![]() Proxyman 4.4.0: Introduce the Search Bar and new UI for JSON Tree View □ Fixed: The panel "Map Remote" loses focus when using the keyboard if the Full Keyboard Navigation is enabled.Fixed: Fix the incorrect syntax highlighting for the Map Local Editor.Fixed: Tree View Search Field Toggle button does not work.Support Minimap & Scroll beyond the last line in Preference -> Appearance.Better Auto-Completion for Map Local, and Raw Tab (Breakpoint).Apply for Body Previewer, Customize Previewer, GraphQL, Compose View, Breakpoint, and Map Local.Introduce the brand-new UI for Body Previewer with a lot of improvements: New Search Bar, Search Count, Jump to Next/Previous, Search & Replace, etc.Proxyman 4.5.0: Brand-new UI for Body Preview ⚡️ Fixed: Memory Leak when fetching the certificate from the remote server.Fixed: "Copy cURL" does not escape the annotation.Fixed: Pin domains to favorites work without premium.Fixed: Multiple alerts if pin multiple requests in the Free Version.Add "Client Name" and "IP Server" to the main filter criteria.If map remote works, the request record should be replaced with a real URL. ![]() Proxyman 4.6.0: Improve Map Remote Tools and fix memory leaks □ Fixed: Map Local editor does not display.Fixed: Body Tab does not show the Preview View.Show Rule Title on the Map Local Editor or Script Editor Windows.It guarantees the Body Preview always displays properly. Improve Monaco Editor Server: Retry or Load the static page.Proxyman 4.6.1: Hot-fix for Monaco Editor (Body Tab) ⛑️ Fixed: Export to HAR doesn't include request binary body.Fixed: Scripting changes + to %2B in the form body of the Request.Add an option to choose to use a Real URL after matching with Map Remote or keep the original URL.Add option for the Abort Breakpoint: Return 503 Status Code or stop the connection immediately.Support various network libraries: cURL, NodeJS (axios, got, fetch, node-fetch), Ruby (http, net/http, net/htps, faraday, and httparty, fastlane), Python (http, https, aiohttp, requests). Introduce the Automatic Setup: Capture HTTP(s) from your NodeJS, Ruby, and Python Backend from the Terminal app with 1 click.Proxyman 4.7.0: Introduce Automatic Setup ⚙️: Capture HTTP(s) traffic from NodeJS, Ruby, and Python with 1-click ⚡️ Capture HTTPS Traffic from Axios NodeJS.Fixed: Automatic Setup does not work with Axios (NodeJS).Capture HTTP(S) traffic from Electron App.Applying backpressure to sent messages is possible, but involves polling the WebSocket.bufferedAmount property, which is inefficient and non-ergonomic.Proxyman 4.7.1: Capture HTTP(s) traffic from Axios (NodeJS) with Automatic Setup For interoperability with the classic WebSocket API, applying backpressure to received messages is not possible. onmessage = async ( event ) => ) # Progressive enhancement and interoperabilityĬhrome is currently the only browser to implement the WebSocketStream API. log ( 'WebSocket message processed:', data ) You would probably set up the flow similar to the code below, and since you await the result of the process() call, you should be good, right? // A heavy data crunching operation.Ĭonsole. Let's assume you had an application that needs to perform heavy data crunching operations whenever a new message is received. With the current WebSocket API, reacting to a message happens in WebSocket.onmessage, an EventHandler called when a message is received from the server. # The Problem with the current WebSocket API # Applying backpressure to received messages is impossible When the stream itself or a stream later in the pipe chain is still busy and isn't yet ready to accept more chunks, it sends a signal backwards through the chain to slow delivery as appropriate. This is the process by which a single stream or a pipe chain regulates the speed of reading or writing. An important concept in the context of streams is backpressure. The Streams API allows JavaScript to programmatically access streams of data chunks received over the network and process them as desired. With this API, you can send messages to a server and receive event-driven responses without polling the server for a reply. The WebSocket API provides a JavaScript interface to the WebSocket protocol, which makes it possible to open a two-way interactive communication session between the user's browser and a server.
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