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Merge branch 'main' of https://gitea.ngodanguyen.tech/nngo/JQC_iOS_App

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nngo
2026-08-17 16:08:05 -04:00
parent 5a01d141f4 49fa39fe98
commit 0ded0cf11e
21 changed files with 1978 additions and 232 deletions
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JanitorialQC/Views/Dashboard/DashboardView.swift
+269 -135
View File
@@ -34,6 +34,7 @@ struct DashboardView: View {
@EnvironmentObject private var sync: SyncManager
@Environment(\.modelContext) private var context
@Environment(\.scenePhase) private var scenePhase
@Environment(\.horizontalSizeClass) private var hSizeClass
@Query(
filter: #Predicate<LocalInspection> { $0.status != "synced" },
@@ -41,6 +42,19 @@ struct DashboardView: View {
order: .reverse
) private var myInspections: [LocalInspection]
/// Outstanding follow-up requests, counted into the My Inspections badge so
/// the inspector sees there is work waiting from any tab — the same reason
/// in-progress inspections are counted there.
@Query private var followUpRequests: [LocalFollowUpRequest]
/// Badge count for My Inspections: in-progress work plus outstanding
/// follow-ups. `fulfilledLocally` rows are excluded in Swift, not in the
/// @Query predicate (CLAUDE.md rule 3), so the badge drops the instant a
/// re-inspection is submitted.
private var myInspectionsBadgeCount: Int {
myInspections.count + followUpRequests.filter { !$0.fulfilledLocally }.count
}
@State private var selectedTab: SidebarTab = .dashboard
/// Each sidebar tap refreshes the UUID for that tab, forcing its
/// NavigationStack to be destroyed and recreated — even when the tab
@@ -71,141 +85,26 @@ struct DashboardView: View {
selectedTab = tab
}
/// Sidebar order — single source of truth for both the regular-width
/// sidebar and the compact-width root list.
private let sidebarTabs: [SidebarTab] = [
.dashboard, .myInspections, .issues, .facilities,
.pendingSync, .history, .notifications, .settings,
]
var body: some View {
NavigationSplitView {
List {
// ── Dashboard ──────────────────────────────────────────────
Button { selectTab(.dashboard) } label: {
Label("Dashboard", systemImage: "chart.bar.xaxis")
.foregroundStyle(selectedTab == .dashboard ? .blue : .primary)
}
.listRowBackground(selectedTab == .dashboard ? Color.blue.opacity(0.1) : Color.clear)
// ── My Inspections ─────────────────────────────────────────
Button { selectTab(.myInspections) } label: {
HStack {
Label("My Inspections", systemImage: "checklist")
.foregroundStyle(selectedTab == .myInspections ? .blue : .primary)
Spacer()
if !myInspections.isEmpty {
Text("\(myInspections.count)")
.font(.caption2)
.padding(.horizontal, 6).padding(.vertical, 2)
.background(Color.blue.opacity(0.15))
.clipShape(Capsule())
}
}
}
.listRowBackground(selectedTab == .myInspections ? Color.blue.opacity(0.1) : Color.clear)
// ── Issues (all roles) ─────────────────────────────────────
Button { selectTab(.issues) } label: {
Label("Issues", systemImage: "exclamationmark.triangle")
.foregroundStyle(selectedTab == .issues ? .blue : .primary)
}
.listRowBackground(selectedTab == .issues ? Color.blue.opacity(0.1) : Color.clear)
// ── Facilities ─────────────────────────────────────────────
Button { selectTab(.facilities) } label: {
Label("Facilities", systemImage: "building.2")
.foregroundStyle(selectedTab == .facilities ? .blue : .primary)
}
.listRowBackground(selectedTab == .facilities ? Color.blue.opacity(0.1) : Color.clear)
// ── Pending Sync ───────────────────────────────────────────
Button { selectTab(.pendingSync) } label: {
HStack {
Label("Pending Sync", systemImage: "arrow.triangle.2.circlepath")
.foregroundStyle(selectedTab == .pendingSync ? .blue : .primary)
Spacer()
if sync.pendingCount > 0 {
Text("\(sync.pendingCount)")
.font(.caption2)
.padding(.horizontal, 6).padding(.vertical, 2)
.background(Color.orange.opacity(0.2))
.foregroundStyle(.orange)
.clipShape(Capsule())
}
}
}
.listRowBackground(selectedTab == .pendingSync ? Color.blue.opacity(0.1) : Color.clear)
// ── History (moved — sits between Pending Sync and Settings)
Button { selectTab(.history) } label: {
Label("History", systemImage: "clock.arrow.circlepath")
.foregroundStyle(selectedTab == .history ? .blue : .primary)
}
.listRowBackground(selectedTab == .history ? Color.blue.opacity(0.1) : Color.clear)
// ── Notifications ─────────────────────────────────────────
Button {
selectTab(.notifications)
sync.markNotificationsViewed()
} label: {
HStack {
Label("Notifications", systemImage: "bell")
.foregroundStyle(selectedTab == .notifications ? .blue : .primary)
Spacer()
if sync.unreadNotificationCount > 0 {
Text("\(min(sync.unreadNotificationCount, 99))")
.font(.caption2)
.padding(.horizontal, 6).padding(.vertical, 2)
.background(Color.red.opacity(0.85))
.foregroundStyle(.white)
.clipShape(Capsule())
}
}
}
.listRowBackground(selectedTab == .notifications ? Color.blue.opacity(0.1) : Color.clear)
// ── Settings ───────────────────────────────────────────────
Button { selectTab(.settings) } label: {
Label("Settings", systemImage: "gear")
.foregroundStyle(selectedTab == .settings ? .blue : .primary)
}
.listRowBackground(selectedTab == .settings ? Color.blue.opacity(0.1) : Color.clear)
}
.navigationTitle("JQC Inspector")
.listStyle(.sidebar)
.safeAreaInset(edge: .bottom) { syncStatusFooter }
} detail: {
switch selectedTab {
case .dashboard:
NavigationStack { DashboardStatsView() }
case .myInspections:
NavigationStack(path: $inspectionsPath) {
MyInspectionsView()
.navigationDestination(for: LocalInspection.self) { inspection in
if inspection.status == "draft" {
ExecuteInspectionView(inspection: inspection)
} else {
CompletedInspectionView(inspection: inspection)
}
}
}
case .issues:
NavigationStack(path: $issuesPath) {
IssuesListView()
.navigationDestination(for: LocalIssue.self) { issue in
IssueDetailView(issue: issue)
}
}
case .facilities:
NavigationStack { FacilitiesListView() }
case .pendingSync:
NavigationStack { SyncStatusView() }
case .history:
NavigationStack(path: $historyPath) {
InspectionHistoryView()
.navigationDestination(for: APIInspectionSummary.self) { inspection in
HistoryDetailView(inspection: inspection)
}
}
case .notifications:
NavigationStack { NotificationsView() }
case .settings:
NavigationStack { SettingsView() }
Group {
// On compact width (iPhone) a NavigationSplitView collapses to show
// ONLY the sidebar: its `detail:` column is never presented, because
// nothing pushes it. The rows here are plain Buttons driving @State
// (rule 2 forbids a `selection:` binding), and a state change alone
// cannot push the detail column — so every destination was
// unreachable on iPhone. Compact width therefore gets a real
// NavigationStack whose rows are NavigationLinks.
if hSizeClass == .compact {
compactBody
} else {
regularBody
}
}
.task {
@@ -223,6 +122,181 @@ struct DashboardView: View {
}
}
// ── Regular width (iPad) — unchanged two-column split view ────────────
private var regularBody: some View {
NavigationSplitView {
List {
ForEach(sidebarTabs, id: \.self) { tab in
Button {
selectTab(tab)
if tab == .notifications { sync.markNotificationsViewed() }
} label: {
sidebarRowLabel(tab, tinted: selectedTab == tab)
}
.listRowBackground(
selectedTab == tab ? Color.blue.opacity(0.1) : Color.clear
)
}
}
.navigationTitle("JQC Inspector")
.listStyle(.sidebar)
.safeAreaInset(edge: .bottom) { syncStatusFooter }
} detail: {
switch selectedTab {
case .myInspections:
NavigationStack(path: $inspectionsPath) { detailRoot(for: .myInspections) }
case .issues:
NavigationStack(path: $issuesPath) { detailRoot(for: .issues) }
case .history:
NavigationStack(path: $historyPath) { detailRoot(for: .history) }
default:
NavigationStack { detailRoot(for: selectedTab) }
}
}
}
// ── Compact width (iPhone) — push-based stack ─────────────────────────
// One NavigationStack whose root is the same destination list. Rows are
// NavigationLinks so tapping actually pushes. The per-tab paths used by
// the iPad split view are not needed here: this single stack owns the
// whole hierarchy, and the nested `.navigationDestination`s declared in
// detailRoot(for:) register against it.
private var compactBody: some View {
NavigationStack {
List {
ForEach(sidebarTabs, id: \.self) { tab in
NavigationLink(value: tab) {
sidebarRowLabel(tab, tinted: false)
}
}
}
.navigationTitle("JQC Inspector")
.navigationDestination(for: SidebarTab.self) { detailRoot(for: $0) }
.safeAreaInset(edge: .bottom) { syncStatusFooter }
}
}
// ── Shared row label ──────────────────────────────────────────────────
@ViewBuilder
private func sidebarRowLabel(_ tab: SidebarTab, tinted: Bool) -> some View {
let tint: Color = tinted ? .blue : .primary
switch tab {
case .dashboard:
Label("Dashboard", systemImage: "chart.bar.xaxis")
.foregroundStyle(tint)
case .myInspections:
HStack {
Label("My Inspections", systemImage: "checklist")
.foregroundStyle(tint)
Spacer()
if myInspectionsBadgeCount > 0 {
Text("\(myInspectionsBadgeCount)")
.font(.caption2)
.padding(.horizontal, 6).padding(.vertical, 2)
.background(Color.blue.opacity(0.15))
.clipShape(Capsule())
}
}
case .issues:
Label("Issues", systemImage: "exclamationmark.triangle")
.foregroundStyle(tint)
case .facilities:
Label("Facilities", systemImage: "building.2")
.foregroundStyle(tint)
case .pendingSync:
HStack {
Label("Pending Sync", systemImage: "arrow.triangle.2.circlepath")
.foregroundStyle(tint)
Spacer()
if sync.pendingCount > 0 {
Text("\(sync.pendingCount)")
.font(.caption2)
.padding(.horizontal, 6).padding(.vertical, 2)
.background(Color.orange.opacity(0.2))
.foregroundStyle(.orange)
.clipShape(Capsule())
}
}
case .history:
Label("History", systemImage: "clock.arrow.circlepath")
.foregroundStyle(tint)
case .notifications:
HStack {
Label("Notifications", systemImage: "bell")
.foregroundStyle(tint)
Spacer()
if sync.unreadNotificationCount > 0 {
Text("\(min(sync.unreadNotificationCount, 99))")
.font(.caption2)
.padding(.horizontal, 6).padding(.vertical, 2)
.background(Color.red.opacity(0.85))
.foregroundStyle(.white)
.clipShape(Capsule())
}
}
case .settings:
Label("Settings", systemImage: "gear")
.foregroundStyle(tint)
}
}
// ── Shared destination root ───────────────────────────────────────────
// The NavigationStack wrapper lives at the call site, so the same content
// serves as a split-view detail root (iPad) and a pushed view (iPhone).
@ViewBuilder
private func detailRoot(for tab: SidebarTab) -> some View {
switch tab {
case .dashboard:
DashboardStatsView()
case .myInspections:
MyInspectionsView()
.navigationDestination(for: LocalInspection.self) { inspection in
if inspection.status == "draft" {
ExecuteInspectionView(inspection: inspection)
} else {
CompletedInspectionView(inspection: inspection)
}
}
case .issues:
IssuesListView()
.navigationDestination(for: LocalIssue.self) { issue in
IssueDetailView(issue: issue)
}
case .facilities:
FacilitiesListView()
case .pendingSync:
SyncStatusView()
case .history:
InspectionHistoryView()
.navigationDestination(for: APIInspectionSummary.self) { inspection in
HistoryDetailView(inspection: inspection)
}
case .notifications:
NotificationsView()
case .settings:
SettingsView()
}
}
private var syncStatusFooter: some View {
VStack(spacing: 0) {
Divider()
@@ -266,6 +340,15 @@ struct DashboardStatsView: View {
) private var draftInspections: [LocalInspection]
@Environment(\.modelContext) private var context
/// Schedule the inspector tapped in ScheduledInspectionsCard. Held here, not
/// in the card: the card self-hides, and submitting the last scheduled
/// inspection empties its @Query while the start form is still presented.
@State private var scheduledStartTarget: ScheduledStartTarget? = nil
/// The follow-up request tapped in FollowUpRequestsCard. Held here for the
/// same reason as `scheduledStartTarget` — see the covers at the bottom.
@State private var followUpStartTarget: FollowUpStartTarget? = nil
var body: some View {
ScrollView {
VStack(alignment: .leading, spacing: 20) {
@@ -275,11 +358,22 @@ struct DashboardStatsView: View {
DraftResumeBanner(drafts: draftInspections, context: context)
}
// ── Follow-up Requests ─────────────────────────────────────
// Re-inspections a director asked for. Ranked above SCHEDULED:
// a follow-up is remedial work on a facility that already failed
// once, so it is the more urgent of the two. Self-hides when
// there are none. Tap a row to start the linked re-inspection.
FollowUpRequestsCard(onStart: { target in
followUpStartTarget = target
})
// ── Scheduled Inspections (phase36) ────────────────────────
// Planned/recurring assignments for this inspector. Self-hides
// when there are none. Tap a row to start it (facility +
// template preselected).
ScheduledInspectionsCard()
ScheduledInspectionsCard(onStart: { target in
scheduledStartTarget = target
})
if let stats = sync.dashboardStats {
// ── Today ──────────────────────────────────────────────
@@ -407,6 +501,43 @@ struct DashboardStatsView: View {
.refreshable {
await sync.fetchDashboardStats()
}
// Start cover for a tapped scheduled inspection. Owned here rather than
// by ScheduledInspectionsCard because that card self-hides the instant
// its last row is removed — which is exactly when this cover is on
// screen (submit deletes the cached schedule row). The ScrollView is
// always present, so the form is never torn down mid-submit.
.fullScreenCover(item: $scheduledStartTarget) { t in
StartInspectionView(
preFillTemplateId: t.templateServerId,
preFillFacilityId: t.facilityServerId,
// phase45 — nil for an ordinary schedule; set when this row is a
// planned follow-up, which makes the run a linked re-inspection.
// Must precede preFillScheduleId: argument order follows the
// property declaration order in StartInspectionView.
parentServerId: t.parentServerId,
preFillScheduleId: t.id,
preFillScheduleInstructions: t.instructions
)
}
// Start cover for a tapped follow-up request. Owned here for the same
// reason as the scheduled cover above: FollowUpRequestsCard self-hides
// the instant its last row is invalidated at submit, which is exactly
// when this cover is on screen.
//
// `parentServerId` is what makes this a re-inspection rather than a
// fresh one — the server reads it to clear follow_up_required on the
// flagged inspection. `parentLocalId` stays nil: the parent synced long
// ago (that is how it got flagged), so serverId is the reliable handle,
// and clearParentFollowUpFlag()'s fallback-1 matches on it.
.fullScreenCover(item: $followUpStartTarget) { t in
StartInspectionView(
preFillTemplateId: t.templateServerId,
preFillFacilityId: t.facilityServerId,
parentServerId: t.id,
preFillFollowUpNote: t.note,
preFillParentFormDataJSON: t.parentFormDataJSON
)
}
}
// ── Helpers ────────────────────────────────────────────────────────────
@@ -440,6 +571,9 @@ struct DashboardStatsView: View {
.font(.caption)
.foregroundStyle(.secondary)
.lineLimit(1)
// Tiles are 2-up, so on a phone each is ~170 pt wide and
// longer labels ("Open / In Progress") would truncate.
.minimumScaleFactor(0.75)
}
Text(value)
.font(.system(size: 32, weight: .bold, design: .rounded))
JanitorialQC/Views/Dashboard/ExecuteInspectionView.swift
+317 -39
View File
@@ -40,6 +40,14 @@ struct ExecuteInspectionView: View {
@State private var isSubmitting = false
@State private var submitResult: SubmitResult?
// ── Schedule instructions ─────────────────────────────────────────────
// Snapshotted into @State in onAppear rather than read from SwiftData on
// every body pass: resolveAndFulfillSchedule() DELETES the cached
// LocalScheduledInspection row at submit time, while this view is still on
// screen showing the success banner. Reading a deleted PersistentModel traps.
@State private var scheduleInstructions: String? = nil
@State private var instructionsExpanded = true
// Location manager — created on view init. requestLocation() is called in
// onAppear so the permission prompt (and GPS fix acquisition) starts as
// soon as the inspector opens the inspection, maximising the chance of
@@ -158,6 +166,7 @@ struct ExecuteInspectionView: View {
}
.onAppear {
formValues = inspection.formData.compactMapValues { "\($0)" }
loadScheduleInstructions()
// Request Location permission (and start acquiring a fix) the moment
// the inspector opens the inspection — gives GPS the entire duration
// of the inspection to get a fix, rather than only the few seconds
@@ -260,6 +269,15 @@ struct ExecuteInspectionView: View {
headerCard
.padding(.bottom, 16)
// Instructions from the schedule this inspection fulfils. Sits directly
// above the form so the inspector can re-read it mid-inspection without
// leaving the screen. Collapsible because long instructions would
// otherwise push the first form field below the fold.
if let instructions = scheduleInstructions {
instructionsBanner(instructions)
.padding(.bottom, 16)
}
// CHANGED: grid-based form rendering (replaces card-grouped linear list)
if formSchema.isEmpty {
emptyFormPlaceholder
@@ -297,6 +315,60 @@ struct ExecuteInspectionView: View {
.clipShape(RoundedRectangle(cornerRadius: 10))
}
// ── Instructions Banner ───────────────────────────────────────────────
/// Manager-authored instructions for the schedule this inspection fulfils.
/// Wire/DB field is `notes`; "Instructions" is the user-facing wording.
private func instructionsBanner(_ text: String) -> some View {
VStack(alignment: .leading, spacing: 8) {
Button {
withAnimation(.easeInOut(duration: 0.2)) {
instructionsExpanded.toggle()
}
} label: {
HStack(spacing: 8) {
Image(systemName: "info.circle.fill")
.foregroundStyle(.blue)
Text("Instructions")
.font(.callout.bold())
.foregroundStyle(.blue)
Spacer()
Image(systemName: instructionsExpanded ? "chevron.up" : "chevron.down")
.font(.caption.bold())
.foregroundStyle(.blue)
}
.contentShape(Rectangle())
}
.buttonStyle(.plain)
if instructionsExpanded {
Text(text)
.font(.callout)
.foregroundStyle(.primary)
.fixedSize(horizontal: false, vertical: true)
.frame(maxWidth: .infinity, alignment: .leading)
}
}
.padding(12)
.frame(maxWidth: .infinity, alignment: .leading)
.background(Color.blue.opacity(0.10))
.clipShape(RoundedRectangle(cornerRadius: 10))
}
/// Copy the schedule's instructions into `@State` once, at appear.
///
/// Deliberately a snapshot, not a computed lookup: the cached
/// `LocalScheduledInspection` is deleted by `resolveAndFulfillSchedule()`
/// the instant Submit is tapped, and this view stays on screen for another
/// 2.5 s afterwards. A computed property would re-read a deleted
/// `PersistentModel` during that window and trap.
private func loadScheduleInstructions() {
guard let schedId = inspection.scheduledInspectionServerId else { return }
// Fetch-all then filter in Swift — no #Predicate (CLAUDE.md rule 3).
let all = (try? context.fetch(FetchDescriptor<LocalScheduledInspection>())) ?? []
scheduleInstructions = all.first(where: { $0.serverId == schedId })?.instructions
}
// ── Header Card ───────────────────────────────────────────────────────
private var headerCard: some View {
@@ -576,6 +648,22 @@ struct ExecuteInspectionView: View {
// regardless of connectivity or sync timing.
clearParentFollowUpFlag()
// ── Drop the cached follow-up request row ─────────────────────────
// Same immediacy as above, for the other surface: the FOLLOW-UP
// REQUESTED card on the Dashboard and My Inspections reads its own
// pulled cache, not LocalInspection, so clearing the flag above is not
// enough to make the row disappear.
fulfillFollowUpRequest()
// ── Fulfil the originating scheduled inspection ───────────────────
// Two jobs, both mirroring the web app's execute route:
// 1. Make sure the submission carries scheduled_inspection_id, even
// when the inspector reached this form via "+" instead of the
// Scheduled row — the server cannot fulfil an unlinked inspection.
// 2. Drop the cached schedule row so the SCHEDULED card clears the
// moment Submit is tapped, online or offline.
resolveAndFulfillSchedule()
try? context.save()
isSubmitting = false
@@ -638,6 +726,116 @@ struct ExecuteInspectionView: View {
}
}
/// Invalidate the cached follow-up request this submission satisfies, so the
/// FOLLOW-UP REQUESTED card and section clear the moment Submit is tapped —
/// online or offline — rather than waiting for the round trip.
///
/// Matches on `parentServerId` alone. Unlike the schedule fallback there is
/// no facility+template guess here: a request is keyed by the exact
/// inspection it was raised against, and that id is set whenever the run was
/// launched from a follow-up row or from CompletedInspectionView's banner.
/// An ad-hoc inspection of the same facility is genuinely not the follow-up
/// the director asked for, and must not clear it.
///
/// The row is flagged, not deleted, for the same reason as
/// `LocalScheduledInspection.fulfilledLocally`: the server is authoritative,
/// and `pullFollowUpRequests()` deletes the row once the flag actually
/// clears — or brings it back if the submission never landed.
private func fulfillFollowUpRequest() {
guard let sid = inspection.parentServerId else { return }
// Fetch-all then filter in Swift — no #Predicate (CLAUDE.md rule 3).
let all = (try? context.fetch(FetchDescriptor<LocalFollowUpRequest>())) ?? []
all.first { $0.serverId == sid }?.fulfilledLocally = true
}
// ── Scheduled inspection fulfilment ───────────────────────────────────
/// Link this submission to the schedule it satisfies, then drop the cached
/// schedule row.
///
/// **Why the fallback link exists.** On the web, `scheduled_inspections.start`
/// is the *only* way to open a scheduled inspection, so the link is always
/// present. On the iPad the Scheduled row merely pre-selects facility +
/// template — the inspector can reach the identical form through the "+"
/// button, and that path leaves `scheduledInspectionServerId` nil. The
/// server then stores `scheduled_inspection_id = NULL`, never calls
/// `_fulfill_schedule()`, and the schedule stays **Active** on the web.
/// Matching facility + template here restores parity of outcome between the
/// two entry points.
///
/// **Why the match is narrow.** Only schedules already due (due date on or
/// before today) are eligible, so an ad-hoc inspection today cannot silently
/// close out an occurrence planned for next month. Assignment must also fit:
/// unassigned schedules, or ones assigned to this inspector. When several
/// qualify, the earliest due date wins — that is the occurrence being worked.
///
/// **Why the row is deleted rather than rolled forward.** `LocalScheduledInspection`
/// is a read-only cache and does not carry the phase43 recurrence detail
/// (weekdays / month_mode / day_of_month / nth_week / nth_weekday), so the
/// next due date cannot be computed correctly on device. Deleting invalidates
/// the cache instead: `pullScheduledInspections()` re-inserts recurring
/// schedules with the server-authoritative `next_due_date` on the next pull,
/// and a one-time schedule stays gone because the server has deactivated it.
/// The same pull also restores the row if the submission never lands, so a
/// failed sync self-heals.
private func resolveAndFulfillSchedule() {
// Fetch-all then filter in Swift — no #Predicate (CLAUDE.md rule 3).
let all = (try? context.fetch(FetchDescriptor<LocalScheduledInspection>())) ?? []
guard !all.isEmpty else { return }
// Fallback link for inspections not started from a Scheduled row.
// Re-inspections are excluded: a follow-up shares its parent's facility
// and template, so it would otherwise close out an unrelated planned
// occurrence. The web app keeps the two workflows separate the same way.
let isReInspection = inspection.parentServerId != nil || inspection.parentLocalId != nil
if inspection.scheduledInspectionServerId == nil && !isReInspection {
let tid = inspection.templateServerId
let fid = inspection.facilityServerId
let uid = inspection.inspectorUserId
let today = Self.dueDateFormatter.string(from: Date())
let candidate = all
.filter {
$0.templateServerId == tid &&
$0.facilityServerId == fid &&
($0.inspectorId == nil || $0.inspectorId == uid) &&
!$0.fulfilledLocally && // already satisfied, awaiting sync
!$0.dueDateString.isEmpty &&
$0.dueDateString <= today // ISO strings sort chronologically
}
.sorted { $0.dueDateString < $1.dueDateString }
.first
if let candidate {
inspection.scheduledInspectionServerId = candidate.serverId
}
}
// Hide the row until the server confirms what happened to it.
//
// NOT a delete. A recurring schedule comes back from the server on its
// next occurrence, so deleting turned every completion into a
// delete-then-reinsert against the `@Attribute(.unique)` serverId, and
// the reinserted row did not reliably pick up the new due date — a
// daily schedule kept showing today's date after being completed.
// One-time schedules masked it, because the server stops returning them
// and they are never reinserted. Flagging leaves `update(from:)` as the
// single path that ever writes a cached schedule's dates.
guard let schedId = inspection.scheduledInspectionServerId,
let sched = all.first(where: { $0.serverId == schedId })
else { return }
sched.fulfilledLocally = true
}
/// "yyyy-MM-dd", matching `LocalScheduledInspection.dueDateString`.
private static let dueDateFormatter: DateFormatter = {
let f = DateFormatter()
f.locale = Locale(identifier: "en_US_POSIX")
f.dateFormat = "yyyy-MM-dd"
return f
}()
// ── Photo Handling ────────────────────────────────────────────────────
private func handlePhotoSelected(localPath: String, field: [String: Any]) {
@@ -701,6 +899,25 @@ struct GridFormView: View {
static let cellAspect: CGFloat = 52/72 // cellH / cellW — matches editor CELL_H/CELL_W
static let cardPadding: CGFloat = 16 // card inset on all sides
// Below this container width the 12-column grid stops being usable: at
// 375 pt (iPhone SE/6/7/8) a column is only ~21 pt wide and a row ~15 pt
// tall, so a normal 6x2 field renders ~167x35 pt — the label alone eats
// most of it. Cells are absolutely positioned and deliberately unclipped
// (see body), so the overflow draws on top of the row beneath and the
// form becomes an unreadable pile. Under this width we reflow to one
// field per line instead. 600 pt keeps a column at >=40 pt.
static let minGridWidth: CGFloat = 600
// Heights for widgets that have no intrinsic size of their own. In the
// absolute grid these are driven by rowSpan; in the stacked layout there
// is no rowSpan to read, so they would otherwise collapse to nothing.
static let stackedMinH: [String: CGFloat] = [
"textarea": 96,
"signature": 120,
"table": 120,
"image": 88,
]
// Minimum cell height (points) per field type — ensures 44pt touch targets
// on iPad even when the template author assigned a very short rowSpan.
static let minCellH: [String: CGFloat] = [
@@ -725,54 +942,115 @@ struct GridFormView: View {
@State private var containerWidth: CGFloat = 0
var body: some View {
ZStack(alignment: .topLeading) {
// ── Card background ────────────────────────────────────────────
RoundedRectangle(cornerRadius: 12)
.fill(Color(.secondarySystemBackground))
Group {
if containerWidth > 0 && isCompact {
// ── Compact: content drives the height ─────────────────────
// The card is a .background modifier rather than a ZStack
// sibling so it takes its size FROM the stack. As a ZStack
// sibling the flexible RoundedRectangle competes with the
// VStack for the container's size and the card ends up
// shorter than its own content, cutting off the last fields.
stackedLayout
.background(
RoundedRectangle(cornerRadius: 12)
.fill(Color(.secondarySystemBackground))
)
} else {
// ── Regular: absolute 12-column canvas ─────────────────────
ZStack(alignment: .topLeading) {
RoundedRectangle(cornerRadius: 12)
.fill(Color(.secondarySystemBackground))
// ── Width probe — zero-size overlay, reports container width ───
// Using a background Color.clear with a GeometryReader that sends
// its width via PreferenceKey is the idiomatic SwiftUI pattern that
// works correctly inside ScrollView on all iOS versions.
Color.clear
.frame(maxWidth: .infinity)
.frame(height: 0)
.background(
GeometryReader { geo in
Color.clear.preference(
key: WidthPreferenceKey.self,
value: geo.size.width
)
}
)
// Field overlays — only rendered after width is measured.
// containerWidth == 0 means the PreferenceKey has not fired
// yet (first layout pass). Skipping the overlay pass on the
// zero frame prevents fields from being positioned using a
// stale width and overflowing the modal on narrow sheet
// presentations (iPad 10th gen).
if containerWidth > 0 {
let cellW = computedCellW
let cellH = cellW * Self.cellAspect
// ── Field overlays — only rendered after width is measured ─────
// containerWidth == 0 means the PreferenceKey has not fired yet
// (first layout pass). Skipping the overlay pass on the zero frame
// prevents fields from being positioned using a stale width and
// overflowing the modal on narrow sheet presentations (iPad 10th gen).
if containerWidth > 0 {
let cellW = computedCellW
let cellH = cellW * Self.cellAspect
ForEach(schema.indices, id: \.self) { idx in
let field = schema[idx]
let ftype = field["type"] as? String ?? "text"
if !["button_submit", "button_print", "button_email"].contains(ftype) {
gridCell(field: field, cellW: cellW, cellH: cellH)
ForEach(schema.indices, id: \.self) { idx in
let field = schema[idx]
let ftype = field["type"] as? String ?? "text"
if !["button_submit", "button_print", "button_email"].contains(ftype) {
gridCell(field: field, cellW: cellW, cellH: cellH)
}
}
}
}
// Height is derived from the same arithmetic as the cell
// offsets — the ScrollView measures this frame and can never
// be wrong.
.frame(height: containerWidth > 0
? canvasHeight() + 2 * Self.cardPadding
: 0)
}
}
// ── Width probe ───────────────────────────────────────────────────
// Attached as a background so it reports the resolved container width
// without taking part in sizing the content itself.
.background(
GeometryReader { geo in
Color.clear.preference(
key: WidthPreferenceKey.self,
value: geo.size.width
)
}
)
.onPreferenceChange(WidthPreferenceKey.self) { width in
if width > 0 { containerWidth = width }
}
// Height is always derived from the same arithmetic as cell offsets —
// the ScrollView measures this frame and can never be wrong.
// When containerWidth is 0, canvasHeight() still returns the correct
// value (it uses computedCellW which returns 0 when containerWidth is 0),
// so the card reserves space and avoids a layout jump.
.frame(height: containerWidth > 0 ? canvasHeight() + 2 * Self.cardPadding : 0)
}
// ── Compact (narrow) layout ───────────────────────────────────────────
// One field per line, full width, natural height. Fields are ordered by
// (row, col) because the form editor stores them in drag/creation order,
// not visual order — the same sort the PDF and read-only renderers use
// (rule 62). Nothing is absolutely positioned here, so nothing can
// overlap regardless of how narrow the screen gets.
private var isCompact: Bool { containerWidth < Self.minGridWidth }
private var orderedFields: [[String: Any]] {
schema
.filter { f in
let t = f["type"] as? String ?? "text"
return !["button_submit", "button_print", "button_email"].contains(t)
}
.sorted {
let r0 = $0["row"] as? Int ?? 0, r1 = $1["row"] as? Int ?? 0
if r0 != r1 { return r0 < r1 }
return ($0["col"] as? Int ?? 0) < ($1["col"] as? Int ?? 0)
}
}
private var stackedLayout: some View {
let fields = orderedFields
return VStack(alignment: .leading, spacing: 14) {
ForEach(fields.indices, id: \.self) { idx in
let field = fields[idx]
let ftype = field["type"] as? String ?? "text"
let fid = fieldId(field)
GridCellContentView(
field: field,
value: Binding(
get: { formValues[fid] ?? "" },
set: { formValues[fid] = $0; onFieldChanged?() }
),
onPhotoSelected: { path in onPhotoSelected?(path, field) }
)
.frame(
maxWidth: .infinity,
minHeight: Self.stackedMinH[ftype] ?? 0,
alignment: .topLeading
)
}
}
.padding(Self.cardPadding)
.frame(maxWidth: .infinity, alignment: .topLeading)
}
// ── Derived cell width from current containerWidth ────────────────────
JanitorialQC/Views/Dashboard/FollowUpRequestsView.swift
+188
View File
@@ -0,0 +1,188 @@
// Views/Dashboard/FollowUpRequestsView.swift
// ------------------------------------------
// Displays inspections a director/admin flagged as needing a follow-up, pulled
// read-only from GET /api/v1/inspections?follow_up_required=true by
// SyncManager.pullFollowUpRequests().
//
// Deliberately built as the twin of ScheduledInspectionsView: a follow-up
// request is assigned work the inspector must recognise and act on, exactly
// like a scheduled assignment, so it gets the same two surfaces and the same
// ownership rules.
//
// Two consumers share one FollowUpRow:
// • FollowUpRequestsCard — VStack card for the Dashboard ScrollView.
// Presentational only; it reports taps via `onStart` and DashboardStatsView
// owns the .fullScreenCover on its always-present ScrollView.
// • MyInspectionsView renders its own "Follow-up Requested" List section
// inline, reusing FollowUpRow, with the start cover on the enclosing Group.
// Both self-hide when there are none, and present StartInspectionView with the
// facility + template preselected AND `parentServerId` set, so the submission
// lands as a linked re-inspection — the same path CompletedInspectionView's
// "Start Re-inspection" banner has always used.
// Both cover owners are views that outlive the rows themselves — submitting the
// last follow-up empties the @Query while the cover is still up, so a cover
// owned by the self-hiding card would be torn down with it.
//
// The lifecycle stays server-driven: the re-inspection carries
// `parent_inspection_id` and the server clears `follow_up_required` on arrival.
// ExecuteInspectionView only invalidates the local cache row;
// pullFollowUpRequests() re-reads the authoritative state.
import SwiftUI
import SwiftData
// MARK: - Start target snapshot
/// Plain-value snapshot of the tapped request, used as the `.fullScreenCover`
/// item instead of the `LocalFollowUpRequest` itself.
///
/// The model object is unsafe to hold across the presentation: the cached row is
/// invalidated while the cover is still on screen — by `fulfillFollowUpRequest()`
/// the instant Submit is tapped, and deleted by `pullFollowUpRequests()` once the
/// server stops returning it. Reading a deleted `PersistentModel` traps, and a
/// `@Query` that empties out would also tear the cover down mid-submit. Copying
/// the values at tap time removes both hazards. (Same reasoning as
/// `ScheduledStartTarget`.)
struct FollowUpStartTarget: Identifiable {
/// Flagged inspection's `serverId` — the identity for `.fullScreenCover(item:)`
/// and the `parentServerId` the re-inspection is linked to.
let id: Int
let templateServerId: Int
let facilityServerId: Int
/// The director's note explaining what the follow-up should address.
let note: String?
/// The flagged inspection's answers, JSON-encoded, carried so the
/// re-inspection can pre-fill from them. Snapshotted here for the same
/// reason as every other field: the row it came from is invalidated while
/// the start form is still on screen.
let parentFormDataJSON: String
init(_ request: LocalFollowUpRequest) {
self.id = request.serverId
self.templateServerId = request.templateServerId
self.facilityServerId = request.facilityServerId
self.note = request.note
self.parentFormDataJSON = request.parentFormDataJSON
}
}
// MARK: - Shared row
struct FollowUpRow: View {
let request: LocalFollowUpRequest
private var inspectedText: String {
if let d = request.inspectedOn {
return d.formatted(date: .abbreviated, time: .omitted)
}
return request.inspectionDateString.isEmpty ? "—" : request.inspectionDateString
}
var body: some View {
HStack(alignment: .top, spacing: 12) {
Image(systemName: "exclamationmark.arrow.circlepath")
.font(.title3)
.foregroundStyle(.orange)
.padding(.top, 2)
VStack(alignment: .leading, spacing: 3) {
Text(request.templateName.isEmpty ? "Inspection" : request.templateName)
.font(.callout.bold())
Text(request.facilityName.isEmpty ? "Facility" : request.facilityName)
.font(.caption)
.foregroundStyle(.secondary)
HStack(spacing: 8) {
Text("Follow-up")
.font(.caption2.bold())
.padding(.horizontal, 6).padding(.vertical, 2)
.background(Color.orange.opacity(0.15))
.foregroundStyle(.orange)
.clipShape(Capsule())
Text("Inspected \(inspectedText)")
.font(.caption2)
.foregroundStyle(.secondary)
// The score is usually why the follow-up was raised, so it
// is the one number worth showing before the tap.
if let score = request.overallScore {
Text("· \(String(format: "%.1f%%", score))")
.font(.caption2)
.foregroundStyle(score >= 80 ? .green : score >= 60 ? .orange : .red)
}
}
// Note preview — so the inspector can see there is something to
// read before committing to the tap. Truncated to one line; the
// full text is shown on the start screen. Mirrors the
// instructions preview on ScheduledRow.
if let note = request.note {
HStack(alignment: .top, spacing: 4) {
Image(systemName: "info.circle.fill")
.font(.caption2)
.foregroundStyle(.orange)
Text(note)
.font(.caption2)
.foregroundStyle(.secondary)
.lineLimit(1)
.truncationMode(.tail)
}
.padding(.top, 1)
}
}
Spacer(minLength: 8)
Label("Re-inspect", systemImage: "arrow.uturn.right.circle.fill")
.font(.caption.bold())
.foregroundStyle(.white)
.padding(.horizontal, 10).padding(.vertical, 5)
.background(Color.orange)
.clipShape(Capsule())
}
.contentShape(Rectangle())
}
}
// MARK: - Dashboard card (VStack)
struct FollowUpRequestsCard: View {
@Query(sort: \LocalFollowUpRequest.inspectionDateString, order: .forward)
private var requests: [LocalFollowUpRequest]
/// Rows still awaiting action. Filtered in Swift rather than in the @Query
/// predicate, per CLAUDE.md rule 3. `fulfilledLocally` is set at submit and
/// cleared by the next pull, so a completed follow-up leaves the card at
/// once and reappears only if the re-inspection never reached the server.
private var visible: [LocalFollowUpRequest] {
requests.filter { !$0.fulfilledLocally }
}
/// Tap handler. The `.fullScreenCover` deliberately lives in the PARENT
/// (`DashboardStatsView`, on its always-present ScrollView) rather than here,
/// for the same reason as `ScheduledInspectionsCard`: this card self-hides,
/// and submitting the last follow-up removes the final row while the cover is
/// still on screen. Keeping the card purely presentational also keeps the
/// empty case a true `EmptyView`, so the dashboard stack adds no spacing.
let onStart: (FollowUpStartTarget) -> Void
var body: some View {
if !visible.isEmpty {
VStack(alignment: .leading, spacing: 10) {
Text("FOLLOW-UP REQUESTED")
.font(.caption.bold())
.foregroundStyle(.orange)
.tracking(1)
ForEach(visible) { r in
Button { onStart(FollowUpStartTarget(r)) } label: {
FollowUpRow(request: r)
.padding(12)
.background(Color(.secondarySystemBackground))
.clipShape(RoundedRectangle(cornerRadius: 12))
}
.buttonStyle(.plain)
}
}
}
}
}
JanitorialQC/Views/Dashboard/IssuesView.swift
+4
View File
@@ -145,11 +145,15 @@ struct IssuesListView: View {
// New Issue — borderedProminent so it stands out clearly
// from the filter icon and is easy to find at a glance.
// `.titleAndIcon` is required: without it SwiftUI collapses the
// Label to icon-only in a toolbar, so this rendered as a bare
// "+" despite having a title in code.
Button {
showNewIssue = true
} label: {
Label("New Issue", systemImage: "plus")
}
.labelStyle(.titleAndIcon)
.buttonStyle(.borderedProminent)
}
}
JanitorialQC/Views/Dashboard/MyInspectionsView.swift
+74 -13
View File
@@ -19,10 +19,28 @@ struct MyInspectionsView: View {
@Query(sort: \LocalScheduledInspection.dueDateString, order: .forward)
private var scheduledAll: [LocalScheduledInspection]
/// Rows still awaiting action — see ScheduledInspectionsCard.visible.
private var scheduledVisible: [LocalScheduledInspection] {
scheduledAll.filter { !$0.fulfilledLocally }
}
/// Follow-up requests raised on the web — rendered as the top section, above
/// Scheduled, and counted in the empty-state decision. Sorted by the flagged
/// inspection's date (ISO strings sort chronologically), oldest first: the
/// longest-outstanding request is the one to clear next.
@Query(sort: \LocalFollowUpRequest.inspectionDateString, order: .forward)
private var followUpsAll: [LocalFollowUpRequest]
/// Rows still awaiting action — see FollowUpRequestsCard.visible.
private var followUpsVisible: [LocalFollowUpRequest] {
followUpsAll.filter { !$0.fulfilledLocally }
}
@Environment(\.modelContext) private var context
@State private var showNewInspection = false
@State private var scheduledStartTarget: LocalScheduledInspection?
@State private var scheduledStartTarget: ScheduledStartTarget?
@State private var followUpStartTarget: FollowUpStartTarget?
// Deletion confirmation state
@State private var pendingDelete: LocalInspection?
@@ -30,7 +48,7 @@ struct MyInspectionsView: View {
var body: some View {
Group {
if inspections.isEmpty && scheduledAll.isEmpty {
if inspections.isEmpty && scheduledVisible.isEmpty && followUpsVisible.isEmpty {
ContentUnavailableView(
"No Inspections",
systemImage: "checklist",
@@ -38,11 +56,25 @@ struct MyInspectionsView: View {
)
} else {
List {
// Follow-up requests — self-hides when empty. First section:
// remedial work on a facility that already failed once
// outranks a routine scheduled visit.
if !followUpsVisible.isEmpty {
Section("Follow-up Requested") {
ForEach(followUpsVisible) { r in
Button { followUpStartTarget = FollowUpStartTarget(r) } label: {
FollowUpRow(request: r)
}
.buttonStyle(.plain)
}
}
}
// Scheduled assignments (phase36) — self-hides when empty.
if !scheduledAll.isEmpty {
if !scheduledVisible.isEmpty {
Section("Scheduled") {
ForEach(scheduledAll) { s in
Button { scheduledStartTarget = s } label: {
ForEach(scheduledVisible) { s in
Button { scheduledStartTarget = ScheduledStartTarget(s) } label: {
ScheduledRow(schedule: s)
}
.buttonStyle(.plain)
@@ -71,15 +103,39 @@ struct MyInspectionsView: View {
}
}
}
// Cover attached to the stable List, not a Section.
.fullScreenCover(item: $scheduledStartTarget) { s in
StartInspectionView(
preFillTemplateId: s.templateServerId,
preFillFacilityId: s.facilityServerId
)
}
}
}
// Cover attached to the enclosing Group, not the List and never a
// Section (rule 64). The List itself is conditional: submitting the last
// scheduled inspection can flip this view to ContentUnavailableView while
// the cover is still presented, which would tear the form down mid-submit.
// The Group is always present.
.fullScreenCover(item: $scheduledStartTarget) { t in
StartInspectionView(
preFillTemplateId: t.templateServerId,
preFillFacilityId: t.facilityServerId,
// phase45 — nil for an ordinary schedule; set when this row is a
// planned follow-up, which makes the run a linked re-inspection.
// Must precede preFillScheduleId: argument order follows the
// property declaration order in StartInspectionView.
parentServerId: t.parentServerId,
preFillScheduleId: t.id,
preFillScheduleInstructions: t.instructions
)
}
// Also on the Group, not the List — see the comment above. Submitting the
// last follow-up can flip this view to ContentUnavailableView while the
// cover is still presented. `parentServerId` is what links the run back
// to the flagged inspection; see the twin cover in DashboardStatsView.
.fullScreenCover(item: $followUpStartTarget) { t in
StartInspectionView(
preFillTemplateId: t.templateServerId,
preFillFacilityId: t.facilityServerId,
parentServerId: t.id,
preFillFollowUpNote: t.note,
preFillParentFormDataJSON: t.parentFormDataJSON
)
}
.navigationTitle("My Inspections")
// Confirmation before deletion — destructive action cannot be undone
.alert("Delete Draft?", isPresented: $showDeleteAlert, presenting: pendingDelete) { inspection in
@@ -90,9 +146,14 @@ struct MyInspectionsView: View {
}
.toolbar {
ToolbarItem(placement: .primaryAction) {
// Labelled, not a bare "+". `.titleAndIcon` is required:
// SwiftUI collapses a toolbar Label to icon-only on its own,
// which is what made this read as an unlabelled plus sign.
Button { showNewInspection = true } label: {
Image(systemName: "plus")
Label("New Inspection", systemImage: "plus")
}
.labelStyle(.titleAndIcon)
.buttonStyle(.borderedProminent)
}
}
.fullScreenCover(isPresented: $showNewInspection) {
JanitorialQC/Views/Dashboard/ScheduledInspectionsView.swift
+84 -15
View File
@@ -5,17 +5,60 @@
// SyncManager.pullScheduledInspections().
//
// Two consumers share one ScheduledRow:
// • ScheduledInspectionsCard — VStack card for the Dashboard ScrollView
// • ScheduledInspectionsCard — VStack card for the Dashboard ScrollView.
// Presentational only; it reports taps via `onStart` and DashboardStatsView
// owns the .fullScreenCover on its always-present ScrollView.
// • MyInspectionsView renders its own "Scheduled" List section inline,
// reusing ScheduledRow, with the start cover attached to the List.
// reusing ScheduledRow, with the start cover on the enclosing Group.
// Both self-hide when there are no scheduled inspections and present
// StartInspectionView (facility + template preselected) when a row is tapped.
// The schedule lifecycle (fulfil / roll-forward) stays server-driven; tapping
// "Start" simply seeds the normal new-inspection flow.
// Both cover owners are views that outlive the schedule rows themselves —
// submitting the last scheduled inspection empties the @Query while the cover is
// still up, so a cover owned by the self-hiding card would be torn down with it.
//
// The schedule lifecycle stays server-driven: the submission carries
// `scheduled_inspection_id` and the server deactivates (one-time) or rolls
// forward (recurring). ExecuteInspectionView only invalidates the local cache
// row; pullScheduledInspections() re-reads the authoritative state.
import SwiftUI
import SwiftData
// MARK: - Start target snapshot
/// Plain-value snapshot of the tapped schedule, used as the `.fullScreenCover`
/// item instead of the `LocalScheduledInspection` itself.
///
/// The model object is unsafe to hold across the presentation: the cached row is
/// deleted while the cover is still on screen — by `resolveAndFulfillSchedule()`
/// the instant Submit is tapped, and by `pullScheduledInspections()` once the
/// server stops returning it. Reading a deleted `PersistentModel` traps, and a
/// `@Query` that empties out would also tear the cover down mid-submit. Copying
/// the values at tap time removes both hazards.
struct ScheduledStartTarget: Identifiable {
/// Schedule `serverId` — also the identity for `.fullScreenCover(item:)`.
let id: Int
let templateServerId: Int
let facilityServerId: Int
/// Manager-authored instructions for this occurrence. Server field is still
/// `notes` (API key `notes`, column `scheduled_inspections.notes`); only the
/// user-facing wording is "Instructions".
let instructions: String?
/// Inspection this schedule is a planned follow-up of (phase45), or nil for
/// an ordinary schedule. Passed to `StartInspectionView` as `parentServerId`
/// so the run lands as a linked re-inspection — the whole point of
/// "Schedule Follow-up".
let parentServerId: Int?
init(_ schedule: LocalScheduledInspection) {
self.id = schedule.serverId
self.templateServerId = schedule.templateServerId
self.facilityServerId = schedule.facilityServerId
self.instructions = schedule.instructions
self.parentServerId = schedule.parentInspectionServerId
}
}
// MARK: - Shared row
struct ScheduledRow: View {
@@ -60,6 +103,24 @@ struct ScheduledRow: View {
.foregroundStyle(.tertiary)
}
}
// Instructions preview — so the inspector can see there is
// something to read before committing to the tap. Truncated to
// one line; the full text is shown on the start screen and
// again above the form itself.
if let instructions = schedule.instructions {
HStack(alignment: .top, spacing: 4) {
Image(systemName: "info.circle.fill")
.font(.caption2)
.foregroundStyle(.blue)
Text(instructions)
.font(.caption2)
.foregroundStyle(.secondary)
.lineLimit(1)
.truncationMode(.tail)
}
.padding(.top, 1)
}
}
Spacer(minLength: 8)
@@ -81,18 +142,33 @@ struct ScheduledInspectionsCard: View {
@Query(sort: \LocalScheduledInspection.dueDateString, order: .forward)
private var scheduled: [LocalScheduledInspection]
@State private var startTarget: LocalScheduledInspection? = nil
/// Rows still awaiting action. Filtered in Swift rather than in the @Query
/// predicate, per CLAUDE.md rule 3. `fulfilledLocally` is set at submit and
/// cleared by the next pull, so a completed schedule leaves the card at
/// once and reappears only when the server says it is due again.
private var visible: [LocalScheduledInspection] {
scheduled.filter { !$0.fulfilledLocally }
}
/// Tap handler. The `.fullScreenCover` deliberately lives in the PARENT
/// (`DashboardStatsView`, on its always-present ScrollView) rather than here:
/// this card self-hides, and submitting the last scheduled inspection removes
/// the final row while the cover is still on screen. A cover owned by a view
/// that disappears is torn down with it, yanking the form away from the
/// inspector mid-submit. Keeping the card purely presentational also keeps
/// the empty case a true `EmptyView`, so the dashboard stack adds no spacing.
let onStart: (ScheduledStartTarget) -> Void
var body: some View {
if !scheduled.isEmpty {
if !visible.isEmpty {
VStack(alignment: .leading, spacing: 10) {
Text("SCHEDULED")
.font(.caption.bold())
.foregroundStyle(.secondary)
.tracking(1)
ForEach(scheduled) { s in
Button { startTarget = s } label: {
ForEach(visible) { s in
Button { onStart(ScheduledStartTarget(s)) } label: {
ScheduledRow(schedule: s)
.padding(12)
.background(Color(.secondarySystemBackground))
@@ -101,13 +177,6 @@ struct ScheduledInspectionsCard: View {
.buttonStyle(.plain)
}
}
// Cover attached to the stable VStack root (mirrors DraftResumeBanner).
.fullScreenCover(item: $startTarget) { s in
StartInspectionView(
preFillTemplateId: s.templateServerId,
preFillFacilityId: s.facilityServerId
)
}
}
}
}
JanitorialQC/Views/Dashboard/StartInspectionView.swift
+119 -11
View File
@@ -37,6 +37,41 @@ struct StartInspectionView: View {
var parentServerId: Int? = nil
var parentLocalId: String? = nil
/// The director's note explaining what the follow-up should address, set when
/// the inspector taps a row in the FOLLOW-UP REQUESTED card. Passed as a plain
/// String rather than read from SwiftData here, for the same reason
/// FollowUpStartTarget exists — the cached request row is invalidated at
/// submit while this flow is still on screen. Nil for a re-inspection the
/// inspector started themselves from CompletedInspectionView.
var preFillFollowUpNote: String? = nil
/// The flagged inspection's answers, JSON-encoded, used to pre-fill this
/// re-inspection when the parent `LocalInspection` is not on this device.
///
/// The local-parent lookup in `startInspection()` covers the
/// CompletedInspectionView path, where the inspector is re-inspecting
/// something they just finished on this iPad. It does **not** cover a
/// follow-up raised on the web: that parent synced long ago and is often
/// absent locally, so the lookup found nothing and the form came up blank —
/// where the web pre-fills it. Cached at pull time on
/// `LocalFollowUpRequest`, so this works offline too. Nil for every other
/// start path.
var preFillParentFormDataJSON: String? = nil
// ── Scheduled inspection launch ───────────────────────────────────────
/// Server ID of the ScheduledInspection this run fulfils, passed when the
/// inspector taps Start on a scheduled row. Carried onto the LocalInspection
/// so submitInspection() can send it; without it the server cannot fulfil
/// the schedule and the "Scheduled" banner never clears.
var preFillScheduleId: Int? = nil
/// Instructions the manager attached to this schedule ("Instructions" in the
/// UI; still `notes` on the wire and in the DB). Passed as a plain String
/// rather than read from SwiftData here, for the same reason
/// ScheduledStartTarget exists — the cached schedule row is deleted at
/// submit while this flow is still on screen.
var preFillScheduleInstructions: String? = nil
// ── Derived lists ─────────────────────────────────────────────────────
/// Facilities this inspector may actually start work at.
@@ -89,6 +124,25 @@ struct StartInspectionView: View {
var body: some View {
NavigationStack {
Form {
// ── Instructions from the schedule ─────────────────────────
// Shown first: this is the reason the inspector was sent here,
// and it may change what they carry in with them. Repeated
// above the form itself in ExecuteInspectionView.
if let instructions = preFillScheduleInstructions,
!instructions.isEmpty {
Section {
VStack(alignment: .leading, spacing: 6) {
Label("Instructions", systemImage: "info.circle.fill")
.font(.callout.bold())
.foregroundStyle(.blue)
Text(instructions)
.font(.callout)
.fixedSize(horizontal: false, vertical: true)
}
.padding(.vertical, 4)
}
}
// ── Re-inspection notice ───────────────────────────────────
if parentServerId != nil {
Section {
@@ -101,6 +155,16 @@ struct StartInspectionView: View {
Text("This will be linked to inspection #\(parentServerId!).")
.font(.caption)
.foregroundStyle(.secondary)
// What the director actually asked for. Shown
// here rather than in its own section so it
// reads as part of the request, and repeated in
// full because the card truncates it to a line.
if let note = preFillFollowUpNote, !note.isEmpty {
Text(note)
.font(.callout)
.fixedSize(horizontal: false, vertical: true)
.padding(.top, 4)
}
}
}
.padding(.vertical, 4)
@@ -277,23 +341,38 @@ struct StartInspectionView: View {
// Link to parent if this is a re-inspection
inspection.parentServerId = parentServerId
inspection.parentLocalId = parentLocalId
// Link to the schedule if launched from a scheduled row
inspection.scheduledInspectionServerId = preFillScheduleId
// ── Pre-fill from parent (mirrors web app behaviour) ───────────────
// Copy non-scoring field values from the parent inspection so the
// inspector doesn't re-enter static data. Scoring fields (rating,
// pass_fail) and media fields (image, signature) are always left blank
// so every scoreable item must be re-evaluated fresh.
if let parentId = parentServerId {
let allInspections = (try? context.fetch(FetchDescriptor<LocalInspection>())) ?? []
if let parent = allInspections.first(where: { $0.serverId == parentId }),
!parent.formData.isEmpty {
if parentServerId != nil {
// Prefer the local parent (the CompletedInspectionView path, where
// the inspector just finished it on this iPad); otherwise fall back
// to the snapshot cached on the follow-up request. A follow-up
// raised on the web has usually synced and been dropped locally, so
// without the fallback this whole block silently no-opped and the
// form came up blank — the bug this fixes.
let parentData = resolvedParentFormData()
// Fetch the template schema to identify field types.
// Split into two statements — avoids Xcode 26 #Predicate
// ambiguity under SWIFT_DEFAULT_ACTOR_ISOLATION = MainActor.
let allTemplates = (try? context.fetch(FetchDescriptor<LocalTemplate>())) ?? []
let tid = templateId
let schema = allTemplates.first(where: { $0.serverId == tid })?.formSchema ?? []
// Fetch the template schema to identify field types.
// Split into two statements — avoids Xcode 26 #Predicate
// ambiguity under SWIFT_DEFAULT_ACTOR_ISOLATION = MainActor.
let allTemplates = (try? context.fetch(FetchDescriptor<LocalTemplate>())) ?? []
let tid = templateId
let schema = allTemplates.first(where: { $0.serverId == tid })?.formSchema ?? []
// The schema is what identifies which fields must NOT be carried
// over, so without it there is no safe prefill: an empty exclude set
// would copy *everything*, including the parent's `image` paths and
// its ratings — attaching the previous inspection's photos as this
// one's evidence and pre-answering the scoreable items. Copy nothing
// instead. (Unreachable in practice: the template was chosen from
// the local picker, so it is cached — this is a guard, not a case.)
if !parentData.isEmpty, !schema.isEmpty {
// Build the set of field IDs that must NOT be carried over
let excludeTypes: Set<String> = ["rating", "pass_fail", "image", "signature"]
@@ -306,7 +385,6 @@ struct StartInspectionView: View {
}
// Copy all parent values except excluded fields
let parentData = parent.formData
var prefilled: [String: Any] = [:]
for (key, value) in parentData {
if !excludeIds.contains(key) {
@@ -325,4 +403,34 @@ struct StartInspectionView: View {
createdInspection = inspection
navigateToExecution = true
}
/// The parent inspection's answers to pre-fill from, or `[:]` when there are
/// none to carry.
///
/// Two sources, in order:
/// 1. The local `LocalInspection` with a matching `serverId` — the
/// re-inspection-from-history path, where the parent is on this device
/// and is the freshest copy.
/// 2. `preFillParentFormDataJSON`, snapshotted from the server at pull
/// time — the follow-up-request path, where the parent has synced and
/// is typically no longer local.
///
/// Source 1 is checked first but only wins when it actually holds values, so
/// a stray empty local shell can't shadow a good server snapshot.
private func resolvedParentFormData() -> [String: Any] {
if let parentId = parentServerId {
// Fetch-all then filter in Swift — no #Predicate (CLAUDE.md rule 3).
let allInspections = (try? context.fetch(FetchDescriptor<LocalInspection>())) ?? []
if let parent = allInspections.first(where: { $0.serverId == parentId }) {
let localData = parent.formData
if !localData.isEmpty { return localData }
}
}
guard let json = preFillParentFormDataJSON,
let data = json.data(using: .utf8),
let dict = try? JSONSerialization.jsonObject(with: data) as? [String: Any]
else { return [:] }
return dict
}
}