To get started with implementing your custom feed and moderation services using the ATProtoKit Swift package, follow these steps:
First, clone the ATProtoKit repository to review the examples and understand the package:
git clone https://github.com/MasterJ93/ATProtoKit.git
cd ATProtoKit
| #!/bin/bash | |
| usage() { | |
| echo "Usage: $0 <folder_name>" | |
| echo "Provide the name of an existing directory to be zipped." | |
| } | |
| run() { | |
| local DIRECTORY_NAME="$1" |
| private let lock = NSRecursiveLock() // Lock for thread-safe access | |
| func sync<T>(@_implicitSelfCapture operation: @escaping @Sendable () throws -> T) rethrows -> T { | |
| lock.lock() | |
| defer { lock.unlock() } | |
| return try operation() | |
| } | |
| func doWork() { | |
| sync { |
| extension ThrowingTaskGroup { | |
| func reduceAll() async throws -> [Element] { | |
| try await reduce(into: []) { $0.append($1) } | |
| } | |
| } |
The following prompt was sent to ChatGPT.
Please help me with networking using an ESP32. I use PlatformIO in VS Code for my IDE and I'd like to give my program WiFi credentials but not include the password in source control. What I'd like to consider doing is leveraging BLE on the device so that I can run a program on my Mac which would scan for BLE devices which need WiFi credentials and share with them. I'd want to write this program in Swift with Xcode on macOS. Can you help me with how to get my ESP32 to use BLE to be discoverable when so it can get WiFi credentials and also the command-line app built in Swift?
Sure, let's break this down into two main parts:
The Arduino IDE has had a bug which causes the entire screen to go blank and become unusable. The following issues are related to this problem. It does not appear to be closed, but the upstream bug may have been fixed indirectly.
But if this bug is not fix, you may need to recover from the blank screen. It appears it requires killing all Arduino processes since there are some background processes which support the app. You can start by getting the process id from Activity Monitor. Filter to "Arduino" and press cmd-i to get the info. Take id and run this command with it. It is in parenthese with Process Group.
To set up a headless Raspberry Pi to connect to a Jitsi Meet server using SIP and WebRTC, you'll need the following:
SIP Gateway: Set up a SIP gateway for your Jitsi Meet server. Jitsi provides a component called Jigasi for this purpose. Jigasi acts as a gateway between SIP and the Jitsi Videobridge.
SIP Client: Install a command-line SIP client on the Raspberry Pi. Examples include Linphone or PJSUA from the PJSIP project.
Electronics Inventors