iccery-v2-mac/AGENTS.md

AGENTS.md — ICCery v2 Mac

Product

Native macOS printer ICC/ICM profiling frontend. Drives the Gronod ArgyllCMS 3.5.0 fork as AGPL-isolated subprocesses. Spec snapshot lives in docs/ (chapters 01–25). Ticket plan: BUILD-PLAN.md.

Stack

• SwiftUI (@Observable, @MainActor view models) + AppKit for printing / panels / file dialogs.
• Minimum macOS 14.0. Universal arm64 + x86_64.
• Bundle id com.gronod.iccery2. Product name ICCery.
• App Sandbox OFF. Hardened Runtime ON. Entitlements in ICCery.entitlements.
• No Tauri, no Rust host, no WKWebView, no Three.js.

Package layout

• ICCery — app target (SwiftUI shell). Also owns the native print stack in Sources/ICCery/Print/: PMTicketBridge, PrintTicket, TicketWriteResolver, NativeTargetSpooler (+ RecordingTargetSpooler), TargetRaster, TargetPageCanvasView (#201 D1 — AppKit/NSPrintOperation lives here, never in ICCeryCore).
• ICCeryCore — wizard state, ProcessManager, argv builders, settings, CGATS, ΔE₀₀ (no AppKit print panel; CUPS enumeration/parsers only).
• ICCeryPrintKit — v2.1 only (issue 16). Zero deps on wizard types.

AGPL boundary

Never link Argyll. Spawn only.

• Streaming: ProcessManager actor (targen, printtarg, chartread, average, colprof, profcheck, iccgamut, instlist).
• Captured: runCaptured (printcal, applycal only). Both paths set ARGYLL_NOT_INTERACTIVE=1. Never search $PATH for binaries.

Concurrency

No blocking subprocess I/O on @MainActor. Do not hop to main per stdout line (colprof emits thousands of .). Stdin handle is independent of wait (#84). Process ids are exclusive leases (#116). killAll on NSApplication.willTerminate and last-window close (#147, #149). XY cancel: send q\n, wait ~500 ms, then kill.

Argyll flag discipline

See docs/25-rewrite-notes.md and docs/04-argyll-binaries.md §15. -d / -r / -R / -u / -Y / -c mean different things per tool. v2.0 -u policy: printtarg + chartread + profcheck only.

Files

Artefact gating on disk. No placeholder basenames (#60). Empty cwd illegal (#59). Atomic writes = .tmp + rename (#213). User-supplied strings via SwiftUI Text only (#114). TIFF never rendered directly — host-side PNG preview (#58).

Print spool — native since v2.0 (#201); v1 lp path eradicated

Target printing is a headless NSPrintOperation via NativeTargetSpooler (#201): restore the captured PrintTicket, apply TicketWriteResolver (Stage 2 always wins, D6), draw 1:1 with interpolation off. lp is eradicated from the target-print path (historical v1: LpArgs, CupsService.printTarget, ICCERY_TEST_LP_ARGV all deleted). CupsParsers/CupsOptionsFilter stay (D4): enumeration, capabilities, media/quality/bypass key detection and the Stage 2 mirror. UI-test seam: ICCERY_TEST_SPOOL_LOG — DEBUG RecordingTargetSpooler appends one resolved-ticket line per page (D8).

Versioning

scripts/version.sh is the single source: tag/describe → ICCERY_RELEASE_TAG (About shows tag (marketing)), MARKETING_VERSION = strict X.Y.Z, CURRENT_PROJECT_VERSION = git rev-list --count HEAD (#189). v* tag builds hard-fail if tag's X.Y.Z ≠ project.yml MARKETING_VERSION — bump project.yml on develop before tagging. CI needs fetch-depth: 0.

Branching

develop ← milestone/mN-<name> ← feat/<issue#>-<slug>. PRs via Gitea MCP. Every issue/PR: Project/ICCery-v2 + Feature/* or Bug/* + Priority/*.

Issue ticket style

• Title: [Kind/Priority] short description — e.g. [Bug/Critical] …, [Feature/Medium] ….
• Labels: Kind/Bug or Kind/Feature (also Kind/Testing for test work), one Bug/<area> or Feature/<area> (Architecture/Backend/UI/DevOps), one Priority/*, plus Project/ICCery-v2. Set the milestone when the work belongs to an active mN milestone.
• Bug bodies: ## Summary → ## Root Cause Analysis (file:line evidence; note checked-and-dismissed hypotheses) → ## Proposed Fix (options or deterministic plan) → ## Acceptance Criteria (checkbox list) → ## Dependencies → ## References.
• Feature bodies: same skeleton minus Root Cause; lead with Summary and a concrete implementation plan.
• Dependencies/blockers must always be recorded via the gitea MCP issue_write methods (add_dependency, block_issue; reads via issue_read list_dependencies / list_blocks — see "Gitea issue dependencies"), not just mentioned in the body. This is mandatory when issues share a milestone with an implementation order: wire up add_dependency (blocked-by) and block_issue (blocks) links so the order is machine-readable. The ## Dependencies body section may still summarise them for readability, but the MCP links are authoritative.

Verify

xcodebuild test -scheme ICCery -destination 'platform=macOS' ARCHS="$(uname -m)"
codesign -dvv <sidecar>

Universal (ARCHS='arm64 x86_64' ONLY_ACTIVE_ARCH=NO) is still required for release verification / packaging.

Private ColorSync SPI

2-arg (PMPrintSession, CFStringRef) -> OSStatus. Never pass integer 1. Modes: AP_ApplicationColorMatching then ApplicationColorMatching. One spool path remains (#201 D2): write both vocabularies on the native path — locked AP_* (AP_ColorMatchingMode + AP.ColorMatchingMode = AP_ApplicationColorMatching) and the Quartz dictionary (PMColorMatchingMode=APCustomColorMatching, PMCustomColorMatchingProfile="", legacy com.apple.print.PrintSettings.PMColorMatchingMode, nested com.apple.print.printSettings mirror).

Gitea issue dependencies

Use the gitea MCP (custom build with blocking support — verified working):

• issue_write methods:
  • add_dependency — blocking_issue blocks issue_number.
  • remove_dependency — removes blocking_issue from issue_number's blockers.
  • block_issue / unblock_issue — issue_number blocks/unblocks blocked_issue.
• issue_read methods: list_dependencies (issues blocking N), list_blocks (issues N blocks).
• All issue numbers are display numbers, not db ids.