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File discovery, fnmatch-style glob matching, and generation-currency diffing in compiled F#.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Consumer-facing guide to hosting an interactive FS.Skia.UI app — the keyboard/pointer input surface, the preview-vs-tree render distinction, and the windowed-fullscreen blur caveat.
Build Skia-rendered FS.Skia.UI Controls, rich text, chart controls, graph controls, DataGrid, custom wrappers, and generated product examples.
Generated product guidance for Skia-rendered FS.Skia.UI Controls, rich text, chart controls, graph controls, DataGrid, and custom wrappers.
Wire a generated FS.Skia.UI product to the desktop viewer host.
Understand and work with the internal keyed VDOM diff over the lowered Control<'msg> IR (feature 067) — its key-first-then-positional matching, the NodePatch/ChildOp operation set, the totality/determinism/identity-at-rest/round-trip invariants, and the module's disposition (internal, property-tested, wired onto the live render path via RetainedRender in feature 091 and current through feature 103 — layout/bounds cache, injected-delta animation clock, visual-state cross-fade). Use when reading the diff invariants, extending the property tests, or working on the wired retained render path.
Maintainer-facing guide to the FS.Skia.UI.Controls.Elmish interactive-host seam — how runInteractiveApp drives the retained render structure each frame (RetainedRender.step over the keyed diff), advances per-identity animation clocks from an injected Tick delta, stamps runtime visual state pre-reconcile, routes keys focus-first through routeFocusedKey, and resolves pointer hits to a stable identity via retainedHitTest. Use when reading or extending the live controls host loop, the per-frame retained-state/clock/visual-state wiring, or the key/pointer routing seam.
| name | fsharp-io-globbing |
| description | File discovery, fnmatch-style glob matching, and generation-currency diffing in compiled F#. |
| compatibility | F# governance library (build/Governance) under net10.0; build-tooling scope only. |
| metadata | {"author":"fs-skia-ui","source":"docs/reports/2026-05-31-1714-foundations-fsharp-capabilities-and-libraries.md"} |
Cookbook for file discovery and glob matching ported from the Bash/Python scripts. Owns C13 (file
discovery / skill globbing) and C14 (whitelist glob matching with fnmatch semantics). Verdicts
come from the capability report (metadata.source) §6.
.agents/skills/*/SKILL.md, src/*/skill/SKILL.md,
template/fragments/*/skill/SKILL.md.audit-patterns.yml whitelist globs (docs/**, **/*.md).Fake.IO.Globbing 6.1.4 (FAKE family, already in-tree via the build
front-end), or System.IO.Directory.EnumerateFiles. Prefer Fake.IO.Globbing for one IO idiom
across the build.Microsoft.Extensions.FileSystemGlobbing.Matcher 10.0.8
(first-party). Native * / ** include/exclude semantics..NET glob semantics differ from Python fnmatch at the edges — a single * crossing directory
separators, a leading **/, trailing-slash behaviour. Golden-test every audit-patterns.yml
whitelist entry against the Python before cutover. One of the two most likely silent divergences in
the port (the other is the two tasks.deps.yml YAML shapes, see [[fsharp-parsing]]).
Fake.IO.Globbing)!! builds an include pattern; ++ adds includes; -- excludes. The result is an
IGlobbingPattern enumerating as a seq<string>; sort before rendering for reproducible golden diffs.
open Fake.IO.Globbing.Operators
/// Discover the three skill source locations the Python scanned, as a stable
/// sorted list (deterministic for golden diffs).
let discoverSkills () =
!! ".agents/skills/*/SKILL.md"
++ "src/*/skill/SKILL.md"
++ "template/fragments/*/skill/SKILL.md"
|> Seq.sort
|> Seq.toList
Microsoft.Extensions.FileSystemGlobbing)Matcher().AddInclude(glob) accumulates */** include patterns; .Match(files) returns a
PatternMatchingResult whose HasMatches and Files (each with a .Path) drive the whitelist
decision. AddExclude for negative patterns.
open Microsoft.Extensions.FileSystemGlobbing
/// Apply the audit-patterns.yml whitelist globs to a candidate file set.
let whitelisted (globs: string list) (files: string list) =
let matcher = Matcher()
for glob in globs do
matcher.AddInclude glob |> ignore
let result = matcher.Match(files)
result.HasMatches, [ for m in result.Files -> m.Path ]
For a single directory the BCL is enough; still sort for determinism.
open System.IO
let enumerateMarkdown (root: string) =
Directory.EnumerateFiles(root, "*.md", SearchOption.AllDirectories)
|> Seq.sort
|> Seq.toList
Discovery and glob matching now ship as the real Globbing module in the FS.Skia.UI.SkillSupport
package — its .fsi surface lives at src/SkillSupport/Globbing.fsi. FS.Skia.UI.Build consumes the
same code via ProjectReference, so the governance build matches through exactly these functions:
Globbing.isMatch: string -> string -> bool — isMatch glob path; fnmatch-parity */** matching.Globbing.discover: string -> string list -> string list — enumerate files under a root matching the
given include globs, returned as a stable sorted list (deterministic for golden diffs).Globbing.currencyDiff: string -> string -> string list — per-line drift between the on-disk copy and
a fresh regeneration; empty list means current.open FS.Skia.UI.SkillSupport
// Whitelist-style glob check (C14).
let ok = Globbing.isMatch "**/*.md" "docs/reports/report.md" // true
// Discover the skill sources under the repo root (C13), stably sorted.
let skills = Globbing.discover "." [ ".agents/skills/*/SKILL.md"; "src/*/skill/SKILL.md" ]
// Generation-currency drift: empty when the committed copy is up to date.
let drift = Globbing.currencyDiff onDiskText regeneratedText
if not (List.isEmpty drift) then failwithf "stale: %A" drift
fnmatch drift — the live risk (see Parity caution above): golden-test
every whitelist entry against the Python before cutover.fake.sh/fake.cmd launchers and container entrypoints; no payoff
to F#-ifying a three-line launcher.build/Governance; ships nowhere; no FCS.Stage 4 (skill discovery + audit-patterns whitelist matching), Stage 2 (generation-currency checks
over the discovered files). See the plan in metadata.source.
When a problem outlasts reasonable in-repo attempts, extensive external research is
mandatory — consult official online docs first (the F#/.NET docs and the driven
library's own documentation/API reference), then community sources (forums, Reddit, Q&A
sites, issue trackers and changelogs). Record the findings and resolving links in the
feature's specs/<feature>/feedback/ folder and, for durable lessons, in this skill's
Sources line. Offline, the mandate degrades to recording "research blocked — "
rather than hard-failing the phase.
docs/reports/2026-05-31-1714-foundations-fsharp-capabilities-and-libraries.md §6.[[fsharp-parsing]] (parses the discovered files), [[fsharp-shell-process]] (diff file matching), [[fsharp-code-generation]] (currency-check diffing via DiffPlex).