wiki.hayase.watch

Subtitles are timed text lines that appear on screen while a video plays, translating or transcribing the spoken audio so viewers can read along. You get them either by generating them automatically from the video's audio (with a tool like Scribe) or by writing and timing them manually. The right method depends on whether you need a quick readable transcript, a downloadable subtitle file, or a polished, perfectly synced track for publishing.

Subtitles vs. captions vs. transcripts

These three terms get used interchangeably, but they describe different outputs:

In practice, the same source audio can produce all three. A tool that transcribes a video gives you the text; that text can then be formatted as subtitles or captions with timestamps attached.

Common subtitle formats and when to use them

Two formats cover most needs:

• SRT (SubRip Subtitle) — the most widely accepted format. Plain text with sequence numbers, start/end timestamps, and the subtitle line. Use it for YouTube uploads, most video editors, and players like VLC.
• VTT (WebVTT) — the web standard, used for HTML5 video and streaming platforms. It supports styling and positioning cues that SRT does not.

If you are unsure, SRT is the safer default because almost every platform imports it. Scribe's transcript panel offers Copy TXT SRT, so you can pull the plain text or the timed subtitle file directly from the same result.

How subtitles are created: automatic vs. manual

Automatic (auto-generated) subtitles come from speech-recognition software that listens to the audio and produces timed text. They are fast and cheap, and they work well when audio is clear and the speaker's language is well supported. Scribe supports 50+ languages and can pull from auto & manual captions, with instant language switching.

Manual subtitles are written or corrected by a person. They are slower and cost more, but they handle accents, overlapping speakers, jargon, and timing precision that automation can miss.

A practical middle path: generate automatically, then fix the errors that matter. One reviewer of Scribe noted they were "really looking forward to the punctuation feature," which is a fair reminder that auto output sometimes needs a cleanup pass before it is publish-ready.

How to get subtitles for a video

Using a transcription tool such as Scribe:

1. Provide the video. Paste the video URL or use the browser extension on the page where the video plays. Scribe also offers a Chrome extension.
2. Wait for transcription. The tool processes the audio and returns a timed transcript. The page shows a progress state (for example, "Transcribing... 29:45") while it works.
3. Review the text. Read through for accuracy, punctuation, and speaker changes.
4. Export in the format you need. Use the copy/download options to get TXT for a plain transcript or SRT for a subtitle file you can upload to a video platform.

The expected result is a text file you can either read directly or attach to your video as a subtitle track.

Multi-language subtitles and switching

If your audience spans languages, look for a tool that supports multiple subtitle languages and lets you switch between them. Scribe lists 50+ languages supported with instant language switching, which means one transcription can serve several language tracks rather than requiring a separate pass per language. This is useful for creators publishing the same video to different regional audiences.

Common issues to watch for

• Missing or wrong punctuation. Auto-generated text often runs together without commas or periods. Plan to edit before publishing.
• Sync problems. Subtitles that drift out of time with the audio usually mean the timestamps need adjusting, or the source audio had gaps or speed changes.
• Speaker confusion. Without speaker labels, multi-person dialogue can be hard to follow. Captions that identify speakers solve this.
• Language mismatches. If the detected language is wrong, the whole transcript will be off. Confirm the language setting before exporting.

Choosing an approach

• Need a quick readable transcript or a downloadable SRT? Automatic transcription is the fastest route, and a free tool covers most personal and creator use.
• Publishing to a broad or accessibility-focused audience? Budget time for a manual cleanup pass, or use captions that include non-speech audio.
• Working across languages? Prioritize a tool with multi-language support and easy switching so you are not re-transcribing per language.

Scribe reports being used by 550K+ creators with 1M+ videos transcribed, and offers a free Chrome extension alongside its web tool, so it is a reasonable starting point if you want to test automatic subtitles before committing to a paid workflow.

A handheld gaming wiki is a community-maintained reference site that catalogs handheld gaming devices and organizes practical information about them: specifications, custom firmware (CFW), flashing guides, hardware mods, compatibility lists, and buying advice. You use one when you need to look up a specific device, compare models, or find instructions for changing its software — rather than when you want a single reviewer's opinion. Handhelds Wiki is one example: it describes itself as covering "specifications, guides, troubleshooting, firmware, themes, hardware mods, downloads, and more" for handheld gaming devices, and its main page is organized around categories and device-specific pages rather than articles.

What a handheld wiki actually contains

The content on a wiki like this falls into a few recurring types. On Handhelds Wiki's main page, the "Useful Pages" section links to things such as a Custom Firmware Guide, a Firmware Flashing Guide, a Handheld Buying Guide, Compatibility Lists, and PortMaster. Alongside those general references, the site maintains device-specific wikis — for example an R36S Wiki, an Anbernic RG40XX H Wiki, and a BATLEXP G350 Wiki — plus individual pages on narrower topics like an R36S grip test, an internal WiFi mod, a shoulder button upgrade, and a long-term review with a battery test.

That mix tells you what a wiki is good for:

• Specifications — screen size and resolution, form factor, and manufacturer, indexed so you can filter across many devices.
• Firmware and CFW — which custom firmware options exist for a device, and how to flash them.
• Mods and repairs — hardware changes and fixes documented by people who did them.
• Compatibility lists — what runs and what doesn't.
• Buying guidance — general advice plus model-to-model comparisons.

How to navigate a handheld wiki

Wikis are usually indexed several ways at once, so you can enter from whichever detail you already know. Handhelds Wiki's category structure includes:

If you already know the device name, go straight to its page or device-specific wiki. If you don't, pick the attribute you care about most — a 3.5" screen, a clamshell body, an Anbernic device — and browse that category to build a shortlist.

Using device pages to compare models and check known issues

A device page is where a wiki earns its keep over a review. Because entries are structured the same way, you can line up two or three candidates on the same fields instead of reading three unrelated articles. Handhelds Wiki also hosts direct comparisons, such as "R36S vs R36XX vs R36Plus vs R36H," which is the kind of page to look for when two models share a name family and you need to know which one you're actually buying.

Device pages and their linked notes are also where known issues surface. The R36S entries on the main page — a grip test, an internal WiFi mod, a shoulder button upgrade, a long-term review and battery test — are examples of the practical, model-specific detail a wiki collects: ergonomics, connectivity limitations, button feel, and battery behavior over time. When you're researching a device, check whether its page links to this kind of follow-up note, not just a spec sheet.

Finding firmware and CFW instructions

Firmware is one of the main reasons people visit a handheld wiki. Two entry points matter:

1. The general guides — a Custom Firmware Guide and a Firmware Flashing Guide explain the concepts and the process in the abstract.
2. The device-specific page — tells you which firmware options are actually available for your model and links to the relevant files or steps.

The site's Linux firmware category, for instance, lists both active projects (AmberELEC, Batocera, KNULLI, muOS, ROCKNIX, and others) and inactive ones (ArkOS, JELOS, MinUI, RetroFW, and others), while the Android category separates current versions from inactive ones. That active/inactive split is worth checking before you commit to a firmware: a project listed as inactive may still work, but it isn't where ongoing development is happening.

How a wiki differs from reviews and forums

These three sources answer different questions, and the fastest research usually uses all three in sequence:

• A wiki answers "what are the specs, what firmware does it take, what's known to go wrong, and how does it compare on paper?" It's structured, indexed, and edited over time.
• A review answers "what is this one device like to actually use?" It's a single perspective, often tied to a moment in time.
• A forum or community answers "what's happening right now, and what do other owners say?" Handhelds Wiki points to r/SBCGaming and the Retro Handhelds Discord for exactly this.

A practical order: shortlist on the wiki using specs and categories, read a review or long-term note for the feel of the device, then check the community for current problems or workarounds before buying or flashing.

Things to keep in mind

Handhelds Wiki's main page carries a visible "Site under construction" notice and a to-do list that includes adding devices and improving page and category navigation. Treat any wiki — this one included — as a work in progress: coverage will be uneven across devices, and a page may be incomplete or out of date. Cross-check anything you're about to act on, especially firmware files and flashing steps, against the device-specific page and, where possible, a second source. The wiki is a map of the territory, not a guarantee about any single device.

The Unofficial Discord User API Documentation at docs.discord.food is a community-maintained reference for the user side of Discord's API — the endpoints the official client and developer portal rely on, authenticated with user and bearer tokens. It is not affiliated with or endorsed by Discord, and it is not the place to look for bot development guidance. If you want to build a bot, use Discord's official documentation instead. If you want to understand how the client itself talks to Discord, this is the reference for you.

What "user API" means here

Discord exposes an open API serving requests for users, bots, and OAuth2 integrations. This documentation narrows its focus to how non-bot users interact with that API. In practice that means:

• User and bearer authentication tokens are the primary credential types documented.
• Bot endpoints may appear, but how bots interact with the API is explicitly out of scope.
• The material reflects how the official client and developer portal use the API, not a supported public contract.

The distinction matters because the two surfaces have different guarantees. Bot endpoints are officially supported and documented by Discord. User-side endpoints are not officially supported, which is exactly why a community project exists to map them.

The risk you need to weigh first

Automating user accounts is against the platform Terms of Service. The documentation states this plainly: doing so unsafely might get you banned. That is not a footnote — it is the single most important condition for deciding whether this reference is useful to you.

Two separate risks stack here:

1. Policy risk. Automation of user accounts violates the ToS regardless of how carefully you implement it.
2. Accuracy risk. Much of the documentation is based on reverse engineering and educated guesses. The maintainers state that inaccuracies may be present, even though they try not to publish information without basis.

If your goal requires a stable, supported, non-breaking endpoint, this is the wrong resource. The documentation itself points you to Discord's official documentation for that.

What the documentation covers

The presence of billing, payment, subscription, and premium referral resource pages tells you the scope extends into account and monetization surfaces of the user API, not just messaging or profile calls.

How to use it responsibly

The documentation is hosted on GitHub, and the project depends on community contributions. If you have knowledge of the Discord API, the maintainers ask you to consider contributing; corrections and improvements are explicitly welcomed, with a CONTRIBUTING.md describing the process.

A practical workflow:

1. Check the official docs first if your target is a bot-accessible endpoint. The unofficial docs direct bug reports for bot-accessible API parts to the official documentation issue tracker.
2. Treat every page as reverse-engineered until you verify behavior against the live client. Expect drift.
3. Contribute corrections through GitHub when you find inaccuracies — that is how the reference stays useful.

Who this is for

This documentation suits developers who want to understand or replicate how the official Discord client communicates with the API, and who accept both the ToS risk and the accuracy caveats. It does not suit anyone building a bot, anyone needing a stability guarantee, or anyone unwilling to verify reverse-engineered details themselves. The project's own framing is simple: go make cool stuff — but go in knowing what you are working with.

Hayase is a torrent streaming client for anime that plays content in real time instead of waiting for a full download, and it is built around a "bring your own content" model: it does not ship with a built-in library of shows. You are the target user if you already know how to obtain torrents or magnet links, understand the basics of BitTorrent, and want a player that streams that content immediately while integrating with anime tracking services like AniList and Kitsu. If you expect an app that simply opens and offers a catalog to browse, Hayase is not that.

What Hayase Actually Is

According to the Hayase Wiki, the project describes itself as a "bring your own content torrent streaming client, real-time with no waiting for downloads," paired with an "advanced video player, offline viewing, and more." The wiki's own structure — an About section covering "what Hayase is, what it does, and who it's for," plus Getting Started, FAQ, and Extensions Overview pages — confirms that the app is documented as a client you configure, not a service you subscribe to.

The key distinction is between the client and the content source:

This separation is the whole point of the "bring your own content" label. Hayase is the playback and organization layer; the media itself comes from sources you choose.

How Real-Time Torrent Streaming Works

Torrent streaming applies the same peer-to-peer mechanics as a normal BitTorrent download, with one change in priority: instead of downloading pieces sequentially and waiting for completion, the client requests the pieces needed for immediate playback first and plays them as they arrive.

In practice, the flow looks like this:

1. You supply a source — a torrent file or magnet link for the episode you want to watch.
2. Hayase connects to peers — the client joins the swarm and begins requesting pieces, prioritizing the beginning of the file and buffering ahead of the playhead.
3. Playback starts before completion — video begins once enough of the opening is buffered, and the client continues fetching ahead in the background.
4. The player handles the rest — seeking, subtitles, and playback controls operate on the partially downloaded stream.

The expected result is near-instant playback, but the practical condition is swarm health: a torrent with few or slow peers will stall or buffer regardless of the client. This is the same trade-off described in general BitTorrent explainers — streaming shifts the wait from "before playback" to "during playback," so a healthy swarm matters more than raw download speed.

Streaming vs. offline viewing

The wiki lists offline viewing as a separate feature alongside real-time streaming, which maps to two distinct use cases:

• Streaming suits casual, immediate watching when peers are available and you don't want to manage storage.
• Offline viewing suits unreliable connections, travel, or rewatches — you accept the upfront download cost in exchange for guaranteed playback later.

If your internet is unstable or you watch on a device that frequently loses connectivity, the offline path is the more realistic one.

Tracking Integration and Extensions

Hayase integrates with AniList and Kitsu, the two tracking services named in the wiki's keywords. In a bring-your-own-content setup this matters more than it might seem: because the app has no catalog of its own, tracking integration is what ties an arbitrary torrent file back to a specific series and episode, keeping your progress lists accurate without manual bookkeeping.

The wiki also maintains an Extensions Overview page, indicating that functionality is extended through add-ons rather than being fixed at install. The wiki does not enumerate specific extensions in the material available here, so treat the Extensions Overview page as the authoritative starting point rather than assuming particular capabilities.

Who Should Use Hayase — and Who Shouldn't

Hayase fits you if:

• You already source your own anime torrents or magnet links and are comfortable with that workflow.
• You understand that playback quality depends on peer availability, not on the app alone.
• You keep an AniList or Kitsu list and want progress synced automatically.
• You want both instant streaming and the option to download for offline viewing in one player.

Hayase likely doesn't fit you if:

• You want a ready-made streaming catalog with nothing to configure.
• You are unfamiliar with BitTorrent and don't want to learn how swarms and peers affect playback.
• You need guaranteed, consistent playback quality — peer-dependent streaming cannot promise that.

Getting Started

The wiki's Getting Started page is the correct first stop, followed by the FAQ for common setup issues. A sensible order of operations:

1. Read the About page to confirm the app matches your expectations.
2. Follow Getting Started to install and configure the client.
3. Connect your AniList or Kitsu account so tracking works from the first episode.
4. Review the Extensions Overview if you need additional sources or features.
5. Test with a well-seeded torrent first — it isolates player or configuration problems from swarm problems.

One practical caution: if playback buffers immediately on a fresh install, check swarm health before troubleshooting the app. A torrent with no active seeders will not stream in any client, and that is the most common false alarm in peer-to-peer streaming setups.

The wiki does not publish pricing or account requirements in the material reviewed here, so check the Getting Started page directly for the current access conditions rather than assuming the app is free or login-free.

A torrent is not the file itself — it is a small set of instructions that tells a BitTorrent client where to find pieces of a file and how to verify them. You download a torrent (a .torrent file or a magnet link), open it in a client such as qBittorrent, Transmission, or Deluge, and the client connects to other people who already have the data. This works for any large file, but public indexes like Nyaa are best known for Eastern Asian media — anime, manga, music, and similar content. The method is legal in itself; what you download and share may not be, so check your local rules before you start.

Torrent file vs. magnet link

Both do the same job, but they carry different information.

A magnet link is essentially a pointer: it says "find anyone who has the file with this exact hash." The hash is what makes verification possible — if a peer sends corrupted data, the client detects it and re-requests that piece.

How the transfer actually works

BitTorrent splits a file into small pieces and distributes them across everyone in the swarm.

• Peer — any client participating in the swarm.
• Seeder — a peer with 100% of the file, uploading only.
• Leecher — a peer still downloading, but usually also uploading the pieces it already has.
• Tracker — a server that introduces peers to each other. Modern clients also use DHT and peer exchange (PEX), which find peers without a central tracker.
• Swarm health — shown as seeds/peers (e.g. "12 / 40"). More seeds means faster, more reliable completion. A torrent with 0 seeds may never finish.

Your client asks peers for pieces, checks each against the hash, and writes it to disk. Once you have 100%, you become a seeder and can keep uploading. This is why leaving a torrent seeding after it finishes helps the next person.

Step by step: downloading a torrent

1. Install a client. qBittorrent (open source, no ads), Transmission (lightweight), or Deluge are common choices. Avoid clients bundled with adware installers.
2. Find a listing. On an index like Nyaa, browse or search, then look at the entry: title, file size, upload date, seed/leech counts, and uploader.
3. Pick the right release. Check the resolution, subtitle language, and whether it is a batch or single episode. Read the comments if the site has them.
4. Add it to your client. Click the Magnet link, or download the .torrent file and open it. The client shows the file list and destination folder before starting.
5. Choose what to download. You can deselect files you don't want (for example, extras or a second audio track) to save space.
6. Start and monitor. Watch the progress, speed, and peer count. If speed is near zero, the swarm may be unhealthy.
7. Verify on completion. The client re-checks pieces automatically. If it reports errors, force a recheck.
8. Seed for a while. Keep the torrent active so others can finish. Then remove it if you need the space.

Expected result: the files appear in your chosen folder, fully verified, and the client shows 100% with the torrent in "seeding" state.

Common risks and how to reduce them

• Malware in the payload. Torrents can carry .exe, .scr, or password-protected archives. Media files (.mkv, .mp4, .flac) are lower risk than executables. Never run an installer you didn't expect.
• Fake or mislabeled files. A listing may claim 1080p and deliver a low-quality re-encode, or a different title entirely. Seed count and uploader reputation are weak but useful signals.
• ISP notices and legal exposure. Public swarms expose your IP to every peer. In many countries, rights holders monitor swarms and send notices to ISPs. Using a VPN changes what your ISP sees, but it does not make infringing downloads legal.
• Malicious trackers or magnet spam. Stick to well-known indexes and avoid links from comment sections or unsolicited messages.
• Disk and bandwidth surprises. A "batch" can be tens of gigabytes. Check the total size before starting.

Using Nyaa as an example index

Nyaa (nyaa.si) describes itself as a BitTorrent community focused on Eastern Asian media — anime, manga, music, and more. Its listings follow the pattern above: each entry has a title, category, size, date, seeders, leechers, and both a .torrent download and a Magnet link. A related section, Sukebei, covers adult content, so filter your browsing accordingly.

Practical notes for using it:

• Sort by seeders to find healthy torrents.
• Read the title carefully — fansub group, resolution, and episode range are usually encoded there.
• Prefer releases with recent upload dates and active comments.
• Treat any listing that asks you to run a program or visit an external "player" page as suspicious.

Quick decision guide

• You want one episode fast → single-episode release with high seed count.
• You want a full season → batch release, but check total size first.
• You want to avoid ISP visibility → a reputable VPN before opening the client, and understand the legal position where you live.
• You only need part of the files → deselect unwanted files before starting.
• The swarm is dead (0 seeds) → find another release; waiting rarely helps.

The mechanics are simple: a torrent points to content, a client fetches and verifies pieces from peers, and you become part of the swarm. The judgment calls — which release, which client, whether to use a VPN — matter more than the technical steps.