rzen
05ae703989
The card window sidebar's Style section embedded StyleEditorView symbols-only (showsBackground: false, showsSymbols: true), drawing the curated grid whole inside the sidebar's own scroll view — a permanently open 5-7 row grid ahead of every other section. Replace it with the reusable compact SymbolPicker (already used by BoardInfoPopover for the board's glyph): a single well at rest, the grid only inside its own popover. - CardStyleSection no longer instantiates StyleEditorView at all. A new "Symbol" row mirrors the existing "Background" row's inspector shape (caption leading, control trailing), wiring SymbolPicker's onSelect/ onSelectColor to icon/iconColor through StyleCommand.apply(...on: undo), the exact funnel the background combo already rides — so the card window's undo session semantics (13-native-undo.md) are unchanged. - The picker is fed CuratedSymbols.available rather than its own smaller general-purpose default, so a card's curated vocabulary doesn't shrink. - StyleEditorLayout.sidebar and showsBackground stay in StyleEditor.swift (still correct, still tested) rather than being cut as dead code — a separate, larger cleanup this card doesn't make (recorded on the card). - DESIGN/03-board-ui.md and DESIGN/05-card-window.md: updated the sentences describing the sidebar hosting the style editor's symbol grid to describe the compact picker instead. - Tests: CardSessionUndoTests gains a symbol/tint analogue of the existing background-combo session-routing test; CardSidebarTests gains a curated-set tripwire and an updated file-header note. Claude-Session: https://claude.ai/code/session_014PtZdPwqZuqEDLc6wZMtEy
471 lines
22 KiB
Swift
471 lines
22 KiB
Swift
import Foundation
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import Testing
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@testable import Kanban
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/// The card window's sidebar sections, reduced to the rules a unit test can hold (05-card-window.md
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/// ▸ The attributes sidebar).
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///
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/// The views are not the point and are not tested. What is tested is the three seams under them,
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/// each of which fails *silently* — the failure mode this file exists for:
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///
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/// - **Details** shows frontmatter the app deliberately does not understand, so nothing downstream
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/// can notice when a key goes missing, arrives out of order, or renders as a YAML indicator. The
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/// only check on it is a test that reads a file and says what the rows must be.
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/// - **Style** pins its own target — this window's card, always, never the selection-aware target the
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/// Style… popover carries — and (2026-08-08) hands the compact `SymbolPicker` the kanban-relevant
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/// `CuratedSymbols` set rather than the picker's own smaller general-purpose default. A target wired
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/// to the wrong card, or a curated list quietly narrowed back to the picker's default, would look
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/// completely normal until it restyled the wrong card or hid a symbol the vocabulary used to offer.
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/// - **The sidebar's geometry** is a grid of fixed-size wells in a column sized from font metrics:
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/// at the wrong column count the last well in each row is simply unreachable, at no text size
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/// anyone tests by eye. (The `StyleEditorLayout.sidebar` variant below now describes geometry no
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/// view in the app currently requests — the Style section's grid moved into `SymbolPicker`'s own
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/// popover on 2026-08-08 — but the pure function is still correct and still worth pinning.)
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// MARK: - Details ▸ which keys
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@Suite("Card details ▸ keys")
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struct CardDetailsKeyTests {
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/// One card carrying every kind of key at once: the schema's own, an agent overlay, four
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/// reserved enhanced-schema names, and a key written twice.
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private static let card = """
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---
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schema: 1
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title: Fix login
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order: 1024
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project: lanework # agent overlay
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labels: [a, b, c]
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assignees:
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- ada
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- grace
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due: 2026-08-01
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remote: {name: origin, branch: main}
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created: 2026-01-01T09:00:00Z
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modified: 2026-02-02T09:00:00Z
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modified-by: claude
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background: {color: mint}
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icon: flag
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iconColor: carnation
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project: overlay-rewritten
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---
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Body text.
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"""
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@Test("Every unknown key appears, in file order")
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func unknownKeysInFileOrder() throws {
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let rows = CardDetails.rows(of: try FrontmatterDocument.parse(Self.card))
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// File order, verbatim — 01-storage-format.md preserves it and the sidebar honors it. The
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// twice-written `project` reads once, and it reads where its *winning* occurrence sits: the
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// effective view a duplicate collapses to (`FrontmatterDocument.parse`, last-wins), which is
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// also the order the file itself takes the moment anything rewrites that key.
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#expect(rows.map(\.key) == ["labels", "assignees", "due", "remote", "project"])
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}
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@Test("Reserved enhanced-schema keys are ordinary unknown keys in this version")
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func reservedKeysAreShown() throws {
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let rows = CardDetails.rows(of: try FrontmatterDocument.parse(Self.card))
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// "`labels`, `assignees`, `due`, `remote`, … are ordinary unknown keys in this version and
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// appear here like any other — no special rendering" (05 ▸ Details). The day they gain
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// meaning they leave this section for a control; until then, hiding them would hide data the
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// file plainly has.
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for reserved in ["labels", "assignees", "due", "remote"] {
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#expect(rows.contains { $0.key == reserved }, "\(reserved) belongs in Details")
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}
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}
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@Test("Every schema-owned key is excluded — including the ones the sidebar shows elsewhere")
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func schemaKeysAreExcluded() throws {
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let rows = CardDetails.rows(of: try FrontmatterDocument.parse(Self.card))
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let keys = Set(rows.map(\.key))
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// The eleven the app owns. `title`, `created`/`modified`/`modified-by` and the three style
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// keys have their own surfaces in this very window (the title field, the date line, the Style
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// section), and `schema`/`order`/`width`/`deleted` are structure — a Details row for any of
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// them would be the same fact stated twice, in a section whose whole premise is "keys the app
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// does not own".
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#expect(keys.isDisjoint(with: FrontmatterKeys.schemaOwned))
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#expect(keys == ["labels", "assignees", "due", "remote", "project"])
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}
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@Test("A card with no unknown keys has no section at all")
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func theSectionDisappearsWithNothingToShow() throws {
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// The visibility rule, as the seam states it: "shown only when any exist" (05 ▸ Details).
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// Empty rows are the view's whole condition, so this is that condition.
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let plain = "---\nschema: 1\ntitle: Plain\norder: 1024\n---\nBody.\n"
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#expect(CardDetails.rows(of: try FrontmatterDocument.parse(plain)).isEmpty)
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// Style keys and stamps are not "details" either — a styled, stamped card still has none.
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let styled = """
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---
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schema: 1
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title: Styled
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order: 1024
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background: {color: mint}
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icon: flag
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iconColor: carnation
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created: 2026-01-01T09:00:00Z
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modified: 2026-02-02T09:00:00Z
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modified-by: claude
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width: 2
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deleted: 2026-03-03T09:00:00Z
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---
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"""
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#expect(CardDetails.rows(of: try FrontmatterDocument.parse(styled)).isEmpty)
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}
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@Test("The rows come off the snapshot's own card, unknown keys and order intact")
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func theSnapshotCarriesTheKeys() throws {
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let fixture = try WriterFixture()
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defer { fixture.tearDown() }
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try fixture.item("", Item.board)
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try fixture.item(Ident.lane1, Item.rich(order: "1024", title: "Todo"))
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try fixture.item("\(Ident.lane1)/\(Ident.card1)", Self.card)
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// Nothing was added to the loader for this section: `Card.document` is the whole parsed
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// `index.md` and has been since the model existed, so the section reads what the last reload
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// read — no second parse, no directory walk, no freshness rule of its own.
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let model = try BoardLoader.load(boardRoot: fixture.root).model
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let card = try #require(model.lanes.first?.cards.first)
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#expect(CardDetails.rows(of: card.document).map(\.key) == ["labels", "assignees", "due", "remote", "project"])
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#expect(CardDetails.rows(of: card.document).first?.value == "[a, b, c]")
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}
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}
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// MARK: - Details ▸ which text
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@Suite("Card details ▸ values")
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struct CardDetailsValueTests {
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private func rows(_ frontmatter: String) throws -> [String: String] {
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let text = "---\nschema: 1\norder: 1024\n\(frontmatter)---\nBody.\n"
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return Dictionary(uniqueKeysWithValues: CardDetails.rows(of: try FrontmatterDocument.parse(text))
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.map { ($0.key, $0.value) })
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}
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@Test("A one-line value renders as the author's own bytes")
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func singleLineValuesAreVerbatim() throws {
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let values = try rows("""
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plain: lanework
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flow-map: {name: origin, branch: main}
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flow-seq: [a, b, c]
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hex: "#FF8800"
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quoted: "a # b"
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commented: kept # this comment is the line's, not the value's
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stamp: 2026-08-01T09:00:00Z
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number: 2048
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""")
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// The rawest honest form: quotes, braces, brackets, a hash inside a quoted scalar — all of it
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// exactly as typed, because a section that exists to show what the app did *not* interpret
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// must not quietly re-serialize it.
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#expect(values["plain"] == "lanework")
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#expect(values["flow-map"] == "{name: origin, branch: main}")
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#expect(values["flow-seq"] == "[a, b, c]")
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#expect(values["hex"] == "\"#FF8800\"")
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#expect(values["quoted"] == "\"a # b\"")
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#expect(values["stamp"] == "2026-08-01T09:00:00Z")
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#expect(values["number"] == "2048")
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// A trailing comment is the *line's*, and dropping it is the engine's own read-side rule —
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// the bytes on disk keep it.
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#expect(values["commented"] == "kept")
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}
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@Test("A value spanning several lines reads as its text, not as its YAML syntax")
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func multiLineValuesFallBackToTheParsedReading() throws {
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let values = try rows("""
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notes: |
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first line
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second line
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folded: >-
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wrapped
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prose
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block-seq:
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- ada
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- grace
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block-map:
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name: origin
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branch: main
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wrapped-flow: [one,
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two]
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""")
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// The raw span of a block scalar carries `|`, `>-` and the continuation indent — YAML syntax
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// the *value* does not have. So these fall back to the engine's own reading, which is the
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// text the author meant rather than the punctuation that encoded it.
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#expect(values["notes"] == "first line\nsecond line")
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#expect(values["folded"] == "wrapped prose")
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#expect(values["block-seq"] == "[ada, grace]")
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#expect(values["block-map"] == "{name: origin, branch: main}")
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#expect(values["wrapped-flow"] == "[one, two]")
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}
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@Test("A key with no value reads as null rather than as a blank")
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func emptyValuesReadAsNull() throws {
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let values = try rows("""
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sphere:
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explicit: null
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tilde: ~
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empty-string: ""
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only-a-comment: # nothing but this
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space-after: " "
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""")
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// A row showing a key and nothing beside it reads as a bug in the app; YAML's own word for
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// the value is the honest thing to draw. An explicitly *empty string* is a different value
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// and keeps its own bytes.
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#expect(values["sphere"] == "null")
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#expect(values["explicit"] == "null")
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#expect(values["tilde"] == "~")
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#expect(values["only-a-comment"] == "null")
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#expect(values["empty-string"] == "\"\"")
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#expect(values["space-after"] == "\" \"")
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}
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@Test("A duplicated key reads once, with the winning occurrence's value")
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func duplicateKeysCollapseLastWins() throws {
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let document = try FrontmatterDocument.parse("""
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---
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schema: 1
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order: 1024
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project: first
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sphere: home
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project: second
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---
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Body.
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""")
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let rows = CardDetails.rows(of: document)
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// 01-storage-format.md's deliberate divergence from strict YAML, surfaced: the section shows
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// what the app *reads*, and the app reads the last occurrence. Two rows for one key would say
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// the card has a value it does not have.
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#expect(rows.map(\.key) == ["sphere", "project"])
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#expect(rows.map(\.value) == ["home", "second"])
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}
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@Test("Frontmatter the editor cannot address still renders — readable-but-uneditable")
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func anUneditableDocumentStillShowsItsKeys() throws {
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// A whole-frontmatter flow mapping: no key has a line of its own, so `rawValue` has no span
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// to read and every value falls back to the parsed reading. The document refuses *writes*
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// (`uneditableShape`) — this section only reads, so it shows the keys like any other card's.
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let document = try FrontmatterDocument.parse("""
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---
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{schema: 1, order: 1024, project: lanework, labels: [a, b]}
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---
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Body.
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""")
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#expect(document.uneditableShape != nil)
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#expect(CardDetails.rows(of: document).map(\.key) == ["project", "labels"])
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#expect(CardDetails.rows(of: document).map(\.value) == ["lanework", "[a, b]"])
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}
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@Test("Nothing a parsed document can hold makes a row throw or vanish")
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func exoticShapesAreLenient() throws {
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// "Values render as plain text, leniently — exotic YAML shapes display best-effort, never
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// error" (05 ▸ Details). Every shape here has *some* row, and none of them is empty: an
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// unreadable value must still say that the key is there, since the raw source outlet is the
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// only way to fix it and the user has to know to go there.
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let values = try rows("""
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nested: {a: {b: [1, 2, {c: d}]}}
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booleans: [true, false, yes, no]
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unicode: "日本語 — ✂ \\u00e9"
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anchored: &a value
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aliased: *a
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colon-in-value: "key: not a key"
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tabbed: "a\\tb"
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big: 123456789012345678901234567890
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exponent: 1.2e+34
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infinity: .inf
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not-a-number: .nan
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dashes: "- not a list"
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""")
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#expect(values.count == 12)
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for (key, value) in values {
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#expect(!value.isEmpty, "\(key) rendered as nothing at all")
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}
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// An alias resolves to `.null` in the snapshot's value view, but its *source span* is what
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// the row shows — so an aliased value states the alias rather than lying about being empty.
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#expect(values["aliased"] == "*a")
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#expect(values["infinity"] == ".inf")
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#expect(values["not-a-number"] == ".nan")
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#expect(values["colon-in-value"] == "\"key: not a key\"")
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}
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}
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// MARK: - Style ▸ the anchor
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@Suite("Card sidebar ▸ style anchoring")
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struct CardStyleAnchorTests {
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@Test("The section's target is this window's card, and only this window's card")
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func theTargetIsTheWindowsCard() {
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let card = ItemID(rawValue: Ident.card1)
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// The card window has no selection and inherits none: "the two embedded anchors need none of
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// this and get none — the card sidebar dismisses with its card's window" (`StyleEditorSession`).
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// A target derived from anything that moves is the one way this anchor could restyle
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// something the user is not looking at.
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#expect(CardStyleSection.target(forCard: card) == .items([card]))
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// Never the board — the fallback the *selection-aware* anchor takes with nothing selected,
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// and the one this anchor must never reach: a card window styling the whole board would
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// repaint every lane behind it.
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#expect(CardStyleSection.target(forCard: card) != .board)
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}
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@Test("A card respelled in caps is the same target")
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func theTargetIsKeyedByIdentityNotSpelling() {
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// The window's own key rule (`CardWindowRef`), so the section cannot disagree with the window
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// it sits in about which card it is aimed at.
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let lower = ItemID(rawValue: Ident.card1)
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let upper = ItemID(rawValue: Ident.card1.uppercased())
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#expect(CardStyleSection.target(forCard: lower) == CardStyleSection.target(forCard: upper))
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}
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/// **The sidebar's `SymbolPicker` is fed `CuratedSymbols.available`, not the picker's own
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/// smaller default** — the design ruling behind the 2026-08-08 grid-to-picker swap ("so a card's
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/// curated vocabulary doesn't shrink"). Not a test *of* the view (this file's own stance), but of
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/// the two catalogs the ruling is a claim about: if `CuratedSymbols` ever shrank to
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/// `SymbolPickerCatalog.defaultSet`'s size or below, the sidebar's explicit `symbols:` argument
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/// would have quietly become a no-op, and this is the tripwire for that.
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@Test("The card sidebar's curated symbol vocabulary is at least as wide as the picker's own default")
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func theCuratedSetPassedToTheSidebarPickerDoesNotShrinkIt() {
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#expect(CuratedSymbols.available.count > SymbolPickerCatalog.defaultSet.count)
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// And it is still the same *available* set every other curated surface reads — filtered
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// through `ItemSymbol.exists` (`CuratedSymbols.available`'s own doc comment), never the
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// unfiltered `all`, so the sidebar never offers a well this Mac cannot draw.
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#expect(CuratedSymbols.available.allSatisfy(ItemSymbol.exists))
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}
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}
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// MARK: - Style ▸ the anchor's geometry
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@Suite("Card sidebar ▸ style editor layout")
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struct StyleEditorLayoutTests {
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/// How wide `columns` wells and the gaps between them actually draw, at a given text size.
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private func gridWidth(columns: Int, bodyPointSize: CGFloat) -> CGFloat {
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CGFloat(columns) * StyleEditorLayout.wellSide(bodyPointSize: bodyPointSize)
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+ CGFloat(columns - 1) * StyleEditorLayout.wellSpacing(bodyPointSize: bodyPointSize)
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}
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@Test("The popover anchor keeps its settled geometry at the standard text size")
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func thePopoverKeepsItsSettledGeometry() {
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// 268 points and 7 + 6 background wells are 03-board-ui.md's own numbers ("narrow enough to
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// sit beside a card"). Making the anchor font-derived (10-accessibility.md ▸ Text scaling)
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// must not have moved them at the size they were settled for — the point of the multiples is
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// that the default text size renders exactly what it always did.
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let popover = StyleEditorLayout.popover(bodyPointSize: 13)
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#expect(popover.width == 268)
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#expect(popover.padding == 14)
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#expect(popover.backgroundColumns == 7)
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#expect(popover.symbolColumns == 8)
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#expect(popover.symbolGridMaximumHeight == 168)
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#expect(popover.wellSide == 20)
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#expect(popover.wellSpacing == 6)
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}
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/// The other half of the same claim: **the popover grows with the text**, so its seven wells
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/// still fit at a large system text size instead of overflowing a frame frozen at 268 points.
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@Test("The popover's frame grows with the text, and its wells keep fitting inside it")
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func thePopoverScales() {
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var previousWidth: CGFloat = 0
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for size in [11.0, 13.0, 16.0, 18.0, 24.0, 36.0] as [CGFloat] {
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let popover = StyleEditorLayout.popover(bodyPointSize: size)
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#expect(popover.width! > previousWidth, "the popover must widen with the text at \(size)pt")
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previousWidth = popover.width!
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// The column counts are the design's and never move; what has to hold is that they
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// still fit, insets included.
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#expect(popover.backgroundColumns == 7)
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let content = popover.width! - 2 * popover.padding
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#expect(gridWidth(columns: 7, bodyPointSize: size) <= content, "7 wells overflow at \(size)pt")
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#expect(gridWidth(columns: 8, bodyPointSize: size) <= content, "8 wells overflow at \(size)pt")
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}
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}
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@Test("The sidebar anchor takes the column it is given and adds nothing to it")
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func theSidebarBringsNoGeometryOfItsOwn() {
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let layout = StyleEditorLayout.sidebar(contentWidth: 169, bodyPointSize: 13)
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// No width: the sidebar's is `CardWindowMetrics`' one decision. No padding: the section stack
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// is already inset by a gutter, and insetting twice would narrow the grids for nothing.
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#expect(layout.width == nil)
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#expect(layout.padding == 0)
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// No inner scroller: the sidebar is already a scroll view, and a scroll view inside a scroll
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// view is a scroll view that fights (`CardWindowView`'s rule).
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#expect(layout.symbolGridMaximumHeight == nil)
|
||
}
|
||
|
||
@Test("The grids fit the sidebar at every text size, and waste no room doing it")
|
||
func theGridsFitTheSidebar() {
|
||
for size in [11.0, 13.0, 16.0, 18.0, 24.0, 36.0] as [CGFloat] {
|
||
let available = CardWindowMetrics.sidebarContentWidth(bodyPointSize: size)
|
||
let layout = StyleEditorLayout.sidebar(contentWidth: available, bodyPointSize: size)
|
||
|
||
#expect(layout.backgroundColumns == layout.symbolColumns, "one column count for one column")
|
||
// Fits — a grid wider than its column puts the last well of every row out of reach of
|
||
// the pointer, at a text size nobody checks by eye.
|
||
#expect(gridWidth(columns: layout.backgroundColumns, bodyPointSize: size) <= available,
|
||
"overflows at \(size)pt")
|
||
// And is maximal: one more well would not have fitted, so the wells are as large a set as
|
||
// the column can show rather than an arbitrary count that happened to be safe.
|
||
#expect(gridWidth(columns: layout.backgroundColumns + 1, bodyPointSize: size) > available,
|
||
"under-packed at \(size)pt")
|
||
// And the count is *stable* across text sizes, because the column and the wells scale on
|
||
// the same ruler — the sidebar is 26 body characters wide and a well is 1.55 body ems,
|
||
// and neither of those ratios moves. Without that the grid would collapse to a strip at
|
||
// a large text size, which is a palette the user can no longer scan.
|
||
#expect(layout.backgroundColumns >= 4, "the grid collapsed to a strip at \(size)pt")
|
||
}
|
||
}
|
||
|
||
@Test("The sidebar's grids are narrower than the popover's, at the standard text size")
|
||
func theSidebarIsTheNarrowerAnchor() {
|
||
// Which is the entire reason this type exists: the popover's 7 wells across do not fit a
|
||
// 26-character column, so an editor with one hard-coded frame could not have both anchors.
|
||
let layout = StyleEditorLayout.sidebar(
|
||
contentWidth: CardWindowMetrics.sidebarContentWidth(bodyPointSize: 13),
|
||
bodyPointSize: 13
|
||
)
|
||
#expect(layout.backgroundColumns < StyleEditorLayout.popover(bodyPointSize: 13).backgroundColumns)
|
||
#expect(layout.backgroundColumns >= 4, "a grid this narrow would be a strip, not a palette")
|
||
}
|
||
|
||
@Test("A column too narrow for even one well still asks for one")
|
||
func theFitRuleIsTotal() {
|
||
// Total over any width, because the caller is a layout system: a zero proposal during a
|
||
// window's first frame must not produce a grid of zero columns, which is a division by zero
|
||
// waiting in `LazyVGrid`.
|
||
#expect(StyleEditorLayout.columns(fitting: 0, bodyPointSize: 13) == 1)
|
||
#expect(StyleEditorLayout.columns(fitting: -100, bodyPointSize: 13) == 1)
|
||
#expect(StyleEditorLayout.columns(fitting: StyleEditorLayout.wellSide(bodyPointSize: 13),
|
||
bodyPointSize: 13) == 1)
|
||
}
|
||
|
||
@Test("The sidebar's content width is the column minus its two gutters")
|
||
func theContentWidthIsTheColumnMinusItsGutters() {
|
||
for size in [11.0, 13.0, 24.0] as [CGFloat] {
|
||
#expect(
|
||
CardWindowMetrics.sidebarContentWidth(bodyPointSize: size)
|
||
== CardWindowMetrics.sidebarWidth(bodyPointSize: size)
|
||
- 2 * CardWindowMetrics.gutter(bodyPointSize: size)
|
||
)
|
||
}
|
||
// 26 characters at half an em: 26 × 0.5 × 16 = 208, the text width the column was sized for.
|
||
#expect(CardWindowMetrics.sidebarContentWidth(bodyPointSize: 16) == 208)
|
||
}
|
||
}
|