本文整理汇总了TypeScript中cote.Responder类的典型用法代码示例。如果您正苦于以下问题：TypeScript Responder类的具体用法？TypeScript Responder怎么用？TypeScript Responder使用的例子？那么恭喜您, 这里精选的类代码示例或许可以为您提供帮助。
在下文中一共展示了Responder类的10个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的TypeScript代码示例。
示例1: namespacesBack
namespacesBack() {
const responder = new cote.Responder({
name: 'Conversion Responder',
key: 'conversion backend'
});
const rates: { [key: string]: number } = {
usd_eur: 0.91,
eur_usd: 1.10
};
interface Convert {
type: 'convert';
payload: {
amount: number,
from: string,
to: string
};
}
responder.on('convert', (req: Convert) => {
const { payload } = req;
return Promise.resolve(payload.amount * rates[`${payload.from}_${payload.to}`]);
});
}示例2: mongooseResponder
mongooseResponder() {
const UserModel = require('UserModel'); // a promise-based model API
const userResponder = new cote.Responder({ name: 'User Responder' });
userResponder.on('find', (req: cote.Action<{ username: string }>) => UserModel.findOne(req.payload));
}示例3: mongooseResponder
mongooseResponder() {
const UserModel = require('UserModel'); // a promise-based model API
const userResponder = new cote.Responder({ name: 'User Responder' });
interface Find {
type: 'find';
payload: { username: string };
}
userResponder.on('find', (req: Find) => UserModel.findOne(req.payload));
}示例4: responder
responder() {
const randomResponder = new cote.Responder({
name: 'Random Responder',
namespace: 'rnd',
key: 'a certain key',
respondsTo: ['randomRequest']
});
randomResponder.on('randomRequest', (req: cote.Action<{ val: number }>) => {
const answer = Math.floor(Math.random() * 10);
console.log('request', req.payload.val, 'answering with', answer);
return Promise.resolve(answer);
});
}示例5: lifecycle
lifecycle() {
const key = Math.random().toString();
const requester = new cote.Requester({
name: `${key} requester`,
key
});
const responder = new cote.Responder({
name: `${key} responder`,
key
});
responder.on('cote:added', ({ advertisement, type }) => {
console.log({
advertisement: {
broadcasts: advertisement.broadcasts,
key: advertisement.key,
name: advertisement.name,
namespace: advertisement.namespace,
requests: advertisement.requests,
respondsTo: advertisement.respondsTo,
subscribesTo: advertisement.subscribesTo
},
type
});
requester.close();
});
responder.on('cote:removed', ({ advertisement, type }) => {
console.assert(advertisement.name === `${key} requester`);
console.log({
advertisement: {
broadcasts: advertisement.broadcasts,
key: advertisement.key,
name: advertisement.name,
namespace: advertisement.namespace,
requests: advertisement.requests,
respondsTo: advertisement.respondsTo,
subscribesTo: advertisement.subscribesTo
},
type
});
responder.close();
});
}示例6: namespacesFront
namespacesFront() {
const responder = new cote.Responder({
name: 'Conversion Sockend Responder',
namespace: 'conversion'
});
const conversionRequester = new cote.Requester({
name: 'Conversion Requester',
key: 'conversion backend'
});
responder.on('convert', (req: any) => {
return conversionRequester.send(req); // proxy the request
});
}示例7: responderCallback
responderCallback() {
const randomResponder = new cote.Responder({
name: 'Random Responder',
namespace: 'rnd',
key: 'a certain key',
respondsTo: ['randomRequest']
});
interface RandomRequest {
type: 'randomRequest';
payload: { val: number };
}
randomResponder.on('randomRequest', (req: RandomRequest, callback: (error: any, answer?: number) => void) => {
const answer = Math.floor(Math.random() * 10);
console.log('request', req.payload.val, 'answering with', answer);
callback(null, answer);
});
}示例8: responder
responder() {
const randomResponder = new cote.Responder({
name: 'Random Responder',
namespace: 'rnd',
key: 'a certain key',
respondsTo: ['randomRequest'],
subset: 'subset'
});
interface RandomRequest {
type: 'randomRequest';
payload: { val: number };
}
randomResponder.on('randomRequest', (req: RandomRequest) => {
const answer = Math.floor(Math.random() * 10);
console.log('request', req.payload.val, 'answering with', answer);
return Promise.resolve(answer);
});
}示例9: eventEmitter
eventEmitter() {
const quitter = new cote.Requester({ name: 'Quitter' });
quitter.onAny(() => process.exit);
const indecisive = new cote.Responder({ name: 'Indecisive' });
const callback = <T>(x: T) => Promise.resolve(x);
indecisive.on('choice', callback);
indecisive.off('choice', callback);
const techno = new cote.Publisher({ name: 'Techno' });
techno.removeAllListeners();
const village = new cote.Subscriber({ name: 'Village' });
const doHelp = () => { };
village.many('wolf', 2, doHelp);
village.emit('wolf');
village.emit('wolf');
const emptyArray = village.listenersAny();
village.emit('wolf'); // no reaction
const eternity = new cote.Sockend(null as any, { name: 'Eternity' });
const handler = () => {
if (Math.random() === Number.MIN_VALUE) {
console.log('It happened.');
eternity.offAny(handler);
}
};
eternity.addListener('request', handler);
const monitor = new cote.Monitor({
name: 'Monitor',
port: 8025
});
monitor.setMaxListeners(1);
monitor.once('foobar', () => {
monitor.removeAllListeners();
monitor.once('foobar', () => {
console.log('Not a warning.');
});
});
}示例10:
responder.on('cote:removed', ({ advertisement, type }) => {
console.assert(advertisement.name === `${key} requester`);
console.log({
advertisement: {
broadcasts: advertisement.broadcasts,
key: advertisement.key,
name: advertisement.name,
namespace: advertisement.namespace,
requests: advertisement.requests,
respondsTo: advertisement.respondsTo,
subscribesTo: advertisement.subscribesTo
},
type
});
responder.close();
});