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import { action, computed, observable } from 'mobx';
import { DateField } from '../../fields/DateField';
import { AclAdmin, AclAugment, AclEdit, AclPrivate, AclReadonly, AclSym, DataSym, Doc, DocListCast, Opt } from '../../fields/Doc';
import { InkTool } from '../../fields/InkField';
import { List } from '../../fields/List';
import { Cast, ScriptCast } from '../../fields/Types';
import { denormalizeEmail, distributeAcls, GetEffectiveAcl, inheritParentAcls, SharingPermissions } from '../../fields/util';
import { returnFalse } from '../../Utils';
import { DocUtils } from '../documents/Documents';
import { DocumentType } from '../documents/DocumentTypes';
import { InteractionUtils } from '../util/InteractionUtils';
import { UndoManager } from '../util/UndoManager';
import { DocumentView } from './nodes/DocumentView';
import { Touchable } from './Touchable';
/// DocComponent returns a generic React base class used by views that don't have 'fieldKey' props (e.g.,CollectionFreeFormDocumentView, DocumentView)
export interface DocComponentProps {
Document: Doc;
fieldKey?: string;
LayoutTemplate?: () => Opt<Doc>;
LayoutTemplateString?: string;
}
export function DocComponent<P extends DocComponentProps>() {
class Component extends Touchable<P> {
//TODO This might be pretty inefficient if doc isn't observed, because computed doesn't cache then
@computed get Document() {
return this.props.Document;
}
// This is the "The Document" -- it encapsulates, data, layout, and any templates
@computed get rootDoc() {
return Cast(this.props.Document.rootDocument, Doc, null) || this.props.Document;
}
// This is the rendering data of a document -- it may be "The Document", or it may be some template document that holds the rendering info
@computed get layoutDoc() {
return this.props.LayoutTemplateString ? this.props.Document : Doc.Layout(this.props.Document, this.props.LayoutTemplate?.());
}
// This is the data part of a document -- ie, the data that is constant across all views of the document
@computed get dataDoc() {
return this.props.Document[DataSym] as Doc;
}
// key where data is stored
@computed get fieldKey() {
return this.props.fieldKey;
}
protected _multiTouchDisposer?: InteractionUtils.MultiTouchEventDisposer;
}
return Component;
}
/// FieldViewBoxProps - a generic base class for field views that are not annotatable (e.g. InkingStroke, ColorBox)
interface ViewBoxBaseProps {
Document: Doc;
DataDoc?: Doc;
DocumentView?: () => DocumentView;
fieldKey: string;
isSelected: (outsideReaction?: boolean) => boolean;
isContentActive: () => boolean | undefined;
renderDepth: number;
rootSelected: (outsideReaction?: boolean) => boolean;
}
export function ViewBoxBaseComponent<P extends ViewBoxBaseProps>() {
class Component extends Touchable<P> {
//TODO This might be pretty inefficient if doc isn't observed, because computed doesn't cache then
//@computed get Document(): T { return schemaCtor(this.props.Document); }
// This is the "The Document" -- it encapsulates, data, layout, and any templates
@computed get rootDoc() {
return Cast(this.props.Document.rootDocument, Doc, null) || this.props.Document;
}
// This is the rendering data of a document -- it may be "The Document", or it may be some template document that holds the rendering info
@computed get layoutDoc() {
return Doc.Layout(this.props.Document);
}
// This is the data part of a document -- ie, the data that is constant across all views of the document
@computed get dataDoc() {
return this.props.DataDoc && (this.props.Document.isTemplateForField || this.props.Document.isTemplateDoc) ? this.props.DataDoc : this.props.Document[DataSym];
}
// key where data is stored
@computed get fieldKey() {
return this.props.fieldKey;
}
protected _multiTouchDisposer?: InteractionUtils.MultiTouchEventDisposer;
}
return Component;
}
/// DocAnnotatbleComponent -return a base class for React views of document fields that are annotatable *and* interactive when selected (e.g., pdf, image)
export interface ViewBoxAnnotatableProps {
Document: Doc;
DataDoc?: Doc;
fieldKey: string;
filterAddDocument?: (doc: Doc[]) => boolean; // allows a document that renders a Collection view to filter or modify any documents added to the collection (see PresBox for an example)
isContentActive: () => boolean | undefined;
select: (isCtrlPressed: boolean) => void;
whenChildContentsActiveChanged: (isActive: boolean) => void;
isSelected: (outsideReaction?: boolean) => boolean;
rootSelected: (outsideReaction?: boolean) => boolean;
renderDepth: number;
isAnnotationOverlay?: boolean;
}
export function ViewBoxAnnotatableComponent<P extends ViewBoxAnnotatableProps>() {
class Component extends Touchable<P> {
@observable _annotationKeySuffix = () => 'annotations';
@observable _isAnyChildContentActive = false;
//TODO This might be pretty inefficient if doc isn't observed, because computed doesn't cache then
@computed get Document() {
return this.props.Document;
}
// This is the "The Document" -- it encapsulates, data, layout, and any templates
@computed get rootDoc() {
return Cast(this.props.Document.rootDocument, Doc, null) || this.props.Document;
}
// This is the rendering data of a document -- it may be "The Document", or it may be some template document that holds the rendering info
@computed get layoutDoc() {
return Doc.Layout(this.props.Document);
}
// This is the data part of a document -- ie, the data that is constant across all views of the document
@computed get dataDoc() {
return this.props.DataDoc && (this.props.Document.isTemplateForField || this.props.Document.isTemplateDoc) ? this.props.DataDoc : this.props.Document[DataSym];
}
// key where data is stored
@computed get fieldKey() {
return this.props.fieldKey;
}
isAnyChildContentActive = () => this._isAnyChildContentActive;
lookupField = (field: string) => ScriptCast((this.layoutDoc as any).lookupField)?.script.run({ self: this.layoutDoc, data: this.rootDoc, field: field }).result;
protected _multiTouchDisposer?: InteractionUtils.MultiTouchEventDisposer;
@computed public get annotationKey() {
return this.fieldKey + (this._annotationKeySuffix() ? '-' + this._annotationKeySuffix() : '');
}
@action.bound
removeDocument(doc: Doc | Doc[], annotationKey?: string, leavePushpin?: boolean): boolean {
const effectiveAcl = GetEffectiveAcl(this.dataDoc);
const indocs = doc instanceof Doc ? [doc] : doc;
const docs = indocs.filter(doc => [AclEdit, AclAdmin].includes(effectiveAcl) || GetEffectiveAcl(doc) === AclAdmin);
if (docs.length) {
docs.map(doc => {
Doc.SetInPlace(doc, 'followLinkToggle', undefined, true);
doc.annotationOn === this.props.Document && Doc.SetInPlace(doc, 'annotationOn', undefined, true);
});
const targetDataDoc = this.dataDoc;
const value = DocListCast(targetDataDoc[annotationKey ?? this.annotationKey]);
const toRemove = value.filter(v => docs.includes(v));
if (toRemove.length !== 0) {
const recent = Doc.MyRecentlyClosed;
toRemove.forEach(doc => {
leavePushpin && DocUtils.LeavePushpin(doc, annotationKey ?? this.annotationKey);
Doc.RemoveDocFromList(targetDataDoc, annotationKey ?? this.annotationKey, doc);
doc.context = undefined;
if (recent) {
Doc.RemoveDocFromList(recent, 'data', doc);
doc.type !== DocumentType.LOADING && Doc.AddDocToList(recent, 'data', doc, undefined, true, true);
}
});
this.isAnyChildContentActive() && this.props.select(false);
return true;
}
}
return false;
}
// this is called with the document that was dragged and the collection to move it into.
// if the target collection is the same as this collection, then the move will be allowed.
// otherwise, the document being moved must be able to be removed from its container before
// moving it into the target.
@action.bound
moveDocument = (doc: Doc | Doc[], targetCollection: Doc | undefined, addDocument: (doc: Doc | Doc[], annotationKey?: string) => boolean, annotationKey?: string): boolean => {
if (Doc.AreProtosEqual(this.props.Document, targetCollection)) {
return true;
}
const first = doc instanceof Doc ? doc : doc[0];
if (!first?._stayInCollection && addDocument !== returnFalse) {
return UndoManager.RunInTempBatch(() => this.removeDocument(doc, annotationKey, true) && addDocument(doc, annotationKey));
}
return false;
};
@action.bound
addDocument = (doc: Doc | Doc[], annotationKey?: string): boolean => {
const docs = doc instanceof Doc ? [doc] : doc;
if (this.props.filterAddDocument?.(docs) === false || docs.find(doc => Doc.AreProtosEqual(doc, this.props.Document) && Doc.LayoutField(doc) === Doc.LayoutField(this.props.Document))) {
return false;
}
const targetDataDoc = this.props.Document[DataSym];
const docList = DocListCast(targetDataDoc[annotationKey ?? this.annotationKey]);
const added = docs.filter(d => !docList.includes(d));
const effectiveAcl = GetEffectiveAcl(targetDataDoc);
if (added.length) {
if (effectiveAcl === AclPrivate || effectiveAcl === AclReadonly) {
return false;
} else {
if (this.props.Document[AclSym] && Object.keys(this.props.Document[AclSym]).length) {
added.forEach(d => {
for (const [key, value] of Object.entries(this.props.Document[AclSym])) {
if (d.author === denormalizeEmail(key.substring(4)) && !d.aliasOf) distributeAcls(key, SharingPermissions.Admin, d);
}
});
}
if (effectiveAcl === AclAugment) {
added.map(doc => {
if ([AclAdmin, AclEdit].includes(GetEffectiveAcl(doc)) && Doc.ActiveDashboard) inheritParentAcls(Doc.ActiveDashboard, doc);
doc.context = this.props.Document;
if (annotationKey ?? this._annotationKeySuffix()) Doc.GetProto(doc).annotationOn = this.props.Document;
Doc.AddDocToList(targetDataDoc, annotationKey ?? this.annotationKey, doc);
});
} else {
added
.filter(doc => [AclAdmin, AclEdit].includes(GetEffectiveAcl(doc)))
.map(doc => {
// only make a pushpin if we have acl's to edit the document
//DocUtils.LeavePushpin(doc);
doc._stayInCollection = undefined;
doc.context = this.props.Document;
if (annotationKey ?? this._annotationKeySuffix()) Doc.GetProto(doc).annotationOn = this.props.Document;
Doc.ActiveDashboard && inheritParentAcls(Doc.ActiveDashboard, doc);
});
const annoDocs = targetDataDoc[annotationKey ?? this.annotationKey] as List<Doc>;
if (annoDocs instanceof List) annoDocs.push(...added);
else targetDataDoc[annotationKey ?? this.annotationKey] = new List<Doc>(added);
targetDataDoc[(annotationKey ?? this.annotationKey) + '-lastModified'] = new DateField(new Date(Date.now()));
}
}
}
return true;
};
whenChildContentsActiveChanged = action((isActive: boolean) => this.props.whenChildContentsActiveChanged((this._isAnyChildContentActive = isActive)));
}
return Component;
}
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