chore: combine igcdatamodel and igcdatastate
This commit is contained in:
ggurdin
parent
d35a978817
commit
14b89594c2
2 changed files with 200 additions and 256 deletions
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@ -1,66 +1,239 @@
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import 'package:flutter/material.dart';
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import 'package:collection/collection.dart';
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import 'package:fluffychat/pangea/choreographer/enums/pangea_match_status.dart';
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import 'package:fluffychat/pangea/choreographer/models/igc_text_state.dart';
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import 'package:fluffychat/pangea/choreographer/models/pangea_match_model.dart';
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import 'package:fluffychat/pangea/choreographer/models/pangea_match_state.dart';
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import 'package:fluffychat/pangea/choreographer/models/span_data.dart';
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import 'package:fluffychat/pangea/choreographer/repo/igc_repo.dart';
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import 'package:fluffychat/widgets/matrix.dart';
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class IGCTextData {
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final String _originalInput;
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final List<PangeaMatch> _matches;
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final IGCTextState _state;
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String _currentText;
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final List<PangeaMatchState> _openMatches = [];
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final List<PangeaMatchState> _closedMatches = [];
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IGCTextData({
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required String originalInput,
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required List<PangeaMatch> matches,
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}) : _state = IGCTextState(
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currentText: originalInput,
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matches: List<PangeaMatch>.from(matches),
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),
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}) : _currentText = originalInput,
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_originalInput = originalInput,
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_matches = matches;
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_matches = matches {
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_openMatches.addAll(
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matches
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.where((match) => match.status == PangeaMatchStatus.open)
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.map((match) {
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return PangeaMatchState(
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match: match.match,
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status: match.status,
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original: match,
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);
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}),
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);
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_closedMatches.addAll(
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matches
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.where((match) => match.status != PangeaMatchStatus.open)
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.map((match) {
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return PangeaMatchState(
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match: match.match,
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status: match.status,
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original: match,
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);
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}),
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);
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_filterIgnoredMatches();
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}
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Map<String, dynamic> toJson() => {
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"original_input": _originalInput,
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"matches": _matches.map((e) => e.toJson()).toList(),
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};
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bool get hasOpenMatches => _state.hasOpenMatches;
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String get currentText => _currentText;
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bool get hasOpenITMatches => _state.hasOpenITMatches;
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List<PangeaMatchState> get openMatches => _openMatches;
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bool get hasOpenIGCMatches => _state.hasOpenIGCMatches;
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String get currentText => _state.currentText;
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List<PangeaMatchState> get openMatches => _state.openMatches;
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List<PangeaMatchState> get closedMatches => _closedMatches;
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List<PangeaMatchState> get recentNormalizationMatches =>
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_state.recentNormalizationMatches;
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closedMatches.reversed
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.takeWhile(
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(m) => m.updatedMatch.status == PangeaMatchStatus.automatic,
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)
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.toList();
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PangeaMatchState? get firstOpenMatch => _state.firstOpenMatch;
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List<PangeaMatchState> get openNormalizationMatches => _openMatches
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.where((match) => match.updatedMatch.match.isNormalizationError())
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.toList();
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PangeaMatchState? get openMatch => _state.openMatch;
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bool get hasOpenMatches => _openMatches.isNotEmpty;
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bool get hasOpenITMatches =>
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_openMatches.any((match) => match.updatedMatch.isITStart);
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bool get hasOpenIGCMatches =>
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_openMatches.any((match) => !match.updatedMatch.isITStart);
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PangeaMatchState? get firstOpenMatch => _openMatches.firstOrNull;
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PangeaMatchState? getMatchByOffset(int offset) =>
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_state.getMatchByOffset(offset);
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_openMatches.firstWhereOrNull(
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(match) => match.updatedMatch.match.isOffsetInMatchSpan(offset),
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);
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List<PangeaMatchState> get openNormalizationMatches =>
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_state.openNormalizationMatches;
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PangeaMatchState? get openMatch {
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final RegExp pattern = RegExp(r'span_card_overlay_.+');
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final String? matchingKeys =
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MatrixState.pAnyState.getMatchingOverlayKeys(pattern).firstOrNull;
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if (matchingKeys == null) return null;
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void clearMatches() => _state.clearMatches();
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final parts = matchingKeys.split("_");
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if (parts.length != 5) return null;
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final offset = int.tryParse(parts[3]);
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final length = int.tryParse(parts[4]);
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if (offset == null || length == null) return null;
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return _openMatches.firstWhereOrNull(
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(match) =>
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match.updatedMatch.match.offset == offset &&
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match.updatedMatch.match.length == length,
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);
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}
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void clearMatches() {
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_openMatches.clear();
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_closedMatches.clear();
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}
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void _filterIgnoredMatches() {
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for (final match in _openMatches) {
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if (IgcRepo.isIgnored(match.updatedMatch)) {
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ignoreReplacement(match);
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}
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}
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}
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void setSpanData(PangeaMatchState match, SpanData spanData) {
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_state.setSpanData(match, spanData);
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final openMatch = _openMatches.firstWhereOrNull(
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(m) => m.originalMatch == match.originalMatch,
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);
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match.setMatch(spanData);
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_openMatches.remove(openMatch);
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_openMatches.add(match);
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}
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PangeaMatch acceptReplacement(
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PangeaMatchState match,
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PangeaMatchStatus status,
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) =>
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_state.acceptReplacement(match, status);
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) {
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final openMatch = _openMatches.firstWhere(
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(m) => m.originalMatch == match.originalMatch,
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orElse: () => throw Exception(
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'No open match found for acceptReplacement',
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),
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);
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PangeaMatch ignoreReplacement(PangeaMatchState match) =>
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_state.ignoreReplacement(match);
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if (match.updatedMatch.match.selectedChoice == null) {
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throw Exception(
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'acceptReplacement called with null selectedChoice',
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);
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}
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void undoReplacement(PangeaMatchState match) => _state.undoReplacement(match);
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match.setStatus(status);
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_openMatches.remove(openMatch);
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_closedMatches.add(match);
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_runReplacement(
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match.updatedMatch.match.offset,
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match.updatedMatch.match.length,
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match.updatedMatch.match.selectedChoice!.value,
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);
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return match.updatedMatch;
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}
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PangeaMatch ignoreReplacement(PangeaMatchState match) {
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final openMatch = _openMatches.firstWhere(
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(m) => m.originalMatch == match.originalMatch,
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orElse: () => throw Exception(
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'No open match found for ignoreReplacement',
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),
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);
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match.setStatus(PangeaMatchStatus.ignored);
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_openMatches.remove(openMatch);
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_closedMatches.add(match);
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return match.updatedMatch;
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}
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void undoReplacement(PangeaMatchState match) {
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final closedMatch = _closedMatches.firstWhere(
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(m) => m.originalMatch == match.originalMatch,
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orElse: () => throw Exception(
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'No closed match found for undoReplacement',
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),
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);
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_closedMatches.remove(closedMatch);
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final choice = match.updatedMatch.match.selectedChoice?.value;
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if (choice == null) {
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throw Exception(
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"match.match.selectedChoice is null in undoReplacement",
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);
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}
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final String replacement = match.originalMatch.match.fullText.characters
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.getRange(
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match.originalMatch.match.offset,
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match.originalMatch.match.offset + match.originalMatch.match.length,
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)
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.toString();
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_runReplacement(
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match.originalMatch.match.offset,
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choice.characters.length,
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replacement,
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);
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}
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void _runReplacement(
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int offset,
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int length,
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String replacement,
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) {
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final start = _currentText.characters.take(offset);
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final end = _currentText.characters.skip(offset + length);
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final fullText = start + replacement.characters + end;
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_currentText = fullText.toString();
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for (int i = 0; i < _openMatches.length; i++) {
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final match = _openMatches[i].updatedMatch.match;
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final updatedMatch = match.copyWith(
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fullText: _currentText,
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offset: match.offset > offset
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? match.offset + replacement.characters.length - length
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: match.offset,
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);
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_openMatches[i].setMatch(updatedMatch);
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}
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for (int i = 0; i < _closedMatches.length; i++) {
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final match = _closedMatches[i].updatedMatch.match;
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final updatedMatch = match.copyWith(
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fullText: _currentText,
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offset: match.offset > offset
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? match.offset + replacement.characters.length - length
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: match.offset,
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);
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_closedMatches[i].setMatch(updatedMatch);
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}
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}
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}
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@ -1,229 +0,0 @@
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import 'package:flutter/material.dart';
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import 'package:collection/collection.dart';
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import 'package:fluffychat/pangea/choreographer/enums/pangea_match_status.dart';
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import 'package:fluffychat/pangea/choreographer/models/pangea_match_model.dart';
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import 'package:fluffychat/pangea/choreographer/models/pangea_match_state.dart';
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import 'package:fluffychat/pangea/choreographer/models/span_data.dart';
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import 'package:fluffychat/pangea/choreographer/repo/igc_repo.dart';
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import 'package:fluffychat/widgets/matrix.dart';
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class IGCTextState {
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String _currentText;
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final List<PangeaMatchState> _openMatches = [];
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final List<PangeaMatchState> _closedMatches = [];
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IGCTextState({
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required String currentText,
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required List<PangeaMatch> matches,
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}) : _currentText = currentText {
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_openMatches.addAll(
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matches
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.where((match) => match.status == PangeaMatchStatus.open)
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.map((match) {
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return PangeaMatchState(
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match: match.match,
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status: match.status,
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original: match,
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);
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}),
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);
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_closedMatches.addAll(
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matches
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.where((match) => match.status != PangeaMatchStatus.open)
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.map((match) {
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return PangeaMatchState(
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match: match.match,
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status: match.status,
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original: match,
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);
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}),
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);
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_filterIgnoredMatches();
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}
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String get currentText => _currentText;
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List<PangeaMatchState> get openMatches => _openMatches;
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List<PangeaMatchState> get closedMatches => _closedMatches;
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List<PangeaMatchState> get recentNormalizationMatches =>
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closedMatches.reversed
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.takeWhile(
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(m) => m.updatedMatch.status == PangeaMatchStatus.automatic,
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)
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.toList();
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List<PangeaMatchState> get openNormalizationMatches => _openMatches
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.where((match) => match.updatedMatch.match.isNormalizationError())
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.toList();
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bool get hasOpenMatches => _openMatches.isNotEmpty;
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bool get hasOpenITMatches =>
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_openMatches.any((match) => match.updatedMatch.isITStart);
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bool get hasOpenIGCMatches =>
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_openMatches.any((match) => !match.updatedMatch.isITStart);
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PangeaMatchState? get firstOpenMatch => _openMatches.firstOrNull;
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PangeaMatchState? getMatchByOffset(int offset) =>
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_openMatches.firstWhereOrNull(
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(match) => match.updatedMatch.match.isOffsetInMatchSpan(offset),
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);
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PangeaMatchState? get openMatch {
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final RegExp pattern = RegExp(r'span_card_overlay_.+');
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final String? matchingKeys =
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MatrixState.pAnyState.getMatchingOverlayKeys(pattern).firstOrNull;
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if (matchingKeys == null) return null;
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final parts = matchingKeys.split("_");
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if (parts.length != 5) return null;
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final offset = int.tryParse(parts[3]);
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final length = int.tryParse(parts[4]);
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if (offset == null || length == null) return null;
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return _openMatches.firstWhereOrNull(
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(match) =>
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match.updatedMatch.match.offset == offset &&
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match.updatedMatch.match.length == length,
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);
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}
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void clearMatches() {
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_openMatches.clear();
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_closedMatches.clear();
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}
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void _filterIgnoredMatches() {
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for (final match in _openMatches) {
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if (IgcRepo.isIgnored(match.updatedMatch)) {
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ignoreReplacement(match);
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}
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}
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}
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void setSpanData(PangeaMatchState match, SpanData spanData) {
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final openMatch = _openMatches.firstWhereOrNull(
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(m) => m.originalMatch == match.originalMatch,
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);
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match.setMatch(spanData);
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_openMatches.remove(openMatch);
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_openMatches.add(match);
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}
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PangeaMatch acceptReplacement(
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PangeaMatchState match,
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PangeaMatchStatus status,
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) {
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final openMatch = _openMatches.firstWhere(
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(m) => m.originalMatch == match.originalMatch,
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orElse: () => throw Exception(
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'No open match found for acceptReplacement',
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),
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);
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if (match.updatedMatch.match.selectedChoice == null) {
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throw Exception(
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'acceptReplacement called with null selectedChoice',
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);
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}
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match.setStatus(status);
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_openMatches.remove(openMatch);
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_closedMatches.add(match);
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_runReplacement(
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match.updatedMatch.match.offset,
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match.updatedMatch.match.length,
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match.updatedMatch.match.selectedChoice!.value,
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);
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return match.updatedMatch;
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}
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PangeaMatch ignoreReplacement(PangeaMatchState match) {
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final openMatch = _openMatches.firstWhere(
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(m) => m.originalMatch == match.originalMatch,
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orElse: () => throw Exception(
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'No open match found for ignoreReplacement',
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),
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);
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match.setStatus(PangeaMatchStatus.ignored);
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_openMatches.remove(openMatch);
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_closedMatches.add(match);
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return match.updatedMatch;
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}
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void undoReplacement(PangeaMatchState match) {
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final closedMatch = _closedMatches.firstWhere(
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(m) => m.originalMatch == match.originalMatch,
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orElse: () => throw Exception(
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'No closed match found for undoReplacement',
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),
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);
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_closedMatches.remove(closedMatch);
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final choice = match.updatedMatch.match.selectedChoice?.value;
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if (choice == null) {
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throw Exception(
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"match.match.selectedChoice is null in undoReplacement",
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);
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}
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final String replacement = match.originalMatch.match.fullText.characters
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.getRange(
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match.originalMatch.match.offset,
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match.originalMatch.match.offset + match.originalMatch.match.length,
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)
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.toString();
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_runReplacement(
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match.originalMatch.match.offset,
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choice.characters.length,
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replacement,
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);
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}
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void _runReplacement(
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int offset,
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int length,
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String replacement,
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) {
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final start = _currentText.characters.take(offset);
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final end = _currentText.characters.skip(offset + length);
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final fullText = start + replacement.characters + end;
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_currentText = fullText.toString();
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for (int i = 0; i < _openMatches.length; i++) {
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final match = _openMatches[i].updatedMatch.match;
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final updatedMatch = match.copyWith(
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fullText: _currentText,
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offset: match.offset > offset
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? match.offset + replacement.characters.length - length
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: match.offset,
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);
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_openMatches[i].setMatch(updatedMatch);
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}
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for (int i = 0; i < _closedMatches.length; i++) {
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final match = _closedMatches[i].updatedMatch.match;
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final updatedMatch = match.copyWith(
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fullText: _currentText,
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offset: match.offset > offset
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? match.offset + replacement.characters.length - length
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: match.offset,
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);
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_closedMatches[i].setMatch(updatedMatch);
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}
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}
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}
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