| import SwiftUI | |
| /// Example of how to get Dynamic Type with custom fonts in SwiftUI. | |
| struct ContentView: View { | |
| var body: some View { | |
| VStack(spacing: 20) { | |
| Text("A large title").customFont(.largeTitle) // "Optima-ExtraBlack", 28 | |
| Text("A body").customFont(.body) // "Kailasa", 16 | |
| Text("A caption").customFont(.caption2) // "IowanOldStyle-Italic", 11 | |
| } |
| "To include this, run `cat .gitlfstrack | xargs git lfs track`" | |
| "*.3ds" | |
| "*.3g2" | |
| "*.3gp" | |
| "*.7z" | |
| "*.a" | |
| "*.aac" | |
| "*.adp" | |
| "*.ai" | |
| "*.aif" |
| // | |
| // AttachmentHandler.swift | |
| // AttachmentHandler | |
| // | |
| // Created by Deepak on 25/01/18. | |
| // Copyright © 2018 Deepak. All rights reserved. | |
| // | |
| import Foundation | |
| import UIKit |
| /// Creates a sequence of pairs built of the Cartesian product of two | |
| /// underlying sequences. | |
| /// | |
| /// A Cartesian product `Seq1` x `Seq2` consists of the | |
| /// sequence of all ordered pairs `(element1, element2)` where | |
| /// `Seq1` ∋ `element1` and `Seq2` ∋ `element2`. | |
| /// | |
| /// ``` | |
| /// `Seq1` x `Seq2` = Sequence({ (element1, element2) | | |
| /// `Seq1` ∋ `Element1` and `Seq2` ∋ `Element2` }) |
This scripts allows the export of PostFinance account flow data for YNAB 4 using Tampermonkey. The export is not based on the CSV generated by the Post as it does not adhere to the standard but makes use of the data loaded on the client side for doing said CSV export.
If Tampermonkey is installed you can click on the RAW view of the postfinance-ynab.user.js file of this Gist.
Tampermonkey should ask you whether or not you would like to install this script.
Modern Cocoa development involves a lot of asynchronous programming using blocks and NSOperations. A lot of APIs are exposing blocks and they are more natural to write a lot of logic, so we'll only focus on block-based APIs.
Block-based APIs are hard to use when number of operations grows and dependencies between them become more complicated. In this paper I introduce asynchronous semantics and Promise type to Swift language (borrowing ideas from design of throw-try-catch and optionals). Functions can opt-in to become async, programmer can compose complex logic involving asynchronous operations while compiler produces necessary closures to implement that logic. This proposal does not propose new runtime model, nor "actors" or "coroutines".
| // To unzip the epub, move the ePub to a folder, cd to it then simply: | |
| unzip MyEbook.epub | |
| // To zip up an epub: | |
| 1. zip -X MyNewEbook.epub mimetype | |
| 2. zip -rg MyNewEbook.epub META-INF -x \*.DS_Store | |
| 3. zip -rg MyNewEbook.epub OEBPS -x \*.DS_Store | |
| Some explanations necessary here. We start each line with two flags: |
