Stack the states free

Construct keyword objects:Object.fromEntries(['class', 'def', 'if'].map(k => ['kw-' + k, k]))StatesMoo allows you to define multiple lexer states. Each state defines its own separate set of token rules. Your lexer will start off in the first state given to moo.states({}).Rules can be annotated with next, push, and pop, to change the current state after that token is matched. A "stack" of past states is kept, which is used by push and pop.next: 'bar' moves to the state named bar. (The stack is not changed.)push: 'bar' moves to the state named bar, and pushes the old state onto the stack.pop: 1 removes one state from the top of the stack, and moves to that state. (Only 1 is supported.)Only rules from the current state can be matched. You need to copy your rule into all the states you want it to be matched in.For example, to tokenize JS-style string interpolation such as a${{c: d}}e, you might use: let lexer = moo.states({ main: { strstart: {match: '`', push: 'lit'}, ident: /\w+/, lbrace: {match: '{', push: 'main'}, rbrace: {match: '}', pop: 1}, colon: ':', space: {match: /\s+/, lineBreaks: true}, }, lit: { interp: {match: '${', push: 'main'}, escape: /\\./, strend: {match: '`', pop: 1}, const: {match: /(?:[^$`]|\$(?!\{))+/, lineBreaks: true}, }, }) // // => strstart const interp lbrace ident colon space ident rbrace rbrace const strendThe rbrace rule is annotated with pop, so it moves from the main state into either lit or main, depending on the stack.ErrorsIf none of your rules match, Moo

Path in case the currently forwarding link fails. Figure 7. UplinkFast Example Before Direct Link Failure. This topology has no link failures. Switch A, the root switch, is connected directly to Switch B over link L1 and to Switch C over link L2. The Layer 2 interface on Switch C that is connected directly to Switch B is in a blocking state. Figure 8. UplinkFast Example After Direct Link Failure. If Switch C detects a link failure on the currently active link L2 on the root port (a direct link failure), UplinkFast unblocks the blocked interface on Switch C and transitions it to the forwarding state without going through the listening and learning states. This change takes approximately 1 to 5 seconds. Cross-Stack UplinkFast Cross-Stack UplinkFast (CSUF) provides a fast spanning-tree transition (fast convergence in less than 1 second under normal network conditions) across a switch stack. During the fast transition, an alternate redundant link on the switch stack is placed in the forwarding state without causing temporary spanning-tree loops or loss of connectivity to the backbone. With this feature, you can have a redundant and resilient network in some configurations. CSUF is automatically enabled when you enable the UplinkFast feature. CSUF might not provide a fast transition all the time; in these cases, the normal spanning-tree transition occurs, completing in 30 to 40 seconds. For more information, see Related Topics. How Cross-Stack UplinkFast Works Cross-Stack UplinkFast (CSUF) ensures that one link in the stack is elected as the path to the root. Figure 9. Cross-Stack UplinkFast Topology. The stack-root port on Switch 1 provides the path to the root of the spanning tree. The alternate stack-root ports on Switches 2 and 3 can provide an alternate path to the spanning-tree root if the current stack-root switch fails or if its link to the spanning-tree root fails. Link 1, the root link, is in the spanning-tree forwarding state. Links 2 and 3 are alternate redundant links that are in the spanning-tree blocking state. If Switch 1 fails, if its stack-root port fails, or if Link 1 fails, CSUF selects either

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This programmatically, pass popUpTo() to navigate() as part ofNavOptions with inclusive set to true. This works in both Compose andViews.Save state when popping upWhen you use popUpTo to navigate to a destination, you can optionally save theback stack and the states of all destinations popped off the back stack. You canthen restore the back stack and destinations when navigating to that destinationat a later time. This lets you preserve state for a given destination and havemultiple back stacks.To do this programmatically, specify saveState = true when adding popUpTo toyour navigation options.You can also specify restoreState = true in your navigation options toautomatically restore the back stack and the state associated with thedestination.For example:navController.navigate( route = route, navOptions = navOptions { popUpTo{ saveState = true } restoreState = true })To enable saving and restoring state in XML, define popUpToSaveState as true and restoreState as true respectively in the associated action.XML exampleHere is an example of popUpTo in XML, using an action: android:id="@+id/action_a_to_b" app:destination="@id/b" app:popUpTo="@+id/a" app:popUpToInclusive="true" app:restoreState=”true” app:popUpToSaveState="true"/>Compose exampleThe following is a complete example of the same in Compose:@Composablefun MyAppNavHost( modifier: Modifier = Modifier, navController: NavHostController = rememberNavController(), startDestination: Any = A) { NavHost( modifier = modifier, navController = navController, startDestination = startDestination ) { composable { DestinationA( onNavigateToB = { // Pop everything up to, and including, the A destination off // the back stack, saving the back stack and the state of its // destinations. // Then restore any previous back stack state associated with // the B destination. // Finally navigate to the B destination. navController.navigate(route = B) { popUpTo { inclusive = true saveState = true } restoreState = true } }, ) } composable { DestinationB(/* ... */) } }}@Composablefun DestinationA(onNavigateToB: () -> Unit) { Button(onClick = onNavigateToB) { Text("Go to A") }}More granularly, you can change how you call NavController.navigate() in thefollowing ways:// Pop everything up to the destination_a destination off the back stack before// navigating to the "destination_b" destinationnavController.navigate("destination_b") { popUpTo("destination_a")}// Pop everything up to and including the "destination_a" destination off// the back stack before navigating to the "destination_b" destinationnavController.navigate("destination_b") { popUpTo("destination_a") { inclusive = true }}// Navigate to the "search” destination only if we’re not already on// the "search" destination, avoiding multiple copies on the top of the// back stacknavController.navigate("search") { launchSingleTop = true}For general information about passing options to NavController.navigate(), seethe Navigate with options guide.Pop using actionsWhen navigating using an action, you can optionally pop additional destinationsoff of the back stack. For example, if your app has an initial login flow, oncea user has logged in, you should pop all of the login-related destinations offof the back stack so that the Back button doesn't take users back into the loginflow.Additional readingFor more information, read the following pages:Circular navigation: Learn how you can avoid an overstuffed backstack in cases where navigation flows are circular.Dialog destinations: Read about how dialog destinations introduceunique considerations to how you manage your back stack.

Alternate paths to the root switch. If the inferior BPDU arrives on the root port and there are no blocked interfaces, the switch assumes that it has lost connectivity to the root switch, causes the maximum aging time on the root port to expire, and becomes the root switch according to normal spanning-tree rules. If the switch has alternate paths to the root switch, it uses these alternate paths to send a root link query (RLQ) request. The switch sends the RLQ request on all alternate paths to learn if any stack member has an alternate root to the root switch and waits for an RLQ reply from other switches in the network and in the stack. The switch sends the RLQ request on all alternate paths and waits for an RLQ reply from other switches in the network. When a stack member receives an RLQ reply from a nonstack member on a blocked interface and the reply is destined for another nonstacked switch, it forwards the reply packet, regardless of the spanning-tree interface state. When a stack member receives an RLQ reply from a nonstack member and the response is destined for the stack, the stack member forwards the reply so that all the other stack members receive it. If the switch discovers that it still has an alternate path to the root, it expires the maximum aging time on the interface that received the inferior BPDU. If all the alternate paths to the root switch indicate that the switch has lost connectivity to the root switch, the switch expires the maximum aging time on the interface that received the RLQ reply. If one or more alternate paths can still connect to the root switch, the switch makes all interfaces on which it received an inferior BPDU its designated ports and moves them from the blocking state (if they were in the blocking state), through the listening and learning states, and into the forwarding state. Figure 10. BackboneFast Example Before Indirect Link Failure. This is an example topology with no link failures. Switch A, the root switch, connects directly

To the secure boot servicing stack were made to help with safe roll out of upcoming security updates for Secure Boot. Servicing stack updates (SSU) makes sure that you have a robust and reliable servicing stack so that your devices can receive and install Microsoft updates. How to get this update Install this update Release Channel Available Next Step Windows Update and Microsoft Update Yes This update is available through Windows Update. It will be downloaded and installed automatically. Microsoft Update Catalog Yes To get the standalone package for this update, go to the Microsoft Update Catalog website. To download updates from the Update Catalog, see Steps to download updates from the Windows Update Catalog. Windows Server Update Services (WSUS) Yes This update will automatically sync with WSUS if you configure Products and Classifications as follows: Product: Windows 10 Classification: Security Updates For more information, see Configure classifications and products to synchronize. Prerequisites There are no prerequisites to apply this update. Restart information You don't have to restart your computer after you apply this update. Removal information Servicing stack updates (SSUs) make changes to how updates are installed and cannot be uninstalled from the device. Update replacement information This update replaces the previously released update KB5034862. File Information The English (United States) version of this software update installs files that have the attributes that are listed in the following tables. File name File version Date Time File size luainstall.dll 10.0.14393.6790 12-Feb-24 21:50 52,528 appxreg.dll 10.0.14393.6790 12-Feb-24 21:50 37,680 appxprovisionpackage.dll 10.0.14393.6790