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import { ExtensionManager } from '../../extensions';
import { PubSubService } from '../_shared/pubSubServiceInterface';
import type { RunCommand } from '../../types/Command';
import { Button, ButtonProps, EvaluateFunction, EvaluatePublic } from './types';
const EVENTS = {
TOOL_BAR_MODIFIED: 'event::toolBarService:toolBarModified',
TOOL_BAR_STATE_MODIFIED: 'event::toolBarService:toolBarStateModified',
};
/**
* Predefined toolbar sections used throughout the application
*/
export const TOOLBAR_SECTIONS = {
/**
* Main toolbar
*/
primary: 'primary',
/**
* Secondary toolbar
*/
secondary: 'secondary',
/**
* Viewport action menu sections
*/
viewportActionMenu: {
topLeft: 'viewportActionMenu.topLeft',
topRight: 'viewportActionMenu.topRight',
bottomLeft: 'viewportActionMenu.bottomLeft',
bottomRight: 'viewportActionMenu.bottomRight',
topMiddle: 'viewportActionMenu.topMiddle',
bottomMiddle: 'viewportActionMenu.bottomMiddle',
leftMiddle: 'viewportActionMenu.leftMiddle',
rightMiddle: 'viewportActionMenu.rightMiddle',
},
// mode specific
segmentationToolbox: 'segmentationToolbox',
dynamicToolbox: 'dynamic-toolbox',
roiThresholdToolbox: 'ROIThresholdToolbox',
};
export enum ButtonLocation {
TopLeft = 0,
TopMiddle = 1,
TopRight = 2,
LeftMiddle = 3,
RightMiddle = 4,
BottomLeft = 5,
BottomMiddle = 6,
BottomRight = 7,
}
export default class ToolbarService extends PubSubService {
public static REGISTRATION = {
name: 'toolbarService',
altName: 'ToolBarService',
create: ({ commandsManager, extensionManager, servicesManager }) => {
return new ToolbarService(commandsManager, extensionManager, servicesManager);
},
};
/**
* Access to predefined toolbar sections for autocomplete support
*/
public get sections() {
return TOOLBAR_SECTIONS;
}
public static createButton(options: {
id: string;
label: string;
commands: RunCommand;
icon?: string;
tooltip?: string;
evaluate?: EvaluatePublic;
listeners?: Record<string, RunCommand>;
}): ButtonProps {
const { id, icon, label, commands, tooltip, evaluate, listeners } = options;
return {
id,
icon,
label,
commands,
tooltip: tooltip || label,
evaluate,
listeners,
};
}
state: {
// all buttons in the toolbar with their props
buttons: Record<string, Button>;
// the buttons in the toolbar, grouped by section, with their ids
buttonSections: Record<string, string[]>;
} = {
buttons: {},
buttonSections: {},
};
_commandsManager: CommandsManager;
_extensionManager: ExtensionManager;
_servicesManager: AppTypes.ServicesManager;
_evaluateFunction: Record<string, EvaluateFunction> = {};
_serviceSubscriptions = [];
constructor(
commandsManager: CommandsManager,
extensionManager: ExtensionManager,
servicesManager: AppTypes.ServicesManager
) {
super(EVENTS);
this._commandsManager = commandsManager;
this._extensionManager = extensionManager;
this._servicesManager = servicesManager;
}
public reset(): void {
// this.unsubscriptions.forEach(unsub => unsub());
this.state = {
buttons: {},
buttonSections: {},
};
this.unsubscriptions = [];
}
public onModeEnter(): void {
this.reset();
}
/**
* Registers an evaluate function with the specified name.
*
* @param name - The name of the evaluate function.
* @param handler - The evaluate function handler.
*/
public registerEvaluateFunction(name: string, handler: EvaluateFunction) {
this._evaluateFunction[name] = handler;
}
/**
* Registers a service and its event to listen for updates and refreshes the toolbar state when the event is triggered.
* @param service - The service to register.
* @param event - The event to listen for.
*/
public registerEventForToolbarUpdate(service, events) {
const { viewportGridService } = this._servicesManager.services;
const callback = () => {
const viewportId = viewportGridService.getActiveViewportId();
this.refreshToolbarState({ viewportId });
};
const unsubscriptions = events.map(event => {
if (service.subscribe) {
return service.subscribe(event, callback);
} else if (service.addEventListener) {
return service.addEventListener(event, callback);
}
});
unsubscriptions.forEach(unsub => this._serviceSubscriptions.push(unsub));
}
/**
* Removes buttons from the toolbar.
* @param buttonId - The button to be removed.
*/
public removeButton(buttonId: string) {
Iif (this.state.buttons[buttonId]) {
delete this.state.buttons[buttonId];
}
// Remove button from all sections
Object.keys(this.state.buttonSections).forEach(sectionKey => {
this.state.buttonSections[sectionKey] = this.state.buttonSections[sectionKey].filter(
id => id !== buttonId
);
});
this._broadcastEvent(this.EVENTS.TOOL_BAR_MODIFIED, {
...this.state,
});
}
/**
* Adds buttons to the toolbar.
* @param buttons - The buttons to be added.
* @param replace - Flag indicating if any existing button with the same id as one being added should be replaced
*/
public register(buttons: Button[], replace: boolean = false): void {
buttons.forEach(button => {
if (replace || !this.state.buttons[button.id]) {
Iif (!button.props) {
button.props = {} as ButtonProps;
}
// if button section is true as boolean, we assign the id of the button to the buttonSection
if (button.props.buttonSection === true) {
button.props.buttonSection = button.id;
}
this.state.buttons[button.id] = button;
}
});
this._broadcastEvent(this.EVENTS.TOOL_BAR_MODIFIED, {
...this.state,
});
}
/**
*
* @param {*} interaction - can be undefined to run nothing
* @param {*} options is an optional set of extra commandOptions
* used for calling the specified interaction. That is, the command is
* called with {...commandOptions,...options}
*/
public recordInteraction(
interaction,
options?: {
refreshProps: Record<string, unknown>;
[key: string]: unknown;
}
) {
// if interaction is a string, we can assume it is the itemId
// and get the props to get the other properties
Iif (typeof interaction === 'string') {
interaction = this.getButtonProps(interaction);
}
const itemId = interaction.itemId ?? interaction.id;
interaction.itemId = itemId;
let commands = Array.isArray(interaction.commands)
? interaction.commands
: [interaction.commands];
commands = commands.filter(Boolean);
if (!commands?.length) {
this.refreshToolbarState({
...options?.refreshProps,
itemId,
interaction,
});
return;
}
const commandOptions = { ...options, ...interaction };
commands = commands.map(command => {
Iif (typeof command === 'function') {
return () => {
command({
...commandOptions,
commandsManager: this._commandsManager,
servicesManager: this._servicesManager,
});
};
}
return command;
});
// if still no commands, return
commands = commands.filter(Boolean);
Iif (!commands.length) {
return;
}
// Loop through commands and run them with the combined options
this._commandsManager.run(commands, commandOptions);
this.refreshToolbarState({
...options?.refreshProps,
itemId,
interaction,
});
}
/**
* Consolidates the state of the toolbar after an interaction, it accepts
* props that get passed to the buttons
*
* @param refreshProps - The props that buttons need to get evaluated, they can be
* { viewportId, toolGroup} for cornerstoneTools.
*
* Todo: right now refreshToolbarState should be used in the context where
* we have access to the toolGroup and viewportId, but we should be able to
* pass the props to the toolbar service and it should be able to decide
* which buttons to evaluate based on the props
*/
public refreshToolbarState(refreshProps) {
const originalButtons = this.state.buttons;
const updatedButtons = { ...originalButtons };
const evaluationResults = new Map();
const evaluateButtonProps = (button, props, refreshProps) => {
Iif (evaluationResults.has(button.id)) {
const { disabled, disabledText, className, isActive } = evaluationResults.get(button.id);
return { ...props, disabled, disabledText, className, isActive };
} else {
const evaluateProps = props.evaluateProps;
const evaluated =
typeof props.evaluate === 'function'
? props.evaluate({ ...refreshProps, button })
: undefined;
// Check hideWhenDisabled at both evaluateProps level and props level
const hideWhenDisabled = evaluateProps?.hideWhenDisabled || props.hideWhenDisabled;
const updatedProps = {
...props,
...evaluated,
disabled: evaluated?.disabled || false,
visible: hideWhenDisabled && evaluated?.disabled ? false : true,
className: evaluated?.className || '',
isActive: evaluated?.isActive, // isActive will be undefined for buttons without this prop
};
evaluationResults.set(button.id, updatedProps);
return updatedProps;
}
};
const updatedIds = new Set();
Object.values(originalButtons).forEach(button => {
// Note: do not re-evaluate buttons that have already been evaluated
// this will result in inconsistencies in the toolbar state
if (updatedIds.has(button.id)) {
return;
}
const hasSection = (button.props as NestedButtonProps)?.buttonSection;
if (!hasSection) {
this.handleEvaluate(button.props);
const buttonProps = button.props as ButtonProps;
const updatedProps = evaluateButtonProps(button, buttonProps, refreshProps);
updatedButtons[button.id] = {
...button,
props: updatedProps,
};
updatedIds.add(button.id);
} else {
let buttonProps = button.props as NestedButtonProps;
const { evaluate: groupEvaluate } = buttonProps;
const groupEvaluated =
typeof groupEvaluate === 'function'
? groupEvaluate({ ...refreshProps, button })
: undefined;
buttonProps = {
...buttonProps,
disabled: groupEvaluated?.disabled ?? buttonProps.disabled,
disabledText: groupEvaluated?.disabledText ?? buttonProps.disabledText,
};
const toolButtonIds = this.state.buttonSections[buttonProps.buttonSection];
Iif (!toolButtonIds) {
return;
}
toolButtonIds.forEach(buttonId => {
const button = originalButtons[buttonId];
Iif (!button) {
return;
}
Iif (updatedIds.has(buttonId)) {
return;
}
const updatedProps = evaluateButtonProps(button, button.props, refreshProps);
updatedButtons[buttonId] = {
...button,
props: updatedProps,
};
updatedIds.add(buttonId);
});
}
});
this.setButtons(updatedButtons);
return this.state;
}
/**
* Sets the buttons for the toolbar, don't use this method to record an
* interaction, since it doesn't update the state of the buttons, use
* this if you know the buttons you want to set and you want to set them
* all at once.
* @param buttons - The buttons to set.
*/
public setButtons(buttons) {
this.state.buttons = buttons;
this._broadcastEvent(this.EVENTS.TOOL_BAR_MODIFIED, {
buttons: this.state.buttons,
buttonSections: this.state.buttonSections,
});
}
/**
* Retrieves a button by its ID.
* @param id - The ID of the button to retrieve.
* @returns The button with the specified ID.
*/
public getButton(id: string): Button {
return this.state.buttons[id];
}
/**
* @deprecated Use register() instead. This method will be removed in a future version.
* Adds buttons to the toolbar.
* @param buttons - The buttons to be added.
* @param replace - Flag indicating if any existing button with the same id as one being added should be replaced
*/
public addButtons(buttons: Button[], replace: boolean = false): void {
console.warn(
'ToolbarService.addButtons() is deprecated. Use ToolbarService.register() instead.'
);
this.register(buttons, replace);
}
/**
* Retrieves the buttons from the toolbar service.
* @returns An array of buttons.
*/
public getButtons() {
return this.state.buttons;
}
/**
* Retrieves the button properties for the specified button ID.
* It prioritizes nested buttons over regular buttons if the ID is found
* in both.
*
* @param id - The ID of the button.
* @returns The button properties.
*/
public getButtonProps(id: string): ButtonProps {
// This should be checked after we checked the nested buttons, since
// we are checking based on the ids, the nested objects are higher priority
// and more specific
if (this.state.buttons[id]) {
return this.state.buttons[id].props as ButtonProps;
}
}
_getButtonUITypes() {
const registeredToolbarModules = this._extensionManager.modules['toolbarModule'];
Iif (!Array.isArray(registeredToolbarModules)) {
return {};
}
return registeredToolbarModules.reduce((buttonTypes, toolbarModule) => {
toolbarModule.module.forEach(def => {
buttonTypes[def.name] = def;
});
return buttonTypes;
}, {});
}
/**
* Creates a button section with the specified key and buttons.
* Buttons already in the section (i.e. with the same ids) will NOT be added twice.
* @param {string} key - The key of the button section.
* @param {Array} buttons - The buttons to be added to the section.
*/
updateSection(key, buttons) {
Iif (this.state.buttonSections[key]) {
this.state.buttonSections[key].push(
...buttons.filter(
button => !this.state.buttonSections[key].find(sectionButton => sectionButton === button)
)
);
} else {
this.state.buttonSections[key] = buttons;
}
this._broadcastEvent(this.EVENTS.TOOL_BAR_MODIFIED, { ...this.state });
}
/**
* @deprecated Use updateSection() instead. This method will be removed in a future version.
* Creates a button section with the specified key and buttons.
* @param {string} key - The key of the button section.
* @param {Array} buttons - The buttons to be added to the section.
*/
createButtonSection(key, buttons) {
console.warn(
'ToolbarService.createButtonSection() is deprecated. Use ToolbarService.updateSection() instead.'
);
this.updateSection(key, buttons);
}
/**
* Retrieves the button section with the specified sectionId.
*
* @param sectionId - The ID of the button section to retrieve.
* @param props - Optional additional properties for mapping the button to display.
* @returns An array of buttons in the specified section, mapped to their display representation.
*/
getButtonSection(sectionId: string, props?: Record<string, unknown>) {
const buttonSectionIds = this.state.buttonSections[sectionId];
return (
buttonSectionIds?.map(btnId => {
const btn = this.state.buttons[btnId];
return this._mapButtonToDisplay(btn, props);
}) || []
);
}
getButtonPropsInButtonSection(sectionId: string) {
const buttonSectionIds = this.state.buttonSections[sectionId];
return buttonSectionIds?.map(btnId => this.getButtonProps(btnId)) || [];
}
/**
* Retrieves the tool name for a given button.
* @param button - The button object.
* @returns The tool name associated with the button.
*/
getToolNameForButton(button) {
const { props } = button;
const commands = props?.commands || button.commands;
const commandsArray = Array.isArray(commands) ? commands : [commands];
const firstCommand = commandsArray[0];
if (firstCommand?.commandOptions) {
return firstCommand.commandOptions.toolName ?? props?.id ?? button.id;
}
// use id as a fallback for toolName
return props?.id ?? button.id;
}
/**
*
* @param {*} btn
* @param {*} btnSection
* @param {*} metadata
* @param {*} props - Props set by the Viewer layer
*/
_mapButtonToDisplay(btn: Button, props: Record<string, unknown>) {
Iif (!btn) {
return;
}
const { id, uiType } = btn;
const { buttonSection } = btn.props;
const buttonTypes = this._getButtonUITypes();
const buttonType = buttonTypes[uiType];
if (!btn.component) {
btn.component = buttonType.defaultComponent;
}
Iif (!buttonType) {
return;
}
!buttonSection ? this.handleEvaluate(btn.props) : this.handleEvaluateNested(btn.props);
const { id: buttonId, props: componentProps } = btn;
const createEnhancedOptions = (options, itemId) => {
const optionsToUse = Array.isArray(options) ? options : [options];
const toolProps = this.getButtonProps(itemId);
return optionsToUse.map(option => {
Iif (typeof option.optionComponent === 'function') {
return option;
}
return {
...option,
onChange: value => {
// Update the option's value for UI
option.value = value;
const cmds = Array.isArray(option.commands) ? option.commands : [option.commands];
// Find the parent button and update its options
Iif (toolProps && toolProps.options) {
// Find the option in the button's options array and update its value
const optionIndex = toolProps.options.findIndex(opt => opt.id === option.id);
Iif (optionIndex !== -1) {
toolProps.options[optionIndex].value = value;
}
}
cmds.forEach(command => {
const commandOptions = {
...option,
value,
options: toolProps.options,
servicesManager: this._servicesManager,
commandsManager: this._commandsManager,
};
this._commandsManager.run(command, commandOptions);
});
// Notify that toolbar state has been modified
this._broadcastEvent(EVENTS.TOOL_BAR_STATE_MODIFIED, {
buttons: this.state.buttons,
buttonSections: this.state.buttonSections,
});
},
};
});
};
Iif ((componentProps as NestedButtonProps)?.items?.length) {
const { items = [] } = componentProps as NestedButtonProps;
items.forEach(item => {
Iif (!item.options) {
return;
}
item.options = createEnhancedOptions(item.options, item.id);
});
} else Iif ((componentProps as ButtonProps).options?.length) {
(componentProps as ButtonProps).options = createEnhancedOptions(
(componentProps as ButtonProps).options,
buttonId
);
} else Iif ((componentProps as ButtonProps).optionComponent) {
(componentProps as ButtonProps).optionComponent = options.optionComponent;
}
return {
id,
Component: btn.component,
componentProps: Object.assign({ id }, btn.props, props),
};
}
handleEvaluateNested = props => {
const { buttonSection } = props;
Iif (!buttonSection) {
return;
}
const toolbarButtons = this.getButtonSection(buttonSection);
if (!toolbarButtons?.length) {
return;
}
toolbarButtons.forEach(button => {
this.handleEvaluate(button.componentProps);
});
};
handleEvaluate = props => {
const { evaluate, options } = props;
Iif (typeof options === 'string') {
// get the custom option component from the extension manager and set it as the optionComponent
const buttonTypes = this._getButtonUITypes();
const optionComponent = buttonTypes[options]?.defaultComponent;
props.options = optionComponent;
}
if (typeof evaluate === 'function') {
return;
}
if (Array.isArray(evaluate)) {
const evaluators = evaluate.map(evaluator => {
const isObject = typeof evaluator === 'object';
const evaluatorName = isObject ? evaluator.name : evaluator;
const evaluateFunction = this._evaluateFunction[evaluatorName];
Iif (!evaluateFunction) {
throw new Error(
`Evaluate function not found for name: ${evaluatorName}, you can register an evaluate function with the getToolbarModule in your extensions`
);
}
if (isObject) {
return args => evaluateFunction({ ...args, ...evaluator });
}
return evaluateFunction;
});
const evaluateProps = props.evaluate;
props.evaluate = args => {
const results = evaluators.map(evaluator => evaluator(args)).filter(Boolean);
// had at least one disabled button, so we need to disable the button
const hasDisabledButton = results?.some(result => result.disabled);
const mergedResult = results.reduce((acc, result) => {
return {
...acc,
...result,
};
}, {});
if (hasDisabledButton) {
mergedResult.disabled = true;
}
return mergedResult;
};
props.evaluateProps = evaluateProps;
return;
}
if (typeof evaluate === 'string') {
const evaluateFunction = this._evaluateFunction[evaluate];
if (evaluateFunction) {
props.evaluate = evaluateFunction;
return;
}
throw new Error(
`Evaluate function not found for name: ${evaluate}, you can register an evaluate function with the getToolbarModule in your extensions`
);
}
if (typeof evaluate === 'object') {
const { name, ...options } = evaluate;
const evaluateFunction = this._evaluateFunction[name];
if (evaluateFunction) {
const evaluateProps = props.evaluate;
props.evaluate = args => evaluateFunction({ ...args, ...options });
props.evaluateProps = evaluateProps;
return;
}
throw new Error(
`Evaluate function not found for name: ${name}, you can register an evaluate function with the getToolbarModule in your extensions`
);
}
};
getButtonComponentForUIType(uiType: string) {
return uiType ? (this._getButtonUITypes()[uiType]?.defaultComponent ?? null) : null;
}
clearButtonSection(buttonSection: string) {
this.state.buttonSections[buttonSection] = [];
this._broadcastEvent(this.EVENTS.TOOL_BAR_MODIFIED, { ...this.state });
}
/**
* Checks if a button exists in any toolbar section.
*
* @param buttonId - The button ID to check for
* @returns True if the button exists in any section, false otherwise
*/
isInAnySection(buttonId: string): boolean {
Iif (!buttonId) {
return false;
}
// Check all sections to see if the button ID exists in any of them
return Object.values(this.state.buttonSections).some(
section => Array.isArray(section) && section.includes(buttonId)
);
}
/**
* Returns the alignment and side for a specific viewport corner location.
* Used for menu positioning based on the corner location.
*
* @param location - The viewport corner location
* @returns An object with align and side properties
*/
public getAlignAndSide(location: ButtonLocation | string): {
align: 'start' | 'end' | 'center';
side: 'top' | 'bottom' | 'left' | 'right';
} {
const locationNumber = Number(location);
switch (locationNumber) {
case ButtonLocation.TopLeft: // Enum 0, Original 0 (topLeft)
return { align: 'start', side: 'bottom' };
case ButtonLocation.TopMiddle: // Enum 1, Original 4 (topMiddle)
return { align: 'center', side: 'bottom' };
case ButtonLocation.TopRight: // Enum 2, Original 1 (topRight)
return { align: 'end', side: 'bottom' };
case ButtonLocation.LeftMiddle: // Enum 3, Original 6 (leftMiddle)
return { align: 'start', side: 'right' };
case ButtonLocation.RightMiddle: // Enum 4, Original 7 (rightMiddle)
return { align: 'end', side: 'left' };
case ButtonLocation.BottomLeft: // Enum 5, Original 2 (bottomLeft)
return { align: 'start', side: 'top' };
case ButtonLocation.BottomMiddle: // Enum 6, Original 5 (bottomMiddle)
return { align: 'center', side: 'top' };
case ButtonLocation.BottomRight: // Enum 7, Original 3 (bottomRight)
return { align: 'end', side: 'top' };
default:
// Default to TopLeft behavior if an unexpected value is passed.
return { align: 'start', side: 'bottom' };
}
}
}
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