rudeshark.net/src/services/stats.ts

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/**
*
*/
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const nestedProperty = require('nested-property');
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import autobind from 'autobind-decorator';
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import * as mongo from 'mongodb';
import db from '../db/mongodb';
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import Note, { INote } from '../models/note';
import User, { isLocalUser, IUser } from '../models/user';
import DriveFile, { IDriveFile } from '../models/drive-file';
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import { ICollection } from 'monk';
type Obj = { [key: string]: any };
type Partial<T> = {
[P in keyof T]?: Partial<T[P]>;
};
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type ArrayValue<T> = {
[P in keyof T]: T[P] extends number ? Array<T[P]> : ArrayValue<T[P]>;
};
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type Span = 'day' | 'hour';
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//#region Chart Core
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type Log<T extends Obj> = {
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_id: mongo.ObjectID;
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/**
*
*/
group?: any;
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/**
*
*/
date: Date;
/**
*
*/
span: Span;
/**
*
*/
data: T;
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/**
*
*/
unique?: Obj;
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};
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/**
*
*/
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abstract class Stats<T> {
protected collection: ICollection<Log<T>>;
protected abstract async generateTemplate(init: boolean, latestLog?: T): Promise<T>;
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constructor(name: string) {
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this.collection = db.get<Log<T>>(`stats.${name}`);
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this.collection.createIndex({ span: -1, date: -1 }, { unique: true });
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this.collection.createIndex('group');
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}
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@autobind
private convertQuery(x: Obj, path: string): Obj {
const query: Obj = {};
const dive = (x: Obj, path: string) => {
Object.entries(x).forEach(([k, v]) => {
const p = path ? `${path}.${k}` : k;
if (typeof v === 'number') {
query[p] = v;
} else {
dive(v, p);
}
});
};
dive(x, path);
return query;
}
@autobind
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private async getCurrentLog(span: Span, group?: Obj): Promise<Log<T>> {
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const now = new Date();
const y = now.getFullYear();
const m = now.getMonth();
const d = now.getDate();
const h = now.getHours();
const current =
span == 'day' ? new Date(y, m, d) :
span == 'hour' ? new Date(y, m, d, h) :
null;
// 現在(今日または今のHour)の統計
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const currentLog = await this.collection.findOne({
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group: group,
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span: span,
date: current
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});
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if (currentLog) {
return currentLog;
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}
// 集計期間が変わってから、初めてのチャート更新なら
// 最も最近の統計を持ってくる
// * 例えば集計期間が「日」である場合で考えると、
// * 昨日何もチャートを更新するような出来事がなかった場合は、
// * 統計がそもそも作られずドキュメントが存在しないということがあり得るため、
// * 「昨日の」と決め打ちせずに「もっとも最近の」とします
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const latestLog = await this.collection.findOne({
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group: group,
span: span
}, {
sort: {
date: -1
}
});
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if (latestLog) {
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// 現在の統計を初期挿入
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const data = await this.generateTemplate(false, latestLog.data);
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const log = await this.collection.insert({
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group: group,
span: span,
date: current,
data: data
});
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return log;
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} else {
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// 統計が存在しなかったら
// * Misskeyインスタンスを建てて初めてのチャート更新時など
// 空の統計を作成
const data = await this.generateTemplate(true);
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const log = await this.collection.insert({
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group: group,
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span: span,
date: current,
data: data
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});
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return log;
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}
}
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@autobind
protected commit(query: Obj, group?: Obj, uniqueKey?: string, uniqueValue?: string): void {
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const update = (log: Log<T>) => {
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// ユニークインクリメントの場合、指定のキーに指定の値が既に存在していたら弾く
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if (
uniqueKey &&
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log.unique &&
log.unique[uniqueKey] &&
log.unique[uniqueKey].includes(uniqueValue)
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) return;
// ユニークインクリメントの指定のキーに値を追加
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if (uniqueKey) {
query['$push'] = {
[`unique.${uniqueKey}`]: uniqueValue
};
}
this.collection.update({
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_id: log._id
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}, query);
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};
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this.getCurrentLog('day', group).then(log => update(log));
this.getCurrentLog('hour', group).then(log => update(log));
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}
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@autobind
protected inc(inc: Partial<T>, group?: Obj): void {
this.commit({
$inc: this.convertQuery(inc, 'data')
}, group);
}
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@autobind
protected incIfUnique(inc: Partial<T>, key: string, value: string, group?: Obj): void {
this.commit({
$inc: this.convertQuery(inc, 'data')
}, group, key, value);
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}
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@autobind
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public async getChart(span: Span, range: number, group?: Obj): Promise<ArrayValue<T>> {
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const promisedChart: Promise<T>[] = [];
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const now = new Date();
const y = now.getFullYear();
const m = now.getMonth();
const d = now.getDate();
const h = now.getHours();
const gt =
span == 'day' ? new Date(y, m, d - range) :
span == 'hour' ? new Date(y, m, d, h - range) : null;
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const logs = await this.collection.find({
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group: group,
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span: span,
date: {
$gt: gt
}
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}, {
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sort: {
date: -1
},
fields: {
_id: 0
}
});
for (let i = (range - 1); i >= 0; i--) {
const current =
span == 'day' ? new Date(y, m, d - i) :
span == 'hour' ? new Date(y, m, d, h - i) :
null;
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const log = logs.find(l => l.date.getTime() == current.getTime());
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if (log) {
promisedChart.unshift(Promise.resolve(log.data));
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} else { // 隙間埋め
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const latest = logs.find(l => l.date.getTime() < current.getTime());
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promisedChart.unshift(this.generateTemplate(false, latest ? latest.data : null));
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}
}
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const chart = await Promise.all(promisedChart);
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const res: ArrayValue<T> = {} as any;
/**
* [{
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* xxxxx: 1,
* yyyyy: 5
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* }, {
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* xxxxx: 2,
* yyyyy: 6
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* }, {
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* xxxxx: 3,
* yyyyy: 7
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* }]
*
*
*
* {
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* xxxxx: [1, 2, 3],
* yyyyy: [5, 6, 7]
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* }
*
*
*/
const dive = (x: Obj, path?: string) => {
Object.entries(x).forEach(([k, v]) => {
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const p = path ? `${path}.${k}` : k;
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if (typeof v == 'object') {
dive(v, p);
} else {
nestedProperty.set(res, p, chart.map(s => nestedProperty.get(s, p)));
}
});
};
dive(chart[0]);
return res;
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}
}
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//#endregion
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//#region Users stats
/**
*
*/
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type UsersLog = {
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local: {
/**
* ()
*/
total: number;
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/**
* ()
*/
inc: number;
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/**
* ()
*/
dec: number;
};
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remote: {
/**
* ()
*/
total: number;
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/**
* ()
*/
inc: number;
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/**
* ()
*/
dec: number;
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};
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};
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class UsersStats extends Stats<UsersLog> {
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constructor() {
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super('users');
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}
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@autobind
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protected async generateTemplate(init: boolean, latestLog?: UsersLog): Promise<UsersLog> {
const [localCount, remoteCount] = init ? await Promise.all([
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User.count({ host: null }),
User.count({ host: { $ne: null } })
]) : [
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latestLog ? latestLog.local.total : 0,
latestLog ? latestLog.remote.total : 0
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];
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return {
local: {
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total: localCount,
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inc: 0,
dec: 0
},
remote: {
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total: remoteCount,
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inc: 0,
dec: 0
}
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};
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}
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@autobind
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public async update(user: IUser, isAdditional: boolean) {
const update: Obj = {};
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update.total = isAdditional ? 1 : -1;
if (isAdditional) {
update.inc = 1;
} else {
update.dec = 1;
}
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await this.inc({
[isLocalUser(user) ? 'local' : 'remote']: update
});
}
}
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export const usersStats = new UsersStats();
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//#endregion
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//#region Notes stats
/**
* 稿
*/
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type NotesLog = {
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local: {
/**
* 稿 ()
*/
total: number;
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/**
* 稿 ()
*/
inc: number;
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/**
* 稿 ()
*/
dec: number;
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diffs: {
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/**
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* 稿 ()
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*/
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normal: number;
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/**
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* 稿 ()
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*/
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reply: number;
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/**
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* Renoteの投稿数の差分 ()
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*/
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renote: number;
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};
};
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remote: {
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/**
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* 稿 ()
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*/
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total: number;
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/**
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* 稿 ()
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*/
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inc: number;
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/**
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* 稿 ()
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*/
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dec: number;
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diffs: {
/**
* 稿 ()
*/
normal: number;
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/**
* 稿 ()
*/
reply: number;
/**
* Renoteの投稿数の差分 ()
*/
renote: number;
};
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};
};
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class NotesStats extends Stats<NotesLog> {
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constructor() {
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super('notes');
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}
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@autobind
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protected async generateTemplate(init: boolean, latestLog?: NotesLog): Promise<NotesLog> {
const [localCount, remoteCount] = init ? await Promise.all([
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Note.count({ '_user.host': null }),
Note.count({ '_user.host': { $ne: null } })
]) : [
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latestLog ? latestLog.local.total : 0,
latestLog ? latestLog.remote.total : 0
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];
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return {
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local: {
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total: localCount,
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inc: 0,
dec: 0,
diffs: {
normal: 0,
reply: 0,
renote: 0
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}
},
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remote: {
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total: remoteCount,
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inc: 0,
dec: 0,
diffs: {
normal: 0,
reply: 0,
renote: 0
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}
}
};
}
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@autobind
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public async update(note: INote, isAdditional: boolean) {
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const update: Obj = {
diffs: {}
};
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update.total = isAdditional ? 1 : -1;
if (isAdditional) {
update.inc = 1;
} else {
update.dec = 1;
}
if (note.replyId != null) {
update.diffs.reply = isAdditional ? 1 : -1;
} else if (note.renoteId != null) {
update.diffs.renote = isAdditional ? 1 : -1;
} else {
update.diffs.normal = isAdditional ? 1 : -1;
}
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await this.inc({
[isLocalUser(note._user) ? 'local' : 'remote']: update
});
}
}
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export const notesStats = new NotesStats();
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//#endregion
//#region Drive stats
/**
*
*/
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type DriveLog = {
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local: {
/**
* ()
*/
totalCount: number;
/**
* ()
*/
totalSize: number;
/**
* ()
*/
incCount: number;
/**
* 使 ()
*/
incSize: number;
/**
* ()
*/
decCount: number;
/**
* 使 ()
*/
decSize: number;
};
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remote: {
/**
* ()
*/
totalCount: number;
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/**
* ()
*/
totalSize: number;
/**
* ()
*/
incCount: number;
/**
* 使 ()
*/
incSize: number;
/**
* ()
*/
decCount: number;
/**
* 使 ()
*/
decSize: number;
};
};
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class DriveStats extends Stats<DriveLog> {
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constructor() {
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super('drive');
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}
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@autobind
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protected async generateTemplate(init: boolean, latestLog?: DriveLog): Promise<DriveLog> {
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const calcSize = (local: boolean) => DriveFile
.aggregate([{
$match: {
'metadata._user.host': local ? null : { $ne: null },
'metadata.deletedAt': { $exists: false }
}
}, {
$project: {
length: true
}
}, {
$group: {
_id: null,
usage: { $sum: '$length' }
}
}])
.then(res => res.length > 0 ? res[0].usage : 0);
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const [localCount, remoteCount, localSize, remoteSize] = init ? await Promise.all([
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DriveFile.count({ 'metadata._user.host': null }),
DriveFile.count({ 'metadata._user.host': { $ne: null } }),
calcSize(true),
calcSize(false)
]) : [
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latestLog ? latestLog.local.totalCount : 0,
latestLog ? latestLog.remote.totalCount : 0,
latestLog ? latestLog.local.totalSize : 0,
latestLog ? latestLog.remote.totalSize : 0
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];
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return {
local: {
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totalCount: localCount,
totalSize: localSize,
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incCount: 0,
incSize: 0,
decCount: 0,
decSize: 0
},
remote: {
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totalCount: remoteCount,
totalSize: remoteSize,
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incCount: 0,
incSize: 0,
decCount: 0,
decSize: 0
}
};
}
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@autobind
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public async update(file: IDriveFile, isAdditional: boolean) {
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const update: Obj = {};
update.totalCount = isAdditional ? 1 : -1;
update.totalSize = isAdditional ? file.length : -file.length;
if (isAdditional) {
update.incCount = 1;
update.incSize = file.length;
} else {
update.decCount = 1;
update.decSize = file.length;
}
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await this.inc({
[isLocalUser(file.metadata._user) ? 'local' : 'remote']: update
});
}
}
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export const driveStats = new DriveStats();
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//#endregion
//#region Network stats
/**
*
*/
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type NetworkLog = {
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/**
*
*/
incomingRequests: number;
/**
*
*/
outgoingRequests: number;
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/**
*
* TIP: (totalTime / incomingRequests)
*/
totalTime: number;
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/**
*
*/
incomingBytes: number;
/**
*
*/
outgoingBytes: number;
};
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class NetworkStats extends Stats<NetworkLog> {
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constructor() {
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super('network');
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}
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@autobind
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protected async generateTemplate(init: boolean, latestLog?: NetworkLog): Promise<NetworkLog> {
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return {
incomingRequests: 0,
outgoingRequests: 0,
totalTime: 0,
incomingBytes: 0,
outgoingBytes: 0
};
}
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@autobind
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public async update(incomingRequests: number, time: number, incomingBytes: number, outgoingBytes: number) {
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const inc: Partial<NetworkLog> = {
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incomingRequests: incomingRequests,
totalTime: time,
incomingBytes: incomingBytes,
outgoingBytes: outgoingBytes
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};
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await this.inc(inc);
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}
}
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export const networkStats = new NetworkStats();
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//#endregion