How to use terminationFn method in root

Best JavaScript code snippet using root

input.ts

Source:input.ts Github

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1import { FalseLiteral } from "typescript";2import { IMenuable } from "../view/display";3import { 4 bfs,5 IncrementFn,6 ISelectable, 7 OptionFn, 8 Stack,9 TerminationFn,10 Tree,11} from "./core";12import { Awaited, Rejection } from "./utilities";13export type PreviewMap<T> = Map<T, Tree<T>>;14// NOTE: PreviewMap Options should return Stack Selection; Array returns T.15export type InputOptions<T> = PreviewMap<T> | Array<T>;16export type InputSelection<T> = Stack<T> | T;17/**18 * NOTE: Key type; from InputOptions generates asynchronous request for InputSelection.19 * Bridge between InputState and user. 20 */21export type InputRequest<T extends ISelectable> = (22 input_options: InputOptions<T>23) => Promise<InputSelection<T>>;24/**25 * Mechanistic Callback/SelectionFn classes - about the "how" of InputFetching 26 * not abstract interfaces.27 */28export type SelectionFn<T extends ISelectable> = (options: Array<T>) => T29// TODO: Pass preview_map directly instead of just options.30export type CallbackSelectionFn<T extends ISelectable> = (31 options: InputOptions<T>, resolve: Awaited<T>, reject: Rejection // Awaited from utilities. Replace in ts 4.532) => void;33/**34 * synthetic/async_input_getter: InputRequest factories really.35 */36export function synthetic_input_getter<T extends ISelectable>(37 selection_fn: SelectionFn<T>38): InputRequest<T> {39 return async function get_input( 40 input_options: InputOptions<T>41 ): Promise<InputSelection<T>> {42 console.log("synthetic_input_getter options: ", input_options);43 if (input_options instanceof Array) {44 return selection_fn(input_options);45 } else {46 var arr = Array.from(input_options.keys())47 var selection = selection_fn(arr);48 return input_options.get(selection);49 }50 };51}52// Builds an async InputRequest. Explicitly constructs promise around selection_fn53export function async_input_getter<T extends ISelectable>(54 selection_fn: CallbackSelectionFn<T>55): InputRequest<T> {56 return async function get_input( 57 input_options: InputOptions<T>58 ): Promise<Stack<T>> {59 console.log("Building InputRequest: ", input_options);60 // TS analog to type guarding kind of.61 if (input_options instanceof Array) {62 var arr: Array<T> = input_options63 } else {64 var arr = Array.from(input_options.keys())65 }66 // Manually specify type to remove errors67 var selection_promise: Promise<T> = new Promise(68 function(resolve, reject) {69 selection_fn(arr, resolve, reject)70 }71 );72 return selection_promise.then(73 function(selection) { 74 console.log("Resolve Selection: ", selection);75 if (input_options instanceof Array) {76 return selection;77 } else {78 return input_options.get(selection); 79 }80 }81 ).catch(82 function() {83 // TODO: Replace with some kind of explicit signal?84 console.log("Reject Selection");85 return null;86 }87 );88 };89}90/**91 * Key Type; Closely related to InputRequest, but a generator version - takes92 * InputOptions and returns corresponding InputSelection type.93 */94// TODO: Refine and use everywhere95export type SelectionGen<T> = (96 ((base?: Stack<T>) => Generator<PreviewMap<T>, Stack<T>, Stack<T>>) | 97 ((base?: T) => Generator<Array<T>, T, T>)98)99// TODO: Move and maybe generate from selectables instead of creating singleton.100export class Confirmation implements ISelectable, IMenuable {101 index: number;102 text: string;103 constructor() {104 this.index = 1;105 this.text = "Confirm";106 }107}108/**109 * InputAcquirers: Generate repeated InputRequests, yielding intermediate InputSelections,110 * until satisfying conditions are met for a final InputSelection to be returned. 111 * `yield` vs. `return` distinguishes the two.112 */113export interface IInputAcquirer<T> {114 current_input: InputSelection<T>;115 input_option_generator: SelectionGen<T>;116 get_options: (input: InputSelection<T>) => InputOptions<T>;117}118export class AutoInputAcquirer<T> implements IInputAcquirer<T> {119 auto_input: T;120 current_input: T;121 122 constructor(123 auto_input: T124 ) {125 this.auto_input = auto_input;126 // NOTE: Pre-queues auto_input; NEVER CHANGED.127 this.current_input = auto_input;128 }129 get_options(input: InputSelection<T>): Array<T> {130 return [this.auto_input];131 }132 * input_option_generator(133 base?: T134 ): Generator<Array<T>, T, T> {135 var selection = yield this.get_options(base); // For confirmation only.136 return selection;137 }138}139export class SimpleInputAcquirer<T> implements IInputAcquirer<T> {140 // TODO: Cleanup - Simplify coupling with controller loop.141 _option_fn: OptionFn<T>;142 current_input: T;143 require_confirmation: boolean;144 145 constructor(146 option_fn: OptionFn<T>,147 require_confirmation = true,148 ) {149 this._option_fn = option_fn;150 // NOTE: State has to return after any complete pop off the stack.151 this.current_input = null;152 this.require_confirmation = require_confirmation;153 }154 public static from_options<U>(options: Array<U>): SimpleInputAcquirer<U> {155 return new SimpleInputAcquirer<U>(() => options);156 }157 get_options(input: InputSelection<T>): Array<T> {158 return this._option_fn(input);159 }160 * input_option_generator(161 base?: InputSelection<T>162 ): Generator<Array<T>, T, T> {163 // Handles cases where intermediate input is required by yielding it.164 // Coroutine case.165 var options = this.get_options(base);166 var input_resp = yield options;167 if (this.require_confirmation) {168 do {169 var REJECT_CASE = !input_resp;170 var CONFIRM_CASE = (input_resp != null && input_resp == this.current_input)171 // TODO: Currently treats "null" response as special flag to pop.172 if (REJECT_CASE) {173 // var input_resp = yield options;174 return null; // NOTE: Propagates POP Signal to subphase175 } else if (CONFIRM_CASE){176 console.log("Confirm Simple InputSelection");177 break;178 } else {179 console.log("InputSelection: ", input_resp);180 this.current_input = input_resp;181 input_resp = yield options;182 }183 } while(true);184 } else {185 return input_resp;186 }187 return this.current_input;188 }189}190export class SequentialInputAcquirer<T> implements IInputAcquirer<T> {191 // TODO: Cleanup - Simplify coupling with controller loop.192 increment_fn: IncrementFn<T>;193 termination_fn: TerminationFn<T>;194 current_input: Stack<T>;195 constructor(196 increment_fn: IncrementFn<T>, 197 termination_fn: TerminationFn<T>, 198 ) {199 this.increment_fn = increment_fn;200 this.termination_fn = termination_fn;201 this.current_input = null;202 }203 get_options(input: Stack<T>): PreviewMap<T> {204 return bfs(input, this.increment_fn, this.termination_fn).to_map();205 }206 * input_option_generator(207 base?: Stack<T>208 ): Generator<PreviewMap<T>, Stack<T>, Stack<T>> {209 // Handles cases where intermediate input is required by yielding it.210 // Coroutine case.211 this.current_input = base;212 var preview_map = this.get_options(this.current_input);213 var input_resp = yield preview_map;214 do {215 var REJECT_CASE = !input_resp;216 var CONFIRM_CASE = (input_resp != null && input_resp.value == this.current_input.value)217 // TODO: Currently treats "null" response as special flag to pop.218 if (REJECT_CASE) {219 // TODO: Propagate null selection better - current state + "pop signal" tuple?220 if (this.current_input.parent) {221 this.current_input = this.current_input.pop();222 console.log("Pop Sequential InputSelection")223 preview_map = this.get_options(this.current_input); 224 } else {225 console.log("Cannot Pop Sequential InputSelection");226 return null; // NOTE: Propagates POP Signal to subphase227 }228 input_resp = yield preview_map;229 } else if (CONFIRM_CASE){230 console.log("Confirm Sequential InputSelection");231 break;232 } else {233 console.log("InputSelection: ", input_resp);234 this.current_input = input_resp;235 preview_map = this.get_options(this.current_input); 236 input_resp = yield preview_map;237 }238 } while(true);239 return this.current_input;240 }241}242export class ChainedInputAcquirer<T> extends SequentialInputAcquirer<T> {243 // static from_input_acquirer_list<U>(244 // input_acquirer_list: Array<IInputAcquirer<U>>245 // ): ChainedInputAcquirer<U> {246 constructor(option_fn_list: Array<OptionFn<T>>) {247 var increment_fn = (stack: Stack<T>): Array<T> => {248 var option_fn_index = stack.depth - 1;249 var option_fn = option_fn_list[option_fn_index];250 return option_fn(stack);251 };252 var termination_fn = (stack: Stack<T>): boolean => {253 return stack.depth > option_fn_list.length;254 };255 super(256 increment_fn,257 termination_fn,258 )259 }260}261/**262 * Experimental Acquirers263 */264// NOTE: Supports set acquisition with DAGish constraints.265// TODO: Actually harder to make an arbitrarily constrained SetInputAcquirer.266// TODO: Replace Stack.to_array with new InputSelection type? ("set" or "pool").267class TreeInputAcquirer<T> implements IInputAcquirer<T> {268 increment_fn: IncrementFn<T>;269 termination_fn: TerminationFn<T>;270 current_input: Stack<T>;271 constructor(272 increment_fn: IncrementFn<T>, 273 termination_fn: TerminationFn<T>, 274 ) {275 this.increment_fn = increment_fn;276 this.termination_fn = termination_fn;277 this.current_input = null;278 }279 get_options(input: Stack<T>): PreviewMap<T> {280 return bfs(input, this.increment_fn, this.termination_fn).to_map();281 }282 * input_option_generator(283 base?: Stack<T>284 ): Generator<PreviewMap<T>, Stack<T>, Stack<T>> {285 // Handles cases where intermediate input is required by yielding it.286 // Coroutine case.287 this.current_input = base;288 var preview_map = this.get_options(this.current_input);289 var input_resp = yield preview_map;290 do {291 // TODO: Currently treats "null" response as special flag to pop.292 var REJECT_CASE = input_resp == null;293 if (REJECT_CASE) {294 // TODO: Propagate null selection better - current state + "pop signal" tuple?295 if (this.current_input.parent) {296 this.current_input = this.current_input.pop();297 console.log("Pop Sequential InputSelection")298 preview_map = this.get_options(this.current_input); 299 } else {300 console.log("Cannot Pop Sequential InputSelection");301 return null; // NOTE: Propagates POP Signal to subphase302 }303 input_resp = yield preview_map;304 } else {305 var already_selected = input_resp.value in this.current_input.to_array()306 var SELECT_CASE = input_resp != null && !already_selected;307 var DESELECT_CASE = input_resp != null && already_selected;308 var CONFIRM_CASE = false; // TODO: Implement.309 if (CONFIRM_CASE){310 console.log("Confirm Sequential InputSelection");311 break;312 } else {313 console.log("InputSelection: ", input_resp);314 this.current_input = input_resp;315 preview_map = this.get_options(this.current_input); 316 input_resp = yield preview_map;317 }318 }319 } while(true);320 return this.current_input;321 }...

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MonitoredInstrumentation.test.js

Source:MonitoredInstrumentation.test.js Github

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1// @ts-nocheck2describe('Monitored instrumentation', () => {3 const deviceId = 'mock-device-id';4 const bundleId = 'mock-bundle-id';5 const INSTRUMENTATION_STACKTRACE_MOCK = 'Stacktrace mock';6 let adb;7 let logger;8 beforeEach(() => {9 jest.mock('../../../../../utils/logger');10 logger = require('../../../../../utils/logger');11 const ADB = jest.genMockFromModule('../exec/ADB');12 adb = new ADB();13 });14 let InstrumentationClass;15 let InstrumentationLogsParserClass;16 beforeEach(() => {17 jest.mock('./Instrumentation');18 InstrumentationClass = require('./Instrumentation');19 jest.mock('./InstrumentationLogsParser');20 InstrumentationLogsParserClass = require('./InstrumentationLogsParser').InstrumentationLogsParser;21 InstrumentationLogsParserClass.mockImplementation(() => {22 const instances = InstrumentationLogsParserClass.mock.instances;23 const _this = instances[instances.length - 1];24 _this.getStackTrace.mockReturnValue(INSTRUMENTATION_STACKTRACE_MOCK);25 });26 });27 const instrumentationObj = () => InstrumentationClass.mock.instances[0];28 const instrumentationLogsParserObj = () => InstrumentationLogsParserClass.mock.instances[0];29 let uut;30 beforeEach(() => {31 const MonitoredInstrumentation = require('./MonitoredInstrumentation');32 uut = new MonitoredInstrumentation(adb);33 });34 it('should properly init the underlying instrumentation', () => {35 expect(InstrumentationClass).toHaveBeenCalledWith(adb, logger, expect.any(Function), expect.any(Function));36 });37 describe('launch', () => {38 it('should launch the underlying instrumentation', async () => {39 const launchArgs = {};40 await uut.launch(deviceId, bundleId, launchArgs);41 expect(instrumentationObj().launch).toHaveBeenCalledWith(deviceId, bundleId, launchArgs);42 });43 it('should break if underlying launch fails', async () => {44 instrumentationObj().launch.mockRejectedValue(new Error());45 try {46 await uut.launch(deviceId, bundleId, {});47 fail();48 } catch (e) {}49 });50 });51 describe('Unexpected termination', () => {52 it('should invoke user termination callback', async () => {53 const terminationFn = jest.fn();54 uut.setTerminationFn(terminationFn);55 await uut.launch(deviceId, bundleId, {});56 await invokeUnderlyingTerminationCallback();57 expect(terminationFn).toHaveBeenCalled();58 });59 });60 describe('Initiation termination', () => {61 it('should terminate the underlying instrumentation', async () => {62 await uut.launch(deviceId, bundleId, {});63 await uut.terminate();64 expect(instrumentationObj().terminate).toHaveBeenCalled();65 });66 it('should break if underlying termination fails', async () => {67 instrumentationObj().terminate.mockRejectedValue(new Error());68 await uut.launch(deviceId, bundleId, {});69 try {70 await uut.terminate();71 fail();72 } catch (e) {}73 });74 it('should allow for termination without launch', async () => {75 await uut.terminate();76 expect(instrumentationObj().terminate).toHaveBeenCalled();77 });78 });79 it('should allow for user-initiated clearing of termination callback function', async () => {80 const terminationFn = jest.fn();81 uut.setTerminationFn(terminationFn);82 await uut.launch(deviceId, bundleId, {});83 uut.setTerminationFn(null);84 await invokeUnderlyingTerminationCallback();85 expect(terminationFn).not.toHaveBeenCalled();86 });87 it('should query underlying instrumentation for status', async () => {88 mockUnderlyingInstrumentationRunning();89 expect(uut.isRunning()).toEqual(true);90 mockUnderlyingInstrumentationDead();91 expect(uut.isRunning()).toEqual(false);92 });93 describe('Crash monitoring', () => {94 let onReject;95 beforeEach(async () => {96 onReject = jest.fn();97 await uut.launch(deviceId, bundleId, {});98 mockUnderlyingInstrumentationRunning();99 });100 it('should signal termination due to unexpected underlying termination, if waited-for', async () => {101 uut.waitForCrash().catch(onReject);102 await invokeUnderlyingTerminationCallback();103 expect(onReject).toHaveBeenCalled();104 });105 it('should signal termination due to initiated termination, if waited-for', async () => {106 uut.waitForCrash().catch(onReject);107 await uut.terminate();108 expect(onReject).toHaveBeenCalled();109 });110 it('should signal termination with a parsed stack-trace', async () => {111 mockLogsParserHasStacktrace();112 uut.waitForCrash().catch(onReject);113 await invokeUnderlyingLogListenerCallbackWith('mock data');114 await invokeUnderlyingTerminationCallback();115 assertRejectedWithNativeStacktrace();116 });117 it('should signal termination with no stack-trace, if none available', async () => {118 mockLogsParserHasNoStacktrace();119 uut.waitForCrash().catch(onReject);120 await invokeUnderlyingLogListenerCallbackWith('mock data');121 await invokeUnderlyingTerminationCallback();122 expect(instrumentationLogsParserObj().parse).toHaveBeenCalledWith('mock data');123 assertRejectedWithoutStacktrace();124 });125 it('should allow for user-initiated clearing of app-wait', async () => {126 const onResolve = jest.fn();127 const promise = uut.waitForCrash().then(onResolve);128 uut.abortWaitForCrash();129 await promise;130 expect(onResolve).toHaveBeenCalled();131 });132 it('should immediately signal termination if already terminated', async () => {133 mockUnderlyingInstrumentationDead();134 await uut.waitForCrash().catch(onReject);135 expect(onReject).toHaveBeenCalled();136 });137 it('should account for all waiting crash-wait clients', async () => {138 uut.waitForCrash().catch(onReject);139 uut.waitForCrash().catch(onReject);140 await uut.terminate();141 expect(onReject).toHaveBeenCalledTimes(2);142 });143 const assertRejectedWithNativeStacktrace = () => {144 const e = onReject.mock.calls[0][0];145 expect(e.toString()).toContain('DetoxRuntimeError: Failed to run application on the device');146 expect(e.toString()).toContain(`Native stacktrace dump: ${INSTRUMENTATION_STACKTRACE_MOCK}`);147 };148 const assertRejectedWithoutStacktrace = () => {149 const e = onReject.mock.calls[0][0];150 expect(e.toString()).toContain('DetoxRuntimeError: Failed to run application on the device');151 expect(e.toString()).not.toContain('Native stacktrace dump');152 };153 });154 const extractUnderlyingTerminationCallback = () => InstrumentationClass.mock.calls[0][2];155 const invokeUnderlyingTerminationCallback = async () => {156 const fn = extractUnderlyingTerminationCallback();157 await fn();158 };159 const extractUnderlyingLogListenerCallback = () => InstrumentationClass.mock.calls[0][3];160 const invokeUnderlyingLogListenerCallbackWith = async (data) => {161 const fn = extractUnderlyingLogListenerCallback();162 await fn(data);163 };164 const mockUnderlyingInstrumentationRunning = () => instrumentationObj().isRunning.mockReturnValue(true);165 const mockUnderlyingInstrumentationDead = () => instrumentationObj().isRunning.mockReturnValue(false);166 const mockLogsParserHasStacktrace = () => instrumentationLogsParserObj().containsStackTraceLog.mockReturnValue(true);167 const mockLogsParserHasNoStacktrace = () => instrumentationLogsParserObj().containsStackTraceLog.mockReturnValue(false);...

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graceful-stop.test.ts

Source:graceful-stop.test.ts Github

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...94 cases.forEach(({ name, expectedExitCode, timeout, cleanup, gracefulWrappers }) =>95 test(name, async () => {96 const onShutdown = jest.fn();97 const terminationFn = terminationHandlerFactory({ timeout, gracefulWrappers, onShutdown, cleanup });98 await terminationFn();99 expect(onShutdown).toHaveBeenCalledWith(expectedExitCode);100 }),101 );102});103describe('gracefulWrapperConsumerFactory', () => {104 beforeEach(() => {105 jest.resetAllMocks();106 });107 test('should initiate consumer shutdown', async () => {108 const consumer = consumerFactory({ isProcessing: async () => Promise.resolve(false) });109 const spy = jest.spyOn(consumer, 'stopReception');110 await gracefulWrapperConsumerFactory(consumer).shutdown();111 expect(spy).toHaveBeenCalledTimes(1);112 });...

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Using AI Code Generation

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1var myApp = angular.module('myApp', []);2myApp.controller('mainController', ['$scope', '$timeout', function($scope, $timeout) {3 $scope.name = 'Everyone';4 $timeout(function() {5 $scope.name = 'Everyone!';6 }, 3000);7}]);8var myApp = angular.module('myApp', []);9myApp.controller('mainController', ['$scope', '$timeout', function($scope, $timeout) {10 $scope.name = 'Everyone';11 $timeout(function() {12 $scope.$apply(function() {13 $scope.name = 'Everyone!';14 });15 }, 3000);16}]);17var myApp = angular.module('myApp', []);18myApp.controller('mainController', ['$scope', '$timeout', function($scope, $timeout) {19 $scope.name = 'Everyone';20 $timeout(function() {21 $scope.$evalAsync(function() {22 $scope.name = 'Everyone!';23 });24 }, 3000);25}]);26var myApp = angular.module('myApp', []);27myApp.controller('mainController', ['$scope', '$timeout', function($scope, $timeout) {28 $scope.name = 'Everyone';29 $timeout(function() {30 $scope.$applyAsync(function() {31 $scope.name = 'Everyone!';32 });33 }, 3000);34}]);35var myApp = angular.module('myApp', []);36myApp.controller('mainController', ['$scope', '$timeout', function($scope, $timeout) {37 $scope.name = 'Everyone';38 $scope.$watch('name', function(newValue, oldValue) {39 console.log('Changed!');40 console.log('Old: ' + oldValue);41 console.log('New: ' + newValue);42 });43 $timeout(function() {44 $scope.name = 'Everyone!';45 }, 3000);46}]);47var myApp = angular.module('myApp', []);48myApp.controller('mainController', ['$scope', '$timeout', function($scope, $timeout) {

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Using AI Code Generation

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1app.run(function($rootScope) {2 $rootScope.terminationFn = function() {3 console.log('Terminating app');4 }5});6app.run(function($rootScope) {7 $rootScope.terminationFn = function() {8 console.log('Terminating app');9 }10});11app.run(function($rootScope) {12 $rootScope.terminationFn = function() {13 console.log('Terminating app');14 }15});16app.run(function($rootScope) {17 $rootScope.terminationFn = function() {18 console.log('Terminating app');19 }20});21app.run(function($rootScope) {22 $rootScope.terminationFn = function() {23 console.log('Terminating app');24 }25});26app.run(function($rootScope) {27 $rootScope.terminationFn = function() {28 console.log('Terminating app');29 }30});31app.run(function($rootScope) {32 $rootScope.terminationFn = function() {33 console.log('Terminating app');34 }35});36app.run(function($rootScope) {37 $rootScope.terminationFn = function() {38 console.log('Terminating app');39 }40});41app.run(function($rootScope) {42 $rootScope.terminationFn = function() {43 console.log('Terminating app');44 }45});46app.run(function($rootScope) {47 $rootScope.terminationFn = function() {48 console.log('Terminating app');49 }50});51app.run(function($rootScope) {52 $rootScope.terminationFn = function() {53 console.log('Terminating app');54 }55});

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Using AI Code Generation

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1angular.module('myApp', [])2 .controller('myCtrl', ['$scope', function($scope) {3 $scope.$on('$destroy', function(){4 console.log('destroyed');5 });6 }]);

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Using AI Code Generation

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1const root = require('./root');2const terminationFn = root.terminationFn;3terminationFn();4module.exports = {5 terminationFn: function(){6 }7}8const root = require('./root');9const terminationFn = root.terminationFn;10terminationFn();11module.exports = {12 terminationFn: function(){13 }14}15const root = require('./root');16const terminationFn = root.terminationFn;17terminationFn();18module.exports = {19 terminationFn: function(){20 }21}22const root = require('./root');23const terminationFn = root.terminationFn;24terminationFn();25module.exports = {26 terminationFn: function(){27 }28}29const root = require('./root');30const terminationFn = root.terminationFn;31terminationFn();32module.exports = {33 terminationFn: function(){34 }35}36const root = require('./root');37const terminationFn = root.terminationFn;38terminationFn();39module.exports = {40 terminationFn: function(){41 }42}43const root = require('./root');44const terminationFn = root.terminationFn;45terminationFn();46module.exports = {47 terminationFn: function(){48 }49}50const root = require('./root');

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Using AI Code Generation

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1$rootScope.$on('$locationChangeStart', function(event, next, current) {2 if ($rootScope.terminationFn) {3 $rootScope.terminationFn();4 }5});6$scope.$on('$destroy', function() {7 if ($rootScope.terminationFn) {8 $rootScope.terminationFn();9 }10});

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Using AI Code Generation

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1var root = require('root');2root.terminationFn();3**Note:** If you are using the `root` module in a web application, you should use `root.terminationFn()` in the `uncaughtException` event handler of the `process` object. For example:4var root = require('root');5process.on('uncaughtException', function(err) {6 root.terminationFn();7});8#### `root.terminationFn()`

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