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/tmp/libraries: rg -luuu GenerativeModels
System/Library/PrivateFrameworks/SummarizationKit.framework/Versions/A/SummarizationKit
System/Library/PrivateFrameworks/IntelligenceFlowPlannerRuntime.framework/Versions/A/IntelligenceFlowPlannerRuntime
System/Library/PrivateFrameworks/SiriTTSService.framework/Versions/A/SiriTTSService
System/Library/PrivateFrameworks/GenerativeExperiencesUI.framework/Versions/A/GenerativeExperiencesUI
System/Library/PrivateFrameworks/Anvil.framework/Versions/A/Anvil
System/Library/Frameworks/StickerKit.framework/Versions/A/StickerKit
System/Library/PrivateFrameworks/MomentsIntelligence.framework/Versions/A/MomentsIntelligence
System/Library/PrivateFrameworks/ProactiveSummarization.framework/Versions/A/ProactiveSummarization
System/Library/PrivateFrameworks/GenerativeExperiencesRuntime.framework/Versions/A/GenerativeExperiencesRuntime

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{
  "$schema": "https://vega.github.io/schema/vega-lite/v5.json",
  "description": "Revenue and fares visualization with percentage of revenue via fares on a secondary axis.",
  "data": {"url": "https://pastie.io/raw/vijzjm.csv"},
  "width": 640,
  "transform": [
    {
      "calculate": "datum['Revenue from fares'] / datum['Revenue'] * 100",
      "as": "Percent of Revenue via Fares"
    },

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sed -i '' 's/" /"/g' file
sed -i '' 's/, /,/g' file
sed -i '' 's/YOU BOUGHT [^"]*/BUY/g' file
sed -i '' 's/YOU SOLD [^"]*/SELL/g' file
sed -i '' 's/DIVIDEND RECEIVED [^"]/DIVIDEND/g' file
sed -i '' 's/REINVESTMENT [^"]*/BUY/g' file
sed -i '' 's/".*CAP GAIN [^"]*/"DIVIDEND/g' file
sed -i '' 's/Electronic Funds Transfer Received [^"]*/TRANSFER_IN/g' file
sed -i '' 's/CHECK RECEIVED [^"]*/DEPOSIT/g' file
sed -i '' 's/DIRECT DEPOSIT [^"]*/DEPOSIT/g' file

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boehs

Hi all! My app, Love Your Music, needs a cross platform backend shared between a swift and kotlin codebase. UniFFI has been an absolute joy to use, but unfortunately the setup process is a little bit poorly documented. No problem! I got you <3. This tutorial assumes you have a file structure like

Note

Why Rust × Swift? A common use for rust is FFI, which we are actually doing right here anyway! But if you can FFI to Swift, you can FFI to anywhere. Cross platform apps writen in native code (e.g. apps with a Kotlin counterpart) benefit greatly from shared libraries and UniFFI. In addition, the Rust community is significantly larger, and so it's very likely you'll find crates that are more battletested, more featureful, higher performance, more documented, or even nonexistant in Swift.

app/
app.xcodeproj/
app.xcworkspace/
myCrate/

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//
//  Marquee.swift
//  lym
//
//  Created by Evan Boehs on 11/30/23.
//

import SwiftUI

public struct MarqueeText : View {

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struct MastodonLinker {
    var instance: String
    var user: String
    @Environment(\.openURL) private var openURL
    
    func openMastodonLink() {
        let urls = [
            "opener://x-callback-url/show-options?url=https%3A%2F%2F\(instance)%2F\(user)",
            "ivory://\(instance)/@\(user)",
            "icecubesapp://\(instance)/@\(user)",

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//[...document.querySelectorAll('a[data-flight-duration]')].map(e => e.getAttribute('data-flight-hex'))

interface FlightPlaybackPoints {
    latitude: number
    longitude: number
    timestamp: number
}

type FlightPlaybackResponse = {
    flight: {

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[...temp1.querySelectorAll('[_ngcontent-ng-c2304734222]')].map(e => e.textContent).filter(t => t.match(/^\d\d:\d\d/)).map((t,i) => {
    let [m,s] = t.split(':')
    return i + ',' + (Number(m) + (Number(s) * (100/60) / 100))
}).join('\n')

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[...document.querySelectorAll('a')].map(a => a.textContent).sort().join('\n')