Compass - Nimbly Documentation

Schedule Listing Frontend

16 min read

1. Overview

The Schedule Listing module provides a comprehensive interface for users to view, filter, and interact with scheduled audits in the Nimbly 2.0 application. This module serves as a central hub for audit management, allowing users to track completion rates, switch between daily and period views, and manage both individual and [team audits](../Team Audit/TeamAuditOverview.md).

2. Architecture

The Schedule Listing module follows a component-based architecture with clear separation of concerns. The architecture is built around the following principles:

  1. Component Isolation: Each component handles a specific responsibility
  2. Controller Pattern: Business logic is separated into controller hooks
  3. Query-Based Data Fetching: React Query is used for efficient data fetching and caching
  4. Parameter-based Routing: URL parameters control view state for shareable views
flowchart TD
    A[ScheduleHomeScreen] --> B[ScheduleCompletionRate]
    A --> C[ScheduleTabs]
    A --> D[ScheduleCalendar]
    A --> E[ScheduleList]
    A --> F[ScheduleStartReport]
    A --> G[TeamReportStartBottomSheet]

    C --> H[Daily Tab]
    C --> I[Active Period Tab]

    E --> J[ViewByController]
    J --> K[Status Cards]
    J --> L[Location Cards]
    J --> M[Schedule Type Cards]

    E --> N[ScheduleItems]
    N --> O[SingleAuditItem]
    N --> P[TeamAuditItem]

    D --> Q[CalendarController]
    Q --> R[DateParamController]

    F --> S[ScheduleStartReportController]
    S --> T[StartReportMutation]

    G --> U[TeamReportStartController]
    U --> V[StartTeamReportMutation]

3. Core Components

3.1 ScheduleHomeScreen

The main entry point for the schedule interface, coordinating all sub-components. This component serves as the container for all schedule-related functionality.

Source: screen.tsx

export default function ScheduleHomeScreen() {
  const { activeTab } = useScheduleTabController();
  const navBottomHeight = useAtomValue(navBottomHeightAtom);
 
  return (
    <>
      <YStack flex={1} marginBottom={navBottomHeight}>
        <ScheduleCompletionRate />
        <ScheduleTabs />
        {activeTab === ScheduleTabType.DAILY ? <ScheduleCalendar /> : null}
        <ScheduleList />
      </YStack>
      <ScheduleStartReport />
      <TeamReportStartBottomSheet />
    </>
  );
}

3.2 ScheduleCompletionRate

Displays the current completion rate for scheduled audits in the active period. This component visualizes progress with a circular progress indicator and percentage display.

Source: completition-rate/index.tsx

The component fetches data using useScheduleProgressQuery which calculates:

  • Total audits scheduled for the period
  • Number of completed audits
  • Percentage completion
  • Visual indicators when targets are met

3.3 ScheduleTabs

Provides tab navigation between daily and active period views, allowing users to switch context quickly.

Source: active-period/index.tsx

flowchart LR
    A[ScheduleTabs] --> B[Daily Tab]
    A --> C[Active Period Tab]
    B --> D[Calendar View]
    C --> E[Period View]
    B -- "Updates URL params" --> F[date parameter]
    C -- "Updates URL params" --> G[activeTab parameter]

The tabs utilize the useScheduleTabController to manage tab state:

export const useScheduleTabController = () => {
  const [activeTab, setActiveTab] = useScheduleParam("activeTab", {
    initial: ScheduleTabType.DAILY,
    parse: (value) => {
      // Parse and validate tab type
      return isValidScheduleTabType(value) ? value : ScheduleTabType.DAILY;
    },
  });
 
  return {
    activeTab,
    setActiveTab,
    isDailyTab: activeTab === ScheduleTabType.DAILY,
    isActivePeriodTab: activeTab === ScheduleTabType.ACTIVE_PERIOD,
  };
};

3.4 ScheduleCalendar

Provides date selection for filtering schedules in daily view. The calendar displays dates with scheduled audits and their statuses using color-coded indicators.

Source: calendar/index.tsx

4. Data Flow

The schedule listing data flow follows this pattern:

sequenceDiagram
    participant User
    participant UI Components
    participant URL Parameters
    participant Controllers
    participant React Query
    participant API Client
    participant Backend API

    User->>UI Components: Select view mode/filter
    UI Components->>URL Parameters: Update parameters
    URL Parameters->>Controllers: Parameter change triggers controller
    Controllers->>React Query: Query with updated parameters
    React Query->>API Client: Make API request if needed
    API Client->>Backend API: Send request
    Backend API->>API Client: Return results
    API Client->>React Query: Cache results
    React Query->>Controllers: Return data or loading state
    Controllers->>UI Components: Update with processed data
    UI Components->>User: Display updated view

4.1 Parameter-Based Controllers

The schedule module uses a parameter-based system to control views through URL parameters, making states shareable via URLs.

4.1.1 Param Controller

The foundation for all parameter-based state management in the schedule module.

Source: params-controller.ts

export const useScheduleParam = <T>(
  key: string,
  options: ParamOptions<T> = {}
): [T | undefined, (value: T | undefined) => void] => {
  // Implementation handles parameter parsing, validation, and updates
  // Syncs state with URL parameters for shareable views
  // ...
};

4.1.2 View By Controller

Controls the grouping and filtering mode for schedules.

Source: view-by-controller.ts

export const useViewByController = () => {
  const [viewBy, setViewBy] = useScheduleParam("viewBy", {
    initial: "none",
    parse: (templateFromUrl) => {
      if (templateFromUrl && typeof templateFromUrl === "string") {
        return templateFromUrl;
      }
      return "day";
    },
  });
 
  return {
    setViewBy,
    viewBy: (viewBy ?? "none") as ViewBy,
  };
};

4.1.3 Date Parameter Controller

Manages the selected date for daily schedule views.

Source: date-param-controller.ts

5. Schedule Parameters System

A key architectural feature of the Schedule Listing module is its parameter-based system, which enables:

  1. Shareable States: All view states can be shared via URLs
  2. Persistent Navigation: State persists through app navigation
  3. Deep Linking: External links can open specific schedule views
  4. History Management: Browser history integration for navigation

5.1 Parameter Types

flowchart TD
    A[Schedule Parameters] --> B[Date Parameter]
    A --> C[ViewBy Parameter]
    A --> D[ActiveTab Parameter]
    A --> E[StatusFilter Parameter]
    A --> F[LocationFilter Parameter]
    A --> G[TypeFilter Parameter]

    B -- Controls --> H[Calendar Date Selection]
    C -- Controls --> I[Grouping Mode]
    D -- Controls --> J[Tab Selection]
    E -- Controls --> K[Status Filtering]
    F -- Controls --> L[Location Filtering]
    G -- Controls --> M[Schedule Type Filtering]

5.2 Parameter Flow

sequenceDiagram
    participant User
    participant Component
    participant ParamController
    participant URL
    participant QueryString

    User->>Component: Change view setting
    Component->>ParamController: Update parameter
    ParamController->>QueryString: Parse & validate
    QueryString->>URL: Update query parameters
    URL-->>User: URL updated (shareable state)

    Note over ParamController,URL: On page load/refresh
    URL->>QueryString: Read parameters
    QueryString->>ParamController: Parse parameters
    ParamController->>Component: Initialize with URL state

6. View Modes

6.1 Daily View

Shows schedules for a specific day with calendar selection. This view is focused on what audits need to be completed on a particular day.

flowchart TD
    A[Calendar Selection] --> B[Date Parameter]
    B --> C[Filtered Schedule Query]
    C --> D[Schedule Items]
    D --> E[Audit Actions]

Implementation Details:

  • Uses useDateParamController to track selected date
  • Updates URL with date parameter for shareable views
  • Filters schedule data through useScheduleQuery with date parameter
  • Renders schedule items specific to selected date

6.2 Active Period View

Shows all active schedules for the current period defined by organization settings. This view provides a broader perspective on the audit workload for the entire period.

flowchart TD
    A[Organization Period Settings] --> B[Period Calculation]
    B --> C[Active Schedule Query]
    C --> D[Schedule Items]
    D --> E[Period Statistics]
    E --> F[Completion Rates]

Implementation Details:

  • Uses organization settings to determine current period
  • Fetches all schedules within the active period
  • Groups and sorts schedules based on user preference
  • Shows completion statistics for the period

7. Filtering System

The schedule listing implements a flexible filtering system with multiple view options:

7.1 View By Selector

Allows users to group and filter schedules by status, location, or schedule type.

Source: view-by-selector/index.tsx

export default function ScheduleViewBy() {
  const { LL } = useLocalization();
  const { setViewBy, viewBy } = useViewByController();
  // ...options setup
 
  return (
    <XStack px="$tw4" py="$tw1" alignItems="center" gap="$tw2">
      <Text caption>{LL.schedule.schedule.viewBy()}</Text>
      <ScrollView horizontal>
        <XStack gap="$tw2" flexWrap="wrap">
          {options.map(({ key, label }) => (
            <Chip
              key={key}
              onPress={runWithConnectivityCheck(() => setViewBy(key))}
              active={viewBy === key}
            >
              {LL.schedule.filter.viewBy[label]()}
            </Chip>
          ))}
        </XStack>
      </ScrollView>
    </XStack>
  );
}

7.2 Filter Logic Flow

sequenceDiagram
    participant User
    participant ViewSelector
    participant ViewByController
    participant ScheduleQuery
    participant FilterProcessor
    participant ScheduleList

    User->>ViewSelector: Select filter mode
    ViewSelector->>ViewByController: Update viewBy parameter
    ViewByController->>ScheduleQuery: Query with viewBy parameter
    ScheduleQuery->>FilterProcessor: Process data with filter
    FilterProcessor-->>ScheduleList: Return filtered/grouped data
    ScheduleList-->>User: Display filtered view

7.3 Filter Types

7.3.1 Status Filter

Groups schedules by their completion status.

Source: status-card/list.tsx

flowchart LR
    A[Status Filter] --> B[Completed]
    A --> C[In-Progress]
    A --> D[Missed]
    A --> E[Not Started]
    A --> F[Overdue]

Implementation Details:

  • Calculates schedule status based on completion, due date, and current time
  • Groups schedules by status categories
  • Provides counts and visual indicators for each status group
  • Allows filtering to show only schedules of a specific status

7.3.2 Location Filter

Groups schedules by their assigned location.

Source: location-card/list.tsx

flowchart LR
    A[Location Filter] --> B[Location 1]
    A --> C[Location 2]
    A --> D[Location ...]
    A --> E[Location N]

Implementation Details:

  • Fetches and displays all locations with scheduled audits
  • Shows the count of scheduled audits per location
  • Filters schedules to show only those at a selected location
  • Updates URL parameters for shareable filtered views

7.3.3 Schedule Type Filter

Groups schedules by type (single audit vs team audit).

Source: schedule-type-card/list.tsx

flowchart LR
    A[Schedule Type Filter] --> B[Single Audit](../../Schedule/Single Audit/SingleAuditOverview.md)
    A --> C[Team Audit](../../Schedule/Team Audit/TeamAuditOverview.md)

Implementation Details:

  • Categorizes schedules based on audit type (individual or team)
  • Shows count and statistics for each audit type
  • Filters displayed schedules by selected type
  • Updates URL parameters for consistent navigation

8. Calendar Integration

The calendar component provides visual feedback on dates with scheduled audits using a powerful date management system.

flowchart TD
    A[Calendar Component] --> B[Date Selection]
    A --> C[Schedule Indicators]
    B --> D[DateParamController]
    D --> E[Filter by Date]
    C --> F[ScheduleIndicatorQuery]
    F --> G[Visual Markers]

8.1 Calendar Controller

Manages calendar state and configuration based on organization settings.

Source: calendar-controller.ts

export const useCalendarController = () => {
  const [isVisible, setIsVisible] = useAtom(calendarVisibleAtom);
  const [selectedDateParam, setSelectedDateParam] = useDateParamController();
  // ...other functionality
 
  return {
    isVisible,
    toggleIsVisible,
    selectedDate,
    selectDate,
    calendarConfig,
    markedDates: activeIndicator,
    setVisibleDate,
  };
};

8.2 Schedule Indicators

The calendar visualizes dates with scheduled audits using color-coded indicators:

Source: schedule-indicator-query.ts

export const useScheduleIndicatorQuery = (params?: ScheduleIndicatorParams) => {
  // Fetches schedule indicators for calendar visualization
  // Returns color-coded indicators based on schedule status
};

Indicator Logic:

  • Blue: Has scheduled audits with no status issues
  • Green: All scheduled audits are completed
  • Yellow: Has in-progress audits
  • Red: Contains missed or overdue audits

9. Data Fetching Strategy

The Schedule Listing module implements a sophisticated data fetching strategy using React Query to ensure optimal performance and user experience.

flowchart TD
    A[Data Needs] --> B{Cached?}
    B -- Yes --> C[Use Cached Data]
    B -- No --> D[Fetch from API]
    D --> E[Cache Results]
    E --> F[Update UI]
    C --> F

    G[Background Refetch] --> H{Has Changed?}
    H -- Yes --> I[Update Cache]
    I --> J[Update UI if Visible]
    H -- No --> K[Keep Current Data]

9.1 Query Implementation

Source: view-by-query.ts

export const useViewByDataQuery = () => {
  const { viewBy } = useViewByController();
  const params = useScheduleQueryParams();
 
  // Different query based on view mode
  switch (viewBy) {
    case "status":
      return useScheduleStatusQuery(params);
    case "location":
      return useScheduleLocationQuery(params);
    case "type":
      return useScheduleTypeQuery(params);
    default:
      return useScheduleDefaultQuery(params);
  }
};

9.2 Data Refetching

The module implements intelligent refetching strategies based on:

  1. User Navigation: Refetches when the user returns to the schedule screen
  2. Pull to Refresh: Manual refresh triggered by pull gesture
  3. Interval Updates: Background polling on configurable intervals
  4. Dependency Changes: Refetches when dependencies like date or filters change

Source: questionnaire-update-refetch-interval.ts

10. Status Visualization

Schedule statuses are visually represented with dedicated colors and icons to provide clear visual feedback on audit states.

Source: card/index.tsx

export enum CardBgColor {
  BLUE = "#98CBF5",
  YELLOW = "#FFD760",
  GREEN = "#6BCBB7",
  RED = "#FF8C8C",
  PURPLE = "#A39DEE",
  ORANGE = "#FFAE74",
  LIGHT_GREEN = "#B5E2B3",
  PINK = "#F7C8D6",
}

10.1 Status Card Implementation

flowchart TD
    A[Status Card] --> B[Icon Based on Status]
    A --> C[Color Based on Status]
    A --> D[Count of Matching Schedules]
    A --> E[Localized Status Label]
    A --> F[Navigation to Filtered View]

Source: status-card/list.tsx

10.2 Status Calculation Logic

Source: schedule-status-utils.ts

export const getScheduleStatus = (schedule: Schedule): ScheduleStatus => {
  const now = dayjs();
  const dueDate = dayjs(schedule.dueDate);
 
  if (schedule.completedAt) {
    return "completed";
  }
 
  if (schedule.startedAt && !schedule.completedAt) {
    return "in-progress";
  }
 
  if (dueDate.isBefore(now, "day")) {
    return "missed";
  }
 
  if (dueDate.isSame(now, "day")) {
    return "due-today";
  }
 
  return "not-started";
};

11. Schedule Types

The application supports two primary schedule types with distinct workflows:

11.1 Single Audits

Individual audits performed by one user.

Source: single-audit.tsx

flowchart LR
    A[Single Audit](../../Schedule/Single Audit/SingleAuditOverview.md) --> B[Start Audit]
    B --> C[Complete Questions]
    C --> D[Submit Audit]
    D --> E[Review & Sign Off]

Implementation Details:

  • Utilizes ScheduleStartReportController to manage the audit start process
  • Tracks progress with useAuditProgressQuery
  • Manages schedule state transitions (not started → in progress → completed)
  • Provides resume functionality for in-progress audits

11.2 Team Audits

Collaborative audits performed by multiple team members.

Source: team-audit.tsx

flowchart LR
    A[Team Audit](../../Schedule/Team Audit/TeamAuditOverview.md) --> B[Initialize Team Session]
    B --> C[Assign Sections]
    C --> D[Collaborate on Questions]
    D --> E[Team Lead Review]
    E --> F[Submit Team Audit]

Implementation Details:

  • Uses TeamReportStartController to initialize team sessions
  • Tracks team member assignments and progress
  • Shows real-time collaboration status when online
  • Provides team lead with oversight capabilities
  • Manages permissions based on user role

11.3 Schedule Type Cards

Source: schedule-type-card/list.tsx

const cardProperties: Record<
  string,
  { color: CardBgColor; Icon: React.ReactElement }
> = {
  single: {
    Icon: <User />,
    color: CardBgColor.PURPLE,
  },
  team: {
    Icon: <Users />,
    color: CardBgColor.GREEN,
  },
};

12. Offline Support

The application implements robust connectivity handling to manage offline states, ensuring usability even without an internet connection.

flowchart TD
    A[User Action] --> B{Has Connectivity?}
    B -->|Yes| C[Execute Online Action]
    B -->|No| D[Execute Offline Action]
    C --> E[Sync with Server]
    D --> F[Store in Offline Queue]
    F --> G{Connectivity Restored?}
    G -->|Yes| E
    G -->|No| F

12.1 Connectivity Controller

Source: connectivity-controller.ts

export const useConnectivity = () => {
  const isOffline = useIsOffline();
  const { showOfflineToast } = useOfflineToast();
 
  const runWithConnectivityCheck = useCallback(
    <T extends any[]>(callback: (...args: T) => void) =>
      (...args: T) => {
        if (isOffline) {
          showOfflineToast();
          return;
        }
        callback(...args);
      },
    [isOffline, showOfflineToast]
  );
 
  return { isOffline, runWithConnectivityCheck };
};

12.2 Offline Queue System

The application implements an offline queue system that:

  1. Captures actions performed offline
  2. Stores them in persistent storage
  3. Attempts to replay them when connectivity is restored
  4. Handles conflict resolution for concurrent changes

Implementation Example:

// Wrapping actions that require connectivity
onPress: runWithConnectivityCheck(() => setViewBy(key));

13. Performance Optimization

13.1 Virtual Lists

The application uses virtualized lists to optimize performance when rendering potentially large datasets:

Source: status-card/list.tsx

return (
  <VirtualList
    contentContainerStyle={styles.contentContainerStyle}
    data={listData}
    renderItem={({ item }) => <StatusCardListItem {...item} />}
    numColumns={2}
    estimatedItemSize={97}
    refreshControl={
      <RefreshControl refreshing={isFetching} onRefresh={refetch} />
    }
  />
);

13.2 Data Memoization

Components use React’s useMemo to avoid unnecessary calculations:

const listData = useMemo(() => {
  if (!data) {
    return [];
  }
 
  // Process data here
 
  return processedData;
}, [data, dependencies]);

13.3 Query Optimization

  1. Selective Fetching: Only fetches data needed for current view
  2. Data Pagination: Implements cursor-based pagination for large datasets
  3. Query Deduplication: Prevents duplicate network requests
  4. Stale-While-Revalidate: Shows cached data immediately while refreshing in background
  5. Prefetching: Anticipates user navigation and preloads likely needed data

Source: schedule-queries/index.ts

14. State Management

The Schedule Listing module uses Jotai for atomic state management, providing:

  1. Atomic Updates: Granular state updates minimize re-renders
  2. Computed State: Derived states update automatically
  3. Persistent State: Selected states persist in storage
  4. URL Synchronized State: Key states sync with URL parameters

14.1 Key State Atoms

// Calendar visibility state
export const calendarVisibleAtom = atom<boolean>(false);
 
// Selected schedule for action state
export const selectedScheduleAtom = atom<Schedule | null>(null);
 
// Schedule last updated timestamp
export const lastUpdatedAtom = atomWithStorage<string | null>(
  "scheduleLastUpdated",
  null
);

14.2 State Flow

flowchart TD
    A[User Interaction] --> B[Component State]
    B --> C[Jotai Atom]
    C --> D{State Type?}
    D -- "URL State" --> E[URL Parameters]
    D -- "Local State" --> F[In-Memory Only]
    D -- "Persistent State" --> G[Secure Storage]
    E --> H[Page Rehydration]
    G --> H

15. Internationalization

The Schedule Listing module is fully internationalized using a type-safe i18n system:

Source: locales/

// Usage example
const { LL } = useLocalization();
 
return <Text>{LL.schedule.filter.status.completed()}</Text>;

15.1 Supported Languages

  • English (en)
  • Spanish (es)
  • Indonesian (id)
  • Korean (ko)
  • Portuguese (pt)
  • Thai (th)
  • Khmer (km)

16. Team Audit Integration

The Schedule Listing module integrates deeply with the Team Audit feature, allowing for collaborative audit management:

16.1 Team Report Start Flow

sequenceDiagram
    participant User
    participant Team Audit Card
    participant TeamReportStartBottomSheet
    participant TeamReportStartController
    participant StartTeamReportMutation
    participant TeamSessionAPI

    User->>Team Audit Card: Tap Start Team Audit
    Team Audit Card->>TeamReportStartController: openBottomSheet(scheduleId)
    TeamReportStartController->>TeamReportStartBottomSheet: Opens with schedule details
    TeamReportStartBottomSheet-->>User: Display team member assignment UI
    User->>TeamReportStartBottomSheet: Assign sections and confirm
    TeamReportStartBottomSheet->>StartTeamReportMutation: Start team session
    StartTeamReportMutation->>TeamSessionAPI: Create team session
    TeamSessionAPI-->>StartTeamReportMutation: Return session details
    StartTeamReportMutation-->>TeamReportStartController: Session created successfully
    TeamReportStartController-->>User: Navigate to team audit interface

Source: team-report-start-bottom-sheet.tsx

16.2 Team Audit Coordination

Team audits implement real-time coordination through:

  1. Role-based Access Control: Different capabilities based on user role
  2. Section Assignment: Distributing audit sections among team members
  3. Progress Tracking: Real-time updates on team member progress
  4. Conflict Resolution: Managing concurrent edits to the same section
  5. Consolidation: Team lead review and consolidation of team input

17. Error Handling

The Schedule Listing module implements comprehensive error handling:

17.1 Error Boundaries

Component-level error boundaries prevent cascading failures:

export default function ScheduleErrorBoundary({
  children,
}: PropsWithChildren<unknown>) {
  return (
    <ErrorBoundary
      FallbackComponent={ScheduleErrorFallback}
      onError={(error) => {
        captureException(error);
        logError("ScheduleErrorBoundary", error);
      }}
    >
      {children}
    </ErrorBoundary>
  );
}

17.2 Query Error Handling

const { data, isLoading, error, refetch } = useScheduleQuery();
 
if (error) {
  return (
    <ErrorView message={LL.schedule.errors.loadingFailed()} onRetry={refetch} />
  );
}

17.3 Specific Error Types

  1. Network Errors: Handled with retry mechanisms and offline mode
  2. Authentication Errors: Redirect to login with return path
  3. Permission Errors: Show appropriate messaging based on user role
  4. Data Validation Errors: Prevent invalid data submission with clear feedback
  5. Unexpected Errors: Graceful degradation with error reporting

18. Technical Considerations

18.1 React Native Optimizations

  1. Render Optimization: Careful management of render cycles
  2. Memoization: Strategic use of useMemo and useCallback
  3. List Virtualization: Efficient rendering of large lists
  4. Image Optimization: Progressive loading and caching
  5. Animation Performance: Native-driven animations for smoothness

18.2 Data Synchronization

The Schedule Listing module implements a sophisticated data synchronization system:

flowchart TD
    A[App Start/Resume] --> B{Needs Sync?}
    B -- Yes --> C[Check Last Sync Time]
    B -- No --> D[Use Cached Data]
    C --> E{Stale Data?}
    E -- Yes --> F[Fetch Fresh Data]
    E -- No --> D
    G[Pull to Refresh] --> F
    H[Background Timer] --> C
    I[Connectivity Restored] --> J[Process Offline Queue]
    J --> K[Sync With Server]

19. Usage Examples

19.1 Viewing Daily Schedule

// Select the Daily tab
scheduleTabController.setActiveTab(ScheduleTabType.DAILY);
 
// Select a specific date
calendarController.selectDate(new Date(2025, 4, 15));
 
// View schedules grouped by status
viewByController.setViewBy("status");

19.2 Finding Overdue Audits

// Go to Active Period view
scheduleTabController.setActiveTab(ScheduleTabType.ACTIVE_PERIOD);
 
// View by status
viewByController.setViewBy("status");
 
// Filter for overdue items
statusFilterController.setFilter("overdue");

19.3 Starting a Team Audit

// Find and select team audit
const teamAudit = schedules.find((s) => s.type === "team");
startTeamReportController.openBottomSheet(teamAudit.id);
 
// Assign team members
startTeamReportController.assignSection({
  userId: "user123",
  sectionId: "section1",
});
 
// Initiate team session
startTeamReportController.startTeamReport();

20. Conclusion

The Schedule Listing module provides a flexible, performant interface for users to interact with their scheduled audits. Its component-based architecture allows for easy maintenance and extension, while the comprehensive filtering system gives users powerful ways to organize and find relevant [schedules](../../Schedule/Schedule Listing/ScheduleListingOverview.md). The integration with [team audits](../Team Audit/TeamAuditOverview.md) and robust offline support ensure that users can continue their work in any environment.

The module is built with performance and scalability in mind, using best practices for React Native development, state management, and data fetching. The internationalization support ensures that the application is accessible to users around the world, while the error handling provides a smooth experience even in problematic scenarios.

By centralizing schedule management and providing rich visualization and filtering capabilities, the Schedule Listing module serves as a core part of the audit management experience.

Last Updated: 08 May 2025 at 11:13 am IST by samir

Graph View

Backlinks