Narrow the dropdown (380 to 360) and give it more vertical room (620 to 700). Tighten the subscription cards (less spacing/padding) since they carry only a few window rows. Make the spend chart taller (18 to 30) and let the user pick its style in Settings: chunk bars (default) or a line graph with a subtle area fill. Persist the choice in UserDefaults.
CCS Bar (macOS)
Native SwiftUI menu bar app for CCS. A thin client of the CCS local web-server: it glances per-account quota, cost and tier, and performs account control (pause/resume, set default, solo, tier-lock) from the menu bar.
The app never talks to a provider directly. Every call goes to localhost, and
CCS performs any provider fetch server-side. Opening the menu fires a debounced
force-refresh so the glance reflects live data without blocking the UI.
Layout
Sources/CCSBarCore— pure Foundation logic (no SwiftUI): API client, discovery handshake, models, formatting, refresh debounce. Fully unit-tested.Sources/CCSBarApp— SwiftUIMenuBarExtraapp: view-model + views.Sources/CCSBarCheck— runnable assert harness used in place of XCTest (XCTest ships with full Xcode; this builds on a CommandLineTools toolchain).
Build and test
Requires a Swift 5.9+ toolchain (CommandLineTools is enough; full Xcode not required for build/test).
swift build # build all targets, including the app
swift run ccs-bar-check # run the logic tests (exits non-zero on failure)
Discovery
The app reads ~/.ccs/bar.json (written by ccs bar launch):
{ "baseUrl": "http://127.0.0.1:3000", "port": 3000, "authMode": "loopback" }
v1 supports authMode: "loopback" only (dashboard auth disabled, localhost).
Packaging
Scripts/package_app.sh assembles CCS Bar.app from a release build and signs
it. v1 uses ad-hoc signing (CCS_BAR_SIGNING=adhoc, the default); users open it
the first time via right-click then Open, or clear quarantine with
xattr -dr com.apple.quarantine "/Applications/CCS Bar.app". Developer ID
signing + notarization (CCS_BAR_SIGNING=developer-id) is the public-launch
path and is not required for ad-hoc distribution.