keyHelperunicodeScalarValuesscanCodekeyCode modifiersisDownspecifiedLogicalKeykeyLabel physicalKey logicalKeyisModifierPressedgetModifierSidedebugFillProperties==hashCode debugToolkit numpadKey platformPlanemodifierCapsLock modifierShiftmodifierControl modifierAlt modifierMetamodifierNumericPad_mergeModifiers modifierMod1 modifierMod2RawKeyEventDataLinux KeyHelper GLFWKeyHelper GtkKeyHelper=DiagnosticPropertiesBuilderLogicalKeyboardKeyPhysicalKeyboardKeyKeyEvent RawKeyboard DeprecatedRawKeyEventData valueMaskintbooloverrideString fromCharCodekLinuxToPhysicalKeywebPlanefindKeyByKeyId numpadKey isNotEmptyisControlCharacter unicodePlane logicalKey platformPlane ModifierKey KeyboardSideanyisModifierPressedsidekeyCodeisDowngetModifierSidevoiddebugFillPropertiesaddDiagnosticsProperty debugToolkit defaultValueObject identical runtimeType keyHelperunicodeScalarValuesscanCode modifiershash FlutterErrorcontrolModifier shiftModifier altModifier metaModifiercapsLockModifiernumLockModifierfunctionModifiersymbolModifierscrollLockModifierallkGlfwNumpadMapkGlfwToLogicalKey glfwPlane kGtkNumpadMapkGtkToLogicalKeygtkPlaneRawKeyEventData KeyHelper >Teur4OtDiagnosticPropertiesBuilderKpackage:flutter/foundation.dartLogicalKeyboardKeyPhysicalKeyboardKeykeyboard_key.g.dartpackage:flutter/foundation.dart keyboard_maps.g.dart-raw_keyboard.dartLW=Ӏ݀߁ ,IKl`etȳ/hk߄T҅ $=XwÆŇ ‡CUuۉ/by{ g}ʌ$<>c "$1XQۑ$B[bdXgԓ7,G]dfÕ oɕHty{ΖO2yЙ2:?ANrݙ&g˚:?ANe˛ΛМ Y We؞!1NӞ4BƠ!#tàӠ+0bdѡ).I_u֢ݢߣHJ EJHKwǥG4էר'fm٨۩+ipީ0mtު0u|9w~$&ҭAbɮ `*,_Xȱʲ -H^tղݳ7R޴`%S˵H|߶#HMO\ɸ?D BEpEKȻʼPW¼ĽRYýždkҾԿ$tɿ@F@@@@@A A.A0AAABB-BVB{BBBCC5CYC[CCDNDvDxDDE/EiEEF FF#F%FtFyF{FFFFFGG0G8GGGH9HzHIIKIzIIJJ JJJ JSJJKK3K8K:KGKwKKKKKLL LLLTLW(/// @docImport 'hardware_keyboard.dart'; ,Ktօ((-AAO\\a셑X 9~:/// Creates a key event data structure specific for Linux.ԆǁԀ/// A helper class that abstracts the fetching of the toolkit-specific mappings. /// /// There is no real concept of a "native" window toolkit on Linux, and each implementation /// (GLFW, GTK, QT, etc) may have a different key code mapping.䁰/// An int with up to two Unicode scalar values generated by a single keystroke. An assertion /// will fire if more than two values are encoded in a single keystroke. /// /// This is typically the character that [keyCode] would produce without any modifier keys. /// For dead keys, it is typically the diacritic it would add to a character. Defaults to 0, /// asserted to be not null.nn/// The hardware scan code id corresponding to this key event. /// /// These values are not reliable and vary from device to device, so this /// information is mainly useful for debugging.s}s/// The hardware key code corresponding to this key event. /// /// This is the physical key that was pressed, not the Unicode character. /// This value may be different depending on the window toolkit used. See [KeyHelper].00/// A mask of the current modifiers using the values in Modifier Flags. /// This value may be different depending on the window toolkit used. See [KeyHelper].@^I/// Whether or not this key event is a key down (true) or key up (false).i5/// A logical key specified by the embedding that should be used instead of /// deriving from raw data. /// /// The GTK embedding detects the keyboard layout and maps some keys to /// logical keys in a way that can not be derived from per-key information. /// /// This is not part of the native GTK key event.m-&'&&JCDCCX33?EE$RYef!44@ m$&}~}}aa hCDCC^Ʉh΄1q/// Platform-specific key event data for Linux. /// /// This class is deprecated and will be removed. Platform specific key event /// data will no longer be available. See [KeyEvent] for what is available. /// /// Different window toolkit implementations can map to different key codes. This class /// will use the correct mapping depending on the [keyHelper] provided. /// /// See also: /// /// * [RawKeyboard], which uses this interface to expose key data.#$.5RڝځE/// Create a KeyHelper implementation depending on the given toolkit.e/// Returns the name for the toolkit. /// /// This is used in debug mode to generate readable string.M3/// The platform plane mask value of this platform.OO[ŠƠС-נ%%;?/// Returns a [KeyboardSide] enum value that describes which side or sides of /// the given keyboard modifier key were pressed at the time of this event.MMYcc gyy$ áġ΢+ա򢍢ffu5V/// Returns true if the given [ModifierKey] was pressed at the time of this /// event.99 =e/6/// The numpad key from the specific key code mapping. LLg7/// The logical key from the specific key code mapping.WXbgЛЈ9ˁ~/// Abstract class for window-specific key mappings. /// /// Given that there might be multiple window toolkit implementations (GLFW, /// GTK, QT, etc), this creates a common interface for each of the /// different toolkits. /// /// This class is deprecated and will be removed. Platform specific key event /// data will no longer be available. See [KeyEvent] for what is available.̧yY/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether the CAPS LOCK modifier key is on. /// /// {@template flutter.services.GLFWKeyHelper.modifierCapsLock} /// Use this value if you need to decode the [RawKeyEventDataLinux.modifiers] /// field yourself, but it's much easier to use [isModifierPressed] if you /// just want to know if a modifier is pressed. This is especially true on /// GLFW, since its modifiers don't include the effects of the current key /// event. /// {@endtemplate}Шـ/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether one of the SHIFT modifier keys is pressed. /// /// {@macro flutter.services.GLFWKeyHelper.modifierCapsLock}թè݀À/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether one of the CTRL modifier keys is pressed. /// /// {@macro flutter.services.GLFWKeyHelper.modifierCapsLock}ժǩǀ/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether one of the ALT modifier keys is pressed. /// /// {@macro flutter.services.GLFWKeyHelper.modifierCapsLock}ޫϪπ/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether one of the Meta(SUPER) modifier keys is pressed. /// /// {@macro flutter.services.GLFWKeyHelper.modifierCapsLock}ѫр/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether any key in the numeric keypad is pressed. /// /// {@macro flutter.services.GLFWKeyHelper.modifierCapsLock}/ C==JUUbkky((,LLXbb fxx$"#""4" c }} QRQQgrH Q/// Helper class that uses GLFW-specific key mappings. /// /// This class is deprecated and will be removed. Platform specific key event /// data will no longer be available. See [KeyEvent] for what is available.ĻrS/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether one of the SHIFT modifier keys is pressed. /// /// {@template flutter.services.GtkKeyHelper.modifierShift} /// Use this value if you need to decode the [RawKeyEventDataLinux.modifiers] field yourself, but /// it's much easier to use [isModifierPressed] if you just want to know if a /// modifier is pressed. This is especially true on GTK, since its modifiers /// don't include the effects of the current key event. /// {@endtemplate}̀/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether the CAPS LOCK modifier key is on. /// /// {@macro flutter.services.GtkKeyHelper.modifierShift}ƀ/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether one of the CTRL modifier keys is pressed. /// /// {@macro flutter.services.GtkKeyHelper.modifierShift}˾ɾξǁ/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether the first modifier key is pressed (usually mapped to alt). /// /// {@macro flutter.services.GtkKeyHelper.modifierShift}ܾց܀/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether the second modifier key is pressed (assumed to be mapped to /// num lock). /// /// {@macro flutter.services.GtkKeyHelper.modifierShift}@@@@@/// This mask is used to check the [RawKeyEventDataLinux.modifiers] field to /// test whether one of the Meta(SUPER) modifier keys is pressed. /// /// {@macro flutter.services.GtkKeyHelper.modifierShift}@@@@.ALLLLBL%AGAGATA_A_AlAuAuAA2A2EA6FFFFF FFF$FFFG GGG'F}F~FFFF}F}FJ?J?JKJJJJ!J/KgKg KkK<K=K<Kc "$1XQۑ$B[bdXgԓ7,G]dfÕ oɕHty{ΖO2yЙ2:?ANrݙ&g˚:?ANe˛ΛМ Y We؞!1NӞ4BƠ!#tàӠ+0bdѡ).I_u֢ݢߣHJ EJHKwǥG4էר'fm٨۩+ipީ0mtު0u|9w~$&ҭAbɮ `*,_Xȱʲ -H^tղݳ7R޴`%S˵H|߶#HMO\ɸ?D BEpEKȻʼPW¼ĽRYýždkҾԿ$tɿ@F@@@@@A A.A0AAABB-BVB{BBBCC5CYC[CCDNDvDxDDE/EiEEF FF#F%FtFyF{FFFFFGG0G8GGGH9HzHIIKIzIIJJ JJJ JSJJKK3K8K:KGKwKKKKKLL LLLTLWRawKeyEventDataLinux KeyHelper GLFWKeyHelper GtkKeyHelper/flutter.services.GLFWKeyHelper.modifierCapsLock%Use this value if you need to decode the [RawKeyEventDataLinux.modifiers] field yourself, but it's much easier to use [isModifierPressed] if you just want to know if a modifier is pressed. This is especially true on GLFW, since its modifiers don't include the effects of the current key event.+flutter.services.GtkKeyHelper.modifierShift$Use this value if you need to decode the [RawKeyEventDataLinux.modifiers] field yourself, but it's much easier to use [isModifierPressed] if you just want to know if a modifier is pressed. This is especially true on GTK, since its modifiers don't include the effects of the current key event.9