// Generated by dts-bundle-generator v6.5.0

declare class IdGenerator {
	private maxValue;
	private major;
	private minor;
	private micro;
	constructor(major?: number, minor?: number, micro?: number, max?: number);
	generate(): string;
	upperBoundary(): number;
}
export declare abstract class AbstractBehavior<M, E extends HTMLElement | Text, P> implements Behavior<M, E, P> {
	private ____internal$$cydran____;
	constructor();
	requestDigestionSources(sources: DigestableSource[]): void;
	onInit(context?: any): void;
	onMount(): void;
	onUnmount(): void;
	onRemount(): void;
	protected notify(name: string, payload: any): void;
	protected notifyElement(name: string, payload: any, element: HTMLElement): void;
	/**
	 * Get the active module instance reference by id
	 * @return U
	 */
	get<U>(id: string): U;
	/**
	 * [message description]
	 * @param {string} channelName [description]
	 * @param {string} messageName [description]
	 * @param {any}    payload     [description]
	 */
	message(channelName: string, messageName: string, payload?: any): void;
	tell(name: string, payload?: any): void;
	/**
	 * Broadcast a message
	 * @param {string} channelName [description]
	 * @param {string} messageName [description]
	 * @param {any}    payload     [description]
	 */
	broadcast(channelName: string, messageName: string, payload?: any): void;
	/**
	 * Broadcast a message in the Global context
	 * @param {string} channelName [description]
	 * @param {string} messageName [description]
	 * @param {any}    payload     [description]
	 */
	broadcastGlobally(channelName: string, messageName: string, payload?: any): void;
	on(messageName: string): OnContinuation;
	getParentId(): string;
	getId(): string;
	isFlagged(name: string): boolean;
	protected setFlag(name: string): void;
	protected setDefaultExpression(defaultExpression: string): void;
	protected getExtractor(): Attributes;
	protected getParams(): P;
	protected getModelFn(): () => any;
	protected getValueFn(): () => any;
	protected bridge(name: string): void;
	protected invoke(params?: any): void;
	/**
	 * Get the associated {HTMLElement html element} of this behavior.
	 * @return {HTMLElement} [description]
	 */
	protected getEl(): E;
	/**
	 * [getModule description]
	 * @return {Module} [description]
	 */
	protected getModule(): Module;
	/**
	 * Gets the prefix of all Cydran attributes on the component.
	 * @return the prefix
	 */
	protected getPrefix(): string;
	/**
	 * Gets the prefix for the behavior.
	 * @return the behavior prefix
	 */
	protected getBehaviorPrefix(): string;
	/**
	 * [mediate description]
	 * @param  {string}        expression [description]
	 * @return {mediator}            [description]
	 */
	protected mediate<T>(expression: string, reducerFn?: (input: any) => T): Mediator<T>;
	/**
	 * [getModel description]
	 * @return {any} [description]
	 */
	protected getModel(): any;
	/**
	 * [getParent description]
	 * @return {Component} [description]
	 */
	protected getParent(): Nestable;
	/**
	 * [getMediator description]
	 * @return {Mediator} [description]
	 */
	protected getMediator(): Mediator<M>;
	protected $apply(fn: Function, args: any[]): any;
	/**
	 * Get the expression specified
	 * @return {string} [description]
	 */
	protected getExpression(): string;
	/**
	 * Gets the logger.
	 * @return {Logger} logger instance
	 */
	protected getLogger(): Logger;
	protected isMutable(): boolean;
	protected isMounted(): boolean;
	protected isValidated(): boolean;
	protected setDefaults(defaults: P): void;
	protected setValuelessDefaults(valuelessDefaults: SimpleMap<string>): void;
	protected setValidations(validations: FieldValidations<HTMLElement>): void;
	protected setConverters(converters: BehaviorAttributeConverters): void;
	protected setLoggerName(name: string): void;
	protected setReducerFn(reducerFn: (input: any) => M): void;
	protected getDom(): Dom;
}
export declare abstract class AbstractValueBehavior<M, E extends HTMLElement | Text, P> extends AbstractBehavior<M, E, P> {
	constructor();
	onMount(): void;
	protected abstract onChange(previous: M, current: M): void;
}
export declare class Component implements Nestable {
	private ____internal$$cydran____;
	private ____internal$$cydran$$module____;
	/**
	 * Constructor
	 * @param template - string value representation of a template
	 * @param options - optional {@link ComponentOptions} argument
	 */
	constructor(template: string | HTMLElement | Renderer, options?: ComponentOptions);
	/**
	 * Get the {@link MetadataContinuation} of the {@link Component}
	 */
	metadata(): MetadataContinuation;
	/**
	 * Component has a {@link Region}
	 * @returns boolean - true | false
	 */
	hasRegion(name: string): boolean;
	/**
	 * Get a child component from a region.
	 * @param name - string name value of the child {@link Component}
	 * @returns Component instance, or null
	 */
	getChild<N extends Nestable>(name: string): N;
	/**
	 * Set a child component into a region.
	 * @param name - string name value of the child {@link Component}
	 * @param component - the {@link Component} reference
	 */
	setChild(name: string, component: Nestable): void;
	setChildFromRegistry(name: string, componentName: string, defaultComponentName?: string): void;
	message(channelName: string, messageName: string, payload?: any): void;
	tell(name: string, payload?: any): void;
	getParent(): Nestable;
	getEl(): HTMLElement;
	get<T>(id: string): T;
	scope(): Scope;
	getPrefix(): string;
	getName(): string;
	isMounted(): boolean;
	isConnected(): boolean;
	getId(): string;
	forElement<E extends HTMLElement>(name: string): ElementOperations<E>;
	forForm(name: string): FormOperations;
	forForms(): FormOperations;
	watch<T>(expression: string, target: (previous: T, current: T) => void, reducerFn?: (input: any) => T, context?: any): void;
	evaluate<T>(expression: string): T;
	getWatchContext(): any;
	getProperties(): Properties;
	/**
	 * Activity to execute when the component is mounted on the {@linkcode Stage } for the first time
	 */
	onMount(): void;
	/**
	 * Activity to execute when the component is un-mounted from the {@linkcode Stage }
	 */
	onUnmount(): void;
	/**
	 * Activity to execute when the component is re-mounted on the {@linkcode Stage }
	 */
	onRemount(): void;
	/**
	 * Get a {@linkcode FilterBuilder} object back to create a {@linkcode Filter} of lists in the model
	 * @param expression - primitive string representation expression of a JS iterable/array object
	 * @returns
	 */
	withFilter(expression: string): FilterBuilder;
	protected getValue<T>(): T;
	protected broadcast(channelName: string, messageName: string, payload?: any): void;
	protected broadcastGlobally(channelName: string, messageName: string, payload?: any): void;
	protected $apply(fn?: Function, args?: any[]): void;
	protected on(messageName: string): OnContinuation;
	protected getLogger(): Logger;
	protected getLoggerFactory(): LoggerFactory;
	protected ____internal$$cydran$$init____(template: string | HTMLElement | Renderer, options: InternalComponentOptions): void;
}
export declare const JSType: {
	readonly STR: "string";
	readonly BOOL: "boolean";
	readonly BIGINT: "bigint";
	readonly NUM: "number";
	readonly SYM: "symbol";
	readonly FN: "function";
	readonly OBJ: "object";
};
export declare const argumentsBuilder: () => ArgumentsResolversBuilder;
export declare const builder: (rootSelector: string, properties?: any) => StageBuilder;
export declare enum BehaviorFlags {
	ROOT_PROHIBITED = "ROOT_PROHIBITED",
	CHILD_CONSUMPTION_PROHIBITED = "CHILD_CONSUMPTION_PROHIBITED"
}
export declare enum Events {
	AFTER_CHILD_ADDED = "AFTER_CHILD_ADDED",
	AFTER_CHILD_CHANGED = "AFTER_CHILD_CHANGED",
	AFTER_CHILD_REMOVED = "AFTER_CHILD_REMOVED",
	AFTER_PARENT_ADDED = "AFTER_PARENT_ADDED",
	AFTER_PARENT_CHANGED = "AFTER_PARENT_CHANGED",
	AFTER_PARENT_REMOVED = "AFTER_PARENT_REMOVED",
	BEFORE_CHILD_ADDED = "BEFORE_CHILD_ADDED",
	BEFORE_CHILD_CHANGED = "BEFORE_CHILD_CHANGED",
	BEFORE_CHILD_REMOVED = "BEFORE_CHILD_REMOVED",
	BEFORE_PARENT_ADDED = "BEFORE_PARENT_ADDED",
	BEFORE_PARENT_CHANGED = "BEFORE_PARENT_CHANGED",
	BEFORE_PARENT_REMOVED = "BEFORE_PARENT_REMOVED",
	COMPONENT_NESTING_CHANGED = "COMPONENT_NESTING_CHANGED",
	CYDRAN_PREAPP_DISPOSAL = "CYDRAN_PREAPP_DISPOSAL"
}
export declare enum Ids {
	STAGE = "$stage"
}
export declare enum Level {
	TRACE = 0,
	DEBUG = 1,
	INFO = 2,
	WARN = 3,
	ERROR = 4,
	FATAL = 5,
	DISABLED = 6
}
export declare enum PropertyKeys {
	CYDRAN_DIGEST_MAX_EVALUATIONS = "cydran.digest.maxEvaluations",
	CYDRAN_CLONE_MAX_EVALUATIONS = "cydran.clone.maxEvaluations",
	CYDRAN_EQUALS_MAX_EVALUATIONS = "cydran.equals.maxEvaluations",
	CYDRAN_STARTUP_SYNCHRONOUS = "cydran.startup.synchronous",
	CYDRAN_STRICT_ENABLED = "cydran.strict.enabled",
	CYDRAN_STRICT_STARTPHRASE = "cydran.strict.startphrase",
	CYDRAN_LAZY_STARTPHRASE = "cydran.lazy.startphrase",
	CYDRAN_STRICT_MESSAGE = "cydran.strict.message",
	CYDRAN_LOG_LEVEL = "cydran.logging.level",
	CYDRAN_STYLES_ENABLED = "cydran.styles.enabled",
	CYDRAN_OVERRIDE_WINDOW = "cydran.override.window",
	CYDRAN_LOG_STRATEGY = "cydran.logging.strategy",
	CYDRAN_LOG_COLOR_PREFIX = "cydran.logging.color",
	CYDRAN_LOG_LABEL = "cydran.logging.label",
	CYDRAN_LOG_LABEL_VISIBLE = "cydran.logging.label.visible",
	CYDRAN_LOG_PREAMBLE_ORDER = "cydran.logging.pramble.order"
}
export declare function create(selector: string, initialValues?: any): void;
export declare function enumKeys<O extends object, K extends keyof O = keyof O>(obj: O): K[];
export declare function isDefined(value: any): boolean;
export declare function merge<T>(sources: any[], customizers?: SimpleMap<(currentValue: any, overlayValue: any) => any>): T;
export declare function noConflict(): any;
export declare function overlay<T>(target: T, sources: any[], customizers?: SimpleMap<(currentValue: any, overlayValue: any) => any>): T;
export declare function padLeft(text: string, desiredLength: number, padCharacter?: string): string;
export declare function padRight(text: string, desiredLength: number, padCharacter?: string): string;
export declare function requireNotNull<T>(value: T, name: string): T;
export declare function requireValid(value: string, name: string, regex: RegExp): string;
export declare function reset(): void;
export declare function setStrictTypeChecksEnabled(value: boolean): void;
export declare function stateMachineBuilder<M>(startState: string): MachineBuilder<M>;
export declare type BehaviorFunction = (el: HTMLElement) => Type<Behavior<any, HTMLElement | Text, any>>;
export declare type BiConsumer<T, U> = (value0: T, value1?: U) => void;
export declare type BiPredicate<T, U> = (value0: T, value1: U) => boolean;
export declare type Consumer<T> = (value: T) => void;
export declare type Predicate<T> = (value: T) => boolean;
export declare type VarConsumer<T, U> = (Consumer<T> | BiConsumer<T, U>);
export declare type VarPredicate<T, U> = Predicate<T> | BiPredicate<T, U>;
export interface ArgumentsResolvers {
	resolve(context: any): any[];
	postProcess(context: any, target: any, params: any[]): void;
}
export interface ArgumentsResolversBuilder extends Builder<ArgumentsResolvers> {
	/**
	 * Intent to resolve a registered object in the Cydran service discovery functionality
	 * @param id unique string key of the registerd object
	 */
	with(id: string): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve a Cydran {PubSub} instance
	 */
	withPubSub(): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve an id instance value provided by the Cydran id generation mechanism
	 */
	withInstanceId(): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve the function that Cydran utilizes for instance id generation
	 */
	withInstanceIdFn(): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve a Cydran {Logger} instance
	 * @param name - of the {Logger} instance
	 * @param level - optional value representation of logging threshold
	 * @param strategy - optional argument to override default {OutputStrategy}
	 */
	withLogger(name: string, level?: string, strategy?: OutputStrategy): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve a logging {OutputStrategy} to be utilized
	 * @param id - key of the strategy
	 * @param straegy - mechanism of logging
	 */
	withLoggerOutputStrategy(id: string, strategy: OutputStrategy): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve a defined function
	 * @param fn function to resolve
	 */
	withFunction(fn: () => any): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve raw constant value
	 * @param value treated as a literal constant
	 */
	withConstant(value: any): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve a Cydran or application {Properties property} value
	 * @param name property key name
	 */
	withProperty(name: string): ArgumentsResolversBuilder;
	/**
	 * Intent to resolve a registered object found within one of the Cydran scope contexts
	 * @param name key of object in the scope context
	 */
	withScopeItem(name: string): ArgumentsResolversBuilder;
}
export interface Attributes {
	extract(element: HTMLElement, name: string): string;
	remove(element: HTMLElement, name: string): void;
	isEventAttribute(name: string): boolean;
	isBehaviorAttribute(name: string): boolean;
	extractEventName(name: string): string;
	extractBehaviorName(name: string): string;
	asTypePrefix(name: string): string;
	getPrefix(): string;
}
export interface Behavior<M, E extends HTMLElement | Text, P> extends DigestableSource, Tellable, Messagable {
	requestDigestionSources(sources: DigestableSource[]): void;
	onInit(context?: any): void;
	onMount(): void;
	onUnmount(): void;
	onRemount(): void;
	isFlagged(name: string): boolean;
}
export interface BehaviorAttributeConverters extends SimpleMap<(value: any) => any> {
}
export interface BehaviorsRegistry {
	register(name: string, supportedTags: string[], behaviorClass: Type<Behavior<any, HTMLElement | Text, any>>): void;
	registerFunction(name: string, supportedTags: string[], behavionFunction: BehaviorFunction): void;
	lookup(el: HTMLElement, type: string, tag: string): Type<Behavior<any, HTMLElement, any>>;
}
export interface Builder<T> {
	build(): T;
}
export interface ComponentOptions {
	metadata?: SimpleMap<any>;
	prefix?: string;
}
export interface CydranContext {
	getDom(): Dom;
	getFactories(): Factories;
	logFactory(): LoggerFactory;
	idGenerator(): IdGenerator;
	getBehaviorsRegistry(): BehaviorsRegistry;
}
export interface DigestableSource extends Tellable {
	/**
	 * Get the digestable source id value
	 * @returns string id representation
	 */
	getId(): string;
}
export interface Digester {
	digest(): void;
}
export interface DigestionCandidate extends Evaluatable, Notifyable {
	getExpression(): string;
}
export interface DigestionCandidateConsumer {
	add(key: string, behaviors: DigestionCandidate[]): void;
}
export interface DigestionContext extends DigestionCandidateConsumer {
	digest(): Notifyable[];
}
export interface Disposable {
	$dispose(): void;
}
/**
 * Consistent interface to an HTML DOM representation
 */
export interface Dom {
	/**
	 * Get the document reference
	 * @returns JS Document object
	 */
	getDocument(): Document;
	/**
	 * Get the client JS Window reference
	 * @returns client JS Window object
	 */
	getWindow(): Window;
	/**
	 * Creates an HTMLElement object
	 * @param tagName - html tag name
	 * @returns - a JS HTMLElement&lt;E&gt; object
	 */
	createElement<E extends HTMLElement>(tagName: string): E;
	/**
	 * Create a comment object
	 * @param content - text for the comment
	 * @return - HTML Comment object
	 */
	createComment(content: string): Comment;
	/**
	 * Create an HTML DocumentFragment object
	 * @returns - HTML DocumentFragment object
	 */
	createDocumentFragment(): DocumentFragment;
	/**
	 * Create an HTML Text object
	 * @param text - HTML Text object for DOM inclusion
	 * @returns - HTML Text object
	 */
	createTextNode(text: string): Text;
}
export interface ElementOperations<E extends HTMLElement> {
	get(): E;
	focus(): void;
	blur(): void;
}
export interface Evaluatable {
	evaluate(): boolean;
}
export interface Factories {
	createDigester(rootSource: DigestableSource, id: string, name: string, maxEvaluations: number): Digester;
	createDigestionContext(): DigestionContext;
	createSegmentDigester(): SegmentDigester;
}
export interface FieldValidations<C> extends SimpleMap<((field: any, instance: any, context: C) => string)[]> {
}
export interface Filter {
	/**
	 * Get the resulting array of items after the filter has been applied
	 * @returns array of filtered objects
	 */
	items(): any[];
	/**
	 * Extend a {Filter filter} instance
	 * @returns a {FilterBuilder} object
	 */
	extend(): FilterBuilder;
	/**
	 * Get the inherited {@linkcode LoggerFactory | logger factory } associated with the filter
	 * @returns
	 */
	getLoggerFactory(): LoggerFactory;
}
export interface FilterBuilder {
	withPredicate(expression: string, ...parameterExpressions: string[]): FilterBuilder;
	withPhase(fn: (input: any[]) => any[]): FilterBuilder;
	withSimplePredicate(predicate: (index: number, value: any) => boolean): FilterBuilder;
	withSort(expression: string, ...parameterExpressions: string[]): FilterBuilder;
	withLimit(limit: number): FilterBuilder;
	with(fn: (builder: FilterBuilder) => void): FilterBuilder;
	build(): Filter;
	paged(): PagedFilter;
	limited(): LimitOffsetFilter;
}
export interface ForChannelContinuation {
	invoke(target: (payload: any) => void): void;
}
export interface FormOperations {
	submit(): void;
	requestSubmit(): void;
	reset(): void;
}
export interface Gettable {
	get<T>(id: string): T;
}
export interface InternalComponentOptions extends ComponentOptions {
	itemFn?: () => any;
	parentModelFn?: () => any;
	module?: Module;
	alwaysConnected?: boolean;
	parent?: Nestable;
	name?: string;
}
export interface LimitOffsetFilter extends Filter {
	getLimit(): number;
	setLimit(limit: number): void;
	getOffset(): number;
	setOffset(offset: number): void;
	setLimitAndOffset(limit: number, offset: number): void;
}
export interface Logger {
	/**
	 * Get the name of the logger
	 * @returns string
	 */
	getName(): string;
	/**
	 * Log payload at a "trace" level
	 * @param payload to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	trace(payload: any, error?: Error): void;
	/**
	 * Only if log at a "trace" level execute fn() to derive payload to log
	 * @param payloadFn to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	ifTrace(payloadFn: () => any, error?: Error): void;
	/**
	 * Log payload at a "debug" level
	 * @param payload to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	debug(payload: any, error?: Error): void;
	/**
	 * Only if log at a "debug" level execute fn() to derive payload to log
	 * @param payloadFn to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	ifDebug(payloadFn: () => any, error?: Error): void;
	/**
	 * Log payload at a "info" level
	 * @param payload to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	info(payload: any, error?: Error): void;
	/**
	 * Only if log at a "info" level execute fn() to derive payload to log
	 * @param payloadFn to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	ifInfo(payloadFn: () => any, error?: Error): void;
	/**
	 * Log payload at a "warn" level
	 * @param payload to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	warn(payload: any, error?: Error): void;
	/**
	 * Only if log at a "warn" level execute fn() to derive payload to log
	 * @param payloadFn to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	ifWarn(payloadFn: () => any, error?: Error): void;
	/**
	 * Log payload at a "error" level
	 * @param payload to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	error(payload: any, error?: Error): void;
	/**
	 * Only if log at a "error" level execute fn() to derive payload to log
	 * @param payloadFn to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	ifError(payloadFn: () => any, error?: Error): void;
	/**
	 * Log payload at a "fatal" level
	 * @param payload to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	fatal(payload: any, error?: Error): void;
	/**
	 * Only if log at a "fatal" level execute fn() to derive payload to log
	 * @param payloadFn to be written out
	 * @param error optional if there is an error object with contextual data
	 */
	ifFatal(payloadFn: () => any, error?: Error): void;
	/**
	 * Attempt logging at specific level if logger level met
	 * @param payloadFn - anonymous function with return value if conditions met
	 * @param level - {@linkcode Level | level} to log at
	 * @param error - optional Error object
	 */
	ifLog(payloadFn: () => any, level: Level, error?: Error): void;
	/**
	 * Is the log level at least at "trace" level
	 * @returns boolean
	 */
	isTrace(): boolean;
	/**
	 * Is the log level at least at "debug" level
	 * @returns boolean
	 */
	isDebug(): boolean;
	/**
	 * Is the log level at least at "info" level
	 * @returns boolean
	 */
	isInfo(): boolean;
	/**
	 * Is the log level at least at "warn" level
	 * @returns boolean
	 */
	isWarn(): boolean;
	/**
	 * Is the log level at least at "error" level
	 * @returns boolean
	 */
	isError(): boolean;
	/**
	 * Is the log level at least at "fatal" level
	 * @returns boolean
	 */
	isFatal(): boolean;
	/**
	 * Is the log level at least at "disabled" level
	 * @returns boolean
	 */
	isDisabled(): boolean;
	/**
	 * Set a custom level for the logger
	 * @param level {Level} object denoting custom setting
	 */
	setLevel(level: Level): void;
	/**
	 * Get the current {Level level} for this logger
	 * @returns a {Level} object
	 */
	getLevel(): Level;
}
export interface LoggerFactory {
	/**
	 * Get the named {@link Logger | logger}
	 * @param name of the associated logger
	 * @param level to log at
	 * @returns a Logger reference
	 */
	getLogger(name: string, level?: string, strategy?: OutputStrategy): Logger;
	registerOutputStrategy(key: string, strat: OutputStrategy): void;
	removeOutputStrategy(key: string): void;
	setPrefsForStrategy(key: string, props: Properties): void;
	/**
	 * Set change/modify the log level during runtime.
	 * Any string not matching a valid level will cause an error message to be generated as long as logging isn't currently set above error
	 * Valid levels are: trace, debug, info, warn, error, fatal, disabled
	 * @param level NON-CASESENSITIVE string representation of a qualified level.
	 * @returns void
	 */
	updateLevel(level: string): void;
	/**
	 * Get the current level as a string
	 * @returns string representation of the current logging level
	 */
	currentLevelAsString(): string;
	/**
	 * Get the current level
	 * @returns representation of the current logging level
	 */
	currentLevel(): Level;
	/**
	 * Set the preferences for the logging service
	 * @param props
	 */
	setPreferences(props: Properties): void;
}
export interface Machine<M> extends Disposable {
	create(model: M): MachineContext<M>;
	evaluate(input: string, context: MachineContext<M>, parameter?: any): void;
}
export interface MachineBuilder<M> {
	withState(state: string, callbacks: VarConsumer<any, M>[]): MachineBuilder<M>;
	withTransition(state: string, input: string, target: string, callbacks: VarConsumer<any, M>[], predicate?: VarPredicate<any, M>): MachineBuilder<M>;
	build(): Machine<M>;
}
export interface MachineContext<M> extends Disposable {
	getState(): string;
	isState(state: string): boolean;
	getModel(): M;
}
export interface Mediator<T> extends Disposable, DigestionCandidate, Tellable {
	get(): T;
	set(value: any): void;
	watch(context: any, target: (previous: T, current: T) => void): void;
}
export interface Messagable {
	message(channelName: string, messageName: string, payload?: any): void;
}
export interface MetadataContinuation {
	has: (name: string) => boolean;
	get: (name: string) => any;
}
export interface Module extends Register, Tellable {
	getName(): string;
	associate(...componentClasses: Type<Nestable>[]): Module;
	disassociate(...componentClasses: Type<Nestable>[]): Module;
	clear(): Module;
	broadcast(channelName: string, messageName: string, payload?: any): void;
	broadcastGlobally(channelName: string, messageName: string, payload?: any): void;
	message(channelName: string, messageName: string, payload?: any): void;
	getDefaultModule(): Module;
	getModule(name: string): Module;
	expose(id: string): Module;
	get<T>(id: string): T;
	getLocal<T>(id: string): T;
	getScope(): Scope;
	hasRegistration(id: string): boolean;
	addStrategy(strategy: RegistryStrategy): Module;
	getLogger(): Logger;
	createPubSubFor(context: any): PubSub;
	getProperties(): MutableProperties;
	getCydranContext(): CydranContext;
}
export interface MutableProperties extends Properties {
	/**
	 * Set a property value
	 * @param key - string value
	 * @param value - any type of object
	 * @returns
	 */
	set(key: string, value: any): MutableProperties;
	/**
	 * Load additional properties in
	 * @param values - any type of object
	 * @returns
	 */
	load(values: any): MutableProperties;
	/**
	 * Remove a specific property by key
	 * @param key - string value
	 * @returns
	 */
	remove(key: string): MutableProperties;
	/**
	 * Clear the current properties instance object of all values
	 * @returns
	 */
	clear(): MutableProperties;
}
export interface Nestable extends Watchable, Messagable, Tellable {
	metadata(): MetadataContinuation;
	hasRegion(name: string): boolean;
	getChild<N extends Nestable>(name: string): N;
	setChild(name: string, component: Nestable): void;
	setChildFromRegistry(name: string, componentName: string, defaultComponentName?: string): void;
	getParent(): Nestable;
	getEl(): HTMLElement;
	get<T>(id: string): T;
	scope(): Scope;
	getPrefix(): string;
	isMounted(): boolean;
	isConnected(): boolean;
	getId(): string;
	getProperties(): Properties;
	onMount(): void;
	onUnmount(): void;
	onRemount(): void;
}
export interface Notifyable {
	notify(): void;
}
export interface OnContinuation {
	invoke(target: (payload: any) => void): void;
	forChannel(name: string): ForChannelContinuation;
}
export interface OutputStrategy {
	/**
	 * Log the message
	 * @param logname name of the log
	 * @param level {Level} of message
	 * @param payload message/object to be logged
	 * @param error optional object or boolean to indicate +/- on whether or not to log the stack/message
	 */
	log(logname: string, level: Level, payload: any, errorStack?: Error | boolean): void;
	/**
	 * Get the id of the strategy
	 * @returns
	 */
	getId(): string;
	/**
	 * Set the preferences for the output strategy
	 */
	setPreferences(props: Properties): void;
	/**
	 * Set a tag for messages
	 * @param tag or label of the cydran instance
	 */
	setTag(tag: string): void;
	/**
	 * Set the visibility of the tag
	 * @param visible will the tag be visible or not; default of false;
	 */
	setTagVisibility(visible: boolean): void;
}
export interface PagedFilter extends Filter {
	getPageSize(): number;
	setPageSize(size: number): void;
	getTotalPages(): number;
	getPage(): number;
	setPage(page: number): void;
	toPrevious(): void;
	toNext(): void;
	toStart(): void;
	toEnd(): void;
	isAtBeginning(): boolean;
	isAtEnd(): boolean;
	isMoreBefore(): boolean;
	isMoreAfter(): boolean;
}
export interface PropFlagVals {
	/**
	 * Key value of property
	 */
	key: string;
	/**
	 * If the property is writeable
	 */
	write: boolean;
	/**
	 * If the property is deletable
	 */
	delete: boolean;
}
export interface Properties {
	/**
	 * Get the defined property object
	 * @param key - property key value
	 * @returns - typed property object
	 */
	get<T>(key: string): T;
	/**
	 * Meta information about the property
	 * @param key - string value
	 * @returns - object of meta-data
	 */
	attributesOf(key: string): PropFlagVals;
	/**
	 * Get a mutable inheriting child {@link Properties} object
	 * @returns - properties object
	 */
	extend(): MutableProperties;
	/**
	 * Is the property indexed at the "key" defined
	 * @param key - string value
	 * @returns - property existance
	 */
	isDefined(key: string): boolean;
	/**
	 * Can the defined property value identified by key be expressed as "truthy"
	 * @param key - string value
	 * @returns - is truthy
	 */
	isTruthy(key: string): boolean;
	/**
	 * Get keys associated with a particular key family prefix; i.e. 'cydran.logging'
	 * @param key - string value
	 * @param immuteToo - should keys representing immutable properties be included in the result.  The default is false if no argument value is inlcuded (null, undefined)
	 * @returns - array of property keys matching the equivilant to: value.indexOf(key) === 0
	 */
	familyGroupKeysFrom(key: string, immuteToo: boolean): string[];
	/**
	 * Get the string representation of the property indicated by the key
	 * @param key - string value
	 * @returns - string value representation
	 */
	getAsString(key: string): string;
}
export interface PubSub extends Disposable {
	message(channelName: string, messageName: string, payload?: any): void;
	broadcast(channelName: string, messageName: string, payload?: any): void;
	broadcastGlobally(channelName: string, messageName: string, payload?: any): void;
	on(messageName: string): OnContinuation;
	enableGlobal(): void;
	disableGlobal(): void;
	isGlobalEnabled(): boolean;
}
export interface Register extends Disposable {
	registerConstant(id: string, instance: any): any | void;
	registerPrototype(id: string, classInstance: Type<any>, resolvers?: ArgumentsResolvers): any | void;
	registerPrototypeWithFactory(id: string, factoryFn: () => any, resolvers?: ArgumentsResolvers): any | void;
	registerSingleton(id: string, classInstance: Type<any>, resolvers?: ArgumentsResolvers): any | void;
	registerSingletonWithFactory(id: string, factoryFn: () => any, resolvers?: ArgumentsResolvers): any | void;
}
export interface RegistryStrategy extends Disposable {
	get<T>(id: string, gettable: Gettable): T;
}
export interface Renderer {
	render(): HTMLElement;
}
export interface Scope {
	add(name: string, item: any): void;
	remove(name: string): void;
}
export interface SegmentDigester {
	digestSegment(id: string, changedCandidates: DigestionCandidate[], candidates: DigestionCandidate[]): void;
}
export interface SimpleMap<T> {
	[key: string]: T;
}
export interface Stage extends Disposable {
	setComponent(component: Nestable): Stage;
	setComponentFromRegistry(componentName: string, defaultComponentName?: string): void;
	get<T>(id: string): T;
	start(): Stage;
	getModule(name: string): Module;
	getDefaultModule(): Module;
	forEach(fn: (instace: Module) => void): void;
	broadcast(channelName: string, messageName: string, payload?: any): void;
	registerConstant(id: string, instance: any): void;
	registerPrototype(id: string, classInstance: Type<any>, resolvers?: ArgumentsResolvers): void;
	registerSingleton(id: string, classInstance: Type<any>, resolvers?: ArgumentsResolvers): void;
	getScope(): Scope;
	isStarted(): boolean;
	getDom(): Dom;
	getLoggerFactory(): LoggerFactory;
}
export interface StageBuilder extends Builder<Stage> {
	getModule(name: string): Module;
	getDefaultModule(): Module;
	getLoggerFactory(): LoggerFactory;
	forEach(fn: (instace: Module) => void): StageBuilder;
	withComponentBefore(id: string, moduleName?: string): StageBuilder;
	withComponentAfter(id: string, moduleName?: string): StageBuilder;
	withComponent(id: string): StageBuilder;
	withInitializer(callback: (stage?: Stage) => void): StageBuilder;
	withDisposer(callback: (stage?: Stage) => void): StageBuilder;
	withBehavior(name: string, supportedTags: string[], behaviorClass: Type<Behavior<any, HTMLElement | Text, any>>): StageBuilder;
	withConstant(id: string, instance: any): StageBuilder;
	withProperties(properties: any): StageBuilder;
	withPrototype(id: string, classInstance: Type<any>, argumentResolvers?: ArgumentsResolvers): StageBuilder;
	withPrototypeFromFactory(id: string, factoryFn: () => any, argumentResolvers?: ArgumentsResolvers): StageBuilder;
	withSingleton(id: string, classInstance: Type<any>, argumentResolvers?: ArgumentsResolvers): StageBuilder;
	withSingletonFromFactory(id: string, factoryFn: () => any, argumentResolvers?: ArgumentsResolvers): StageBuilder;
	withImplicit(id: string, template: string, options?: ComponentOptions): StageBuilder;
	withCapability(capability: (builder: StageBuilder) => void): StageBuilder;
	withScopeItem(name: string, item: any): StageBuilder;
}
export interface Tellable {
	tell(name: string, payload?: any): void;
}
export interface Type<T> extends Function {
	new (...args: any[]): T;
}
export interface Watchable {
	watch<T>(expression: string, target: (previous: T, current: T) => void, reducerFn?: (input: any) => T, context?: any): void;
	evaluate<T>(expression: string): T;
	getWatchContext(): any;
}

export as namespace cydran;

export {};