Base implementation for the more convenient <FlatList> -and <SectionList> components, which are also better + EditVirtualizedListBase implementation for the more convenient <FlatList> +and <SectionList> components, which are also better documented. In general, this should only really be used if you need more flexibility than FlatList provides, e.g. for use with immutable data instead of plain arrays. Virtualization massively improves memory consumption and performance of large lists by diff --git a/docs/virtualizedlist.html b/docs/virtualizedlist.html index 094fcb7ae72..3334a810fac 100644 --- a/docs/virtualizedlist.html +++ b/docs/virtualizedlist.html @@ -1,11 +1,11 @@ -VirtualizedList · React NativeReact Native0.51DocsCommunityBlogGitHubReact›ComponentsThe BasicsGetting StartedLearn the BasicsPropsStateStyleHeight and WidthLayout with FlexboxHandling Text InputHandling TouchesUsing a ScrollViewUsing List ViewsNetworkingMore ResourcesGuidesComponents and APIsPlatform Specific CodeNavigating Between ScreensImagesAnimationsAccessibilityImproving User ExperienceTimersDebuggingPerformanceGesture Responder SystemJavaScript EnvironmentDirect ManipulationColor ReferenceIntegration with Existing AppsRunning On DeviceUpgrading to new React Native versionsTroubleshootingGuides (iOS)Native ModulesNative UI ComponentsLinking LibrariesRunning On SimulatorCommunication between native and React NativeBuilding For Apple TVApp ExtensionsGuides (Android)Native ModulesNative UI ComponentsHeadless JSGenerating Signed APKBuilding React Native from sourceContributingHow to ContributeWhat to Expect from MaintainersTesting your ChangesUnderstanding the CLIComponentsActivityIndicatorButtonDatePickerIOSDrawerLayoutAndroidFlatListImageKeyboardAvoidingViewListViewMaskedViewIOSModalNavigatorIOSPickerPickerIOSProgressBarAndroidProgressViewIOSRefreshControlScrollViewSectionListSegmentedControlIOSSliderSnapshotViewIOSStatusBarSwitchTabBarIOSTabBarIOS.ItemTextTextInputToolbarAndroidTouchableHighlightTouchableNativeFeedbackTouchableOpacityTouchableWithoutFeedbackViewViewPagerAndroidVirtualizedListWebViewAPIsAccessibilityInfoActionSheetIOSAlertAlertIOSAnimatedAppRegistryAppStateAsyncStorageBackAndroidBackHandlerCameraRollClipboardDatePickerAndroidDimensionsEasingGeolocationImageEditorImagePickerIOSImageStoreImage Style PropsInteractionManagerKeyboardLayout PropsLayoutAnimationLinkingListViewDataSourceNetInfoPanResponderPermissionsAndroidPixelRatioPushNotificationIOSSettingsShadow PropsShareStatusBarIOSStyleSheetSystraceText Style PropsTimePickerAndroidToastAndroidTransformsVibrationVibrationIOSView Style PropsReact Native0.51DocsCommunityBlogGitHubReact›ComponentsThe BasicsGetting StartedLearn the BasicsPropsStateStyleHeight and WidthLayout with FlexboxHandling Text InputHandling TouchesUsing a ScrollViewUsing List ViewsNetworkingMore ResourcesGuidesComponents and APIsPlatform Specific CodeNavigating Between ScreensImagesAnimationsAccessibilityImproving User ExperienceTimersDebuggingPerformanceGesture Responder SystemJavaScript EnvironmentDirect ManipulationColor ReferenceIntegration with Existing AppsRunning On DeviceUpgrading to new React Native versionsTroubleshootingGuides (iOS)Native ModulesNative UI ComponentsLinking LibrariesRunning On SimulatorCommunication between native and React NativeBuilding For Apple TVApp ExtensionsGuides (Android)Native ModulesNative UI ComponentsHeadless JSGenerating Signed APKBuilding React Native from sourceContributingHow to ContributeWhat to Expect from MaintainersTesting your ChangesUnderstanding the CLIComponentsActivityIndicatorButtonDatePickerIOSDrawerLayoutAndroidFlatListImageKeyboardAvoidingViewListViewMaskedViewIOSModalNavigatorIOSPickerPickerIOSProgressBarAndroidProgressViewIOSRefreshControlScrollViewSectionListSegmentedControlIOSSliderSnapshotViewIOSStatusBarSwitchTabBarIOSTabBarIOS.ItemTextTextInputToolbarAndroidTouchableHighlightTouchableNativeFeedbackTouchableOpacityTouchableWithoutFeedbackViewViewPagerAndroidVirtualizedListWebViewAPIsAccessibilityInfoActionSheetIOSAlertAlertIOSAnimatedAppRegistryAppStateAsyncStorageBackAndroidBackHandlerCameraRollClipboardDatePickerAndroidDimensionsEasingGeolocationImageEditorImagePickerIOSImageStoreImage Style PropsInteractionManagerKeyboardLayout PropsLayoutAnimationLinkingListViewDataSourceNetInfoPanResponderPermissionsAndroidPixelRatioPushNotificationIOSSettingsShadow PropsShareStatusBarIOSStyleSheetSystraceText Style PropsTimePickerAndroidToastAndroidTransformsVibrationVibrationIOSView Style PropsEditVirtualizedListBase implementation for the more convenient <FlatList> -and <SectionList> components, which are also better + EditVirtualizedListBase implementation for the more convenient <FlatList> +and <SectionList> components, which are also better documented. In general, this should only really be used if you need more flexibility than FlatList provides, e.g. for use with immutable data instead of plain arrays. Virtualization massively improves memory consumption and performance of large lists by
Base implementation for the more convenient <FlatList> +and <SectionList> components, which are also better documented. In general, this should only really be used if you need more flexibility than FlatList provides, e.g. for use with immutable data instead of plain arrays. Virtualization massively improves memory consumption and performance of large lists by diff --git a/docs/virtualizedlist.html b/docs/virtualizedlist.html index 094fcb7ae72..3334a810fac 100644 --- a/docs/virtualizedlist.html +++ b/docs/virtualizedlist.html @@ -1,11 +1,11 @@ -VirtualizedList · React NativeReact Native0.51DocsCommunityBlogGitHubReact›ComponentsThe BasicsGetting StartedLearn the BasicsPropsStateStyleHeight and WidthLayout with FlexboxHandling Text InputHandling TouchesUsing a ScrollViewUsing List ViewsNetworkingMore ResourcesGuidesComponents and APIsPlatform Specific CodeNavigating Between ScreensImagesAnimationsAccessibilityImproving User ExperienceTimersDebuggingPerformanceGesture Responder SystemJavaScript EnvironmentDirect ManipulationColor ReferenceIntegration with Existing AppsRunning On DeviceUpgrading to new React Native versionsTroubleshootingGuides (iOS)Native ModulesNative UI ComponentsLinking LibrariesRunning On SimulatorCommunication between native and React NativeBuilding For Apple TVApp ExtensionsGuides (Android)Native ModulesNative UI ComponentsHeadless JSGenerating Signed APKBuilding React Native from sourceContributingHow to ContributeWhat to Expect from MaintainersTesting your ChangesUnderstanding the CLIComponentsActivityIndicatorButtonDatePickerIOSDrawerLayoutAndroidFlatListImageKeyboardAvoidingViewListViewMaskedViewIOSModalNavigatorIOSPickerPickerIOSProgressBarAndroidProgressViewIOSRefreshControlScrollViewSectionListSegmentedControlIOSSliderSnapshotViewIOSStatusBarSwitchTabBarIOSTabBarIOS.ItemTextTextInputToolbarAndroidTouchableHighlightTouchableNativeFeedbackTouchableOpacityTouchableWithoutFeedbackViewViewPagerAndroidVirtualizedListWebViewAPIsAccessibilityInfoActionSheetIOSAlertAlertIOSAnimatedAppRegistryAppStateAsyncStorageBackAndroidBackHandlerCameraRollClipboardDatePickerAndroidDimensionsEasingGeolocationImageEditorImagePickerIOSImageStoreImage Style PropsInteractionManagerKeyboardLayout PropsLayoutAnimationLinkingListViewDataSourceNetInfoPanResponderPermissionsAndroidPixelRatioPushNotificationIOSSettingsShadow PropsShareStatusBarIOSStyleSheetSystraceText Style PropsTimePickerAndroidToastAndroidTransformsVibrationVibrationIOSView Style PropsReact Native0.51DocsCommunityBlogGitHubReact›ComponentsThe BasicsGetting StartedLearn the BasicsPropsStateStyleHeight and WidthLayout with FlexboxHandling Text InputHandling TouchesUsing a ScrollViewUsing List ViewsNetworkingMore ResourcesGuidesComponents and APIsPlatform Specific CodeNavigating Between ScreensImagesAnimationsAccessibilityImproving User ExperienceTimersDebuggingPerformanceGesture Responder SystemJavaScript EnvironmentDirect ManipulationColor ReferenceIntegration with Existing AppsRunning On DeviceUpgrading to new React Native versionsTroubleshootingGuides (iOS)Native ModulesNative UI ComponentsLinking LibrariesRunning On SimulatorCommunication between native and React NativeBuilding For Apple TVApp ExtensionsGuides (Android)Native ModulesNative UI ComponentsHeadless JSGenerating Signed APKBuilding React Native from sourceContributingHow to ContributeWhat to Expect from MaintainersTesting your ChangesUnderstanding the CLIComponentsActivityIndicatorButtonDatePickerIOSDrawerLayoutAndroidFlatListImageKeyboardAvoidingViewListViewMaskedViewIOSModalNavigatorIOSPickerPickerIOSProgressBarAndroidProgressViewIOSRefreshControlScrollViewSectionListSegmentedControlIOSSliderSnapshotViewIOSStatusBarSwitchTabBarIOSTabBarIOS.ItemTextTextInputToolbarAndroidTouchableHighlightTouchableNativeFeedbackTouchableOpacityTouchableWithoutFeedbackViewViewPagerAndroidVirtualizedListWebViewAPIsAccessibilityInfoActionSheetIOSAlertAlertIOSAnimatedAppRegistryAppStateAsyncStorageBackAndroidBackHandlerCameraRollClipboardDatePickerAndroidDimensionsEasingGeolocationImageEditorImagePickerIOSImageStoreImage Style PropsInteractionManagerKeyboardLayout PropsLayoutAnimationLinkingListViewDataSourceNetInfoPanResponderPermissionsAndroidPixelRatioPushNotificationIOSSettingsShadow PropsShareStatusBarIOSStyleSheetSystraceText Style PropsTimePickerAndroidToastAndroidTransformsVibrationVibrationIOSView Style PropsEditVirtualizedListBase implementation for the more convenient <FlatList> -and <SectionList> components, which are also better + EditVirtualizedListBase implementation for the more convenient <FlatList> +and <SectionList> components, which are also better documented. In general, this should only really be used if you need more flexibility than FlatList provides, e.g. for use with immutable data instead of plain arrays. Virtualization massively improves memory consumption and performance of large lists by
Base implementation for the more convenient <FlatList> -and <SectionList> components, which are also better + EditVirtualizedListBase implementation for the more convenient <FlatList> +and <SectionList> components, which are also better documented. In general, this should only really be used if you need more flexibility than FlatList provides, e.g. for use with immutable data instead of plain arrays. Virtualization massively improves memory consumption and performance of large lists by
Base implementation for the more convenient <FlatList> +and <SectionList> components, which are also better documented. In general, this should only really be used if you need more flexibility than FlatList provides, e.g. for use with immutable data instead of plain arrays. Virtualization massively improves memory consumption and performance of large lists by