nevaforget
c5f8625345
Rust CLI-Tool für Corsair Bragi-Geräte (HS80 RGB Wireless, etc.). Implementiert Protokoll-Kern, HID-Kommunikation, BragiDevice mit RAII-Lifecycle, CLI-Subcommands (battery, sidetone, led, info, json, udev), ALSA-Sidetone-Steuerung und Waybar-JSON-Output. 24 Unit-Tests für Packet-Bau, Response-Parsing und Property-Enums.
85 lines
2.9 KiB
Rust
85 lines
2.9 KiB
Rust
// ABOUTME: Unit-Tests für Bragi Property-Enums und Battery-Level-Konvertierung.
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// ABOUTME: Testet BatteryStatus-Konvertierung und Promille-zu-Prozent-Umrechnung.
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use corsairctl::bragi::properties::{battery_promille_to_percent, BatteryStatus, Property};
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#[test]
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fn battery_status_from_byte_discharging() {
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assert_eq!(BatteryStatus::from_byte(0x01), BatteryStatus::Discharging);
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}
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#[test]
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fn battery_status_from_byte_charging_both_values() {
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// Sowohl 0x03 als auch 0x04 bedeuten "Charging"
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assert_eq!(BatteryStatus::from_byte(0x03), BatteryStatus::Charging);
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assert_eq!(BatteryStatus::from_byte(0x04), BatteryStatus::Charging);
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}
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#[test]
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fn battery_status_from_byte_all_known_values() {
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assert_eq!(BatteryStatus::from_byte(0x00), BatteryStatus::Offline);
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assert_eq!(BatteryStatus::from_byte(0x01), BatteryStatus::Discharging);
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assert_eq!(BatteryStatus::from_byte(0x02), BatteryStatus::Low);
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assert_eq!(BatteryStatus::from_byte(0x03), BatteryStatus::Charging);
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assert_eq!(BatteryStatus::from_byte(0x04), BatteryStatus::Charging);
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assert_eq!(BatteryStatus::from_byte(0x05), BatteryStatus::FullyCharged);
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}
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#[test]
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fn battery_status_unknown_value() {
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let status = BatteryStatus::from_byte(0xFF);
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assert!(matches!(status, BatteryStatus::Unknown(0xFF)));
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}
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#[test]
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fn battery_status_labels() {
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assert_eq!(BatteryStatus::Offline.label(), "Offline");
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assert_eq!(BatteryStatus::Discharging.label(), "Discharging");
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assert_eq!(BatteryStatus::Low.label(), "Low");
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assert_eq!(BatteryStatus::Charging.label(), "Charging");
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assert_eq!(BatteryStatus::FullyCharged.label(), "Full");
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assert_eq!(BatteryStatus::Unknown(0xFF).label(), "Unknown");
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}
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#[test]
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fn battery_status_is_charging() {
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assert!(BatteryStatus::Charging.is_charging());
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assert!(!BatteryStatus::Discharging.is_charging());
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assert!(!BatteryStatus::FullyCharged.is_charging());
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assert!(!BatteryStatus::Offline.is_charging());
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}
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#[test]
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fn battery_promille_to_percent_full() {
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assert!((battery_promille_to_percent(1000) - 100.0).abs() < f32::EPSILON);
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}
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#[test]
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fn battery_promille_to_percent_half() {
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assert!((battery_promille_to_percent(500) - 50.0).abs() < f32::EPSILON);
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}
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#[test]
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fn battery_promille_to_percent_empty() {
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assert!((battery_promille_to_percent(0) - 0.0).abs() < f32::EPSILON);
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}
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#[test]
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fn battery_promille_to_percent_fractional() {
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// 735 Promille = 73.5%
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assert!((battery_promille_to_percent(735) - 73.5).abs() < f32::EPSILON);
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}
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#[test]
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fn property_ids_match_protocol() {
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assert_eq!(Property::BatteryLevel.id(), 0x0F);
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assert_eq!(Property::BatteryStatus.id(), 0x10);
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assert_eq!(Property::Brightness.id(), 0x02);
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assert_eq!(Property::Mode.id(), 0x03);
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assert_eq!(Property::VendorId.id(), 0x11);
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assert_eq!(Property::ProductId.id(), 0x12);
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assert_eq!(Property::AppFirmware.id(), 0x13);
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assert_eq!(Property::BuildFirmware.id(), 0x14);
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assert_eq!(Property::Sidetone.id(), 0x09);
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}
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