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mirror of https://github.com/laurent22/joplin.git synced 2024-11-27 08:21:03 +02:00

Doc: Fixed plugin doc

This commit is contained in:
Laurent Cozic 2023-10-06 18:27:40 +01:00
parent 3ac2fe94a4
commit da40036a34
4 changed files with 414 additions and 109 deletions

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@ -1,6 +1,21 @@
import { Store } from 'redux';
import Plugin from '../Plugin';
import { ListRenderer } from './noteListType';
/**
* This API allows you to customise how each note in the note list is rendered.
* The renderer you implement follows a unidirectional data flow.
*
* The app provides the required dependencies whenever a note is updated - you
* process these dependencies, and return some props, which are then passed to
* your template and rendered. See [[[ListRenderer]]] for a detailed description
* of each property of the renderer.
*
* [View the demo plugin](https://github.com/laurent22/joplin/tree/dev/packages/app-cli/tests/support/plugins/note_list_renderer)
*
* The default list renderer is implemented using the same API, so it worth checking it too:
*
* [Default list renderer](https://github.com/laurent22/joplin/tree/dev/packages/lib/services/noteList/defaultListRenderer.ts)
*/
export default class JoplinViewsNoteList {
private plugin_;
private store_;

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@ -12,16 +12,145 @@ export interface OnChangeEvent {
}
export type OnRenderNoteHandler = (props: any) => Promise<RenderNoteView>;
export type OnChangeHandler = (event: OnChangeEvent) => Promise<void>;
/**
* Most of these are the built-in note properties, such as `note.title`,
* `note.todo_completed`, etc.
*
* Additionally, the `item.*` properties are specific to the rendered item. The
* most important being `item.selected`, which you can use to display the
* selected note in a different way.
*
* Finally some special properties are provided to make it easier to render
* notes. In particular, if possible prefer `note.titleHtml` to `note.title`
* since some important processing has already been done on the string, such as
* handling the search highlighter and escaping. Since it's HTML and already
* escaped you would insert it using `{{{titleHtml}}}` (triple-mustache syntax,
* which disables escaping).
*
* `notes.tag` gives you the list of tags associated with the note.
*
* `note.isWatched` tells you if the note is currently opened in an external
* editor. In which case you would generally display some indicator.
*/
export type ListRendererDepependency = ListRendererDatabaseDependency | 'item.size.width' | 'item.size.height' | 'item.selected' | 'note.titleHtml' | 'note.isWatched' | 'note.tags';
export interface ListRenderer {
/**
* It must be unique to your plugin.
*/
id: string;
/**
* Can be top to bottom or left to right. Left to right gives you more
* option to set the size of the items since you set both its width and
* height.
*/
flow: ItemFlow;
/**
* The size of each item must be specified in advance for performance
* reasons, and cannot be changed afterwards. If the item flow is top to
* bottom, you only need to specificy the item height (the width will be
* ignored).
*/
itemSize: Size;
/**
* The CSS is relative to the list item container. What will appear in the
* page is essentially `.note-list-item { YOUR_CSS; }`. It means you can use
* child combinator with guarantee it will only apply to your own items. In
* this example, the styling will apply to `.note-list-item > .content`:
*
* ```css
* > .content {
* padding: 10px;
* }
* ```
*
* In order to get syntax highlighting working here, it's recommended
* installing an editor extension such as [es6-string-html VSCode
* extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
*/
itemCss?: string;
/**
* List the dependencies that your plugin needs to render the note list
* items. Only these will be passed to your `onRenderNote` handler. Ensure
* that you do not add more than what you need since there is a performance
* penalty for each property.
*/
dependencies: ListRendererDepependency[];
/**
* This is the HTML template that will be used to render the note list item.
* This is a [Mustache template](https://github.com/janl/mustache.js) and it
* will receive the variable you return from `onRenderNote` as tags. For
* example, if you return a property named `formattedDate` from
* `onRenderNote`, you can insert it in the template using `Created date:
* {{formattedDate}}`.
*
* In order to get syntax highlighting working here, it's recommended
* installing an editor extension such as [es6-string-html VSCode
* extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
*/
itemTemplate: string;
/**
* This user-facing text is used for example in the View menu, so that your
* renderer can be selected.
*/
label: () => Promise<string>;
/**
* This is where most of the real-time processing will happen. When a note
* is rendered for the first time and every time it changes, this handler
* receives the properties specified in the `dependencies` property. You can
* then process them, load any additional data you need, and once done you
* need to return the properties that are needed in the `itemTemplate` HTML.
* Again, to use the formatted date example, you could have such a renderer:
*
* ```typescript
* dependencies: [
* 'note.title',
* 'note.created_time',
* ],
*
* itemTemplate: // html
* `
* <div>
* Title: {{note.title}}<br/>
* Date: {{formattedDate}}
* </div>
* `,
*
* onRenderNote: async (props: any) => {
* const formattedDate = dayjs(props.note.created_time).format();
* return {
* // Also return the props, so that note.title is available from the
* // template
* ...props,
* formattedDate,
* }
* },
* ```
*/
onRenderNote: OnRenderNoteHandler;
/**
* This handler allows adding some interacivity to the note renderer -
* whenever an input element within the item is changed (for example, when a
* checkbox is clicked, or a text input is changed), this `onChange` handler
* is going to be called.
*
* You can inspect `event.elementId` to know which element had some changes,
* and `event.value` to know the new value. `event.noteId` also tells you
* what note is affected, so that you can potentially apply changes to it.
*
* You specify the element ID, by setting a `data-id` attribute on the
* input.
*
* For example, if you have such a template:
*
* ```html
* <div>
* <input type="text" value="{{note.title}}" data-id="noteTitleInput"/>
* </div>
* ```
*
* The event handler will receive an event with `elementId` set to
* `noteTitleInput`.
*/
onChange?: OnChangeHandler;
}
export {};

View File

@ -1,3 +1,5 @@
/* eslint-disable multiline-comment-style */
import { Size } from './types';
// AUTO-GENERATED by generate-database-type
@ -20,6 +22,26 @@ export interface OnChangeEvent {
export type OnRenderNoteHandler = (props: any)=> Promise<RenderNoteView>;
export type OnChangeHandler = (event: OnChangeEvent)=> Promise<void>;
/**
* Most of these are the built-in note properties, such as `note.title`,
* `note.todo_completed`, etc.
*
* Additionally, the `item.*` properties are specific to the rendered item. The
* most important being `item.selected`, which you can use to display the
* selected note in a different way.
*
* Finally some special properties are provided to make it easier to render
* notes. In particular, if possible prefer `note.titleHtml` to `note.title`
* since some important processing has already been done on the string, such as
* handling the search highlighter and escaping. Since it's HTML and already
* escaped you would insert it using `{{{titleHtml}}}` (triple-mustache syntax,
* which disables escaping).
*
* `notes.tag` gives you the list of tags associated with the note.
*
* `note.isWatched` tells you if the note is currently opened in an external
* editor. In which case you would generally display some indicator.
*/
export type ListRendererDepependency =
ListRendererDatabaseDependency |
'item.size.width' |
@ -30,13 +52,130 @@ export type ListRendererDepependency =
'note.tags';
export interface ListRenderer {
/**
* It must be unique to your plugin.
*/
id: string;
/**
* Can be top to bottom or left to right. Left to right gives you more
* option to set the size of the items since you set both its width and
* height.
*/
flow: ItemFlow;
/**
* The size of each item must be specified in advance for performance
* reasons, and cannot be changed afterwards. If the item flow is top to
* bottom, you only need to specificy the item height (the width will be
* ignored).
*/
itemSize: Size;
/**
* The CSS is relative to the list item container. What will appear in the
* page is essentially `.note-list-item { YOUR_CSS; }`. It means you can use
* child combinator with guarantee it will only apply to your own items. In
* this example, the styling will apply to `.note-list-item > .content`:
*
* ```css
* > .content {
* padding: 10px;
* }
* ```
*
* In order to get syntax highlighting working here, it's recommended
* installing an editor extension such as [es6-string-html VSCode
* extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
*/
itemCss?: string;
/**
* List the dependencies that your plugin needs to render the note list
* items. Only these will be passed to your `onRenderNote` handler. Ensure
* that you do not add more than what you need since there is a performance
* penalty for each property.
*/
dependencies: ListRendererDepependency[];
/**
* This is the HTML template that will be used to render the note list item.
* This is a [Mustache template](https://github.com/janl/mustache.js) and it
* will receive the variable you return from `onRenderNote` as tags. For
* example, if you return a property named `formattedDate` from
* `onRenderNote`, you can insert it in the template using `Created date:
* {{formattedDate}}`.
*
* In order to get syntax highlighting working here, it's recommended
* installing an editor extension such as [es6-string-html VSCode
* extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
*/
itemTemplate: string;
/**
* This user-facing text is used for example in the View menu, so that your
* renderer can be selected.
*/
label: ()=> Promise<string>;
/**
* This is where most of the real-time processing will happen. When a note
* is rendered for the first time and every time it changes, this handler
* receives the properties specified in the `dependencies` property. You can
* then process them, load any additional data you need, and once done you
* need to return the properties that are needed in the `itemTemplate` HTML.
* Again, to use the formatted date example, you could have such a renderer:
*
* ```typescript
* dependencies: [
* 'note.title',
* 'note.created_time',
* ],
*
* itemTemplate: // html
* `
* <div>
* Title: {{note.title}}<br/>
* Date: {{formattedDate}}
* </div>
* `,
*
* onRenderNote: async (props: any) => {
* const formattedDate = dayjs(props.note.created_time).format();
* return {
* // Also return the props, so that note.title is available from the
* // template
* ...props,
* formattedDate,
* }
* },
* ```
*/
onRenderNote: OnRenderNoteHandler;
/**
* This handler allows adding some interacivity to the note renderer -
* whenever an input element within the item is changed (for example, when a
* checkbox is clicked, or a text input is changed), this `onChange` handler
* is going to be called.
*
* You can inspect `event.elementId` to know which element had some changes,
* and `event.value` to know the new value. `event.noteId` also tells you
* what note is affected, so that you can potentially apply changes to it.
*
* You specify the element ID, by setting a `data-id` attribute on the
* input.
*
* For example, if you have such a template:
*
* ```html
* <div>
* <input type="text" value="{{note.title}}" data-id="noteTitleInput"/>
* </div>
* ```
*
* The event handler will receive an event with `elementId` set to
* `noteTitleInput`.
*/
onChange?: OnChangeHandler;
}

View File

@ -1,3 +1,5 @@
/* eslint-disable multiline-comment-style */
import { Size } from './types';
// AUTO-GENERATED by generate-database-type
@ -20,24 +22,26 @@ export interface OnChangeEvent {
export type OnRenderNoteHandler = (props: any)=> Promise<RenderNoteView>;
export type OnChangeHandler = (event: OnChangeEvent)=> Promise<void>;
// Most of these are the built-in note properties, such as `note.title`,
// `note.todo_completed`, etc.
//
// Additionally, the `item.*` properties are specific to the rendered item. The
// most important being `item.selected`, which you can use to display the
// selected note in a different way.
//
// Finally some special properties are provided to make it easier to render
// notes. In particular, if possible prefer `note.titleHtml` to `note.title`
// since some important processing has already been done on the string, such as
// handling the search highlighter and escaping. Since it's HTML and already
// escaped you would insert it using `{{{titleHtml}}}` (triple-mustache syntax,
// which disables escaping).
//
// `notes.tag` gives you the list of tags associated with the note.
//
// `note.isWatched` tells you if the note is currently opened in an external
// editor. In which case you would generally display some indicator.
/**
* Most of these are the built-in note properties, such as `note.title`,
* `note.todo_completed`, etc.
*
* Additionally, the `item.*` properties are specific to the rendered item. The
* most important being `item.selected`, which you can use to display the
* selected note in a different way.
*
* Finally some special properties are provided to make it easier to render
* notes. In particular, if possible prefer `note.titleHtml` to `note.title`
* since some important processing has already been done on the string, such as
* handling the search highlighter and escaping. Since it's HTML and already
* escaped you would insert it using `{{{titleHtml}}}` (triple-mustache syntax,
* which disables escaping).
*
* `notes.tag` gives you the list of tags associated with the note.
*
* `note.isWatched` tells you if the note is currently opened in an external
* editor. In which case you would generally display some indicator.
*/
export type ListRendererDepependency =
ListRendererDatabaseDependency |
'item.size.width' |
@ -48,112 +52,130 @@ export type ListRendererDepependency =
'note.tags';
export interface ListRenderer {
// It must be unique to your plugin.
/**
* It must be unique to your plugin.
*/
id: string;
// Can be top to bottom or left to right. Left to right gives you more
// option to set the size of the items since you set both its width and
// height.
/**
* Can be top to bottom or left to right. Left to right gives you more
* option to set the size of the items since you set both its width and
* height.
*/
flow: ItemFlow;
// The size of each item must be specified in advance for performance
// reasons, and cannot be changed afterwards. If the item flow is top to
// bottom, you only need to specificy the item height (the width will be
// ignored).
/**
* The size of each item must be specified in advance for performance
* reasons, and cannot be changed afterwards. If the item flow is top to
* bottom, you only need to specificy the item height (the width will be
* ignored).
*/
itemSize: Size;
// The CSS is relative to the list item container. What will appear in the
// page is essentially `.note-list-item { YOUR_CSS; }`. It means you can use
// child combinator with guarantee it will only apply to your own items. In
// this example, the styling will apply to `.note-list-item > .content`:
//
// ```css
// > .content {
// padding: 10px;
// }
// ```
//
// In order to get syntax highlighting working here, it's recommended
// installing an editor extension such as [es6-string-html VSCode
// extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
/**
* The CSS is relative to the list item container. What will appear in the
* page is essentially `.note-list-item { YOUR_CSS; }`. It means you can use
* child combinator with guarantee it will only apply to your own items. In
* this example, the styling will apply to `.note-list-item > .content`:
*
* ```css
* > .content {
* padding: 10px;
* }
* ```
*
* In order to get syntax highlighting working here, it's recommended
* installing an editor extension such as [es6-string-html VSCode
* extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
*/
itemCss?: string;
// List the dependencies that your plugin needs to render the note list
// items. Only these will be passed to your `onRenderNote` handler. Ensure
// that you do not add more than what you need since there is a performance
// penalty for each property.
/**
* List the dependencies that your plugin needs to render the note list
* items. Only these will be passed to your `onRenderNote` handler. Ensure
* that you do not add more than what you need since there is a performance
* penalty for each property.
*/
dependencies: ListRendererDepependency[];
// This is the HTML template that will be used to render the note list item.
// This is a [Mustache template](https://github.com/janl/mustache.js) and it
// will receive the variable you return from `onRenderNote` as tags. For
// example, if you return a property named `formattedDate` from
// `onRenderNote`, you can insert it in the template using `Created date:
// {{formattedDate}}`.
//
// In order to get syntax highlighting working here, it's recommended
// installing an editor extension such as [es6-string-html VSCode
// extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
/**
* This is the HTML template that will be used to render the note list item.
* This is a [Mustache template](https://github.com/janl/mustache.js) and it
* will receive the variable you return from `onRenderNote` as tags. For
* example, if you return a property named `formattedDate` from
* `onRenderNote`, you can insert it in the template using `Created date:
* {{formattedDate}}`.
*
* In order to get syntax highlighting working here, it's recommended
* installing an editor extension such as [es6-string-html VSCode
* extension](https://marketplace.visualstudio.com/items?itemName=Tobermory.es6-string-html)
*/
itemTemplate: string;
// This user-facing text is used for example in the View menu, so that your
// renderer can be selected.
/**
* This user-facing text is used for example in the View menu, so that your
* renderer can be selected.
*/
label: ()=> Promise<string>;
// This is where most of the real-time processing will happen. When a note
// is rendered for the first time and every time it changes, this handler
// receives the properties specified in the `dependencies` property. You can
// then process them, load any additional data you need, and once done you
// need to return the properties that are needed in the `itemTemplate` HTML.
// Again, to use the formatted date example, you could have such a renderer:
//
// ```typescript
// dependencies: [
// 'note.title',
// 'note.created_time',
// ],
//
// itemTemplate: // html
// `
// <div>
// Title: {{note.title}}<br/>
// Date: {{formattedDate}}
// </div>
// `,
//
// onRenderNote: async (props: any) => {
// const formattedDate = dayjs(props.note.created_time).format();
// return {
// // Also return the props, so that note.title is available from the
// // template
// ...props,
// formattedDate,
// }
// },
// ```
/**
* This is where most of the real-time processing will happen. When a note
* is rendered for the first time and every time it changes, this handler
* receives the properties specified in the `dependencies` property. You can
* then process them, load any additional data you need, and once done you
* need to return the properties that are needed in the `itemTemplate` HTML.
* Again, to use the formatted date example, you could have such a renderer:
*
* ```typescript
* dependencies: [
* 'note.title',
* 'note.created_time',
* ],
*
* itemTemplate: // html
* `
* <div>
* Title: {{note.title}}<br/>
* Date: {{formattedDate}}
* </div>
* `,
*
* onRenderNote: async (props: any) => {
* const formattedDate = dayjs(props.note.created_time).format();
* return {
* // Also return the props, so that note.title is available from the
* // template
* ...props,
* formattedDate,
* }
* },
* ```
*/
onRenderNote: OnRenderNoteHandler;
// This handler allows adding some interacivity to the note renderer -
// whenever an input element within the item is changed (for example, when a
// checkbox is clicked, or a text input is changed), this `onChange` handler
// is going to be called.
//
// You can inspect `event.elementId` to know which element had some changes,
// and `event.value` to know the new value. `event.noteId` also tells you
// what note is affected, so that you can potentially apply changes to it.
//
// You specify the element ID, by setting a `data-id` attribute on the
// input.
//
// For example, if you have such a template:
//
// ```html
// <div>
// <input type="text" value="{{note.title}}" data-id="noteTitleInput"/>
// </div>
// ```
//
// The event handler will receive an event with `elementId` set to
// `noteTitleInput`.
/**
* This handler allows adding some interacivity to the note renderer -
* whenever an input element within the item is changed (for example, when a
* checkbox is clicked, or a text input is changed), this `onChange` handler
* is going to be called.
*
* You can inspect `event.elementId` to know which element had some changes,
* and `event.value` to know the new value. `event.noteId` also tells you
* what note is affected, so that you can potentially apply changes to it.
*
* You specify the element ID, by setting a `data-id` attribute on the
* input.
*
* For example, if you have such a template:
*
* ```html
* <div>
* <input type="text" value="{{note.title}}" data-id="noteTitleInput"/>
* </div>
* ```
*
* The event handler will receive an event with `elementId` set to
* `noteTitleInput`.
*/
onChange?: OnChangeHandler;
}