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This is a simple and important example. It demonstrates several good practices related to network communication. 1. The network related code is in the Starter service. The network state is also stored in the starter service. 2. The Activity is only responsible for the UI. 3. Using B4XSerializator i
link: It will be trivial to implement the desktop side with B4J. You cannot use B4XSerializator with a .Net application. For further discussion please star
link: Hi. Great possibility. This is what I am looking for. How do I get these data to an Windows-Desktop-Application written in VB.Net Does anyone has an

https://www.b4x..png 95652 https://www.b4x..png Cross platform version, based on B4XPages, of the network example: https://www.b4x.com/android/forum/threads/b4x-network-asyncstreams-b4xserializator.72149/#content It is so much simpler to use B4XPages that it feels like cheating :) All of the cod

cgxWP4Wu77s The purpose of this tutorial is to cover the various communication options available for B4X developers. Will start with two important utilities: AsyncStreams: Asynchronously reads and writes to any stream and avoids blocking the main thread. Do not assume that messages will arrive as
link: I found this video interesting when you uploaded it onto YouTube a month ago, it's an excellent example of how B4X can be used to communicate over dif
link: Thank you so much for this thread, @Erel. Given all the presented possibilities, which solution/protocol would be the most recommended for real-time

This is an old tutorial. All new implementations of network solutions should be based on AsyncStreams. The Network library allows you to communicate over TCP/IP with other computers or devices. The Network library contains two objects. Socket and ServerSocket. The Socket object is the communication

Tutorial - Barcode/scan - Barcode Reader Tutorial - Bluetooth - Bluetooth Chat Example Tutorial - Camera - Intent Based Camera Tutorial - Comms & Network - Control The Desktop With Your Phone Tutorial - Comms & Network - Net Library (ftp, Smtp, Pop) With Wait For Tutorial - Comms & Network -
link: Ola CLASS Class - Animation - Animatedarrow - Focus The User Attention Class - Audio/video - Mjpeg Decoder Class - B4x - Bytesbuilder - Simplifi

This Thread is to say "THANKS" to the @Erel (great) tutorial that helped me to solve a difficult network problem (crash, wrong connection mgmt etc) within my client App (all network core objects and messages was within main). I'm sharing my experience because I think that this great tutorial could
link: The network connection code seems to run successfully after a couple of mod that I have done to the original tutorial (sample). I have only a couple

should be: Sub Astream_NewData (Buffer() As Byte) Log("Received from server: ", Buffer) 'pass the array of bytes. Don't convert to string. End Sub
link: This example uses an Ethernet shield to connect to a server. In this case the server is implemented with B4J, though you can easily implement a simila
link: Thank you for this useful Tool :)

Select "increase partition", too, to have more memory on the card. This will take about 10 minutes. If you're asked to use SSH prompt it with "YES" (this is needed to get remote access later). If it ask's you to boot into UI or prompt chose "prompt". The RB reboots after a while. My installation d

* '************************************************************************************************************************* In This example, a project I am currently working on, I have an ESP32S Dev Module, a Push-Button, a SSD1306 Oled LCD and a 2xRelay Module. The simple fact that if I so decid

15.13): ${AH_CheckInternet.Get_PingHost("119.147.15.13")} Get_Ping (127.0.0.1): ${AH_CheckInternet.Get_Ping("127.0.0.1")} Get_PingLog (119.147.15.13): ${AH_CheckInternet.Get_PingLog("119.147.15.13")} Get_PingStats (127.0.0.1): ${AH_CheckInternet.Get_PingStats("127.0.0.1")} "$ Previ

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