History api

Author: t | 2025-04-25

AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX)

History JavaScript API. The HTML5 History API

Microsoft Ends Location History API in Windows 11: What This Means for Your Privacy​Microsoft’s ongoing push for a leaner, privacy-focused Windows 11 experience has taken another decisive step. With the upcoming Windows 11 24H2 update (build 26100.712), Microsoft will retire the location history API—a feature that once allowed Cortana to track your movements (but only with your explicit permission). This article unpacks the details, offers guidance on managing your data, and explores the broader implications for Windows users. Note: For further discussion on this topic, check out the related forum thread where community members dissect the change. Background: Location History API and Cortana’s Role​What Was the Location History API?​Originally engineered for Cortana—the built-in voice assistant—Microsoft’s location history API was a cornerstone for enabling location-based queries and personalized results on Windows systems. Here’s what you need to know about its past:Exclusive Use by Cortana: The API was designed exclusively for Cortana, meaning no third-party app had direct access without explicit user consent.User Consent First: Location data was only collected after users knowingly allowed Cortana to track their movements.Data Persistence: Even after discontinuation of the API, the collected location history remains stored on your device until you manually delete it.The Transition Away from Cortana​Over the years, Cortana’s functionality has decreased, and many of its features have been pared down. Microsoft’s decision to remove the location history API is part of a broader strategy to retire over 20 legacy features and services. This move isn’t merely about cutting outdated functions—it’s a commitment to streamline services and bolster user privacy.Why This Change Matters​Enhanced Privacy and Data Control​In today’s digital landscape, controlling who has access to your data is paramount. Microsoft’s emphasis on user consent with location tracking is clearer than ever. With the location history API now on its way out, users are given

Web APIs History API: Working with the History API English

In the outer frame calls navigation.back(), this will take us back to O2, and thus take the joint session history back to B. This means the inner frame will be navigated from /inner-end to /inner-start, changing its current navigation API NavigationHistoryEntry from I2 to I1.If code in the inner frame calls navigation.back(), this will take us back to I1, and take the joint session history back to C. (This does not impact the outer frame.) The rule here for choosing C, instead of B, is that it moves the joint session history the fewest number of steps necessary to make I1 active.If code in either the inner frame or the outer frame calls history.back(), this will take the joint session history back to C, and thus update the inner frame's current navigation API NavigationHistoryEntry from I2 to I1. (There is no impact on the outer frame.)Integration with navigationTo understand when navigation interception interacts with the existing navigation spec, see the navigation types appendix. In cases where interception is allowed and takes place, it is essentially equivalent to preventing the normal navigation and instead synchronously performing the URL and history update steps.The way in which navigation interacts with session history entries generally is not meant to change; the correspondence of a session history entry to a NavigationHistoryEntry does not introduce anything novel there.Impact on the back button and user agent UIThe navigation API doesn't change anything about how user agents implement their UI: it's really about developer-facing affordances. Users still care about the joint session history, and so that will continue to be presented in UI surfaces like holding down the back button. Similarly, pressing the back button will continue to navigate through the joint session history, potentially across origins and out of the current navigation API history list (into a new navigation API history list, on the new origin). The design discussed in the previous section ensures that the navigation API cannot get the browser into a strange novel state that has not previously been seen in the joint session history.One consequence of this is that when iframes are involved, the back button may navigate through the joint session history, without changing the current navigation API NavigationHistoryEntry. This is because, for the most part, the behavior of the back button is the same as that of history.back(), which as the previous section showed, only impacts one frame (and thus one

History of APIs - API Evangelist

Navigation APIFormerly known as the app history APIThe web's existing history API is problematic for a number of reasons, which makes it hard to use for web applications. This proposal introduces a new API encompassing navigation and history traversal, which is more directly usable by web application developers. Its scope is: initiating navigations, intercepting navigations, and history introspection and mutation.This new window.navigation API layers on top of the existing API and specification infrastructure, with well-defined interaction points. The main differences are that it is scoped to the current origin and frame, and it is designed to be pleasant to use instead of being a historical accident with many sharp edges.SummaryThe existing history API, including its ability to cause same-document navigations via history.pushState() and history.replaceState(), is hard to deal with in practice, especially for single-page applications. In the best case, developers can work around this with various hacks. In the worst case, it causes user-facing pain in the form of lost state and broken back buttons, or the inability to achieve the desired navigation flow for a web app.The main problems are:Managing and introspecting your application's history list, and associated application state, is fragile. State can be lost sometimes (e.g. due to fragment navigations); the browser will spontaneously insert entries due to iframe navigations; and the existing popstate and hashchange events are unreliable. We solve this by providing a view only onto the history entries created directly by the application, and the ability to look at all previous entries for your app so that no state is ever lost.It's hard to figure out all the ways that navigations can occur, so that an application can synchronize its state or convert those navigations into single-page navigations. We solve this by exposing events that allow the application to observe all navigation actions, and substitute their own behavior in place of the default.Various parts of the platform, e.g. accessibility technology, the browser's UI, and performance APIs, do not have good visibility into single-page navigations. We solve this by providing a standardized API for telling the browser when a single-page navigation starts and finishes.Some of the current navigation and history APIs are clunky and hard to understand. We solve this by providing a new interface that is easy for developers to use and understand.Sample codeAn application or framework's centralized router can use the navigate event to implement single-page app routing: { if (!e.canIntercept || e.hashChange. AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX)

History JavaScript API. The HTML5 History API allows to

You can move all of your open requests and history from the lightweight API Client to your workspace, so you can pick up right where you left off.Signing up for Postman from the lightweight API ClientIf you don't have a Postman account, or want to use a new account, select Create Account in the header. Follow the onscreen instructions, or learn more about signing up for a Postman account.After you create your account, your open requests and request history are automatically copied from the lightweight API Client to your default workspace. Learn more about using workspaces.Signing in to Postman from the lightweight API ClientTo sign in to your Postman account, select Sign In in the header. Follow the onscreen instructions, or learn more about signing in to Postman.After signing in, you can move your open requests and request history from the lightweight API Client to a workspace. Select the workspace where you want to migrate your data and select Move Data. You can also create a new personal workspace for your data.Your open requests and request history are copied from the lightweight API Client to the workspace you selected. Learn more about using workspaces.

Working with the History API - Web APIs

Navigation. This is the most direct counterpart to popstate and hashchange, so might be easiest to use as part of an initial migration while your app is adapting to a navigate event-centric paradigm.To watch a particular entry to see when it becomes unreachable, use that NavigationHistoryEntry's dispose event.Integration with the existing history API and specAt a high level, the new navigation API is meant to be a layer on top of the HTML Standard's existing concepts. It does not require a novel model for session history, either in implementations or specifications. (Although, it will only be possible to specify it rigorously once the existing specification gets cleaned up, per the work we're doing in whatwg/html#5767.)This is done through:Ensuring that navigation API NavigationHistoryEntrys map directly to the specification's existing history entries. (See the next section.)Ensuring that traversal through the history via the new navigation API always maps to a traversal through the joint session history, i.e. a traversal which is already possible today.Correspondence with session history entriesA NavigationHistoryEntry corresponds directly to a session history entry from the existing HTML specification. However, not every session history entry would have a corresponding NavigationHistoryEntry in a given Window: NavigationHistoryEntry objects only exist for session history entries which are same-origin to the current one, and contiguous within that frame.Example: if a browsing session contains session history entries with the URLs1. if the current entry is 4, there would only be one NavigationHistoryEntry in navigation.entries(), corresponding to 4 itself. If the current entry is 2, then there would be two NavigationHistoryEntrys in navigation.entries(), corresponding to 1 and 2.To make this correspondence work, every spec-level session history entry would gain three new fields:key, containing a browser-generated UUID. This is what backs historyEntry.key.id, containing a browser-generated UUID. This is what backs historyEntry.id.navigation API state, containing a JavaScript value. This is what backs historyEntry.getState().Note that the "navigation API state" field has no interaction with the existing "serialized state" field, which is what backs history.state. This route was chosen for a few reasons:The desired semantics of navigation API state is that it be carried over on fragment navigations, whereas history.state is not carried over. (This is a hard blocker.)A clean separation can help when a page contains code that uses both window.history and window.navigation. That is, it's convenient that existing code using window.history does not inadvertently mess with new code that does state management using window.navigation.Today, the serialized state of

History API - Web APIs - RealityRipple

Fragment navigations (for which the state is copied over) and iframe navigations (which don't affect the navigation API history entry list).This means that the patterns that are often necessary to reliably store application and UI state with window.history, such as maintaining a side-table or using sessionStorage, should not be necessary with window.navigation.Introspecting the history listTo see how many history entries are in the navigation API history entry list, use navigation.entries().length, instead of history.length. However, note that the semantics are different: navigation API history entries only include same-origin contiguous entries for the current frame, and so that this doesn't reflect the history before the user arrived at the current origin, or the history of iframes. We believe this will be more useful for the patterns that people want in practice.The navigation API allows introspecting all entries in its history entry list, using navigation.entries(). This should replace some of the workarounds people use today with the window.history API for getting a sense of the history list, e.g. as described in whatwg/html#2710.Finally, note that history.length is highly non-interoperable today, in part due to the complexity of the joint session history model, and in part due to historical baggage. navigation's less complex model, and the fact that it will be developed in the modern era when there's a high focus on ensuring interoperability through web platform tests, means that using it should allow developers to avoid cross-browser issues with history.length.Watching for navigationsToday there are two events related to navigations, hashchange and popstate, both on Window. These events are quite problematic and hard to use; see, for example, whatwg/html#5562 or other open issues for some discussion. MDN's fourteen-step guide to "When popstate is sent", which doesn't even match any browsers, is also indicative of the problem.The new navigation API provides several replacements that subsume these events:To react to and potentially intercept navigations before they complete, use the navigate event on navigation. See the Navigation monitoring and interception section for more details, including how the event object provides useful information that can be used to distinguish different types of navigations.To react to navigations that have finished, including any asynchronous work, use the navigatesuccess or navigateerror events on navigation. Note that these will only be fired after any promises returned by handlers passed to the navigate event's event.intercept() method have settled.To react to navigations that have committed (but not necessarily yet finished), use the currententrychange event on

History API - Web APIs - W3cubDocs

The page. It's just that, unlike history.back() and friends, such other-frame navigations always happen as a side effect of navigating your own frame; they are never the sole result of a navigation API traversal. (An interesting consequence of this is that navigation.back() and navigation.forward() are not always opposites.)Keys and IDsAs noted above, key stays stable to represent the "slot" in the history list, whereas id gets updated whenever the history entry is updated. This allows them to serve distinct purposes:key provides a stable identifier for a given slot in the history entry list, for use by the navigation.traverseTo() method which allows navigating to specific waypoints within the history list.id provides an identifier for the specific URL and navigation API state currently in the entry, which can be used to correlate a history entry with an out-of-band resource such as a cache.With the window.history API, web applications have tried to use the URL for such purposes, but the URL is not guaranteed to be unique within a given history list.Note that both key and id are user-agent-generated random UUIDs. This is done, instead of e.g. using a numeric index, to encourage treating them as opaque identifiers.Both key and id are stored in the browser's session history, and as such are stable across session restores.Note that key is not a stable identifier for a slot in the joint session history list, but instead in the navigation API history entry list. In particular, this means that if a given history entry is replaced with a cross-origin one, which lives in a different navigation API history list, it will get a new key. (This replacement prevents cross-site tracking.)Navigation monitoring and interceptionThe most interesting event on window.navigation is the one which allows monitoring and interception of navigations: the navigate event. It fires on almost any navigation, either user-initiated or application-initiated, which would update the value of navigation.currentEntry. This includes cross-origin navigations (which will take us out of the current navigation API history entry list). We expect this to be the main event used by application- or framework-level routers.The event object has several useful properties:cancelable (inherited from Event): indicates whether preventDefault() is allowed to cancel this navigation.canIntercept: indicates whether intercept(), discussed below, is allowed for this navigation.navigationType: either "reload", "push", "replace", or "traverse".userInitiated: a boolean indicating whether the navigation is user-initiated (i.e., a click on an , or a form submission) or application-initiated (e.g. location.href =. AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) HTML5 History API: surviving to a a clear history? 2. history API in HTML 5. 3. HTML5 History API Demo. 1. HTML5 History API Implementation. 3. History.js and states. 0.

GitHub - devote/HTML5-History-API: HTML5 History API

And automatically refreshes the OAuth tokens so you can easily authenticate any AWeber API.Pipedream requests the following authorization scopes when you connect your account:account.readlist.readlist.writesubscriber.readsubscriber.writesubscriber.read-extendedemail.reademail.writeAbout AWeber#Powerfully-Simple Email MarketingAction#Download History Items on ElevenLabsDescription:Download one or more history items to your workflow's `tmp` directory. If one history item ID is provided, we will return a single audio file. If more than one history item IDs are provided, we will provide the history items packed into a .zip file. [See the documentation]( Overview#The ElevenLabs API offers text-to-speech capabilities with realistic voice synthesis. Integrating this API on Pipedream allows you to build automated workflows that convert text content into spoken audio files. You can trigger these conversions from various events, process the text data, send it to the ElevenLabs API, and handle the audio output—all within a serverless environment.Action Code#actions/download-history-items/download-history-items.mjsimport fs from "fs";import stream from "stream";import { promisify } from "util";import elevenlabs from "../../elevenlabs.app.mjs";export default { key: "elevenlabs-download-history-items", name: "Download History Items", version: "0.0.2", description: "Download one or more history items to your workflow's `tmp` directory. If one history item ID is provided, we will return a single audio file. If more than one history item IDs are provided, we will provide the history items packed into a .zip file. [See the documentation]( type: "action", props: { elevenlabs, historyItemIds: { propDefinition: [ elevenlabs, "historyItemId", ], type: "string[]", }, }, async run({ $ }) { const { elevenlabs, historyItemIds, } = this; const { data, headers, } = await elevenlabs.downloadHistoryItems({ $, data: { history_item_ids: historyItemIds, }, }); const ext = headers["content-type"].split("/").pop(); const filePath = `/tmp/${historyItemIds.join("_")}.${ext === "mpeg" ? "mp3" : ext}`; const pipeline = promisify(stream.pipeline); await pipeline(data, fs.createWriteStream(filePath)); $.export("$summary", `The file ${filePath} was successfully created!`); return { filePath, }; },};Action Configuration#This component may be configured based on the props defined in the component code. Pipedream automatically prompts for input values in the UI.LabelPropTypeDescriptionElevenLabselevenlabsappThis component uses the ElevenLabs app.History Item IdhistoryItemIdsstring[]Select a value from the drop down menu.Action Authentication#ElevenLabs uses API keys for authentication. When you connect your ElevenLabs account, Pipedream securely stores the keys so you can easily authenticate to ElevenLabs APIs in both code and no-code steps.To retrieve your API Key,Navigate to your ElevenLabs account and sign inClick the dropdown on the top rightGo to “Profile” > “API Key”About ElevenLabs#Research lab exploring new frontiers of Voice AI. Deploying tools for prime long-form synthetic speech, voice cloning and automatic dubbing.Explore Other Apps#1-24of2,500+apps by most popularHTTP / WebhookGet a unique URL where you can send HTTP or webhook requestsNodeAnything you can do with Node.js, you can do in a Pipedream workflow. This includes using most of npm's 400,000+ packages.PythonAnything you can do in Python can be done in a Pipedream Workflow. This includes using any of the

Navigating History with the Web History API:

A session history entry is only exposed when that entry is the current one. The navigation API exposes historyEntry.getState() for all entries in navigation.entries(). This is not a security issue since all navigation API history entries are same-origin contiguous, but if we exposed the serialized state value even for non-current entries, it might break some assumptions of existing code.Switching to a separate field, accessible only via the getState() method, avoids the mutability problems discussed in #36. If the object was shared with history.state, those problems would be carried over.Apart from these new fields, the session history entries which correspond to NavigationHistoryEntry objects will continue to manage other fields like document, scroll restoration mode, scroll position data, and persisted user state behind the scenes, in the usual way. The serialized state and browsing context name fields would continue to work if they were set or accessed via the usual APIs, but they don't have any manifestation inside the navigation APIs, and will be left as null by applications that avoid window.history and window.name.TODO: should we allow global control over the default scroll restoration mode, like history.scrollRestoration gives? That API has legitimate use cases, and we'd like to allow people to never touch window.history... Discuss in #67.Correspondence with the joint session historyThe view of history which the user sees, and which is traversable with existing APIs like history.go(), is the joint session history.Unlike the view of history presented by window.history, window.navigation only gives a view onto session history entries for the current browsing session. This view does not present the joint session history, i.e. it is not impacted by frames. Notably, this means navigation.entries().length is likely to be quite different from history.length.Example: consider the following setup. loads.The user navigates to by clicking a link. This page contains an iframe with on calls history.pushState(null, "", "/outer-pushed").The iframe navigates to joint session session history contains four entries:A. ┗ ┗ ┗ navigation API history entry list (which also matches the existing spec's frame-specific "session history") for the outer frame looks like:O1. (associated to A)O2. (associated to B)O3. (associated to C and D)The navigation API history entry list for the inner frame looks like:I1. (associated to B and C)I2. (associated to D)Traversal operates on the joint session history, which means that it's possible to impact other frames. Continuing with our previous setup, and assuming the current entry in the joint session history is D, then:If code. AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX) AutoCAD 2025 API History Reference (ActiveX)

The History and Evolution of APIs

The lightweight Postman API Client is a space where you can work if you're using the Postman desktop app and not connected to Postman servers. When you aren't signed in to Postman, you can still use the lightweight API Client to build and send HTTP, WebSocket, gRPC, and GraphQL requests. To use the lightweight Postman API Client, make sure to install the Postman desktop app.All of your work in the lightweight API Client is stored locally and isn't synced online with Postman. After you sign in to Postman, you can move your open requests and request history into a workspace where you can collaborate with others.What happened to the Scratch Pad? New Postman users who download the Postman desktop app use the lightweight Postman API Client when not signed in to Postman. The Scratch Pad is deprecated and no longer supported. Learn more about using the Scratch Pad.Accessing the lightweight API ClientWhen you open the Postman desktop app for the first time, you can create a free Postman account or sign in to your Postman account. Alternatively, you can continue with the lightweight API Client. You'll have the same option if you sign out of Postman.Lightweight API Client featuresWhile you're in the lightweight API Client, you can create new requests, send requests and receive responses, and view the history of your sent requests.To create a new request, select New in the sidebar and then select the type of request you want to create. You can create HTTP, WebSocket, gRPC, or GraphQL requests. Each request you create opens in a new tab. Learn more about building requests.You can change the request type by selecting the icon next to the request name.Select Send to send a request and view the response. Learn more about receiving responses.The sidebar shows a history of the requests you've sent. Select a request in the history to open it in a new tab. Learn more about viewing your request history.You can also use the lightweight API Client to write and run post-response scripts and to visualize response data.Moving from the lightweight API Client to a workspaceWorkspaces enable you to organize your Postman work and collaborate with teammates. When you're in a workspace, you can save requests to collections, use environments and variables, build APIs, and more.To switch to a workspace, you need to sign up for a Postman account or sign in to your existing Postman account.