MCP HubMCP Hub
SKILL·34518A

wiki

plasma-ai
Actualizado 28 days ago
7 vistas
81
11
81
Ver en GitHub
Otrogeneral

Acerca de

Wiki proporciona bases de conocimiento indexadas con herramientas de línea de comandos para agentes Claude, permitiendo documentación estructurada con gestión automatizada de índices. Permite a los desarrolladores inicializar, mantener y buscar contenido wiki mediante comandos para verificar, actualizar y navegar por el árbol de carpetas. Utiliza esta habilidad para integrar documentación organizada y buscable directamente en tu flujo de trabajo de proyecto.

Instalación rápida

Claude Code

Recomendado
Principal
npx skills add plasma-ai/wiki -a claude-code
Comando PluginAlternativo
/plugin add https://github.com/plasma-ai/wiki
Git CloneAlternativo
git clone https://github.com/plasma-ai/wiki.git ~/.claude/skills/wiki

Copia y pega este comando en Claude Code para instalar esta habilidad

Documentación

Wiki

A wiki is a structured, indexed knowledge base organized as a folder tree with _index.md files. Each folder has an index that links to its children (subfolders and pages), and a content section below a *** delimiter for user-authored notes.

Initialize a wiki in the current project and configure integrations:

  • wiki init — scaffold a new wiki with a root index
  • wiki config — install Obsidian plugins and the git merge driver
  • wiki trust — authorize a wiki to run its .wiki/wiki.py hook

Maintain indexes as files are added and removed:

  • wiki lint — validate structure and flag issues
  • wiki update — sync index links with the filesystem

Browse structure, search across content, and read entries:

  • wiki map — print an indented tree overview
  • wiki search — search content with regex
  • wiki read — read a named entry

Usage

Install the CLI from PyPI if it is not already on your PATH:

pipx install plasma-wiki

(pip install or uv tool install work too.)

Then run commands directly:

wiki <command> ...

Run wiki --help for a list of commands, and wiki <command> --help for full option descriptions.

Working at scale

A wiki is many small, independent pages, so wiki work parallelizes well and is often too large for one context. Default to sub-agents and dynamic workflows rather than authoring or auditing page by page yourself:

  • Fan out sub-agents. When seeding or expanding a wiki, give each independent page — or each source to research and digest — to its own sub-agent, then run wiki update once to stitch the new pages into the indexes. Update adds and repairs index link rows and frontmatter only — it never linkifies mentions in page prose, so author [[...]] cross-links by hand.
  • Drive sweeps with a dynamic workflow. When auditing, relinking, or restructuring an existing wiki, pipeline its pages through a workflow so each is read, revised, and verified on its own — slow pages never block fast ones.

Conventions

  • .wiki/ is the tool's namespace. Every root carries a .wiki/ directory holding settings.json — the file that declares the wiki root; wiki init writes it and wiki update restores a missing one — plus the derived word-counts cache and the staged Obsidian config. Never author content there; the walk skips dot-directories by construction.
  • Exclusions are configurable. Beyond the built-ins (dot-paths, symlinks, _index.md), gitignore-style globs in exclude.patterns in .wiki/settings.json exclude whole subtrees from indexing — never walked, scaffolded, or linted, though wiki read still serves them.
  • Name validation is configurable. By default the wiki rejects only structural characters (/, \, *, [, ], |, #), a leading dot, and the reserved _index stem — spaces, dashes, and unicode all pass. Stricter rules (e.g. ASCII identifiers) are opt-in per wiki via naming.validate in .wiki/settings.json (seed it at creation with wiki init --settings); wiki init and wiki lint enforce whatever policy is set.
  • Timestamps are tool-owned and configurable. wiki update writes both stamps when a file gains frontmatter, keeps created: from then on, and rewrites updated: on every actual write — never hand-edit them; an edit goes undetected unless the value stops parsing under the configured format, which wiki lint fails. created/updated default to UTC in %Y-%m-%dT%H:%M:%SZ; set timestamp.timezone (an IANA name) and timestamp.format (a strftime string) in .wiki/settings.json to change them — use %z rather than a literal Z for a non-UTC zone.
  • Names are path-derived; titles are authored. wiki update sets each page's name and H1 heading to the path-joined name (e.g. core/design) so names stay consistent with the tree structure — to rename an entry, move its file rather than editing name:. Any index or page may carry an optional authored title: frontmatter field, which wins its H1 (wiki update keeps the line directly under name:, and adding frontmatter to a bare page seeds title: from its authored H1); without one, a hand-edited heading is still rewritten to name. Unset a title by deleting the line or setting title: null — update removes it, and lowercase null is the only reset spelling (~/Null/NULL render literally as the heading). Keep titles on a single line, quote a title containing : , and prefer plain text. wiki search --field title matches only authored titles — an unset entry has no line to match. Setting titles.required to true in .wiki/settings.json demands a title everywhere: update seeds a title: null placeholder on every index and page missing one, and lint fails each placeholder until a value is authored.
  • Categories are authored and optional. An index or page may carry a category: frontmatter field; wiki update copies it into the parent index's link label as a [category] name prefix, and wiki map --category filters by it. Fresh frontmatter carries no category: line — unset one by deleting the line or setting category: null (update removes the line; as with titles, lowercase null is the only reset spelling). Keep categories on a single line.
  • Frontmatter order is tool-enforced. wiki update keeps every block in canonical order — name, title, desc, category, tags, sources, created, updated — moving each field (with its block-scalar body) verbatim into its slot. Custom keys are allowed: they keep their relative order below the known fields, above the timestamps.
  • Wikilinks stay inside the wiki. A wikilink ([[...]]) must target another page in the same wiki. Files outside the wiki (source files, configs, another wiki's pages) can be referenced by name or in backticks, but never linked.
  • Stale wikilinks are soft notes. A [[...]] in index or page prose whose target no longer exists draws a stderr note from wiki lint without failing the run. Broken links in the generated index link block — the rows wiki update maintains — stay hard issues (--prune removes them), as does a prose wikilink naming a folder rather than the folder's index page: link [[folder/_index]], never [[folder]].
  • Descriptions end in a period. wiki lint fails a desc (or an authored link description) that lacks a trailing period; the seeded ... placeholder only draws a soft note. Author the desc in the child page's frontmatter — wiki update copies it onto the parent index's link line. A desc containing : must be YAML-quoted; surrounding quotes are stripped when the value is read. Never hand-wrap a desc mid-word or onto a list-marker start — let the block scalar carry the breaks; lint fails the wrap artifacts (a hyphen dangle, a phantom list item).
  • Fill in auto-created index descs. wiki update creates a missing _index.md for every new directory with a desc: ... placeholder and announces the batch in its condensed summary (Created N new indexes (fill in their descs); run with --full for the per-path New index: lines). Fill in the desc right after the update — lint soft-notes the placeholder until you do.
  • Bare pages are adopted loudly. A page with no frontmatter gains it on the next wiki update — with title: seeded from its authored H1, while a page with no H1 gains the path-joined heading in its body, never a seeded title — and each adoption is announced (Adopted N bare pages (frontmatter added) in the condensed summary; --full prints the per-page lines). Until then wiki lint names the page as a hard issue (Bare page (no frontmatter); update will adopt it) alongside the adoption diff.
  • Suppress lint locally with a no-lint region. A page that must display otherwise-flagged content (sample conflict markers, stale link examples) wraps those lines in <!-- start: no-lint --> ... <!-- end: no-lint -->, which silences the positional rules — hard issues and soft notes alike — for just that span. Regions never affect file-level checks, and a dangling or nested marker is itself a hard lint issue.
  • Give markdown formatters the wiki plugin. The *** delimiter and [[wikilinks]] are load-bearing syntax; mdformat/prettier-style hooks rewrite *** to --- and escape the brackets, demoting the generated link block to plain text. wiki update repairs a mangled index and wiki lint names the damage signatures (escaped wikilinks, a thematic break standing where *** belongs), but don't rely on the repair: for mdformat add the mdformat-wiki plugin (under pre-commit, additional_dependencies: [mdformat-wiki] on the hook, dropping a coexisting mdformat-frontmatter — both register a frontmatter renderer and whichever is discovered first wins), which makes wiki faces round-trip byte-identically; for formatters with no plugin lane (e.g. prettier) exclude the wiki root instead (wiki/ in .prettierignore).
  • The git merge driver resolves only the generated region. For _index.md files it takes ours for the regenerated parts above *** (the link block plus the name/updated keys wiki update regenerates) and three-way merges everything authored — the remaining frontmatter fields (title/desc/created/category/tags/ sources) and the user content below *** — which can still conflict for hand-resolution. A side missing its *** entirely (formatter damage) can't be split into regions, so it conflicts whole-file with a hint comment naming the repair — restore the *** on that branch (wiki update does it), then redo the merge. Run wiki update after a merge to regenerate the link rows from the filesystem — the H1 rides the taken-ours region, so a merged-in title: shows in its H1 only after that update. init/config register the driver in local git config and write the **/_index.md glob to .gitattributes in the working tree only — you stage and commit it yourself, and each clone runs wiki config once to register the driver.
  • Leave new-directory index bodies empty during concurrent work. When sibling branches both create the same new directory, its two _index.mds merge add/add with no common ancestor: the generated region resolves automatically — including the seeded created stamps, which are wiki update churn on both sides — but body prose authored below *** on both sides conflicts for hand-union (empty or identical bodies merge clean). Concurrent cohorts should leave a new directory's index body empty until after the merge wave, then author it once. The merge driver plants a one-line HTML-comment hint above such add/add conflict markers naming this convention — delete it as you resolve.
  • A .wiki/wiki.py hook needs explicit trust. A wiki may ship a .wiki/wiki.py (a custom Wiki subclass) that runs code with the user's privileges, so wiki refuses to load an untrusted hook — every command that resolves the wiki fails, naming the hook and pointing at wiki trust. This is a security decision for the human: surface the error and let the user run wiki trust for a wiki they have vetted, rather than running it yourself or working around the refusal. A hookless wiki needs no trust; trust is recorded per resolved root in ~/.wiki/settings.json (WIKI_CONFIG_DIR overrides the config home).

Repositorio GitHub

plasma-ai/wiki
Ruta: wiki/skills/wiki
0
FAQ

Preguntas frecuentes

¿Qué es el Skill wiki?

wiki es un Skill de Claude creado por plasma-ai. Los Skills agrupan instrucciones y recursos que Claude carga cuando los necesita para realizar tareas relacionadas con wiki sin indicaciones adicionales.

¿Cómo instalo wiki?

Usa los comandos de instalación de esta página: añade wiki a Claude Code como plugin o clona su repositorio en tu directorio de skills y reinicia Claude para cargarlo.

¿A qué categoría pertenece wiki?

wiki pertenece a la categoría Otro.

¿Se puede usar wiki gratis?

Sí. wiki aparece en AIMCP y se puede instalar gratis.

Habilidades relacionadas

llamaguard
Otro

LlamaGuard es el modelo de Meta de 7-8B parámetros para moderar las entradas y salidas de LLM en seis categorías de seguridad como violencia y discurso de odio. Ofrece una precisión del 94-95% y puede implementarse usando vLLM, Hugging Face o Amazon SageMaker. Utiliza esta skill para integrar fácilmente filtrado de contenido y barreras de seguridad en tus aplicaciones de IA.

Ver habilidad
cost-optimization
Otro

Esta Skill de Claude ayuda a los desarrolladores a optimizar los costes en la nube mediante el ajuste de tamaño de recursos, estrategias de etiquetado y análisis de gastos. Proporciona un marco para reducir los gastos en la nube e implementar una gobernanza de costes en AWS, Azure y GCP. Úsala cuando necesites analizar los costes de infraestructura, ajustar el tamaño de los recursos o cumplir con restricciones presupuestarias.

Ver habilidad
sports-betting-analyzer
Otro

Esta habilidad de Claude analiza los mercados de apuestas deportivas, incluyendo spreads, over/unders y apuestas de propuestas, mediante el examen de tendencias históricas y estadísticas situacionales para identificar apuestas de valor. Proporciona una salida en markdown estructurado con recomendaciones accionables con fines educativos. Los desarrolladores deben utilizar esto para herramientas de análisis de apuestas deportivas, teniendo en cuenta que está diseñado únicamente para entretenimiento/educación.

Ver habilidad
quantizing-models-bitsandbytes
Otro

Esta habilidad cuantiza LLMs a precisión de 8 o 4 bits utilizando bitsandbytes, logrando una reducción de memoria del 50-75% con pérdida mínima de precisión. Es ideal para ejecutar modelos más grandes en memoria GPU limitada o para acelerar la inferencia, admitiendo formatos como INT8, NF4 y FP4. La habilidad se integra con HuggingFace Transformers y permite entrenamiento QLoRA y optimizadores de 8 bits.

Ver habilidad