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* Copyright bei
* Entwicklungs- und Pflegeverbund für das gemeinsame Fachverfahren gefa
*
*******************************************************************************/
/** only allow properties of T who are of type V.
* eg KeysMatching<Person,string> means that only String properties of Person
* are allowed.
*/
export type KeysMatching<T, V> = {
[K in keyof T]-?: T[K] extends V ? K : never;
}[keyof T];
/** a simple callback/code-block to run */
export type Callback = () => void;
/** code-block who consumes the provided value */
export type Consumer<T> = (value: T) => void;
/** code-block who converts the input value to an output value */
export type Converter<T, U> = (value: T) => U;
/** A group of items. */
export interface ItemGroup<T> extends Item {
/** Items within the group. */
items: readonly T[];
}
/** interface to implement if the element has a label. This can be
* used for convenience elements passed to various UI-Components
*/
export interface HasLabel {
readonly label: string;
}
export interface HasSublabel {
readonly sublabel: string;
}
export interface HasSublabels {
readonly sublabels: readonly string[];
}
export type BadgeVariant = 'primary' | 'secondary' | 'tertiary';
export type BadgeStatus = 'basic' | 'error' | 'ok' | 'critical';
export type BadgeColor =
| 'blue'
| 'green'
| 'black'
| 'red'
| 'orange'
| 'dark-gray';
export interface HasBadge {
readonly variant: BadgeVariant;
readonly status: BadgeStatus;
readonly showIcon?: boolean;
}
export interface HasLink {
readonly link: string;
}
export interface HasHighlight {
/** Highlight variant. */
readonly variant:
| 'filled'
| 'striped'
| 'horizontally-striped'
| 'thick-striped'
| 'reverse-striped'
| 'vertically-striped'
| 'square-dotted';
/** Highlight color. */
readonly color:
| 'green'
| 'red'
| 'blue'
| 'black'
| 'yellow'
| 'orange'
| 'turquoise'
| 'gray'
| 'violet';
}
export interface WithHighlight {
readonly highlight: HasHighlight;
}
export interface HasFilter {
actions: SlotItem<FilterSlots>[];
errorItems?: Item[];
changedErrorItemKeys?: readonly string[];
primaryButtonKey?: string;
disabledActionKeys?: ReadonlySet<string>;
value: string[];
actionDescription?: string;
showRemoveButton?: boolean;
added?: boolean;
allowAbbreviation?: boolean;
}
export interface WithBadge {
readonly badge: HasLabel & HasBadge;
}
export type BadgeItem = Item & HasBadge;
export type LinkItem = Item & HasLink;
export type FilterItem = Item & HasFilter;
/**
* Represents a node in a tree structure.
* Optionally may also implement `HasSublabel` and `WithBadge` to supply secondary information
* or an extra status badge.
*/
export interface TreeItem<T, MenuItem extends Item = Item>
extends TreeItemBasic<T>,
Partial<WithBadge>,
Partial<HasSublabel>,
Partial<WithHighlight> {
/** Override the visual level of the node. If not set, the level is dermined automatically based on the structure. */
readonly visualLevel?: number;
/** Actions to show in a menu on the node. */
readonly actions?: readonly MenuItem[];
/**
* If `true`, a menu button is shown on the node to make the actions available.
* If `false` or not set, actions will available via a context menu only.
*/
readonly showMenuButton?: boolean;
}
/**
* Represents a basic node in a tree structure.
*/
export interface TreeItemBasic<T> extends Item {
/**
* Children of the item.
* Note that `undefined` signals that the entry will always be a leaf in the tree, whereas an empty array `[]`
* signals that there may be children added at a later time (the tree may thus reserve some extra space for controls
* and render it like an empty intermediate node).
*/
readonly children?: readonly T[];
}
export interface MenuItemWithChildren<T> extends Item {
readonly children: readonly T[];
}
/**
* Position in the filter container.
*/
export type FilterSlots = 'header' | 'footer';
export interface FilterAction {
item: FilterItem;
action: SlotItem<FilterSlots>;
}
export function hasSublabel(item: Item | HasSublabel): item is HasSublabel {
return 'sublabel' in item && typeof item.sublabel === 'string';
}
export function hasSublabels(item: Item | HasSublabels): item is HasSublabels {
return 'sublabels' in item && Array.isArray(item.sublabels);
}
/** a key type */
export type Key = string;
/** convenience interface to use when creating lists */
export interface Item extends HasLabel {
readonly key: Key;
}
/** an item with extra data */
export interface SlotItem<S> extends Item {
readonly slot: S;
}
/** a type which also can be `null` */
export type Nullable<T> = T | null;
/** a type who can be undefined, null or T */
export type OptionalNullable<T> = T | undefined | null;
/** a set of keys used to connect various parts of a widget */
export interface WidgetKeySet {
/** base part of the keys */
readonly baseKey: string;
/** the widget key */
readonly widgetKey: string;
/** the label key */
readonly labelKey: string;
/** the error key */
readonly errorKey: string;
}
/**
* implemented by components who can transfer the focus to an element inside -
* if there are multiple focusable elements the main one is focused
*/
export interface FocusableElementOwner {
/**
* move the focus to a focusable element
*
* @return true if focus is transfered
*/
focusChild(): boolean;
}
export type RangeInputSlots = 'start' | 'end';
/** implemented by range-based components that contain focusable 'start' and 'end' slots */
export interface FocusableRangeElementOwner {
focusRangeSlot(slot: RangeInputSlots): boolean;
}
// internal helper to allow iterating over all status types
export const formControlStatusTypeHelper = ['error'] as const;
/** Possible status types which can apply to a form control component. */
export type FormControlStatusType =
(typeof formControlStatusTypeHelper)[number];
/** Representation of the combined state of a form control component, contains all messages for the currently active states. */
export type FormControlStatus = Partial<
Record<FormControlStatusType, string[]>
>;
/**
* Placeholder used instead of an actual value in case a form input control cannot handle some user input.
*/
export interface InvalidControlValue {
/** Descriminator to ensure the type differs from objects used as actual control values, and hints at the reason/content. */
readonly kind: 'InvalidControlInput';
/** The original and unprocessed (raw) user input. */
readonly rawValue: string;
/** The error message - Note: this value is ignored when the value is set from external */
readonly errorMessage: string;
}
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