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SwiftCamp provides participants with more than just an understanding of the foundational concepts of the Swift programming language. It also offers hands-on experience in managing processes, planning, and collaboratively developing a mobile application. The program is structured in two phases:
- Phase 1: Understanding user interface design and fundamental building blocks using SwiftUI.
- Phase 2: Learning and applying hardware services, API integrations, and real-world application development.
This application is developed using the VIPER architecture (View, Interactor, Presenter, Entity, Router) to ensure a clean, modular, and maintainable codebase.
How VIPER is Used: View: Focuses on the UI and delegates logic to the Presenter. Interactor: Manages business logic and data manipulation. Presenter: Mediates between the View and Interactor, preparing data for display. Entity: Contains data models and structures. Router: Handles navigation and screen transitions. Benefits: Separation of Concerns: Each layer has a clear role, making the app easy to maintain. Testability: Modular components are simple to test individually. Scalability: Supports adding new features without disrupting existing functionality. With VIPER, this app achieves a structured and scalable architecture that ensures long-term maintainability.
- 💻 Learning Swift Basics: Master the foundational elements of the Swift programming language and design user interfaces with SwiftUI.
- 📋 Project Management Experience: Develop skills in task delegation, process planning, and coordination within a team environment.
- 📱 Mobile App Development Process: Gain hands-on experience in creating a mobile application from initial design to deployment.
- 🔧 Utilizing Hardware Services: Learn to access and integrate hardware features like cameras, sensors, and other device functionalities into applications.
- 🔗 API and Service Integrations: Implement external services and APIs to create dynamic, user-focused applications.
- 🤝 Teamwork Skills: Strengthen collaboration and communication skills by taking on various roles within a team.
- 🌍 Real-World Application: Apply acquired knowledge in practical projects to gain proficiency in the iOS development ecosystem.
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Attributes are properties or modifiers that define the appearance, behavior, and interaction of SwiftUI components. Below is a categorized list of attributes you can apply to your views.
These attributes define the visual appearance of SwiftUI components, such as colors, shadows, and transparency.
View Details
foregroundColor: Sets the color of text or shapes.background: Adds a background to the view.shadow: Applies a shadow effect.cornerRadius: Rounds the corners of a view.opacity: Adjusts the transparency of a view.blendMode: Applies a blend mode to the view.
These attributes help control the layout and positioning of components in a SwiftUI view hierarchy.
View Details
frame: Sets the size of a view.padding: Adds spacing around a view.offset: Moves the view by a specified amount.alignment: Aligns the content within a container.zIndex: Sets the stacking order of views.
These attributes allow you to add smooth animations and transitions to enhance user interaction in your app.
View Details
animation: Adds an animation to a view.transition: Defines how views appear/disappear.matchedGeometryEffect: Links views for smooth animations.delay: Adds a delay before an animation starts.
These attributes manage user interactions like gestures, taps, and hit testing in your SwiftUI views.
View Details
onTapGesture: Detects a tap gesture.onLongPressGesture: Detects a long press gesture.gesture: Adds a custom gesture to a view.allowsHitTesting: Enables or disables user interaction.
These attributes provide functional capabilities like assigning identifiers, managing environment values, and enhancing accessibility.
View Details
id: Assigns a unique identifier to a view.tag: Associates a value with a view.environment: Passes shared data to child views.accessibilityLabel: Provides accessibility information.focusable: Marks a view as focusable.
These attributes allow you to create reusable custom behaviors and prioritize layout preferences.
View Details
customModifier: Creates reusable custom modifiers.preferenceKey: Shares data between parent and child views.layoutPriority: Adjusts the layout priority of a view.
This document highlights all the SwiftUI components and features included in the project. Use this as a checklist to track your progress or ensure feature coverage. ✅
Containers are fundamental building blocks in SwiftUI. They allow you to structure and arrange your views hierarchically.
View Details
- Container Types:
- VStack
- HStack
- ZStack
- ScrollView
- List
- Lazy Containers:
- LazyVStack
- LazyHStack
- LazyVGrid
- LazyHGrid
- Navigation & Grouping:
- NavigationView
- NavigationStack
- Group
- GroupBox
SwiftUI provides powerful tools for working with text and images, enabling customization and interactivity.
View Details
- Text Components:
- Text
- AttributedText
- SecureField
- Interactive Fields:
- TextField
- Image Components:
- Image
- Label
Buttons and contextual menus enable user interaction, making your app responsive and dynamic.
View Details
- Button Types:
- Button
- Link
- Toggle
- Contextual Buttons:
- ContextMenu
- Menu
Pickers and controls offer flexible ways for users to input data and adjust settings.
View Details
- Pickers:
- Picker
- DatePicker
- ColorPicker
- Adjustable Controls:
- Slider
- Stepper
- Indicators:
- ProgressView
- SegmentedControl
Shapes are versatile drawing primitives that can be styled and combined for custom designs.
View Details
- Basic Shapes:
- Rectangle
- RoundedRectangle
- Circle
- Ellipse
- Capsule
- Advanced Shapes:
- Path
- CustomShape
Modifiers customize the appearance, layout, and behavior of views in SwiftUI.
View Details
- Appearance:
- Padding
- Background
- ForegroundColor
- Shadow
- Positioning:
- Frame
- Offset
- ScaleEffect
- RotationEffect
- Effects:
- Opacity
Animations bring life to your UI, enhancing user experience with smooth transitions and dynamic effects.
View Details
- Animation Types:
- Animation
- withAnimation
- Transaction
- Advanced Animation:
- MatchedGeometryEffect
- Transition
Gestures are essential for detecting user interactions, enabling richer touch-based experiences.
View Details
- Gestures:
- TapGesture
- LongPressGesture
- DragGesture
- Advanced Gestures:
- MagnificationGesture
- RotationGesture
Alerts and sheets provide ways to display modal content or prompt the user for confirmation.
View Details
- Alerts:
- Alert
- ConfirmationDialog
- Sheets and Dialogs:
- Sheet
- ActionSheet
- Popover
Grids are used for creating complex layouts with structured rows and columns.
View Details
- Grid Types:
- Grid
- GridRow
Additional components that enhance layout, media integration, and state management.
View Details
- Layout:
- Spacer
- Divider
- GeometryReader
- Canvas
- TimelineView
- Media:
- VideoPlayer
- Map
- State Management:
- State
- Binding
- ObservedObject
- EnvironmentObject
- FocusState
| Package | Version |
|---|---|
| OneSignalXCFramework | 5.2.9 |
| RxSwift | 6.5.0 |
MasterFabric |
EduTech |
 gurkanfikretgunak |
 turhanGoksu |
 mehmetalbyrak |
 melihalkbk |
 yuceel |
 busragedikoglu |
 alakkaya |
 beyzanuravsar |
 elifdodanli |
 NurhayatYurtaslan |
 AylinManav |
 OnurArslan0 |
 ayberkgorgun |
Gürkan Fikret Günak |
Nurhayat Yurtaslan |
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