wifi | plugin allows Flutter apps to get wifi ssid | Wifi library

I am trying to connect my Android 11 device with android studio over adb wifi but it is not working.

I updated to latest stable bumblebee and updated my SDK I tried turning off firewall on my pc but it is same result.

When I use QR code method my android phone just shows "pairing device" and nothing happens If I try the code method, android studio just shows "searching for devices" but nothing happens

and, yes, I enabled wireless debugging on my phone and I am connected to the same wifi network.

I don't know if the problem is with my computer or phone. I do not have any other Android11+ phone to try with

I have used Android Studio Bumblebee's latest function (Wifi pairing) for 2 - 3 days before it stopped working.
I am now receiving the error "This system does not meet the requirements to support Wi-Fi pairing. Please update to the latest version of "platform-tools" using the SDK manager"

I have updated everything to the latest version.

I'm working on a Wifi auto connect feature and I am shocked how broken that API is.

I'm using now 5 different APIs and I still don't get it in a way the user would expect it.

I have a setting to enable wifi auto connection on Android 10+ I'll try this:

1. Check if I hold the ACCESS_WIFI_STATE permission with: ...

I have a few questions regarding daemons. Indeed, even the macos developer center has limited information resources.

I want to develop an application daemon that runs after system boot without login.

a) a Daemon; Is it a simple console application combined with a plist? Because there are almost no tutorials on daemon development related to Xcode. If there is a code sample reference, can you share it here?

b) Can daemons be downloaded from the app store? Because there must be a software that I can offer to everyone through the App Store. Is the installation automatic like other app store apps? If anyone has experience and can share it, I would be very grateful.

c) I am working on an API related to mirroring the screen to Android phone. Do you think a daemon has full access to WiFi/BLE and screen capture APIs?

I would be very happy to hear your suggestions.

I try to rebuild an electron app but I got this error regarding the epoll installation.

I'm working with an ESP32 chip and am trying to create an Android app (using Ionic) which allows user to send wifi credentials to the ESP32 chip via BLE. I'd like to be able to update the status of the wifi sending process for the user in the UI (which I'm developing using Angular and then converting it to an Android webapp using Ionic). To do this, I'm also using the capacitor-community/bluetooth-le library.

Can anyone explain to me what this.queue does in the async write function (code shown below) does? I thought this function returns a response from a remote BLE device after writing to a GATT characteristic, but I get absolutely nothing at all for a response.

Android Studio Bumblebee (2021.1.1) was released stably on 25 January 2022 bundled with a new Device Manager (accompanying new support for Android 11+ device debugging over WIFI). I jumped on this stable release, updating from Android Studio Arctic Fox (2020.3.1 Patch 4).

Unfortunately however, since updating, physical devices/handsets don't remain connected to Android Studio for the purpose of debugging. I can confirm that the issue was introduced from Android Studio Bumblebee onwards (occurring in Beta and Canary builds also). I've reproduced the issue on Android Studio Bumblebee (Stable), Chipmunk (Beta), and Dolphin (Canary), but Android Studio Arctic Fox (superseded Stable) continues to work just fine.

The issue occurs soon after opening Android Studio (Bumblebee+) with one of my physical devices connected. Everything appears fine initially and I may even have enough time to deploy my project to the handset, before the device disappears from Android Studio (as if I'd physically disconnected the USB cable from my computer or from the handset itself).

I've tried a fair few things in an attempt to determine a root cause. These include testing:

• With different USB cables.
• With different handsets (both varying makes and models).
• With various versions of the Android Studio IDE (as mentioned above).
• Plugging the USB cables into different USB ports on my computer.
• Rebooting handsets and my computer.
• Restarting Android Studio.
• Invalidating caches and restarting Android Studio.
• adb kill-server then adb start-server.
• Revoking/reaccepting USB debugging authorization.
• Reinstalled build tools/platform tools, and ADB.
• A great number of further possibilities, to no avail.

I searched and read through remotely similar issues, including (but not limited to) these:

• Android Studio Arctic Fox (Adb) - Connected Devices are being disconnected after some time
• Android debugger continually disconnects

This particular comment in one of the above issues clued me onto a possible root cause:

I have been fighting for a few days with adb not seeing my device. After trying many other posted solutions, I discovered that the issue was with Chrome also trying to connect its debugger to a web view. If Chrome is connected using chrome://inspect, then adb seems to disconnect. Quitting Chrome resolves the issue. Then I can connect with Android Studio and then restart Chrome and reconnect. Hope this helps someone else.

However I've been unable to do anything with the above discovery, other than close Google Chrome, and hope for the best. Obviously this isn't an ideal solution. It appears as though the moment Google Chrome shows the connected physical device in the chrome://inspect/#devices page, the physical device promptly becomes unavailable through Android Studio.

I've jumped back to Android Studio Arctic Fox (2020.3.1 Patch 4) for the moment, however this brings with it other issues (my current core project targets the latest SDK version, which requires the updated IDE).

Absolutely any help with this would be insanely appreciated. I've exhausted just about every avenue that I can think of!

I am working on a p2p application and to make testing simple, I am currently using udp broadcast for the peer discovery in my local network. Each peer binds one udp socket to port 29292 of the ip address of each local network interface (discovered via GetAdaptersInfo) and each socket periodically sends a packet to the broadcast address of its network interface/local address. The sockets are set to allow port reuse (via setsockopt SO_REUSEADDR), which enables me to run multiple peers on the same local machine without any conflicts. In this case there is only a single peer on the entire network though.

This all works perfectly fine (tested with 2 peers on 1 machine and 2 peers on 2 machines) UNTIL a network interface is disconnected. When deactivacting the network adapter of either my wifi or an USB-to-LAN adapter in the windows dialog, or just plugging the usb cable of the adapter, the next call to sendto will fail with return code 10049. It doesn't matter if the other adapter is still connected, or was at the beginning, it will fail. The only thing that doesn't make it fail is deactivating wifi through the fancy win10 dialog through the taskbar, but that isn't really a surprise because that doesn't deactivate or remove the adapter itself.

I initially thought that this makes sense because when the nic is gone, how should the system route the packet. But: The fact that the packet can't reach its target has absolutely nothing to do with the address itsself being invalid (which is what the error means), so I suspect I am missing something here. I was looking for any information I could use to detect this case and distinguish it from simply trying to sendto INADDR_ANY, but I couldn't find anything. I started to log every bit of information which I suspected could have changed, but its all the same on a successfull sendto and the one that crashes (retrieved via getsockopt):

There are a couple of notable packages on pub.dev that offer video compression. I've tried them, and other sketchy packages, and none work well once a video gets around 300MB. They crash or have other issues on various platforms and hardware. Namely, video compress and light compressor. The GH commits and support are concerning as well on the packages I've seen for video compression in pub.dev. PR's not being pulled in and issues not being resolved in a timely manner and some quite serious for recent android APK updates. So not something I want in my dependency stack.

I am uploading to Google Cloud Storage using FlutterFire. While my code does upload using FireBaseStorage upload task it does not have any ability to compress on the client side or handle background uploading when the app is closed.

So, currently on the server side, I have a GCF that triggers on file uploaded. Then I use nodejs ffmpeg, which is baked into GCF's to compress server side and convert to H264. And finally delete the original large upload video and save the compressed video to storage.

This solution works, but depending on a user's connection and whether they are on wifi, can take an awful long time and when it fails or the user closes the app, my current solution is useless.

I wish there was a solid native library on Android and iOS, that I could tap into, to confidently perform compression and conversion from any format to H264 and also allow uploading, whether my app is closed or in the background, to GC storage. Any thoughts? I wish this was standard in FlutterFire's cloud storage handling!

I have yet to test flutter_ffmpeg, but only because some have said it runs so slowly on client. So again, Flutter/Dart can access natively written code, but I don't know where to start on Android/iOS to do this the right way. And I understand this is what some of the packages are doing, but they do not work with large videos, so I'm hoping someone can point me in the right direction on Android and iOS.

My code for handling upload tasks to GC storage.