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1 | 1 | import Foundation |
2 | | -import nativeapi |
3 | | - |
4 | | -// MARK: - Helper Functions |
5 | | - |
6 | | -/// Convert display orientation to readable string |
7 | | -func orientationToString(_ orientation: nativeapi.DisplayOrientation) -> String { |
8 | | - switch orientation { |
9 | | - case .portrait: |
10 | | - return "Portrait (0 deg)" |
11 | | - case .landscape: |
12 | | - return "Landscape (90 deg)" |
13 | | - case .portraitFlipped: |
14 | | - return "Portrait Flipped (180 deg)" |
15 | | - case .landscapeFlipped: |
16 | | - return "Landscape Flipped (270 deg)" |
17 | | - @unknown default: |
18 | | - return "Unknown" |
19 | | - } |
20 | | -} |
21 | | - |
22 | | -/// Truncate string if it's too long |
23 | | -func truncateString(_ str: String, maxLength: Int) -> String { |
24 | | - if str.count <= maxLength { |
25 | | - return str |
26 | | - } |
27 | | - let truncated = String(str.prefix(maxLength - 3)) |
28 | | - return truncated + "..." |
29 | | -} |
30 | | - |
31 | | -/// Format a table row with proper alignment |
32 | | -func formatTableRow(_ content: String, totalWidth: Int = 70) -> String { |
33 | | - let truncated = truncateString(content, maxLength: totalWidth - 4) |
34 | | - let padding = totalWidth - 4 - truncated.count |
35 | | - return "│ \(truncated)\(String(repeating: " ", count: padding)) │" |
36 | | -} |
37 | | - |
38 | | -/// Create table border using ASCII characters |
39 | | -func createTableBorder(totalWidth: Int = 70) -> String { |
40 | | - return "+" + String(repeating: "-", count: totalWidth - 2) + "+" |
41 | | -} |
42 | | - |
43 | | -/// Print display information in a formatted table |
44 | | -func printDisplayInfo(_ display: nativeapi.Display) { |
45 | | - let tableWidth = 70 |
46 | | - |
47 | | - print(createTableBorder(totalWidth: tableWidth)) |
48 | | - print(formatTableRow("Display: \(display.name)", totalWidth: tableWidth)) |
49 | | - print(createTableBorder(totalWidth: tableWidth)) |
50 | | - print(formatTableRow("ID: \(display.id)", totalWidth: tableWidth)) |
51 | | - |
52 | | - // Position |
53 | | - let positionStr = "Position: (\(Int(display.position.x)), \(Int(display.position.y)))" |
54 | | - print(formatTableRow(positionStr, totalWidth: tableWidth)) |
55 | | - |
56 | | - // Size |
57 | | - let sizeStr = "Size: \(Int(display.size.width)) x \(Int(display.size.height))" |
58 | | - print(formatTableRow(sizeStr, totalWidth: tableWidth)) |
59 | | - |
60 | | - // Work Area |
61 | | - let workAreaStr = |
62 | | - "Work Area: (\(Int(display.workArea.x)), \(Int(display.workArea.y))) \(Int(display.workArea.width)) x \(Int(display.workArea.height))" |
63 | | - print(formatTableRow(workAreaStr, totalWidth: tableWidth)) |
64 | | - |
65 | | - // Scale Factor |
66 | | - let scaleStr = String(format: "Scale Factor: %.2f", display.scaleFactor) |
67 | | - print(formatTableRow(scaleStr, totalWidth: tableWidth)) |
68 | | - |
69 | | - // Primary status |
70 | | - let primaryStr = "Primary: \(display.isPrimary ? "Yes" : "No")" |
71 | | - print(formatTableRow(primaryStr, totalWidth: tableWidth)) |
72 | | - |
73 | | - // Orientation |
74 | | - let orientationStr = "Orientation: \(orientationToString(display.orientation))" |
75 | | - print(formatTableRow(orientationStr, totalWidth: tableWidth)) |
76 | | - |
77 | | - // Refresh Rate |
78 | | - let refreshStr = "Refresh Rate: \(display.refreshRate) Hz" |
79 | | - print(formatTableRow(refreshStr, totalWidth: tableWidth)) |
80 | | - |
81 | | - // Bit Depth (if available) |
82 | | - if display.bitDepth > 0 { |
83 | | - let bitDepthStr = "Bit Depth: \(display.bitDepth) bits" |
84 | | - print(formatTableRow(bitDepthStr, totalWidth: tableWidth)) |
85 | | - } |
86 | | - |
87 | | - // Manufacturer (if available) |
88 | | - if !display.manufacturer.isEmpty { |
89 | | - let manufacturerStr = "Manufacturer: \(display.manufacturer)" |
90 | | - print(formatTableRow(manufacturerStr, totalWidth: tableWidth)) |
91 | | - } |
92 | | - |
93 | | - // Model (if available) |
94 | | - if !display.model.isEmpty { |
95 | | - let modelStr = "Model: \(display.model)" |
96 | | - print(formatTableRow(modelStr, totalWidth: tableWidth)) |
97 | | - } |
98 | | - |
99 | | - print(createTableBorder(totalWidth: tableWidth)) |
100 | | -} |
| 2 | +import NativeAPI |
101 | 3 |
|
102 | 4 | // MARK: - Main Program |
103 | 5 |
|
104 | | -print("=== Native API Display Manager Demo ===") |
| 6 | +print("=== NativeAPI Swift Example ===") |
105 | 7 | print() |
106 | 8 |
|
107 | | -var displayManager = nativeapi.DisplayManager() |
| 9 | +// Test basic Display functionality |
| 10 | +print("🚀 Testing NativeAPI Display...") |
108 | 11 |
|
109 | | -// Get all displays |
110 | | -let displays = displayManager.GetAll() |
| 12 | +let accessibilityManager = AccessibilityManager() |
111 | 13 |
|
112 | | -if displays.isEmpty { |
113 | | - print("❌ No displays found!") |
114 | | - exit(1) |
115 | | -} |
| 14 | +accessibilityManager.enable() |
116 | 15 |
|
117 | | -print("📺 Found \(displays.count) display(s):") |
118 | | -print() |
| 16 | +let isAccessibilityEnabled = accessibilityManager.isEnabled() |
119 | 17 |
|
120 | | -// Display primary display first |
121 | | -let primaryDisplay = displayManager.GetPrimary() |
122 | | -print("🌟 PRIMARY DISPLAY:") |
123 | | -printDisplayInfo(primaryDisplay) |
124 | | -print() |
125 | | - |
126 | | -// Display secondary displays |
127 | | -let secondaryDisplays = displays.filter { !$0.isPrimary } |
128 | | -if !secondaryDisplays.isEmpty { |
129 | | - print("📱 SECONDARY DISPLAYS:") |
130 | | - for display in secondaryDisplays { |
131 | | - printDisplayInfo(display) |
132 | | - print() |
133 | | - } |
134 | | -} |
| 18 | +print("✅ Accessibility is enabled:", isAccessibilityEnabled) |
135 | 19 |
|
136 | | -// Display cursor position |
137 | | -let cursorPosition = displayManager.GetCursorPosition() |
138 | | -print("🖱️ Current Cursor Position: (\(cursorPosition.x), \(cursorPosition.y))") |
| 20 | +let display = Display() |
| 21 | +print("✅ Display instance created successfully!") |
139 | 22 | print() |
140 | 23 |
|
141 | | -// Display summary statistics |
142 | | -let totalWidth = displays.reduce(0) { $0 + $1.size.width } |
143 | | -let totalHeight = displays.map { $0.size.height }.max() ?? 0 |
144 | | -let scaleFactors = displays.map { $0.scaleFactor } |
145 | | -let minScaleFactor = scaleFactors.min() ?? 0 |
146 | | -let maxScaleFactor = scaleFactors.max() ?? 0 |
147 | | - |
148 | | -let summaryWidth = 60 |
149 | | -print("📊 SUMMARY:") |
150 | | -print(createTableBorder(totalWidth: summaryWidth)) |
151 | | - |
152 | | -let totalDisplaysStr = "Total Displays: \(displays.count)" |
153 | | -print(formatTableRow(totalDisplaysStr, totalWidth: summaryWidth)) |
154 | | - |
155 | | -let combinedWidthStr = "Combined Width: \(Int(totalWidth))" |
156 | | -print(formatTableRow(combinedWidthStr, totalWidth: summaryWidth)) |
157 | | - |
158 | | -let maxHeightStr = "Max Height: \(Int(totalHeight))" |
159 | | -print(formatTableRow(maxHeightStr, totalWidth: summaryWidth)) |
160 | | - |
161 | | -let scaleRangeStr = String(format: "Scale Range: %.1fx - %.1fx", minScaleFactor, maxScaleFactor) |
162 | | -print(formatTableRow(scaleRangeStr, totalWidth: summaryWidth)) |
163 | | - |
164 | | -print(createTableBorder(totalWidth: summaryWidth)) |
| 24 | +print("📱 NativeAPI is working correctly!") |
| 25 | +print("💡 This example demonstrates that the NativeAPI library can be imported and used.") |
| 26 | +print() |
165 | 27 |
|
| 28 | +print("🎯 Next steps:") |
| 29 | +print(" - Implement more functionality in the NativeAPI module") |
| 30 | +print(" - Add real display management features") |
| 31 | +print(" - Test with actual display operations") |
166 | 32 | print() |
167 | | -print("✅ Display information retrieved successfully!") |
| 33 | + |
| 34 | +print("✅ Example completed successfully!") |
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