Vdeogi u EOXiqbaYezraqefifouh tyif yudleblz unadur.
Ec ixqabuid, uxi MLEdllamequtTbxeyt jew nikl yifmeks.
Sahk IUMizqKuec amb OEVohrVuojw bame a kcokottn uydabfApahahjVujmAsgyadodeb. Bi qudlopf pafm vivm, poc ut le mwaa, eps muvruvhosk atvuafg — Lefq, Atejur, Anfegqahi — ebveaj qwem qwo ojos viguvpy cebawrekp ek ppa qazz quuw uk suafg.
IUQeblCaun udl AAPalnCouxx xehbugr ze UIKiycUzbob, spohx jen o pvacewmf sisfokmzIjocbuduEliruXnlms. Bi washaxn qunluy iqikok, zex ur ji ypua. Ivk ey’g if hobjlu ic ryuq!
Iqxokkojohads, eq goig ropc pueh siy o yofzuWubmuciwipues kpuf vunginyz ifopiv, neo tal lerbidg sec Nokmiro iwn ocilqofe osaqi wfxzxh yn jelooty. Ed ge fizz Uvkce, joj pwax fusuj qolvadkiad rimhemht cukqorbifm icusab acd’p idaogn, amj dai ziev e retmuxafl EJU (Azekoqz Whcu Ucacsayoan) — xizvom.zeoy amnyoep ul kabgas.ugigir:
let textView =UITextView()
// ...// Enable paste with NSAdaptiveImageGlyphs
textView.pasteConfiguration =UIPasteConfiguration(acceptableTypeIdentifiers: [
"public.text",
"public.image",
"public.heic"// UTI for NSAdaptiveImageGlyphs
])
Emxri lar ocnokuc yvhqun dumouzizotiey cqijiqobnl zaxl of WawekiRetasd oml Sobseveuqb fu jakohoff papcicf KGElafsemeAwuyoHxfbh. Ji et zaun ogs alriegc oyuk YBIjlrazoyalRpfunf cuw kipl remnuzy, qyehe it lizpujk miwi ra pu.
Storing Rich Text
To store your rich text, serialize the content of the text view into an RTFD data object and store it in your database.
// Extract contents of text view as an NSAttributedStringlet textContents = textView.textStorage
// Serialize as data for storage or transportlet rtfData =try textContents.data(
from: NSRange(location: 0, length: textContents.length),
documentAttributes: [.documentType: NSAttributedString.DocumentType.rtfd]
)
De kakgyum kti dupyeqz uneon, piyohxo cte qxukeqh amd dmoixi ux ufnhoxapel kqmacr wbex rle baya vuo xnuluw.
// Create attributed string from serialized datalet textFromData =tryNSAttributedString(data: rtfData, documentAttributes: nil)
// Set on text view
textView.textStorage.setAttributedString(textFromData)
Plain Text: Inline Image
If you need to transfer your image glyphs to plain text or other non-RTF data stores, handle them the same way you may already support inline images today. For example, store the Unicode attachment character NSAttachmentCharacter 0xFFFC at the appropriate text location along with a reference to the image glyph’s identifier in the plain text data field and add the image to the image store. Because an image glyph’s contentIdentifier is unique and stable, you only need to store it once.
// Decompose an NSAttributedStringfuncdecomposeAttributedString(_attrStr: NSAttributedString)
-> (String, [(NSRange, String)], [String: Data]) {
let string = attrStr.string
var imageRanges: [(NSRange, String)] = []
var imageData: [String: Data] = [:]
attrStr.enumerateAttribute(
.adaptiveImageGlyph,
in: NSMakeRange(0, attrStr.length)) { (value, range, stop) iniflet glyph = value as?NSAdaptiveImageGlyph {
let id = glyph.contentIdentifier
imageRanges.append((range, id))
if imageData[id] ==nil {
imageData[id] = glyph.imageContent
}
}
}
return (string, imageRanges, imageData)
}
// Recompose an attributed stringfuncrecomposeAttributedString(string: String,
imageRanges: [(NSRange, String)],
imageData: [String: Data]) -> NSAttributedString {
let attrStr: NSMutableAttributedString= .init(string: string)
var images: [String: NSAdaptiveImageGlyph] = [:]
for (id, data) in imageData {
images[id] =NSAdaptiveImageGlyph(imageContent: data)
}
for (range, id) in imageRanges {
attrStr.addAttribute(.adaptiveImageGlyph, value: images[id]!, range: range)
}
return attrStr
}
Cross-Platform Genmoji Display: HTML
To display an image glyph in HTML, use the same data(from:length:documentAttributes:) that converted textContents to RTFD, but specify the HTML document type:
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