App Stores for Android, but not in the US]

[[Category:google]]
[[Category:registered]]
[[Category:app]]
[[Category:stores]]
[[Category:android]]

Google Begins Certification Program for Third-Party Android App Stores, Leaving the United States Out for Now

ReedField — Wed, 28 Oct 2026 19:47:40 GMT

Google begins a certification program designed to make it easier for Android users to install apps from sources other than the official Play Store. Under the arrangement, alternative app stores that satisfy Google's requirements and become registered

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== At a Glance ==

Google begins a certification program designed to make it easier for Android users to install apps from sources other than the official Play Store. Under the arrangement, alternative app stores that satisfy Google's requirements and become registered with the company will be granted a degree of official recognition, which in turn should smooth the installation process for the apps they distribute. The significant catch is geographic: the program is not being introduced in the United States for the time being. In short, easier app installs are coming to third-party stores — pending Google's stamp of approval.

== Key Facts ==

The core elements of the announcement can be summarized as follows:

* Google has begun a certification program aimed at third-party Android app stores.
* Stores that complete the process will be registered with Google, and their apps are expected to install more easily than is typically the case for software distributed outside the Play Store.
* Certification ties convenience to oversight: a store's recognized status depends on meeting Google's requirements, which are understood to be aimed at keeping the installation experience reasonably safe.
* The program is not launching in the United States at this stage, and no reason for the omission was given in the material available for this article.
* Further specifics — including precise timing, the full set of technical criteria, and which stores intend to take part — were not detailed in the information on which this article is based.

Read together, the announcement signals a calibrated opening: Google is acknowledging that app distribution on Android extends beyond its own store, while positioning itself as the authority that decides which alternative channels are trustworthy.

== Impact and Interpretation ==

For users, the most tangible change would be friction removal. Installing an app from outside the Play Store has long involved a deliberately cautious sequence — adjusting system settings, stepping past security warnings, and trusting an unfamiliar source. If a third-party store is registered and certified, much of that friction could disappear, lowering the barrier for people who want alternatives to the default experience.

For the stores themselves, certification is likely to function as a credibility signal. Alternative app stores have historically struggled with a trust deficit: users cannot easily tell which channels are legitimate and which might bundle unwanted or harmful software. A registered status conferred by Google could help established stores stand out, and it gives smaller stores a clear incentive to meet whatever standards Google sets.

For Google, the program represents an attempt to manage openness on its own terms. Rather than watching an unregulated ecosystem of sideloading grow around its platform, the company would set the entry criteria, verify participants, and keep a layer of oversight over how apps reach Android devices. Critics may read the same development differently — as a way of extending control over rival distribution channels under the language of security. Both readings are plausible, and which one dominates may depend on how demanding the certification requirements turn out to be.

The exclusion of the United States is the most intriguing element. A staged rollout that starts elsewhere would be unremarkable on its own; many services debut in selected markets first. But the US is also the market where Google's app distribution practices have faced the most sustained legal and regulatory scrutiny, which makes the omission conspicuous. Whether the program eventually arrives there, and on what conditions, remains an open question. It is also worth stressing the limits of what is currently known: without published requirements or named participants, it is too early to judge whether certification will become a meaningful alternative channel or a largely symbolic one.

== Related Background ==

Android has always been, by design, a more open platform than its main competitor. Where Apple permits app installation on the iPhone only through its own App Store, Android has long allowed users to obtain software from other sources — a practice commonly known as sideloading — and has allowed third-party app stores to operate on its devices.

In practice, however, that openness has been constrained. The Play Store is the default channel on most Android devices and the one the overwhelming majority of users rely on, while the process of installing anything from outside it is wrapped in warnings and multi-step confirmations that discourage casual use. Alternative stores do exist and, in some markets, play a far larger role in app distribution than they do elsewhere, but they have generally lacked visibility and user trust.

Against that backdrop, a certification program is a way of formalizing the secondary ecosystem that has grown up around Android. By defining which third-party stores are registered and recognized, Google would give that ecosystem a clearer hierarchy — and give users a quicker way to distinguish vetted channels from unknown ones. The tension the program must navigate is a familiar one for the platform: Android's openness is a defining feature and a frequent selling point, yet the same openness creates the security exposure that certification is meant to contain.

== Frequently Asked Questions ==

=== What Is Google? ===

Google is an American technology company best known for its search engine and, in the context of this article, the developer of Android — one of the most widely used smartphone operating systems — and the operator of the Google Play Store, the default app store on most Android devices. According to the announcement covered in this article, Google is also the company that has begun certifying third-party app stores and will decide which of them become registered and recognized.

=== What Is New With Google? ===

According to the report on which this article is based, Google has begun a certification program for third-party Android app stores. Once a store meets Google's requirements and is registered with the company, users should find it easier to install apps through that store than has typically been the case outside the Play Store. The program is not being introduced in the United States for now, and details such as timing, technical criteria, and participating stores were not specified in the material available here.

== References ==
* [https://arstechnica.com/gadgets/2026/10/googles-android-registered-app-stores-program-launches-dec-1-applications-now-open/ Google begins certifying Registered App Stores for Android, but not in the US]

[[Category:google]]
[[Category:registered]]
[[Category:app]]
[[Category:stores]]
[[Category:android]]

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