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import { textblockTypeInputRule, smartQuotes, emDash, ellipsis, InputRule } from "prosemirror-inputrules";
import { schema } from "./RichTextSchema";
import { wrappingInputRule } from "./prosemirrorPatches";
import { NodeSelection, TextSelection } from "prosemirror-state";
import { NumCast, Cast } from "../../new_fields/Types";
import { Doc } from "../../new_fields/Doc";
import { FormattedTextBox } from "../views/nodes/FormattedTextBox";
import { Docs } from "../documents/Documents";
import { Id } from "../../new_fields/FieldSymbols";
export const inpRules = {
rules: [
...smartQuotes,
ellipsis,
emDash,
// > blockquote
wrappingInputRule(/^\s*>\s$/, schema.nodes.blockquote),
// 1. ordered list
wrappingInputRule(
/^1\.\s$/,
schema.nodes.ordered_list,
() => {
return ({ mapStyle: "decimal", bulletStyle: 1 });
},
(match: any, node: any) => {
return node.childCount + node.attrs.order === +match[1];
},
(type: any) => ({ type: type, attrs: { mapStyle: "decimal", bulletStyle: 1 } })
),
// a. alphabbetical list
wrappingInputRule(
/^a\.\s$/,
schema.nodes.ordered_list,
// match => {
() => {
return ({ mapStyle: "alpha", bulletStyle: 1 });
// return ({ order: +match[1] })
},
(match: any, node: any) => {
return node.childCount + node.attrs.order === +match[1];
},
(type: any) => ({ type: type, attrs: { mapStyle: "alpha", bulletStyle: 1 } })
),
// * bullet list
wrappingInputRule(/^\s*([-+*])\s$/, schema.nodes.bullet_list),
// ``` code block
textblockTypeInputRule(/^```$/, schema.nodes.code_block),
// # heading
textblockTypeInputRule(
new RegExp(/^(#{1,6})\s$/),
schema.nodes.heading,
match => {
return ({ level: match[1].length });
}
),
new InputRule(
new RegExp(/^#([0-9]+)\s$/),
(state, match, start, end) => {
let size = Number(match[1]);
let ruleProvider = FormattedTextBox.InputBoxOverlay!.props.ruleProvider;
let heading = NumCast(FormattedTextBox.InputBoxOverlay!.props.Document.heading);
if (ruleProvider && heading) {
(Cast(FormattedTextBox.InputBoxOverlay!.props.Document, Doc) as Doc).heading = Number(match[1]);
return state.tr.deleteRange(start, end);
}
return state.tr.deleteRange(start, end).addStoredMark(schema.marks.pFontSize.create({ fontSize: Number(match[1]) }));
}),
new InputRule(
new RegExp(/t/),
(state, match, start, end) => {
if (state.selection.to === state.selection.from) return null;
let node = (state.doc.resolve(start) as any).nodeAfter;
return node ? state.tr.addMark(start, end, schema.marks.user_tag.create({ userid: Doc.CurrentUserEmail, tag: "todo", modified: Math.round(Date.now() / 1000 / 60) })) : state.tr;
}),
new InputRule(
new RegExp(/i/),
(state, match, start, end) => {
if (state.selection.to === state.selection.from) return null;
let node = (state.doc.resolve(start) as any).nodeAfter;
return node ? state.tr.addMark(start, end, schema.marks.user_tag.create({ userid: Doc.CurrentUserEmail, tag: "ignore", modified: Math.round(Date.now() / 1000 / 60) })) : state.tr;
}),
new InputRule(
new RegExp(/\!/),
(state, match, start, end) => {
if (state.selection.to === state.selection.from) return null;
let node = (state.doc.resolve(start) as any).nodeAfter;
return node ? state.tr.addMark(start, end, schema.marks.user_tag.create({ userid: Doc.CurrentUserEmail, tag: "important", modified: Math.round(Date.now() / 1000 / 60) })) : state.tr;
}),
new InputRule(
new RegExp(/\x/),
(state, match, start, end) => {
if (state.selection.to === state.selection.from) return null;
let node = (state.doc.resolve(start) as any).nodeAfter;
return node ? state.tr.addMark(start, end, schema.marks.user_tag.create({ userid: Doc.CurrentUserEmail, tag: "disagree", modified: Math.round(Date.now() / 1000 / 60) })) : state.tr;
}),
new InputRule(
new RegExp(/^\^\^\s$/),
(state, match, start, end) => {
let node = (state.doc.resolve(start) as any).nodeAfter;
let sm = state.storedMarks || undefined;
let ruleProvider = FormattedTextBox.InputBoxOverlay!.props.ruleProvider;
let heading = NumCast(FormattedTextBox.InputBoxOverlay!.props.Document.heading);
if (ruleProvider && heading) {
ruleProvider["ruleAlign_" + heading] = "center";
return node ? state.tr.deleteRange(start, end).setStoredMarks([...node.marks, ...(sm ? sm : [])]) : state.tr;
}
let replaced = node ? state.tr.replaceRangeWith(start, end, schema.nodes.paragraph.create({ align: "center" })).setStoredMarks([...node.marks, ...(sm ? sm : [])]) :
state.tr;
return replaced.setSelection(new TextSelection(replaced.doc.resolve(end - 2)));
}),
new InputRule(
new RegExp(/^\[\[\s$/),
(state, match, start, end) => {
let node = (state.doc.resolve(start) as any).nodeAfter;
let sm = state.storedMarks || undefined;
let ruleProvider = FormattedTextBox.InputBoxOverlay!.props.ruleProvider;
let heading = NumCast(FormattedTextBox.InputBoxOverlay!.props.Document.heading);
if (ruleProvider && heading) {
ruleProvider["ruleAlign_" + heading] = "left";
return node ? state.tr.deleteRange(start, end).setStoredMarks([...node.marks, ...(sm ? sm : [])]) : state.tr;
}
let replaced = node ? state.tr.replaceRangeWith(start, end, schema.nodes.paragraph.create({ align: "left" })).setStoredMarks([...node.marks, ...(sm ? sm : [])]) :
state.tr;
return replaced.setSelection(new TextSelection(replaced.doc.resolve(end - 2)));
}),
new InputRule(
new RegExp(/^\]\]\s$/),
(state, match, start, end) => {
let node = (state.doc.resolve(start) as any).nodeAfter;
let sm = state.storedMarks || undefined;
let ruleProvider = FormattedTextBox.InputBoxOverlay!.props.ruleProvider;
let heading = NumCast(FormattedTextBox.InputBoxOverlay!.props.Document.heading);
if (ruleProvider && heading) {
ruleProvider["ruleAlign_" + heading] = "right";
return node ? state.tr.deleteRange(start, end).setStoredMarks([...node.marks, ...(sm ? sm : [])]) : state.tr;
}
let replaced = node ? state.tr.replaceRangeWith(start, end, schema.nodes.paragraph.create({ align: "right" })).setStoredMarks([...node.marks, ...(sm ? sm : [])]) :
state.tr;
return replaced.setSelection(new TextSelection(replaced.doc.resolve(end - 2)));
}),
new InputRule(
new RegExp(/##\s$/),
(state, match, start, end) => {
let target = Docs.Create.TextDocument({ width: 75, height: 35, autoHeight: true, fontSize: 9, title: "inline comment" });
let node = (state.doc.resolve(start) as any).nodeAfter;
let newNode = schema.nodes.dashComment.create({ docid: target[Id] });
let dashDoc = schema.nodes.dashDoc.create({ width: 75, height: 35, title: "dashDoc", docid: target[Id], float: "right" });
let sm = state.storedMarks || undefined;
let replaced = node ? state.tr.insert(start, newNode).replaceRangeWith(start + 1, end + 1, dashDoc).setStoredMarks([...node.marks, ...(sm ? sm : [])]) :
state.tr;
return replaced;//.setSelection(new NodeSelection(replaced.doc.resolve(end)));
}),
new InputRule(
new RegExp(/\(\(/),
(state, match, start, end) => {
let node = (state.doc.resolve(start) as any).nodeAfter;
let sm = state.storedMarks || undefined;
let mark = state.schema.marks.highlight.create();
let selected = state.tr.setSelection(new TextSelection(state.doc.resolve(start), state.doc.resolve(end))).addMark(start, end, mark);
let content = selected.selection.content();
let replaced = node ? selected.replaceRangeWith(start, start,
schema.nodes.star.create({ visibility: true, text: content, textslice: content.toJSON() })).setStoredMarks([...node.marks, ...(sm ? sm : [])]) :
state.tr;
return replaced.setSelection(new TextSelection(replaced.doc.resolve(end + 1)));
}),
new InputRule(
new RegExp(/\)\)/),
(state, match, start, end) => {
let mark = state.schema.marks.highlight.create();
return state.tr.removeStoredMark(mark);
}),
new InputRule(
new RegExp(/\^f\s$/),
(state, match, start, end) => {
let newNode = schema.nodes.footnote.create({});
let tr = state.tr;
tr.deleteRange(start, end).replaceSelectionWith(newNode); // replace insertion with a footnote.
return tr.setSelection(new NodeSelection( // select the footnote node to open its display
tr.doc.resolve( // get the location of the footnote node by subtracting the nodesize of the footnote from the current insertion point anchor (which will be immediately after the footnote node)
tr.selection.anchor - tr.selection.$anchor.nodeBefore!.nodeSize)));
}),
// let newNode = schema.nodes.footnote.create({});
// if (dispatch && state.selection.from === state.selection.to) {
// return true;
// }
]
};
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