vChewing-macOS/Source/Modules/SessionCtl_Delegates.swift

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// (c) 2021 and onwards The vChewing Project (MIT-NTL License).
// ====================
// This code is released under the MIT license (SPDX-License-Identifier: MIT)
// ... with NTL restriction stating that:
// No trademark license is granted to use the trade names, trademarks, service
// marks, or product names of Contributor, except as required to fulfill notice
// requirements defined in MIT License.
import AppKit
import NotifierUI
import Shared
// MARK: - InputHandler Delegate
extension SessionCtl: InputHandlerDelegate {
public var clientMitigationLevel: Int {
guard
let result = PrefMgr.shared.clientsIMKTextInputIncapable[clientBundleIdentifier]
else {
return 0
}
return result ? 2 : 1
}
public func candidateController() -> CtlCandidateProtocol? { candidateUI }
public func candidateSelectionConfirmedByInputHandler(at index: Int) {
candidatePairSelectionConfirmed(at: index)
}
public func callNotification(_ message: String) {
Notifier.notify(message: message)
}
public func callError(_ logMessage: String) {
vCLog(logMessage)
IMEApp.buzz()
}
public func performUserPhraseOperation(addToFilter: Bool) -> Bool {
guard let inputHandler = inputHandler, state.type == .ofMarking else { return false }
var succeeded = true
let kvPair = state.data.userPhraseKVPair
var userPhrase = LMMgr.UserPhrase(
keyArray: kvPair.keyArray, value: kvPair.value, inputMode: inputMode
)
if Self.areWeNerfing { userPhrase.weight = -114.514 }
LMMgr.writeUserPhrasesAtOnce(userPhrase, areWeFiltering: addToFilter) {
succeeded = false
}
if !succeeded { return false }
//
let valueCurrent = userPhrase.value
let valueReversed = ChineseConverter.crossConvert(valueCurrent)
//
//
//
_ = inputHandler.updateUnigramData()
//
//
LMMgr.currentLM.insertTemporaryData(
keyArray: userPhrase.keyArray,
unigram: .init(value: userPhrase.value, score: userPhrase.weight ?? 0),
isFiltering: addToFilter
)
// 使
LMMgr.bleachSpecifiedSuggestions(targets: [valueCurrent], mode: IMEApp.currentInputMode)
LMMgr.bleachSpecifiedSuggestions(targets: [valueReversed], mode: IMEApp.currentInputMode.reversed)
//
return true
}
}
// MARK: - Candidate Controller Delegate
extension SessionCtl: CtlCandidateDelegate {
public var isCandidateState: Bool { state.isCandidateContainer }
public var isCandidateContextMenuEnabled: Bool {
state.type == .ofCandidates && !clientBundleIdentifier.contains("com.apple.Spotlight")
&& !clientBundleIdentifier.contains("com.raycast.macos")
}
public var showReverseLookupResult: Bool { PrefMgr.shared.showReverseLookupInCandidateUI }
@discardableResult public func reverseLookup(for value: String) -> [String] {
let blankResult: [String] = []
//
if !PrefMgr.shared.showReverseLookupInCandidateUI { return blankResult }
if state.type == .ofInputting, state.isCandidateContainer,
inputHandler?.currentLM.nullCandidateInCassette == value
{
return blankResult
}
if !PrefMgr.shared.showReverseLookupInCandidateUI { return blankResult }
if isVerticalTyping { return blankResult } //
if value.isEmpty { return blankResult } // 西
if value.contains("_") { return blankResult }
// LMInstantiator
return LMMgr.currentLM.cassetteReverseLookup(for: value)
}
public var selectionKeys: String {
// `%quick` 使 1234567890
cassetteQuick: if state.type == .ofInputting, state.isCandidateContainer {
guard PrefMgr.shared.cassetteEnabled else { break cassetteQuick }
guard let cinCandidateKey = LMMgr.currentLM.cassetteSelectionKey,
CandidateKey.validate(keys: cinCandidateKey) == nil
else {
return "1234567890"
}
return cinCandidateKey
}
return PrefMgr.shared.candidateKeys
}
public func candidatePairs(conv: Bool = false) -> [(keyArray: [String], value: String)] {
if !state.isCandidateContainer || state.candidates.isEmpty { return [] }
if !conv || PrefMgr.shared.cns11643Enabled || state.candidates[0].keyArray.joined().contains("_punctuation") {
return state.candidates
}
let convertedCandidates = state.candidates.map { theCandidatePair -> (keyArray: [String], value: String) in
var theCandidatePair = theCandidatePair
theCandidatePair.value = ChineseConverter.kanjiConversionIfRequired(theCandidatePair.value)
return theCandidatePair
}
return convertedCandidates
}
public func candidatePairHighlightChanged(at theIndex: Int) {
guard let inputHandler = inputHandler else { return }
guard state.isCandidateContainer else { return }
switch state.type {
case .ofCandidates where (0 ..< state.candidates.count).contains(theIndex):
inputHandler.previewCompositionBufferForCandidate(at: theIndex)
case .ofSymbolTable where (0 ..< state.node.members.count).contains(theIndex):
let node = state.node.members[theIndex]
if node.members.isEmpty {
state.data.displayedText = node.name
state.data.cursor = node.name.count
} else {
state.data.displayedText.removeAll()
state.data.cursor = 0
}
setInlineDisplayWithCursor()
updatePopupDisplayWithCursor()
default: break
}
}
public func candidatePairSelectionConfirmed(at index: Int) {
guard let inputHandler = inputHandler else { return }
guard state.isCandidateContainer else { return }
switch state.type {
case .ofSymbolTable where (0 ..< state.node.members.count).contains(index):
let node = state.node.members[index]
if !node.members.isEmpty {
switchState(IMEState.ofSymbolTable(node: node))
} else {
switchState(IMEState.ofCommitting(textToCommit: node.name))
}
case .ofCandidates where (0 ..< state.candidates.count).contains(index):
let selectedValue = state.candidates[index]
inputHandler.consolidateNode(
candidate: selectedValue, respectCursorPushing: true,
preConsolidate: PrefMgr.shared.consolidateContextOnCandidateSelection
)
var result: IMEStateProtocol = inputHandler.generateStateOfInputting()
defer { switchState(result) } //
if PrefMgr.shared.useSCPCTypingMode {
switchState(IMEState.ofCommitting(textToCommit: result.displayedText))
// selectedValue.value
if PrefMgr.shared.associatedPhrasesEnabled {
let associates = inputHandler.generateStateOfAssociates(
withPair: .init(keyArray: selectedValue.keyArray, value: selectedValue.value)
)
result = associates.candidates.isEmpty ? IMEState.ofEmpty() : associates
} else {
result = IMEState.ofEmpty()
}
}
case .ofAssociates where (0 ..< state.candidates.count).contains(index):
let selectedValue = state.candidates[index]
var result: IMEStateProtocol = IMEState.ofEmpty()
defer { switchState(result) } //
switchState(IMEState.ofCommitting(textToCommit: selectedValue.value))
guard PrefMgr.shared.associatedPhrasesEnabled else { return }
// selectedValue.value
//
guard let valueKept = selectedValue.value.last?.description else { return }
let associates = inputHandler.generateStateOfAssociates(
withPair: .init(keyArray: selectedValue.keyArray, value: valueKept)
)
if !associates.candidates.isEmpty { result = associates }
case .ofInputting where (0 ..< state.candidates.count).contains(index):
let chosenStr = state.candidates[index].value
guard !chosenStr.isEmpty, chosenStr != inputHandler.currentLM.nullCandidateInCassette else {
callError("907F9F64")
return
}
let strToCommitFirst = inputHandler.generateStateOfInputting(sansReading: true).displayedText
switchState(IMEState.ofCommitting(textToCommit: strToCommitFirst + chosenStr))
default: return
}
}
public func candidatePairRightClicked(at index: Int, action: CandidateContextMenuAction) {
guard let inputHandler = inputHandler, isCandidateContextMenuEnabled else { return }
var succeeded = true
let rawPair = state.candidates[index]
var userPhrase = LMMgr.UserPhrase(
keyArray: rawPair.keyArray, value: rawPair.value, inputMode: inputMode
)
if action == .toNerf { userPhrase.weight = -114.514 }
LMMgr.writeUserPhrasesAtOnce(userPhrase, areWeFiltering: action == .toFilter) {
succeeded = false
}
//
let valueCurrent = userPhrase.value
let valueReversed = ChineseConverter.crossConvert(valueCurrent)
//
//
LMMgr.currentLM.insertTemporaryData(
keyArray: userPhrase.keyArray,
unigram: .init(value: userPhrase.value, score: userPhrase.weight ?? 0),
isFiltering: action == .toFilter
)
// 使
LMMgr.bleachSpecifiedSuggestions(targets: [valueCurrent], mode: IMEApp.currentInputMode)
LMMgr.bleachSpecifiedSuggestions(targets: [valueReversed], mode: IMEApp.currentInputMode.reversed)
//
let updateResult = inputHandler.updateUnigramData()
//
var newState: IMEStateProtocol = updateResult
? inputHandler.generateStateOfCandidates()
: IMEState.ofCommitting(textToCommit: state.displayedText)
newState.tooltipDuration = 1.85
var tooltipMessage = ""
switch action {
case .toBoost:
newState.data.tooltipColorState = .normal
tooltipMessage = succeeded ? "+ Succeeded in boosting a candidate." : "⚠︎ Failed from boosting a candidate."
case .toNerf:
newState.data.tooltipColorState = .succeeded
tooltipMessage = succeeded ? "- Succeeded in nerfing a candidate." : "⚠︎ Failed from nerfing a candidate."
case .toFilter:
newState.data.tooltipColorState = .warning
tooltipMessage = succeeded ? "! Succeeded in filtering a candidate." : "⚠︎ Failed from filtering a candidate."
}
if !succeeded { newState.data.tooltipColorState = .redAlert }
newState.tooltip = NSLocalizedString(tooltipMessage, comment: "")
switchState(newState)
}
}