# Codemagic CI/CD — builds the Biz Connect iOS app (Capacitor shell over the live web UI) and uploads it
# to TestFlight / App Store Connect. No Mac needed: this runs on Codemagic's macOS cloud instances.
#
# The app is a thin Capacitor wrapper that loads https://remote.bizgaze.com, so there's no bundled web
# code to build here — we generate the iOS project, patch its privacy strings, sign, archive and upload.
#
# ── One-time setup (see mobile/IOS_SETUP.md for the click-by-click) ────────────────────────────────
#   1. App Store Connect: create the app with bundle id  com.bizgaze.connect
#   2. Codemagic → Teams/Integrations → App Store Connect: add your ASC API key (issuer id, key id, .p8).
#      Name the integration exactly:  BizGaze App Store Connect
#   3. That's it — automatic code signing fetches/creates the distribution cert + profile from that key.

workflows:
  ios-testflight:
    name: Biz Connect iOS → TestFlight
    max_build_duration: 60
    instance_type: mac_mini_m2
    integrations:
      app_store_connect: BizGaze App Store Connect   # ← must match the integration name you create
    environment:
      # NOTE: we deliberately do NOT use an `ios_signing:` block here. That block makes Codemagic
      # try to *fetch an existing* provisioning profile at build startup — it never creates one — so on
      # a brand-new app it fails init with "No matching profiles found …". Instead the "Set up code
      # signing" script below runs `fetch-signing-files … --create`, which creates the distribution
      # certificate + profile on first run, then `xcode-project use-profiles` wires them into the project.
      groups:
        - ios_signing   # ← Codemagic variable group holding CERTIFICATE_PRIVATE_KEY (secure). See below.
      vars:
        BUNDLE_ID: "com.bizgaze.connect"
        XCODE_PROJECT: "mobile/ios/App/App.xcodeproj"
        XCODE_SCHEME: "App"
      node: 22
      xcode: latest
      cocoapods: default
    scripts:
      - name: Install JS dependencies
        script: |
          cd mobile
          # npm install (not ci): the dependency set changed to Capacitor 7 + the safe-area/keyboard
          # plugins, so we let npm resolve a fresh tree rather than require a pre-synced lockfile.
          npm install

      - name: Generate the iOS project (Capacitor)
        script: |
          cd mobile
          # `cap add ios` scaffolds ios/App; safe to re-run — it no-ops if it already exists.
          # Capacitor 8 Swift Package Manager: generate an SPM project (no Podfile). LiveKit is pulled via the
          # native-call plugin's Package.swift; `cap sync` wires all local plugins into the CapApp-SPM package.
          if [ ! -d "ios" ]; then npx cap add ios --packagemanager SPM; fi
          npx cap sync ios
          # Sanity: the Xcode project must exist. Print the iOS dir so the log shows the SPM layout (CapApp-SPM
          # present, NO Podfile) — if a Podfile appears, the SPM flag didn't take and we'd need to fix it.
          test -d ios/App/App.xcodeproj || { echo "ERROR: iOS Xcode project not generated"; ls -la ios/App || true; exit 1; }
          echo "iOS project layout:"; ls -la ios/App
          # ── Diagnose local-plugin SPM wiring (the regression: our file: plugins didn't function at runtime) ──
          echo "=== local plugins in node_modules — symlink vs copy, and is Package.swift present? ==="
          for p in native-call media-library audio-route share-inbox file-opener; do
            echo "-- $p --"; ls -ld "node_modules/$p" 2>/dev/null || echo "  (dir missing)"
            ( ls "node_modules/$p/Package.swift" >/dev/null 2>&1 && echo "  Package.swift PRESENT" ) || echo "  Package.swift MISSING"
          done
          echo "=== CapApp-SPM Package.swift — are our local plugins + LiveKit wired in? ==="
          CAPSPM=$(find ios -path "*CapApp-SPM*Package.swift" 2>/dev/null | head -1)
          if [ -n "$CAPSPM" ]; then echo "found: $CAPSPM"; cat "$CAPSPM"; else echo "  CapApp-SPM/Package.swift NOT FOUND"; find ios -name Package.swift 2>/dev/null; fi
          # App icon + splash from resources/icon.png & resources/splash*.png (1024x1024 icon, 2732² splash).
          npx capacitor-assets generate --ios || echo "asset generation skipped"

      - name: Patch Info.plist (App-Review privacy strings) + bundle id
        script: |
          bash mobile/scripts/ios-patch.sh

      - name: Add the Share Extension target
        script: |
          # Inject the second target (Biz Connect in the iOS share sheet) into the freshly-generated
          # Xcode project. Uses the `xcodeproj` gem that ships with CocoaPods, so no extra install.
          # Runs BEFORE pod install: the extension uses no pods, and this way the workspace that pods
          # generates already contains the new target.
          ruby mobile/scripts/add-share-extension.rb

      - name: Set up code signing
        script: |
          # Create the distribution certificate + provisioning profile from the ASC API key and add the
          # cert to the keychain. NOTE: `xcode-project use-profiles` is intentionally NOT here — it must
          # run AFTER `pod install` generates the workspace, otherwise it fails to wire the profile into
          # the App target and the archive dies with "App requires a provisioning profile".
          #
          # --certificate-key is REQUIRED for reusable signing: without it, --create makes a throwaway
          # distribution cert whose private key dies with the build machine, so the next build finds a
          # cert it has no key for ("Cannot save Signing Certificates without certificate private key").
          # By passing our own fixed private key (CERTIFICATE_PRIVATE_KEY, a secure var in the
          # `ios_signing` group), the cert is created once from that key and reused by every build.
          #
          # TWO bundle ids now need signing: the app AND the share extension (<app>.share). Each gets its
          # own App Store profile. The App Group capability (group.com.bizgaze.connect) must be enabled on
          # BOTH App IDs in the Apple Developer portal — see mobile/IOS_SETUP.md. fetch-signing-files
          # registers a missing bundle id and creates its profile, but does NOT toggle the App Group
          # capability, so that stays a one-time manual step.
          keychain initialize
          app-store-connect fetch-signing-files "$BUNDLE_ID" \
            --type IOS_APP_STORE \
            --certificate-key="@env:CERTIFICATE_PRIVATE_KEY" \
            --create
          app-store-connect fetch-signing-files "${BUNDLE_ID}.share" \
            --type IOS_APP_STORE \
            --certificate-key="@env:CERTIFICATE_PRIVATE_KEY" \
            --create
          keychain add-certificates

      # (No "Install CocoaPods" step under SPM — there is no Podfile. Xcode resolves the Swift packages
      #  (Capacitor, plugins, LiveKit + its WebRTC/UniFFI/SwiftProtobuf) during the archive below.)

      - name: Build the signed IPA
        script: |
          # Apply the fetched provisioning profile(s) to the Xcode project NOW that the workspace exists,
          # then archive. use-profiles scans for **/*.xcodeproj under the repo root and sets manual
          # signing (team + profile specifier) on the matching App target.
          xcode-project use-profiles
          # `xcode-project build-ipa` prints a PRETTIFIED summary and swallows the raw xcodebuild "error:"
          # lines — a failed archive shows only "Failed to archive" with no reason. On failure, surface the
          # actual errors from the raw log so we don't have to dig through the artifact.
          if ! xcode-project build-ipa --project "$XCODE_PROJECT" --scheme "$XCODE_SCHEME"; then
            echo "======================= xcodebuild errors ======================="
            grep -h -E "error:|errSec|Provisioning profile|entitlement|Code ?Sign|does not (support|contain)|requires a provisioning|No profile|No signing|doesn't (include|match)|Command .* failed" /tmp/xcodebuild_logs/*.log 2>/dev/null | grep -vi "warning:" | tail -60 || echo "(no matching lines — open the xcodebuild_logs artifact)"
            echo "================================================================="
            exit 1
          fi
    artifacts:
      - build/ios/ipa/*.ipa
      - /tmp/xcodebuild_logs/*.log
    publishing:
      app_store_connect:
        auth: integration
        # Upload the build to App Store Connect. It is immediately usable for INTERNAL TestFlight testing
        # (no Apple review). We keep external-beta submission OFF for now: submit_to_testflight=true would
        # push the build to EXTERNAL beta review, which requires the Test Information (feedback email +
        # beta review contact + a demo login, since our app needs sign-in) to be filled in first, and
        # fails the build until then. Flip to true (and add `beta_groups:` + fill Test Information at
        # App Store Connect → TestFlight → Test Information) when you want outside testers.
        submit_to_testflight: false
        # Flip this to true (and add a `submit_to_app_store` group with reviewer notes) once you're ready
        # to push a build to public App Store review instead of only TestFlight.
        # submit_to_app_store: false
    # No email recipients here on purpose — build status is watched on the Codemagic dashboard. Add
    # per-user notifications in the Codemagic UI (or a `publishing.email` block) later if you want them.