text
stringlengths 2
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"use strict";
const gulp = require('gulp');
const mocha = require('gulp-mocha');
const eslint = require('gulp-eslint');
const sequence = require('run-sequence');
const _glob = require('glob');
const co = require('co');
const childProcess = require('child_process');
const entry = './index.js';
const testDir = './test';
const testGlob = `${testDir}/*.spec.js`;
const perfDir = './perf';
const perfGlob = `${perfDir}/*.perf.js`;
const srcDir = './src';
const srcGlob = `${srcDir}/**/*.js`;
const glob = (path, options = {}) => new Promise((resolve, reject) => {
return _glob(path, options, (err, data) => {
if (err) {
return reject(err);
}
return resolve(data);
});
});
const spawn = (command, args = [], options = { stdio: 'inherit' }) => new Promise((resolve, reject) => {
const child = childProcess.spawn(command, args, options);
child.once('error', reject);
child.once('close', resolve);
});
gulp.task('lint', () => {
return gulp.src([ entry, srcGlob, testGlob, './gulpfile.js' ])
.pipe(eslint())
.pipe(eslint.format());
});
gulp.task('test', () => {
return gulp.src(testGlob)
.pipe(mocha({
reporter: 'spec'
}));
});
gulp.task('watch', () => {
gulp.watch([ entry, srcGlob, testGlob ], () => {
return sequence('lint', 'test');
});
});
gulp.task('perf', () => {
const skips = [ 'map-async', 'map-limit', 'map-series' ];
return co(function*() {
const files = yield glob(perfGlob);
for (let file of files) {
if (skips.every(skip => file.indexOf(skip) === -1)) {
yield spawn('node', [ file ]);
}
}
});
});
gulp.task('default', done => {
sequence(
'lint'
, 'test'
, 'watch'
, done
);
});
|
/**
*
* TextField
*
*/
import React from 'react';
import styled from 'styled-components';
const TextField = styled.div`
width: 600px;
height: 150px;
padding: 5px;
background-color: #ffebba;
overflow-y: scroll;
`;
TextField.propTypes = {
};
export default TextField;
|
import moment from "moment-timezone";
const INFO = "INFO";
const WARN = "WARN";
const ERR = "ERROR";
const ENV = process.env.ENV;
function log(level, message) {
if(ENV === 'test') {
return;
}
console.log(JSON.stringify({time : moment(new Date()).format(), severity : level, message : message}));
}
export default log;
export {INFO, WARN, ERR};
|
(function AlumnosCRUDScope(angular) {
'use strict';
angular.module('cdApp.alumno').controller('AlumnosCRUDController',
['$scope', 'Alumnos', '$uibModalInstance', 'alumnoId', 'Materias',
function ($scope, Alumnos, $uibModalInstance, alumnoId, Materias) {
var that = this;
that.modalInstance = $uibModalInstance;
that.validateError = {
text: 'Campo requerido'
};
that.getDataMaterias = [];
that.selectedMaterias = [];
that.alumno = Alumnos.getDefaultEntity();
that.alumno._id = alumnoId;
that.init = function init() {
if (that.alumno._id) {
that.title = 'Consulta de alumno';
that.setAlumno();
that.setEdit(false);
} else {
that.title = 'Alta de alumno';
that.getMaterias();
that.setEdit(true);
}
};
that.setEdit = function setEdit(boolean) {
that.disabled = !boolean;
that.isEditing = boolean;
};
that.setAlumno = function setAlumno() {
that.isLoading = true;
Alumnos.get({ id: that.alumno._id }).$promise.then(function onThen(res) {
that.alumno = res;
that.getMaterias();
}).finally(function onFinally() {
that.isLoading = false;
});
};
that.save = function save() {
that.setMaterias();
if (that.validate()) {
that.alumno._id ? that.update() : that.createNew();
}
};
that.createNew = function createNew() {
that.isLoading = true;
Alumnos.save(that.alumno).$promise.then(function onThen(res) {
that.modalInstance.close();
});
that.isLoading = false;
}
that.update = function update() {
that.isLoading = true;
Alumnos.update(that.alumno).$promise.then(function onThen(res) {
that.modalInstance.close();
});
that.isLoading = false;
}
that.delete = function deleteAlumno() {
Alumnos.remove([{ _id: that.alumno._id }]).$promise.then(function onThen(res) {
that.modalInstance.close();
})
}
that.cancel = function () {
that.modalInstance.dismiss();
};
that.validate = function validate() {
return that.validateLegajo() && that.validateName() && that.validateSurname();
};
that.validateLegajo = function validateLegajo() {
return !(that.validateError.legajo = !that.alumno.legajo);
};
that.validateName = function validateName() {
return !(that.validateError.name = !that.alumno.name);
};
that.validateSurname = function validateSurname() {
return !(that.validateError.surname = !that.alumno.surname);
};
that.getMaterias = function getMaterias() {
that.isLoading = true;
Materias.query().$promise.then(function onThen(res) {
var i = 1;
res.map(function onMap(obj) {
that.getDataMaterias.push({ id: i, label: obj.name, idMat: obj._id });
if (that.alumno.materias.length > 0) {
var aux = that.alumno.materias.find(function onFind(el) {
return obj._id === el.id;
});
if (aux) {
that.selectedMaterias.push({ id: i });
}
}
i++;
});
}).finally(function onFinally() {
that.isLoading = false;
});
};
//Dado que el componente no deja bien, tengo que hacer esto
that.setMaterias = function setMaterias() {
that.alumno.materias.splice(0);
that.selectedMaterias.map(function forEach(obj) {
var aux = that.getDataMaterias.find(function find(el) {
return obj.id === el.id;
});
that.alumno.materias.push({ id: aux.idMat, name: aux.label });
});
};
that.init();
}
]);
})(angular);
|
/*!
* froala_editor v3.0.0 (https://www.froala.com/wysiwyg-editor)
* License https://froala.com/wysiwyg-editor/terms/
* Copyright 2014-2019 Froala Labs
*/
!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?t(require("froala-editor")):"function"==typeof define&&define.amd?define(["froala-editor"],t):t(e.FroalaEditor)}(this,function(e){"use strict";e=e&&e.hasOwnProperty("default")?e["default"]:e,Object.assign(e.DEFAULTS,{saveInterval:1e4,saveURL:null,saveParams:{},saveParam:"body",saveMethod:"POST"}),e.PLUGINS.save=function(i){var v=i.$,e=null,f=null,t=!1,u=1,l=2,s={};function c(e,t){i.events.trigger("save.error",[{code:e,message:s[e]},t])}function a(e){void 0===e&&(e=i.html.get());var a=e,t=i.events.trigger("save.before",[e]);if(!1===t)return!1;if("string"==typeof t&&(e=t),i.opts.saveURL){var s={};for(var n in i.opts.saveParams)if(i.opts.saveParams.hasOwnProperty(n)){var o=i.opts.saveParams[n];s[n]="function"==typeof o?o.call(this):o}var r={};r[i.opts.saveParam]=e,v(this).ajax({method:i.opts.saveMethod,url:i.opts.saveURL,data:Object.assign(r,s),crossDomain:i.opts.requestWithCORS,withCredentials:i.opts.requestWithCredentials,headers:i.opts.requestHeaders,done:function(e,t,s){f=a,i.events.trigger("save.after",[e])},fail:function(e){c(l,e.response||e.responseText)}})}else c(u)}function n(){clearTimeout(e),e=setTimeout(function(){var e=i.html.get();(f!=e||t)&&(t=!1,a(f=e))},i.opts.saveInterval)}return s[u]="Missing saveURL option.",s[l]="Something went wrong during save.",{_init:function o(){i.opts.saveInterval&&(f=i.html.get(),i.events.on("contentChanged",n),i.events.on("keydown destroy",function(){clearTimeout(e)}))},save:a,reset:function r(){n(),t=!1},force:function d(){t=!0}}},e.DefineIcon("save",{NAME:"floppy-o",FA5NAME:"save"}),e.RegisterCommand("save",{title:"Save",undo:!1,focus:!1,refreshAfterCallback:!1,callback:function(){this.save.save()},plugin:"save"})});
|
import React from 'react'
import Icon from 'react-icon-base'
const IoAndroidMap = props => (
<Icon viewBox="0 0 40 40" {...props}>
<g><path d="m34.1 5c0.5 0 0.9 0.4 0.9 0.9v25.1c0 0.4-0.2 0.7-0.5 0.8l-9.5 3.2-10-3.5s-8.2 3.2-8.4 3.3-0.6 0.2-0.7 0.2c-0.5 0-0.9-0.4-0.9-0.9v-25.1c0-0.4 0.2-0.7 0.5-0.8l9.5-3.2 10 3.5s8-3.1 8.4-3.3 0.6-0.2 0.7-0.2z m-9.1 26.6v-19.8l-10-3.4v19.8z"/></g>
</Icon>
)
export default IoAndroidMap
|
const Oracle = artifacts.require('Oracle');
const Resolver = artifacts.require('Resolver');
const Example = artifacts.require('Example');
// If you want to use await / async syntax in Truffle migrations,
// see https://github.com/trufflesuite/truffle/issues/501
module.exports = (deployer, network) => {
if (network === 'development') {
deployer.then(async () => {
await deployer.deploy(Oracle);
// set the Oracle contract address via the Resolver contract
await deployer.deploy(Resolver, Oracle.address);
await deployer.deploy(Example, Resolver.address);
});
}
// Live networks
if (network === "ropsten") {
const resolverAddress = "0xad37cb4958440397809aa18c3530191b6a85b781";
deployer.deploy(Example, resolverAddress);
}
};
|
"use strict";
const mongoose = require("mongoose");
const _ = require("lodash");
const userSchema = new mongoose.Schema({
username: {
type: String,
required: true
},
email: {
type: String,
required: true
},
password: {
type: String,
required: true
},
profilePicturePath: {
type: String,
default: null
},
creationDate: {
type: Date,
default: Date.now
},
notificationsEnabled: {
type: Boolean,
default: true
},
disabledNotificationsLists: {
type: [mongoose.ObjectId],
default: []
},
achievements: {
type: [Date],
default: _.range(0, 14).map(_ => null)
},
completedTasks: {
type: Number,
default: 0
}
});
userSchema.path("email").validate(
function(email) {
return mongoose.model("User").count({ email }).exec().then(count => count === 0, _ => false);
},
"A user has already registered with this email, please choose another"
);
module.exports = {
createUserModel: () => mongoose.model("User", userSchema)
};
|
'use strict';
require('dotenv').config();
const assert = require('assert');
const api_key = process.env.LOL_API_KEY;
const LeagueofLegends = require('../index');
const lol = new LeagueofLegends(api_key, 'na');
describe('League', function() {
describe('#league', function() {
it('should retrieve league info of the specified summoners', function() {
return lol.leagues('48641392').then((result) => {
let key = Object.keys(result)[0];
assert.equal(result[key][0].participantId, '48641392');
});
});
});
describe('#leagueEntries', function() {
it('should retrieve the league entries of the specified summoners', function() {
return lol.leagueEntries('48641392').then((result) => {
let key = Object.keys(result)[0];
let playerId = result[key][0].entries[0].playerOrTeamId;
assert.equal(playerId, '48641392');
})
});
});
describe('#master', function() {
it('should retrieve master tier league', function() {
return lol.master('RANKED_SOLO_5x5').then((result) => {
assert.ok(result.entries);
});
});
});
describe('#challenger', function() {
it('should retrieve challenger tier league', function() {
return lol.master('RANKED_SOLO_5x5').then((result) => {
assert.ok(result.entries);
});
});
});
});
|
const { page } = require('@asl/service/ui');
const { form } = require('../../common/routers');
const { submit } = require('../middleware');
const schema = require('./schema');
module.exports = () => {
const app = page({ root: __dirname });
app.use(form({ schema }));
app.post('/', submit());
return app;
};
|
//describe('Shoutem website', () => {
// it('Shoutem header', async () => {
// await browser.url('https://shoutem.com/pricing/');
// const hed = await $('h1');
// await expect(hed).toHaveText('There are more ways to create apps with Shoutem');
// })
// })
// describe('Shoutem buttoni', () => {
// it('Shoutem media page', async () => {
// await browser.url('https://shoutem.com/apps/social-network/');
// const btn = await $('a=Build now');
// await btn.click();
// const temp = await $('.page-title');
// await expect(temp).toHaveText('Choose an app template');
//})})
describe('Krivi login', () => {
it('krivi login', async () => {
await browser.url('https://demo.openmrs.org/openmrs/referenceapplication/login.page');
const un = await $('#username');
const pass = await $('#password');
const loc = await $('#Pharmacy');
const log= await $('#loginButton');
await un.setValue('aa');
await pass.setValue('aa');
await loc.click();
await log.click();
const red = await $('#error-message');
await expect(red).toHaveText('Invalid username/password. Please try again.');
})
})
describe('Ispravan login', () => {
it('ispravan login', async () => {
await browser.url('https://demo.openmrs.org/openmrs/referenceapplication/login.page');
const un = await $('#username');
const pass = await $('#password');
const loc = await $('#Pharmacy');
const log= await $('#loginButton');
await un.setValue('Admin');
await pass.setValue('Admin123');
await loc.click();
await log.click();
const go = await $('h4');
await expect(go);
})
})
describe('Ispravan login 2', () => {
it('ispravan login 2', async () => {
await browser.url('https://demo.openmrs.org/openmrs/referenceapplication/login.page');
const un = await $('#username');
const pass = await $('#password');
const loc = await $('#Pharmacy');
const log= await $('#loginButton');
await un.setValue('Admin');
await pass.setValue('Admin123');
await loc.click();
await log.click();
await browser.setWindowSize(1500, 1500);
browser.pause(30000);
const out = await $('a=Logout');
await out.click();
await expect(log).toBePresent();
browser.pause(3000);
})
})
|
import { Translate } from 'aws-sdk';
import { handler } from './translator';
jest.mock('aws-sdk');
describe('translator', () => {
beforeEach(() => {
Translate.mockRestore && Translate.mockRestore();
});
it('should return a 200 http result with the translation', async () => {
// Given
const event = {
queryStringParameters: {
text: 'Phrase à traduire',
},
};
const mockTranslateText = jest.fn().mockReturnValue({
promise: jest.fn().mockResolvedValue({
TranslatedText: "I'm a test",
SourceLanguageCode: 'fr',
TargetLanguageCode: 'en',
}),
});
Translate.mockImplementation(() => ({
translateText: mockTranslateText,
}));
// When
const result = await handler(event);
// Then
expect(result.statusCode).toBe(200);
expect(result.body).toEqual(
'{"TranslatedText":"I\'m a test","SourceLanguageCode":"fr","TargetLanguageCode":"en"}',
);
});
});
|
import React from 'react';
import createSvgIcon from './utils/createSvgIcon';
export default createSvgIcon(React.createElement("path", {
d: "M20 8h-3V4H1v13h2c0 1.66 1.34 3 3 3s3-1.34 3-3h6c0 1.66 1.34 3 3 3s3-1.34 3-3h2v-5l-3-4zM6 18c-.55 0-1-.45-1-1s.45-1 1-1 1 .45 1 1-.45 1-1 1zm13.5-8.5l1.96 2.5H17V9.5h2.5zM18 18c-.55 0-1-.45-1-1s.45-1 1-1 1 .45 1 1-.45 1-1 1z"
}), 'LocalShippingSharp');
|
const Editor = require('./Editor.vue').default;
const Render = require('./Render.vue').default;
export default {
code: 'core-imageblock',
name: 'Image',
icon: 'data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAABkBAMAAABdrjA9AAAAJ1BMVEX///8AAAA/Pz+fn58vLy8PDw/v7++AgICvr69gYGC/v7+Pj49vb2+gyKB9AAABQUlEQVRo3u3ZPU7DQBDF8QFH+ZBS8EhcQAVISJS7NyBHMCdIR0FDhWg5gm/AEaioORqWtxgJodhKsjNy/H5d0vz14sRSvEJEREREZOx5g93Wb5LNvEKX8lNy+UC3a8lkWqFbuZU8ZujjS/KYoI9HyeMMfVxIkqP+2nFt8tZlN9ZbrB+/Xtw/Bbf6dAOst171id7RHOoRjZVX/RaNS317/m5Zr9Ao9e2I4FcvgJXfJx8BBK9vXaGvLH9xOr0RjO82Ol3Hm99pI5JgU1c6Xcdb1XV6EgzrOl3Hm9cjVDCrzx50uo63qtcIOl3H29QX7dI0Xd0Y1eu0NLrUF+kyF3Cp1+kyR5f6Eq0ruNTPkbDO+ljqy7v//YzhHzTrrP9x0s8q935OO/Bn1Ac9nx/42cRh5zIDP5OSl87zuG8hIiIiIhqTX04AaDze3mN2AAAAAElFTkSuQmCC',
editor: Editor,
render: Render,
defaults: {
image: {
id: null,
filename: null
}
}
};
|
const db = require('../database/connection');
const jwt = require('../config/jwt');
module.exports = {
async authenticate(req, res, next) {
if (!req.headers.authorization) {
return res.status(401).json({ error: 'Authorization header was not provided' });
}
const [_, token] = req.headers.authorization.split(' ');
try {
const payload = jwt.verify(token);
const [ user ] = await db.select().table('users')
.where({ user_id: payload.user }).limit(1);
if (!user)
return res.status(401).json({ error: 'User not found'});
const { password, created_at, ...safeUser } = user;
req.auth = safeUser;
next();
} catch (error) {
return res.status(401).json(error);
}
},
async refresh(req, res) {
const refreshToken = req.cookies?.jid;
if (!refreshToken)
return res.status(401).json({ error: 'User has not been authorized' });
try {
const payload = jwt.verifyRefresh(refreshToken);
const [ user ] = await db.select().table('users')
.where({ user_id: payload.user }).limit(1);
if (!user)
return res.status(401).json({ error: 'User not found'});
const token = jwt.sign({ user: user.user_id });
res.cookie('jid', jwt.signRefresh({ user: user.user_id }), {
httpOnly: true,
});
return res.json({ token });
} catch (error) {
return res.status(401).json(error);
}
},
};
|
import { isUrl } from '../utils/utils';
const menuData = [
/*{
name: 'dashboard',
icon: 'dashboard',
path: 'dashboard',
children: [
{
name: '分析页',
path: 'analysis',
},
{
name: '监控页',
path: 'monitor',
},
{
name: '工作台',
path: 'workplace',
// hideInBreadcrumb: true,
// hideInMenu: true,
},
],
},*/
{
name: '表单页',
icon: 'form',
path: 'form',
children: [
{
name: '基础表单',
path: 'basic-form',
},
{
name: '分步表单',
path: 'step-form',
},
{
name: '高级表单',
authority: 'admin',
path: 'advanced-form',
},
],
},
{
name: '列表页',
icon: 'table',
path: 'list',
children: [
{
name: '查询表格',
path: 'table-list',
},
{
name: '标准列表',
path: 'basic-list',
},
{
name: '卡片列表',
path: 'card-list',
},
{
name: '搜索列表',
path: 'search',
children: [
{
name: '搜索列表（文章）',
path: 'articles',
},
{
name: '搜索列表（项目）',
path: 'projects',
},
{
name: '搜索列表（应用）',
path: 'applications',
},
],
},
],
},
{
name: '详情页',
icon: 'profile',
path: 'profile',
children: [
{
name: '基础详情页',
path: 'basic',
},
{
name: '高级详情页',
path: 'advanced',
authority: 'admin',
},
],
},
/*{
name: '结果页',
icon: 'check-circle-o',
path: 'result',
children: [
{
name: '成功',
path: 'success',
},
{
name: '失败',
path: 'fail',
},
],
},*/
/*{
name: '异常页',
icon: 'warning',
path: 'exception',
children: [
{
name: '403',
path: '403',
},
{
name: '404',
path: '404',
},
{
name: '500',
path: '500',
},
{
name: '触发异常',
path: 'trigger',
hideInMenu: true,
},
],
},*/
{
name: '账户',
icon: 'user',
path: 'user',
authority: 'guest',
children: [
{
name: '登录',
path: 'login',
},
{
name: '注册',
path: 'register',
},
{
name: '注册结果',
path: 'register-result',
},
],
},
];
function formatter(data, parentPath = '/', parentAuthority) {
return data.map(item => {
let { path } = item;
if (!isUrl(path)) {
path = parentPath + item.path;
}
const result = {
...item,
path,
authority: item.authority || parentAuthority,
};
if (item.children) {
result.children = formatter(item.children, `${parentPath}${item.path}/`, item.authority);
}
return result;
});
}
export const getMenuData = () => formatter(menuData);
|
'use strict';
import MouseMove from '../src/MouseMove';
describe('MouseMove', function() {
it('should be tested', function() {
expect('No tests for this module yet.').toBe('Everything is ok.');
});
});
|
regions = [
'countryCM:foreign',
'countryCM:adamaoua',
'countryCM:centre',
'countryCM:est',
'countryCM:extreme-nord',
'countryCM:littoral',
'countryCM:nord',
'countryCM:nord-ouest',
'countryCM:sud',
'countryCM:sud-ouest',
'countryCM:ouest'
];
|
import React from 'react';
import { mount } from 'enzyme';
import { ThemeProvider } from 'styled-components';
import Blur from '../Blur';
import theme from '../../theme';
const renderComponent = (EffectComponent = Blur, props = {}) => mount(
<ThemeProvider theme={theme}>
<EffectComponent {...props} />
</ThemeProvider>
);
describe('Blur', () => {
let children;
beforeAll(() => {
children = (<h1>Test</h1>);
});
it('should render Blur', () => {
const renderedComponent = renderComponent(Blur, { children });
expect(renderedComponent.length).toBe(1);
});
});
|
ace.define("ace/mode/doc_comment_highlight_rules",[], function(require, exports, module) {
"use strict";
var oop = require("../lib/oop");
var TextHighlightRules = require("./text_highlight_rules").TextHighlightRules;
var DocCommentHighlightRules = function() {
this.$rules = {
"start" : [ {
token : "comment.doc.tag",
regex : "@[\\w\\d_]+" // TODO: fix email addresses
},
DocCommentHighlightRules.getTagRule(),
{
defaultToken : "comment.doc",
caseInsensitive: true
}]
};
};
oop.inherits(DocCommentHighlightRules, TextHighlightRules);
DocCommentHighlightRules.getTagRule = function(start) {
return {
token : "comment.doc.tag.storage.type",
regex : "\\b(?:TODO|FIXME|XXX|HACK)\\b"
};
};
DocCommentHighlightRules.getStartRule = function(start) {
return {
token : "comment.doc", // doc comment
regex : "\\/\\*(?=\\*)",
next : start
};
};
DocCommentHighlightRules.getEndRule = function (start) {
return {
token : "comment.doc", // closing comment
regex : "\\*\\/",
next : start
};
};
exports.DocCommentHighlightRules = DocCommentHighlightRules;
});
ace.define("ace/mode/javascript_highlight_rules",[], function(require, exports, module) {
"use strict";
var oop = require("../lib/oop");
var DocCommentHighlightRules = require("./doc_comment_highlight_rules").DocCommentHighlightRules;
var TextHighlightRules = require("./text_highlight_rules").TextHighlightRules;
var identifierRe = "[a-zA-Z\\$_\u00a1-\uffff][a-zA-Z\\d\\$_\u00a1-\uffff]*";
var JavaScriptHighlightRules = function(options) {
var keywordMapper = this.createKeywordMapper({
"variable.language":
"Array|Boolean|Date|Function|Iterator|Number|Object|RegExp|String|Proxy|" + // Constructors
"Namespace|QName|XML|XMLList|" + // E4X
"ArrayBuffer|Float32Array|Float64Array|Int16Array|Int32Array|Int8Array|" +
"Uint16Array|Uint32Array|Uint8Array|Uint8ClampedArray|" +
"Error|EvalError|InternalError|RangeError|ReferenceError|StopIteration|" + // Errors
"SyntaxError|TypeError|URIError|" +
"decodeURI|decodeURIComponent|encodeURI|encodeURIComponent|eval|isFinite|" + // Non-constructor functions
"isNaN|parseFloat|parseInt|" +
"JSON|Math|" + // Other
"this|arguments|prototype|window|document" , // Pseudo
"keyword":
"const|yield|import|get|set|async|await|" +
"break|case|catch|continue|default|delete|do|else|finally|for|function|" +
"if|in|of|instanceof|new|return|switch|throw|try|typeof|let|var|while|with|debugger|" +
"__parent__|__count__|escape|unescape|with|__proto__|" +
"class|enum|extends|super|export|implements|private|public|interface|package|protected|static",
"storage.type":
"const|let|var|function",
"constant.language":
"null|Infinity|NaN|undefined",
"support.function":
"alert",
"constant.language.boolean": "true|false"
}, "identifier");
var kwBeforeRe = "case|do|else|finally|in|instanceof|return|throw|try|typeof|yield|void";
var escapedRe = "\\\\(?:x[0-9a-fA-F]{2}|" + // hex
"u[0-9a-fA-F]{4}|" + // unicode
"u{[0-9a-fA-F]{1,6}}|" + // es6 unicode
"[0-2][0-7]{0,2}|" + // oct
"3[0-7][0-7]?|" + // oct
"[4-7][0-7]?|" + //oct
".)";
this.$rules = {
"no_regex" : [
DocCommentHighlightRules.getStartRule("doc-start"),
comments("no_regex"),
{
token : "string",
regex : "'(?=.)",
next : "qstring"
}, {
token : "string",
regex : '"(?=.)',
next : "qqstring"
}, {
token : "constant.numeric", // hexadecimal, octal and binary
regex : /0(?:[xX][0-9a-fA-F]+|[oO][0-7]+|[bB][01]+)\b/
}, {
token : "constant.numeric", // decimal integers and floats
regex : /(?:\d\d*(?:\.\d*)?|\.\d+)(?:[eE][+-]?\d+\b)?/
}, {
token : [
"storage.type", "punctuation.operator", "support.function",
"punctuation.operator", "entity.name.function", "text","keyword.operator"
],
regex : "(" + identifierRe + ")(\\.)(prototype)(\\.)(" + identifierRe +")(\\s*)(=)",
next: "function_arguments"
}, {
token : [
"storage.type", "punctuation.operator", "entity.name.function", "text",
"keyword.operator", "text", "storage.type", "text", "paren.lparen"
],
regex : "(" + identifierRe + ")(\\.)(" + identifierRe +")(\\s*)(=)(\\s*)(function)(\\s*)(\\()",
next: "function_arguments"
}, {
token : [
"entity.name.function", "text", "keyword.operator", "text", "storage.type",
"text", "paren.lparen"
],
regex : "(" + identifierRe +")(\\s*)(=)(\\s*)(function)(\\s*)(\\()",
next: "function_arguments"
}, {
token : [
"storage.type", "punctuation.operator", "entity.name.function", "text",
"keyword.operator", "text",
"storage.type", "text", "entity.name.function", "text", "paren.lparen"
],
regex : "(" + identifierRe + ")(\\.)(" + identifierRe +")(\\s*)(=)(\\s*)(function)(\\s+)(\\w+)(\\s*)(\\()",
next: "function_arguments"
}, {
token : [
"storage.type", "text", "entity.name.function", "text", "paren.lparen"
],
regex : "(function)(\\s+)(" + identifierRe + ")(\\s*)(\\()",
next: "function_arguments"
}, {
token : [
"entity.name.function", "text", "punctuation.operator",
"text", "storage.type", "text", "paren.lparen"
],
regex : "(" + identifierRe + ")(\\s*)(:)(\\s*)(function)(\\s*)(\\()",
next: "function_arguments"
}, {
token : [
"text", "text", "storage.type", "text", "paren.lparen"
],
regex : "(:)(\\s*)(function)(\\s*)(\\()",
next: "function_arguments"
}, {
token : "keyword",
regex : "from(?=\\s*('|\"))"
}, {
token : "keyword",
regex : "(?:" + kwBeforeRe + ")\\b",
next : "start"
}, {
token : ["support.constant"],
regex : /that\b/
}, {
token : ["storage.type", "punctuation.operator", "support.function.firebug"],
regex : /(console)(\.)(warn|info|log|error|time|trace|timeEnd|assert)\b/
}, {
token : keywordMapper,
regex : identifierRe
}, {
token : "punctuation.operator",
regex : /[.](?![.])/,
next : "property"
}, {
token : "storage.type",
regex : /=>/
}, {
token : "keyword.operator",
regex : /--|\+\+|\.{3}|===|==|=|!=|!==|<+=?|>+=?|!|&&|\|\||\?:|[!$%&*+\-~\/^]=?/,
next : "start"
}, {
token : "punctuation.operator",
regex : /[?:,;.]/,
next : "start"
}, {
token : "paren.lparen",
regex : /[\[({]/,
next : "start"
}, {
token : "paren.rparen",
regex : /[\])}]/
}, {
token: "comment",
regex: /^#!.*$/
}
],
property: [{
token : "text",
regex : "\\s+"
}, {
token : [
"storage.type", "punctuation.operator", "entity.name.function", "text",
"keyword.operator", "text",
"storage.type", "text", "entity.name.function", "text", "paren.lparen"
],
regex : "(" + identifierRe + ")(\\.)(" + identifierRe +")(\\s*)(=)(\\s*)(function)(?:(\\s+)(\\w+))?(\\s*)(\\()",
next: "function_arguments"
}, {
token : "punctuation.operator",
regex : /[.](?![.])/
}, {
token : "support.function",
regex : /(s(?:h(?:ift|ow(?:Mod(?:elessDialog|alDialog)|Help))|croll(?:X|By(?:Pages|Lines)?|Y|To)?|t(?:op|rike)|i(?:n|zeToContent|debar|gnText)|ort|u(?:p|b(?:str(?:ing)?)?)|pli(?:ce|t)|e(?:nd|t(?:Re(?:sizable|questHeader)|M(?:i(?:nutes|lliseconds)|onth)|Seconds|Ho(?:tKeys|urs)|Year|Cursor|Time(?:out)?|Interval|ZOptions|Date|UTC(?:M(?:i(?:nutes|lliseconds)|onth)|Seconds|Hours|Date|FullYear)|FullYear|Active)|arch)|qrt|lice|avePreferences|mall)|h(?:ome|andleEvent)|navigate|c(?:har(?:CodeAt|At)|o(?:s|n(?:cat|textual|firm)|mpile)|eil|lear(?:Timeout|Interval)?|a(?:ptureEvents|ll)|reate(?:StyleSheet|Popup|EventObject))|t(?:o(?:GMTString|S(?:tring|ource)|U(?:TCString|pperCase)|Lo(?:caleString|werCase))|est|a(?:n|int(?:Enabled)?))|i(?:s(?:NaN|Finite)|ndexOf|talics)|d(?:isableExternalCapture|ump|etachEvent)|u(?:n(?:shift|taint|escape|watch)|pdateCommands)|j(?:oin|avaEnabled)|p(?:o(?:p|w)|ush|lugins.refresh|a(?:ddings|rse(?:Int|Float)?)|r(?:int|ompt|eference))|e(?:scape|nableExternalCapture|val|lementFromPoint|x(?:p|ec(?:Script|Command)?))|valueOf|UTC|queryCommand(?:State|Indeterm|Enabled|Value)|f(?:i(?:nd|le(?:ModifiedDate|Size|CreatedDate|UpdatedDate)|xed)|o(?:nt(?:size|color)|rward)|loor|romCharCode)|watch|l(?:ink|o(?:ad|g)|astIndexOf)|a(?:sin|nchor|cos|t(?:tachEvent|ob|an(?:2)?)|pply|lert|b(?:s|ort))|r(?:ou(?:nd|teEvents)|e(?:size(?:By|To)|calc|turnValue|place|verse|l(?:oad|ease(?:Capture|Events)))|andom)|g(?:o|et(?:ResponseHeader|M(?:i(?:nutes|lliseconds)|onth)|Se(?:conds|lection)|Hours|Year|Time(?:zoneOffset)?|Da(?:y|te)|UTC(?:M(?:i(?:nutes|lliseconds)|onth)|Seconds|Hours|Da(?:y|te)|FullYear)|FullYear|A(?:ttention|llResponseHeaders)))|m(?:in|ove(?:B(?:y|elow)|To(?:Absolute)?|Above)|ergeAttributes|a(?:tch|rgins|x))|b(?:toa|ig|o(?:ld|rderWidths)|link|ack))\b(?=\()/
}, {
token : "support.function.dom",
regex : /(s(?:ub(?:stringData|mit)|plitText|e(?:t(?:NamedItem|Attribute(?:Node)?)|lect))|has(?:ChildNodes|Feature)|namedItem|c(?:l(?:ick|o(?:se|neNode))|reate(?:C(?:omment|DATASection|aption)|T(?:Head|extNode|Foot)|DocumentFragment|ProcessingInstruction|E(?:ntityReference|lement)|Attribute))|tabIndex|i(?:nsert(?:Row|Before|Cell|Data)|tem)|open|delete(?:Row|C(?:ell|aption)|T(?:Head|Foot)|Data)|focus|write(?:ln)?|a(?:dd|ppend(?:Child|Data))|re(?:set|place(?:Child|Data)|move(?:NamedItem|Child|Attribute(?:Node)?)?)|get(?:NamedItem|Element(?:sBy(?:Name|TagName|ClassName)|ById)|Attribute(?:Node)?)|blur)\b(?=\()/
}, {
token : "support.constant",
regex : /(s(?:ystemLanguage|cr(?:ipts|ollbars|een(?:X|Y|Top|Left))|t(?:yle(?:Sheets)?|atus(?:Text|bar)?)|ibling(?:Below|Above)|ource|uffixes|e(?:curity(?:Policy)?|l(?:ection|f)))|h(?:istory|ost(?:name)?|as(?:h|Focus))|y|X(?:MLDocument|SLDocument)|n(?:ext|ame(?:space(?:s|URI)|Prop))|M(?:IN_VALUE|AX_VALUE)|c(?:haracterSet|o(?:n(?:structor|trollers)|okieEnabled|lorDepth|mp(?:onents|lete))|urrent|puClass|l(?:i(?:p(?:boardData)?|entInformation)|osed|asses)|alle(?:e|r)|rypto)|t(?:o(?:olbar|p)|ext(?:Transform|Indent|Decoration|Align)|ags)|SQRT(?:1_2|2)|i(?:n(?:ner(?:Height|Width)|put)|ds|gnoreCase)|zIndex|o(?:scpu|n(?:readystatechange|Line)|uter(?:Height|Width)|p(?:sProfile|ener)|ffscreenBuffering)|NEGATIVE_INFINITY|d(?:i(?:splay|alog(?:Height|Top|Width|Left|Arguments)|rectories)|e(?:scription|fault(?:Status|Ch(?:ecked|arset)|View)))|u(?:ser(?:Profile|Language|Agent)|n(?:iqueID|defined)|pdateInterval)|_content|p(?:ixelDepth|ort|ersonalbar|kcs11|l(?:ugins|atform)|a(?:thname|dding(?:Right|Bottom|Top|Left)|rent(?:Window|Layer)?|ge(?:X(?:Offset)?|Y(?:Offset)?))|r(?:o(?:to(?:col|type)|duct(?:Sub)?|mpter)|e(?:vious|fix)))|e(?:n(?:coding|abledPlugin)|x(?:ternal|pando)|mbeds)|v(?:isibility|endor(?:Sub)?|Linkcolor)|URLUnencoded|P(?:I|OSITIVE_INFINITY)|f(?:ilename|o(?:nt(?:Size|Family|Weight)|rmName)|rame(?:s|Element)|gColor)|E|whiteSpace|l(?:i(?:stStyleType|n(?:eHeight|kColor))|o(?:ca(?:tion(?:bar)?|lName)|wsrc)|e(?:ngth|ft(?:Context)?)|a(?:st(?:M(?:odified|atch)|Index|Paren)|yer(?:s|X)|nguage))|a(?:pp(?:MinorVersion|Name|Co(?:deName|re)|Version)|vail(?:Height|Top|Width|Left)|ll|r(?:ity|guments)|Linkcolor|bove)|r(?:ight(?:Context)?|e(?:sponse(?:XML|Text)|adyState))|global|x|m(?:imeTypes|ultiline|enubar|argin(?:Right|Bottom|Top|Left))|L(?:N(?:10|2)|OG(?:10E|2E))|b(?:o(?:ttom|rder(?:Width|RightWidth|BottomWidth|Style|Color|TopWidth|LeftWidth))|ufferDepth|elow|ackground(?:Color|Image)))\b/
}, {
token : "identifier",
regex : identifierRe
}, {
regex: "",
token: "empty",
next: "no_regex"
}
],
"start": [
DocCommentHighlightRules.getStartRule("doc-start"),
comments("start"),
{
token: "string.regexp",
regex: "\\/",
next: "regex"
}, {
token : "text",
regex : "\\s+|^$",
next : "start"
}, {
token: "empty",
regex: "",
next: "no_regex"
}
],
"regex": [
{
token: "regexp.keyword.operator",
regex: "\\\\(?:u[\\da-fA-F]{4}|x[\\da-fA-F]{2}|.)"
}, {
token: "string.regexp",
regex: "/[sxngimy]*",
next: "no_regex"
}, {
token : "invalid",
regex: /\{\d+\b,?\d*\}[+*]|[+*$^?][+*]|[$^][?]|\?{3,}/
}, {
token : "constant.language.escape",
regex: /\(\?[:=!]|\)|\{\d+\b,?\d*\}|[+*]\?|[()$^+*?.]/
}, {
token : "constant.language.delimiter",
regex: /\|/
}, {
token: "constant.language.escape",
regex: /\[\^?/,
next: "regex_character_class"
}, {
token: "empty",
regex: "$",
next: "no_regex"
}, {
defaultToken: "string.regexp"
}
],
"regex_character_class": [
{
token: "regexp.charclass.keyword.operator",
regex: "\\\\(?:u[\\da-fA-F]{4}|x[\\da-fA-F]{2}|.)"
}, {
token: "constant.language.escape",
regex: "]",
next: "regex"
}, {
token: "constant.language.escape",
regex: "-"
}, {
token: "empty",
regex: "$",
next: "no_regex"
}, {
defaultToken: "string.regexp.charachterclass"
}
],
"function_arguments": [
{
token: "variable.parameter",
regex: identifierRe
}, {
token: "punctuation.operator",
regex: "[, ]+"
}, {
token: "punctuation.operator",
regex: "$"
}, {
token: "empty",
regex: "",
next: "no_regex"
}
],
"qqstring" : [
{
token : "constant.language.escape",
regex : escapedRe
}, {
token : "string",
regex : "\\\\$",
consumeLineEnd : true
}, {
token : "string",
regex : '"|$',
next : "no_regex"
}, {
defaultToken: "string"
}
],
"qstring" : [
{
token : "constant.language.escape",
regex : escapedRe
}, {
token : "string",
regex : "\\\\$",
consumeLineEnd : true
}, {
token : "string",
regex : "'|$",
next : "no_regex"
}, {
defaultToken: "string"
}
]
};
if (!options || !options.noES6) {
this.$rules.no_regex.unshift({
regex: "[{}]", onMatch: function(val, state, stack) {
this.next = val == "{" ? this.nextState : "";
if (val == "{" && stack.length) {
stack.unshift("start", state);
}
else if (val == "}" && stack.length) {
stack.shift();
this.next = stack.shift();
if (this.next.indexOf("string") != -1 || this.next.indexOf("jsx") != -1)
return "paren.quasi.end";
}
return val == "{" ? "paren.lparen" : "paren.rparen";
},
nextState: "start"
}, {
token : "string.quasi.start",
regex : /`/,
push : [{
token : "constant.language.escape",
regex : escapedRe
}, {
token : "paren.quasi.start",
regex : /\${/,
push : "start"
}, {
token : "string.quasi.end",
regex : /`/,
next : "pop"
}, {
defaultToken: "string.quasi"
}]
});
if (!options || options.jsx != false)
JSX.call(this);
}
this.embedRules(DocCommentHighlightRules, "doc-",
[ DocCommentHighlightRules.getEndRule("no_regex") ]);
this.normalizeRules();
};
oop.inherits(JavaScriptHighlightRules, TextHighlightRules);
function JSX() {
var tagRegex = identifierRe.replace("\\d", "\\d\\-");
var jsxTag = {
onMatch : function(val, state, stack) {
var offset = val.charAt(1) == "/" ? 2 : 1;
if (offset == 1) {
if (state != this.nextState)
stack.unshift(this.next, this.nextState, 0);
else
stack.unshift(this.next);
stack[2]++;
} else if (offset == 2) {
if (state == this.nextState) {
stack[1]--;
if (!stack[1] || stack[1] < 0) {
stack.shift();
stack.shift();
}
}
}
return [{
type: "meta.tag.punctuation." + (offset == 1 ? "" : "end-") + "tag-open.xml",
value: val.slice(0, offset)
}, {
type: "meta.tag.tag-name.xml",
value: val.substr(offset)
}];
},
regex : "</?" + tagRegex + "",
next: "jsxAttributes",
nextState: "jsx"
};
this.$rules.start.unshift(jsxTag);
var jsxJsRule = {
regex: "{",
token: "paren.quasi.start",
push: "start"
};
this.$rules.jsx = [
jsxJsRule,
jsxTag,
{include : "reference"},
{defaultToken: "string"}
];
this.$rules.jsxAttributes = [{
token : "meta.tag.punctuation.tag-close.xml",
regex : "/?>",
onMatch : function(value, currentState, stack) {
if (currentState == stack[0])
stack.shift();
if (value.length == 2) {
if (stack[0] == this.nextState)
stack[1]--;
if (!stack[1] || stack[1] < 0) {
stack.splice(0, 2);
}
}
this.next = stack[0] || "start";
return [{type: this.token, value: value}];
},
nextState: "jsx"
},
jsxJsRule,
comments("jsxAttributes"),
{
token : "entity.other.attribute-name.xml",
regex : tagRegex
}, {
token : "keyword.operator.attribute-equals.xml",
regex : "="
}, {
token : "text.tag-whitespace.xml",
regex : "\\s+"
}, {
token : "string.attribute-value.xml",
regex : "'",
stateName : "jsx_attr_q",
push : [
{token : "string.attribute-value.xml", regex: "'", next: "pop"},
{include : "reference"},
{defaultToken : "string.attribute-value.xml"}
]
}, {
token : "string.attribute-value.xml",
regex : '"',
stateName : "jsx_attr_qq",
push : [
{token : "string.attribute-value.xml", regex: '"', next: "pop"},
{include : "reference"},
{defaultToken : "string.attribute-value.xml"}
]
},
jsxTag
];
this.$rules.reference = [{
token : "constant.language.escape.reference.xml",
regex : "(?:&#[0-9]+;)|(?:&#x[0-9a-fA-F]+;)|(?:&[a-zA-Z0-9_:\\.-]+;)"
}];
}
function comments(next) {
return [
{
token : "comment", // multi line comment
regex : /\/\*/,
next: [
DocCommentHighlightRules.getTagRule(),
{token : "comment", regex : "\\*\\/", next : next || "pop"},
{defaultToken : "comment", caseInsensitive: true}
]
}, {
token : "comment",
regex : "\\/\\/",
next: [
DocCommentHighlightRules.getTagRule(),
{token : "comment", regex : "$|^", next : next || "pop"},
{defaultToken : "comment", caseInsensitive: true}
]
}
];
}
exports.JavaScriptHighlightRules = JavaScriptHighlightRules;
});
ace.define("ace/mode/matching_brace_outdent",[], function(require, exports, module) {
"use strict";
var Range = require("../range").Range;
var MatchingBraceOutdent = function() {};
(function() {
this.checkOutdent = function(line, input) {
if (! /^\s+$/.test(line))
return false;
return /^\s*\}/.test(input);
};
this.autoOutdent = function(doc, row) {
var line = doc.getLine(row);
var match = line.match(/^(\s*\})/);
if (!match) return 0;
var column = match[1].length;
var openBracePos = doc.findMatchingBracket({row: row, column: column});
if (!openBracePos || openBracePos.row == row) return 0;
var indent = this.$getIndent(doc.getLine(openBracePos.row));
doc.replace(new Range(row, 0, row, column-1), indent);
};
this.$getIndent = function(line) {
return line.match(/^\s*/)[0];
};
}).call(MatchingBraceOutdent.prototype);
exports.MatchingBraceOutdent = MatchingBraceOutdent;
});
ace.define("ace/mode/folding/cstyle",[], function(require, exports, module) {
"use strict";
var oop = require("../../lib/oop");
var Range = require("../../range").Range;
var BaseFoldMode = require("./fold_mode").FoldMode;
var FoldMode = exports.FoldMode = function(commentRegex) {
if (commentRegex) {
this.foldingStartMarker = new RegExp(
this.foldingStartMarker.source.replace(/\|[^|]*?$/, "|" + commentRegex.start)
);
this.foldingStopMarker = new RegExp(
this.foldingStopMarker.source.replace(/\|[^|]*?$/, "|" + commentRegex.end)
);
}
};
oop.inherits(FoldMode, BaseFoldMode);
(function() {
this.foldingStartMarker = /([\{\[\(])[^\}\]\)]*$|^\s*(\/\*)/;
this.foldingStopMarker = /^[^\[\{\(]*([\}\]\)])|^[\s\*]*(\*\/)/;
this.singleLineBlockCommentRe= /^\s*(\/\*).*\*\/\s*$/;
this.tripleStarBlockCommentRe = /^\s*(\/\*\*\*).*\*\/\s*$/;
this.startRegionRe = /^\s*(\/\*|\/\/)#?region\b/;
this._getFoldWidgetBase = this.getFoldWidget;
this.getFoldWidget = function(session, foldStyle, row) {
var line = session.getLine(row);
if (this.singleLineBlockCommentRe.test(line)) {
if (!this.startRegionRe.test(line) && !this.tripleStarBlockCommentRe.test(line))
return "";
}
var fw = this._getFoldWidgetBase(session, foldStyle, row);
if (!fw && this.startRegionRe.test(line))
return "start"; // lineCommentRegionStart
return fw;
};
this.getFoldWidgetRange = function(session, foldStyle, row, forceMultiline) {
var line = session.getLine(row);
if (this.startRegionRe.test(line))
return this.getCommentRegionBlock(session, line, row);
var match = line.match(this.foldingStartMarker);
if (match) {
var i = match.index;
if (match[1])
return this.openingBracketBlock(session, match[1], row, i);
var range = session.getCommentFoldRange(row, i + match[0].length, 1);
if (range && !range.isMultiLine()) {
if (forceMultiline) {
range = this.getSectionRange(session, row);
} else if (foldStyle != "all")
range = null;
}
return range;
}
if (foldStyle === "markbegin")
return;
var match = line.match(this.foldingStopMarker);
if (match) {
var i = match.index + match[0].length;
if (match[1])
return this.closingBracketBlock(session, match[1], row, i);
return session.getCommentFoldRange(row, i, -1);
}
};
this.getSectionRange = function(session, row) {
var line = session.getLine(row);
var startIndent = line.search(/\S/);
var startRow = row;
var startColumn = line.length;
row = row + 1;
var endRow = row;
var maxRow = session.getLength();
while (++row < maxRow) {
line = session.getLine(row);
var indent = line.search(/\S/);
if (indent === -1)
continue;
if (startIndent > indent)
break;
var subRange = this.getFoldWidgetRange(session, "all", row);
if (subRange) {
if (subRange.start.row <= startRow) {
break;
} else if (subRange.isMultiLine()) {
row = subRange.end.row;
} else if (startIndent == indent) {
break;
}
}
endRow = row;
}
return new Range(startRow, startColumn, endRow, session.getLine(endRow).length);
};
this.getCommentRegionBlock = function(session, line, row) {
var startColumn = line.search(/\s*$/);
var maxRow = session.getLength();
var startRow = row;
var re = /^\s*(?:\/\*|\/\/|--)#?(end)?region\b/;
var depth = 1;
while (++row < maxRow) {
line = session.getLine(row);
var m = re.exec(line);
if (!m) continue;
if (m[1]) depth--;
else depth++;
if (!depth) break;
}
var endRow = row;
if (endRow > startRow) {
return new Range(startRow, startColumn, endRow, line.length);
}
};
}).call(FoldMode.prototype);
});
ace.define("ace/mode/javascript",[], function(require, exports, module) {
"use strict";
var oop = require("../lib/oop");
var TextMode = require("./text").Mode;
var JavaScriptHighlightRules = require("./javascript_highlight_rules").JavaScriptHighlightRules;
var MatchingBraceOutdent = require("./matching_brace_outdent").MatchingBraceOutdent;
var WorkerClient = require("../worker/worker_client").WorkerClient;
var CstyleBehaviour = require("./behaviour/cstyle").CstyleBehaviour;
var CStyleFoldMode = require("./folding/cstyle").FoldMode;
var Mode = function() {
this.HighlightRules = JavaScriptHighlightRules;
this.$outdent = new MatchingBraceOutdent();
this.$behaviour = new CstyleBehaviour();
this.foldingRules = new CStyleFoldMode();
};
oop.inherits(Mode, TextMode);
(function() {
this.lineCommentStart = "//";
this.blockComment = {start: "/*", end: "*/"};
this.$quotes = {'"': '"', "'": "'", "`": "`"};
this.getNextLineIndent = function(state, line, tab) {
var indent = this.$getIndent(line);
var tokenizedLine = this.getTokenizer().getLineTokens(line, state);
var tokens = tokenizedLine.tokens;
var endState = tokenizedLine.state;
if (tokens.length && tokens[tokens.length-1].type == "comment") {
return indent;
}
if (state == "start" || state == "no_regex") {
var match = line.match(/^.*(?:\bcase\b.*:|[\{\(\[])\s*$/);
if (match) {
indent += tab;
}
} else if (state == "doc-start") {
if (endState == "start" || endState == "no_regex") {
return "";
}
var match = line.match(/^\s*(\/?)\*/);
if (match) {
if (match[1]) {
indent += " ";
}
indent += "* ";
}
}
return indent;
};
this.checkOutdent = function(state, line, input) {
return this.$outdent.checkOutdent(line, input);
};
this.autoOutdent = function(state, doc, row) {
this.$outdent.autoOutdent(doc, row);
};
this.createWorker = function(session) {
var worker = new WorkerClient(["ace"], "ace/mode/javascript_worker", "JavaScriptWorker");
worker.attachToDocument(session.getDocument());
worker.on("annotate", function(results) {
session.setAnnotations(results.data);
});
worker.on("terminate", function() {
session.clearAnnotations();
});
return worker;
};
this.$id = "ace/mode/javascript";
}).call(Mode.prototype);
exports.Mode = Mode;
});
ace.define("ace/mode/wollok_highlight_rules",[], function(require, exports, module) {
"use strict";
var oop = require("../lib/oop");
var DocCommentHighlightRules = require("./doc_comment_highlight_rules").DocCommentHighlightRules;
var TextHighlightRules = require("./text_highlight_rules").TextHighlightRules;
var WollokHighlightRules = function() {
var keywords = (
"test|describe|package|inherits|false|import|else|or|class|and|not|native|override|program|self|try|const|var|catch|object|super|throw|if|null|return|true|new|constructor|method|mixin"
);
var buildinConstants = ("null|assert|console");
var langClasses = (
"Object|Pair|String|Boolean|Number|Integer|Double|Collection|Set|List|Exception|Range" +
"|StackTraceElement"
);
var keywordMapper = this.createKeywordMapper({
"variable.language": "self",
"keyword": keywords,
"constant.language": buildinConstants,
"support.function": langClasses
}, "identifier");
this.$rules = {
"start" : [
{
token : "comment",
regex : "\\/\\/.*$"
},
DocCommentHighlightRules.getStartRule("doc-start"),
{
token : "comment", // multi line comment
regex : "\\/\\*",
next : "comment"
}, {
token : "string", // single line
regex : '["](?:(?:\\\\.)|(?:[^"\\\\]))*?["]'
}, {
token : "string", // single line
regex : "['](?:(?:\\\\.)|(?:[^'\\\\]))*?[']"
}, {
token : "constant.numeric", // hex
regex : /0(?:[xX][0-9a-fA-F][0-9a-fA-F_]*|[bB][01][01_]*)[LlSsDdFfYy]?\b/
}, {
token : "constant.numeric", // float
regex : /[+-]?\d[\d_]*(?:(?:\.[\d_]*)?(?:[eE][+-]?[\d_]+)?)?[LlSsDdFfYy]?\b/
}, {
token : "constant.language.boolean",
regex : "(?:true|false)\\b"
}, {
token : keywordMapper,
regex : "[a-zA-Z_$][a-zA-Z0-9_$]*\\b"
}, {
token : "keyword.operator",
regex : "===|&&|\\*=|\\.\\.|\\*\\*|#|!|%|\\*|\\?:|\\+|\\/|,|\\+=|\\-|\\.\\.<|!==|:|\\/=|\\?\\.|\\+\\+|>|=|<|>=|=>|==|\\]|\\[|\\-=|\\->|\\||\\-\\-|<>|!=|%=|\\|"
}, {
token : "lparen",
regex : "[[({]"
}, {
token : "rparen",
regex : "[\\])}]"
}, {
token : "text",
regex : "\\s+"
}
],
"comment" : [
{
token : "comment", // closing comment
regex : ".*?\\*\\/",
next : "start"
}, {
token : "comment", // comment spanning whole line
regex : ".+"
}
]
};
this.embedRules(DocCommentHighlightRules, "doc-",
[ DocCommentHighlightRules.getEndRule("start") ]);
};
oop.inherits(WollokHighlightRules, TextHighlightRules);
exports.WollokHighlightRules = WollokHighlightRules;
});
ace.define("ace/mode/wollok",[], function(require, exports, module) {
"use strict";
var oop = require("../lib/oop");
var JavaScriptMode = require("./javascript").Mode;
var WollokHighlightRules = require("./wollok_highlight_rules").WollokHighlightRules;
var Mode = function() {
JavaScriptMode.call(this);
this.HighlightRules = WollokHighlightRules;
};
oop.inherits(Mode, JavaScriptMode);
(function() {
this.createWorker = function(session) {
return null;
};
this.$id = "ace/mode/wollok";
}).call(Mode.prototype);
exports.Mode = Mode;
});
(function() {
ace.require(["ace/mode/wollok"], function(m) {
if (typeof module == "object" && typeof exports == "object" && module) {
module.exports = m;
}
});
})();
|
'use strict';
const siteConfig = require('./config.js');
const postCssPlugins = require('./postcss-config.js');
module.exports = {
siteMetadata: {
url: siteConfig.url,
title: siteConfig.title,
subtitle: siteConfig.subtitle,
copyright: siteConfig.copyright,
disqusShortname: siteConfig.disqusShortname,
menu: siteConfig.menu,
author: siteConfig.author
},
plugins: [
{
resolve: 'gatsby-source-filesystem',
options: {
path: `${__dirname}/content`,
name: 'pages'
}
},
{
resolve: 'gatsby-source-filesystem',
options: {
path: `${__dirname}/static/media`,
name: 'media'
}
},
{
resolve: 'gatsby-source-filesystem',
options: {
name: 'assets',
path: `${__dirname}/static`
}
},
{
resolve: 'gatsby-plugin-feed',
options: {
query: `
{
site {
siteMetadata {
site_url: url
title
description: subtitle
}
}
}
`,
feeds: [{
serialize: ({ query: { site, allMarkdownRemark } }) => (
allMarkdownRemark.edges.map((edge) => Object.assign({}, edge.node.frontmatter, {
description: edge.node.frontmatter.description,
date: edge.node.frontmatter.date,
url: site.siteMetadata.site_url + edge.node.fields.slug,
guid: site.siteMetadata.site_url + edge.node.fields.slug,
custom_elements: [{ 'content:encoded': edge.node.html }]
}))
),
query: `
{
allMarkdownRemark(
limit: 1000,
sort: { order: DESC, fields: [frontmatter___date] },
filter: { frontmatter: { template: { eq: "post" }, draft: { ne: true } } }
) {
edges {
node {
html
fields {
slug
}
frontmatter {
title
date
template
draft
description
}
}
}
}
}
`,
output: '/rss.xml'
}]
}
},
{
resolve: 'gatsby-transformer-remark',
options: {
plugins: [
{
resolve: 'gatsby-remark-katex',
options: {
strict: 'ignore'
}
},
{
resolve: 'gatsby-remark-images',
options: { maxWidth: 960 }
},
{
resolve: 'gatsby-remark-responsive-iframe',
options: { wrapperStyle: 'margin-bottom: 1.0725rem' }
},
'gatsby-remark-autolink-headers',
'gatsby-remark-prismjs',
'gatsby-remark-copy-linked-files',
'gatsby-remark-smartypants'
]
}
},
'gatsby-transformer-sharp',
'gatsby-plugin-sharp',
'gatsby-plugin-netlify',
{
resolve: 'gatsby-plugin-netlify-cms',
options: {
modulePath: `${__dirname}/src/cms/cms.js`,
}
},
{
resolve: 'gatsby-plugin-google-gtag',
options: {
trackingIds: [siteConfig.googleAnalyticsId],
pluginConfig: {
head: true,
},
},
},
{
resolve: 'gatsby-plugin-sitemap',
options: {
query: `
{
site {
siteMetadata {
url
}
}
allSitePage(
filter: {
path: { regex: "/^(?!/404/|/404.html|/dev-404-page/)/" }
}
) {
edges {
node {
path
}
}
}
}
`,
output: '/sitemap.xml',
serialize: ({ site, allSitePage }) => allSitePage.edges.map((edge) => ({
url: site.siteMetadata.url + edge.node.path,
changefreq: 'daily',
priority: 0.7
}))
}
},
{
resolve: 'gatsby-plugin-manifest',
options: {
name: siteConfig.title,
short_name: siteConfig.title,
start_url: '/',
background_color: '#222',
theme_color: '#C4E365',
display: 'standalone',
icon: 'static/photo.jpg'
},
},
'gatsby-plugin-offline',
'gatsby-plugin-catch-links',
'gatsby-plugin-react-helmet',
{
resolve: 'gatsby-plugin-sass',
options: {
postCssPlugins: [...postCssPlugins],
cssLoaderOptions: {
camelCase: false,
}
}
},
'gatsby-plugin-flow',
]
};
|
/* ------------------------- External Dependencies -------------------------- */
import React from 'react'
import { Route } from 'atomic'
/* ------------------------- Internal Dependencies -------------------------- */
import HTMLRender from 'foundry/editor/HTMLRender'
/* ------------------------------- Component -------------------------------- */
export default ({ ...props }) =>
<Route
exact
path="/content/:alias"
component={HTMLRender}
delta='contents'
/>
|
var elixir = require('laravel-elixir'),
bowerDir = "vendor/bower_components/";
require('laravel-elixir-livereload');
elixir(function(mix) {
mix.browserSync();
// mix.livereload();
});
elixir(function(mix) {
mix.copy(bowerDir + 'bootstrap/fonts', 'public/fonts')
.copy(bowerDir + 'font-awesome/fonts', 'public/fonts')
.copy(bowerDir + 'bootstrap/dist/js/bootstrap.js', 'resources/assets/js')
.copy(bowerDir + 'jquery/dist/jquery.js', 'resources/assets/js')
.scripts([
'jquery.js',
'bootstrap.js',
'custom.js'
], 'public/js/scripts.js')
.less('app.less');
});
|
module.exports = "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PcBPA6Z3QTAtv+UkATwdozOhWoN0GfmxnIoW9U64cFgAAAGcDVElPgLxVElYcf4WjqVCMffeQGzcPod8AAAASAAAAATBFAiEA0eXUo/qRpFo3uBO1Yx3guIDYbfMm6GDloYVoOG0DJW8CID5QzK5px15qHZ08+U8S/3iJPR7sxaHhuq7xQClnw/OyAAAAZwRUSU942UewzqsqiIWGa5oEoGrpnehSo9QAAAASAAAAATBEAiAq0K+CnaMeNNxrXZRNKBmY1U2H5Glhmzvli1gwrzIHZgIgc6KbV5iYYRcJ2TkLnvdfFBwiO0hT/5bRwdgytRxv7NMAAABoBVRpdGFuOozMuWmmFTLR5gBeLOEsIAyuzocAAAASAAAAATBEAiAU1rUbY9wl8Q727mf2IHlU6iKCVvpSRNcacA1+SWamEAIgQJLpl/CjqDXPZiKSyJYLFNWXWuHGN7T5iUTjD+Q8cwgAAABmA1RYTI7vWoLmqiIqYPAJrBjCTuEtv0tBAAAAEgAAAAEwRAIgUf55oTQ4B4p2jdssuVi9gdrw30HadwsRiPOq+UNCdy8CIE7gf/O+aFNA57VGvekAPzzhT4c5NInObAQwmPyzBz+oAAAAaARUS05UvOe9eVWN2pCyYVBnaPJlxVQ6n5AAAAASAAAAATBFAiEAkGHQSsjddjRFjfql/l4jk5Gsoj3H2io8mRov6oEHQf8CIFGuBHqRxFhPOw7fCxSXbW2W8iua5GYUBT/0fb8RN+mQAAAAZgNUS1K0WlBUW+6rc/OPMeWXN2jEIYBeXgAAABIAAAABMEQCIGEyMgbK7iy7uOiWKd4Az+qmCCY7MfNW6lVbJ2fiToghAiABEnP8MEuJjpctKpq66TxAlWX/Q4YMklyIbPZrlLDZ3AAAAGcDVExTSvrbMrj9szTPnyCvtHagbB9bERoAAAAIAAAAATBFAiEA5M8exl6kk/PVsTbofcjOuMgPnJJu5Kjzz0Sxkuix/g0CIBynoQAstFlLS+3znB90JkPsEO7dhUO7B5ZnCGhsnSkcAAAAZgNUTUPhNVnPbt+EvQS/Z54lHyhQALkwXgAAABIAAAABMEQCIDsgRm83dewcA9R+8lzQnW1mHA+ZpIqneOPU6FFELpYWAiB1qRswxf4+seUY5x4RxLjqJVGk/5CVYsYcWvB+DkAywAAAAGcDVE1DHBU7rbflSrzctl8KCfzW8Q3jaqMAAAASAAAAATBFAiEAnL03K8sxb+FubRjFbBB5rlosbil0yA+eHoOKnpnwC/wCICrnMTm5oIEc0ekTeq3s5sL9wqh7j9E7pFEsbaCIZYqSAAAAaARUTUVE0yZBGRV46psggSXd1Oxee4T8q0wAAAASAAAAATBFAiEA037A6G0yJ5lzYLACuj2akXp3XUPwrZpPwINSr7ai6d0CIEvKGJcHDDv5de6nWeTLlpKpqrV1qqRgYlclZoaJdR4hAAAAZwNUTkM550P+5ACl2bNvEWe3DBDo8GRA5QAAABIAAAABMEUCIQDVWlzTCyInkYZ7dlUi9MF4PsBN8UrTnpgROSk4416g0gIgG3b7tHZu/6zicE8F5XcpXWW7sSoJQy22xCVM9m/FTW0AAABmA1ROT61mg7fzYYxE9cpgQJAoEt2JDd5NAAAAEgAAAAEwRAIgUs2kIAjazpi/QJadltiGRF1qtVjH6TWN8trls4oLwX0CIDzfYKGNA+TLJoetzoJut7Mh3DcnPhfToVoLGGP9GqKRAAAAZgNUVE1xSx/e1hCQpsSesLTQiLjl69ZOYQAAABIAAAABMEQCIA0B/56iAHIEmuz8IHo/v4ieUYoNZVjgxoyULEsp3buiAiB8uen3g/ASpwosCAZPXyVZCxf4sXPS8kWw9unuRzz6tgAAAGkFSE9VU0UZgQVZ32PxnP6IkjMTJQVQ7a23QwAAAAAAAAABMEUCIQDDE1gm30Vt+9N+z/0dDgY9+yqRa3yPE+FAwWJKQA8sggIgRJvEjED+5BJBEINQ0jwXk2vuGBQYncsHbTXzp/RAmAEAAABmA1RPS0+3Ie87+Z4PLBk4R6+ilrklfTwwAAAACAAAAAEwRAIgJtl5LCTcf7Zvm+eY3QgE7d0p9rNQ79I5vaVkZGHh9OICIGMEX/lJT9qAnjtiWTOHL4tn8IRUwWRXBc8rFj9bOfSqAAAAZwRUT0tBTKgZ1wbuUVyBsRZRvxqQI0QiPQQAAAASAAAAATBEAiApESP2I5/EC9mOT5MgidMZ63eJDJDbSqIJLi03FU8hTgIgIwAjD+AO2CbbOYsoK1saoanYuw4cqS0/BjYLyTudXccAAABmA1RPTivl6MEJ4hl9B30TqC2urWqbNDPFAAAAEgAAAAEwRAIgfsstECHFKL4C/X/N4EFaZGDyKj6dZVpdQhIrJybrpAoCICZ7X2BmTjS6LAV8zkRMZopitSzA3+/3r3/TwEJCiDygAAAAaARUT0tFLp1jeIJJNx8d/JGKUvjXmfSjjJQAAAASAAAAATBFAiEAwiJnqFnZ/6N/Xs1B5ijVOIHP1A7ocSXdRtRmdqRGZvYCIE3/VMOfjWILEx+lNC10BT9LNB4IsL4K3av32oKbyJdyAAAAZwRUS01OK1AWzqHEJfkV4Tcn92VwJd4yCP4AAAASAAAAATBEAiAxQbp23zYkGYc7d1Mqo0oU+yLKEWytm2T4IWEK/LYBjQIgZRj8cKoQUQjK6xO0gYEthGXA+DhPpefubdedxfKmiYkAAABsCVRva2VuMTMzNzWHL+pqSEP6y8286Z47aVlqNoC4AAAABAAAAAEwRAIgWwuIj2Rf/er79SCvRph5FgVbTIOoUfxD3IOKyH0bLPQCIH/8SmJXaD+t/EXMaSzUkO3Qz4uAMHzdXAGPjYcxDs3/AAAAaARUYWFT53dabpvPkE6znaK2jF77T5Ng4IwAAAAGAAAAATBFAiEAje5d42k5gmJG0/a2NVWNVfYgtDIzeEbeavRaBAMCl7cCIFGMXL9RpbLyVJfhjDUkbkLUxM1Ho6XaZTVwY9KZcTWJAAAAZwRDQVJFvxjyRrkwHyMelWGzWjh5dpu0Y3UAAAASAAAAATBEAiAa7lSu3O1eFjpPUeXzcJNnW+lJg6duU9BOxV0Fy491mwIgCcfUiKgSvLgd41wlJmiKRkciJIoOBxU/RD4wBRjLZNUAAABmA1RPUA69XskWgNOwztux1bthhRFU0+22AAAAEgAAAAEwRAIgTdRJFsx/8c8kRW4rEajPjDqwL9z7AE1o2SNC05wA22oCIDQLRqxe+IQ3vSTRA5Hl4/Sy3wK+d+SLsu1fBkzbAkBEAAAAZwNUUDOfdv8zNll/6rMPWmagU65KSn6+EwAAABIAAAABMEUCIQDp7FdXiQuh5stL1H/wMmsoVLA502jCpcavahY/s6HTUgIgOiTaRhmGSPdn1OxI340Q+Uwl5igXpg1OKzoDiM6W3kIAAABnBFBST038grtLqGBFr28ycyOkboBBK5GyfQAAABIAAAABMEQCIGvvxgqSobdMmVWm5M0nC9mkA4tarDZXcIo7sUsXxQ8YAiAxpfQryLjyRHANUulX3xCE+g/o5hQlN4eKJP/wpBzWvgAAAGYDTlRCvjk6pTT4LA/6wxvwaiPig6yzNSsAAAASAAAAATBEAiA3Ux3twlAzzxZ0qg/KhruMxB4S1yCKA48RFbZFxCwqqgIgC1DZ/lA3n7baEE+E9finBT8d3lF8Gq3NVoHOsT6JH6QAAABnA1RCWDqSvTlq74KvmOvAqpAw0lojsRxrAAAAEgAAAAEwRQIhAPlti4JcRGRTzLAVmAYk8YxUeEDo4WDoOTvpoJxz7Q2pAiAEp8R+nn9jQZkTPjVky1QwtPwhgN8qVjPlx5ECEOqLfgAAAGYDVEtOqq+R2bkN+ADfT1XCBf1picl35zoAAAAIAAAAATBEAiAPI2chbO6a6m0yq4q5VV6W543ahGNosVpPtbNufXaEjgIgHHDS3iCH5YFVdYIxUCj5EHbzjoexIqshhLQ00+dBykIAAABnA1RDVEgkp7ZOOWawEz9PT/sbnWvrdf/3AAAAEgAAAAEwRQIhAKrqXGpRQLnQB8RLILUYrPAE692rFMlKs9l0ZVWMTSdKAiBUbGuFRX/r+dPwPzYQ3Uqcs/oI3tMdYzpjfPoAX+iGcAAAAGcDVERTYpWrK+BKYXdHSBspLDkL/KWSzygAAAASAAAAATBFAiEAjOUQwyk0qrQStJYHg1m5fJuhGsFmncDwLSTnRva3oOYCIBulA9lfGzlw8/siDk67OP6Ody6B0MJPZ9cGaJ1Oq6PfAAAAZwNUS1hmcQK9NBO/6qPf+0j6goiBnkgKiAAAAAgAAAABMEUCIQCYTrfBnCVI74cp6A5iAV7QkHG+Iul2gcZKt5AjRRo7PgIgCVCcbN/KqpnNEncb1gvIWCuWtP7rFMHR5GIe0xXRUjYAAABnA1RFTt0W7A9m5U1FPmdWcT5TM1WYkEDkAAAAEgAAAAEwRQIhAJxZmZxnnRNh5Cn53TTeVJw5LaarDiGBjCqk9QQpK8KoAiA0FmHf3/T/aBC9he36epREpfYDUCOG+xOmwXLiGXjDSAAAAGcDVFBUQWFyXQGWkKPg3lD2vmeweoap+uEAAAAEAAAAATBFAiEAp91x6GeZz+/TTlhn2dI/gBMMseSL617pAkHbOhI1kGUCICt9aHZmlgbGiyE3BNtYwZbva5z0qISv7maWeid3P2rvAAAAZgNUT0J3d3cPimYy/wQ8iDMxDiReupIJ5gAAABIAAAABMEQCIEntnVr+1AVWEOM8KBBpC0K2CDqdbStxKrc01cg5lupeAiBYfURcmpQc54gBnuqXv7jRtOqdi6vjbH83EjCLS4XXdwAAAGkFVFVCRVLRdmqFsNb4EYV4LcB/FTJtY8PLqgAAABIAAAABMEUCIQDGp+UZiAruAi2Etqqwj0GPznp+yrit220sgUgHHr3yvAIgQqcV2SaE8/XhCL2v/UEPNlq4YOJlHUZAhfDnEDlAvIgAAABmA1RLQdrhuvJJlkvEtqyYwxIvDj54X9J5AAAAEgAAAAEwRAIgKmSZOJW5xRq2BenGixCm25G0OcfsYzfa9BrWuOxy0HUCIH5PXjiFlKhQL/LDhS0C6Gg0HooGpaV86sZy0HhidTtCAAAAaARUT0tPoPBUbrXj7n6M/F2hLllJ865iJnUAAAASAAAAATBFAiEA4SyrRSHt3B4iEPByhKp2qp3bIjjobvN14BYDoQgg7roCIDJjdG9+IC9+RWBHCF/DXDbFjAmIYWdyZN4VmdDx08VQAAAAZgNUT0uaSfAuEoqOmJtEOo+UhDwJGL9F5wAAAAgAAAABMEQCIE91SNlAczwUcjcASp+fJRPfUkSptXi1JVTwgjSZBxzAAiBIn5nl3mqHktCxpHO80m9L8/JHoRN5+E95ypcBTkva8AAAAGYDVEtQ0xaVodNeSJJSzlexKf1LGwXmrKwAAAASAAAAATBEAiBHeQVF+96XYjn7VstPxZfLbw2Jq+c0buoToA6Xoxh7sgIgNm020bZfUmsQ8Moj9zD5fuFbhj6EMnJ4NTgjrDVt8e8AAABnA1RPTNB9n+LSzAZwFeK0kX0kkzgE9Cz6AAAAEgAAAAEwRQIhAMo3mGi954rPLHvti15EPbJzf6xCialMyAT8NWTqlJU0AiA1468Qqk/zd5NRPCbqqyQhVa5g66nyrJ2JcqG1qmRL0gAAAGcEVE9MTGCccReDKVIJ2fM/U1p8pVuP+HryAAAAEgAAAAEwRAIgWM44ZyrD+UX1gLKNA8h5XzLslnwGCHlCNkZbrfSJJroCIFs8v83dGc6l2doGAjRphLfwNoN6UTWQJDv6cTTFWG5oAAAAZgNUT033lwSZgUZUzRPLe252NKEqeoqavAAAABIAAAABMEQCIDGMyMMGsf9eCEZjJvBLrQrFAQvu4h3IoRWc0XjBTdJgAiAcE0beKihIPJbK3BjSTLLYU50iZCGoXcSoxVIk+BHdSwAAAGgEVElOVS0OZLa/E2YKTA3kKguIFEp8EJkfAAAACQAAAAEwRQIhANYIfCQ398C3hTV/ro0BLWr1pVxnUYOlWvNpTbwTM6DJAiA1pdC2gqR17Idw0P6V3GOraMPsAAGkGVUybUoA5g5BcAAAAGkGVE9NQVRPgr0pCvpcwbdfRoIv7EFeK+UdfUYAAAASAAAAATBEAiBboEEYQs02ie5gVtlWVEC54oSDWdfsRExAQFxyaUGZjgIgaiSOrd3yvfutktHumlclQr4cqhMFly+faF1T2tVklzcAAABsCFRPTU9CRUFSoWU8s3hSJJ5PGN+8Rzpc4/iPpq0AAAASAAAAATBFAiEA8i0+lfqlleI8SJ+BNKssPTbYctFixLMi6vYGau4UsoYCIAu2y2VGX7MLXvjXITZPnwGhRFsXkX3BQt+HcHUyaHdTAAAAbAhUT01PQlVMTKOJIMANGlMD21OKPqCNp6d54fdRAAAAEgAAAAEwRQIhAMVOq0YlK29xCKfAqnzaVUTCs9oFGAB8TTW5gN+5lN4rAiBL7WdM8MIC9tMsOg/CtD9OUZcKxM/ELdswZgs60EgnIwAAAGgFVE9NT0UF02BtXIHrm3sYUwmV7Jsp2gX6ugAAABIAAAABMEQCIDmoPREy/qhBjkASTBABaQtmAb972tfAqP6ocXw4/l3bAiBgGmbWGF39X2roMUV5/KJ2oH+MH3otu1RmGgJiHifHAQAAAGgEVE9NT4s1MCEYk3VZFyPnOEJi9FcJo8PcAAAAEgAAAAEwRQIhAJVts2NAkQrOD3+CDgq/aqzVrjFZnVtVxgkDDz0jxaZxAiBx5UnjOv5s7wouSkO9lEnKo2kYQ0F5L+U+Emk0wnjJTwAAAGYDVE9TQJxNjNXSkkubxVCSMNFqYSicgVMAAAASAAAAATBEAiBGTb70jcQAEMS9LUmhBwUjfkdz25RVA170L5W1DzeFAwIgX32jLzgHG4VAjdapOzKalOC6UhqLAewZwPs+xSCwssYAAABmA1RPTmpsKto84FNWHC+8PuIR8j2bjFIKAAAAEgAAAAEwRAIgeSGMvzd1zNdNuyDkxjCqoFXEjT1yrrSfys7R7L1dfjYCIDV8XFC6KL+XyGBdHhmUDrMfoqFIixFPp8EM2VDgV0ROAAAAZwRUT09Sjrll7pzPvOdsCgYmRJLAr+/Cgm0AAAASAAAAATBEAiBe7FXAo4B1NTnxGgKvWN/LesFXHzLb++YuxJdoSC/kmgIgecpNWl6NlXAhc5JakVKvSY6BQ7JWoBntlp7swy9wL1oAAABpBlRPUERPR8V7qiT3IDfCH5wNNFu28Z9HQHRHAAAAEgAAAAEwRAIgOa0X+1lUGfA6Ry0tt1tUCB2jI6Xfx2l7WjYUXSchPOECICDBL8/J2HDi/9crRPkuAGeRw/9VDiXyiZkPmuLg5sOlAAAAZgNUT1Dc2FkUuK4oweYvHEiOHZaNWq/+KwAAABIAAAABMEQCICkLrJd3fiQfn0yD1v6wSZCUyWllq1WLLPrH/LxAYmufAiA5iu9ZNFYD590lDfs0EKxESb2efE7eBG0yB6mQYDxHZQAAAGYDQklEAAAAAAAARRZsRa8PxuTPMdnhS5oAAAASAAAAATBEAiB/2RutuQRxMTunwLxgG0tHMvs5Yyuz1+zdF80s6y0ZSQIgWpwrybFtVArsBgvUn7N1jLRGz7YJI2B+f3R4XB6JnOIAAABoBFRPUEL2MX3ZsECXqeewFs0j3Kp8/hnZxgAAABIAAAABMEUCIQDHtJ9w8TzOJPDOA/FH91VQtFdbFNO3jNa/MkmjV1uivAIgRETXydUAWC1o5c2MEs9Mnb82O6n5nnJJYcq4x+6FqsUAAABnBFRPUEMbbFhkN1s0rz/1vS5fQLxCW0qNeQAAAAYAAAABMEQCIBxJ1eJKAACDZXmOgKX/1rb+jv3Q+QEEAyWmXVOjJFNOAiAYD0nRHKZ8XDA2D5AVLb6jCFzNhTiqM8P9qRfKEnQdDQAAAGcEVElDT39LKmkGBafLtm96pohevZBqXi6eAAAACAAAAAEwRAIgGLXGU72xHhLN9iDwIXaplDSGpsuKjN0m3Fk/rkbm+IUCIG3LutiERrM5Wut33ZqsEOuRVNtXr51YEglZ7MO8NeRjAAAAZwNUT1JPXy7qTtNIXl4jo5cE1f2dCkI4hgAAABIAAAABMEUCIQDif1MVsONpS5BT/zWor+hvJrGYwYCIPVLb8Yky3X9nrQIgEu7sP06K+yGHECgttFqBZhHiVxdX/ocQ8tVu55wtBscAAABmA1RPUp6iD7+qRO+8YMZyj826F/AbfgT+AAAACAAAAAEwRAIgd/pxwOkGJTyrUTvGGqXxtsA4+OndASbN9w/2apvY0t4CIDJy+rbPzKTGpcgwxi22U+MbFh/+bJacdw2k1CZOhfp0AAAAZwRUT1JHz6CIUTH2AtEdTaJI0sZaYgY1Z6kAAAASAAAAATBEAiA+jaX+P5EF/7loHxjza6Adf0pah4t3XnPs1nXoc8EWeAIgLsnnahtkKKW6Eqqnxerwaee0kPnoNP3auf5wPEQUUrQAAABoBFRPUk53d3/t3d/8Gf+G22N5ZwE+bGoRbAAAABIAAAABMEUCIQCx5GaGoTSSz2YBufsIZUPIHoM2+V7P5Nvc8fLZ3+iSVwIgesrMCn6vyUL7Iw3Sg9A666jMvUoEmRNxknQ1C6uGwTMAAABoBVRDT1JFej1dSdZOV9vW+7Id9yAr0+56IlMAAAASAAAAATBEAiAkf1wEL2Orw32kYxFcI8/P1To5EzXSu7cdG9if8b5NMAIgZY0QpX3ieup2nz17LLzkho/bsXK6760rcLS0iqSGAAQAAABrB1RPUk9DVVNAauJT+wqomPmRL7GSwebeuWI6BwAAABIAAAABMEUCIQD70KTOF25Zmf7hCtLaFUhuG0FizMu+BIFKMQipCJmPSgIgTm7MmSQeYqxO0mNPHDsbQYWaOhdewPjhQ77Vyz0JcAkAAABnA0RJUyILcWcbZJwDcU2pxiEoWUPzy83GAAAAEgAAAAEwRQIhAPYyryuNfE/6BUy/v9saD72HNiXsoGGgrDdKSBQD37koAiANmFcAh6DNZ7xErbJJxSzalYkCP4LHsrOPCOX1MI+J1QAAAGgFVE9TSEnxNtewt65bhtIee3jfqVN1pzYPGQAAABIAAAABMEQCIC1VXxxHOSXcEuxD98Qb/s+MZNkEd7xkAyF76N1K9he5AiAtlmRH6+I5RNoKpXqHyK9t+VO9Kteh1P2GgBAexJb7egAAAGcDWUZUnNOdqPJexQzy7iYORkrCPqI/a7AAAAASAAAAATBFAiEAy9Y0uCMpp/pq7Uzy+5EdsliQHfrLsWFQPk29S5nHMxQCIA5WmLAO9v6Ux66Sf/7qABbPhn7rahfuzvzAfa3Jf1FdAAAAaQVUT1NISRuaoLY+DwJc1UTk01DtgUKbQ7ckAAAAEgAAAAEwRQIhAPphzgDBLPCx1ui/0avmZN/LDVl3igRmzq7scyBWi0VEAiAopg2EXTV07f7R1wAoyld0qpjro1dSJ21BiR7PlppdKAAAAGgEVE9UTW/xv6FKV1lKWHSzf/asXvvZ+VmaAAAAEgAAAAEwRQIhALQUiW30hxiNB+ilY8wpox+Yj1TMG+80K88juueG4e7PAiAkqHb2P0mPT4dIt5sMXMiHroSMWclWXiAlJb4EBtjXDgAAAGcDVFNU2brjnHJaGGSxEzrQ7xZA0C95t4wAAAASAAAAATBFAiEAgqd86ziGCSS3jqP0xKQWJtmfWJW6bPRKJeF6jQgP67gCIH7ioFntNRCvkxgLUghZ9vhgnSlyZsK13R35lx6J5d4CAAAAZgNUT0NUmQVRn54G1V19/NTVSBd4D2uT6AAAABIAAAABMEQCICx4WfqDFc5SQIETkcjiQebTyWZV+uq+3nmjlS4quky3AiBEK7RIVovE8uK+Sba4A6i4vDc+YD6F0/NsN2Chb+/f3gAAAGgEVE9UT+MnjfPrIIW6m2iZgSqZoQ+cpeDfAAAACAAAAAEwRQIhAOcqO8/jpGkTp+r1bHDWEqrCRkWI3frpHl/edSdO/NaFAiB4NJi7H3idJ/cS4boC5Dl0eSvh+fmBl4hS3wk+FgYwDAAAAGkFVE9XRVIcmSIxTtFBXJW5/UU8OBj9QYZ9CwAAABIAAAABMEUCIQCDTADYOnwqha7WR+ZzJ/BqVoKeqCF4gDIPJzJOk8oN9gIgRFw5uhXnb1ruLzCVAAK3j4iyiVkC0ohV3pVevOgfaHEAAABmA1RPWikjkkKoNHmkB0yxyeKj5nBaSkRVAAAAEgAAAAEwRAIgQb6pH/v0u5XfMxZf0gm7rhuv0X4T24lWJyTgazCyrI4CIAjDo1WjdPd7sfTSng3Nyh+p3gRR1vHjbI5taLThEvXpAAAAZwNUUjP2G/TRqUhIfWG4+mOAiqwGvaVfmAAAABIAAAABMEUCIQC513jbh5mWzQsdvzZ/Zds5zaOfPK4cyzYnbY5ECooU2gIgDjSdjCvyl7q7mJYRpXszYXQHqyANJSVACbngYtry4MsAAABnBFRSQUOqepyofTaUtXVfITtdBAlLjQ8KbwAAABIAAAABMEQCIHTW6shg9AAZW+T9xNmBBOsBMo3hgP8tRDlgj4Vp+wTqAiB3sPjKmiVXVOHkOowWfExHYLM2IfQtnhi0IgtORR3mNwAAAGYDVEFDymlOt57zVeoJmUhdIR5o85rphJMAAAAIAAAAATBEAiAYgzFgkXCMDU8bFC0GUFB+fFIlYXUUp2yPqEC2Okf9AwIgPdLtuIpXPpTo76ltfi/7T+KZBQnkKEJHzAkkQGTiNbEAAABnBFRSQ1QwzstUYaRJqQCB9aX1XbTgSDl7qwAAAAgAAAABMEQCIGqZYhlU/hHY/JYq4lleNNx0SVwmiiQEynMXjikUWUc8AiB1ZXE6G07NPopEodG+XkG5rz7dQ13Dg0PYigVUF9C+NwAAAGsIVFJBRENvaW6wmtmFJHgCKNLfTzSqZl2du5mZ5AAAABIAAAABMEQCIA1+p4SQ1BdYoheVP99ZIO5OzofXB5pe9ceXRT00stPVAiBHv7IIR82Us9F9FnXPkzJULslsj3UpYuoAsRqq0luASgAAAGcDVEJCSnrcsIP+Xj1rWO3D0mDi5hZo56IAAAASAAAAATBFAiEAsFrKLkWIbvLkE6Uoj62GngwL48BpHgyAF4ivrsIat6QCIGmWBpvphKOpoET2yM/g6tvgIF9FI+hMumXrTiXos1ciAAAAZgNUV0na0mvOfc9ZzQOiRVVY5N1z4cB7ZgAAABIAAAABMEQCIHXaEwjB+ifwR4hQ1atFt6gzpxyTmhDouF0otLzo/MB6AiBhDQB5izwWY1xOFHlpiwmNtEG6JEfluhNzJPFLtkwB5AAAAGcEVENTVJkQ9K7Up1UKQSCtfajfi1bpEZf6AAAAAAAAAAEwRAIgHMpLongKSbUARuGbIhn3nxF/RqbMwFOs915sesBYRqUCIE9OyFoq5dfSZDClv0dqt3GyJCoonM+4/4A0caArBNt6AAAAZgNUU1hzTJAESgujGz8uZAwQ3F01QEmb/QAAABIAAAABMEQCIBEUYiPAfZW6Ok4PqnOF91+kCS6PyMYcBlwWu2uKaS/1AiBr/mwqkva6vFdRUyafldF1m6HpXUYTB4Jhbee0CE1mAwAAAGgEVFJBSxJ1lRLTJjA7RfHOyPe2/Zbzh3eOAAAAEgAAAAEwRQIhAItCta9fJNRWrx4XE2DXpuWGRoQ3nsbefDg7aw04KkQAAiB80vu7GcGmSHyc33Xt/QFAvyB+jpVdfp5l4iU2Wx+3DQAAAGgFU0xJQ0UK7ocD003ZrhBzhtPv8irnXdYW0QAAABIAAAABMEQCIGkTwQuWR+o85A00OBgLBqKFSdc74oZsWgqurdTIVJNEAiBmnojRlN9DcCVOtC95XeK04IoRfNeJWKVME9NYw3RK0gAAAGYDVE5TsCgHQ7RL99tLa+SCsrp7deXaCWwAAAASAAAAATBEAiAWunhriJ47ORN+JVRCyfcMQbc8egGWJEJneBdZ5m8C1gIgfaDvvZ4vBQl4+HAHkC3/ctR5gGO/Owe1HaaOsGT9myMAAABpBlRSQU5TUE6+LFJu4+1HkaApYPU/ZWRfQE7WAAAAEgAAAAEwRAIgMlE6y64wBqeXyW7YaPY6UiEwGnpoytrQUQgkWrFRRt4CIB2hWpgyyoVpUXBH3YRgq6H5Ywhr+uTd9HqmbKn1W61IAAAAZgRUUkFU4iWsopUku2X9gsealgLztPnG/j8AAAAFAAAAATBDAiABUq5964XOK/UXBvd4PAnNSQ9tDrIXupH0oDaHmgJ9FgIff1qpfoy31eYWx2iPGyuh6Z76StGzBw3JsY9yMAg6GAAAAGcEVFZOVFY13eq/nN2mhplf6QvrVBGDFWP8AAAACAAAAAEwRAIgVONexTN9iO87C/gQgfF5LxhISHXH8BFksjHDnyZJtVQCIBnzpqGpRLiXZX10HUzwrfKh6t1VEdwZsNbYmfY3zMM3AAAAZgNUTVQyCfmL6/AUm3ac4m1x966o5DXv6gAAABIAAAABMEQCIEYKsBac/YgHrTxD9u7JKclmJ9skival0T4jRAqS4mYkAiATUBfc/HDcj7oimC8qePSsBQj9vtKDbYrjevGzpqF8oAAAAGkFVFJBWFjUO+VMGu337kCZEE8trk6oixiiSQAAABIAAAABMEUCIQCqvwPAhc2c9jJIOTBQzwSWExQVENSxj4TTKkovy7E4twIgYUW+sIQ+flH9M6a4or7aGsWlgvjDEToujeQM09ttk6cAAABnA1RGQ4aU7gW0XJ/hBYzlMt6NvPHYSkFUAAAABQAAAAEwRQIhAPw7m+oInYoyONWCutb2nxrTm+XEH1Il83JKryhahUxpAiBLELz8D6MTLSWx7IJj6yCcRRD2cEwlBRcEMIJdzk0f6gAAAGcDVFJCkB+GeabvQ11TNzL16km7gtVovpkAAAASAAAAATBFAiEA7mcGShII+ICjp77813TXXoFXSIOTDt0BnU4f7MghSAMCID54OCCzcTHXp58Lo3dyJCTGgno5hS/qXmZqZBpgucWZAAAAaARUUkNMCp1oiGoNfbg6MOwA1iUSSD5a1DcAAAAAAAAAATBFAiEAnPDQClSsPL6sejaxhcVhIgcmaBBi+kMsCZ/LQu4pSXUCIAWg1uMqEV8rCtn9VtaB0LWp1NTpsYKQYVfGNbsUP7tCAAAAZgNUUk5wlo/q8TKZ0Nv3j2aGC6udvjhWvAAAABIAAAABMEQCIHd9t040T1nHa/zEklLxX13QAxB82mhkL5JGg+Wk5f4+AiAFjl3/VJ+CLc3or4en8yzvNnveh6AAQd46F/dqSqLJgAAAAGgEVFJORMPdI6CoVLT5roBnD1KAlOnrYHzLAAAAEgAAAAEwRQIhAOT0GVCTBvP4BtG/bfgGNkPuG6UGtYQ1SeXhguuFIrWYAiAO+GDH9GTCZAI+q8vp60GhydetZ+9RmXbNCncK8+oW9AAAAGkFVFJJQVM6hW1O/6ZwxUWFpdUj6WUT4UjpXQAAABIAAAABMEUCIQD3t2pFqoWKcvry/LPZqua0L8ICkn3k/7/MyCWbTyIyywIgFNCiUqVIK5W2DHsYiwZcZEYtGBKEm10+j8+NzXQNgRIAAABpBVRSSUJFxyg7ZusetfuGMn8I4bWBawcgISsAAAASAAAAATBFAiEA907+ulUq/mFPEYsCNHyjQxWz4/xaMsqyURFWUAYraLwCIDHKwrFvmkfDGFMYRRd3hTfYfQyFltuLPH17DvkEtSf5AAAAZwRIQUtB2FrXg8yUvQQZahPcBCowVKm1IhAAAAASAAAAATBEAiAw24GXe0hcJJ3uFNAdXWIWJMPVgDoqDoYNIeiFcovcDwIgdkXypsT59WqROT7BKZqol4cvnDzxrq8DkzhEXi9IE04AAABnBFRSQlRwMauH3MRoGIBuwHr0b6jCrSor/AAAABIAAAABMEQCIG1sYYlNSlJEMXmpwgNzpaZ2KU0bhAL8sc4UVSSuGEIgAiARdAHVhMsFY7+bFcaS4xeMOOYXWvvBArhtmLtKPNYsHgAAAGcEVFJEVDP5De4Hxui5aC3SD3Pmw1iy7Q8DAAAAAAAAAAEwRAIgKa6BFVhk/5ruAkIMl/W7RZAHawrDRYFtFjYkHmBDePkCIGtuBpbJEMNl+OM48nnZZDQFbaknx1WpdhHAzMuapfzHAAAAZQJUVOysq2clrBcR2X5V3zXVJbhjuLn3AAAAEgAAAAEwRAIgB+5IPetPJmpyXi+VsLCCoCUS5yN5VDhh5S1OSGZK86sCIBgU+w6093zHaIYoPE5BsCZ7oV0XN+SkO/TkgnhIdSOwAAAAZgMzTFRDAkE2jB0pP9oh26i7evMgB8WRCQAAAAgAAAABMEQCIFI59wTHIsEpMPrHR0AsV34ujpQEQXibChZ5e+FgWjLsAiBuKc7PhNc5sB9IsfMssBfjjyb1cv3zNhGCcoafCHEcIQAAAGYDVFJJwpkASjEDA9HAAFyxTHDMwChjkk0AAAAJAAAAATBEAiBsvHPpDDRxR82AY89KkCt2NfYGSprawjcOlBF/KC4xSwIgIyjwdiX+c67uk76kzwNHRRjBE87hHVM0JPKrTs4+68AAAABnBFRSSVCuL6sXXSC3r6VvO7MlALJtxiv1cgAAABIAAAABMEQCIHXrYAE8OFjqSdoG2RHYKjYzwKTTbOIhW9K1uyRU0a1pAiBoN3UNx3WxpYKMWy5GGfQeBv/VcksRcuYW4IJYjAHhXwAAAGYEVFJJT4tAdhFCuaptyJZOYdBYWZVCXD2UAAAAEgAAAAEwQwIga32qVMSbJJkOABGJ7aUj8lul1je3BYDeN1WLbk1/l1gCH0AHIGO2EYPLVBWZXQ5NH9Rl9oipS351mNcXpD2IUDEAAABpBVRSSVBTE1D76M4ndi7BkTS/j8QFpCf+m/EAAAASAAAAATBFAiEA6zpUBpqIDujXcdrYhwuJTj8weOpwPoKacUFBifT5LV0CICail9CS4PRhaAf5c/zn+Zyje7x55ZS2niQ8a92ulQ4NAAAAaQVUUklTTVa0+MOeB9TV2RaSrPnQ9tTTSTdjAAAAEgAAAAEwRQIhALgMYxAEIwmrIaX+HSPetV5lNpbqZVOfBUKdZ9ABqmF4AiARUS/tRD+nZ32jVQmeMnFP9cAgBBgIOFhvUyuGhvkvdAAAAGgEVFJJWAVjVPP/IHQ6pMDaNlYDhxxwALCBAAAAEgAAAAEwRQIhAKozLBBD5xkkZK/8cSZ0Cbnf5aAAKurs3w4hWtkwtGW9AiBWJHOjnbsqda3xGoSkIw8EkYa/9FehBNIiYQg9dZhf6QAAAGgEVFJYQ61f5bC47I/0VlIEmQ5EBbLaEX2OAAAAAAAAAAEwRQIhAMxIc2lf4v3NQ+PGkCFZv8wyM1CcxkYsyXxxpjItU42fAiAW1eJ9N7CYGVFEJMgmU9/FRYwP3nPz/iOpyKZDnmOmiwAAAGcDVFJQmx4fyVi4PoAdE0L5+bp9o6Vboe8AAAAIAAAAATBFAiEA41JDfw/Lr5bOAvLjxI+6VZ/Xb5avNpDUNBVWWsxA/5oCIDDwvgt8GAt/1RLEXHGFvm9MJRymbrnRyF8PxUktorg0AAAAZwNUUljyMLeQ4FOQ/IKV9NP2AzLJO+1C4gAAAAYAAAABMEUCIQCwX0byzHy0NQNSbOPiI9PXSqu5//UygHifPq0i+UImoQIgEaA9XjaXUBNYlclUzCxW467yYQCT1JuTwYPMIlzEac8AAABoBFRST1lFdFYukxCpT5ypYr0jFo2KBodbGgAAABIAAAABMEUCIQD8W1b/xE4W13jmWjIPj7xXWD0gockI4iN+nOxiR9fp8gIgKCXPx51xdCs1nf/HIVNjkSQMKc8bzYuInSPEayADNQQAAABoBFRSU1TLlL5vE6EYLkpLYUDLe/ICXSjkGwAAAAYAAAABMEUCIQC5JQM+kNzgno/oBU1nr7JIcvXOuH8CmL08U2rW+NDtxgIgVtuqwZB2YqiICnTkedarLWONzYZ0Gy+wJ7vpJn5dpwYAAABnA1RTREhGI5/fTUwa6yZyn6BksCBaypDhAAAAEgAAAAEwRQIhAITCP1U5qiGVb2U1n98pG9XuqFz1aTfJGSuraJONFsFVAiBRBuz4hxiKm7MpQqaZZtDdntfQbvIbn2qep+KrMP+2+wAAAGcEVEFVRAAAYQD3CQAQAF8b165hIsPCzwCQAAAAEgAAAAEwRAIgC+oBW/pszQR+G53s19ZSXUDHA+suVELCjeHcaf6seTECIHEgw3qsG+uG5WnkeAt6/ef/ma1mc54mK0xVSt0PUMINAAAAZgNUUlX2W1xRBMT6/UtwnZ1goYXq4GMnbAAAABIAAAABMEQCIBg5GKS54kayhwfw2qQRH8tTNHubAznRrbRXFDwRs3UzAiAoPVAMJZPG0FjlwCPmvjBgPTUeX1ySAOkYQrsrLvftRAAAAGcEVENBRAAAAQDyor0ABxUAGSDrcNIpcACFAAAAEgAAAAEwRAIgdYLhw4KjM9npnUUBAD9QRohBw3vIGEcELKYtq7gwxXsCIAmH3Z/lEdnZnE0vqqODeBpZQJQhvjXikbgavMrAMn/RAAAAZgNURFBbEarLa925/6uQj9znOb9K7VVDJwAAABIAAAABMEQCIBR44Gy5muKHLq+uLJjbhVVy6D5MT5BTzVaRRqnyqxBgAiAkAbTgu4OdRpbn70TakgnarxRFWRVCMZy40kXZVbJISwAAAGgEVEZCWEBX21vZ9npWaqEOVYexqWSv/GoWAAAAEgAAAAEwRQIhAKNS0kUgOMMkfxHuCkWaGHel2OxbPqubL2+fe252B6zgAiB6gV2EyTRRDf366OLLFo1Qam+yNZ0V90YigwwfTFulhQAAAGcDVEZMp/l2w2DrvtRGXChVaE0arlJx76kAAAAIAAAAATBFAiEAm786bJFKfcW/WA0yTd3Ror8Ny3R97llzkwTwZ5a8cVsCIGbuMUBjbTDQ7si68t38OPhzJdNBw1DLD2z/0XMxZOryAAAAaARUR0JQAAAAAEQTeACOpn9ChKV5MrHAAKUAAAASAAAAATBFAiEA3nz4ZgaqeEK+Ea58ZJLb4cD+kEeXM8mVHrEDRyaEae0CIBAT+EcM0JvLifjyJF6lL1hp6S5MELDXCFpvM56QD+SXAAAAZwRUSEtEAACFJgDOsAHgjgC8AIvmINYAMfIAAAASAAAAATBEAiAAsuXp6g5IBADyZ5+axVMYPJ9zp/Nnn9BG4i1T5HIKpwIgbmg1JjDlMhJW18l6FTcgA71uxODN7Ryet3lHeHWeNs4AAABnBFRVU0QAAAAAAAhdR4C3MRm2RK5ezSKzdgAAABIAAAABMEQCIHk8q/WoT/TrVI5dxSxP3rTd56ul4Fdgj6Cf8O10675sAiBsBoVg3kAyT8WZBp4F+1tAC+NOgSabRZ2x92Odg5bvrwAAAGgEVFVTRI3V+84vapVsMCK6NmN1kBHdUec+AAAAEgAAAAEwRQIhAKxHAley3cUAnSO4fPblYZSIrUR2A5YOIKn40sBg94NCAiBTqdOuOmq9n/D/CnpPXfys4LYe3jzj5gKb4pbon6yaOAAAAGYDVE1IkB/ggO4YODv1SUBJU48byhVfTQsAAAASAAAAATBEAiAKsAS6xULFaF4Hj2dQ+Dbmo0tK0xBu2lmh3OACr+XKDgIgc7yEwYzs2i4QXXgoHFnLTyyaYlBH3i88fI3gMIkw6RYAAABpBVRSVVNUV3ACRLIPhHmaMcbJba3/Nzyp1sUAAAASAAAAATBFAiEAtZuV3D1z5VCDEIV3lz4QaPr5S5UArbMhAaJX0FDHzYYCIC/U6eRx28S8bzyWDrB2qPA7fxwSo1SUSSXj/QAKbXmLAAAAZgNUREgqHbq+ZcWVsAIudSCMNAFBOdXTVwAAABIAAAABMEQCIFd/evkOFZ/v+8nLCbelgchvT6Y6xZVWa8rV1pOJqxZvAiA2DMu1sdmKpcAxRYfwvUTPboryqPRKTnpLQynCN8NqowAAAGYDVExOZ5Ex9ZG082msuM2MUeaFloBsORYAAAASAAAAATBEAiBCv6neLlVuW8r8S/Tk0FZV4otjX7owHuzvFNTkobRF4gIgOyh7rY8tSUubv2KLd3BayAMboukk8qsuZpck405dG0QAAABoBFNXQVDMQwSjHQkliwAp6n/mPQMvUuRO/gAAABIAAAABMEUCIQDoDrj3TZsXKVddpBwTD5BG2HZdZZf9QeTatubXLbMRvwIgfY+k4NRbNVgmdDj/bxel8L+LZtmBL94AXFiAKauELwkAAABnA1RSVUwZWW9ar/RZ+jiw9+2S8RrmVDeEAAAACAAAAAEwRQIhALE63GGlwHCPH+GjVkdgpmbrXwHgvPND3OYLI5J+0TRQAiAzTl0MEMohutRT7V1iuCpB7H+x5sXqTzZuuD+X079rQwAAAGgFVFJVU0TdQ2oNzpJEs2WZrnsi8Dc7TjOZLQAAABIAAAABMEQCIFNfwQ4UJWbSDLdBv7VeEvf+Uz1YniKKrCyQ5dyPbtN7AiA5OcTNF4L09a44AsJHG6FZL3y7wREQlbq64A4HaSngUQAAAGcDVFJWcpVez/duSPLIq8zhHVTlc01vNlcAAAASAAAAATBFAiEAjW8GDmYkM1bXoXqrliTMnzb7socpdyL4NjDrpr7rWwoCIBaEiq0PWxpK6oELmo4sKp5OesXOOtBtTNDj35BHqRVjAAAAagdUUlhCRUFShoB9pbktMfZ+EodxysuF81eWRuoAAAASAAAAATBEAiBtD92jSu2vVTbIsnbkGOQjUCpZ40uc7XvWjNThphgIbAIgKvI9EAPaEkXwcv6MhNPCVKRIQ9H65iCLQUtgBn24N4AAAABrB1RSWEJVTEzBded7BPI0FRczTqPtCxmKAalzgwAAABIAAAABMEUCIQCXeAWAOst5Ax+1NSlDLokwNJP7GxW7F2HvJqblPqjMjQIgbJIZVOZXNn2W+AUDyJxe0C9xJx8+8vVvtfBYuh1S438AAABrCFRSWEhFREdF5YyN8AiM8nsmx9VGqYNd6swpSWwAAAASAAAAATBEAiBM+3Qni8VVcay5s+F5OFNl/hNJczlAFO7HgqhQnV+90wIgPlDOOewp7+26MqfoVD7sGINfGzIyGIEesWeUtyDBvbkAAABsCFRSWUJCRUFSpd38qLg3zNDPgP5sJOKpAY+1DboAAAASAAAAATBFAiEA162eRYCZIjgA3xjYEcnSBFv7pohXPs7GHDYLfQDCPSACIGLtRvnWRL8yRtWOLyrewpjHhJERTWLYNGmkXR+RDaYhAAAAbAhUUllCQlVMTMcDjM9g5IxbcRnlVWamrZ8tZsfCAAAAEgAAAAEwRQIhAOludMZLzhe90RimTSj8dtn4ftvEhX8D4FiwBqZcnkiZAiBV+X8wBOFPxcFyslzHme39Tcdf2WTdsbvAI/SpIGRX4AAAAGcDVFJZwS7O5G7WXZcO5ciZ/MeuEzr/mwMAAAASAAAAATBFAiEAzPoqXJae9w0ZhiuM08rpQHt07WHGZCifumsFq718CKECIBhYCChAa5+iKY4nUq/fFZMte1jo59H2uguie++AaZNUAAAAZwRUU0xB1Qgl9QOEvEDVoQEYmW71A7NnCv0AAAASAAAAATBEAiBURm1/EmIudNIZQ4hSwEkcWNtHRxWkIxqBBWBsfprEYgIgKXf0xkguLrU9gCkCoWnEt/mXfjBOlgNHOWWil8nTmaEAAABpBVRLSU5V2iPTAXYeTiv0dJUfl49t+288nxQAAAAJAAAAATBFAiEAxzHUNmwLiT4YDrRPvDfcNTm1BuHuGnw45IVo4RTDKbcCIDd+X6UXUpCsPPOcUEl3VZbfl8msVsnM4Hwq3j/B/cblAAAAZwRUWktJ9SfSQ5HHZ7hrjpE4XhzpxU0jCisAAAAJAAAAATBEAiBqk1rEkG7gavEwKZVNOZt9FPy4Jo+ViZ9Wm9eZdc8+ggIgYaa9ws8Gu5cUJMt9E9ILIccY1n4kOWc4Cek6MCu9SnkAAABnA1RUQ5OJQ0hSuUu61Miv7Vt728X/DCJ1AAAAEgAAAAEwRQIhAO4o4XlHG+hbJ31p259alethGswHJY28W3VEI2pejrGjAiBYJomzaaxe3vNEtHLK85UyQr2SlEI0lIJfPVRn87j57wAAAGYDVFRY7y4jmyGoFxmrqrxiOeLpCFm0TZsAAAASAAAAATBEAiAodPsAiAFeJX4NxceSnv+C1X7psLjYVLr44WNcr9N8BAIgIKsOEslQiH4dKvK5maN9BndR+rzcfxElkviawLm13WcAAABnBFRVREFeMALf9ZHF51u53triaASXQuaxOgAAAAgAAAABMEQCIEvS5XaOy4fe8llYbusGYYPR0CA/PtafgocxwnKJg5cUAiByHOhOXIwBVuhXv5Ox7DBJa/g1ksyVQYLGsjrg4KQ/MwAAAGgEVFVHWrWUPJayhXDWNRLdogaQRbMEmU2vAAAAEgAAAAEwRQIhAMwvuhCmpU1zeMM6AQ3fTS4JhCNmh+T4GJlDtqpA+3BSAiB8MCy7/9KT4GzY9PQHe4vgZb4sxZFUj2alzgZ8U8lSDwAAAGgEVFVORWtOBoSAb+U5AkabYoYCTbnGJx9TAAAAEgAAAAEwRQIhAKj3UdOb9Gt61JhN7jaYfcn1H/zppi/sG132+9CHxw0uAiAzJdgDy49k+dVsgx8cJITdLVZg/7tp5SMFCIslrtsbBgAAAGcDVFhUokKLbRz/qJdg15eptaJjQs30VF8AAAASAAAAATBFAiEA7ByM5R4CnMkE7Xf3cKWlcX1KP68O2i0PjEnCAsgP6ugCIDV0Dlc5VVyGVp2L/aQyU5V+mRyRmKU74sG1uw+tcgcnAAAAZgNUTkmloq8i6sbwUCJ9hEsQjCsqAR/TKQAAAAkAAAABMEQCIGTV7zs28sbYAk3H4Aw4y2ueukBLKbkx6WQbxK1/Tqd1AiBiu/IFT1YYxpkC9ge2hl11P4/cfiUbdcSsXS8G+o0IkwAAAGcDVFVSFgDC4IrLgw8qTuTTS0hZTa3khlEAAAASAAAAATBFAiEAusEugrIfBp5HjMrpqy7iUReaw7EynKjQLILaF+KoKisCIH/dT7hHrdB+zgS0Th0883VVb4mzJ9q8LhMOsosXteNvAAAAZgNUVFaoOL5uS3YOYGHUcy1rnxG/V4+adgAAABIAAAABMEQCIH2ZnGmKvHAlYA7GzFaVz+o0UZAQl8z9Sf85FHrkyriFAiBDYA5PYPZX7MIw6xV8AalVFOPLSCpEm5u+ml5UJXeUkgAAAGYDVFZUmOBDjT7hQE/qSOOOkoU7sIz6aL0AAAAIAAAAATBEAiB0N/c79KZw1ibF/Pq6HF62Kpng7dWrcj3k8ZapxXC2bwIgLGrirZ6nYndAfv+qF94EbT9ye1l3F+W+YKULSAFqvZkAAABoBFRXRUUrb/U/wkk8zVIC2ApsQ5dBQUxf8gAAABIAAAABMEUCIQCV4TLj8Jgs5YJIhuORZLbFTzyl41ywcwUb7XCs0sEpDAIgfapgc0/FoADDi6PwfLivodkmRy8mkEhFghWM6UPXfyEAAABoBVRXTktM+9DRx3tQF5ajXYbPkdZdl3ju5pUAAAADAAAAATBEAiAqy/+8ltEZYRLp8BejIIh03+pVaO3PU6jGRTmNK+H+PgIgVHxXg+ST4ajTA5J6zveWwwHHjkIP2hS+gUDOcq/SuUEAAABnA0ZGMVmvA1bN69H6I65drf+RcLv8MSeMAAAAEgAAAAEwRQIhAIIiCPXNmdMruB5uui0keChRTH3ETFDkA8YkTr3DqjUFAiA7FO//EZAmbwiNhmxow8VzRY57R+log9SaXFDms0X5qgAAAGcEMktFWeSJcvzYKidEEcAYNOLwMdQ3f6LAAAAAEgAAAAEwRAIgUsHqWBBkQktlOl8sz48kLHvAMb/w+OaA8mGDI/43UFwCIGjHeVfSfMg8t0Z3jYxSp875FT5iiZeBcsO9cHdnR4VeAAAAZgNUWEFEY+aj3tDb4/bhW8hCDfxV5f6oMAAAABIAAAABMEQCIDp11YPBPVSNFJi8zFVceX3W+UZF+cTfTpqNWRmudMxHAiA2S/powgHiDDtoNvwKri/Cgir+4fKl8+WQPIuIpvGAGwAAAGcDVFlDOoLTERq1+vOdhH1GAj2QkCYaZY8AAAASAAAAATBFAiEA5rtrnH0RYCuah9de2t/dKdB7clE84V6c3bR3adsmU8oCIC0g5fByiKTLIxL/AONaJvRAyB30EueohS8rwjrL1eirAAAAZwRUWVBF6vYfwVDNXDvqdXROgw2RbmDqWp8AAAAEAAAAATBEAiB2uqN6UIfcGwRURCmBDr5hySpA+D+Qh9iApQznmGiiFgIgYUHZQSuqj3FbH6y3xQMCahfm3npZxQcDXpAyuM5ieRgAAABoBVBIT09OeSVtsb22JZMVoaPX3SN/acrf2PwAAAASAAAAATBEAiBLp4J/Ftpjl/lePrFk0ZkINyfK+rQQOiqDtsFCzaBThgIgb0CZmbJ0QfU6bviiLhux1nnnCtIEUo/rIG81pua1D/AAAABmA1RZVGFP2PBs5Nk6ojYbNCyGVU61yznxAAAABgAAAAEwRAIgD6NwV3Zf6JIna2SlK1oTmpxufR1fRx11nEq4OXsVw8wCIEXfWi+TmotHtRl8Hvcp++eLJc1Cxc06w9q7sAes52gvAAAAZgNVVVU1Q2OO1KkAbkhAsQWUQnG86hVgXQAAABIAAAABMEQCIE6MiXAtuMbmtLK7vYR10hfErlbeIXYVTntPtAK2AvOjAiBWm2coHhSthtFrfK6DFUIWW2fRjU5ZtkXrZwQjQXTMLgAAAGcDVUNYPTr0TPCSpJKA4xbwnI8g7Pl7yTMAAAASAAAAATBFAiEAnDpZPxkPhJ4hPlxhOZi73nfZ1UpdxWbiBbdouBAffbYCIFfBXoY37+0xRsZ748Gb0+DyfQGzxh4Bp2JCgncbKAUaAAAAaARVQkVYZwS2c8cN6b90yPuktL10jw4hkOEAAAASAAAAATBFAiEA0XbTeUR8x8yKF+41WEu+l49gGUNKz24DqR1fGYxYoMQCIBTVcz3VGtCCQonEomHM+RokciaawD889bwVCoBEcev5AAAAaARVQklOuezrn3F4Uq0Nk2tGFVywwPQ8vo4AAAASAAAAATBFAiEA0nv0c59tr9xP8pQqLTC56fG1ga2kN8c/2IqqdnzuFCkCIHymE2Oczrz/iSdcXl7XxhDx+Srn7BWVqI288ISYC+SkAAAAaARVU05TL3ZqgxRvfq7ixjXJ+aKR5LhvQQgAAAASAAAAATBFAiEA9g4xlrrA5V2Jz0aYGGnwCFBwSHf9srgBYz3qBuaPw7ICIBwmJWk7nNYmzDXH0vpF+rjfWOJ9DNbbHvSycMe8X91OAAAAZgNVQk7bEwJbIZ215FKfSLZf8Amia2rnMwAAABIAAAABMEQCICMIVrEWwCi4U8t+k0KpBWpPJVQRP5BGPADYc4wzxWX0AiAnEWgj8+QO4MvsN+ezVfczgPIcpdVcflpXBQg+sDRHUwAAAGcDVUJVa3TdXQH4MgCBJH9c8fekgyRwDbYAAAAIAAAAATBFAiEA0rBW2iTBwvcFPAqlTiifNGs5lphzbrNXoHmukHmrP5ECIB4N2vk8vr8MfhRvtCm0WMgCXQhHnUYZSxndGWkuhVHtAAAAZgNVQlj1te/JBlE7Q0Trq89HoEkB+Z8J8wAAAAAAAAABMEQCID/VIcs5RcEN/qa6pcsy+Pn3UUnKecuLlo1tAf8Nu+ECAiAh7imyUOHYsxVkbzdQDRHa3cRI10QyL24vtMjgm6vz9QAAAGgFVUNBU0iS5SoaI12aED2XCQEGbOkQqs79NwAAAAgAAAABMEQCIGAn7GnQ/EMBiQyoQjv2KOxdgWus2mbWYdgtzxlpbuvCAiAkx6NfOzomZw1fnTa2jxCcc4EGLJWiB3v62UWnS1VVBAAAAGYDVUNOqvNwVRiP7uSGneY0ZJN+aD1hsqEAAAASAAAAATBEAiBwLQIGSfYlgtmC7tNPERIdmCQWGAlHgHNmDPaM86WNwgIgfL1LqS9vqx1M2sh873MkFYLZNMb/v+07bMQUksun53oAAABpBVVDb2luqRiJe9ENbe5hRHDCSgYbeLAhs6kAAAASAAAAATBFAiEA5Yzpqg+7fHwyEVvFOvtChlaiDb6LitD6pHcMgT6iG+ECIDYhz2M02Gx0h0MaAlJj49AhUxj4ibzqlaDbJ7Xr+YkcAAAAZwRVQ09T2NiHtWEaWz6Qv3ZAhdmFgDHSvmcAAAASAAAAATBEAiBjP7j8uoiemLZp72R0a8vNRrwefB8pTFPxq1V8dGebMgIgP4RFaXrM5iUU4FdTJ3wo+Y/uyt8gwVjtOOSGY+K5GbgAAABmA1VDVDxL6mJwOfC359IeNLucn+lil3UYAAAAEgAAAAEwRAIgBWiyfkWdea65prEwZfs5y6HC6YoNgjou1V+DsHKvwLICIFzcekW03UiGjj8uknJi6zFCgejFVuOrNTFigDcZBb6iAAAAZgNVQ01yL5ekNSeLc4Oh48R/QXc76/MjLAAAABIAAAABMEQCIArMRhi+DpvQ5aAet+78VUF4aGiG1A8JFMxI2NR+DbF9AiAI3icgjQR2mgRNWkWSDMMmfuEfTgP/mPzQ82KIKQmNmAAAAGYDVUNY580sVtPwH5+K5UK6Wy8Azyz5lLEAAAASAAAAATBEAiACDASdj+xdxU4U1ut/fMOGdoH3XvT+ItOLg1q5AyaCXwIgFBfiwHa1SelPLpcCGxUCeJ7susNVtWmF2nd4N5S1CsMAAABmA1VQWF93jsSzGlBsHf2LBvEx6bRRph05AAAAEgAAAAEwRAIgezpkLJ92OP9wu8qXn0jNKRh8UvvrjBMbrgCKCoRrL7cCIAoK+cd8w0rul4Otu2Z66C5RLtwcVRasA6pfyNITKy7IAAAAaAR1RE9PEvZJqegh+QuxQwiablaEaUWJL/sAAAASAAAAATBFAiEAvOZvumOVNIwua2/5XzK5HJTqCPQAvdMlOLVXOrr8MhsCICeQYAi80FcCrlCh4fQpy5IWgk6twTjEjBaWWgdXSwvfAAAAZgNVRkOZXePZYbQOxs3uAAkFnUh2jMvdSAAAAAgAAAABMEQCIB2CXX7kN+4pwR39GTSw2DBV6qaCcbvXmRcv6fcxGD4oAiBc60DCdcIw7JK+9aCtSn9FumKqoNsg2ajDsDRvinTWPAAAAGcDVUdD9IXF5nkjj5ME2Ya7L8KP4zeSAOUAAAASAAAAATBFAiEAzoFat0N6Q0O6aCnH/nmsPCK7YjVmm2pqxqh/ygl/TdcCIEDzEFVR8ID3kE/NY1NcjW10b4KK/tVcl8hrhV3odvBbAAAAaQZHQVNKMjGmudfj12zyNUkpP7IsSI4OpZGkTgAAABIAAAABMEQCIFkCklFdRZphakCEOUanwTu0mZkpBUOy3E59grC4bPIKAiAFRxcHOa1JhU06QbD8QH7exA4cbITujpaB+tz4BGgj0QAAAGcESFZFMtSHiSu0xX7b56tAHZ/oAcj+ZHP1AAAAEgAAAAEwRAIgKJyI5qiNoOicwKVGLSqwowvOdC2mWxD4HB4ulG9N5BYCIBCmy+TPHvk53qtTH973FHgqj3enbJepvyjPXeqtlIBgAAAAZwNVSFCRNdkuOjTiqU5EdLdLncLVERju1QAAABIAAAABMEUCIQDVQBYUnkLLPcz5DGJgmMSLuyUD7UbLBgv9DP92VZ8aZgIgMZo3kl77LNBfBT/tqs7JrTq808QOR+iv+dVlb3tC8cYAAABmA1VMVOiEzCeVucRb7qwGB9qVOf1XHM+FAAAAEgAAAAEwRAIgA0hkNOGo3zCFmGNKlCOieBeu2qp/n2AWq79dqBvDZ/ECIAJoCzHjPDsxFU+Klrn7gVCvhsnAv9GHr+NHXXsJ/hnOAAAAaARVR0FThxb8XaAJ06II8BeLY3pQ9O9CQA8AAAASAAAAATBFAiEApdmWUx7ifhCznQ9EPTo4RNkO3hvRyxM7FX8RSqbTf+4CIEil2KRLl2/mMSl8Fqxm/M+rLyw14WmL+8oTx+o2ko5tAAAAZwNVQVQBwJh+iPd432ZAeHImvJY1ThqXZgAAABIAAAABMEUCIQCIJRXjjWlCirteGzgDPta/A8oIOozcznmQIwtz7vr0TgIgU8Pgqz9m5xtp0dxaf7uC3b1UDRF4ynFhEppZf35x/RoAAABmA1VPU9E8c0Lh72h8WtIbJ8K2XXcsq1yMAAAABAAAAAEwRAIgF2kXskWm5jpmgpn6K8bEpYilTbY3fQ8nYaKty5p3zBYCIHnZ/9C6uLliXteOZRNvcw4yAzj572Dyjq7E0X36pS5NAAAAZwNVTUEE+g0jXEq/S89Hh69M9EfeVy74KAAAABIAAAABMEUCIQCkSs1U9YUV85synn2lfweI9IT4obzoLZ1T7xDbCdYc8gIgJvNekyYmPleRLZBSnj6Dvyjo/2K5czk6Vr7LlhaZRv4AAABmA1VNQm/BPqziZZC4DMyrG6XVGJBXfYOyAAAAEgAAAAEwRAIgDYfNT5kAZ6f7V7G3zCtawmQh04LhXG616vlcIinDRFoCIBgixtwILRY6kuHDXsFk+lKZiTyJySTkawxqRlwiA5viAAAAZgNVTUMZD7NCqmoV64KQMyOueAZv+GFnRgAAAAYAAAABMEQCIBChgCDypMVb85IaIN3TFnUmZAw9nr7gKxH5pn9VYNHeAiAEEBENT4dspw6vRXqlu+lnxuQNe3uAnyiXVRUN5reHZgAAAGcEVU1CUqS75m8VGyKxZxJ8dwAWsV/5fdNcAAAAEgAAAAEwRAIgAbhWofQtKKUjsUWrTWXfOuNoJSbDp/NVp5XXLbC7P7ACIB20iT1him7Q6pE9pWybINWCbeZo5weuaA8Pw7+KIHcAAAAAZwNVTUlhEHpAn//hllEmqkVq9nlxlpXGnAAAABIAAAABMEUCIQDvMBLsXwDmx/hWZktedl4CmLGYaa4NYdl59fyODOMf/QIgL18g+7xd4vXMXXb9iSHKANLrKm8qUxHjKCzHAqz5vgIAAABoBFVNS0GOWvxp9iJ6Otde00bIcjvGLOlxIwAAAAQAAAABMEUCIQCS2oDvFlyyGrD32NiITNx81ARGX0xTW7/sk1ClEpm8qAIgalKKch5oKduIYRLmvQfrbmxXeBn0wmVr7Fker0RKAjoAAABnBHVEQUlK0LgfkrFmJLvPRvwAMM+7+NAjdgAAABIAAAABMEQCIAv6scpFzjBkyLY+uu9pXV5LM+CmPnf3h2cZLL+ZJEABAiBCpTtIEcgfzqUX6MjAsbbLL3tyL1piiI5tCR+3zXlEGAAAAGgEdUVUSHdgdYgiLgG/iSopq6tFeWogR/x7AAAAEgAAAAEwRQIhAOuXmaA2blIHl2Hpg8JptHX0xtoTP1z9aXtHWpQ44lE2AiA4wKy341IZpqeEz+jO2Exz5il8VlallMXhbEE1N9jh9AAAAGkFdVVTRFQXi/j9BLR9LePvP2s9ESEGN1rVhAAAAAYAAAABMEUCIQCt+Be7lzl9YeK/6guf3sbAUfAFo9UgqKOW/fjJcO25ngIgRMRq5ZvKNByqUSCFjT2t6qlodv2FMldzRHBho6uYVggAAABpBXVVU0RDvFmRzNjKzroB7cRMK7mDJxLCnKsAAAAGAAAAATBFAiEA8NwLknvUdbM82HunjteB7jJ22s3ililGVVbcxyCH7J4CICFAtykTIY/BJVI4V4AA4NWP/5P7l0mIG2Irfy4Usj4UAAAAaQV1V0JUQzr1upTCmoQHeF9fbZDvXWmo6yQ2AAAACAAAAAEwRQIhAPzSqrALMHAPIEKaGhRdAL56x3GMw4eLVwZx1vEa0PnyAiB7wfjkkEgTUlci8l5duKYMsHY/iBimxb12WisH8VzzIAAAAGYDVUxUCWF/b9bPinEnjshuI7urKcBDU6cAAAASAAAAATBEAiBXVtoSTjKBsNeTPIRk3Boo4CWHXXrmzM8u3YZIYdHN1QIgE3MzwplWCs2QmSFscPU7f/8ovSmfpCKQwNruoIlPtAcAAABmA1VCQYF+Kt3OqkkHYjZmp4ALFVPKIRktAAAAEgAAAAEwRAIgNRyk113P0PQ1qOiPVdyU84OKsiiqkIAtmDzHC8od78cCIFMVtRrg2myzgIWLibZ7t1hllZmV6Ac79/hh9LntfC7lAAAAZwRVTkNML060ehsfRIjHH8EOOaSqVq8z3UkAAAASAAAAATBEAiAdg4E6X+vNFbuSZfV3fZXWsDJ3ydVsvvldWUQ9sMQ9GwIgMj11Lqp2M5N4h65moXAGu3cbcAfvgEkvgfLg9sHf/DEAAABpBVVOQ0xFLZRAj0Wy5vqe/+EGi3URYYfE44gAAAASAAAAATBFAiEAr6+4yMU9/b3goIptzfVI98DeVxEGQO0LvB5itpLUEVYCICQtRsFcVkOZjiEmabyUB/u5IOhDWbFbFE1352kdYQVMAAAAaQZDUk9PR0UVBclacHNIwrzHVpi+JYiROH8AiwAAAAkAAAABMEQCIGHvcc8/8h2+UEJ9oK4vFH8TTQwLx52SMc0aBzn4lYHZAiA2Ge3+3f7J3p1pmTtXw1IOV61G4Y3Pz36glgcnP0I5FwAAAGkFZVJTRExSGORyz8/gtkoGTwVbQ7TNye/TpgAAABIAAAABMEUCIQC0t8F5OaZ9l+Z01lQZkFWSuve7EM4Hwl5I/mnXuMheSgIgWpX1NLHc1SWKyr2aZOoR0Ph663/rNQKkxJEz4rLI6mUAAABoBFVORklEF2EyZJDKz3rymXJbYpJZfugiwgAAABIAAAABMEUCIQDE9wF7nopU3q2sW71D91Xy6nCG1wajX2D7g6eVNuQmcgIgNYxqf7XvXkUYKQ+/Cu1UaetxOfhZdQ7eeK7jHwl1Uz8AAABnBHVBcGWCKAgQThc8tLIVSdjpIcrp5PZV6QAAAAkAAAABMEQCIAjFv9I/VGNZFVNJfBD1aw7YR/vvLCSuCCQfmbPpdZi9AiA2VPEBgao0Om6Z9TyuYzsH8+kFAzhJQv5vTp1/hiq+xwAAAGkFVUJPTUImW6Qtry0g8/NYpzYdn2nLTijw5gAAABIAAAABMEUCIQDIhQC6hFz7gDbyDNhA6RW+1tqlxwHGrlOco5/z0+bg+QIgVoQ4eBXNwNTPrCRS8KdFllJxNJEhe3GcCGXmUYfBBcIAAABnBFVORELQO2rpbK4mt0OmIH3O58vmCkJccAAAABIAAAABMEQCIHmgSL2E3YaI7ujn7O9Ct9sfADL6Q6RoId+xMdBFrdOhAiAq5Nyg/4ANdV4NXH89QDcwkiXwe5Y9sBFw08mjMaUtHAAAAGYDVUJUhADZSlyw+g0EGjeI45UoXWHJ7l4AAAAIAAAAATBEAiBZ/2veNTqclLlYmdvmp5mkt2C3PYydgd+af7YabsUTewIgeHsQ1AheNCQrLJui99+/M0D9a4iPcAAsMTtndeUc6ewAAABnBFVOSUOU4Lqy9qsfGfR1DkLXNJ8nQFE61QAAABIAAAABMEQCIB/LTsN4afjKyLHzhthin7gTuuKPgiVrY5tNlWp/Mz4UAiA/OPFg1ASFdP0el70cmchhbcDEEba3ygbgDcDH5y+0JwAAAGcEVUNBULqnBhTHqvtWipPmKpjVVpa8yF3+AAAAEgAAAAEwRAIgF4I25M/l+/cufEFgM5z0qKmDc7tvnQg9/tdw3IxSywACICmjtBD8v1eZfwQe8oAFbTK6ygF8/dSybDXFHPgk5cmsAAAAagd1VU5JQ0xZPZIz8Vu5PHik8HtcX3oBhjAhfLMAAAASAAAAATBEAiAvB37AoD/oG46Mdj1XLkTJLD0v/FazSP4rZVLgUStHVQIgfILQ5eeQmiF8Tyyioj7Jd+XWHrcx2rvuMbfa7Pj+KWsAAABmA0lVQzWNess2CupNSVuH4SRvt1K3aENRAAAAEgAAAAEwRAIgVAlg64yY+TsNEKYJc4/JfasvcefNoRSs9OJTzEamweUCIHqjgKg3qu4397h04VXMklFXboQnmtFPO/HKGPBjKbrUAAAAagdVbmljb3JuiSBaOjsqad5tv38B7ROyEIssQ+cAAAAAAAAAATBEAiAJF5gl6YNO62LLzKdDDbJ7371HkLwL6QfWMZGxJJIgxwIgRGyrGKusjTTOX0gDM1ams4/pgQZz/mX7O3rc8r/6dTYAAABqB1VOSUNSQVBkxVcuehAK+ZAcFI111yxhmn8enQAAABIAAAABMEQCIFCehu90pJSOkBdd79peHlE51fiSfe97+TPylv7JYrDTAiA83ZqHbYw4aEAEF06G4URswTtB3FIwDiqlge8OU8XIBQAAAGgEVU5DWK2yQ35vZWgrhfgU+8Ev7AUIp7HQAAAAEgAAAAEwRQIhAOH7HCtPwXc5axKXM1I4dQfJspg0fEqqM3+a6wvcnZj+AiB/+hAux5UltPI8tLPWi1i2rkrrTYBoeUXbDqj9aoHDdQAAAGkFVU5JRFiVs0l7vMzEao9F9c9UsIeLOfjZbAAAABIAAAABMEUCIQCEvHzLfidsQBiOlkXwXLKgwTPpDjZjaZCd8jpCoSefHAIgALnQI0T0RFlzobjrkgKiGbFQtPqmZs82kbZXLM+DRJUAAABnBFVOREellZ6UEtJwQRlMPDvL6FX6zihk9wAAABIAAAABMEQCIC30vkCZCgmEn1+0hKagNeO9EC8DC1FPNwQB/FqKPMgrAiA143tFiwvZyhN6iK5Y2RIW9WVmJlIAAc0aeF8WCRGKHAAAAGcDVURP6jmD/G0Pu8QftvYJH2jz4IiU3AYAAAASAAAAATBFAiEAlOD4kSn6V9IIG9ufXsPCNEU4Zm0ql6TfqPOnrVdLzP0CIAbUMbx1pyPOpB8W7KWq1hkwgI5xMID6J57dLlSYxFr7AAAAaQZVTklVU0QlaEXnIcDEbVTmr71Po7UstyNT6gAAABIAAAABMEQCIFkTKmkl6zcECmkXnmJjkFEI3C1oRcHIR5f1lVEPTUnRAiBrwzJgYi8xP3cV1xRWEyiLV4ZfWmJiR4jQuLWJVu7GKwAAAGgFVUZBUk1AmGqFtM/NsFSmy/sSEBlP7lGviAAAABIAAAABMEQCICxVpC3B0BrTZdnnle6g/KwK8S0JspKrCw2Lcrlr0PmZAiB9ZBwZiIykFc/YQ5TZabCiXfpU67kikffbKOI9rAe2EAAAAGkFVW5pRmmeeLgnTh1qdqDbv5BBiJTfJ8vOtQAAABIAAAABMEUCIQDDhIQZ+2P3FTWwLkC9AMkkW/5yYsS0kpa7ijy4dKiJRQIgdWhelNn26wXdWedQXBn5CK/CguSQAjmD6kulq7kJRdIAAABnA3VTREQIYDVDnmdsAtQRiA/MuYN843xXAAAAEgAAAAEwRQIhAKXllF0m9EBSn1YkLWVew+XpIqiYd2EpGZ1v8BNZgcoGAiBkNPjvgb0FGBOdxkFLXWf3QSwP+mDS1xu+XvyHT95qUAAAAGYDTklGfikYkLAeUYH37MmNef++Eq0j354AAAASAAAAATBEAiAj6N5bAOag/OvCGQQjj8ggfe6sojcOYKwtkh6Z4P38tAIgeQsqQ3+rLyZQBvkIr1840Xbx343UKfvPWGMaiIPhS6wAAABpBWlGVU5EBLXhMADG6aMlXcBXCR8+Pu7nsPAAAAASAAAAATBFAiEAwOCZdPdolmsaOcOFSbx6k4TnO3YQzv90jiJKvv51SkkCIHChQ4VDQ+V/aIeF3YMStDr/z2dg79ICZqSJFZR8wEW4AAAAaAVHUkFQSBZUQANs6XLF+OvvZnCGcH5IsmI+AAAAEgAAAAEwRAIgVH/n5WGdA6Ie4MQIDkofkfi6YuX+GAPbMrKIjzVIr8ACIHKJK0TvWVMc3Q70kAVV+4Z+fhmdAod/dPZz6pkPX5HSAAAAaARVTklJglEwqhvu8HvfTziXBTIYFtBbDQ8AAAASAAAAATBFAiEArN2XdADNrjVNemH+Kt1FqlyrsIJZZ9ErRyJ1fmy9UMgCIEuzODRaQddvxqQpN6/cFwKQirC3zLhIRkVdpGKgxGkUAAAAZgNVS0ckaSeRvERMXNC4Hjy8q6SwSs0fOwAAABIAAAABMEQCIFhs4hLXDU+emQ0dVlBkAUmfwQutgiZmUuKy9fPAhko6AiAWZXbx1yRlw2XAGUWvdna4z1zK01w76YoA9Zj2BQMi3gAAAGkFTEFZRVIP9v/P2pLFP2FaSnXZgvOZyYk2awAAABIAAAABMEUCIQCeCnFD7jkPgFeOWbYFuKfL4FcQAK11lPmdT7/r6jN8SAIgY65kN0R+DzjDX/Sw0MSoejeNMVUCnAb/p+EsY5KMgU8AAABqBkxBWUVSWP5W6XTByF6TUTJfstYpY6AirWJPAAAAEgAAAAEwRQIhAJtu0yqEcpZWstrRwQZMTGi1FnT781ZsRPgK7wtwap3rAiAuN0bpJbXykxiqC+cS/PltITPT4H+iLBzCiRwzjEwETgAAAGYDVUZUAgK+NjuKSCDz9N5/r1Ik/wWUOrEAAAASAAAAATBEAiA0SUyDJ2EUwY6JlskzAqzpiFzATxwgxQ/p6FJ2cX1RsQIgcKJi0HLyMt4rWFP9/O6arA4mKmGDXzw68cMPn0NedbcAAABmA1VOTASrQ9MtAXLHb1KHtmGfCqUK+JMDAAAAEgAAAAEwRAIgNyf9F+zMF6SCUq8eCTJDGopJ5EOu+5WLLvY491i/8CQCIEpYTt+8lvpLXdKTAmXEJGstkeQkE4PaqdV5ATDUoSoXAAAAaARQRUVSXdEV6zmg/F2pAi5Lu46GecoGanQAAAASAAAAATBFAiEAiCipwDUrX7iR0NXcIujJmVB3ng1MNEYcReH6S6zbKh8CIGti18jljvAk5D3EOa1Tfz0yGWmeGZix0L+QR8a06E/yAAAAZwNVTVgQvpqNrkQdJ2pQJ5NsOq3tLYK8FQAAABIAAAABMEUCIQCJdE6pr2UoaIsoq2h9JMGMKRfRQkC2XjnnWoAFzRTCIgIgHHePrJ0QkgEYQGUtoh1JxAc3caInfhgcGsIcPGy2UuQAAABnA1VOTiJve4QuDwEgt+GU0FQys/0UdzqdAAAAEgAAAAEwRQIhAJpsxO1m4TGPFA3LpICJ4OSlRX1jYNhYrkEaPdB84A5jAiBxMgCKlwA1mCPdIki7HmhW0FZWt3zzu6rfXCfPhic4AwAAAGkFUElMT1Q3yZezXGGcITI/NRi5NXkU6LmVJQAAABIAAAABMEUCIQCu9ZPz4hYCRIAx4DRowVC14JUiH9F29sISy2oUED+uKwIgHUccs+9ChdCLpdTtM/gn4rfnZ8NHxUeXuVwr3SlOkkAAAABpBVBPV0VS8vmn6T+EWzzhVO++tk+5NG/M5QkAAAASAAAAATBFAiEAod7KY20BuVMNTd5diE5qG+3qo72L/BzpKaX3heb8GAYCIBqyGOB8SACghY5nelsH9EoON30z8Ys0pDyw87Y44EAtAAAAaARVTklRN1jgCxAIdshUY27422GYiTG7gCUAAAASAAAAATBFAiEAyXax2ZVIOX4QYYrF1VYBKD7+ChJUFmm/x4Iprou0ba4CICCv3g6VEFQjhBiG0XK82RFwEYpKAHnW3WUWtWmsKtNeAAAAaARVTlFUqA8sj2HFZUYAH1/C641uTnLEXUwAAAASAAAAATBFAiEAk10ZK1/6LM3HwVniDIeoUW6MieT2ryqgDmV9Zx8aN1UCIHEktn/iiUltAVnyZpravMnNRozoBwGvhmWsFclhZXM6AAAAZwNVQ0+KPXfp1paLeAVkk20VsJgFgnwh+gAAABIAAAABMEUCIQDoiet8uMRp09FhpH6/5VEqTwQPgleYWd22AhuA5sq/ngIgG9Xw650DhWwR373P5IOykIAuteJPIoRhtve8tgxg9H0AAABpBVNPQ0tTI7YIZ1orL7GJDTq72FxXdcUWkdUAAAASAAAAATBFAiEA+g9BFuVG//aHpC9LJntbArrB3F/lsAbNLQtT5LfCvE8CID0uRKIaCFPVTkQStOcH8u2f3knZsVbyFBpj2S3Z0DnsAAAAbAhVTklTVEFLRZ7Y58lgR5D37FifmblDYdiqtk5eAAAAEgAAAAEwRQIhAIg9Qk/142BnlMStDOA36DvwGe6EjfXEsfoCtloykveNAiBpfK8BBvh7R4VRw2XlvQhSksl173aHIynYpv7iuS8K2wAAAGcDVU5JH5hAqF1a9b8dF2L5Jb2t3EIB+YQAAAASAAAAATBFAiEArl1J6ZJwXJS7Wvx+7T6vOjzFZBsxHq2+ZnoE1c/MTM0CIHSuCEmk8RNmMSAtPZmcdE/Xa0IhItFNEUq3QU5yh6BBAAAAbQlVTklEQUlFVEikeMKXWrHqiegZaBH1Gnt63jPrEQAAABIAAAABMEUCIQCaFa36/gF/LvM6X0WCsfnmUmAG5mW4wO2guwz8GHcuQwIgA9ZZ+bZ9Gzrpr87r2TOUv/6zfNDJbXJ8cEMehBVd9F4AAABtCVVORVRIVVNEVA1KEdXuqsKOw/YdEA2vTUBHHxhSAAAAEgAAAAEwRQIhAPt97/YeM8apr20qIfS+MysqJuDp2jkX9nwI51imfsi1AiAIOTMSZ6ISkALXC3r6u5rqAIdUdiEXFmbpzQftPtv9dAAAAGoGVU5JLVYytOFtAWjlLTXKzSxhhbRCgewoydwAAAASAAAAATBFAiEAjExdxNkT3fX/HobFmP63vEZPkbPDnIh9Ip3ECCZU7EoCIGPg7Pn8hkmiUAi9W5qGruynb1joR17Er37s4VDASqQpAAAAagZVTkktVjEqFTDExB2wsLK7ZGy16xpntxWGZwAAABIAAAABMEUCIQDwsT96MfjhZAOvCE1eRVpYYZODKOYJtz+gbfMZPtA1GQIgAPkHvQAABLsHZPTfp/1Ci+2y3weuYbmww46h5INE+rUAAABqBlVOSS1WMZfeyHIBP2tftEOGEJCtkxVCh4EmAAAAEgAAAAEwRQIhAIS+w0RtNAOw4HfDOvvltXTnUUBrrKDMy4skAvHpsLy+AiBONIYBLwoSMsUxraxOJdVZ33zDXtuqeFgdNqIlpePBiwAAAGoGVU5JLVYx6c94h7kxUNTy2n38bVArIWQ48kQAAAASAAAAATBFAiEAvHJbEBuYrrPv+dl8H0q800Vq3/gSZ1VlrjV9cMR+YGACIHJM+Xa+U7Ac/pD2lrnsljlyVTZgwdm/pcQNUlZ9D+QJAAAAagZVTkktVjHKp+Rlb2orWfX5nHRfkasm0SENzgAAABIAAAABMEUCIQDkHLX+dOIksW7gpvl/kkt/mJNtq1WxuQMgV/vuVp6rnQIgBzbkxjulqzDInGJGng8pGIzjCbd90ASIKR++voAa1kYAAABqBlVOSS1WMSxL0GS5mIOAdvo0GoPQB/wvpQlXAAAAEgAAAAEwRQIhAOjGHpCOcnkTuTdFK4/D86exmbuXWbRrmpwE4/q2UGXAAiAKJuRRnmqXtT69umbpH7fCYWEY5xCQ3B3JC8CHrUjMTQAAAGoGVU5JLVYx8XMhTHIPWOA+GUCFsdsotQrN7q0AAAASAAAAATBFAiEA3U12nsctshddUpdPk2vh99q8pfig99usnakYwZLjJsMCIDcXlesPukno/XgAAfuCz16TI8hGhZ0hThBkBsEdUpooAAAAbAlVTldCVENFVEi7K4A4oWQBlvvj44gW8+Z8unLZQAAAABIAAAABMEQCIEAIeHniLel+zHTw8FBxu/s6XNkohnM0MCV9Mk6INH63AiBN6ZY1RBiZ1PA1WuzgFlG6J5fbjGDe6FTPWYTKt8QJ1QAAAGgERFVDS5Lhh6A7bNGctq8pO6F/J0X9I1fVAAAAEgAAAAEwRQIhAPah9TTbphXrylVsEVgvnDEXE0Ku3kAqCNqWnvXguNvZAiABzbD4EqQd2moXboIiE3dQfofrnTQGwzc786caZJqDHQAAAGcDVVRUFvgSvn//Asr2YrhdXVil2mVy1N8AAAAIAAAAATBFAiEArIU9CKWz6f9T1GAiLnca4ztAlChmgWCNpGSciOWUrqcCIHZPWVh7rZkz+y6bpOAuLSlHkfi/cpvN1k6Z421is5oiAAAAZgNVQ1RtHcOShgSwAYC7Vwva6UuWmNM7eQAAABIAAAABMEQCIDZCUj6zRRXwyhFaPYD3Im3kHxl41m+N0cpwmxHLGLFsAiBibK1gBNisIqkkx4FXptNRbfUJDgsKIePRngD373aoTgAAAGkFVFJBREVvh9dW2vBQPQjriZNobH/AHcRPsQAAABIAAAABMEUCIQCILm8AENdK6H0Cbxs4regCqY0EI7+JsR9XMcHIqpL69gIgUZV4Imt3MGj//hXZVaAXIJW9Lfr4wTxtsZ6F0/kEk3kAAABmA1VOVI1hDiBIH0xPOsuHu6nEa+93lf3+AAAAEgAAAAEwRAIgeF+/wBY/yMHkq+lhdFmaB765xR3Vmr/gpP/qyUkY9LcCIG8XaHvXIhfmLtqP5pvdrizQ78hVRZv41G41uwlHS8gqAAAAZwRVVE5QnjMZY24hJuPAvJ4xNK7F4VCKRscAAAASAAAAATBEAiAhe144+9+wmtYYSH/IJR6Lo8ogbRjudLdyX/r+xghfDgIgV5LxeGZdB/38DH5CBRNBfTSpP596Z8bmEfFlOW8HRnoAAABnA1VCSd0a2aIc5yLBUag2Nzur5CyGjOmkAAAAEgAAAAEwRQIhAJLYhkN8WCFXIZTY1rc/LHGdoZSemIuOdQIsZhM+evhOAiArDd1ggPOtD1mKm/7hf2SXis7ig1uuj3h4wlUB0u1A8QAAAGkFVVBCVEPHRhs5gAXlC8xDyOY2N4xnIudsAQAAAAgAAAABMEUCIQCEsNDtlQRwmPZdHokk3RxpT9ZLTg8DwOqa1olzoWbT/gIgX+mn5biK62I0VLvqd8KfWPAeb2pMbn+Nnuy95RRE238AAABnBVVQQ08yr5cA/KFids1pxONf7sxm0RFoJswAAAASAAAAATBDAh8l7/h6A6oI+hfWoVWg8d8whdgS8JFI0LHc/oqVx3S0AiBwd5MLEizMNc1rS4HSZdfufH7aAGb3G1A0ahzZzKwaPAAAAGcDVThEiIiIh3oYUyt40llXfQAFcFTFDdgAAAASAAAAATBFAiEAlpM+UU1eDzpOuFHsm6VbbLMB95JNpD5rRXHRxztz2XoCIBJlNZEWjVIQk3JbKqEuJMv6uVi/BfgI3uWtnxP15WbZAAAAaAVVUEVVUmwQPYXBUQfc4Z9adfx0YifmEKq9AAAAAgAAAAEwRAIgOpRdH3bKQ4Z3e2/Trlujdg5ZH3d/pj2bLIW6KAs4LC8CIGP83pCVfYHGCeOB4h4H2t4gaPQWSRQRr1qlsZw03nQKAAAAaQVVUFhBVQVX33Z0GSlkdMP1UbsKDtTC3TOAAAAABQAAAAEwRQIhAI2LdRIU+L64705q9zy4uhzB+fR4ykrbe+D9MLPSGZDkAiBlB/uu9/JEjPx0ffXsuyQ7lsS+yNTgDZPAx1u7J5Yf7wAAAGcDVUxVA1v+YFfhXqaSwN/cqzu0GmTdKtQAAAASAAAAATBFAiEArmck6ZnRl51sK8nTlroPrjsLAXqHMX6D5Fe5L7nYy1YCICO/UYQ/G66UWUjc2vBiffGzKeOk7zV6rTUWqo3tO8VHAAAAZwNVUFRsqIzI2SiPXK2CUFO2obF5sFx2/AAAABIAAAABMEUCIQDnvU/+CQPmGmhku06OdAcgbrR1B6Q12qx3aq1pTCDmmAIgHixlMqkaGR2zmd33xlS5muswWRqah1t1LQlkZC3f2/4AAABpBVVUUklOmfK2nuJGjINKY0/1DZMK5k4+UA8AAAASAAAAATBFAiEA5MMkHkDnUSqQIer5FWNNLVI5WKvJD94XdW/yf1JVcIQCIADYOc7yWfJW90NMyE+NMVtDPcx0JKCim4uZBvQXV4LhAAAAaAVVUFVTRIY2fA5RdiLazas3ny3jicPJUkNFAAAAAgAAAAEwRAIgKuMbYAGhMFY18gkMvPxdT2gDsgeA/32mcr3+8lqtduYCIG2GzL5ZKTketr0YP5+cAFjQddGNp3zO9do4b3piit1EAAAAaARVTklT7ch8q4vRLKOQiN6vn9+2NQPxn4UAAAASAAAAATBFAiEAv4fqUWM5a5tiimf/jLlQ5dVd5oDVKr7oX2HD3f7DP9gCIDdhDnejj5ZVVjdEBDULJSIOOjfHllBQYW3qgqyWW6CgAAAAZgNVV0zb3W81Wje5Tmx9Mv71SOmKKAuN9QAAABIAAAABMEQCICmldp9mkADLnkC4G4f6UxUYAEovmu5rknC7WyOlzTI8AiBnCYKK9nU0TMkwgLnYgjNTDZsUIo46jNLWVYaTUqu7pQAAAGkFdUZGWUkCFXZ3DLNylxbM+2h6/bTGv3IMtgAAABIAAAABMEUCIQC7ywXfk213fl1DQy0ccFV0aMd5/ZU2Gg/KmA1vDjgJ9gIga1yIf7z9g2hQQoIP2sk3BMCDC54SGTjKnwrDbl/+V+IAAABmA1VJUEKQVjwtfCVbXuyH8tO9EDifmR1oAAAAEgAAAAEwRAIgBoei4BYAobpbxTb7MYcXH7q6onl6h+1amejqZMQx7U8CIG/q5KkF4I1Gng2C5rUssE19Qe3SdY3S6xxbyIxY2riEAAAAZgNVRFSQ3nQmWkFuE5OkUHUhda7Zj+EVFwAAABIAAAABMEQCIC0R5EfDc+9cohCvf9zXd7qIZvSdyTHyKDDOr0YDsNKzAiAe+daDqQEOoXxTjHmh1nBjkSUt404RvO9fmkvc8YtdlgAAAGgFTUFSU0haZmx9kuX6fty2OQ5O/W0M3WnPNwAAABIAAAABMEQCICKaopENecMcxSBmlTxiThepqPoaL35I1cnw++X1nbHWAiBrZfm/4Je6XyEPsw/fpHl9Rz2EJAi1lxTMBG3he8fcEQAAAGcDVU5PR0AhhFxGQxE0WOpEFL23+3SgGncAAAASAAAAATBFAiEAixrBgyPkgJU32r6cv8Tqh3X5SSV75f7rdJvzEWJxo/YCIANLDPg11dlgqRcmR5ieImNYP1qJSzncd002rfOKXAnJAAAAZwRVTk9T0YqKvtknTtvqzksS2GqGMyg0NdoAAAASAAAAATBEAiA4jXE/E9l/H9G3ziNeAOj0Ru3kGEqaUJc7G428bDWVfQIgBUCSVLWlpi0aIP8xJQAtWenp05RA1aKIDRkEToKiCQ8AAABnA1VHVJz5jriosoyD6GEgRs9VcBzj6wBjAAAAEgAAAAEwRQIhAJDFOjagfOTqT0XjqgUv7e3Ctr/YaDVOEx6mkBVd4OFKAiAwdZIFP/fxZN6zpVUm4FsepADocXhyrsQJmBbsHrYcFgAAAGcDVVNG4OBcQ8CXsJgttsnWJsTrnpXDuc4AAAASAAAAATBFAiEAmT7vopirca4EKQ3IQvxoE8s93i5yF61WjXHpxMiAi+8CIH+LRYyySIeHsEg8izgsdxjsY15tXgKxrD5JVSbzhcGdAAAAZgNVTlbwCfVTHeaQZ0NeMsS502B39MSmcwAAABIAAAABMEQCIAGKQreHllIirw815AQhSb9EvWZ8ku3XeqIsI9h9j4tDAiBI4uNniRr5Zdd0CrijBs1T2LxgpohDW2trBKStWR9fHAAAAGgEVUJYVIVkZTh5oYxWDnwOoOCExRbGL1ZTAAAAEgAAAAEwRQIhAJYkHgJz691gTm7HzM2TFd/Ln9/ko5+LUucpnZxOFfitAiB7LnwthWOhNVvoQgRqoTgikhAMOhxIuhFFhGhOAHf16wAAAGYDVUZS6gl6Kx2wBiey+hdGCtJgwBYBaXcAAAASAAAAATBEAiAnkTCvcw+XX2H0uD+tzZHqw1VB+Ya+hVz+IQAFgzD16wIgQnTj+A+IQ2Di7C4MaYXQuOSFl5ITIsroF9vmSGptPBIAAABnA1VQTGrKbeIR7hfTjQXHr1g+Q/mx7EwHAAAAEgAAAAEwRQIhAMMjmpiSu3nKjtY1l4d0JYGnbbP72EAsAWYGkiWj2J7yAiA1UV/2XmcFiwii5aq03Ag0Xl1Ti6KVxdvBQOZN4hbGjQAAAGgEVVNEVUGgPkHvVVOSyfCtYPT2HiYweL8QAAAAEgAAAAEwRQIhAKxYJeiM8yNVY3GYSqlOMDV2wDQ3B1LrkgLaYXKE3KU+AiAtUTB0XkfHd2s70HSyn4liV5Xrv1ewzCggzuK7D8foUAAAAGcERVVSVWwTk0nulOuq/1XtUtOCZzwmOyLWAAAAEgAAAAEwRAIgZlFH8Qlfr4IuuyM7eA0hdsY0GtYaxmmiYynwknyh6r0CIENz9pKridNFDWpDpkxH9XhvVJPJP6yz36wSPD70WzUaAAAAaARHQlBVJ+0SnCmMXfEwNkCD9JHikg5aLykAAAASAAAAATBFAiEAqqiHe3+EIkjhYbjbM32JohZ81C1wWcHHbMw3hCsMcLwCIGgoda6ioiALWeLWA1b+A9C+4e5HELT5zafXUv55XHOEAAAAZgJVUGukYKt1zSxWNDs1F//rpgdIZU0mAAAACAAAAAEwRQIhAJiV9WC1Aw0rQu4AJXafOPwGx5XVw6inZhPZitEcSBdDAiAapwPGFUo7Jyatehb4V5UCd25ZlriSimykV5bklFCp7gAAAGYDMVVQB1lyVZEKUVCcpGlWiwSPJZfnJQQAAAASAAAAATBEAiAHrQs4e7SWeS4J52bq3SDh8fwL+G2T8pTO9YY3262JBwIgeZF87wWffCkYsrIlR4qkPC2/+FLhHm6SxLMbi3uXxHAAAABmA1VRQ4gGkmq2jrWnuQncr2/b5dkycdbiAAAAEgAAAAEwRAIgYnV80VQUgQjxPfSToVv9xYGf2zj3mi7COKxZLCfmoTUCIGvc+cYBayVmeYaUXegMNsZ8LrvsckOntKbaJyW8aSW6AAAAZgNVUUPQHbc+BHhV77QU5iAgmMS+TNJCOwAAABIAAAABMEQCIE8an2wnFwO+tIH7gy6XKKLd5yzcmmvrtib59atmK9oPAiBk9KVFxe4Y+P1Uz/G3iNvZ8wDSGUuJu7xvYivLaYjVwQAAAGcEVVJBQ/+L5LIs7cRAWR3LHmQesqDdnSWlAAAAEgAAAAEwRAIgHwhzsxL8xenjMIeX3E/B0BBNjV/YXtkiMeTY2ilWQXACIDEoGn5IJYCTTHdp2PqwwosfybrDAOPh5yXnZl8s1T6hAAAAZwNVUkKTFoQTn3VsJOwHMen3T+UOVUjd7wAAABIAAAABMEUCIQCAmXmTtoQ8dTZupIiIZlq77jhRaMT91pNy91Qg+b3dfQIgOZv+/ygB+QucnkL2a4Sh040tlf77jdXszwROPMNVK1QAAABoBFVSUUEXNdtqtbqhnqVdCtzu17zcAIsxNgAAABIAAAABMEUCIQDCRGSz0GtI8+CjGsSSaMPuWgl7Z3K2SmhA7OBvpcaOkgIgC9nHBKIsZLs9XX6iWL3PwtpRZ3fojCUT6HIr9eL00iIAAABnBFVTRCs+z4B7ihDgU9UnMxLyOE5dWfgQVwAAAAIAAAABMEQCIDht4CtCUQAwaNfpw94K3mLJAYhOLxqNwCevRITb9mLnAiAmV9DYpr8WluLQ1iT4Wz3RszJZftkEz+Igmfov5/EojQAAAGgEVVNEQ6C4aZHGIYs2wdGdSi6esM42ButIAAAABgAAAAEwRQIhALLjWHJuTmpnUs80QBfA6dRbmpBBIHWNRfYbKAT5rVKZAiAVFh7yjYxEgb2UMsE1Yt75zOaIvP7Ilu8kTJohPxBs3QAAAGcEVVNERL2+TZ5D6PMFr+lGKAK4aRxFyvWWAAAAEgAAAAEwRAIgYWq1eBtbqhjFF32mI92L+/2+s//3Jp6g0jyfYmrTgTECIDpDEQlUC/h4kmfYKNCrJ5/IBwecYGTMKx7o7enaucHzAAAAZwRVU0RU2sF/lY0u5SOiIGIGmUWXwT2DHscAAAAGAAAAATBEAiB4xmzOo+Te2xWiTsPHg9e1gs0mDa9i/Tav6aghKjRK7QIgFguowcS2qKplZb7SBjKgka7ut7/axn/GWJpgMay/URwAAABoBFVTREE8e0ZDdtt8mSeTDPUO796i7/OmagAAAAgAAAABMEUCIQDIpiI5Aq7T/QEZgU6g2aFJ21aKKmMp3Zi7jblT21fhKwIgUw4z16Lp3BZZIXF+StCmfHduTIcfcENpPM/POw9rVmQAAABnBFVTRGYFRiZxwFrcOaZSH6YNXpRD6enSuQAAAAkAAAABMEQCIDto9YtHfZoMASxAQxTNwy+R7juUIS/zslS7avhzUz9LAiBka3XREFAaUJPnI70Cmq944cymuDE4opV4jXST0++lIAAAAGgFVVNERkwrQgCo03PUhJk8N9Y+4UruAJbNEgAAABIAAAABMEQCICcRD+3vBWnCqD4x+6KkWNCHekQ9Adj7DbPjBknxVvRLAiAWOmGLxOgLzgVRCRQxvNXIbIEnyZ2IhstFVT/CB43DTQAAAGcEVVNESxxI+GrlcpH3aGNJ8SYBkQvY1HC7AAAAEgAAAAEwRAIgD5y4v3gj1FWWwtyx5UP0MOxBoIp07HnrGuW3Bm0tdIgCID/1NjWb+fDiuCXqzpKANyiI2+vz7zg6bWqjX1bxJuZ5AAAAaARVU0RMPpkdvsKW4AYm5Ywzti5TvsnVRjYAAAASAAAAATBFAiEAk6krjxfbfEWnwywTTEfZ5zRdOiFbzunPtJ97iauGoAsCIH8ktpzKCYr5El5RVBjBYbeCP6nSuPRf6J69m4LAO0kyAAAAZwRVU0RQFFZog0VSe+Hzfp5ifaCDfW8IySUAAAASAAAAATBEAiADYKoxUNnolc1+luYyHtlI1MyTuU2m8DY07ALrOG2NFQIgUDXqPjiqC8n2hEIvIo9FsSVpDxPE8nPCcUMeCIgS2bIAAABoBFVTRFFJVNtjkfT+tUaLa5Q9STU1NZauyQAAABIAAAABMEUCIQDC73syoTBYVlLM6OBQzo+DlsW2FMs0V13+Mc7m8pj6UgIgVA6dsvHkppVqu49kXjP35Wgd9b53FoR45oyjVAmxMngAAABrCFVTRFRCRUFSDNbIFh8WOEhaGi9b8aASfkWRPC8AAAASAAAAATBEAiAzeovd7Wq6tJPbgDCetxX/rY2feLBwDi2n7/9fjKCHPAIgVZ4Gg8oLefKuFWFWPbQdzwzoEJYBMZmjRRTaMmqK3zkAAABrCFVTRFRCVUxMjM4ZlDoB54t8J3eU+wgYFvYVG6sAAAASAAAAATBEAiAa9UEfu2YATguHMIhie7ajuzqiR/ZQqBgFaP4STKh5KwIgNwalTnCO7cgQa4CeGenBvMxSbJ+2BKAadX5TKMQmpNkAAABtCVVTRFRIRURHRfO41LJgejkRTay5ArrNTd3nGCVgAAAAEgAAAAEwRQIhAIEUpnk0dM5BAEbdEqvhUHkZsbhaW3CdF3+L7YpacEd+AiA5W39c9xJjmw7FlY7K+lMurMPUvdWkhncg+w7w8I66IgAAAGYDVVNF2UhUmUmdZrF1z17VTAoZ8aa8thoAAAASAAAAATBEAiBpeKbEisqvA0pWw4nOx3s8GRkUpQMJpFJkWlnb9FpgSQIgL+lnYXdKDHiry/kgjm6AqwSqQuAQZu7G7BtHpH/0kBcAAABnA1VQMk9UqD9ZKaJFPC4Y4lshX2+PKCj5AAAAEgAAAAEwRQIhAOohH7WXHDveZhnDosmEokNbhPUxcdQh+PiTotZvVVS2AiA7HhQNsMHmPoI8qOnWtIh/QrdiyrmI3Mo6U/0vmaaiFwAAAGcDVVNHQAA2ms+iXI/l0X/jMS4wwzK+9jMAAAAJAAAAATBFAiEA/hg0JDgIn+MriN631R9ZIV8sRuMuupnpXZjkZBZ19wcCIF5p6xr/71v+0Zk0zEkiSzELXLV6WLcc3IBF5xqLFYLgAAAAbAlTVE9OS1NBMjHsWNOu/JqqLgA2+mX3DVafSdnR7QAAAAYAAAABMEQCIFPjPMIGr1Z0KpmkxUOvV6z1sfyQO6Ynx5Cuk2UZOVAdAiANZIShRp3iDCs0UMp514N6YuSY+485KQk6eqhCFCdVXAAAAGYDVVRLcKcoM9a/f1CMgiTOWeoe89DqOjgAAAASAAAAATBEAiBUozeHIDi+0bZi9NmIyaaS1u2jFjgDihR6yYZTI2vhrAIgYgU10vX0j3g7IHsuFvqrRAGAnz9Oa6MCdj04c/U8rT4AAABmA1VPUOSuhESNtc/h2vHm+xcrRpwWHLhfAAAAEgAAAAEwRAIgW63K3qoomQNf8oECrPTouIgwJ7C/V1hcca98V7sNYKUCIDSG+j82P+zWbmOl7pvTp8WZSxWNOfFmnqzsNEnlZpOLAAAAZgNVVEvcmsPCDR7QtUDfmx/twQA53xP5nAAAABIAAAABMEQCIEm2CSgvbeTU9dTXEV8qGS1ELAJgPjuUfSKp/rf3g+z3AiBuIuqvW+DGlhyU6IcsPVk7/06IcmFZywsRsMxWMSuKswAAAGYDVVRVpYpPXEuwQ9LMHhcGE7dOdnyUGJsAAAASAAAAATBEAiB5DeTDetnLWLzOd4HoBwtOGKiTT1RrFCKeqoMJVHlD4AIgZ6IZeSsOdCRYFdx5MkbOdjo0ZatlZG/+KMDrVTLFuO8AAABpBVVVTklPy30sMbh+DojVFIyIvXrf35bD3fkAAAAIAAAAATBFAiEAxptNyaOR6Q7mDle1+KTBhuGPp8/qS90uJILnUO0uKpgCIF/uXxxXsV4FlgNV8+ozfzAHHbcWr6tow1QbOaWig3sSAAAAZgNVWkW9zV+v5DNqhEIz67Cv+EXWshAImQAAABIAAAABMEQCIHVX3ysXjO+d0t+IfIngJu6SqKCGtnx4flDR+psdR3IMAiBRhWA50l65t5taEkUdwxb883h6VDCQ5HspOjnu/BQ/bgAAAGcDVVpaZuXUBjIZpUqCRAeK/7SeI5gtlkAAAAAIAAAAATBFAiEAldNtdPqOzsPln8/j+6J4MscegeIxfJZonxytbpUMtuYCIC+7huMsESqxQFJTWVu+E+gYLq+pE6dHT1YxxVQr5r5CAAAAaAV2UklTRT5qF+GROy9JzraAPkYJQGb/X5x4AAAACQAAAAEwRAIgaIs+8IRsWlFOMdkbRia9npnc0Heuxy7tsNkE14EIo6cCIDlJvFENNCd5NfPfz7KF0dCo7JUvE2HnYMsfTKg3mceiAAAAaARWSURURF9RKZ7zMH29dQNt2JZWX1tL96UAAAASAAAAATBFAiEA7Iha3uatcz3u1GFNGz2IKQody7UtZZNmYPuLgXtzq30CIF/FjySChaxxDznU5VA2ktXhT0cKN/LTq+H2m4Hi9oz2AAAAZwNWTlOXlB/xliAmlVhS6WCeIC0QWLwPSAAAAAgAAAABMEUCIQDkf7N+4m/Jsyip7W7bucke/yA0y5kBsJWWpux9IbTVhgIgX077B+Q08Qhk8YoN0wU2Ise/gG+ckf6/d9Re3wPAnAkAAABmA1ZBQueubQxWysrwB7fk0xL5r2hqnpoEAAAAEgAAAAEwRAIgQ4148dAdq9lTM+sCZoxmwiVOOlxNHY921BRbR2pwUCMCIETGU4u0ERg3qdM2wXHPLDm3Bf7SY4D9PqjnbVhOi6+jAAAAaQVWQURFUiYCJ47hiCiJuUbrEdwOgQB1ZQmDAAAAEgAAAAEwRQIhALtNZnutbPZ2KtNJ/2cy70BKvfvZ4f4tf2MrdI+cO69bAiAkcHUmwQoQibKjcZYLVoQAxmm3ZCW2ZFPNhDMX7HtqUQAAAGYDVkFJn4AcHwKvA8wkBUba3vjlbNRuoukAAAASAAAAATBEAiBVvn5VFHxdbz1zzqa0XpTC0JeAVXTL4ETbHKb7z01YGAIgYf+rd/jy3tNMwIxN/BOi2sA8993QgP04BwodcjvZ/vMAAABmA1ZMRJIqxHOjzCQf06AEntFFNkUtWNc8AAAAEgAAAAEwRAIgLeiIAfwVcU4mZDt+JosM/JVbwmPl86/M6dJo1jbSMwICIACCKNkH9gqzfAX3ZUmrJXSwzFfFWBOnnSst6umI9kBhAAAAaAV2RVRIMomLrSd065fPa5RgVnf0O0GHFBCxAAAAEgAAAAEwRAIgaz7eGdWV/f8+kI65HVT+y7/1KJm8EpfeHbYXwKCs4JkCIDWb0mItqGxWrLueQsrag1dEJUEo06LYdCOLB8ConjirAAAAZgNWTE05ifNlQAUmaMNApTqurLRtbPDdbAAAABIAAAABMEQCIGYNrviZ9sNezagXW1gHNDwRT6qzzLrHMBbWRsi62WlCAiA1jMzpzCgX3s9E8Xq67DpqFfUrZD9nr9cKUGq00DbmWAAAAGgEVkJJVLg2aUi0o/B7y/FOsXOdqkKiawfEAAAAEgAAAAEwRQIhAIUgBdt2DrZ64zoolqdlLZmDEdlC4t3GED/2G90OKKlGAiAAm9bjup01MPYPIdliAyzbCCzF0R3CasenpW33yx2X5gAAAGgFVkFMT1Ipfk5eWa1ysbCi/URpKedhF74OCgAAABIAAAABMEQCIExA4L1PDZsGWQ1eGZCJ3MSGDV/JRuJzm8c5Kx3zGKGcAiACp7T7xIpRDkcKyc7MSnu7HnAQlL424DVD2lqI7Zwq5QAAAGkFVkFMVUVJ6DMzfs56/jdeRPTj6EgQKSGOXAAAABIAAAABMEUCIQC1uYCCpEbQVj9HGOa6UVcZaMB8pJ4jNSMDnhu5xqgGDAIgQktah1diHHyZGP4PimJKaSWQwMJ4Jp/o47aVilPgT7cAAABmA1ZMUARkmU6AC0oRBOEW/ySM9up0lMpHAAAAEgAAAAEwRAIgcEw+4vl08EIl0XduYRbdcJo9gfYOndXGFAVjMH4tUGwCIEMNO2JKjaVfkqxVC4Tl7VvWwb/XoKf7MqFlXE+Ub4uSAAAAZgNWTFAClUI7NNwhPHDSTroWtvBerd7DZgAAABIAAAABMEQCIGTrxoVztpWktGW2LeCXw2+e06ATppQe4uAoG7JrzocAAiA9VxBJi9UrXWmiNc/iIJu6KFoa9e2IyqV7V7gVqCs9dQAAAGcDVkxQDanKxoJwJysl3LWxPPm1N9tjdxIAAAASAAAAATBFAiEAtkSWvLr2tFPvOxn6X6Kti98KJr148p+W1bm5+jhX/xoCIHNMJsm8c2mgKlSvjMNhwsLn/rT8y8VzMamPukD23schAAAAZgNWTFAOLRraucF03t0KN7/AY1SZHLM29gAAABIAAAABMEQCIA8P3A3GWIHNKcTIoy078GScWuG8SyzRKPBXhqsoExivAiApF+cHY1iQMGL1QuAvX2/Hoyh9Uass25GRymyk1cP2jAAAAGcDVkxQCnUkMf3/hP/3azx2496w25Fw1N4AAAASAAAAATBFAiEAvsHKqZ4eDnvZ4T14l4izgX4EG3zz9N8nLZfzwis4xc4CIClpJj3tdqFLrOjJ8AhuUam74B5hwvZA35ExSRNB0VQhAAAAZwNWTFATrIgGP5qOuvJxDjD7Khrh8wS3ZgAAABIAAAABMEUCIQDuNid/gYtH6JDQoviDVg7xHvHzYuPLKUROyXHjdINzeQIgaVr4pBm0+pcLagk6zv8xJORrHwRjyKK3z9HSuDBK9QMAAABnA1ZMUBeNSTyCJfxNP5bMiN1V6AA6ynYPAAAAEgAAAAEwRQIhAKUsb1uZTNjoEVu53rPIIEofYPZCigD+/cS4mgmQ+9pNAiAimvkIjf62zNZKsav6tpqgpauSugOKgY2I9ydm0UOyoAAAAGcDVkxQGbdwyPnVQ5xBmGTYRYJVeR9+c2wAAAASAAAAATBFAiEA7vSDnga0Me4AUawW/Gyj9YgJvDmdWc8ARxdGKl9In8kCIAhfnfmSu0pBy2pFKzZ55hFSJKdCcQ4S9IGyizXXGbmFAAAAZgNWTFAgDSkkz1AI5gfOBChZnhlyvBaILgAAABIAAAABMEQCID/B+bTtzkPEaTdPZ7bXbplT5yBoOzZKiAgbk389w/ntAiAlPXq12z0lDN+tWdFB2Yx2lLcszQVxpUHjsCa1ZZJlUQAAAGcDVkxQRPMGdaNJbfS8V5KVS0AieY2m3RsAAAASAAAAATBFAiEA3Ro7l6ZRUOV+BZDwJvpfwB6MMOUHMnkY0gKeAhkAZ+gCIHHz1+Mtk2iIXg/ouyF5yaEyPbOXJD1Ft45gfkt8oSStAAAAZgNWTFBQAHpr9KRTdKpSBsGruoih/94brwAAABIAAAABMEQCIFhYjU1HD5HBEoTCBN6eug9v9hIHvBsQuNv+kvrdE6frAiBHyaLLMeiGV7ACs5KfvPg15wBFBaUVdbRxW0xvGi+1jwAAAGcDVkxQVtlQ8RAOEWkXz0iRSctM1jIsxHYAAAASAAAAATBFAiEAp+uMCJfp1oyrUyl7xHfEtKmYUJGtj+GvZ6kPtRzxL94CIBzhcjDsb8PORp633NPI8s+AHHeFaj7gvTTrRlWvUndYAAAAZgNWTFBZCWjf16JGlmpgaD2X0bl6/m/cagAAABIAAAABMEQCIB1cCHhMuB/iRPcA9l8ii0gWyMCO2iUe7vhv4oY2pW9tAiAyOZThT/NSdncoch0y5dv/+y6kNBgMdTwcTUsS/wna1wAAAGcDVkxQYA8Dwpe0X2l741yPYmQptk/jMuAAAAASAAAAATBFAiEAvBKR0hIt/b/E+VpduHDphgkVlrQHLigPK9bOoQE7y44CIDz/baolQdB+JgZY+bCL8sdF4RQgcv4rvbFvA37sbZINAAAAZwNWTFBnvS3lQzOt5o5QMhmdBbar/SWlfwAAABIAAAABMEUCIQCSBuUbbPINvfz71l/D35d0sEv4wm58GNQlYREy2Azl0wIgf4f7RtfFqkl4+dCIyGHNzfhP4QQoOoEzw2e9ehZhzkkAAABnA1ZMUEBrrhoqC0+9sWdfwi0sQUTK0PauAAAAEgAAAAEwRQIhAMeolSlSmHjLbmyKsqhTdeE8IBMukMH7K/6KfP2IYMjbAiAt9i4G7ZiI8YUDoWES4dXYl07mSGEaHikcHxhukzBfSgAAAGcDVkxQQtKTb2+5UbCqMk9czUkQ6vQWQFoAAAASAAAAATBFAiEA+s7dfxVaCkLAetssKIr8fBdZmNb3wqYfFZPMsprpm0UCIH99hOs5t950/ADgoZ9zZGs+9V23zWMaQ7Hm+YNSYyx7AAAAZwNWTFB57lV8fnha15UMD3JICBOTwO7kOgAAABIAAAABMEUCIQCafBgR8lRNKgXYOnoKWq3HOljMl2xuVeedzw1NkqpIiAIgB4G9rgNTEwF0y2d+eSQ6Hg17XPS5n0EHiKLb98flg+wAAABnA1ZMUHsGWncdblv71n2OixVkD+7Qb+B1AAAAEgAAAAEwRQIhAM4qbEKZeKpRi/osglQHxAvGc7D7r+2xB8eCX2YFR+1OAiB2jp8AQ54lmbRyq6C5EQLunzW7INZ56ummUIofpG2KzwAAAGcDVkxQgJ1suzIcKbGWLW9Qik/U9WTsdIgAAAASAAAAATBFAiEAhaEHLHXQOx0nEyREByzuXeRNALhyQFbFrQh8qBKWGPMCIGpU1s8kS9mL1R5RPwWO7QXaEFjY0WkJVAq/FBZtXpFOAAAAZwNWTFCDm2vWwYkR2Tcl0y+AoqeFtBUUzwAAABIAAAABMEUCIQDX/gWqxdwDR3I9wS0YHvz3M/KSCV53pQULHri8okxzMAIgHbmzvAqdbq25kwveo0kErXaoyCDFmdjMwAdAboOQpoAAAABmA1ZMUGd1USTY5JZcXDA//RVkHbT/Nm5HAAAAEgAAAAEwRAIgewKS5XOL8B3c0GJqmQRfqcyaReGwFRHGxUPG/WSxWEgCIH6YLS90+3SO7WqCWdFljBcTSSGdYMGIx2QOFkGjRCqzAAAAZgNWTFCEONZNpYdy6ff86qFQa6MA+TWrvQAAABIAAAABMEQCIC/UhNJFNuJXSG4qCbxIlc12J3r5fk2ptTlCYesGSsgMAiAmN7K6cNgBcLwIW4oAK1/ZnUAA3F1zXxWAplArsTX0NQAAAGYDVkxQiz3I75MiYG41Na3vZjgKZ+nbdgMAAAASAAAAATBEAiBrwad9W5vniYOImLfl1VOxE3e8a1qa1Z2FzNhcT7r9uQIgFtuX6qz7+gdTDUiHXz0tF9iNhXwjrWdGxKcgWDCB6JIAAABnA1ZMUI8/YqgzeYTMuKUSyKZAjfccI//TAAAAEgAAAAEwRQIhAPVp09G4kiT+YUjZhlmDd+oC7NLekjO52SLwOZ4wNFXnAiAY8vI0ln0UfcuZjgPSzi1pXR/R+AbslnhXA7mx5Ax27gAAAGYDVkxQo0eSRdpc7ZquKwsMN8fjK5IoemEAAAASAAAAATBEAiBE/noDszsu5/9dVxmwkkMe8BpURD7CALM9Uc9TbsWIbwIgZPApTvF3vvHrWLizDhlDnNu+oAy/11RoaMc1hyhiyPwAAABmA1ZMUKU3bS7iT2tQlw6H3C5p/rXNH89GAAAAEgAAAAEwRAIgIYIv4jvJgmj2yTcElWPSllq/vyA0ONtAFcxDSn7hNtICIGc3kcKj3LeWdxZIbscx7E4A4hBzM5GahXIgspXeo58BAAAAZwNWTFB98LDb0A0GIDoNIjIoLjOl0uXVsAAAABIAAAABMEUCIQCMV2y9gzwgURSH8LPi2UaX3QhklwIEE+k5f1C1JtP2uwIgarEmb/LwmT32wTpQcUVg09IEYw5zvka7nhsImUMIhQ0AAABmA1ZMULm8zCb+BTbmR2qswdyXRismG0PXAAAAEgAAAAEwRAIhAIKVtkRkMyI0orwnMjMFq5NZboY3UkkyOY7IztHU3jJGAh8A6HWgstplEQV3K3YiMhp9U6kPWDaTfPOKV3rTtLoIAAAAZgNWTFC9FMa7WlzX3GO6IkUXtJKYOr911wAAABIAAAABMEQCIAsBYEYv4IqRCwlTx8in5cvClr6y4+i1n3Zqz8o8agJuAiA85kXi5gwsVT6/TSHnAYWP/6Bc31UATwrIG7mhB9s6UQAAAGYDVkxQvWPUkruxPQgdaAzh8pV6KH/YxXwAAAASAAAAATBEAiBZ25OazihFO04dgwJrSCmbUeo//H8/xLF0Mcbw+m/Q9QIgXzPqdTbanVzJLvGcC0V02uaaoh8WQ/UKzzxwV4adHiQAAABnA1ZMUMG2KW5VtsoYgqnO/XKsJGrN6RQUAAAAEgAAAAEwRQIhANGjAN7okg5CpNPMhvPSZSQVNsIDumRG3fh/6mIP1TcGAiATqnfc9wVP8m6OgU1vyi1/GCbuaDcdw9+Rq8crkWdA7gAAAGcDVkxQwrsxHZEz/+7hIk7raZaWRoVayvcAAAASAAAAATBFAiEA/uVlxtWjiAlDyDFpL5EUOOUJwgKtVv8MseyMw+GLsMYCIGtQSyiUdeuhBSnVAjGqQWJg1lO07sG3o0OJmYehWUEIAAAAZwNWTFDDfoLVmz4Y9iTa/YyZ4z8R8iRQVgAAABIAAAABMEUCIQDGkLqTJhDxmxpumfiW+nCnlqvoUdCaFwz3norhSzDqTwIgS4ZOnQrxdk0u3g0ijKUie2wBoF59Qsr/auJ7QaRchFcAAABmA1ZMUIOtSKzCyhX3T6bDrkkRsXGUhkv1AAAAEgAAAAEwRAIgej9yzkDNbUgEQmjPOhL95I3GY0/KemfHkRG5qL8qDssCIEvL/+5BMdE4gEQOqCFgHSPxJZQuT9yICeK58TVuz7Q8AAAAZwNWTFDJYIuNzuIAalq1exzeCxqi5AORsAAAABIAAAABMEUCIQCku6FzhS7YHKO47W1ikj0Rx6LI2IhiWqBoj1WnH9qAwQIgaNuZXQUa6dgxUfwMchYAeTXyYkMjP6pG2+AirRDkJAIAAABnA1ZMUM3SvWHQe41ChDF13Ql6SFio92TnAAAAEgAAAAEwRQIhAMGy9nTvB6KIEIV6Nkqu1DTMnOVgRoUneoJx4W/0yrJGAiBvjZy6Rj3D3NLj2Kft4Ji2ird4gWfGUMcN2IiGXcgVHAAAAGcDVkxQ05xhZv4JB0ZQN7Pu6X7tIYHMTscAAAASAAAAATBFAiEA9DOaFTuLelVxoebPQ/LGtX1QtBpjupAO5L2t5gNOBScCICn6eFQW9HFC5IOPh+vKoKk5Vo68+ho9PFmJxwKOp5jJAAAAZgNWTFCTCw4C/dVyctkJkT7by7dOZJ8KMgAAABIAAAABMEQCICTFweHPFLevxGQMSTzyR0F7aqXwwV4eW6g50X4RplD6AiBI2QEqugIhGzJUZy18Ki6wm6JY8ZsCLAyw1AGxQvzf1gAAAGcDVkxQ3YLkInuuwfxApy75iV848sHfT0IAAAASAAAAATBFAiEAgHJ9u85TSIg0UeMlfxj+dsv3QxTfWmOYu2MTiuAvglMCID/ksfcm80aH+rJJciI8A1QQq3JjD2RTt0Fp6HBsRn8bAAAAZwNWTFDhLAxaMA2orkvDRvPrTam//AymiwAAABIAAAABMEUCIQDiTolSqcuVTPxXVnDF0qRUeqFRQhBtKAg0l/oJSVeGUgIgVDR8YddkgqBwXKef2T90+MWIQSjUE+uISfePg6A+cssAAABnA1ZMUOLdi2BzXsH9dd31V9IjBkC7s7VyAAAAEgAAAAEwRQIhAJb0abs/UJVHVVQLkT14DmNb+JB5rLNP187aLIbQNw6NAiBiS0+il/kLD2OHHgN1NykplUM4j0GrAlOFTVtcgQC4wgAAAGYDVkxQ8MMqMsKa7h3flL9UguUkfEjUdW4AAAASAAAAATBEAiBWTYa9BQvZAg6D6ol6M7NRLq6MLHX49dW0UHiyIW6YDwIgLWE7DbHl/Gv+IyImSmF2wehsCE3viXwFMS1JMK7B1UgAAABnA1ZMUPvqnZ5ME/Vrtrp9XLuBT/LIxcSlAAAAEgAAAAEwRQIhAJaFw32uIc74Ia1AuLvL478drbNToEsvFFCFN9J9wDroAiBktCmgMjdohbNf0xAy1PGtDkDUVXBnVo6R84H0Cla+wwAAAGYDVkxQzOaXekdiUi9sOliEb/NG6wVvVAcAAAASAAAAATBEAiAS/MHc3yYBoIpAKB1I8bnOCdJYjuIr1v9JddQRq+jqiwIgfiC9Ie7xgldQuELhANE7N3kvpG7iYOLuXnkEVqnNAHUAAABnA1ZMUNmOeHAKPG5+Ur83epyBzxhEjq5SAAAAEgAAAAEwRQIhAOavxRkOGo8mUaTah0tAP/r1tO7/jWVTycVnWUyIwtolAiApJn3SgVw/J8pIbU99PA7mgBGHRjSx7WVkqXEDB7yGCwAAAGcDVkxQ5u/ha+Wd3GHcMtVJHfGqM8RyeEQAAAASAAAAATBFAiEA8sxVz3x543yoebf2QfuPHQm3P1Rk+GTqNXg4CPcefNcCIChJPST7c3ZXemDgb//ICaR2K34lgKgvW932dLZ25kaoAAAAZgNWTFDazJgqjsx9XxDgq+5uU0CpjRDyrgAAABIAAAABMEQCICR8bia+jHA4km0esxm31SSn54P6eWVuaR8meSZJAq8JAiAZm7x2V81fvmOmLDdadGrgX8bZVcYPDhB6fs/CvvO8WAAAAGYDVkxQYcypwa0d7FTkvcsTYk0u54YMDwwAAAASAAAAATBEAiADI98L/fcbMAKRDbcwmzOUE0rKgLVjstKeNVOOMPb0tgIgbWuEA7HQZ589mTv0lL1R2sA8CofRvuP0YIChDXrSuGYAAABmA1ZMUGNeSo0j2a3ZdekxET3dKsNmOnMlAAAAEgAAAAEwRAIgDH34isjs5gLrJncR7sCngoi2s+u/nJRJ1elN6VFAITUCIC+MWaZq31cjRlgFlpETyHXZHr26l35VHjbCbwlZcErHAAAAZgNWTFCtDZ9wMQNchLuz/dTu5pulU6sl4QAAABIAAAABMEQCIAu5vL1790aT5gAeWseTB/kTi22FthRzQrBzIy6ddJjyAiA2kR8wO56zQwkJF1ooMYkk3x2fHXL6KAcBPv4SWFu6SwAAAGcDVkxQuAmOHLhkXaZyOONAVY7ByGJbENsAAAASAAAAATBFAiEAjXryFJrn72Yh0BCsJnWfiBIJA4JX4KSHy/ixc/Ot2H0CICx2qA7dj3+i5HUYq2YGG1aYigzNuCODfybujS5wPrCVAAAAZwNWTFDUiDFoHe/ZyEgRvLT3LBO0tve9bAAAABIAAAABMEUCIQCD7RMeOATXmUiAocGat5UtXpxLJvO54ieC3NVnKjDLxQIgcH3/y+fR07XaQqcl3Z61fFspsRKvofDw017AdZVW6h4AAABnBFZOVFfQ8F09Tk0SQ6yCbYxhcRgMWOqpvAAAABIAAAABMEQCIBFS+W9BVG6JjfO1HDtgzguHySt35I7R9VcitkispFLaAiBf0pZQHGq1ps1tGbTNUUK4QHXYv1h+FLkfPyUDPqDMbwAAAGcDVlNENd4+zKzLAuYnBitdY6qUGxNyiP4AAAASAAAAATBFAiEA/Mu9yeI7niwIUKh+uC8QOsrexJ37BTJe2ugMtbJT9SACIGLAI9FBE4WjCoxz5Wby68xZcSwt1oni1L4zh3B/eZpMAAAAaAR2VVNENHmwrPh1QF14U/RBQv4GRwpA9swAAAASAAAAATBFAiEAnUH0DiOQ9msn8gYrnOY64BwfqSMKEYxIJAeCEW4NpNACIE5FnWP/Q+16d6zoNt6Hux70sl9cahZrhZIJWmVMdjtBAAAAZwNWQ1SXRpU/WxMkp4EyiVz9Jj9Bew+q4wAAABIAAAABMEUCIQCiq9ET7lkPqhiaLnl1p9fN3StN9ZMdc3pibrtMa5OwewIgGto8j6TCJXqmOa85AUUZyt9gw+A+wXJUbcyoOucu8nwAAABoBFZBTVCyyCKhuSPgbb0ZPSz8etFTiOoJ3QAAABIAAAABMEUCIQDri8Wjzr+MSO1uwR4YQNJYSeU8ZpFOuF478I9A8mZmgQIgZgFdoU/oyybnDpTk3svAhPChrQvbANw/itZNrwLU7gUAAABnA1ZOTL+QCAn0xz5aNHbrGD2LBqJ+YfjlAAAADAAAAAEwRQIhAJ3gEuvI7OhMP8zB4HF9jw+elA3Otud6kzbh3NoFH2H2AiBxbpuZlrPLXAkovHLLFTglBLsF/Ry4oWTOA+E0+KrTswAAAGgEVk5MQbl/r4YARUg+DH8IxWrLMTMwhKmIAAAAEgAAAAEwRQIhAPJtvxW1vdsr0BfNahO8SbNqLcVmNnVf/D5ZWT/Ywo8lAiBa2wuN2DBjVOqz/i1tQPA0rkUBy7Ze9OkEJ/JqK5PNxwAAAGgEVkFOWU7dZiNTSeNT64y45AWWWZZEv+kcAAAAEgAAAAEwRQIhAKAnYabwlz0Kz31adAu3/9ywM1HfRIixJLCVWQycP6EoAiB8zwztZK9SuCjdIUqmSbLhcjiAntp/B42bzcUaLMhD2QAAAGcDVlJOcjd/MeMKQFKCtSLViK676iArTyMAAAASAAAAATBFAiEAyRcWv7ta6FPb+MdZ4M2/rDvhtATCivQAx/tZplpXe6sCIHqI6aSFGEEMN/a3YEc+9/mvVGRrLMo031E5cyaQIP2PAAAAZgNWR1TMOU8QVFru8kSD0jR7MqNKRPIObwAAABIAAAABMEQCIHNPc4IgkGJXrCl2JHstGU/Pbf9bvIF3k4I2lAAeXudPAiBYTBup90N4V9RUeAhrI0Is3n5CVj2LJnJd5gpRbxyJDgAAAGkGVkFVTFRahhskVqwaarX7XHKqRWCR8j3ewcwAAAASAAAAATBEAiAcZoYEYLorrUjQvbFSPBq89mcxRUuacojcMuCr0iUPQwIgVKPKvbLG2R5PHYD1pbtPjH6GckXVTOYpKZqdv0vPdcwAAABnA1ZCVB/+JGKfGz33T8D25dCG8v0JJY/yAAAAEgAAAAEwRQIhANkgshuiBxF99rW864P4lZ0cRjRlLyOgzTjgwysO4ERrAiAa86xyscsEJOVkSdsoF6kmx4ILcXzdRNl8HteWhpol0AAAAGgEdkRBScoMNKPzVSC5SQwdWLNaGatkAU2AAAAAEgAAAAEwRQIhAJnOy7dM2HaulcDZ/XpZL4hDbB6PX32xD+5LxNMXNzFMAiBuLOp82jereiQvDc61ugDIEtYLJIaQssPWrgcR8kDEDQAAAGYDVlNMXFQ+euChEE94QGw0Dpxk/Z/OUXAAAAASAAAAATBEAiAU2LuixpN9Dzz88UG2GwofAaUlY0kSnIIXI/bl/j4EzAIgB1dRc3Sbjk+Z6LZxCh79UQX7cAzYWUMd4/juALkudJYAAABmA1ZFTthQlC74gR8qhmaSpiMBG95SpGLBAAAAEgAAAAEwRAIgTIcAImyJbhGog0EmD0VZQsgib1vPpy0f7l3Gmlr+6TgCIGxDfJsAzQFb1eDnJZe1w/As9oK6T+a9qNZ8PArbgy7KAAAAbQl5dmVDUlZEQU/Fvd+YQzCDgDdaYRwYtQ+5NB9QKgAAABIAAAABMEUCIQCT11n0KwVpBsZyHNISR0F4N7+nDIsUZ9jORPNd2E1sagIgbur3/zNmHLML3ww7lYTFzC5GTLkjbiLMX8oAzqzHD5kAAABmA1ZYVn0ppkUEYpFypCnmQYPWZzudrL/OAAAAEgAAAAEwRAIgaVgdVeWrfe/VAhy/gShsprdy0kYHcfsTOnd206wCjYcCIHWwhkK0vR5Gn0ngSnLG7qT8xQB4bwx92Xi3c+CHi9B2AAAAaARWRUdBy4TXLmHjg3Z8Tf6y2P9/T7iavG4AAAASAAAAATBFAiEAsxIed3TzK3+FaA3kOJ3Yhdi8oWp4wtaI2rHt8b/S0KICIBch1fSwpJTW2AW/hJ5bRrHZOCWkuaLWAbcMSBHZzsHAAAAAaAVWRUdBTvreF6B7o7SAqhcUw3JKUtTFfUEOAAAACAAAAAEwRAIgfdH3fzJQHzbbsO2jqaegOnruCuJ//xHaDvfVzZYQRkICIGbgeKZqINu4cTRX4495KvCkm3xCyowiNEeF0owSIFIAAAAAZwNWR1eUI2WREl6TX1rBKLs9UGKUTCSVjAAAAAUAAAABMEUCIQDzu00tYclRCn8K9y8TjcB3KO8S2taxPL6ojRqxZmTNugIgC2WMTXuPJkLrDePyZSf89UapM3+fuWGwEFk19j5l4YoAAABnA1ZMT5itmzLdEPjYSGkn2EbU34uvOaviAAAAEgAAAAEwRQIhAJqhloZwJqIzKQs88oGDtJ6wc3H6ePAw/4Nvv1qpSpP+AiAGSq5MnDbk8QeRE2VGzES+PKsClikZeAIW5DiQ5VAfdwAAAGcEVVNEVsDpTI+f3GJ8yzaCo3nZH5k2MZDYAAAABgAAAAEwRAIgCNyUWgRUkGjq4WLZG8zOuHJiq2j60eTHedIQfN0fO2oCIE3WduEl8SqJA7HUhBw/UNXC47K3ww5DncFhL1BNAW2JAAAAaARWRU1Qz+sJw8Xw94rXIWbVX55ummDpbuwAAAASAAAAATBFAiEAvmU/CfYWErgp/1LdwnvHvqDJ82y7T4bZ7WbdmHtEVnsCIEHJg/AoGmUoQ/DmjCXwrC+xgCi1nCpn0eT7+kv/uceFAAAAZwRWTkRUXpmXaE0GEmlWT5Tl0Rumzm+pUowAAAASAAAAATBEAiByLRI8jcIYoS0wdiMZti5ifcxL+C/A14hFfIyW0QgwVwIgSpn9ByFWlwc2LKibAzMPXFhNzx8FNMzE8dRUWJ3LhkIAAABnA1ZKQ1xi2oBCmNWXKjI8gLU5uOdReg3eAAAAEgAAAAEwRQIhAPyYzD4nTpr+VDuITSsVtzAtrEo6NwqAa7vG363sJw0pAiBx7DuhEsKGWYHKK7bP3qZVRKUaCOt9PmQETYNE1Vxp6wAAAGgFVkVOVVPr7U/5/jRBPbj8gpRVa70VKKTaygAAAAMAAAABMEQCIBrugIPI/vvmBhcra0eMlLZzp6MZJ2udTAlfi24i0WOJAiBncPfTFoG1gvHiiXKgFeU2B6kLOcy5VSN1rv8tyex/EgAAAGcDVlJB3x1kBd+S2YGi+zzmj2oDusbA5B8AAAASAAAAATBFAiEAlHxzXl13U4i0xSFwfeetWDakzi5a2vdiqrRuZixNP2sCICN+v3107vzn2kRyQce4VMbG6e8O5Q0D0X04TS8WEQhwAAAAZwNWUkH0EZA8vHCnTSKQCl3mai3aZlByVQAAABIAAAABMEUCIQCpJir5B+AMtlwr67C+f1NhuU0CnWIjrM+oAo8p9DBIgwIgd0SFW/OEEDAJSFKpdEb6MrgmTNoYrUJ6Ji/8EUk1HoEAAABnA1ZSTxC8UYwy+65eOOy1CmEhYFcb2B5EAAAACAAAAAEwRQIhAO813nsWpb4KOGIexngWzsrDqKTebP+4wA4VR/3KDKynAiBq1dY0gfFExecr+AkKJqaWJUGOfkv/OAdFbDn0/S93zAAAAGcDVkRHV8dezMhVcTbTJhmhkfvNyIVg1xEAAAAAAAAAATBFAiEA4FEvxZQJ6Wt/zGqvYbqPfjNoXFSDSkN7nDP0gwjm9qQCIAYEgPBDnq6tM4Ug27UkRilf9SiZak1Y/7yyJeqtKM4wAAAAZwNWU0a6OnnXWPGe/liCRziHVLjk1u3agQAAABIAAAABMEUCIQDnWyrOeLMC9mz6z7J6jI4qt59K+vHO546W5I1Kqb4D3gIgV15t7i1y0KciXs3RIVCudU/qLFtslydt7tfNZyP86kwAAABnBFZFUkmPNHCnOIwF7k5689AdjHIrD/UjdAAAABIAAAABMEQCIHBWAB0OfrRVxTogx0GIu+S76QpEr2b9HTnE9hQV3+jvAiBaZPAi5djqh7D87HKi4KPi0NOptl0qOCJun4D7qnH2WAAAAGYDVlJTkueNrhMVBnqIGe/W3KQy3p3N4ukAAAAGAAAAATBEAiARDmusQnLJ1sEiVZkGAZAMzfLpkex0lWU0wKNLuwo/GAIga3/ti6CHjfptIApT5AVp4HqwEh44uFN+QgjP0i0FhjEAAABnA1ZSU+2688UQAwLc3aUyaTIvNzCx8EFtAAAABQAAAAEwRQIhAJjBV4XM1g2erx0R008mlYk/FLc+pTXKeOcpk+HtwO1LAiBQ8sCpNd3JCNSCYNx6kYtKs8+QcDEhYf3nhjm4IPNyGgAAAGYDVlJYh94wUxHVeI6No40Zu0J2RbCctOUAAAASAAAAATBEAiBgSJf6Zq1+ZAMQoAmlDkGXQIHOLKoK24hxb4Lstjb2oQIgaEdooAP1Xjt2h0sfGuotHnPfyRVZMNbBlxW6ngoiK34AAABoBVZFUlNJG4edOBLyreEhQmRlW0c5EODK8eYAAAASAAAAATBEAiA65FFyW+AHtLpQbnHaHxlz2k+DZ1exEiM5N9+T/TjvVwIgAiy+7fI4KuhGT1C4yAtC9+HRSG0Xy1JZDsci7iy8oqQAAABnA1ZWVHVb6SCUPqleOe4txDeyaJF7WA1uAAAAEgAAAAEwRQIhAKDcejBUaC1XSnUGEdmabPALU8ouLJWIXntWyd0NitYwAiAD8lM8AJV1Qaz8spMwuSWFBBewsNU9OC8/5GnNboqGWQAAAGcDVlNQG0AYPvtN12bxG9p6fDrYmC6ZhCEAAAASAAAAATBFAiEAjjbyt9wtaT8J8ozJQ12VkQwoQYgUOqTh0ysAIUe6/gECIB6E3uP9Dvm2fldYtcvJO1VNdxZzTL9prN6SANhgjuOPAAAAaAV2ZXN0YTrvjoA72b5H5pufNkh3SNMNlAuWAAAAEgAAAAEwRAIgTv+r6VX7LFsFlYIEwCB3c06myqdG6eCCyjbeykcDORACIF6Odj7Oll4T0z0BmD7V1Wzd76uIf6U1g0dlqiuTqqJnAAAAaARWRVNUN/BNLDrgdfrVSDu5GEkfZWsSvbYAAAAIAAAAATBFAiEAuFXLEtW9IYj1mxmmXyLqdZClL5+WBGrKt4VOYqrcdjwCIC1SYkEmyIlUn4CyNv4V1gDD9SjUgjNimSUP1iBAovdRAAAAZwNWRVMDRS5p/82cRco0/02boiCdOKjVagAAABIAAAABMEUCIQDdgiJKDegfhRb1c6e1UlEJ8/KV1ZiBOzlqbcCwqRfyNwIgXO5FxXR1d4E2SYUf6mU/KfaaQqOF08R09mc+qiuVGqMAAABnBHZFVEgQPMF8KxWG5c2brTCGkLzQu+VNXgAAABIAAAABMEQCIGoUsZf/a2XV/WqvANk2Y8jxVqdGrnzh5nsXP1H3/DNAAiAgLTIwRf4hgiIq6L47LpstT40ue1u4MAfB1cWW/c01vQAAAGgEVkVUSEum3de4ntg4/tJdII1PZEEG40J5AAAAEgAAAAEwRQIhAM07YorvnzZmbWagarH+QiMuSA9DADCtk8IsaGF/qQKcAiBBnvkQatI92GVAA0vyhrgm8UNth01bGcEHX+0tEKjwQwAAAGcDVlpUlyC0Z6cQOCojKjL1QL3O19ZioQsAAAASAAAAATBFAiEA5Tx9qp81tCCijdq6YWeqR/0gqjVFBrEHoNZmpZvyM44CIDY/Tc0aGClpKz3a+cvviVvk6Xqp1ag2cgEM/pGVt+0sAAAAZgNWR0+Oh/GBHeACXSM1F028czikPfbXzAAAABIAAAABMEQCIG5EpZyQ9LQx0WBysFpohH3HzDJtKRpAXh/G8yWXG/k/AiB3saXVYPX5ka1otF3AlhPiTqp1ZuF3zgLyDPdn85XCngAAAGgEVkdUR+Ye7P26KtFmnO4TjxkZ0IztBwuDAAAAEgAAAAEwRQIhALPg9NQfSOvNXGPkhstr7tQeQ1TzsmTY151tyOT75N15AiBXWeH6UvBp3AJT08GDUuAxUZAT62Ovgj+8FI+8pf/3BAAAAGYCVkmLbDt8AdnbQ5P5qnNHUPNt8VQ+mgAAABIAAAABMEUCIQDYNLFgPrt8KzZ2WzhX8zAnQB+pBL8J9JJf8not1kllzgIgIAom37z5SqgcOCkwk+aYGJJg9JKhXlrpzwqrc3e3TK0AAABlAlZJ0yHKfNeiM0g7jNWhGonpM35w34QAAAASAAAAATBEAiBbpOFTE4MyAj17lR8GteiDyR5+AZ/ySnUuy6zrvDBVGgIgCFvqwOvB8MEVDyi6qsPiNQf7OYp/NIVq7WvI9UnEsqkAAABnA1ZJQiyXSy0LoXFuZEwfxZmCqJ3dL/ckAAAAEgAAAAEwRQIhAIKzCTHCx3BMTrrUR6XbFEnWayuG745i3l7pGWs9AhXDAiAoKHkSHCCh+xyqTgkMGf9wnIwKtpquSxKs9eWN/s7EWAAAAGcEVklCRej/XJx13rNGrKxJPEY8iVC+A9+6AAAAEgAAAAEwRAIgLt28qFMCAGqkwblp89B3KhF09p/x0CZkE4mpK3qFCnUCIE2WbbzYqyb6BHGPZFtOmMBxB9TQ3YX543fh7K4oZyoYAAAAaQVWSUJFWIgkSPg9kLK/R3ry6nkyf96hM12TAAAAEgAAAAEwRQIhAIQRl2jukxswYVe8WQbkWGlTnR3jDpa/En4jIk6zcpuaAiBhbtSrSaqDvy6QBWL63lhVXs9kPugqsN9ggXLM88rckwAAAGcDVklUI7dbx6ryji1mKMP0JLOIL48HKjwAAAASAAAAATBFAiEAyK7q5QHOdqwwfV+EYwE7L64s3iiiXBmoA9c2mu2seRQCIGWn8saRYtsZb9RiCdaYdXFFfVflrbLzecuDBW751HUYAAAAaAVWSUNFeN/Vu2zocWgissmyVVYBlMo1Cb68AAAACQAAAAEwRAIgNRBdTPFQ3uHPRqZ8lcaDbTNE3GXDtgbFG06yH01oJXkCICeSfhLV/TuYDXrXoWh78n3TNM32LTia8ads0g9IPzZUAAAAZwNWSUQS19RaS5aTsxLt43UHSki5ufK27AAAAAUAAAABMEUCIQD4AWoyffNumI6sm7MaCTETJKY6wVDnSM4ybZLJURNi8wIgVbjYXQ48y/CQ8mOqZvfYHoqcVBbuPHA7DAQqyCkDn/UAAABmA1ZJRCyQI7vFcv+NwSKMeFiigARuqMnlAAAAEgAAAAEwRAIgL0MDvsoC1Z1i38H/m3fOrFu7iSUx2xGynzBVSwe6NFUCICHZC14sNMEbT0M1XJbRhEPyvQjGGHeAOoAk6jNP+y48AAAAaARWSURU/vQYVZRFcFDMnCOYDTAZCP4Fe7EAAAASAAAAATBFAiEAugkd2LX5R4Wmgg2O6kVeiJi+LM3cCP/KhbKqrLr2oQgCIFKhGv5j0WlA+L1z3oCAu40yWRu1WayqWUz+TT40NXl5AAAAaQVWSURZQT09Nbub7COwbKAP5HK1DnpMaSwwAAAAEgAAAAEwRQIhAL0ZcN2LZ/SBuHiLIDohlW6aP5+v5n1+kSrBpKBAltOlAiA4r7CumIe7SsjzuWcq60HnwIxNtFKxRHSdslcoZvI6pgAAAGcEVklEWcd7Iw8xtRfx7zYuWcFzwr5lQLXoAAAAEgAAAAEwRAIgPMLbOl/neVLfuBtH7WO28OQZ9mRHidgc+XsS2f90ZPYCIHawplVTsHdcIZ4wRkBkfeYnt1XiIaKb5S4ixm/fo28GAAAAZwRWSUVX8D+NZbr6WYYRw0lRJAk8Vuj2OPAAAAASAAAAATBEAiBOQ1aHWTBNW7aLwfNaupeTQBNCUd5QGdk6warcqLJ+5AIgNgnFYXeNwoXk4WC67+bci9w3H8C1XCU0nWm/NqEHkfEAAABpBVZJS0tZ0pRr54bzXDzEAsKbMjZHq9p5kHEAAAAIAAAAATBFAiEApljCusZEaHQD2LzLgt+29pJtokOOIyx1lnWaSBJtDmcCIDO2b2pFV9TY4hMmjYO/84hQ01//ZXnYclFQMiBv7SrwAAAAZgNWSU7z4BT+gSZ4cGJBMu86ZGuOg4U6lgAAABIAAAABMEQCIDzIXKS2RwJWbg4kB1+EoAaZq580eO+Hrku2qUM2Ya+MAiB2byBpvsAYooVy8p2mRMyoTx/2quOlLo045J7nDurb7QAAAGkFVklOQ0k9uZqwgAau/MlgCXLsqMICOWtDAAAAABIAAAABMEUCIQDjo8/x3p54sAH3KVPUgRDqLdpIaPXSICbfDd8FsOPEDQIgf5UJbDv4FN5BYHfbcJvZjpB2N08SPWxkYfpcFOAEDe4AAABnA1ZYQxTwoSpDw2xJ1LQD3W4am4IivkVsAAAAEgAAAAEwRQIhAJQLoMWCP+mnRBv9UMdrdp2b8E9/KJlPxDLc3rDM3DawAiA6KLmIQqzOCjjaqJlxFaMSEnDZHB0UnynSlhMfq1Xa3wAAAGgEVklOWAEMKCEYqnYXTOWVJXK6cVz2CgybAAAAEgAAAAEwRQIhAMPKHc4vd5HlgkK3kf4CgW1CW8mNa3GbPVr4QBUeX0e2AiA/EyFe4aOzlznAn1K41oxkz1Jh2M3BoKIU/Ep5oNMQNAAAAGYDVlhUi6AJytSTx2RuMdaUKKuaVPR7N3kAAAASAAAAATBEAiAI5ptl08WF84xK50UELIqxag5/guvfPhZeRMR2Yvxd2wIgEvvOel5xcGWc36HdbqLurQPo3+aG9a41WHTw3eDMv+0AAABnA1ZQUF7qotyyMFb06GVKNJ5X6+Xna15uAAAAEgAAAAEwRQIhAPxIdHaN+zKcGB4aetdLB8F1Oj8j6YFRCTojx6TO5fcQAiAKnyq9tyzJgqzdhXgUse1scUuPsDPZjYArCUWNCzSLMAAAAGcDVlNORWrkXAzpAeLnyZwHGAMc7Ap6Wf8AAAASAAAAATBFAiEAmecEBRMj8cCVqoCIelRpNiBtCJapn4pPimeaNW28W2gCIEDiVjQXQnf8htWBzcHuq0+yB2EFv3zIuj4SpcFtUT6XAAAAagZWSVNJT070BvepBGeTJnvCdpCHeLKVYzI5lgAAABIAAAABMEUCIQDNw+KpLKNNiLdw9f2qxygRggcq+dT88TT7Y75oWx8bcQIgc7FeFaf6N931d6UVRWL18zc2/WxZ6bMwQMhLmnVBROgAAABoBFZJU1L5OEJPchDzHfKu4wESkbZY+HLpHgAAABIAAAABMEUCIQC/yHk67ec715NxAdPXWo4mrYoDigb00knTAzKk1em9mwIgL7a5jrfmz4wz28wcoIvfTqB2Rt4ScpuHDj1fD27KEUkAAABoBFZJVEGB+PC7HLKgZknlGROhUfDn72+jIQAAABIAAAABMEUCIQCa+hswoStlGcqhcnZ4mD86sZe0p+/Yn3MDfyH9wLO+0wIgGjulVba/yHY0bwZPMjIVxXGQNavzfnryyReYOk1BYe0AAABnBFZJVEWt1eiBmEeD3UMvgDgftS9FtT8+cAAAABIAAAABMEQCIGT+EzS58BpoVQzOILWw0HKVeKXghshfZsyMJqGTAaxpAiA73jQN3jubRrD16dCz13Q2kCgDV2/nF4lc/jHHa4zJ6wAAAGgEVklURRt5Pkkjd1jb2LdSr8nrSzKdXaAWAAAAEgAAAAEwRQIhALKxetIKuax9Rc45O+gLusISfhFp/VtmecCUTKFC9MqIAiB7e9DOwHj9mm3Fwrw2fQ91wvyMpvqSY4k66WJFXEoleQAAAGYDVklVUZR1sxZT5G0gzQn5/c87Er2stPUAAAASAAAAATBEAiBFiM724bmvI/ToaKgHrvspQsA+UcQmcVsQTQ956nVW6gIgMKNzKcBdJ7Cck6b3A5Fa6kf406QevWW3Y+6w1Nz0AgIAAABnA1ZJWEm/AiDJzhflLcyj0hcjF0bWdghbAAAAEgAAAAEwRQIhAMfuPd+/6FSK0W6j6eXB3vMn3O+GOcXp6oR0vfgQj90uAiAy239r93izv35GyVZ2RfdGXwEqaaj+OuRzMLkfJlFFsAAAAGgFdkxJTksKJ+kQrul00FAA4F6rikuOvZPUDAAAABIAAAABMEQCIEYtxc0SBV6CsJbWxkdcIqtcTmpG3j7/VtNHldqhsnieAiA4OOuxGp5LFU7OFWtE7KVL22zQHH8txcSfuM47zt7jKAAAAGcEVk5EQx8/Z37MWPah+eLPQQ30d2qFRrXeAAAAAAAAAAEwRAIgRzQuAfKUsEj3t5cbDkVVGGDMUIFEtzdZBhq8TGZqUucCIEHsT+W6JUm2Ipo3XhDqa/V8ITBH7JJfUggCB4tHqWLNAAAAZgNWTlRp0neVM6TSx4BjlxNViyzJjEaptwAAAAgAAAABMEQCIQDA6kkhEpgf7EXGo8qVc4hTnOU/9/HBZOmDG2PRGUGt0wIfLnsGh2Kzzg+dIe7mgLUOlMg9OzI4oK7+A7bjQis1zgAAAGgFVk5YTFUA/CcMnME+h4q1Nj0ANUvr9vBcFQAAABIAAAABMEQCIHYEmaRc0ISL9WoeckWEwGgVggU0T5n1144xwiP6n3q9AiBUQ6wTNCbQvOPMsRAZTl3B7Hw8+rbpvut0F2/n2cz9GAAAAGYDV0RU0RC7iiSxAMN69zEEFuaFr4B8HxAAAAASAAAAATBEAiBjBSmPut1ZnQLvezHPuZFRFZQId6MLaf6KAwOgOY8S4QIgV80TiVV2nP/cvi9z+MHounujbyD8ldqB1RSc3UZlRgYAAABnA1ZEWJHmTznB/hRJLo/fWosPMFvSGMihAAAAEgAAAAEwRQIhANbfY2403QtLqqQv4FbcSaSuZT2NqbUcMS0P3kSBKUDNAiAIWbngHXETfpfz8e1oRo7rWhbm28Jw2MXj4mNp7zVPWAAAAGYDVkRS7T1ORGqW3DsYG2S3XDxw2kHcPL4AAAASAAAAATBEAiBWXh9Zxn7kXn955p8oJo2C8AjXyvuBgTIIl8m/hdOwFgIgUEh3DE7DFDkgS680kQ87lJCFGHyAIxt4lKGtG+1AA7IAAABoBVZPSUNFLiNklmJntdfSzmzZqbW9GdnHxqkAAAASAAAAATBEAiAqjX7qGI4TglQRbrP0umVhaMWx6lEYIqgtWh8Te3i2bgIgBfJWqH83XOCbgyAettLuS+IxVbSrVKdHsnpEAQJw95MAAABoBVZPSVNFg+6gDYOPkt7E0UdWl7n001N7VuMAAAAIAAAAATBEAiBVQ2Ki5v2hv3BZ+RXqKNSNzJULkuzN6GX0Yaishb9X6gIgKz2v5fkjDMTsrxRr1Q1s596hJhoF6TNSfNag47P2ukYAAABnA1ZPTFFm4JYotpYoXjoVHoT7l3c2qDV1AAAAEgAAAAEwRQIhAJsjwf9uZO+H4SG6p2XkVFKLANCpi5AzUW6r5Xj7wonSAiAEM27mTqMJBlWF/q17KzYdTclWcVW0YzsunKBcXzEVywAAAGcEQUNEQ/xE7FHIDjWoe8IUApmxY27IPfsEAAAAEgAAAAEwRAIgeN0xLwX5kZ2xLb1rHly5sWZPveZL3L+ySrU2e8Qm53ACICKU0hLS5oHYcjCXP78QYn+jnT6iVaSDeuee7QQnDQIDAAAAaQVWT0xUST96/w7yCqLmRikN+k5nYRsiIMWXAAAACQAAAAEwRQIhAJA3TzpY2Dj7FF4nIw3OZNphfeUVg4JNXGOVmf1FCmv1AiAXYrv6hnq5ynAkKt7gNuWbCdqzZxgCKC++dAqINXUzGQAAAGgEVk9MVP+/MV9w5FjkkillTepM4ZLSb5slAAAAEgAAAAEwRQIhAOcrnWsWjMattyCI0TcY7sX2JUySihcK8iwU1eJ/JTLAAiB9fnmUYDqSSWUtl/Of2qlnJisrKTCPgok4zvhn9kIreAAAAGgEVkxUTa9dssw175u6PPpfj67tz5tOLyhvAAAACAAAAAEwRQIhALj5FBiaIM/gCxzWsgim0fUwoeriwQBOf52OSMslCALsAiAM8cHyH24x11qDJFzX4BAi5AfGn0+7cKuUXlq1yISYGQAAAGgFVk9MVFMU0cg99N7O6d6xTuhR8QnwEBpmMQAAABIAAAABMEQCIB1/+1Gn+9Vrj/XZLyjbCuzskPH984v8rZ9xXa6e1NE0AiAFo5Kr3kcnyWgZdNC3KZ2b7FdXclDTMwj/3VVJAzP2OAAAAGgFVk9MVFpgcV5DbDdETil3LA0mqYrh6OGpiQAAABIAAAABMEQCIGA+jZVZqlInCuRF/636hSzGE+zJFJhUAOcZxSjeBKLKAiA4AjZxfG09RjeBB+eK0CblFhCu5fE/66FwYNGYPR3UkQAAAGcDVk9Dw7yetx917EOaa2yOi3Rvz1ti9wMAAAASAAAAATBFAiEAt4Cds7lyxnMtR+8/ZbmPPWe1lmzMS4Gl9ZRSiRNVUT4CIDS/yC2nkLmzOx3+krj+7ckdBjsjYBbIa0WBNKcR61wvAAAAZgNWVFjOsobJYExULTzAi0GqbJZ1sHioMgAAABIAAAABMEQCICIotcNyM+sfjmodgooSISrCIi6ZjSxeaJlDkdOYupzpAiBvAUIBkexMs5a4TmjcuzkeGQ4SsIySDoiULzD9SrzKPwAAAGcDVlRY2VfgisVCHiwoUQWGtX0JXlCUg2oAAAASAAAAATBFAiEA9FRonz8spZmm/q3U1zKFmuw4/b0DvLGCReu2xT8AcZECIDlT+vlrX0h3CLyLCeVVVhECoe9egrtQ8y40IjELBcHtAAAAaAR2RVRIw9CIhC3PAsE2mfk2u4Pfu8b3IasAAAASAAAAATBFAiEAgKgBDMEcRtm3bHCdDPV4WrYQkLUU/Gfx340LJLyHb9MCIEQ/YeH0Ijo4yYZcb+NMhY8VMUZuTxchxgHog8YZ36VxAAAAZwNWT1gS0QLwbaNcwBEetYAX/SzShTfQ4QAAABIAAAABMEUCIQDCfMBnblYs0dWU0cEqg/x9XqWMJoCDfT7B2MoNIonHzgIgVgifZY9vAaFZ0ChQWYQtSl6hv3nWi8UYPpK1IXOOp2IAAABmA1ZHUhaYfAIcFMoQRc0K/rszwSSli/FsAAAAAgAAAAEwRAIgUDYWVAb34FN++tSpEszTYJ85qpM3il1UlWUf796zFRMCIG2pKAHbETfrhQJmhfznZAZE9eakMgpC1DMIPmrwbMpEAAAAZwNWR1g8S25uHqPUhjcA1/drNrfz0/E+PQAAAAgAAAABMEUCIQDZpYxAlXAerudKHf200Ig6yP564QJEMUG/M3/Vgmrb9gIgaPIItwEbAwen6ZH7Zfrcb+uhisDlni5wwbs/DxCMOG4AAABnA1ZSRfcisBkQ+TuE7anKEoufBYIaQerhAAAAEgAAAAEwRQIhALpkBCRmLh/z+6RA88J8BwWcR1jNr23uqD/3zriNNii3AiAN9r0SIcCxf/p4k0iJxtCJzlf36YAlBwK8nu437vNRZwAAAGoHdlNQQUNFWETijyrMhMNjc7rc1oF0nTjgHizEAAAAEgAAAAEwRAIgOgFNeZDCjM6zHp71nRDog/1mOZZLrMVeuGydsNU8mdACIH6/A4SKWyEzy+Zyl6gLap/PKuKgMSGO0nq5CAghof4YAAAAZwNWVETw41Q3RK/O2AQhMVgvKhm2rrgnlAAAABIAAAABMEUCIQDz0aLs/ZAs8NOll2IZ6j4bElCKCAOAajzBsOjUFZ3NzAIgLqaloerZTHw1QVsaqWcpQLkyQiO8OzANrBd65xBJQngAAABnBFZVU0RnfdvZGGN+Xyx54WTUAkVN59qGGQAAABIAAAABMEQCIFdToyfKI8OPxzyUyzRKveoGX/Puwg52nd0OPe8X+IdPAiBPn4k67ct721dRdNRDM7+TeoZ2XeLNupR4o5iXW/nZlAAAAGkFdlVTREMMSQZsCAjujGc1U7fL2ZvMmr8RPQAAABIAAAABMEUCIQDitrKNpRe5e96A6pAbiC8dJUY71axeAaN/4LO/4mzOOAIgcMPpmGLLTFAj3k+nWnhBdewBkKQpCmRYRG5NBAK+4scAAABoBHZWU1C6TP5XQbNX+jcbUG5dsHdKv+z4/AAAABIAAAABMEUCIQDD437zn0jxEMcC3AGmLbzbd7u/0ua7FYd1LYKoiYJUvgIgCf2y/T92F8FEaM6GfqTPVL8VdU3uaq4KxFNueb1ghq8AAABpBXZXQlRDSy5267yfKSPYP1+95pXYcz2xoXsAAAASAAAAATBFAiEA1Ycu50+9OoDCFmNPNMTgA3kDAqz3n42L/5xhDvNNsCICIDdB5p+nW/HSqSKw3/ysH8M0rGi9qJKQ9FLmOw/d/cGsAAAAZQJWWL84uiqQuCX7oC9gRZoJf7ICE0aHAAAAEgAAAAEwRAIgKwuyI+3WeXKuEROWVKYsZeWS9uchJAGAdA2dNoXRP1UCIE0qV6TDrqpikW+MAYK05KIbNcsdtkAcnggwQCptvwjjAAAAaARWWUJFOhwdHAa+A83cTTMy98IOGzfJfOkAAAASAAAAATBFAiEAlT58rXj5x7slzO9TaD52bRVr0xaK0Z+3Gb0pRsWjlxwCIH1hhYO8RVYVxemne9IaMJ3w4SofVPgZgECjmC4dCFjVAAAAZwRWWU5D7hrji+TOAHTEpKjcghzHhHePN4wAAAAEAAAAATBEAiAk1rB3m5G+CPd3NGV4LuDx+hYBSfIlDWf0n3ZMnF4g0wIgYH26ByTFMEPnGSMHbQ3/TSxf32znIl+velapv5z8XiMAAABmA1czQnd7pNI5Pqd4kzInQ8fYF+/vhyIEAAAAEgAAAAEwRAIgFpuy76/KDZTKMF1r/PBHJ+W+IHE6sXD/4JRuIZPKG+ACIC0J8X0YVKiRxvErAcG6OLrR3IGz+y9zoP0p0VfTTGmFAAAAZwNXR1DdlIQsFav+TJuv5CIq3gKJa+sGTAAAABIAAAABMEUCIQDm9BqEgL4mWaTAbE6DZVexJGILkwQUV7qOo2RToYbPMAIgOO6BM7XjoR6v3KTeqYjvMJJYbPrh83KOtR0+chBfvZoAAABnBFdhQmkoa9oUE6LfgXMdSTDOL4YqNaYJ/gAAABIAAAABMEQCIGX/fvtPf/kJ9ZkxsIUrX8bcL+7ti1vjaRa7LOpFkCZoAiBjjA3CXidtpQm1dJ4ldiMijDmAVlQaDVmtOnXY0DQI4AAAAGYDV0FCS7vFevJwE47y/yxQ2/rWhOng5gQAAAASAAAAATBEAiBwGBqwtkgJDvrK8uVhva127HjqdvN1me5LhnxkVqu6LwIgVs+Nt8qklTHvpamri5Sv9vGnbMkD1KJzukx7ET6Z7NEAAABnBFdUS1/fnUZ0pDC9zAlqOkAxKDV6s2hEugAAAAIAAAABMEQCIG8IvFtWChWR0jJT5d9MPndmhfUIQJ97F4pEKda7gUijAiAsFhRYXBRqNkDUnyzR3P8K/f8QLSjHA0387Dg945M7yQAAAGYDV1RLTP9J0KGe1v+EWpEi+pEqvPsfaKYAAAASAAAAATBEAiA/n6zBfMXu8LSnvW42HJF6eql2yyo2HWUV5Zb06nkTqAIgUd9rLwsD4jETh66ps2N3wjK4PDv/qt4zhJ9AdQGrHcYAAABnBFdBSUayJ5tnac+6aRQW8AYJsWJEwM9LIAAAABIAAAABMEQCIGVsrXlc1ghF6wEO6gcLSuAVhTWa5eejToV4ZgNEdfY9AiBjNNudBQH7BXbjmAGfxePTdZwnLJl4pM23Mytn/yaWywAAAGkGdVdBSUZVOsenG5cYPj23cix16qjfLBoLrfwAAAASAAAAATBEAiBz9Tg/txEXkZNxB58nnFFi9Vuzu68pNoBpTT1kbsiDQwIgQ6kdIvbGUURaYiKtUwJ8At5mof7/ckmO3cm9pF3/0xEAAABoBVdBSUZV5/TIkDKiSI0ycyNUirBFlnYmkzEAAAASAAAAATBEAiAWSSHwuSE02gmRnKD1oJqemii4+S8cgetP8kXWK2oiDAIgYU4FvFypTNdC8Y2dGklaenBSa8IPNH4pIMD+6P+HaNUAAABmA1dBS59lE+0rDeiSGOl9tKURW6BL5EnxAAAAEgAAAAEwRAIgYhOgvbP1/M53gBGV8B3xnh9y95scpyAX8toSX93o+TgCICnJeCWkqnFopGaQOSZHXigUfYABhTBE/4DlcHiFDxJsAAAAZwNXVE4OqYTniTAre2EhR+TkFE5k8hQl6wAAAAgAAAABMEUCIQCP0BEsOyzY71m0nPsD7mHo4RARq8CFfjnswa9OTApRZwIgA7SEdj1cphe2rmZrMmHmsiDO8WLG50a9lSTUo4LgRawAAABoBVdMS1JSyQIGqyG9v16Sr/TmtfCXtlsOzAYAAAASAAAAATBEAiAQit8EqyI/mfwcJOul2Jj5GkMOpq3vjqeCatNy0Fv9ngIgc6FR0KORdF/F5vw7V1qBB42I4n6ReOOkYg6Vqso5UC0AAABnA1dTQmL4296jek7UD/PSYxAB5EkMEyGPAAAAEgAAAAEwRQIhAOqOwIU4ScUtkwZnCPT6mX7RunhlPXdVKkMl0iMncEZbAiBpyUxmhL1YFsg9EralJ2F4br8mIoAP3eLAkfnN/dCfugAAAGYDV1BYs7rOQzKIZFEU/o6KqR+HZZy/ZlsAAAASAAAAATBEAiBjthC6gQmS8JgO6OYD032b2yhru7IKD9BJQkMd0XO/kwIgLGT4h3/HX8yiGTPIlYfgkiVHD24SUsb60tm/e1mkUDAAAABmA1dURgUB56AsKFubUg/b8brcdK6TGtddAAAAEgAAAAEwRAIgK5m7kT5dmsAtmVLEKMGqOQPf/EvhpY8WoAtr3VXZ4BMCIBAMmveLzSvwz3CqONKt5pSDnspXq5PrSjfEWrQaWMO8AAAAZgNXVEO3yxyW22sisNPZU24BCNBivUiPdAAAABIAAAABMEQCIFDws56f7HdRDPaSqn71RHUbVYVdaLZbCyUK5m5k1BH0AiBRACYqHdHvsLFBGcMKaCJ7lgVlZSXp6jN7gviSg+1xIwAAAGgEV0FORCf2EL827KCTkJM0OsKLFTSnIdu0AAAAEgAAAAEwRQIhAPXJLf8OD8jHaiJw6LIEWjJPIZcjwMuTlly027yJNhc4AiBfX8ZdGs6ZVymcLJDPkCBcGBUhsanC5pxTL1TqJTZ4cwAAAGcEV0FSUO1Ag0oTEpUJqJvjmpvpwOlqDd1xAAAAEgAAAAEwRAIgA7Ds1LIvasnGaiHBwsN2V8bTE3dQDO5RUa3MBHAjmaoCIBRpIDLLz7id/d7N1I9dlMD308hkYfBZnnhEUIWzz7IcAAAAagZXQVNBQkmJbhRVaGJKSYxakJGHNjrpR2MVAwAAABIAAAABMEUCIQDpdDZZKLCcSiY4YVY3HC4GW7piEh8mbh+rggAZOWwMdAIgUcbJweAplJI0CKMtSwHNEQ4ClheYe4Olss4oDt1rPu0AAABnA1dBUwxXJUSk7keQTVSqpqlwr5a28A4bAAAAEgAAAAEwRQIhAOqUx3GkWwPLBLiecuftagaePAQsSYCbHR6nD3KnTwx7AiBmv5qxkEfLDw9GnnlnL30XIDeu9nfB5MUEij115YjJRwAAAGYDV0RQ1htgzL2vCcLgNscnNK2zJw7ScZIAAAASAAAAATBEAiBkSRRDoMD8CZSb9oWQk4rT9Z/Ewpx0aa7xY8C6lQ/YEAIgUlNO27O2qN0NFe0pWHnhfAZAGqbZr9LAnZjvZBNsPE4AAABmA1dBRS97iEWPTm2auxk5a1oIuLp/PUsgAAAABgAAAAEwRAIgYQI/egqsRNpDHnkP0Ys2zZNzHb0EO2vjf8qnWKilYrICIHg9xJJVQQpndLzZwPF83ymxr+UxR6PEyQfLEHZLaJe2AAAAaAVXQVZFUxz0WS6//XMMfcksG9/9/Due/PKaAAAAEgAAAAEwRAIgAOScnoCThnTNJaNGBFMr1YjcoAELrww55U5URITqZNYCIH/vK5Lklc1O6gn+fS705LxEI/xmM0Gik6culCXUGx5OAAAAZgNXQVg5uyWfZuHFnVq++IN1l5tNINmAIgAAAAgAAAABMEQCIE6xudydBHAeNCKL50atc/LqTtnrn+9Chxl7iG5yO7klAiAFUyLnMFFCkDFs9Ez10biJruBnqQLNo2swcojIqjewMwAAAGgEV0FYRXorxxHhm6av9s6CRsVG6MS0lE39AAAACAAAAAEwRQIhAJvkt8CJyb0tjitdkSKjrrAR6THLuJTTDZUapcE9Jzd+AiAjheBbIp2Pfb29CTp69lHdI8hWCNOiPGdJtPkLTYOIjgAAAGcDV0lOiZM4uE0lrFBaMyrc50AtaX2UdJQAAAAIAAAAATBFAiEAnF322Gm4l1c6z2TagrAtvyTFFi9rxJ517PWZ4JMCUUQCIESXah29eEtEyjFqxgYTwKbhAMV8uN3v0R4Kj+PrbVTaAAAAZwNXVFAWgM/a112iu1be1PNruUI8hv+ntwAAABIAAAABMEUCIQDnOToiXwaSUJfSrwbNieYzHTIjcTIfvCn0qa8tIWGV5wIgMS2qSCVpn48VVSQ0xm/PlFRqLz0lBaq9DPi4yzlJ24YAAABmA1dFQoQP51q/rcDy1UA3gpVxsngukZzkAAAAEgAAAAEwRAIgc0jELAybeJ183EF/BAm5/gLJ/N0KlszeGiouOg2nwhwCIA18QUyKRkRo6wctMUvYblH2Plc+OHT3VkiqqKI74YbyAAAAZwNXQkF0lRtnfeMtWW7oUaIzM2km5qLNCQAAAAcAAAABMEUCIQDKeWB6zcyU0l4lMORh7qifzgO0FCfA+67TFMGOAiHREwIgS0qrV/+lo5Kgd1SV/q/5PXGLHNh6XYBr4x6eRdj0f/IAAABmA1dGWLoe0ixprQBznuK0q9cOJwvp6H7iAAAAEgAAAAEwRAIgHgW4sna6uv9Lty9S1uvhrooNhZAx4Zwi6xLJIFVk8o8CIDyuGIkiqW14gE/WNJSM+8vb/5/YUSPgTrYtigaJkweaAAAAaARXRUJOFaZkQW5CdmpswKEiHZwIhUim5zEAAAAIAAAAATBFAiEA89NlM4CM4lQlaUfTiwMrUbNnFLz1CobPHGhCyZ8zapoCICvPZcWi9uSiE09xNqRnbkNOGRQa9kyYllwFhIVLfKhgAAAAZgNXQ1jAFBhs8bo2Ayqux/lgiPCes5NDRwAAABIAAAABMEQCIGzQHiQq389DOFlyHnZWELMWHBmQMV4/+LIkoOy3Vg05AiBMyBhgtO/o9RySQydWP8CmzgbGwnLESZAcW8GWt23zAAAAAGcDV01BaF7TkLFqyd+auXBylKQqEHz7Yq8AAAASAAAAATBFAiEAzvkAZ4V7782cVVgRh9MEzmO1qli8Qus9sc6ISEMwmHgCIHtGZbkcYYsKIRxlr1vWxui1wW6nHefL0phnb3sRee8eAAAAZgNXVEyaBYfq5+9ksrOKEEQqRM+kPt19KgAAABIAAAABMEQCIEFXuIIG2X2PcXQpSskAF1gOEIUrGK5hxXOnk8WIEmYVAiBzGH6bgwbTTetztCsx7aztEmTucITIHjuq+k5ouqMlKwAAAGcDV01Lv75TMvFy13gRvGwnKETz5Up7I7sAAAASAAAAATBFAiEA2ukj7WUrTFRyqCFwIqDddTgx5BMrdVnlTQxO052yqKACIBnenF6l4dSrPB+itJciEESgXVcrFsH+Zbu52zyTHQOuAAAAZwRXRU5CRvTkIMdUAUlKObcGU/S7uIrS1ygAAAAGAAAAATBEAiAmclm+f9IQ3zWsCqU+al6tp2H0oBZEPeQviGWiAYzzjgIgK9pfu93EfUp+kXow8LP0RCWfS+InA/d82u018UPENNsAAABnA1dDVGoKl+R9FarR0TKhrHmkgOPyB5BjAAAAEgAAAAEwRQIhAMTgBSRgHa5kxc7VYtxFMYL2zqV51yROYRDgJMTPhnCzAiBGIYjikgv7lvueBK2Z6FSU1A2k8EBzM5t9F6VXpfMWSQAAAGYDV1BSTPSIOH8DX/CMNxUVViy6cS+QFdQAAAASAAAAATBEAiA6sy+amSIHL7sZOBMHQoqw16ILG/K5XihJM1MGZgZl3AIgM5G2QUp6/iXKLHhMPN0x8EsjUIv1/TpjtHJfI+HYezgAAABmA1dXQzgRi9s7SA9XCDekwuiPrG6DvmaJAAAAEgAAAAEwRAIgLyBk156/dKCG8z+xhqmvGjd70tglvA5MH7l8jwL5jOoCIE+1LmW6QuHczckP8XKos8xR69EL9j4l1fs2HW2uexgxAAAAZgNXU0MtzZsaftQI/0i9SRih+cBTXcVOrQAAAAYAAAABMEQCIBURXRFomg+wStuqWICFDPqCaS1xrUa4HyhqBGtdl8hNAiBHpS/z+tOlI5vxQ/283FpKixymURh6HCz3X63eHJB0ogAAAGgEV0VUSMAqqjmyI/6NCg5cTyfq2Qg8dWzCAAAAEgAAAAEwRQIhALR+6FUcFaLPaBxkllHph9flJ8SB0nw42h+XGoJCeSvTAiBpw/aIrFSToj2rV5jjybB0hHZQaeHUvhQyGq5NksuMvgAAAGcDV09OHt3uP6IVkaljf4jauWFcM+5ja50AAAASAAAAATBFAiEA72n8EtUGUGFqFAbMs6FKwwupT8W27bDPe9kLhxGADSsCIFkACCi61Jpw/a4MixtVeRXc+p0mPV4V5pD9exGyFvneAAAAZwNXR00hmAPRfzBn61PVIbqJSNJzT0AvfQAAAAQAAAABMEUCIQDpm2HSJQg/wx01TqfoDNkP9YEeWHYSVgYT1UeNTLvtOwIgBRUdq4kk05vawHTB5JYv2ylGFnyaajVQeqZOdaJVKGsAAABqBldIQUNLRM+DNXJ7d20ZD50VpU5rm5NIQ57uAAAAEgAAAAEwRQIhAL0nLv5qq/w2qs4ww5u0jYzgESDNZ31LUygeRE4mpbapAiBhihCI9YwjVCHC21WP0vyCm06LOFweo8JfUzMv159w3QAAAGkFV0hBTEWTVTcjluP22vEzWbe2B6M3TMY44AAAAAQAAAABMEUCIQCeSJVbvJ5TPt0UZsA9+iJBOQy5kT7HhbU4sVg3ppuoxAIgTYsXtD0x+vF803ctLevVbJUwHZp8qA3Y8C+LvqB4uGYAAABpBVdIQUxFgE4mxO/wuxlrgFvftbKauCjPCx8AAAASAAAAATBFAiEAke9b1RUloyfw3BWnxbTP7EgaJ+RQLm06Hp8wkfAYYVsCIAnV7hhnSmuznHJhrTSgBtWQQ1qSdq3vsePBzrXjhDaVAAAAZgNXSEwq9yhQxQTd08GHbGapFMruf/ikagAAABIAAAABMEQCIGFIqo7HxTxDsSJT6v/GeqJ1lvpQItTbx+dOndrSuYwSAiAk6jwCsd8Yr7Mbc9X8C6YLNC2lHkt5Hei5nygYA1gtegAAAGYDV0JU4u4axXsuVWRSKy3gZKR7P5iw6ckAAAASAAAAATBEAiAVchP7/Yx0eH2Z8yFSC9ZzbOjqCQlgTaUJ3vkIFd648QIgQ0CS0YAMhb0YAJ8nNV8KLOS8f7LctraE9JVpzUfS72wAAABqBiRIUklNUJB3+eHv4OpyhnrIkEaypiZMvK71AAAAEgAAAAEwRQIhAKZgNAE0fM1CzB5XVi3LXM9PTuALLgQzxUkxh/+kM8tZAiBtnZxepFgqmiuNJzomLuVdIv1L/e8PjKTmnE0n1CWqigAAAGgEV0hFTvT+lWA4gdDgeVT9dgXg6akW5CxEAAAAEgAAAAEwRQIhANBiLoP7xF8XxOG/lXdw8KFzuSn28nu51WUh0KY8ocTwAiBaDBmqMQbanGoS4CklnmPT0mjW4A9KXqSb8PCISq76cgAAAGcEV0hFWcpdKbPnTVnrzfCREUldhvMZiGpAAAAAEgAAAAEwRAIgKrc9LAy7aodDAD/XvoYoX+lYYVn1htN6Iblmmcyldm0CICh+aScQdanu+IrsBDyjpSdE8ETMHSMGKPtwFsWMMwLsAAAAaAVXSElURV8OYotpMBj2OdEOSk9ZvU2LK2tEAAAAEgAAAAEwRAIgbQgP2p+Xx+/RqBTHQKIxtgGNKRxhCCoZWf0ZkSckhvkCIDAneg7MFGY2LcVMiwGhVFrxurNcp9nbcOqsZRLGyh3VAAAAZwNXUkN8nY+zvePZ6m6JFwYYwtw9FmldNgAAABIAAAABMEUCIQCrcnzxx9LI79eheyks1cWpK3CdorNk/zKwnlecdYisjAIgdRMGea1qpUVKDZ174AAfrv+9mdLO9/SvIKFL59cFJC4AAABnA1dIT+kzwM2XhEFNXyeMEUkE9ahLOWkZAAAAEgAAAAEwRQIhAOYDkby9+IWU4xBI4bJiWch68L8Vuf60cfeGRu0CBHnGAiBfbXihk3arTzP0UcDAvcd7RSL55CdWSvrI/0lxfBevmQAAAGcETk9ERQw+8y+AKWfbdbnUn+HnZiAVHMuBAAAABQAAAAEwRAIgInDOjoXSiPlI7HnOZrYKnr6YQij145Ci1bs5Fv0Ix9wCIEQVe2BhHoLZOK0rn8gdFd8uPbGv3IeTSzRLF4GSBI24AAAAZgNXRUPMGovUOL68SyqIWjRHW7l08hJDFwAAABIAAAABMEQCIDxOajCh8yt85P6wgm+KRfUG9wQCO+GB2a66l5Wjr5whAiA7Pv/SPowep3OOy4n3bszyHWxSSU+XRhmegymPb6Uw2QAAAGcDV2lDXkq+ZBllDKg5zlu320IriBpgZLsAAAASAAAAATBFAiEA4u02hXUKwaC33ZjO+GQvI7ODm7ZWBEyE3fLGlySsI54CIBJoDdjTwveE0+ObFvZbfyr4bQGtOS82Ym0iJdnOkZSxAAAAZwNXSUI/F91Hb68KSFVXLwtu1RFdm7oirQAAAAkAAAABMEUCIQDDHw8sGG48KGn437BCLvRagP/b5YARF2KmsQlFahOWHQIgffdUDd0VIcbqk0LhYDZ4HNEL5pJrVUHT9Aj1+7bFLcQAAABmA1dCWLuX44Hx0elP+ipYRPaHXmFGmBAJAAAAEgAAAAEwRAIgKu7JD+O98IPugNGihSkvR1LIge7f3JRsjsNJvAdAV2MCIC9Pf9uXhMpp0ZSfPSk0MOuzK+MMRuMDSrfk2gYrEBJmAAAAZwRXSUNLu+Rg3ErHP3wToqL+7Pms9tUIP5sAAAASAAAAATBEAiBUJc3iVp7musww+XTxpM9CykRpxDWDq2cgETMHn24X2QIgWUkNToAAjer75hN5NPG7Rn8sVw2cySnHQwaIYUGXpxYAAABmA1dJQ2LNB9QU7FC2jH7KqGOiPTRPLQYvAAAAAAAAAAEwRAIgOSSZ6Pf9XAarW1WCT4HgSSgh7YR0CmOAP7FT3eidneoCIEZwHbEiCSY6l1J19hRQ3kLiYn9NmZph8IXdys7Y12N6AAAAZwRXSUZJ4gKHMHmROFj5uoeVupV6StVhyiQAAAASAAAAATBEAiBBTamtS2Vne1rE0Nk0A0M1NrWK0Ablvt8tZotRSBYH5AIgCV9iryNLm/Ao79oTTTiB7RTkLNSRI0tTS469QRlHW7oAAABmA1dYQ4YiVIF0fHdLJMfDusTBtzgveHx/AAAAEgAAAAEwRAIgERvS1pKPnyUKx+18Y6mXYt7urgUCsjdQqp1opZMRUc8CICMNqohgS+zo/uLeHdani1CsPDaojnhJwuEjIPIUwzSIAAAAZwRXSUtJZrrVRVlvsXoLTr3AA6hd7xDo9q4AAAASAAAAATBEAiBGgai9z53iUlQtY+dywrdMGW7JsUiTHhOYV/vne4chnwIgYZ3bhT+eUvsEGcFBw+O4k5CMEaq2Kc/5Jn7vWfl7tt0AAABoBFdJTEQIp128cWdxTOrBqOQ6jWQ6Tt1iWgAAABIAAAABMEUCIQCQDFQgMb7fGccu8fF/GvvcFGLusOkt5evZT1wvUdZb3gIgLBWbR6Z1kPY/ZXm+JcZBx1pLXUCuBNqVjhOU9eW9PMcAAABoBFdJTETTwAdysk2ZeoEiScpjepIegTV3AQAAABIAAAABMEUCIQCp08NGNN/CH7TrvWfcZ415bH7cfkmWbx3REFrSL6cyogIgOZ/0EE360E4TLlfyelGfIE5sCDPo8AqdUNib5iEyW18AAABnBFdCVEOIxzhaQDAItj3AKLpay60+2x0fqQAAABIAAAABMEQCIFmMPRuaw56fnXLKIdTHb8r/clStPxIXHZp77+0twIzaAiBSu0wCpCCWHwI7OY5NjaV8jxtUsf+5n3GZr5Pzho4eZgAAAGcEV0lMRCo7/3i3mgCZdu6glqUalIo9wA40AAAAEgAAAAEwRAIgOas0URp/iPeQx7OU2TjmKZw1MTAgO+jioAKE+wUWa/8CIGx539+Vj35poAJhMYzbrFKFnx5z6jdOB6QzF/KdLrNGAAAAZwNXQ0/US7ZmOTbKsTEFhKJ399qmlD1JBAAAAAgAAAABMEUCIQCX0tGq3j4lMRr+CqijVdy9YQZRHLTTmF2R8tH1UqC9UQIgZbYFAEtCSdSRcMJSKEdpWOaVvzgO3sl12/kkr50lN10AAABnBFdETlQYNDPLtfS1Kv8VCfeGTKL3bk2FNQAAABIAAAABMEQCIFFKqKic3jQ0vyF+Dzgz3uPwVTJJ60jn6JGKM1GCFMUMAiB9W9uSwJj9sv8B0ea3O9NMKF6aHJKGIuKHAh5PQjigxAAAAGkFV0lOR1NmcIiyEs49BqG1U6ciHh/RkADZrwAAABIAAAABMEUCIQDQPQO43bab0c+bXlpw2K80hkhsLjTqXakuwCx5Ltyq8gIgf87y2SFudabShOONRG/QYBQe0nsZrxqsVwot0Lw7uUMAAABoBVdJTlJZGocHfE+DSIRpG4uk/ICNLsk6nzAAAAAJAAAAATBEAiABOY+g4fC6LMjK1PpL5jMvhD+i1iHVetn/vM2Tgi6z4wIgUnHhQJNGuvxNSMEa/A4SPf7FEN7oJWEWY8yx3pLQ31QAAABnA1dOTM+/cOM9UWPiWw2tc5VcG9nozYuiAAAAEgAAAAEwRQIhAMFN+l9Nx2Ujfcwak+byvMIqYNt8Le1WLKsNTiEyIi0fAiBA3+NNQS0abenZRFv3TVt0JT+V8t6vp+2RZfusIxplJAAAAGYDV1hUoCEgaWx7j+FsCcdJ5FmIGbKw6RUAAAASAAAAATBEAiBONJSah8YDVPivCiZ567Hxe9Uigqh2jErCV4w5FXYNzgIgJIwzm+oIe0RkViK3IKaZa4zwNKyH+KTC0nkEncjeVngAAABnBFdJU0VmoPZ2R5zuHXNz89wuKVJ3i/9b1gAAABIAAAABMEQCIFE/kKkIONeGzeiBibo4hIUumsFrzrnP8JZYj/twL2slAiAEV/8Kjs5n3XLf8EyE+cxTNqkdDItbBVnzr0OzqkD/vAAAAGgFV0lUQ0jcUk48aRAld0TB+TzxXp9HK1vSNgAAABIAAAABMEQCIFHV1KDlL8peE5Zu5VfahnOXLW/OE8Q/9h1xPfM5O+VmAiApiZs46lD76d/Mv9OYOOEfEAXXUNLOhUK2NfBopVljZgAAAGcEV0lWQaAAVebuTR9BaQluy2gvcMqowpmHAAAAEgAAAAEwRAIgRlIAtLM3FOBzhyGcNfJvvqpoAP84nobit4AaV8PVdfUCICsISIzkcxfTfy0Pid43JL4+B492qtRV3+wzSrhE5w2tAAAAZwNXSVh7oZt/fRBqmh4JhTl7lPOO7gtVXgAAAAIAAAABMEUCIQCQi6WTAvVEzHU3ZMQvNQQSWz5SEihOcGdwwjv8Z4MSQwIgXJRgG6szUxlUMJ2/goH7tqUl3VuWH+zrplQgxFzC6usAAABnA1dJWgGKYQbLVArxrm2phTYa/V4XbRwAAAAAEgAAAAEwRQIhANMHssUwknpp9r4nvScb8M2AooKpyaEb3/SgoIw4TlGDAiAvy0zjMC2GbyxTFnAxSYb1AhjE8f8l4DUpYZxL4qYhwQAAAGcDV0laeoLFc7N4zuopdyr7k4kfDQr6k7cAAAASAAAAATBFAiEA8yCrDBPetL2C1HnpA6HsCeBZDGNxBeHcEL1dJK00xXgCIFxIAZfPnG2ICAaO7+VsijQMUEgRUnSWFinIsq9FhqSoAAAAaQV3TElUSQtjEoxAc3sTZHVS4MkmvP7Mw1+TAAAAEgAAAAEwRQIhAMAA80gAtHpSMcLOIsyfkMkkT1fobVL+FpZUVm37s5LBAiB1o7BO0quFYN2fToLMhYi9wj3d/aOzuVy3F4y0zOJcjQAAAGcEV0xLUtZN7qXySTTjoap1KRKu6P/YMAw/AAAAEgAAAAEwRAIga5J50Yys2nV75an/N3sL34mtN41c9V6HuQb4srW84uACIGXtKxO4mUAxKg8YCjf07A5w7T5UDdwd7h3le+ngEWdvAAAAZwR3TUJYcbqR3GjGogbbCmqStLHeP5JxQy0AAAASAAAAATBEAiAOvoDPAbwVsHHFz7+eCN8gxQa7Op16HeeUmR4wrsxmTQIgBaOtVbZIbjMJFgiXf2lYFpONzEqxbvE81+Q4IOdM7fUAAABoBVdPTEZZfbvK4V1NsWjgFnNADXhEhwzB428AAAAJAAAAATBEAiBcAUMXhAXzFdd3qkyF/7mIepnnsa/gg6TERFAxfBiXwwIgU8SBcI7oNBZ20J9JJNvvY3LiJGNrFsdfVRBbtBYfy1EAAABnBFdPTEtyh4HnVzXcCWLfOlHX70fnmKcQfgAAABIAAAABMEQCICwyzXFm8uLt40/qlpKYYeCm8Q8gINZ691jyry48RuBQAiAfYrbyYMXTr/zA4A0Sc8zXgPHbvI0y1iBcp7eXHjgZhgAAAGcEV09MS/a1Wsu8SfRSSqSNGSgamnfFTeEPAAAAEgAAAAEwRAIgJpGLz12tBhbfwFPS1/i5ev6gwf/tUucKPcqvmluMfr0CIAWPgclOfegogYD0G5PO/omW7ZCrVWr6Uhefsw/x2AB+AAAAbAlXT0xWRVJJTlXKezumZVbE2i4qmv75xk+QmllDCgAAAAkAAAABMEQCIBOWT4KHiaJUK8IEQGLlT79ntVBnV7KHSfEcNSyGV3UMAiBvp0zZ73M5yTjnfkjlyNDm9padt0YTbF2gZzQlokzmzQAAAGcEV09XU2cu9+T+IwtcoUZsX91AWI0w/fkKAAAAEgAAAAEwRAIgCjzVoZ2Nk40CqnhCaU4kIgIk9SSXFOd8D7iJ7y6o4gcCICQTcTm8VNw3gtNAm0lHoEyZS2z0qxa4k6n6qLjl7EsbAAAAZgNXT029NWo5v/LK2o6SSFMt2HkUciHPdgAAABIAAAABMEQCIE3d1YtfpG5OPz1TFlKmA7XQXEEhYhruSjA4VggDMA+BAiBDmuTN14dq3aTaBawyPp7DdmwuyNmG4RF87hMqT7rfOAAAAGcDV09NqYKy4Z6Qstn3lI6cG2XRGfHOiNYAAAASAAAAATBFAiEAxL6zZnMmvihP7xmB50b427Y4TgmTDXTBZv9/qHC3F/0CIF0NI482amCDfg4GwcooIYj1mDnPvyor36GgDhVzIv4WAAAAaQVXT09GWdBmDNQYpkodROkhStjkWTJNgVfxAAAADAAAAAEwRQIhAMOsR1RhzXSIxpcM1CsVwlpMBUfw7wDzml8d8E4OxPHwAiBZ6H43fjIdWo6kAxlm90pcl9s9JsEHm36Jpt5m+8CmxAAAAGcDV05L1zpmuPsmvosKzXxSvTJQVKx9RosAAAASAAAAATBFAiEA22LV19KYSXPEbUJNe1XFldf7+o3XcHQb8TDs1ICzqUYCIEgN3/zr5pKyWinW5hkZCt1Pf4nFrB2QiOaqbAiK68e1AAAAaAVXb29ua1o4brD8v+4/DXWeJjBTwJFi/xAtAAAAEgAAAAEwRAIgXrs0Azg+2R/qsc86v4vKoeeN/CGMRx1jJMtcyQ9ka4QCIFbDl9OR8ak+RkIjN9BZb3PXZlUmVWyUjod6VzlxqTg0AAAAZwNXT09GkZN6dQiGD4dsnAoqYX59npRdSwAAABIAAAABMEUCIQCPmvmHOtUlTum/hEbCd1CFlpeFmrlKnGMU8b8fpU4DQAIgSbGR4Pgbm2TG6FNfUsZAUR07Vmd2yIvyAy0tRszGHBYAAABmA1dRVAZnfcT+EtO6PHzP0N+M1F5NQJW/AAAAEgAAAAEwRAIgaFFQi7hi77d6M0b92/2de39+nUUGl2lDQOG78UV6anUCICZ3DwUMg0VzuqH1eBGZyRIAl9lWlXN0W0Ph4S+QT7m/AAAAZwRXQVRUgppMoTAzg/EIK2sfuTcRbks7VgUAAAASAAAAATBEAiBD3vOgrFSYNbpOvNvgf6aMl++cKvxFYlYmMWf5GsHSlgIgTVpewlbV2azuQfKhtW2IurqKiwTJiBaNvqZ5Wnin67oAAABmA1dSS3Ho10/xySPjadDnDfsJhmYpxN01AAAAEgAAAAEwRAIgG/cZ66zBbxFuHDp/Fiw8Q8KYiDGBzqf75AJE1BaLZ3MCIFpd+uZubxXnWkYs4GMG4pqzjydDwV26pnxh07drT6sqAAAAZwRXQ0RDq1HoNr3Lx8wG2SbFDYgyjxuxcUgAAAASAAAAATBEAiA9DmUJ36meqPA4pWGlEgAW+6SsRUSJti9hi2n8lyKdZgIgZDtPHkdua04PjCv+MkxQe6Pnzfj1BETRHt0QubUJ7BEAAABoBVdPUkxEv0lPAu4/3h8gvuYkK84tHtDBXkcAAAASAAAAATBEAiAzTZAxFRS//b8Vfp7PUT0rSzWeTnce94TRM89W37GVxAIgVNBp9ix7y5jxLjSGLBLfFugogx3zsapPxBvKNRFna64AAABmA1dSQ3KtrbRHeE3Xqx9HJGd1D8SF5MstAAAABgAAAAEwRAIgIHrT8wa27ZH6eottSKhG/9N4qqQA7i2nuEIg+D4B08MCIF8N1FEuhyGujbohvUQrhIcWRAi8nDv1QzonfE2ad3LuAAAAZwNXUFTgRJHWTqpGTsj99Tx6TJK/WyJ4zQAAABIAAAABMEUCIQDMm+cKrhmekROtVCl2uOMS1yuhKo8whLLVDLTzS2QCSgIgXJ1D19qz8GHmUILFH3TQgAwQ9zy7uYQraD2DNiC+2KcAAABnA1dZWAXt/72hA9kNUECCmhBfaHRD4Mo+AAAAEgAAAAEwRQIhANpKkDptHpfmJ6d7I8yepCN1JDll2KG7MMCtTI1ohCG4AiBWPDbOCn+H4f5u7g7ZanARcRHubgqYHlOs2+bdWjf4EgAAAGYDV1BQGVXXRPlDVSK+UI0bpg48EtBpC2oAAAASAAAAATBEAiAbR02g0JQqSwSMilnBTZtZR9E3tSZvyrEn18UY01mPjQIgbD+enQfuW2DO+qJF8w9f+/VDMfg29RLTTY4Q46mRxVcAAABoBXdER0xEEjFRQCB2/IGbdWRRCYnkdcnNk8oAAAAIAAAAATBEAiBMqHZ9E5HTHRQXU5PEQQde9vrd2IBYwNxSg5wIG4c6/AIgHosGbf9jW0uj5gqUiJ6pbU5J8CrK6o/iWD+f/hpRnwcAAABrB3dBTkFUSEEzg8Wolp3EE7/dyWVuuAoUCOS6IAAAABIAAAABMEUCIQCNOW5Bazguu5v4h+cPDsBOYERFGdjs3CoUU9LVsVIT7gIgFau/x3HwE6fEpPSAGtYFeKwPmuEVgyFkC3mQfgBylCoAAABmA0FOQw863CR+kcPFC8CHITVaQQN+ibwgAAAAEgAAAAEwRAIgOuD+57bZRdhgvWebmyV78rz808JwOui3zkRHQVzDq04CIDwtkUF1v4h6plcVH5cy/w49aaLGDtCQfYXaKnp8YRidAAAAZgNXQVJPrcepjy3JZRDkLdGnQUHurgwVQwAAAAwAAAABMEQCIG+Mo5cRv7trGl8hPn9q1WqdHloEXZ5KRzO2cUcUQ+C3AiBsMV8bwUMVZM8HRy62Slk8CVe+Hb8SLykzE6G/jpiMaAAAAGkFd0JJTkQVM03LFx6LZdZlAyFYHcqDvocBFQAAAAgAAAABMEUCIQDb4qqc5PZMtInIbnmoe116FXpKF8C4KtEU3SnO3a0wmQIgHIyClOiNHIjbloQZOnb+djaXxVWyeGTYDeBzalkiiggAAABoBFdCVEMiYPrF5VQqdzqkT7z+33wZO8LFmQAAAAgAAAABMEUCIQDXM7PRvEmgVpjhTYhpg0zxkRvvic2Y6o0498NyuBoAewIgb7Q97dx1CLVn8zC6KS7aEplBCTVDTLl5X+wm6hVg3SwAAABnBFdCVVk5bsQCtCBmhkxAbRrDvIa1dQA+2AAAAAIAAAABMEQCIFznOcDxXhvSKcvFWfFA6eawBoJnDE8cafMxY01LpMeFAiAuFThElbS2/5avCQaR/4sKsSIXRn6ax3wwbt0tdG9DzQAAAGkFV0JZVFoqrZ28gmEUhaUjJZI+EYdzTpUbeAAAAAgAAAABMEUCIQDk4hOWgvibaTod4itBMfc46GCjzfDqokCbC1c0AzXS+wIgHFtrt1AkJq3i3UhMKg4jGCQjjmWT2DanhurCyot5H4IAAABpBXdDRUxP5FLm6i3esBLiDbc79dOGOjrI13oAAAASAAAAATBFAiEAyZVQQgI6fbMFtN40hb+ibc6Z6j7zuMTH6Bun3NgT4JQCIDI2IGdv45w/XJxACtTdSb2KyhqzjT4rwcOUO+0uJm4SAAAAaAV3Q1VTRK0+P8Wd/zGL7OqrfQDrT2ix7PGVAAAAEgAAAAEwRAIgR4WZH9DxzHClqLbkbA9DUYgQP5D4Fm+4UKuIOCrB2eUCIEHRdDUQD0UEFrqFW83uZc6a/pVtc3CB6ATSUHLxqAXQAAAAZwR3Q0ZHwiG35l/8gN4jS7tmZ6vdRlk9NPAAAAASAAAAATBEAiBkW98CWnqVDJSv9GLY0dgGeaE9sv/J4shVnLS+SWlMGAIgDU8zNbOTqmUeWe6UZuFFFG4i1mVKcURL7e4mfcAqRxcAAABoBFdDSEltwCFk11ZRdYrHRDWAYJPkIbZGBQAAAAgAAAABMEUCIQDIOJksWncVUE5buAEDAwMOXw5+jTOTvVy0sJxgtV++YgIgEznc/f5XzgsZgPQn6jL1DyqRQspN9F+4AAhQyQiK5LQAAABoBXdDUkVToK+qKFzoWXTDyIElbLfyJeOhF4oAAAASAAAAATBEAiAEeeLpLnYMPGNmvm+MQnGaWWHWW2fhA9VKLBf3GKi5JgIgQ156855FahXiRV+dWFUWUFVMUbbERzOHZi4JrebMeRAAAABmA1dDSwn+XwI28OpdkwGX3OJU13sEEoB1AAAAEgAAAAEwRAIgSptcrmKD3ZRtpqKyn9BXSWFmc67YGY1dZV7WZLTDIR0CIB1rOmAtswj4G0T+/sHPLgqYAikU+0v/v33dpLj3oINAAAAAaAVEVFVCRdK+NyKxe2FsUe2biUSiJ9HOV5wkAAAAAgAAAAEwRAIgLgf031IrdMwMBgTGYUCkF9znmcrJgABfEUU5gz0sJggCIEZk+Tc4pWjX/OtYbaMWAbseFy4UQX6ZMtl+RRQ8wTqjAAAAZwRFVEhPmWdsn6THeEiusjg/z71+mA3CUCcAAAASAAAAATBEAiBfJGujT06XaR4r6mRzh7Ik/9mO2SSrDHPZ4L9/1VuClQIgWCSDfVJJCAW3B5Ym+WgA6hl+pY02qFIDK5l+vzsXW1EAAABoBFdGQ1RBWsw8ZjYhHmfiSNwoQAtFKs76aAAAAAgAAAABMEUCIQCCDPwlj6FIREO/88zHJFXnsEjnNHoZOATamWu5m5/v5gIgJlB13sCp57L6rxAxwwirLoZriLkc+I1dyKqeqQsMSQ8AAABnBFdGSUxuGhnyNb5+2OM2nvc7GWwHJXSU3gAAABIAAAABMEQCIHXMYcLHmI+OVPfHRxSA4CJ5JR7rXHyhi5roRv8KO3w8AiBgGpYIUklDEcppHs3KMG9PxO4czcdXrtZqWvqk8J0ZtQAAAGcDV0cwoQdA/5/2hS6shM3P+RhOHW0nwFcAAAASAAAAATBFAiEAtxZkEN2WxmhU+dBiP2/c8oOwwpbMW4NhAz8tdCpThZcCIHDElo+2tGjFPqMsbwt3/YcyiBw2eJInWOFeRDOvUJ7WAAAAaARXSE5Tp3G0kGTaAR3wUQUoSEd/GNuh0qwAAAAGAAAAATBFAiEA4SoZ678WVESuihKBtYT/5pGGEz4IX7apSIT2luo0LbcCIFjiLeLGhyEAnFvrwc2rQIB0yaLog6YT4C0y7TFVZyu+AAAAZwRXSUxDyYqRDt5S59UwhSWEXxnhdHDbzPcAAAAIAAAAATBEAiBVpIyJfGjrB4vw/o4xCxYL/RqDsv1QMpegBezNYBKxVAIgV1bsNPpIbm6v/siwv6AW+bQrbZtR5tkJWhbhEomLmBQAAABnBFdMRU9zqftG4ihij4+buQBOyk9PUp05mAAAAAMAAAABMEQCIBPm2zUJph1ShdFeLQEuVt6UfQ40VTezUX8gwaNKhu2FAiAGMVgtsGb7Nkivc1875TxAO6MVocb85rLsYP297PAQGwAAAGkGd0xPVFRPN2Be7zVPqNHMp7kj2n5FEmnHT7wAAAASAAAAATBEAiAgbKWtajCW+EA/lEDdNSY4MeIBt8QTylGVv0xC5EPWIAIgcMeI3mGn4xz2bV/3zKQfwQX7/cpdWsTGTBc0pDMIbi8AAABnBExVTkHSh3cCZ15s65dbSh3/n7e69MkeqQAAABIAAAABMEQCID7JKt08SspJFgnVLadBCqbOBnnLfLGnqYwaGc8lJlBBAiBSwK+FyrL9xweUDY46fG8kg1ia29qWXXANdZPfqdh91wAAAGcDTUlSCaPsr6gXJo93vhKDF2uUbE/y5ggAAAASAAAAATBFAiEAx5c5UWqMdm47glo/YWDk1QsA3bYLXZ3TXtq33V8G5NgCIGX2u+77LFnJUxvuEOrKOq0QkmgeJ6niOC9AjpMWXuU1AAAAaAVtQUFQTNNpMhQ/br3t2HLV+wZR9Lcv0VqEAAAAEgAAAAEwRAIgMUMeLldXOZXgo5NfljAzmW50u8IvIdB9yKVfxj3ah9gCIBsk2tjJFwOGDxXBeJVyweprpxYCPwQwZoybXkLO3z0mAAAAaQVtQU1aTgyunk1mN5PCoqCyEcHPS7yiucqnAAAAEgAAAAEwRQIhAIzJvJm+7Jy3eIZN9v+7z/PmSbt/2GWlMtzyFsYO4Cu/AiBT0Oc/69BniQybqOWGrfgyQu7l90qEFXG3lFc+DXT9dgAAAGkFbUJBQkFWqimKGck8aAH93ocPpj73XMCvcgAAABIAAAABMEUCIQDLsyxQF2qydFYwn5gSAVkHOJAVtS+PYY8di4MGgkEw+gIgdNWYsLz4RrppNEdGo6W9j8gTEUECqPqnkaJL09rAsbAAAABnA21GQg6ZzAU1u2JR9mefpuZdbTtDDoQLAAAAEgAAAAEwRQIhAIzzCuAjjRAV4guU2u+ZzMhBa8R63ztufm6yTBgKMV6WAiAdSSbDXRz+3yOFgRIVFobzs3yBWygs1RenQ+zUFCN8KAAAAGoGbUdPT0dMWakh2yfdbU2XR0W3/8XDOTJlNEIAAAASAAAAATBFAiEAuMevBPF9y8KAZIbH6eSydK5V7UQ4ycJV5UqCyZI3fVQCID06wUVQhm0XKL+vKcQRN4p/MYyWDcXSQrM/4GPjMNiDAAAAZwRtSUFVHTUEF9l4fgAMwbldcOlTbc2R83MAAAASAAAAATBEAiBMus2+KssjEAzLC1cVYmXnTNpdFcfymG/u48DslGEr3AIgXuYmtWhEev0QkoHxYVGPsbeLkrqUqLz+DJeqDOAe7WsAAABpBW1NU0ZUQbvt1yhtqrWRCh8V0Sy9qDmFK9cAAAASAAAAATBFAiEAgqMDRM+Bt+hDKz8xR8OisjEIdX6oA+1TTMLFq7W74A0CIFRADiW1BHHmF8NkhJtUJ26KYcFc9zjBMW6Fb6/IDFyEAAAAaQVtTkZMWMjWdBFLrJAUjRHTwdM8YYNaD53NAAAAEgAAAAEwRQIhAMNxZENlRxdqfgrPRzo71jteEyL7moG3DdCA//2MLVnwAiBDVTpS+XSrsp2h/sQsHkH0Agpi30E0biSCYove1I+rtwAAAGgEbVFRUROwLI3nFoDnHwggyZbkvkPC9X0VAAAAEgAAAAEwRQIhAJT9+lf1ZC/CUsKr1b7B2PsK2loXiFn/WiA2RWHa1j1VAiB3AjH78ElwOb2nhcP4/wQn8I8KfYOWIWRnwOymhSiGOQAAAGcEbVNMVp0VVdjLPIRrtPfVsbEICHLDFmZ2AAAAEgAAAAEwRAIgFR6ZQKdO63nkG+S4Ach9LGLxpf0tLOQNnsjjD3eIkI8CICkBjxOp4xNvO3DiEXqvH2xkVLQbG1pjd/X/sPW6RFe8AAAAaQVtVFNMQSHKOZQ+kdcEZ49dALZhZlDwZv1jAAAAEgAAAAEwRQIhALTTHSkZm8heOCYOPdL40yPv9YyqtVglzC02GZoJzeWdAiBd0agt2K2vlZQpce0IdDHCv/EV3ujdv99fFEGr5VqE7AAAAGgFbVRXVFLtsEFGJ+bx4/CC3mXNT5xpPXjMqQAAABIAAAABMEQCICpG0EKPuyx0S92m6+KC5vlLkebVRe8/KSA7eSnNoSXuAiBUXN5Srp4M2tbT8xHe9txc0ojye/ecKXr16YN9wdBLuAAAAGgEbVVTTzHGMUamNet0ZeWFMCCzlxOsNWmRAAAAEgAAAAEwRQIhAI324KE5ltc6DMruqciv5tHsttj8btHoAiBUxS3gsiGiAiBn8PmifLZFQuCgMAeVQM4yLtW6Lrt+3kjFRBu6/h5ROgAAAGkFbVZJWFn3L82dzwGQkj+t1EgR4kDvRTP8hgAAABIAAAABMEUCIQCXSROKZOer4P0zhzN0g4IxLKpY8mupi1YOYUePawhEbQIgQKm6e2Ps7AD7plvagHKd1PQo4WOeThuSGpYONnooWkUAAABoBFdYTVJGXgfWAogwEkvi5KpVH74SgF2w9QAAABIAAAABMEUCIQCdqiyHTCzOALW/TF8lcefFzsAlKSBHjtdW1O+QZx6+JwIgKdm6zbL1x5ptaopsd4stj29g7RkRjkss/PlZEgryQ8EAAABqBk1DQVQyMPlhofp8eB7NI2if4dC387bLsvlyAAAAEgAAAAEwRQIhAKQzr68IOzAJA5JXUq6Nd25NoIy3TEX5I7Bqan0ef5cWAiAp/YqWs5sF63D4MdcytZZdfQTiXxpKr4VBUQjSxUeeHQAAAGcEV05DR/IDyhdpyo6ej+HanRR9totskZgXAAAAEgAAAAEwRAIgUWGIam+N7K0/cG0HInEMQDXOE3gkbhc4aUk6GnscMywCIAnfEMZ4/hrqsLvez57f/XX/pRgTCQEBxfoCYCKLw9LgAAAAZwR3TlhNDUOPO1F1vrwmK/I3U8HlPQNDK94AAAASAAAAATBEAiB7NrJogAd2eQUO/5vqA+CaG8nDFAFuyMUq8vYc2LJCggIgOx5Hq0y2Ei56IkzqSAYFIx0aXKu7pypJio10RyOuDFgAAABoBHdPTUkElpzQQcDK+2rEYr1ltTalvbOmcAAAABIAAAABMEUCIQDARzsoIaxQNQjYN/JkvBfGjPOD3B07p8TF+ZNwlJaXiwIgLGIpKA1MltTB9gOdCSqUinyYxE6VTzkPwCoxwe2OKzYAAABnA1dPQewKCRWnw0Q4YrZ4sNRyHHqxM/3PAAAAEgAAAAEwRQIhAPQCiSkB0sWJ8ergXaqAmhPpc48YAgVwOxDawq5CK4KlAiARxQlje45Q/ryftMI8tVnlTdj4YB5J9uhw9rRD0+CTrgAAAGgFV1BSQ1nfw4KbEndhoyGL/O5/yS4SMsnRFgAAAAgAAAABMEQCIFGOGM/O7szHIJ8texkSZMu1JHqKgx9us552DpPilR2WAiA3QuRBAx5EW3Hef3vtPMSMUIEmcLd3kLfH6G4JMudhaAAAAGkFd1JPU0UmuA+/wBtxSV9HfVI3BxJC4NlZ1wAAABIAAAABMEUCIQCbZQ7PFsbMbsB9WbqiboG88Ydo+++JGW90g/c659nu+wIgfoLUKh4PVq1KblNRcweWQ+EMu3ZhncVRXlv1Fgfu/a8AAABpBVdTQ1JUK4m/i6hYzS/O4fraN41c1pNpaL4AAAAGAAAAATBFAiEAuP8CghTsYaInhDl6ZeCJiUjebWxT6lauxn8X5YK6ezACID/Kh6XILeGaKDz7YS8xta/DrnbDDk7nzT5cNcBs4u3yAAAAagZ3U0hJRlRLRXGSXpTM2MVGs5RionDMmz7R5AAAABIAAAABMEUCIQCQmusBFlF9XjsaFa2iEDyC1rSQheX3P25pyoH6yKRD1AIgDDuCh1iMvPXfWRj8xWhELUgiLFDSs5lYyDS8V1AS+f0AAABoBFdTVEHt7sVpHyPkkUzwGDpBlrvrMNAnoAAAABIAAAABMEUCIQDrxske1JAsUwC+aHXRrwRhHXWC5Pf9Ul+jsJFMdXv3EgIgOGReZQLw8kOuAAlD69QROyKSfOc2rWJW72qhOgPI4DwAAABrB1RPTkNPSU5YLYcqGwlPxI9d4x07c/LZvkfe8QAAAAkAAAABMEUCIQD9ugRbnVBbyWAOTDOTV+EJ1JvLqLDN1mp+TyUKiTjSpwIgEcu6ZpSfa9L7WdMPWI5i4NUNOt8vBPhLUzEiulSr9/gAAABoBFdVU0R8l0EE353X+5EgWrPWbRWv8QSd6AAAABIAAAABMEUCIQDQ/Gz+BjvRNQVsAPWowRG7R/Ir8tzKol7RIrMWoMpUoQIgT01wXH7Vv84NtS9JzXQcsZ1qqXLi6lhILPq8VifAf4MAAABnA1VTVKR8i/N/kqvtShJr2oB6e3SYZhrNAAAAEgAAAAEwRQIhAInTM0sQdAxY1mpjJZxiuMlFgpPJuBKPSQRg/uIO8wltAiBJALXNeeeBnKIsFvGG7KDfm/kIBSzT4KOj4vjL4KX2fwAAAGgEV1ZHMCXHtkqT6xJh4TDsIaPpkYyqOLYRAAAAEgAAAAEwRQIhAMJ4wB9TsY+pRTl8J3qYgO2tGi7WucXcgydRSGlaiVPVAiAK7Rb3W/038lRTk9ImTmWYokrUG5D5yyXUbmE9KlCtTwAAAGgEV1dHUsI3hoqcVym98xc93ayqM2oKW7bgAAAACAAAAAEwRQIhAK+79drXSvxLiTrDze3x7hq1qdX0VmMCCXux6y4FgdqJAiBnTKFs8plVBF8J+7CxF6S9h+zUHGRbXtsFitCuKJd6XgAAAGcEV1dDTlSjAXdUv7pz9x832JOjaIFMv/RXAAAACAAAAAEwRAIgcd8VSaJ/rn9prcqsHXSXmX87xRX8IHdHduEDir/tLkcCIDWFyhS7lwM2Kr1S+upb/ldMzFlihMHJQ83ME3YSeLvhAAAAaAVXV2lzaNEjV12Up62b/zrQN66dTVL0GnUYAAAACAAAAAEwRAIgbQ7Y96Op7wPHV6KOKqop07OH+W9Qe44uyxcyh/QJBAECIEIdmmZ1O+yuEKerwqjDC3cb4EEtYJXMe0kVn9KWbmmjAAAAaAV3eEJUQ1WSxaqJSS6pGNVbgE4Xe1yn3M1aAAAAEgAAAAEwRAIgbLHhnW6gagPky9TXhCADZi6CtbQnx+tlWBPDsF63lFQCIEsGgdEILrhlRUja4yBw6REU+hSf0LrjXcHkjHJ29O7qAAAAaAR3WFRaKmllXCLtoy/0jTFbsm7UXxUHALQAAAAGAAAAATBFAiEAq91NjslKfFnNmlelePRosKpnBXIynMllVbipbSEfu74CIFxHMnz7zLqGjaoq44Bc9BZQJ5BzjLMOT64nzSP1nyLTAAAAaARXWkVDSmRRXl4dEHPoPzDLl77SBAC2bhAAAAASAAAAATBFAiEA+7w6rnaEacZI1A6/S9xvGt0Kaa0ZI4JXW7Y4aN69bAACIDg7PPD+x5c3xsR5G57BfVGyQ4ilxIN4ySwMUxu2f0IuAAAAagZXUE9MSVNiLylirnjoaG7MHjDPL5puWsNWJgAAABIAAAABMEUCIQD5KZRA6VJLct2HA4zaYrnZAlcIOCLF/NkfFI6NKrwqBQIgBid6K1PVMDs4vmaqL1IpW5rghG53etr0Aqa6YFf/tKYAAABnA1dUVIQRnLM+j1kNdcLW6k5rB0GnSU7aAAAAAAAAAAEwRQIhAPRNubhSxzDkpKuWblKeJTph8oEPI2yDuTLk+Tz/y5M9AiAvgtzcL/9Dlu80L787A/xZGWxrKCSEQZ5WzC6Bq+9vcQAAAGcDV1lT2JUP3qoQMEt6f9A6L8Zrw588cRoAAAASAAAAATBFAiEAnqbmCWLsDieGgCKC6s4IYHl0cITPrpSihBQGnQA1S9gCIGJ2706MlBLztoQgGlMoNWhkWqnDZhaVuJQ3BKw2e16kAAAAZwNXWVYFYBfFWueuMtEq73xnnfg6hcp1/wAAABIAAAABMEUCIQCf9h7+76/iBTH7D7+cFK27Y3OZ6C9jlb23LHwyvDXn3QIgMqJae2BzjcEw00z3veZbHHwJ0EmAiUeyr9to4R1qi80AAABmA1hQTxo1ZIUtjt58gkmAXnFxi9eqk91tAAAAAgAAAAEwRAIgb1Xj3YPJwPasAt9HzbZC1GuwWKxPfZY8CIteokcRLG8CIGA9eKJFNWP+vb3x7d2esrBrJ+otKjvmRpNu2DlxGMdsAAAAZgNYMjJBBFKCkB6QvadXjWKOR55UIdHN1QAAABIAAAABMEQCIG5GSfvkpLVcbVw5wSeZ75bwuQtx0jjrUz/UGoL8jjaHAiAcufFp3ZrFz6SIlmOfzCoqlH/PBzR4vEIS24bviifP1AAAAGcDWDhYkQ38GNbqPWpxJKb4tUWPKBBg+kwAAAASAAAAATBFAiEAmQR8g3Qz49HV1vfPN2ijYuzh4zeGD1Aen/JEwViCm6wCIHIHC6yakxR6C3o/EGEd426NJhj7O9GXWINi3lgUK5SMAAAAagZ4QUFWRWGA3EaGcTFuUNTpAj09s40xBcHBRgAAABIAAAABMEUCIQC4d64jwKP8a8Os/664MjJPRD1lURgsrzOw4XMz6skK0gIgFG381OM4nrHU0iPMnQvW3jqIJpQIiUeFJzfyC8z4pKEAAABnA1hBQ95MWnkZE4OAJ6IYVwnpjFxgJ+pjAAAACAAAAAEwRQIhALmZdodsdjPY4JvIoXMXaJH6FZ4LlDhu+IvAy0G1QwkcAiANXNEtcg039pegTlkXivgoGPh3l68Uqq8hzrEaxOnhsgAAAGcEWEFOSw5/eeibqMShNDESn7LbDU9ES1uaAAAAEAAAAAEwRAIgX62j6qRg16+4BUfNZCGHnTf7WdCESaYy6tnzHj+epJgCICQcDAyI2znnMKVUNJaNnT9g5JH4gflAXyIWShPcF8suAAAAaARYQVVSTfgS9gZN7x5eAp8cqFh3fMmNLYEAAAAIAAAAATBFAiEA1UHuGQBzmbNPtD5Iqk9U50PDOu0FR7cmrI35GPivTcYCIC37dnR61mSFSCjaawppLFrlGdzt0diJiD4xs4ttm+bEAAAAZwNYQkVd58xLy8oxxHP20vJ4Jc+wnMC7FgAAABIAAAABMEUCIQCgbN5If3/yMSyIgarQFssdPX0aWCK6H0WTGujSxn6erwIgGWdAG5X+1WxiV7feczbacPzhR3+F+chiKUyakoU0XaUAAABmAklYU/DJ8bbig6WbzWcugOIiK5flNMsAAAASAAAAATBFAiEA7TyYfbL6sizQOdjX9mi6DPNXLzfqD/nUqvQmlnCEwg4CIDAn8w9li/VpS1Lo3Xn90bgMZq/AgRKnSdcM/7cW8vR2AAAAaAV4Qk5UYTn45seHdHjeBgT+aTxggFEbwKbaAAAAEgAAAAEwRAIgdvKbKj41y4A4/s04aZUoS7aJkVEzAyDde8bkp8w7sBICIG9rVEjrfLbQ9b3TNi0ElLDDQ1qNX9DN3OEQZCjXR5Z2AAAAZwR4QlRD7L9WaUQlDd6IMiWBAk5hFBlxX3oAAAAJAAAAATBEAiAQoFncSg/FmUNoJj8xf7RMw1H1JO5Fpz6KUFEoRSp+uQIgQhxDFT0sYFzLoEgQ4ASd3zn73nI0lYmSRhlCYL/vzj0AAABoBEdPTERnD52aJtPUIDB5T/A101pnqgkurQAAAAgAAAABMEUCIQDA5gCA2bIrqiQsqYqnkDMEOhgvIsjoJG9QCCG8MycVlQIgSjNRuUusTw7bV+rx7qa634fhp5Zo5mOIgSL47KS9Jy0AAABnBFhDQUR2Wc4UfQ5xRFQHOl3XADVEI0tqoAAAABIAAAABMEQCIGNq77fgd4jL8s9EdTCvFPzC0nwr5mgZn2y14gEwCHTKAiAVuUpW/hX8kc2dchq/rjprsJ8Sa3ekceI9Q2k0d4iB6AAAAGcEWExBQoxOf4FNQPiSn5ESxdCQFvkj00RyAAAAEgAAAAEwRAIgCgHZe1oj3NGsgu8TmFLjXWG82mT+K7lr3VZrserGZnECIGnr5XWT5Be8yQYc+cosljXBlyok0PfHXJAl9kBYBxzuAAAAZwROWENUQat1Q1ZokZu1B/hx3QHpdiwtFzoAAAASAAAAATBEAiBfZaUZhhG41krpHseRlsG2XkwN9xChilaPA+RAy//jZgIgHkK7lHde+WnNw/uJE1fOsn7c3wEut05ugOzo1/q/9f4AAABnBFhGWUlr5+k+RXQMMUyJo75SRzoN3yRQ/gAAABIAAAABMEQCIEHXYlRST8Tguob1roxSm+wPvWyAtpGddrpbi804VlWuAiAQn15LjbO0y+Z901y+B0/svTy7iD66XOBLfORMCRhp4gAAAGYDWENU0rsWzzjKCGyrUSjVwl3pR369WWsAAAASAAAAATBEAiB15NXJW1LJB3/hdmL7K1cUAhQRtxIFLZp8ZXr5gg7s5gIgFXZsPqN5lPq7EhA2SZsz5K8W8AKFb9iv2TKpHtQz9UwAAABoBXhERUYyUWbUznm5v330d9oRDFYM4wRaqIkAAAAJAAAAATBEAiA5RIXJRtr/d0ctYwKGmhQOSOaEoA99GvbPycw+pYJefAIgC5psctIUgytjaRRDS6Lxl9F98wyMk5TrdhDGtY877dMAAABpBVhERUZJcriG0JwRdlSrfaE6FNYDAB3gt3cAAAASAAAAATBFAiEAvnoh+AUDXmiDvybyViHlJ1fNzaYPDqCnE7dn37HN/0MCIHfeHGBeP8/IOny4YpHmGqLE1RzGTYnYg0VM38oT40+FAAAAZwRYREVYAAAAAAAA0BUedI0lt2bnfv4qbIMAAAASAAAAATBEAiB1H5/fRQno+az6P33unkV1it3QuTD5SfFZ8WfWFoOdpgIgLcy4UDH5U4VGLue5k6S5TEJf3LHSCHDTSzFUg640zMUAAABnBFhFTFPnSCaUlOdsHOw/Ynux5WHmB9qRYQAAAAgAAAABMEQCID16pcoP6Gkz8siyyHYVIrPrBUiDqqGxweyhAa28T6lfAiAtaWvmrvW1kU1k7NdJEkoJtiQy2L4iClxfZ7qZNS88MQAAAGgEWEVOROTP6eqozbCUKoC3vGj9irD21EkDAAAAEgAAAAEwRQIhANFNMsJKrLjf2nL3rh9zAdzti6cf6eGe+im8DyUDouDzAiApX69q8J/pZZM/C8tjTVRSL5iD0mQFkJ1s24WGTyCyXQAAAGcEWEVNWFkyGs53yAh/+MuflMg4SAfk/Yo8AAAAEgAAAAEwRAIgdL1UG1AmBvKacSKKE/kAV4lzsB95gtzB7iMyIsh9J2kCIAOC542VRvjGsIAlU3DGtAFSahitHC6nFF0bRMfZAS7SAAAAZgNYTk8Fu+ckDeZvZIDJrtp3wTdrEzk/gwAAABIAAAABMEQCIB+u7SPXHdBYX/UYX+0elE43ihOXQHMEECBw72uIeWmmAiAIT/fA3MjAqjZ4TJbAV4brad9n5hGxWg39mLgcXy2w9wAAAGcDWE5Oq5XpFcEj/e1b37YyXjXvVRXx6mkAAAASAAAAATBFAiEAwBRzRuCXtA1rvXiBUPsg8aMQOnp6vr9jeEa0ET/Y69oCIGeceatvq7H1EMoO6R58pgFA5GZjIH9epsQrNa/sz39zAAAAZgNYU1RbyQHL6++wOlbUXlfk81bcTbMKtQAAABIAAAABMEQCIEeXIieLE/rXqAoVyWkMwBGpgZ6C2RPic0668aR9S1abAiBaBuzM2rLE0r6mTILX+J3MOfpJwJE80O/ngqc4TBLNnAAAAGcDWE5TeccdNDbznOOC0PWPGwEdiBALnZEAAAASAAAAATBFAiEAwNKxblDa5bLaqXuswYxUPLGVeNr/CctnygqgTI04EdACIAlQO7txi9dbKZ0heLnnbmdjiQGgD/81WQpLiig9V/djAAAAaAR4RVVS5XfgsgDQDr3sv8HNP36OBMcEdr4AAAAAAAAAATBFAiEAgwGof6h3Nk5p3w61av20t7j2s8Jn6u7A5mx+8vuexCICIBtkvY3cWeJiVrpdAuJDmXZMUEQFFfgQIJUVUYRYtRMzAAAAZwRYRklJH6IbICIgdtdGX7kB5fRZKJyV9moAAAASAAAAATBEAiAkIeZnoovhWNEW9R/1WdB7ALP0IvyW91ZHiA31kReSqAIgDwYhD3acncr692HroYzLhtfARZccMqNlDy/owVsIuWkAAABnA1hGSVvvuycikN1bhSHUqTj2xHV3QsQwAAAAEgAAAAEwRQIhAMAbwrwB0GB16xdO8A0dSc6a2Z2C2uNWvrqmMRAb93dcAiBfRy+eQpQfUhzvF54w1tZjLADH1su0eKNH/IJOTswISwAAAGcEWEZJVEqkG8FknJwxd+0WyqoRSCKV/HRBAAAAEgAAAAEwRAIgfBruj7gvbaKxCtEidIgX9Ah12iWj3zJwMqQwNvQVFMECIDqlgNhn8caPZ1b4tOgwZld8fNKbMoYz3fjy8+4a0dbxAAAAaQV4RlVORIkqb53wFH5fB5sJk/SG+ayjyHiBAAAACQAAAAEwRQIhAP3a9WToh1cFCf5grG0xNxoFa4pUIWBE4bSn2jJfCY7BAiAOQoTwH0VEung5mD9BHhz8JlWaNrT4Co5BFwHO1uIUwAAAAGYDWEdNUz7wmEsvqiJ6zGIMZ8zhKqOc2M0AAAAIAAAAATBEAiApEjLQCCJujnjZscm1GiRxz9vVwmk0OrvmuU0wBy58VwIgG8Df2doxJE9Lg0gwKDtmwwyYmF4dWcsfhXpI1KRk/ikAAABmA1hHVDD0o+CrenZzPYtguJ3ZPD0LTJ4vAAAAEgAAAAEwRAIgJgYqvwXf32WWqLXcUEtuiDN4AlYsF9H8xeHBFgeOgBICIGTB6VGoN6ORo6B5Y33Y27b+SxmTR7Or1tZ9/dUkVC0bAAAAZwR4SERYb8tkCEmafA8kLjLXfrUf+h3Sin4AAAAMAAAAATBEAiBfG53GhbeXTGWbusTpOBCWhscxAREfwZSzNJbKVLoQ7gIgWCGOjW9CnU1vB3mRAKD/6EIWnl3hPbC5DPW2Du29v4EAAABmAlhJKVtCaE+Qx32n6kYzYAEBDyeR7IwAAAASAAAAATBFAiEAtHTrgqBuAxYMMxoqbpJnG8qA9e35IIX9Ap/DwZf2WWsCIA2rSpoPMOzWfMp5bkUQVIo9Wp0D7OYRDVjDgKBUR0C/AAAAZgNYSUSxEOx7HcuPq43tvyj1O8Y+pb7dhAAAAAgAAAABMEQCIBYDnmOvw/AeXmQ//nqZktGulR9Vgwviwnlu4HRgf3nBAiBsYgxF4EhdgQ05XO1Mgv2nH5FnArTq31aAjwZ9oc0LKAAAAGcEWElET/ZlARcBf/1ItyW07FoAtBQJcQinAAAAEgAAAAEwRAIgfIERHtw7kQkFTriLqKiBvsHi2ZPEUj6P0dGnh2qs8r8CIE5fhPaapXOfr/rQeTH0jIPZ/pdHhrw+7eg8vyE38oQ3AAAAZwRYSURS6/IJbgFFUQi63Lr4bOMLblpyqlIAAAAGAAAAATBEAiB4YT2UfHl/qNwnkD80lDnIluzAHabuoviJGCQuuW3NkAIgYRk1RmIjmt8BNjbpGqYwDsyld14M4rr++RMSxAaOsfoAAABmA1hHQ4nTwCSTB65XCjFgMHZNEvU7sZH9AAAADgAAAAEwRAIgCgqX/fUnqm39sEUFDpOJwCKjxPKz0Fsbu/7CxUsXPgkCIBOZcH2Q6gW3elrBe6+Kjv1EWEaxgSUIjfOGAbbTb93yAAAAagZ4SU5DSGGPahk8izyUnhBG8VR8Oj8INpROSwAAABIAAAABMEUCIQCSW/n3qD8Ae0zGtcYs48b+SPd3Q1vjewznaPL9clk+ugIga8OUUoBW01v9xlGywGq/LSLUhNFWLDU2BFYbVB7DvEQAAABoBFhEQ0VBqxtvy7L6nc7YGsvewT6mMV8r8gAAABIAAAABMEUCIQCi5Ow2qZHGBzobMv/P+B2gc5nv19aeH270KK8ewldC+wIgKKLIZDps2TKFXtOsTNz4cdWqDMckla+5FgOXn8XqzxEAAABmA1hJTw9/lhZIrm20PHVmOsflQU63m1cEAAAAEgAAAAEwRAIgUv5HZr2S5JtF5MRhzJNDEzLtM3LynQ9OyaTFNMx/2xACIDQ2cfovSAM3+09izN+WVjcXo3tTR+sWKyFIa7TZVxu1AAAAaARYSU9UMQJKTD6a7rJWuCV5D1y3rGRefNUAAAADAAAAATBFAiEAisMpJ601oQNBhFl7Gn0Q6lrz+Y+4GVsEJMBwWvVrUDsCIBDm2TXsPAQfVcpBDc8toSooJuBrdMAGTnODV/DnuEZMAAAAaQV4S05DYQv+w1oaNVDe7T9vx23ef8QScpqRAAAAEgAAAAEwRQIhAKONC9sGV/soP/TzvjGAURTt5JimDdKVGOLiUQakw7CQAiABGrCNtHPeAaNoD8JT4sq0m7v8lCsIILcJon90OB3xZgAAAGYDWE1YD4xFuJZ4Sh5AhSa5MAUZ74ZgIJwAAAAIAAAAATBEAiARMtGpajmzh7o8dB524MTyjKwHDZqH+ftqdbmJwXZGmAIgQcEQ0BhZVSiDgIbYfz+CqwsVlSEbJzdCqMaFXM+FUA0AAABnBFhNQ1RERJ+k1gf4B9HtSmmtlClxcoORyAAAABIAAAABMEQCIC9Wm6IJtxfbBHe3Pf0kcl5lOXoQkw2dnpU2n5uOHxHdAiA4ueiHoe2+uSsiOvLdPWUCU/+/eIHKN3F4ehCjqGwZSQAAAGgEWE1PTjqto+ITq/hSlgaSTY0cVcvccL90AAAAEgAAAAEwRQIhAK3nU1tQNhbNVqs6U+7lRbsVwHJ+ybRHxGeeB4MsFzm9AiA5hTUw34lIhn9tbq+STvYELuXjGfg/UbiYz35UHexTpgAAAGUDWE5UVy5vMYBWugxdR6QiZTEThD0lBpEAAAAAAAAAATBDAiAyktCF5TFlkXdiF6UBIhs6GujgVY++UHw4xMvEm8EQwQIfO84PVVbX8CA6VE0KYf+Z+NgVHE7Pv6GTwXUOMXbMPwAAAGYDWE9WFT7ZzBt5KXnSveC79FzCp+Q2pfkAAAASAAAAATBEAiA5J/+dUdK6+mKjENMHItREMkdJVC/pyOgDqu82of+7EwIgHCub1+NyRmAdEpCJskWDaAe2unEqsjawlAAOqELNUJ0AAABnA1hQQZBSius6K3NreA/RtsR4u34dZDFwAAAAEgAAAAEwRQIhAJ2HgHqjjtAi+nthslCM6K1TgvvfghuWWtARGcEQUA5/AiBxjaZktKTU5eBQPTtE3E2LDr/OrSnvfFtB0I5QHhk/1AAAAGcDWFBU8IFNDkfyOQqAgsShvYGf3eUPm/wAAAAIAAAAATBFAiEAiNjJsCv9IS49GQVzNwcvZSzWFB790JP2k2ewR0BMM20CIF/kMV2Plj5OqZ01ACJ2qgPVlfFngha+6ZJ0AKlnMONZAAAAZwNYUkyyR1S+eSgVU9wa3BYN31zZt0NhpAAAAAkAAAABMEUCIQC0ftH1bsrGb8f046pHdFDWgztlTSWkhEzH+lSj0/joQgIgL2dUjgBH2GOCnA5XgZ0InNuBwY9yiBCgsyFb458kDpsAAABmA1hSSZKHrv5RBH70P2hhL4C6wXdFsjrsAAAACAAAAAEwRAIgHXARtNm1nIDqwC8KgrDivnSvI/R1J94kbl5KFMSo0V0CIDGVC/7z4BWN0B1vJgpiB+/1RLw43EnSgnsYZCKd8rYLAAAAZwRYUlBD1MpcKv8e77C+qenqsW+I2ymQwYMAAAAIAAAAATBEAiA0ZqQ8TwrF4/O3dwpF1RYfUmIaDQXMuWsr6WPI7GaJ6gIgAVrd2h5CrS8OWx1MSiOASqlJKKc0KNe4DLaTRBJpLBEAAABqB1hSUEJFQVKU/Fk0z1lw6USmfegG7rWktJPG5gAAABIAAAABMEQCICVehDbauZM/czDr29VVPDFCqoSVM2Pn7NP/eNMLZAevAiAyTPTRZBzS0F14kbJ9I/B8MA0mxMsMQWwhgEzi7/BKUAAAAGoHWFJQQlVMTCfBuk+FuNwcFQFXgWYjps6At/GHAAAAEgAAAAEwRAIgXoMiuZn1MtvDGyIACZlWXXC3VI7uNJfmjoVbZ4QSxfMCID+tWtrt5zOwYvA4IHUvKSBLjKmflcizQVRFOOoebX2wAAAAbAhYUlBIRURHRVW1TY+xZA0TIdUWRZDnsCC6Q97yAAAAEgAAAAEwRQIhAPWY+r5GGN0HlHsZhWc4ExIrC235vDUYc+DkAskdUXEJAiBQgyfrnYF3IhyinSd2qXtJAdR0ptwEoD0MnOLev+9PtQAAAGkFWFJVTkVp+g/uIhrREBK6sP20XURNPSznHAAAABIAAAABMEUCIQCk7/XM+iJiaFlc/i8zGjr8bbDun8Q0SUwUBXYHUvAXyQIgCJvgK8A2gBLT4hg7pOnHF4oP/OWCCLqENTf9wsGfZ3EAAABnA1hTQw9RP/tJJv+C1/YKBQaQR6yilcQTAAAAEgAAAAEwRQIhANY1HWH1O+SoTGqbUCKCBFvQYeoa5SfEXIN9Zs4Tmv8IAiABkhpTxA/HW7l/+CXHiiiX37/GMlVdW4m7x6NUkhQ75QAAAGgEWFNHRHDo3nPOU42ivu010UGH9pWajsqWAAAABgAAAAEwRQIhAOhs/2c0cdvkyPncUHT0Ah6dRH2bj07xCT0RsDWNvZ7LAiBXTN2DDCaKUlgIo3HpORfGQTj8PE//dT0fExpqhvH3AgAAAGcDU0lHd3d3d3dpfP7s+EanYybaecxgZRcAAAASAAAAATBFAiEA/k9csxgySoGoinGAm9F93QLjezD1FjZEy387VadryQkCIG8kWuBgI1WJczfGhHuk7pmIKQcYYNPNLIbLgy4TyuqDAAAAZwNYU1SRODoVw5HBQrgARdi0cwwcN6wDeAAAAAkAAAABMEUCIQCjYXwOtP2rjqjB1LSCu/zo5TDRRqhclsqy54OTyWJS1AIgYSogrG0J5QwrNQqjxk9SpYb9mmatAOViw2jYDNA43TEAAABnA1hTUJsG1I4FKezwWQX/Ut1Cbr7A6jARAAAAEgAAAAEwRQIhAN2QgE+YDGDuTjaMV4jGBteGjL/YxJfmv3LylK1zQ86zAiA105qzSG9FIVxRIggYq1op1rAAAsfqKOT8Sv0qaLvw3AAAAGYCWFRL4Q2kegdxavKK0Zn74CBQG93XrwAAABIAAAABMEUCIQDMy21Z4jhThJCyrZY8IwHrnjjpockO89ep46bCu4Yn/gIgahbNuJaa7SGB28milJhw9/XqzkFVKuAz5AfZ4a04rQ8AAABnA1hUS/lkWTIwMBN3A0g7Rv1Zpx1xK/CqAAAABgAAAAEwRQIhAPWwt8w7Tq03BRAQKjgbYqYieuNk/eHb074AvXRhTfbWAiBomKE8t1UM6x1j0IwsqIYMaTn6mhzwsqj9DuqAYS//kQAAAGYDWFRYGCISb+7bTH1h7s2+NoL+YekTg9YAAAASAAAAATBEAiA0//w2IjGGDq9BFiEmHf+SZ8ApWG0F/BovB5adGKPO5gIgNb8y+VjN+6oRRgXI02thsRbQEjzx4yIYqHRofdleiu8AAABmA1hUS38+3N0YDb5IGb2Y/uiSm1zts63rAAAAEgAAAAEwRAIgPXuH5bUplutvJ9hwgSriPUN4/w7NJLbAgVB49BSsii4CID3yfSHm3/H9G9exkPXR5MQx+ixPAGlCRY9t5E1vlbq3AAAAawdYVFpCRUFSvEHQUodJjexYEpVg3mvRuNTjrB0AAAASAAAAATBFAiEAoG297MgjiyAc+hdnXq2VciCut4lLwpBSBzGQs845WLkCIAOGHJurbIo8F00PsQdSGdY1uz728feXS18A88ISXQxxAAAAagdYVFpCVUxMivF6Y5bI8xX2ttvGqmhshfmz5VQAAAASAAAAATBEAiAGixJJSX4QtFSwGNkwFGogWvlyqFmrkdeHMCSAOjiIbgIgSRUpMdGPISbsnENyCimVZkOhdJq8S19TmZXt4zOHRlsAAABoBFhWSVhLrjgLXXYtVD1CYzG4Q3kmRDrp7AAAABIAAAABMEUCIQC4cNr7wGvUTPKyj9Wmsc+P+4h37XuGV3KMURcVWUBV3wIgDZouZfmP/wC4R82cf6NIrPRJobMNkP83s/iEyQA2qZgAAABmA1hZT1Upb2n0DqbSDkeFM8Faawi2VOdYAAAAEgAAAAEwRAIgFF1a9/tiYJCwmYZfX8ERcMylFRA0fNuhRAB1XtBP6+cCIBw2HuD76Ge+NPjymRjQoWJSi8+2WD5EAzf5xQYXiXjYAAAAZgNYWVphhnnfnvzRlpS7HaqNAHGOrPoogwAAABIAAAABMEQCIFUXewRCVabBxRm4WhNwwnatwmw2llTRsBecrvOyz4bHAiBtwbxs3ei7ylHokrKP3xATN/PGDIJuphyv2xHuCOA7tgAAAGcDWUNPPQKT8G2vQxG0glZDMNV8jbbBCJMAAAAIAAAAATBFAiEAi0BSw5K1Q6d8sGVsF324VE4pTlqCCruWhly/zgC2N0UCIG9LrXjAhZdg8xS9KkwLJJhSNk6H2BkQb6BtRFVqMfXpAAAAZgNZS1qHBHmG6OSWHBHS7c2UKF46EzHZewAAABIAAAABMEQCIHj/zKbUOOIq4pdUETbm1SNuWDhypHl3Qyl6JbgOIQKtAiB77smOc6Kb3Vi+OW6eoMxkMdwNVlxp8vShFKnCxrfybQAAAGcDWUFNCqz77GokdWwg1BkU8sq6gXwNhSEAAAASAAAAATBFAiEA198m1tnfPlFEoaPvMR8ONv7asMMrFc82T5io49tZ/a0CIHfxrDBJw7aDijSK2T+DY9WceczFru9PKPlY1ipjLjQSAAAAZgNZQU0OIpjjszkOO5RaVFb79Z7MP1XaFgAAABIAAAABMEQCIElW971qlNmpwHT5GlylSyoOlRQJ3bueKz4YAT7TkKLGAiBEXpx4BIysEK3msth1Ap9ombzou8gjMerBL54jO8EaMwAAAGgFWUFNdjKrqMrGhmuDrk7sl90H7SVCgvatigAAABgAAAABMEQCIHk2ROoVk14guvXGxTxCSRng+YhxETjTXWp+GZg5zKewAiBzKTfFiKM2Uv1izhrGI61Ih0b24uxtZGta5M0wSpspHQAAAGYDWU5OG8fB3grG70/ew1wFMDDZDPVMfpoAAAASAAAAATBEAiArXl5PXOCjmB0gzxJjCJb1J6i+jUUwmymTPWw3gxQTPgIgNYp5EeVWanyglBo7KQbvX/krq+/oCawL2Q5inS2PnF4AAABnA1lBUCRTku585zbsagkItn3F0KIYIwAFAAAAEgAAAAEwRQIhALccLPgdrFRofQb3WL90n4y4eyDFa5oyEH/FOxhVxBMwAiBHew/lqrdAD4d/H6xuyrz+NwO9AbvYMUPIut7psi0s0QAAAGcDWUFYsdyRJMOVwel3c6uFXWboefBTookAAAASAAAAATBFAiEAhjC10k7UJQVkXgvF2x3NkCu8QxcK3/nSKl2lQ99+Z6UCICu4M2E3tx62+dacc2bTKwh7L+HjOWawX3EUSKdYVTmwAAAAaQVZQVhJUwraGQyBuBRUjdwvatxKaJznwf5zAAAAEgAAAAEwRQIhAMoUBDoODauwSztcQe3mHKq1RYsNqc8FN3qxzDmYphw5AiAPRz1A/V7V+FcvsktmlhXF6eCCZ33jl1LH1SE6BtBblQAAAGcDWURSN1cjK1XmDaSoeTGDrAMM/OTDhl0AAAASAAAAATBFAiEA6U3Hh5WbMwdn/iO/8FjsGHhrJfoQJoiizFU683RWqBUCIH5JWWuHqUTO1P00eCNfvohSSHHXpbOlr63bIYPTZRrrAAAAZgNZRUFAuS/ON876A7r3YD55E8HTTdGk7AAAAAgAAAABMEQCICO4/Sad+vZl86uGSRrHyu1m5gZNv/bUY5fRU0kIctwGAiBzbD1ZnWJBSAvb9ZBksw8LGV3IPKDOEX3fMaz6utVWIAAAAGgFWU1GMjAWviHAjrJ5Uyc2CGKeQ5dVbFYdJgAAAAgAAAABMEQCIAHNrqiGTFJiB1qHn+aNsNqzDEdU2PoQz4emGK3rHJs1AiAwcHPkjInGkaAylctYGkBwwDigYbLXqKnZuCrOTHqP7gAAAGYDWUY0OKzvrTOLhwNz+4yBD+cFVp4cciUAAAASAAAAATBEAiAEoTyBG95m7tcOsCSv9duEzAGXZubVTvsW2m2OyoOZ9AIgQReWPJW+UE9KqsiD3RnOqYkEZhaRBO/McC3c55WGTqoAAABrB3l2Qk9PU1SdQJoKASz7qbFfbUs2rFekaWarmgAAABIAAAABMEUCIQDMzkjyCbVnQNdz0MLH84CgOsMgCcI2FGx/A1kGZgPxlgIgUqHhQj8LPfTt402TkKwz2++tEHwCTlpCQVkmlQa40qkAAABnBHl5eXldvPM9jC6XbGtWAkmHjm8UkbyiXAAAABIAAAABMEQCIDD/cWQdCIs4Ozo9mCsoWG9qzGTEx0qjMQX1gugGb7HnAiA1qi5LPvxGw4vkRmPzTlHuGzLL+08I9LSuFKc6N8sevgAAAGkFY3lEQUmOWVRw7XSbhcb3Zp3oPq4wTC7GjwAAAAgAAAABMEUCIQCl4AjpSLid46sOcTzbc9KdYMsksWb2DHPS3ESgCqFOKAIgQB+wxEhDn86AgsE8kLKx81EEyrhRbys7BOTgVQEGEKoAAABnBHlEQUms1D5ifmQ1XxhhzsbTpmiLMab5UgAAABIAAAABMEQCIB506AH3VOXWGxaG8BFFETcDKs+8E1X/bKmqhxcOcpdsAiAgy64llj72DNeEpxSGFcjI/afZLtb0MJANvkLgZ4Ui2gAAAGcEWUVUSbS+vTT22q/YCPc94NECNakvu2w9AAAAEgAAAAEwRAIgPHv94Wq/pQxaVgcMwsPUTKXl6zYsv1HeLk0sYdCtlM4CICQrwyMFC/axY0GyUotr5DJFl9VgzWol/MZi1CJ8YnP7AAAAaARZRUZJzygroLyR0qpud1vP2Q2mt5EvGxoAAAASAAAAATBFAiEA/dLLT6w35hl+NtJYmJOcnaYf67xxQfDvkvKvN0p06FoCIF6Vv+do7fQkpzMsGU3YC0WOV/W0pEv6WDqyRAUnVaDcAAAAZgNZRkkLxSnADGQBrvbSIL6MbqFmf2rZPgAAABIAAAABMEQCIDWf4RD+2yTrBsu6lQF2nc9OBCxHXi1dnl6xT+hsH61SAiAo0Cp/hh8fHhzw48amG/k/q+2fY/gSsLrksFKVT5sZogAAAGgEWUZCMlnntdub4L3Sb6BI054B/uRWq2dOAAAAEgAAAAEwRQIhAPJtrG4QXt8Nywdwtr3/HItCKpRqrl5Yeh/8OBqIuJu2AiB/WvKYAoqQnAl7ZaWjTcYO7TSKM5FIYXuz5NM+6zVI6QAAAGcDWUZD6O0IpYF3fxEmVOKN5QfhFhPaA3kAAAASAAAAATBFAiEAvZzjgUYgLMsFrDu6LiEEQVIAXDdS/mUMcfQSjwwClEoCIF9P6arjBowhombV0AWoCpUptrTceYDmymaDD6Crl4g2AAAAZwRZRkRUE3jsk6srB7paDq7xnPNUoz9kuf0AAAASAAAAATBEAiAyJRm9NtvgVBJGNIrG2hQkHiFdn/Hg5wVGPWetXj9OMQIgZJZuzKPX8FdXYpn9NTHqTnhvk1LHQawiAiFSnJfvTn4AAABoBVlGSUVDLm4VLSkFO2M35DS8m+F1BBcPilsAAAAIAAAAATBEAiAypnfdqZZURWf6xbcAyrRZCqyrC2M3+XEl2lWgbcYwVwIgO3xWVLyYWEBwvMxwmZSxcvZ1zIuIF20+q6YRUw5gk/sAAABpBVllRmlNSzTAy+7ycfiV0znF92Mi1xpgeCsAAAASAAAAATBFAiEAnpclLTY25yniqMBXI9HmG3PTihDF1TVmNqP72nmuT/QCICexr9pLgBLcGe48LwS0En65GicMZRX78wv9iOJbFCCtAAAAZwNZRk491mcyETr5mBqGHPSJQxUzrrozuAAAABIAAAABMEUCIQDZ4a4Fc81FtSXWRCZbZetQTZSDyOl6jskeGCzM0TA7NQIgHemfj5BGDJ5+oKjbmfwkdRTNRvS61jkAXgRNz0KAfaUAAABoBFlGUEkF0nzdI+Ispj5/nHxtG3nt6cT89QAAABIAAAABMEUCIQD5E5YVek454Qs7d/+paqlvwvKzovrEPXWTRmQldhEF7gIgOjoRgZbBf3vQ0HCFwDn9E9PrchgXdTzH4lhgJq8/eQAAAABmA1lGUJbWLNzRzEnLbumchny4gSvqhrn6AAAAEgAAAAEwRAIgSaHOtrtWnIFA2chNjzHVj82rDsSDkDtpyB9NMjGr9/kCIAVcNUHSdHC5enFGGlKDiqvrQa3YUxslwcNur5xPcEXxAAAAaARZRlJNvmhcXgaGbPuUpCQuPfjy+j58K3MAAAASAAAAATBFAiEA6F1UqNLu5lSGAuOBQ/U7AZLxe4EKR8KK58MIcQNanfsCICwl/2pYBJMAdumLikXhD20udW5cMqp2qM7KBYwtJ2MLAAAAaARZRklWUZCD/FOfIxMcO3BGmSWEWSdy0SoAAAASAAAAATBFAiEAs00A+O43YDmSs/J/ggITfqsNITFUiNFZl+XBi4QQGZwCIFsKWpfAzlwojcKCk7zzL8OAs5thtePtWtD9Hn/B9dhDAAAAaAVZRlVFTAnfalypNr5F9a5Fx+WMm0YCAR/NAAAAEgAAAAEwRAIgKij260sPiQt9D4/AqkrITPiFaI2k6mKEpYAOM8UwTiwCIB2rrXeyc20Teyg3WsEXGhHw3x2Cb7yZSj9SCV2ZrtetAAAAZgJZR9gR5IXLSrH61WIz3kRk+10cnz6ZAAAAEgAAAAEwRQIhAMNkkgqsQUQnpmSaBrCD63OmDJso2FddPcMviibFcRs5AiB9VcQCornA0O7sMsBNAmSNfh/BX4gaZEa8KHlQ/rBjRwAAAGcEWUhGSVoUP3i7ZilP83xHtRZFhEdbkyurAAAAEgAAAAEwRAIgSEskQDSvMuTwIKDqH051ME5UdaZ6JD9KxB+w4sES1ZQCIBcE2RCtYWNxke9yolUgYtDd88e4WlZAr+sfGhJFrvxoAAAAaAV5TGFuZNBlgyQHTWJJpRh2Q4kW98QjB1RRAAAAEgAAAAEwRAIgLVbSHR7BSYfKD9Lp48Kfcom2EF4ly2oLXp8QpEIkD0YCIGqcRPf+8Y33ij/WZZY9TEqbaU3jVy1wEPwujNRxD7vHAAAAZwNZTEGbpguphBOmDbTGUdSv5ck3u9gESwAAABIAAAABMEUCIQDPD0Lnm9HQfTGQX59th3VNlRCK2Pyuql5+83zHW+uA4gIgfp9WIzy98G+PwXF3VfhCWqN0HCmtgXDy1ln/K+53axAAAABoBFlTS0acZk8gwKAKSUnf/KdnSMAnVMh1qgAAABIAAAABMEUCIQCGlw/kUJ/uWRARLQoznTm45OnR02Fc80GsO4FjQdDnVAIgHrY5bfPQDNtwe/werUdJHltJmm+0uedKI1xpvhWL/eQAAABpBmN5VVNEVEh1nyIO2YPbUfp6jA0qq4885BZqAAAACAAAAAEwRAIgQ2r/yobiG7JrdcA4c3ixnTuN2vJOeqvxS+XfhLc3sCACIGHDuMA0yiz/UbE8YYmllfxmpG/MhwjoLZwmGhjUrNkNAAAAagZjeVVTREN26y/iizaz7pfzra4MaWBu7bKjfAAAAAgAAAABMEUCIQDANVdttMPUMwpG+I296jUcVHeL9ZX0YX+Drm/WIPjEygIgCV424lx83SoggYa1fWjfS+iMhB39k5vPkB1dbwHFvOgAAABoBFlTRUPuqa54fzpiAHLROyzcjKv/ucCrlgAAABIAAAABMEUCIQCappanlePBGSK4dR9OmMFBQaTX98bFRHHFbsswolCDHQIgVeiwdjohQx3VbKXQMa2/fN0Rdoyj+qMFcsVP5151CHwAAABnA1lFRZIhBfrYFT9Ra8+4KfVtwJeg4dcFAAAAEgAAAAEwRQIhAJCMc6FKG0gL+lndR6oHZCKNKEw0H29YZcEP1O+W2hHDAiADmJVm12Cr2uNk3zNWkUN20u69+xr5VfieNpMhDaT7SAAAAGYDRkFNnSQ2S5cnCWGylIc0r+jViDLv1DoAAAASAAAAATBEAiA1lmeXDxuUlQ8X9/Yzbqc4u326BvIyvndMgKNNib14OAIgQLohopVGKati+vInZ5xuolC5Uz9KizQyszm4tvAbYw0AAABmA1lFTHgVvaZiBQ2EcYuYhzUhjP/TL3XqAAAAEgAAAAEwRAIgIlPHUuseQbmMt+3uQphxCpd5m5HzI1f3FHGJoEFoRDsCIEeTIVW1fuSk3QtU4lxJrVRyTr5pqDibW6X+3sWQI1LoAAAAZwRZRUxERoqzsfY6HBSzYbw2fDzJIndYjaEAAAASAAAAATBEAiBlV7dyMuRCbBTdnt7s6tCbqYbw71ipmP5XRm3Kv0AE4gIgN8VllNInizMpp0Sp09zc2BPTql5sWTd2wnA5GEXe1tgAAABqB1lGQVJNRVJ7D2b6XPXMKCgMHnBRr4geBleTYgAAABIAAAABMEQCIAt37V9Akr0fXKXtoCpw8t6U9xSOIsWhMa2iYhjB63Z3AiBsH+DwidMuECmHDIK7zkB0zs/y9AEP/+ObugSF8SP3xwAAAGgFWUZBUk310P76q3SdixTCfw3mDMbp5/hI0QAAABIAAAABMEQCIAH8QeKuzHrShxO461RJrPTtk8zAkDNHdiFe0DWPoE+2AiA2ee11nL7jw3U8kAcy0jHQG5jmt7phSeOkU23Pqe381gAAAGkGWUZCRVRBie5Yr0hxtHTDAAGYLD10OckzyDgAAAASAAAAATBEAiAWyLDDqMkx9oC9vNU4djP7dJyrvz8rcslDKz5BDDhTaQIgSZ48HVoPeZ/k563jjbl37XUWufcATIiqY6kbwhGjYLsAAABpBVlGQlRD/wNNEjU4Z/xCKPSuPmic1tyq0SAAAAASAAAAATBFAiEAyFoB7AK/eWSyNShDIKnrvCDfirDu24fScOnF7xJWEeoCIFWXRPKY56hbdKnkXME201WrhfuOEsJEQRlDmI3I+3MGAAAAZgNZRkPG/36sRkyZ/w4a2Lz9CrDOvgjJowAAABIAAAABMEQCIB/+Z2WLOlmELvQhQ6s8E1gmkeeak84Lo+SoRJRvQnjwAiBi3QZCsW2KvkIe+o6tM7NWmUyUWZkVH1uggmnsBR6MGQAAAGoGWWYtREFJ9M09P9qNf9bFpQAgPjhkCnC/lXcAAAASAAAAATBFAiEAwmIrRO43QIkt16AEXqofHxIevcOzDLiLyWOpuXyltVoCIDHdV6FnRoND4jgaKRrrL4TMDnOKUrTnk7eQ/mVFDD7+AAAAZwNZRkRPTw73l4c3zpKL/zlVKRYbROJ62QAAABIAAAABMEUCIQC00V4K3361PFEzFaYwBtxa7npNSe1WMr7HYZQakvgJhwIgWM+WfsTrIBJ5TlOPawdvLj8bQ6ohETLnadZfP+LDNHIAAABoBVlGRE9ULmU57cO3bx4htx0hRSf6uodfcPMAAAASAAAAATBEAiAHzd/7wVGHq91HfYI9OQhduo910/vnRTp6kxFHP7S/XgIgb9cBobPkTlohQIw/iO/JvKe0nBbGwpBilkjYdI7vi7UAAABmA1lGRTOBHU7byu0QpoUlTrXTxOQ5hSDSAAAAEgAAAAEwRAIgEea4ewLroCKThOEmsdLbrtPZF9e8FD11bk3jK3Mw2d0CIGgMBdJRIOPpu8yWnvPp9E4JbVSc6UwXtF4LbHTwaOjHAAAAaARZRkVELb0zC8m386giqRc6tSFyvd3KzioAAAAIAAAAATBFAiEA/mdvRiFU0Ykwp2kqUnFBjNlZUBvuoZtpxXQc/9X29yECIBmAPdp2WpDMDLHuGaWnV/k01j9ZaPWwBWARnfKLsah+AAAAaARZRkVUwVHKZNZupE7kvp1Hw85+AxsvzLcAAAASAAAAATBFAiEA9rz/kIE432mI5pekfVfE3oAAR2PlJqpbMrNwMwJo9xACIDSFUtzelnJRv2AALrzNFWrqfWEDBornF9U+X4sVA3/nAAAAZwNZRkaL5qYVj2uKGf5gVpx1fRblRsIpbQAAABIAAAABMEUCIQC4wK9MicsRi1PP41CawxwU8wrwLeEtmP5W2WbCJPDeyQIgddY3C6Ths+8V0JB5w7k3KVb6ogayeG6J3VxAfsNgYUcAAABnBFlGRkPqAE6Po3AbjljkG3jVCZbg9xdsvQAAABIAAAABMEQCIA6FVSBWYGwNCNMXXDJznIFOpJ42WIRMVrO7qZAI2mcZAiAtSA/LjQ1ca6NQGHSG+C6goX1JuiMobyeNgHgCT9Et1gAAAGgEWUZGSc7h08OgImfjfms3MGD3nV17nhZpAAAAEgAAAAEwRQIhALUwrdA+zrjHpxCcfDcJvDPlXGW5qQZJlzssYq3uffWHAiBaG1uwualSPxSOosNjoKEjmuPmZ28UUegvmkPy1gjvmwAAAGkFWUZGSUlsS4XKsgwTr3J2YCXw4X4P5VilUwAAABIAAAABMEUCIQDtkTJIcHdoyVpOEjrjzBa1kerUfd6MqR8ZF78E1OXCoQIgPlnEgpFhpZFBuDZIxaG/Bu0oS9M1xqPCbzoAe/zHeiUAAABnBFlGRlOQ1wLwcdKvMwMpQxN60KtCgHBYFwAAABIAAAABMEQCIBvV8iPtK1TWnuMTPZZk8jD2TLQEY864yacaYdoZFJvVAiBCVDx28UyydQHEIJ4tfcMRAui6aQkzC4qIJfPuhx2b9wAAAGcEWUZJMwmEO5E3/Fk1t/ODIVL5B0210tHuAAAAEgAAAAEwRAIgbtRsJoZKjzDMlKENf4CUHkXUR/bKcz1teHSZR67GeF8CICzzc7eheQbeCPgBXrkDieZ/6ygHD0RK3crnYFQuBn/oAAAAaQVZRklDR5CA6SKWoXaIOqsdfRt+ULwFWwyqAAAAEgAAAAEwRQIhAM8i+hQ4VPeyesSNIpT9xNM2C11azzO68uXxGW7/B/bCAiAe7LekspfwVjB1f5bbcZ4freCZYyIsXREQibtQ8sk+3AAAAGcEWUZJTS4vMka2xlzMQjnJ7lVuwUOn5d4sAAAAEgAAAAEwRAIgYwc1o6KmADbvQyY44gqvkIowM8Ee70BnfXAZ2RjmJXoCIH+S6FLL3l2b9ftl52ELIW1ThDgwKpe2r7/JjNSn3dX9AAAAZwRZRklQuXglMvpwYqb3PfHOcddcDhYEbrwAAAAIAAAAATBEAiAI0Ap/DvifWZHQacv2nH/wk/1rfy+YaCoxPhAOFXCfnQIgTyMK0/iZzgF+M2yAImPokxUQ4xCJff2BF1Dy/T1b6RwAAABoBFlGSUHXeOT1RQ7eRyif74dKN7edt3xM8QAAABIAAAABMEUCIQDP6RlePLX/ZzpCOOK8UonnKQDmun9TqH1oTqWhVTJXxgIgF8A3POXhUBTTaLwAwKlqeG0dYWaP8H3BvKKHwonLTDMAAABnBFlGSUIDgp9WdfO1HQ+MKnRBenV2JazyLwAAABIAAAABMEQCIEwi2n+GKnbhWZs3RMgPNX+pTf4L4bP5yiFLk/o0SbtgAiBq2ZboW7ZI+BqGJCc9C9Gark/pZl6M+QsyXWKt9Qf8AwAAAGgEWUZJQkdjLakifjIu2ln552kerMZDCsh8AAAAEgAAAAEwRQIhANR6daX51O1dpt4EQ7NmkHq0bWQ7EeWpHUwfrT70t6gjAiAkHSKmX/HgzIOMcSe4qlsVXwnVbQZ7k2qYurG79tHfnAAAAGcEWUZJRGEmZCS5BNZc6ylFoUE6wyIYUYfVAAAAEgAAAAEwRAIgV3hgGwYR9zXgxFIDR6ZGsz9EKl0zaBN03IOh35xv5FcCIB5LHl1mRVSasZxCeFEnLkIjUgqqBNqgIYsReeo68aIvAAAAaARZRklJodDiFaI9cDCEL8Z85YKmr6PMq4MAAAASAAAAATBFAiEAmGZibgmVm+x7hz4QUTInEvuWi7nhbajmh3LeJvYgGOoCIEBLF4297KwkDAxFlUjfZtkLzEIXlBmfe+oWQ06k/WMhAAAAaQVZRklJR++LqMuob4GzEI9gGG/OnIG1CW1cAAAAEgAAAAEwRQIhANvCbVekxe5nOx9UDJD3pc0XluEeDzgwF5XPpXpex1vMAiAYTgBziu/PyJnmfOnH8OjVuLhUUQaMhMSwVgtGxT5vNgAAAGsHWUZJS0lOR19/oaCulLXda7a9Fwi1868BtXkIAAAAEgAAAAEwRQIhAKS1G5/ledzg7YzfxNaqUJFG5heoWv2M+P9Ro0XGxgmeAiA4mRoLp5N7B0vw6ag/4l2RpMLAnZ2xoMqoOA131fnSzQAAAGcEWUxBQkVMudCEW7SihGL5jCGk+v0WzrJfAAAAEgAAAAEwRAIgE73AvvHvsJ/+fxPGKi26wTThAdgytkyqmlJzVh07DysCIFGJRr8mNgHsaf5RE36ceh8M8SFyNecOl6V28na8FWwmAAAAaQVZZmlsZM7COH4E+YFb8SZw2/bPA7uibfJfAAAAEgAAAAEwRQIhALuMZE4rrlXHjb57Tz6QzU3O0bG7xSz9JaQ0rnPBj0NuAiAMxOxeJlC7lifFUwH5V9hCAWeppP/9BgwI/yJMVZ7LWwAAAGYDWUZPrAyNpKR0jY2CGglz0AsVeqeMRz0AAAASAAAAATBEAiAKdgA803l5HQXYxKXY5j65wa9u0gXG0Wz0zAvfCXPIlQIgURBMo0vEzJ/sdvNvsqhh+Gq/n4BEjnOZ3FaX5hj9Gb8AAABnBFlGSVOGllqGU54kRvnnJjTO/KeYPMIagQAAABIAAAABMEQCIH2ZE1/dcg5T7HmBTyOxSbaXqtzmwwWhjDWZYoo7RDdRAiAckfOy/U4903+5w6PMOOL2onr3Wbc6LPEJ32j8rGs8ogAAAGkFWUZJVkXT6GldK+8GHqs4te9SbA9xQQgRnAAAABIAAAABMEUCIQCfafA+0ZIHw7D5/AFSuo93Pd7EYKAeyzUTlm02MA+n4wIgGPee+HxmKA5A4zdEIfJYQKjUMicQ/2H64YG9cGynlIAAAABoBFlGSVik93kHSFDTILVVPJ21/GqKsVvTSgAAABIAAAABMEUCIQDqik2tUnR0GfusWqy+7EQWM9Q5LLG6okdgnkEqH/ZnhQIgfr3aOoQVXnWMBgCotyfLhiQOxOW/ogVVzr3msfvdo4wAAABmA1lGTCjLfoQe6XlHqGsG+kCQyEUfZMC+AAAAEgAAAAEwRAIgMDzWluKBWzZf96bcm1vEYjOxmzFIZFHfpFtvHHLet/0CIDg7YQogj5imkVLQ9V9zKgsRf3q5kntsg0ekvvBGyylcAAAAaARzWUZMgoLfIjrEAtBLIJfRb3WK9PcOfbAAAAASAAAAATBFAiEAuqHDUzIpF1zDX8mVoLMq6mnyWyhOgEyLYxuE5XzXEjUCIHIrqArylCxGc4gu2eIgBrsN7jWLpQq3CAHPJC7QFE2pAAAAaARZRk1CevrB2HjGakcmPc5Xl2w3GuLnSIIAAAASAAAAATBFAiEA9Ur029xyC6BSt76IswHvXuTlJ4l3wHr4t5zN3S0ow6wCIAV9vsik53MccGDrXCxFg7pxUrga4SjDgqqT2owN7+1rAAAAaARZRk1T/vO+9xpeuX4JcDkDh3b9lnrlsQYAAAASAAAAATBFAiEA2RwOZ27k2hybeDuWRs9HvE9uIm1xbQCV54KYsMH1jIYCIGsrOGwyZAn3Zy8l0KNJWwNItzBdDOw1MUWUFCFyvDiwAAAAZwRZRk9TzSVFaOv4jwiOQPRW254XcxJDyyUAAAASAAAAATBEAiBjYr++4S7u7Vi4NtILpcPrMioAG4ACd23ZLe3uYVrE2wIgXs0yTe3dk3qC8MzhUNEzciDfot38yPie0RQR0zfNzpkAAABoBFlGT1hwbLnnQcv+4ArVs/WsyL1E0WRKdAAAAAYAAAABMEUCIQDuQmLcHavRjG33IQEN3nS1/1r+WzMHL7aKa2R//raDbAIgZgGA6qDWQTBAv3X5CuMq3a52A5HGFU6zJf6MGZfuqnQAAABoBVlGUFJPD9xTEzM1M8wMAMInkr/3OD0wVfIAAAASAAAAATBEAiAvN0BsEoAuMi0V0F3ju1N9uxsMP9GE3hpEWQQVpdXijwIgOHWPwptRIQn6hVfgc2cJb7mB8/5t1DF8loJbfGlQkz4AAABnBFlGUkJdGxAZ0K+l5swEe554CB1EzFefxAAAABIAAAABMEQCIBC2Ymp/wPrT875jKtovpWhfkLFWzazWDYpTGjOE/RAWAiAW3uocy5xziMPv0UXqwDy04YXH231lbZJ/Y4Kz0+YzbwAAAGgEWUZTSR328bt0VOXkujvKiC0xSPv5tWl6AAAAEgAAAAEwRQIhAOavU0meN/MKLHAgQNxrplcrC/MZMgQfpOg9kN4/wGoqAiAaR0NXIeDVuyiBASa0GESP4CNcQvERI7981qmdFrOv+AAAAGcEWUZURZTzGsiWyYI9gc+cLJP+zu1JIyGPAAAAEgAAAAEwRAIgDTx1+6TU+pqu2lh7mtDDkb2UHyBJq15Zi3MEZIGu1hECIEKz4KVR/wjo+nAEXIOSgNQVDxUbVk96QsfUSMkeJbJYAAAAZwNZRlZF8kuu7yaLttY67lEpAV1pcCvN+gAAABIAAAABMEUCIQCHsxywQKtK4EqdKOwzuH5DTfQ2LUP3BXc8vGzKmM9HNgIgLJCcyoKgzWYHCBAd4i/Sr+yQE7KO48A/M3hoLK/j8C4AAABmA1lGWPVak7YT0XK4bCujmBqEna4q7N4vAAAAEgAAAAEwRAIgPf9+yTsJ7lFH6kBlXhfbjgVsisXNPFeAZG5NKg8SxbsCIHksDZ/FjIUZXFRlrWv3AyZ82agtGUM4sDdns/SSsqiRAAAAaARZRUVEyieW+fYdx7I4qrBDlx5JxhZN83UAAAASAAAAATBFAiEAyKAQaGH8hUxDUOyGw+RNk6Lg1qHRMKP9Sae55Fg6TuMCIEefU8JQ+Peow2PJt8xC+U8ZJnnSk0gudq1lck6Vx4F6AAAAZwRZSTEyA+S9zmERBCiTM/NcgXdViwTMmf8AAAASAAAAATBEAiBfMHm+tATr5c+eCmbTgXtMzT5He9LFFgSx9eu2IWDIxwIgBVB26oCS5E+hno6xnHtDvEqocSxLQNIurW4b77gY9tAAAABmA1lMRNywHMRkI4OW4hOm/dkz42eW6v+fAAAAEgAAAAEwRAIgMXhdedAOOrs5b9lW2ZwrlX/eKQmdAu4qSfucJ7kLLKwCIE3/7KGtGTezQrS3/w0VYTorMZNYFrzBKzu7SjbA5Ak2AAAAaQZZSUVMRFjlLVPIyapyVfjC+p9wk/6nGS0pMwAAABIAAAABMEQCIHAvRQS/aZgHc14gdV+Phf1FB232+RLiy4bwb4FxmHiNAiBYbCEhwFA+OVRxIrVroLuK4Gn6rUFR/TzsbdqiX+QBSAAAAGcDWUxE+UtcVlHIiNkoQ5q2UUuTlE7ub0gAAAASAAAAATBFAiEAjxzSivkJrAPJV0LPFZX1Ju+mwjMtSGQGsvK1AcHgTsICID6fxxzKWHv6ggi0e/hfpX7CzIxdZGoHpZXGJjK0rMYvAAAAZwNZTER/kn+YQXcyPErEnmsdOY5AzRp49gAAAAIAAAABMEUCIQC74oZrBiBGwvrgl7b0PEE1YOfjC4IBf6F5CTa7Aob/vAIgWBBwSBUQyMjEDFh/LFL43w4Ga/1Cy2OePoO1z2zilSEAAABpBllEQkoyMUt/tEjfkcjtlzSU+MjE8S2vOoUhAAAACAAAAAEwRAIgThY9ulNeYVlH/R72FQphgYbyU5PgDBgkr51+JuPoK3oCIG9QK+zGl7Q+ReWUV4DjLZbQcjVOEnd2cHx/Olt1U3B3AAAAagdZRVRISjIxy+QwknNw6VtLEM/HAsYBfser78MAAAASAAAAATBEAiAIlbbDuTzLwljdjc46sw//axjq0pLtFjo5Rfo7vu0lqQIgba0TZef5okYQXTwKoDrFq/DdPlPqErmtm6CAVL8/7GoAAABnBFlGS0FAhmktUyYrK+CxOQnYBPBJH/bsPgAAABIAAAABMEQCIA/kxAkJFnXbC3C04ihf4lm+HKDslreM288/M62895LsAiBiP2rEQrELwAv8EkY8sIYRylgqXcGShQGG+hhCjSL6cwAAAGcDWUZUJrMDin/BCzbEJoRqkIbvhzKNpwIAAAASAAAAATBFAiEAtN+AdUgmbLayxZXvHqtGPSzKnAYiWYslw2q9e2VaJsQCIECvdJikBBOf/N0OZbC5RBU7b4atbZtfBfdcftiFmQCuAAAAZgNZR0cl+Ah+rRc7c9bouEMpmJqO6hbPcwAAABIAAAABMEQCIBP1GUzfLKY6tCQ7g+06CRaLbjZJYCqiCCdjbGjMyxRCAiAu1Tp0nhQEkb8x1OVE4mCWSxbo3hWNePpJgzj9824NFwAAAGgFWUlFTESothz/UlZHWKIE+EHmNiZb68jbmwAAABIAAAABMEQCIGE5o7t6KnIqLatH0Rnkqyc2Yb/c64yAKqe05rJBTk/DAiALHuD2hmvulZBdsXR91NIVGa9ltoaRh0ajL7KAK1TYXAAAAGcEU0FGRRqmHBludoBfy+OU6gDk/87ST8RpAAAAEgAAAAEwRAIgLCcVlyjLg/fhnYT+6AxGEyIlOnCdGq/486Lzyg3KewECIBNRLFUy7enO6Bab4d3h7fHmUG3aoJw7Gur1WLuH4UT7AAAAaARZTERZiMslPUyMq4zfeUipJR24WhNmniMAAAASAAAAATBFAiEAmtzC4sBR3e2zjiDOeIdt90fG1LLyijFExIFm92390+wCIC9BMG5Qu7CUrIEduo9hB0SGmEpxqDcvGd5/pKqQr5+gAAAAZwNXQVL0qBwYgWybCrmPrFGzbctjsOWP3gAAABIAAAABMEUCIQCNmcv7UK69hRcUIqGE6f629ZrwCGu1spG3E3WCnRmMpQIgKvG6vGePrpI4wAcrrKdbhViX4WVRH3k/bBXjNJy3+ZoAAABoBFlNQVgGL5BIBVE3l5H74u10wf5pghsw0wAAABIAAAABMEUCIQC0FtYMP9FahPGM13xyJG4nnKYDm94SdG/o8CNN4yiBdAIgJ3Vsgezk79FeaV7giS9yFXBj23lZ1CoCkEgMHva0VFYAAABoBFlNRU7QxZeY+YbTM1VGiM1mcDPUacI5jgAAABIAAAABMEUCIQCIOrv478/KV96MBnZK6x554MqFJMS37ZeiQttMiJbOZwIgLyP4J9vP3KDUUAvBz5wv0144aBih+ZxfyK48/qZCPtkAAABoBFlNUEy3uoRhZk3lJqOuRBiXJ9/HaGJZAgAAAAkAAAABMEUCIQDPtIZaGXEInlH3ch0891lLbBjDi1o6B9YzhlIrQODlgAIgVFBzpIQUjZXuGvfwKS56rvc+/DLV59G9SU/MMABkO6UAAABmA1lPVOv0ylMZ9AZgLu/2jaFiYfEhYBG1AAAAEgAAAAEwRAIgI6on5G656d0YhHCLVAkVwWXO2A8ZI01uq8qDjYbpUfoCIGdpyAAhvz45tZ5ZfpAZteoOMNeZVFgOcv5weHl4DVniAAAAZgNZT1Sfl4qkJRSM3ZIj6xdURqh3uGcn/wAAAAYAAAABMEQCIFqbDv3EfoKwJumLPljlSa2NYv9PV7mByLsXn0r/2FMAAiBXBzgdTN2HgFrI8nyZTHmYlrK3+JlKWpiJmIPJQjgpAAAAAGcDWW9vx1lvP8l65gPh1/+mHm77e2pZvtIAAAASAAAAATBFAiEAilfO12cGfEGzgXwXMgl1WEHS7DKOgY5ijqjPcBvRYVACIE8NkSmYVsjzwXz342CI64u0WHoTjkVW0F9uDw0EsknaAAAAZwNZTkuHwAgXq+Ne1MCT5ZBD+uSII40vdAAAABIAAAABMEUCIQCxzpuSjsJNowQLAUwKL4XDCV5sB0+9r7xeR4KYQ/j5fAIgUmJrP6mGT/x4kIVMkDm7jaljBT1QloH7rkBYs2tXTJ0AAABnA1lPSwX8xyz7QVCrrkFciF96Qz/1IylvAAAAEgAAAAEwRQIhAKKo6dT17gyYZZ69PLmvXheHyDb9W6Gdtj4yDv9Xq0NDAiA/vfymVmXhqmx6nygZhKXxs2A1MBd5OEEpDLf1VgjmewAAAGcDWUxDIdVnimLf5jpHBiRp67L6woF9iDIAAAAIAAAAATBFAiEAp7c4QdLGe1AUIOl/si06hnM8Lh/nGbcDQVz4VLCdWn4CIHkkQdux23kuSvnr7Zu177RuKrugZqmAqr+K8AaOR1+rAAAAZwNZT1CuHqrj9ieqykNBJ2RDcbZ7GERAUQAAAAgAAAABMEUCIQCtKW5L31yA495FQWKl9GF6Rru/ceA7wmT89dcx0YdF9QIgXQ7ATzxwc0MfPLKKfMLHi/GQ3cHPmw7kpct27LHfkrwAAABnA1lUQV7cGiZuiyxegIbTc3Jd8GkK9+PqAAAAEgAAAAEwRQIhAJcBIBkhHKCSkpdoyGYsNeXV2qxgSvX+h0LnbklqxUsDAiBEsfyza0LQbGCwNW0W4Q4zJKafuYlZ3658wql4xHZ0cAAAAGcDWU9VNDZL7hFgexlj1mvKZl/ek/ymZqgAAAASAAAAATBFAiEAkhZC6sKe2wQn2qNzPg0e0DNfWrf2AyMLdrNysMVv34oCIErx+YXJYOkuvMNFwCfhMXms11vRWeF3B5ipcMOtxvihAAAAaARZT1VDPTcUE91UifOgTAfAws42nCCYbOsAAAAKAAAAATBFAiEA0FlUwQ+/WJINshIy7efr9UyAA/WNGPTBXGt/PQEPMGICIFPD87NA0wbHes0enTSY4ruqRwoFlr5ilP+BtMgv6W3TAAAAZgNZRlLWlAof/Z87Al0fEFWrz9n3zage+QAAABIAAAABMEQCIA22RhglJKp1Lu6Hf0+9WEkjWovNszINwWP6+Ac6rineAiAThydmPXYBZZL6eZ68cVL05CjxeqT8/HfIbKTt/XQHhgAAAGgFWU9ZT1fL6uxplDGFf9tNN63bvcIOEy1JAwAAABIAAAABMEQCIFHli8aVeW35q14yl8MnlZGwnWesvH5HF5O3VTnTSX/hAiAHYIph5VyEBrJJF6n/7Ldquw7hvYxmOxliNC0hkXVcrgAAAGcEeVBMVEDncFJUSUp+YdW3yG2lAiXdw9quAAAAEgAAAAEwRAIgXHbu+ZWokfdKQVL+7DzBQgOWDzhwfR/gukUEbH84PmwCIExyh8HPe2VpWSpzQYKsZYEOc8QdSxgW/0nuht8UYIYnAAAAaAV5UmlzZWBRwTVMzFG01WHkOwJzXermR2i4AAAAEgAAAAEwRAIgSdgHocmyH//wfys9EYZ0UNvOQEDQYI90zOV/AluLogcCIFXdwManNd09fudzI49JDDw1vpFP3/+LVfkAwOrrmvH6AAAAZgNZU1LZqUd4mXS62b535FwrMnF0qcWdcQAAABIAAAABMEQCIBM4qvlfKQzhCg9O0ZTRoExZ5SCbaNoYkNZn9Y/ea3G1AiAkradbduJ+kb+/C3Hta9GCist7ia+kPSwcPBP6momg0AAAAGgEWVRIT0jPDi7KIurgrTP+4WpctuYiB6irAAAAEgAAAAEwRQIhAPxt+ipqx2uUWCq0dyfE7oJh7TES0vSJ8odwds37KwTzAiAjxyXYkOTmTZ25ivG2rjKmbOFrYZFvtu0fHLXrF3zlpQAAAGkFeVRTTEFTIqNVb5ec4hgLMOaJqUNv3csQIQAAABIAAAABMEUCIQD5FsskW3eKWo3OyalfN9HPgidIx7digZg0k6Nk0VxSLgIgK03dimUXm6roz33SgRywg9tV6z4jEKxSWDsNmf+Py+wAAABmA1lDQzfhFgGE990p8At4wFC/EyJHgLCwAAAACAAAAAEwRAIgBf0wDPlYFLPEMu/AAF0t3S2f+IdGaTe0y+ZDY9qiqGICIFXpELYQCQKHNx+HVpfy5KVKMzmx8ERCYqW07KGTFvUaAAAAaQVZVUFOR4rgBcl6poU0eMfzc7HQ9yqpKICnAAAAEgAAAAEwRQIhAOoWmV2dEB1QWs81+VyfnnEE6YeeA2ExOjWSSPVg48CyAiAtP2iFWAzjo1SrC2hwjj4jvQ58zblHWIJFMh73YTswxwAAAGcDWVVJTBC9GWiLkGZl+9U0FfJ580tE7OcAAAASAAAAATBFAiEAtlNHQb6/DqOXQWNhs2Br6nUF3SQeqU88Zt8JrBmjLSACIHiZVNUcmoo6bvMn9pPeXzt0jI0HMnPF0JKM/zRX6ADnAAAAZwRZVUtJWreT42Bw8PrJKOoVgmsMG8U2URkAAAAIAAAAATBEAiBah/hkrRTIt/+5S4pedAIXdN4nLZZPBfwdzru0n7WxfwIgXa263KJQedWgL1Vu3jqgVhopQ84cV/ITb/ha4vrpWQEAAABnBFlVTUklhZdD7QhhZlYRuB5HaC6Im0gxOwAAAAQAAAABMEQCIF0/a5Re3tkf+2uxmuufBe6f23Q62QGEoWTGVrvB9U3ZAiBd46bQwomgRUWTmQyJOR+NDhk6bkWebVbtz7Ar9j8P3AAAAGgEWVVOT0tPUobg+T6WUpK5IrnNFndRLxIiAAAAEgAAAAEwRQIhAM35jeKdSD7Z17sWV4GyDoSk2w8ID4clIaZq0wgP+EvtAiA4SFerNlqVXAyoK6+VUU+2xYU9QioMHpB2GsBprjj3ygAAAGcDWVVQ2aEs3gOoboAElkaYWN6FgdOlNT0AAAASAAAAATBFAiEAlvcGYVP2EygSge7A0YDDyAypPf/20YzM66SEVi276jgCIE+l1JoPjDTKfSddh8BFQ+8S9vrMkpHC8UM0Fk//8NDIAAAAaQVZVVBJRQ8zuyCigqdknHs6/2RPCEqTSOkzAAAAEgAAAAEwRQIhAP4Xl+szdz7ioT/Jn+hF5Wwkfn0G6i7ub90UmBzj0Eh/AiAbXrsJ2SkDeYph7D1PbnVRMSZxwQhG+G59EVr1NpsZYQAAAGcDWVZT7GgfKPRWHCqVNHmao44NNqg89HgAAAASAAAAATBFAiEAj1fdXwRiQdBMcJbXf32OdaW2dFcfR2FdguaWBKeYQmUCIGRvnYzE1pu+WB/vcD4Jn+H2RBaBAgeOgiQhIz6Oh9RLAAAAaARZWUZJryC0TBxlHR0pz7kW7ioGMLgo63oAAAASAAAAATBFAiEAj9FqDeSNpb2fLXbR4aPGoBKeCaMaOFs11HvWxHJLKhsCIC28oKSCC865q3IyXVj1mtEh1bQ+QHY4s3toMH1VzevNAAAAaARaVVNExWwrfnG1TTiqttUulKBMv6j2BPoAAAAGAAAAATBFAiEApJr1tc7YYOFbTenC8UV6t6YHCFOp1b5gyPrS5b5XSjICIH8iQWA2oyaEN8MhhYQuasfcVkXgjh/nxIgerzcoLfD8AAAAZwNaQVBngaD4TH6ehG3LhKmlvUkzMGexBAAAABIAAAABMEUCIQD389a+5ALkpEoaG1L/UIKZm7XHTLg+5eb1dAdqpN0FAgIgccTlWUMA32bRfV2ESv9V67g/tFFJrHi6YanhlUYqyNgAAABnA1pCSykleQiHnFeS8bslRJpyCSBUNNw/AAAAEgAAAAEwRQIhAJUu99K0e2+rIN7gAy3qpD/E4Fxn+WjD8vU40tddKCgvAiBPjp2b5YcHUM7pcSrpf07JCnq/JOtzHtdVTPvW2j+KAwAAAGUCWkK9B5MzLp+4RKUqIFojPvJ6WzS5JwAAABIAAAABMEQCIA4aVUztmoWJiOoHiBAuJbi6gvlALvjOigYetq6pP3gAAiA0jk0dyXoJzm2kxf69D+5CqDeqbtqOgRl7+YKFILlcEQAAAGkFWkNOT1iLgxFuBfciVU4QibmFDnMe4g3WkgAAABIAAAABMEUCIQCOu1yZe6z40hXadqNU1ZH6Jd2LiqchOUJRU7+5p7zTOgIgOMGbERwAtURFpqVPwx9YmlYp9kXl60hZ6MNSF6IA/9kAAABnBFpDT05JktisQOVTUDMBAqvy3r7Yhk57oAAAABIAAAABMEQCIF5qncOPQZsXtsJGLBPi+Aleb8hJYHSj7Vq7x/3k5f8YAiAW8UiV0nTXtJPGc13XxCkHdnh2/jhzQj3KHTvNQBK1aAAAAGcDWkNPIAjjBXvXNOEK0TyerkX/Eyq8FyIAAAAIAAAAATBFAiEA5qerNBC2B+HTR5kDGvbtU6ji75FwNlZIEJRuM8aXgzMCIFW6JoJ4Jpz5nv9BYEPjxMlMw7FkwYip6k+M+nQVvIgVAAAAZwRaREVYUVCVbggsdIyoN6XfoKfBDKRpf5wAAAASAAAAATBEAiBToWyCjEuu1E6ljq9iiG+ysjag1RJ20/Xp1RZlXYophgIgR+8HFeg0eUBeVZrRQ64EhBd0DJ9N8qDp6+Z6SLfX2hEAAABnA1pMV1MZ6G8OQaBuSes3BGuMEdeLytaMAAAAEgAAAAEwRQIhAJ1yTM6YWgMgz6Gl4s+3r4ITqbL2ghFP4G3pUDR9xLQFAiAEZbY83NzXWpuG76kXU9Slq/Du9ObJxD56potrRQOWhgAAAGYDWkNYxSwyYzHpzkHwRITTteVkgVgCiAQAAAASAAAAATBEAiBeSeAO90lCwK/uPK5ttmdPr9BaWVKaMYz2Stqwreg3wQIgCvXhRV1iOEKZSAm6s9CUR+1h7MEgZnvtty1tMXi5NzEAAABpBkJPTlNBSfD+Goer8SCZt3NSvcwQ9ahwZ7KQAAAAEgAAAAEwRAIgMo+GML6x2LS40DrWks4N+A8L79D2CM9ZMAkJJAFdRBACIGYtmK1NGI7A5HGkxxdj5jQNZ7Gp+mDcdKvSs9Tk7r/tAAAAZwRaRUZVsekVfC/cxahWyNqLLYm2wys8EikAAAASAAAAATBEAiAShKYg13kGWsdGr0vfjmG75haVmL6NGnUEDLnTaSYblwIgA7xx9Bn1k6l4fKvHHtORvQPe+kRCxrhVBe2glvaNP68AAABmA1pOVOlZkIJaqxp/CvTMZI92o7zJnyWyAAAAEgAAAAEwRAIgaOGClgAAYSsr0+gqSdN/EPLI89DAHH/Log23XiQQYNACIEK3afbHluV6PuQXgcjC3QTr3+CRT+1V7QbGWN0wNDPuAAAAZwRaRU9O5bgmyiygLwnBcl6b2Y2aiHTDBTIAAAASAAAAATBEAiBCtePpMF59m5NbE/9nwgQa2QFQHD2wy6Odgz6ZZBkZvQIgG0TkxiECZf7FZflPef5Et8IQ7TZbzngDqm2vtTBD7JIAAABnA1pBSZ0SM8xGeV6UAp/agaqtwUVdUQ8VAAAAEgAAAAEwRQIhAOuVmK9rreBr8XfPIrtuzU7f7sFkgQlpkQ0Kf4m6l5MkAiAD1cvjbp82YfcAN84qvuJafudBQF0M8yvuLLjXADntKwAAAGgEWkVST/CTkBGpu5XDt5Hwy1Rjd+0mk6V0AAAAEgAAAAEwRQIhANGuQ/IoWh5IEiDq+AI/2EUcfHm38OQqkTnLfCZTSN3uAiBKbYVt7DfKz0ylOMFp+ufGEHJEn4r056I89YZlk3sGtgAAAGYDUkVJARhk03A1Q54HjWRjB3fsUYE4rwUAAAASAAAAATBEAiAO0/LS5WQZiadU4CYr0AtjylUJKAZ7CteYVtO420We2gIgNUKpDtbLkULyrnoHS4yHlcKJXxqVI/FNqykI6ZViyLsAAABnBHpVU0R2QX5mDfPlyQwDYWdMGS2hUqgG5AAAABIAAAABMEQCIHpHegruLzak+dRC7D2SRyBqfzSJjSFwDSGY0UVX38g3AiBYxOnoSFpPgz3ojYHkltInpyPHAV5+a6r/kapHkbaL/gAAAGYDWkVFLt8JTbadbc1Ifxs9uf6+LuwN1MUAAAASAAAAATBEAiAUrbfo3ORSzOG+SortVuZDGax4e2f75+sBz4X7hvgUfwIgB+ZC8ELVhT6DIDHaAmh+gOMWSNrYiOUb2/5B6ZxTgWIAAABnA1pVVIP4cziM0UuDqfR/q948mFC1x0VIAAAAEgAAAAEwRQIhALn9okjtENupfXQRar2kIGkBJhAonm0jk5s0A/IDxsoSAiBRDttfKmG+MQGE7o8M0JxSMaJFrJLU8o80sQqmAYCLbwAAAGgEWkVTVHV3A71bLEu8/eC+LAsOfC8x/PTpAAAAEgAAAAEwRQIhAIWtyrpDzt5PgGiX3pYqhyuuv00gAYW/16r1rCEXAebdAiBl7j19bkIVneITjNNQ10JFuiBnV6SMqnAY4h58IQK1DgAAAGcDWlVaIC8Yd+HbESDKPpqYxdUF5/A1wkkAAAASAAAAATBFAiEAqEAA5WeBXhN6fiv6Ip0oSYSNNyHVTajvRNWqQbH6wZECIAlE2RCCqSEGfUhvlkysmlx2LuYpHVKMRdkLVPv3jedlAAAAZwNaU1TjhrE57TcVyksY/VJnG9zqHN/ksQAAAAgAAAABMEUCIQCUlH8kz0JXiUDPH4afZbtOs4hub4PlRBOkdXCGmVAqbQIgLDcxvsHJurjVGjhz7C+Zre4+xjIPc6/jA1Bm3IADAfMAAABoBFpFVVPn5CebgNMZ7eKImFUTWiICG68JBwAAABIAAAABMEUCIQC/CvRHfKQr/ZVw5FxqOtucCBTV0vr0MfZKDDxLqKSJgwIgXriYekjskzXz95xPmjotxBps6FnmfL4S6A7oHBHcRI0AAABmA1pTQ3pB4FF6XspP28f766TUxHuf9txjAAAAEgAAAAEwRAIgITSU6OXj+q0IRYBJeP0AmzB1M6DakC650yVnSs7OlmQCICvZBFMn3oth0fZMCRaaSY4pKPhHEh+sXPw0alv596xYAAAAZgNaVUNrRonkUUlXaZ7esu6RyUfxjkOYBgAAABIAAAABMEQCIF5lEZkueWgFKq+rfhyMhqj078q6aI/x3Mpqi5waFV1IAiAurzrLLmdx9N+2agsh+/1GS6wDOhPjc5NvpShip5VRvAAAAGkGekhFR0lDg3AQYZrrKuJBQWBa/I9mV39vsucAAAASAAAAATBEAiAXVcbj5ywC00a9cq8bZ3gKp90MrbLOP++IUfvur1F7BAIgUVltWytRKkWGTiNASOXUSqcryUsL4kl/eFyxY/LgxmUAAABmA1pJR7JhckbQxsAIfxhwPVdoMYmcqU8BAAAAEgAAAAEwRAIgAzXI8XLBR7Gft3KoJUNHCsZTOMJVR9moZdqvG18YMzsCIFbVpNpfWOsT4PuFVmc+gZZUt/6a/6IxZaq7PqptulBgAAAAZwRaSUdfe+vSJhVOhllUqHZQ+u+o9IXTYIEAAAASAAAAATBEAiBqtSgQ00EcgDUPevsBTLlhqwpCx1erhgkZ3xOQ6oHsTwIgGpLOQ6Kvtn/rRGpaa8QQOQyFP5yyg4dCQOa12MyvYpYAAABoBFppbGQAZpnTSqMBNgXUaNJ1Wi/lmhaxKwAAABIAAAABMEUCIQCYh/zv9SvpY2JTb8eKpoSSo7RI/dZPxYKUfonB7TI4tgIgJU82q0iddbDgF40JKoV5O4oz26RpzI6i0/fTVsJyUk4AAABmA1pMQf2JcdXo4XQM4tCoQJX8pN5ynQwWAAAAEgAAAAEwRAIgMdapr2Ey5oqog1VPBDWc95swKtyk/hDnCTPc4A9PqIwCIFmhyM/k46ufSDfrvW7RmkGmDYXNWUp9lrVdYGylbRb7AAAAZwNaSUwF9KQuJR8tUrjtFen+2qz87x+tJwAAAAwAAAABMEUCIQCV2YlLKJRj+c/LrDfkUzhr+DJWQiJqtU77NgnmBjoCswIgcb5cymM8tL7e4xvHASrBDN1ZhxLDarAVqhJsKl5AWyQAAABnA1ppbgM+Ijhw92ZkT396S33C6RVzcH0GAAAAEgAAAAEwRQIhAOcX99WggjY1gQLMMffCw6tyqcOmQ5/lJHVI+/vsqstFAiBqC7x42NWtlGZifTM29p21CKa1ruQRRHzNZHEjSk1digAAAGgEWklOQ0qsRhyGq/px6dANmizejXTk4a7qAAAAEgAAAAEwRQIhAKXUuVxHAPdpk80dx8GV87+7tk0VLp7Wd/SwbyBsXmKLAiB91KG+lpd6YG0I7fFu4OmspZKiLyH+P9DxEm73ucv2cQAAAGgEemlvdPsiztQbEmfaQR9oyHn03v0L1HlqAAAAEgAAAAEwRQIhAPWDXGvn1nJLa+WVgXIgrseu9IG1VVtS7HXvT+vgLv6eAiA9ZYLqID4NXSDR/5MhtItG95lycWTIktvSkrTBK5pbPAAAAGgEWklQQ475uJjbVj08YXXCzd/OUCfDY4D8AAAAEgAAAAEwRQIhAJOVjlmKp+lKZfboEDPaiY9UGxGYC43lKuSLfndmGoeBAiAxr9yn92s4t31+vk4C4ZuVjbDGc5/OmvyHfhtqZiZmrAAAAGcDWk1UqmAt5TNHV5+GuZbSrddLtveUYrIAAAASAAAAATBFAiEAipHsu7rlIU4l1w0EjcQ2rYDNQWCPZmD0l31ArMmjLOgCIB7VzqlFqY/4WuXc983GBMYM5XYTcOSFjEmYkIzUtHTLAAAAZgNaSVCp0pJ9OgQwngCLavbi4oKuKVLn/QAAABIAAAABMEQCIFrjRUcJuQIHVFaoXl4H45H+xpAQR0dP59rE0cgeJD2LAiBG8XPhpPlZF5rul8kHGvwWjez1ABvs+YEgXt9p7083iQAAAGcEWklQVO3XyU/XtJcbkW0VBnvEVLnhutmAAAAAEgAAAAEwRAIgNOuACl6K9AErak4ESKFwufb/bHAs4/Eu4Kjp/I1k/XUCIFaie3Rflcx4LCtrOcei3nJjG1MhRKsXrOI7mg/WpRmcAAAAaARaSVRJjdQihgXkZ2cZQf+0yuFc95WcjZ0AAAAIAAAAATBFAiEAhfZFP+QWeycvfurehonSpyLxxcNZBzsStK2n3o7D9M8CIFTKmvNLWSvU2fIlLft99tTXjxIuDTHnR/Q5xil4q4BbAAAAZwNaSVjzwJLKjNbT1MoATcHQ8f6MyrU1mQAAABIAAAABMEUCIQDaPa18TNzuG3er6ueYZ7+fqsgB61AujGp9mY7lf2GrGgIgdaenVAVDmm66j8iD3nVMDT0D9FkBfcsxboSJm4sHbcYAAABoBFpKTFS8NJhbTTRa6pM9XKwZ86hr0fs5jwAAABIAAAABMEUCIQDyA23Rl0IsMdcIUY+lXRz2qLKgVpcJB8YpDPFggEQadwIgauyBhXrNtAQeEt2ItdaZfs7O/0Mc2cvTvkIeNOOK9zcAAABpBUNIQU9TtT3gMWAs2CX+vp8u7flizYzDgF0AAAASAAAAATBFAiEA8kuf8Tfpsy1jW6Z50GgHefQFv/ujZ4OrA1kEKSXdqmMCIAaXak3CrBTkBQj7cNCK4L27mbZza03dp3DclQAcyLpUAAAAZgNaS1PkgVrlOxJOcmPwjc27t1fUHtZYxgAAABIAAAABMEQCIBESqzPLJ+w5VbUh0xdKB1MsSxZeuyh22SKshlVzzQwrAiAE6SvrKjDoUADOq/SNnDxSP1bWKCxC96G1r0l5Vw9qUgAAAGYDWkRSvfplUzB0sLI+vBjHGQvnn6dLMMIAAAASAAAAATBEAiA8E3sz9lvI4uoD2uBkHklB+Rk2O6n/tCtxU1O/y2E79QIgZNPpXXdN6fdDhtBEZsEQehO96L76R4lhdVhWpEYgX7MAAABnBHpMT1So5613xg7m8wusVOLnwGF717WgPgAAABIAAAABMEQCIGWxG15fFsSEH4KRSQUaCnElHPG85zAJoPvEFBed9f8JAiAMQzgjC8bn9Zya3niymXsbF4UgPDhg+qE1/SMtbC0oCgAAAGYDWk1OVU/8d/QlGp+zwONZCmogX41OBn0AAAASAAAAATBEAiAE2gNmadGxowvC8UhI6pVfpi1YKwUPbgW7yhOKCmLiYQIgRoQdh2twC4E5K6UgrG3C0OVDyA6Ypy/Io5V2ii4VMBQAAABmA1pEQxz0AhNde9J9ydIcA64tg3W8Q+nsAAAAEgAAAAEwRAIgOE9bEEV3yN/Y4s+CC59gQftf1EkB/WqNdFi1oMYhC5oCIDt1/VU4mwxhZ+FD+f/iRq+hsKPP2Y72agVPiVcmWO4ZAAAAZwNaT01COC8558nxrdX6XwxuJKpi9QvjswAAABIAAAABMEUCIQDtxpvGOA5UNQaqOyBU8xNdO7mDM5mfKzw4OOd6p6QLgwIgbQCzUaGwhxw35sUBS4QTaZ37JDEdLcrLmVvQJeDgS/kAAABmA1pPTVCRrtUq1CGWklTkjSmqHRgH4YcLAAAAEgAAAAEwRAIgd5D6AhszStp3RuaNTxBhF/TgtHnPJsI8j4Rs71yfJi0CICCWim6GUyzVkuMhQRD6Jbj6qafCte/lgBUrNuIVyJp2AAAAZwRaSU5VxQ70SRcaUfvq/XxWKwZLZHHDbKoAAAAJAAAAATBEAiAPKaGrr7pGsy29vJJzST/dVFb7EfTOBzbOqFD80ubxuAIgELC5RSo+t252ceZ8mZJZ7uhC4plTil2WFg/kKUkISqYAAABnBFpPT1QTQaIlf6e3cEIO9wYW+IgFb5CSbAAAAAkAAAABMEQCIDXckrg3kiLbFeeJaHaLfi4dbr6ohnrI+TVcBDusqRtoAiBclRvWM1nzbBtPIoIWZyvcpZowd4lwQFci3tMxgO73QQAAAGYDWk9NGiMedVOKkxw5V4XvXRpVgexiKw4AAAASAAAAATBEAiBTwi3LZiGeRS6DlyqymtwKbE264k+swvH5HnU2RPaYbAIgZLXtH0XWPVKi5uYY3IaZhAuBiP0waRvoVZWN30Inry0AAABoBFpPUkHY4/s7COupgvJ1SYjXDVftwAVa5gAAAAkAAAABMEUCIQDmCJzCkn1x1ZoeH+S/OBDhxe8jUd5RzG8iT3OmGVkXWgIgOZAid3Nsg4zQEi9DFmK1Z2tumgnVD+Inz9S2IoSWH9cAAABnBFpPUlSCXNQgH4oruxppZo6sTl+nEoMnPQAAABIAAAABMEQCIAWtuXywxE2Y+MQNLhiRJqotNfPKeOu+8v9zEhxEZp/9AiBKRbho9g6w/CIIllLTtTs5+RoecHJuNhJY1d5X6jYI+AAAAGcEWlBBWe/+pXBn4CmZ/c0LtFwPEHGilHLZAAAAEgAAAAEwRAIgJiLXDBqO5AI//xauuQ8meDTb4t9d5LAao8hlnBwCzxoCIEELK/Ni2riSMhS1vZc4wg6trDZ7QxzQgTqBT2eglDqQAAAAZgNaUFK1uPVhb+QtXOyj6H8/3b3Y9JbXYAAAABIAAAABMEQCIH00cefnOhEgmmG1h5qWJXn2hMNWwBnGqWo8jbt2QtRZAiB81bSULnhmWmJtXnV7tZCg8EZGe2OIxs0JDCNY900AQQAAAGcEWkNPUoP/VyoXV7nkUIywjxOnntFix1bEAAAAAAAAAAEwRAIgVHt0gvfaNeDgXKxZ9HT0+btj8m2MJGtaOYHMpdRTB18CIBBUqxc84eGl4jE9L5qVL9T0WQl1O+BxW9LOtByGWpWCAAAAZQJaVP455qMqzSr3lVyz1Aa6K1XJAfJHAAAAEgAAAAEwRAIgU0nb3tP96Qilm0mL/CuVPKvY4B+3DOF1dcV+rU+CsyICID4zJv86/xLyBT24PuegpJY9aSS68bOcwcQuRchQ6cWkAAAAZwNaVFjo+fqXfqWFWR2fOUaBMYwWVSV3+wAAABIAAAABMEUCIQDEYO+C//tbzGktUtKQbZhIkBJq56P9LUEtkULUo5scJwIgJ2EGdNd865iwKc1M6i0oRPf6QvxpAfqz6T1ptX3X0IQAAABmA1pGTBn//RJM2QieIQJtENqX+M1rRCv/AAAACAAAAAEwRAIgNOzbNboyDbS3JVoWAwgrDpiiXY6zD33lJ/d43kbJ5ZQCIGwjO32caxU2YBdLsNtBDNZtFTrZC9ucBl0THiX7zYSiAAAAZgNaVU3gubzVS/inMOpdPx/84IhekRpQLAAAAAgAAAABMEQCIGdv/RQpchmMHawozEQKGJ/5JANy8y2U/cSaJC+M0mItAiBzg+XdUdVW72H9xVI9mmGfeVxPY02axRZVduRYqT9ztQAAAGYDWkxQlNjbFIMcLAiUN5hULEUN8oRJE+UAAAASAAAAATBEAiApuz33kxY8K1CvnfCcgr42Bw7BHYjN5roIJ15K73ODswIgVtQzumxpLZxy1H4E6Y+IshLfBQtA5XqiHiyzSrnUBoYAAABnA1pZTuZe58A7uzyVDP1IlcJJia+iM+8BAAAAEgAAAAEwRQIhALSjOlVZss9XUqte1JvUoFkMUuiBnYD0kkM1L9S0D25uAiAaTn4g9alAR97HoCg8UprvIu6GWCZ+ELhe3+7oWDVBGQAAAGcEWllSTx9r2HZvioqlj3RByN03Ca+jpWICAAAACAAAAAEwRAIgduHaGZuOgThp9FeoHEK36fPAiXgj2Wp8DSioyS83fRoCIEYWh3BtKiYC2vnCcUVIxTQCrplWFLVIcQK/xRAFLwnxAAAAZwRaVVNEvw88y4+jhaKHEG+6Iua7ci+U1oYAAAAGAAAAATBEAiBl1Kc/sAMp6XPI07NGY4fFdDCb+BWOwV71IYreXjwzFAIgIArpbXQcLznyY/hJ/pUqSNo5AEMG33lSlxjlj/cyka4AAABmA1pZWPl0tfmsnGYy/ui3bGGwJCzmnIOdAAAAEgAAAAEwRAIgNs1WUWma6S9pZ45C4y9zXoutnEnBbPyK23XRhCowXegCIBwz7wDKNvZPcE3oubmB/WRBbYVCJteXfhXS/rqJaVTiAAAAZwNaWlrHXxWtpYEhnJVIXFeOEk3zmF5M4AAAABIAAAABMEUCIQCfdKG1A3cObSViQYqH9WO2Hdo8VndkOgEViRhPtIrkyQIgH8PR4ivh7hoz3/qtNZ4BzsDs1uP6EMV9IupiMaxLNPQAAABpBVpaWlYyk+0UAXL/Im2tH382UEibjaoHrn8AAAASAAAAATBFAiEAyMRJDDVG4hx27GuPj5nT9CEcsgRSnX9attepeoIAXcsCIFoH0nGneZXDXstN+Uylcj7XZIlwvkd0QGNHZS5cwZrgAAAAaQVXUkhMMRl5XhsPgcQ37D/Od/16tDkgYGlxAAAAEgAAAAMwRQIhAMyII5FuyABxcAGUAku3NnTUY+QFuHuoIVCrQLbYUKNxAiBFZLkhiQa4Jx6ENRfywRwpv3l63+7Q9LBqfwFKezoRAwAAAGoHKlBMQVNNQZXXMh7c5RlBm6HbxgqJuvv1XqwNAAAABgAAAAMwRAIgN5Xd2f66jd/vUGosTglpZxl5NSd572FuGK4Z5Lt7D+MCIG3RBSUl1GyZaVFcRA8BZ1+ZHCtWRP6E0V2qfRw2dm93AAAAZwRDT01Q921KRB5LqGqSPOMria/4nbzKoHUAAAASAAAAAzBEAiADUqGt9aQOzB8nsjJi3v5WFaERxB0GqicenRZ5OVs99AIgBXyFfymD/0DFcNkvamnOLXOJkqYz2ZUGSuv40v2n5FUAAABoBGNEQUm8aJZnwT+yoE8JJydTdg44qVuZjAAAAAgAAAADMEUCIQCFAfjgpYUpZZH7pLqGEpQK0s1F2wi61uZWeD1nY+Y19AIgSZdNeDOy9TJdhUfppMI4jdfYqN+P2t67s4GDoWYIRWoAAABnBENFVEiFnp2KTtrf7bWi/zESQ6+A+FqRuAAAAAgAAAADMEQCIA00y8TU6jZO+BKulkWpOsts8OQOwBNzBOr51Eh3kzi2AiABzWNjcZkHO4CxrjO65Tb+u2Bfkj3zj2Bln3C8lgffcQAAAGcEY1NBSXrGXg9tug7LiEXxfQe/B3aEJpD4AAAACAAAAAMwRAIgBTa+OmKugTufLhay0PQlKackmQTuZzqgxzfstg0kdf4CIBha9sHyYn4VqrghaG3W/5ehWCSsGQzmIW9Qis4zTDvVAAAAaAVDVVNEQylz5psgVjvMZtxjveFTBywz7zf+AAAACAAAAAMwRAIgXaY3HdeWrrjcN9ry5G2fQGDgL82kMinQs4uAk9wUZJ0CIFh7sRAC28t1ppNjT5aosXuu96U6oxyI25sY0F1cCnrSAAAAaQVDVVNEVPaVjPMSfmLT6ybHn09F0/OyzN7UAAAACAAAAAMwRQIhAJvF+DzTvnfmJvbJRKs434lty2ybgPn3U4iQFQg/qUO5AiAurRvNJbkjFeHfhL2VjCfw+X1ipXgBoKcMcFrDk/APkAAAAGYDU0FJY/erLyQyKuLq1rlxy5pxocwu7gMAAAASAAAAAzBEAiAfF7I3mvZjvTuKNxZ7SVPZ33sx1i5El086zY+ZOgBkRQIgT+H+NNug538By+dE2yKnUn4AeAY9veHcJJ5rHK9pBncAAABnA0RBSTH0KEHC21FzQltSI4Cc86OP7eNgAAAAEgAAAAMwRQIhAKDbVTlzyf4dJDqXMWZIiMJJNUA1/H2EH8xe98dONXa3AiAYWi9TfOjpFw2EVLQcBzXuHvxRDuwvmbWs71xImWX77wAAAGYDRkFV+rRuACu/C0UJgTR0hB4HFuZzATYAAAASAAAAAzBEAiBAX6wDkKJOD4CbK52ITCi93htS/00Wh2Kqn78WWlTqLwIgel+JK/eQzBfAd0W6TXMr2Pgr+z6s+bQCWdLkHN/J6WIAAABrB0dJR0NPSU7GsFgfPBW1YECsRROTETjWrNWXXgAAAAsAAAADMEUCIQD7TxMHyd9/UyQ6RXyebzICf5apymSTUkkR0xWu/pP5YQIgNZQc5TIqNZ5m5x2PRKy1qsskCDttROEH7VcvrgRTCpoAAABqB0hBU0tFTExjZSud05VlMysiu4FRBMghCTSuRQAAAAsAAAADMEQCIH9Z0cpHbnAkQNR47gC5xyZjJ/oX9W8/BhHTTG4wg5WbAiAoGlxaZyIGmI/nB43jMjGobV8UiZF5UdNiUB3TDbLrKwAAAGkFSlVOT1S9gSqudzW257zD7437PLBFfPwq1wAAAAQAAAADMEUCIQD00KNSmmOM93AwMhmMUlL0YqCpUmlTYAokuj4yMxrIvAIgRtExHadLce1pKOYv+yt17l6vIzzKQVvR56eF/oy3K94AAABpBUxHQzE4V+i6KpFShfmEmIKCq5NGwTNqThEAAAASAAAAAzBFAiEAgXDPWBLQn7QnOb5veg2l9ZsDiueXX+f4ysFDp0lYqmYCIFOFr1rHtL2/Vov86apctvyxnDjeG7MTV1hgcNcr9J0sAAAAaARDQkRDGkGBGPexkEyoYUTC3xSEDOgjv7AAAAACAAAAAzBFAiEAuQhZT2wAE1FjfCjwT8nrSMyLNUVDjcRdKZltbhSEUv4CIHDFul2/iVHliR6nY8lz9/ZNyi5HlqeoFaXNpdGKlenFAAAAZwRDQkRD3qdzm9khpWK5TN5q85t1LDH4NIgAAAACAAAAAzBEAiBe29gnfxFhqVY4EQoD9xT93i486IB+8z2Ty95SWHEdIAIgORR1fhQay/bT+Re+CYoMSZaLbRK/HOeZZEbxW2MGcw0AAABoBE1FUjHF4FykzdWYVEKTXtuPkC+bmD+ROAAAABIAAAADMEUCIQDld9cpNUG6P6yWt6bca/ELTPrLHtWctrh7eMhRVoX2lQIgFgYAlRDZRkyKX2rv2CIItpTixR+JrcdZ+Di0dhfgGZkAAABnBE1FUjKiRJnHmm/7RFOHn7hRf41Mf3mMFQAAABIAAAADMEQCIALam8ROZ8Qrqd9Z7fAP09+41yjNAR08O6WoGvtCyxs1AiBHsWrTWDz7YpYOU1x8MTPQIOgSrU0dXluSg1kGediKhAAAAGYDTkdMFTKBG6bFCFaSgP/zkxxp+TD5CBAAAAASAAAAAzBEAiAXePwnn1PkiIGOc7KVIGB4MhuWOkjANxFzcLZ14SaoWwIgLFE7zJ/5QnUVWri3fHVeQvJfkKMiZkfNBQ/ofxtKpokAAABoBFRLMTngM6+MnTI1jioCnJppaO7UyQ/VYQAAAAAAAAADMEUCIQDq/+Qzv9BCehnro7oGMGWWZOQJfd5sIDuZOR6eeQH7VAIgSDtdFh5KvCQL2HCU7coyvgXlSK90CFKlPaoemJnN8doAAABoBFRLMjBUuvfOLpaLkC2BJyuNlOH2EtQDBwAAAAIAAAADMEUCIQDE70MbkfuT7Q33Z5HeUtw1KgsvfYoDSjFTrtw9y/hJWAIgfPXnkgc0gaC+BQqKzbNDEkotxqAu5KuOOQH3zf5p+FoAAABpBVRPS08xeSFYrIZkH1YOpIIek8ios72iVN8AAAABAAAAAzBFAiEAnqyLNbs6qyusDmlNDGh36VYLfQHhv+SJtsksdXkTf3wCIFsw8ZdGPNIPvsl5r2UsYogex1evMw47whqo0lWCzsOFAAAAaAVUT0tPMtPKVprkD/XuHR53z4ixzgqn86RlAAAAAgAAAAMwRAIgfnbJhoLbLXljHjoRJtgzZjhCRkE/oZEaf2qiNV6Jw/UCIFIhvOSVRKZ2Gz13bLCVlNx8hdPy7R4Pv1srj8K2Slf3AAAAaARUSzI0D3vA62zt+Hs1ek244rqNVXoP1rIAAAAAAAAAAzBFAiEAiup23i+cpg6VdQbbFjk1HU3Eng11b9kO4dgYk8OiDrUCIDRpOPGEG/eCZP/OKaUw82ELSJjFS9dJKYCROav4XFClAAAAZwRUSzI1+z3XQs6fMLpWQjc03nM4GdACYVkAAAABAAAAAzBEAiBNagbwO2DDWKZQG4aNywuhD0DfG6cOqgq8cOAtgU9asgIgI/swXnno5ay6jepIBoLI0zWfK/uS/ZSz1OaUxZSMpfIAAABmA1VOSR+YQKhdWvW/HRdi+SW9rdxCAfmEAAAAEgAAAAMwRAIgNzjLezPIwFwXcVLOT/5ufYyIbT5fqOEmC0Z8Rvy5lf8CIBKzV9z/PBbsdU8y9qlOJ8D/4F6Sf8HaXXfkS8V1o/t8AAAAZwNEQUmtbUWEAvYP070lFjV1AxrNzgdTjQAAABIAAAADMEUCIQCVbNVV318K4lZpc1BmpMCkrHSLWPvaKn9H3oIK6ytPQAIgMhwl707OISuFhVIHNNZ3SHnUEfZzwUjphBYGmomVFX0AAABnBFdFVEjHeEF+BjFBE5/OAQmCeAFAqgzVqwAAABIAAAADMEQCIGg5Vk+ELe3MS7WtXZNUDCbiSAvLBY4ZD/9PMACJxOI1AiBjUJVpCBCZJE3ueDR2w0RA+3uiH3KJE0uG2mgWwjepXwAAAGgEVVNEVBEKE/w+/mokW1AQLS15s+dhJa6DAAAABgAAAAMwRQIhAPY9tXzdZTPD2dTG8F8IvlXwahZ4Ft13CNidCRbZLILvAiAW1Uuys9GNGZjb8EdqzlIOxijz6U16aDiZSPwpxZAavgAAAGcEVVNEQweGXG6HufcCVTd+AkrOZjDB6qN/AAAABgAAAAMwRAIgQNflhK/HNlZRPWWWqXyVZsbSynL94YkOOJzp617ciNQCIGWUUMHr90fs1XOWzZrDfIxHhJjN9b9jvRhxrTUDULfLAAAAZgNWTEP2LvF7fJGbhKnZ8zYJuyz0QFpWggAAABIAAAADMEQCICWbSV/dHU+FLrJEdSVHxN3VSTopSpmNFWM8nO0PSeLpAiAEMpfhtZqBYfnh1/F2aIqbHxUkZ8aaHGz+Ax5AAurPNQAAAGYDREVM7GQyuQ5/1Nn4csxceB8Fthfbhh4AAAASAAAAODBEAiA48AdRTOYUaIOAt7Jtc86+AyOKpc/m/CBQDpEnkGBdAgIgP94c4/Jay88MLzl9pzKBokf9WmojZPXpWtr5J96bhlQAAABpBTFJTkNIEREREREX3Aqni3cPpqc4A0EgwwIAAAASAAAAODBFAiEA9Fiu+pbiXmy1qUhE4u2XtEQj6P/Mmn1cWLTDwGlANjYCIG8KvVYPQ7tIo0xl07tAXvDcqq5q0ZKdOUQYjNiElop1AAAAbAkyMDMwRmxva2mjXZWHLY6wVussvWfSUSSmrddFXgAAAAQAAAA4MEQCIDOGEHsubfTCmQ6LerFMIAfjZ/Otq4KLU5BeK4DG+v1aAiAurv5FmRH43epdK1Cd15Zi3HXKDxcTpaaGVuVO3r4T/AAAAGkFQkVUVEEzdiX2BjthNlNURW9m4/0ENvdKUgAAABIAAAA4MEUCIQCCO68e9InF7r417d4O03Ra9zBH7hMfy7ob36Lrhp/gIgIgYjaAZlyk7S2thHaKBbnr9kYfmVe/O9GxCqc4d6ENNQAAAABnBEFCUFO6zGAhtL8oObR5sWJLUP5TF16jyQAAABIAAAA4MEQCIA1aMWx9AOQd+zT7Vdjdq8kZwZdUBDmN6wDbNc27uPxVAiAFQQdjB9UCAOk77uVB6b0p/KcbT1LD+WTE8uk3n0LZCwAAAGcDQUNTQZfG7zh5oIzVHlVg2lBkt3OqHSkAAAASAAAAODBFAiEAnbV6pDlY/woWGtV80G3oi8uO5waQIRHM4ye2uUyIiLACIGuTwZK9r7N+9Ql1L9SeafLNwY1DPzXi4xQvoUIm8VqoAAAAZgNBRFhr/0+xYTR6195KYlrlqjocpwd4GQAAABIAAAA4MEQCIAONBgngf8e9Sb1+rBNGxPR+LJ5m7qHXBqQdLDWpWRsVAiAT220GeKtTimVhiWBgE98xvoo0sxoUblHu6Ijmq/qbpAAAAGgFQUxFUEiC0vjgKvsWDdWkgKYXaS5i3pA4xAAAABIAAAA4MEQCIFu3Hf8q9HCgF6ledMK4meqTuXw468lr6ZJvaJxXhRDzAiBWOQSVedJBTo1AZYytODsH4E5FBpF/ZITUxe3aYbXqJAAAAGkFQUxJQ0WsUQZte+xl3EWJNo2jaLISdF1j6AAAAAYAAAA4MEUCIQDNwvyskkNFVYkmPzka1gIxPhQELfwJ9JKWqFwXaJ0kiQIgN0KmM9lJK5dR95Suwgo+6TP5ezk/bM3ZSAT4YxDutHoAAABnA1RMTSIiIn4iEC/jMiCY5Mv+GM/r1XyVAAAABAAAADgwRQIhAPLNvUE9NzCyDPICOIuQNhyOq8jvp0Jbgq1m13PDZ4hkAiAkgyH45yJJZYen7gIP+MYSVRnDdghLv3IzHtcF1iINzQAAAGcEQUxJWK9r0Rpvj5xEudGPX6EW5APbWZ+OAAAAEgAAADgwRAIgfCdI/sSjmEceSQyLhuIidPeW+ISgbFmGNuD/EvxzLTYCIEQYGU9/rRRr7qGYXYCrZ7xeglrEqKlPDmGJEIW4/z1LAAAAaAViQUxCVHL6pnnhAIrYOClZ/0jjkgQqiwb3AAAAEgAAADgwRAIgFITVSNJQ1kdNOMo0YVf+aCJnfswsfnJ4Fgt+k4/nPAICIC300qsU6gs2TVSiGZg/TrYQroQvg6ow2Y7NTwSj34+PAAAAaQZBTFBBQ0GPBSjOXve1EVKll0W+/dkdlwkdLwAAABIAAAA4MEQCIC0YpDrXz7Xg0o+GPqpJf9TZQ6H7Uy0v2MU/UcGeZ5sFAiBm6tECTRMYT95+ytGN5r1xq3xfcgQflz5Dt2PwzPEAYQAAAGgEQUxQQcXmaJyciwK+fEmRLvGeec8kl38DAAAAEgAAADgwRQIhAIwsrGUJi5qCHNTqUrbEbR+aN4DGZbHOqVX7lBrRpkoVAiAf4If2+kDHBHRv+JQZVQWQkIhXu9maGb79rvJfeouwkAAAAGcFQUxQSEGh+qETy+U0Nt8o/wruVCdcE7QJdQAAABIAAAA4MEMCIHohJmFTFr3tFjoAvpkiVOBcvZH/z2ueZlj6DbKfAOnXAh8FcV0a3Q/XfWSXARlkNOU2QNdYyak6wtTEn7XEfLOuAAAAZgNBTFWCY80WAf5zwGa/ScwJhB81NI474AAAABIAAAA4MEQCIGDa9P7dwwOYx5TiDreKRuowtdTQ2PD1sBD/hcaqsN07AiBxcWjj540Y/gLq2lOPRTi4PDZTpUTic/6aiL+4uLWNkAAAAGcDQU1DFJb7J9jPGIfSHKwWGYeCGFnKVroAAAASAAAAODBFAiEA2CdRqG98Gp7OSTNnJ/SwVT1aHf09xmsYo9vCIRoMc5YCICwQjmgt0fjU8PAjVgZP+FN2qf2PHsbPGCOMdJ4g/YEUAAAAaARBTVBM2wIbGyR/4vH6V+CofHSMweMh8H8AAAAJAAAAODBFAiEAp5+sHjXKdwRzfiVTBH+T+ByY24PnAgXR3np6yCdduyQCIBPic4TFrMukCBC+v+KYyi2M3157lL7MgrGzDBQc9W08AAAAZwRBTkpJ/GGf/MDg8wQnv5OPmhsr+uFb34QAAAAJAAAAODBEAiBEstqWVRVbo64PwPGQjssE7gDlfWM0N+GI7aXowo4UOgIgMgY3/G7V8xaMSE+stjukuu4PcfouWejTKmy4FsrCFhEAAABnBEFOS1LzB5EKTHu8eWkf03SImzbYUxsI4wAAABIAAAA4MEQCICrdeRas/65HuPB1n01jvhKvY0ovW8wdOYE6S4LuQQRHAiBv9xdgo9kiGHIjnxxHtlfuSbiwpudMzso/+wecmrj4hgAAAGcDQU5U0oPOes0Xf3z2yrt85bEf2jYFZZ4AAAAJAAAAODBFAiEArs7fkwbh0g0RdDHEk6Rn3dIe5AT7LUH5Q6R6Njb5GeQCICu+eOuOYtSXvm/6d9/+S+7nvmT/uMWbMWdFlbSqk+XAAAAAagZNQVRURVIclJGGWh3nfFtuGdLmpfHXpvKyXwAAABIAAAA4MEUCIQCYyc/QRbcKBBx++GAQySXa/sbiaPnN+MLc17Bjtr7cPwIgWPZYctTu1eXIKLXshPtfYrx4zM3hKH4RJgy92GIhB7oAAABmA0FOWfaMnflaGLKlpfoRJNee7v+60Lb6AAAAEgAAADgwRAIgc1uKUMWUaeEKTrtHtTvy3OL3KeuWnSCQ56ZLXgDYwS8CIH6niqNJmWRMaCwRpbodpoEHXpW1Krbl74cOz6TRYHMHAAAAagZCQU5BTkFgPH+TLtH8ZXUwPY+wGP3LsPOalQAAABIAAAA4MEUCIQCBUWPJjhcKQEAnZ3eYjDClfv7cPqx3ZVl0BYBNI3j9awIgdN2w+/a6hKEDoY8wOMlPrbLcq0MQMyjS2nqKlW7uDfoAAABoBEFQWVM336z67agBQ3/2SKFVnXP0xAqstwAAABIAAAA4MEUCIQDOapQVmjnYEzFi32LDvxTfBV74aiM8HdZYhIehBRalggIgRspTVQmX3eV8lfXR5QyWU+0n3QPn4fCBxLbCL+jpZ2gAAABpBUFSR09OhR96cAxdZ9tZYSuHEzioVSZ1LCUAAAASAAAAODBFAiEA7T1NvJV/ZVL61qGBZ3WzXDcviBTEyfCi/cmM2dCmaqMCICKPibZf7CVBYEXR8XsvY8EQ8ynf1BxrP8MwG3aEIBLIAAAAZgNBUlZmeesk9Z3+ERhkrscrRD0dpmazYAAAAAgAAAA4MEQCIGZYuu2u1FvQgXw3XBg0eC5IQT5O/5HRhTk7JFMbjlGSAiAnDUG+TMS2ApGm+PITmzTLAad/2FHuBemlY/XHuJybEwAAAGgEQVJQQW92nmXBTr0faIF/Xx3Nthz6LW9+AAAAEgAAADgwRQIhAOi6rdQaz6zNutkF/Z6Ei9dibIlyaxSQG2IFrQ5ujnrVAiAdj+ekCWD5m03fi2yoG/Z1BPOpy0ZuWrHnOSdjCkcmOAAAAGcEQU5EWLY6kRrn3EBRDnu1Urf8uUwZi74tAAAABQAAADgwRAIgT4Od2GKrjcWNLu0bzf7Yt005ZwAwzINfQSr6hSpH9qUCID25i+YCvPh172pSJ8dGKQ6bB43wqKYfcjisMBgiGV1YAAAAZgJBVY6i+JDLht+w43YTdFHG/Zgq/vwVAAAAEgAAADgwRQIhAPqJ8ZmgB7fDEbk0go+0AdsAloBK7qRYGgEBt0T5dp9TAiAn+J6RLGkS0GY4Lca1AaKRHJ0dcAmXdSC392rex+R+/gAAAGYDQVRBohILnmdNP8OHX0FaffUuOC8UEiUAAAASAAAAODBEAiBiyRdMiIOlifS6yiT0EcLVQNNt0DvztKdRa4F0P/wOXwIgLjuI1hQQHVeeqs65X/clhlLYKmYsZep7XgmV5zsgmg0AAABoBEFVVE+hhAiKdAxpXhVvkfXMCGoGu3i4JwAAABIAAAA4MEUCIQDW6NuFCvgD0sqFGAGMZ5KQycTr2hgoFlzh04QVjTGUOwIgCSRjwDB8o031A8OGI8VkMlB5G/C+SQQz+o+vvPw/alwAAABrCEJBQllDQUtF240wt0vwmK8hToYskOZHu7H8xYwAAAASAAAAODBEAiBa7nzBXRyrUIJm6pdDjG+ZUXGHFtmgEpPmR7ptwzOpkAIgeCEilwuOHbEljEQGjHmjzCM2AJpTiWVoCE9gw1iQdyEAAABsCEJhYnlEb2dlx0hnMFeGGnlydc2KBoq7lakC6N4AAAAJAAAAODBFAiEA2Xam/xsddULVMynQ4am/ZNhsXbbfcE3IKdsQ7QoDwMACIF4Mm0y4fnAPm0vn0pLMjxwKQbA/583pLtM+7cZ97FaoAAAAawhCYWJ5U2hpYq7PbRr/IU/vcAQnQAVPD20MqpirAAAACQAAADgwRAIgDIpb5reHKHS1VLQwp2jgqU2bn6mEq64UYeQRONLXjyYCIBR33S57jv40+/fYs1QDka+aFCqxKOOMKR+PfM0YjpOTAAAAaQZCQUJZRkTiT2vHY1UB1WhKlj9+dcgGK5wOpAAAAAkAAAA4MEQCIDFMmZCrjWVjlJ02ZZrq3vpGghYdoZ8BPTdxdTjww0JAAiBwspEY2+/0FewQOlVcI5xSfV6b7fh2o3gWfxlMkrRCOQAAAGoHYkJBREdFUh9yFv2zOCR1EuyZcVWHu5e7+W6uAAAAEgAAADgwRAIgFdCVChYbHBAVqNYQ7h7Te8vTFIsCRWEWd9Si+pftRFkCICQljy95vK0aCb4fCOO9I5wN3eoN+21xh0JnzShi7c+oAAAAaQViRElHR1mG1cd8ZeWAGlyqT66ACJ+HCnHaAAAAEgAAADgwRQIhAK2MlQQoEO4C0yjQS67pnyIkLN7dDBZDF73ZHn/bWpZIAiBUCYkJXOjHcui/46jkrrIYRuTv6M9IiAzbAvCaXvZNSwAAAGcEQkFLReAt+ePmIt691p+4OLt5nj8WiQLFAAAAEgAAADgwRAIgCSDP4yJ3UPEoT46zzH0C0/eLxsfShvMY6WAJsrFwk+wCIEj0B5L8B6zLHL5qmCDwt3Erk6cmL8y/TXSDt+J89lYkAAAAZgNCVETRECMyohPiH694tpwDVyAx81UsMwAAABIAAAA4MEQCID6B6aNCFhiY7zKufhwOI5s78vluL5HbRltHEWKNTOdCAiBmKoRtgWz10mAFDIsBlCfTs7MHzyjjtgKdMZWBgBiblAAAAGYDQlRTwuGs71CuVWYYVejctyrbGCo8wlkAAAASAAAAODBEAiBJq0RktetAP9YdMjRlsusHpGtP5BECk3/wFu5RgtG2LAIgVxDniUQ7nUC9SsZKnwaC8z+/Kxor0VIOHeT9/MDMpuYAAABnA0JETxkLWJz5+43eq7/q42qBP/sqcCRUAAAAEgAAADgwRQIhAIPIO5U3XPkj5pnpbCaXbaPkgsomEumW7KktuorWhToGAiAmGacOAOldARujFjxNAZAqTbUPi6pRX4XfIRnPb8JGLAAAAGgEc0JETw2TGVZb5/U87+hK0gG+P0D+ridAAAAAEgAAADgwRQIhAN+hDuvC6fbaqSNv0bhxjgXSwUf2MXm0ES6Dwsl1d1hFAiAsBcm0A7IsvDfBqEBJexFH+yuBzcoO79HxDnhbMezpAQAAAGgEQkVBUsPq6bBhqg4bm9NDYIDcV9LWP+3BAAAAEgAAADgwRQIhAKJZF6FYAy1c2Ok9Nu4AvN/4UJfTooqcBzbi/BQZEHSKAiBblnLlIgLSyTA3105IIHC+EBK6X1TlIWUi6zsfOc4A2QAAAGYDQkZJgYWYAbAXZNTw+l5kcp9abDuRQ1sAAAASAAAAODBEAiBPftSXGKrD26rljYMZoxIGYh2dZbOmNfGSXpUJ1B2EKgIgMUvIAmIyyN7swmE1f5INDtKhBxToULZ8eMkHs7rFYiIAAABoBEJJRknKP1CLjk3Tgu6HijFHiTc9gKUZCgAAABIAAAA4MEUCIQCsVUy5X/mLjxh1AP43dn1agIQ6epvx1T9THrfanmXgogIgabpDmg1R0q3zgN+gPm5JrqxNjjlkJZGYSxb84cifkRgAAABmA0JFTIRD8JGZfwamFnC3Ne2Sc09WKGkvAAAAEgAAADgwRAIgCjsIWJmy1MdSr7GFC3ttjUwRvGOCnE/y6/A2dmWOsJECIFgiNfKJdNSxopmWfwNrLcpqpTivHq5194pZij5bxTWIAAAAZwRCRUxU4OUUxxKCtvToI3A6OTdM9Y3D6k8AAAASAAAAODBEAiBcV9pM+HdaiAkg+oolYN0hXrgxVucuL+gcYdabCElcvwIgMeCc16UZ0tC1YHPvhCQJFr94dp/+Rh/F+fzbgNJ6lO8AAABmA0JFTXuGsINvNFTlDG9qGQzWkrsX2hkoAAAAEgAAADgwRAIgQFksukzT24ItfQ5hXBdCxukgPisdgWslJrURaLZ2JEMCIA+7UWnrpESob/kFyL5lUWc+uSeEJyqLAeSGbj6Md48dAAAAZwNCUln4Wb93y+hpkBPW28fCuSaq8wf4MAAAABIAAAA4MEUCIQCvB9GdXw4dWLwV6RZCcEE/SuUhxwtQI2UhoObuO2iqFgIgfFxrI9JPX8nXnS3x81N4WJ3eHaMtPcYC+g58q4W69N0AAABnBEJFVEG+GgAf6UL5buoiugh4MUC53MCdKAAAABIAAAA4MEQCIAXZlh7+xvGrWAIHpqWlO1/xLkYtX+M29pfhx1riu7XnAiBpVDtnYK+e9dhKeGl5HVUCfLUaOutGgsExCsAKNNRnwAAAAGgEQkdPVvjgJtxMCGB3H2kez/u9/i+lHHfPAAAAEgAAADgwRQIhAM95ukjfssRF/eVpAhiwAC+A4aElqdEiYQ6A3IBdg4jLAiANA/bKvSlCWxS94zDdVEYVwo1QbccDgfOJ0voQbZtAbQAAAGgEQklEUpovVVbppjfo+86IbY48+LMWodiiAAAAEgAAADgwRQIhAIjHaPbpmGx9M4Jb0ydkofpFDaBwMHDrBfI0pj0o7pP+AiAzQd0eKWpVottSG+F70wVneDsZt2YJHJFDvuj6zh7ixwAAAGYDQkhDb9fJhFipQ/Rp4c9OqFsXP1zTQvQAAAASAAAAODBEAiAmexOQMdTwj8GQrmhH6m1aAtkQRG4odofc5s9Z4I3g3wIgVVFkANbya0xr/HEvOkBp0Q/ASvT85VRIjpcx6WM1mJ8AAABnBEJNT04IugYZseelguC85bvphDMiyVTDQAAAABIAAAA4MEQCICT8G6HSvHchMgRkXBeOaLFNDXf9+2NHYceZcgJHkz9iAiB0tqrqpQy5ujBEPgiXIQlCXzir3+tFEqSXu4VjzjAlsAAAAGcDTkZUH8kATsflciiR9fOLrnZ478sR000AAAAGAAAAODBFAiEA/RqQWkIHmre6WsqE2U4IEa2dj0sAvywAvSnwhik8OUQCIEeUHJ93ftOrLZXGw4DjCC6rIdV2fVU9OD4q81J9EdxJAAAAZwNBU1KA1fksLIxoIHDJVJUxPdtoCyZzIAAAAAIAAAA4MEUCIQDsA19ye3lBayb3GdxDUguP/peyYzFLphT26/fSK9tp1gIgJEe/Ac/QWR58s1EUVTXsbiLaadiaduJarrIejWSD/FcAAABnA0FUTSXp0FNlyGflnBkE50Y6+fMSKW+eAAAAAgAAADgwRQIhAOdYz8vDZgIS9JUZ8Mbfs9HmG8itt5+9/KoJgBQrV59hAiAlJVY6eCHJPoCIyi4PaEjj/BLa0IOq5O8sqz1bth0vNQAAAGgEQVZBWBzgwoJ+LvFNXE8poJHXNaIEeUBBAAAAEgAAADgwRQIhAIHNRLBsOPrQPJl5lcalUFsfMg+MQGnI3mESZD2DqcGrAiBAtPqU90wNwRaxtmWh0/faoTHMw2FIXJItvrQTiym74QAAAGYDQVhTcV1AD4jBZ4hLvMQcX+pAftTS+KAAAAASAAAAODBEAiBpGj9kTflO7JIggpSEF/sU2eU+pHOc3iYG9CNNP5/AQwIgNwkpW4EfMnChbN8F8ZDzaH35xLEjFFR8foXKOZL/GL0AAABnBEJBTkStbK6zLNLDCJgKVIvQvFqkMGxsGAAAABIAAAA4MEQCIFQecBXyQ4Aw046L3hnh4xFbtpDBeDrtsWix1YzIdRovAiBNM+YnQXusWnCAh5lQ1+bPTty2VJGOrQ9GwjFeAdy45gAAAGcDQkFUEB2CQoQ3EnvxYI9pnNZR5qv5dm4AAAASAAAAODBFAiEAm851DFk0hQaQdYhyJBAO3R3bHBwZy+xzuDpzIo41Z9MCICcIvX5YIawveZDeGRKsl478Cc8KxZyrMRiiHNXew5vQAAAAaARCQ0hB1HXJyTTc1tXxysUwWFqluhQYW5IAAAASAAAAODBFAiEA1Iu9SR22CPCUezVkFgMCr/z7vMozuMK/xZHFn41EAkkCIEBGltOGNX/lzdEcDzVKSb5MPyzwEVePLCjPhgQTIdp1AAAAZgNCQ0iP95Wm9Nl+eIfHm+p5q6XMdkRK3wAAABIAAAA4MEQCICM5acN0fseFQ+sdlL1/DPIMv//+hOxhNd53qQm6ry8LAiBx2JGOGI3nzwgFuxOC1/79tgSqytfFhn8HNyiUmWcFJQAAAGsHQlNDLVVTRFXTmDJvmQWf93VIUkaZkCezGXlVAAAAEgAAADgwRQIhAJk6Bc9fUf/BOoH620R7eGVUh4uGpvkN4TTyCAGxnracAiBdlpdOwdbSc8vrq4ArKoZeB6q3RT3BBAsEW8e034J+PwAAAGgEQlRDQnEw0qErm8v65PJjTYZKHuHOPq2cAAAAEgAAADgwRQIhAJbzvLMljIH+zRvUcZ3LdqFnAro79uhozzm2MpUn6nR6AiATBmByT+RIqc1dgqx3OQEq8B3dJ8KHoNzC18+OiLHl3QAAAGgEQlVTROnnzqPe3KWYR4C6/Fmb1prdCH1WAAAAEgAAADgwRQIhAIOywOqOE5qIgQLCfJLMchIszOsdbQw7j6DdSugS71+OAiAGqBiZ/ukwMolmGDWiFLSjB1gAw5m7zv2bghZObZvS1gAAAGYDQURBPuIgDvs0APq7mqzzEpfL3R1DXUcAAAASAAAAODBEAiBK7x0xOIl9ZPdE+Qedo0XxarHWyH5z9tE64xUZ8vi3iQIgEBExk/eiDFcR2GBTpf8pF+4ejz26YqCHzZ3bHUDBUSIAAABnBENFTFIfn2ppbG/RCc05VvRdxwnSs5AhYwAAABIAAAA4MEQCIDIvUNyq14aiTYoqrjlLpOkj+y1yU7yJp7sIpWu+nOtUAiARI4c/pva5wlEauX6ugyoGNEdy0jep3k6ViWAiwj491wAAAGcETElOS/igv5z1S7kvFzdNnpoyHmoRGlG9AAAAEgAAADgwRAIgVDHln5UiqMAQADYvpGzjqJWBdV0srWxnVL3tJPqcwuYCIBCU1NJWlzcPaXWoViQGOLLwvjCuhDNUQohTuqXQY3x7AAAAaARDT01QUs4HG9mxxLAKC5LSmMUSR4ytZ+gAAAASAAAAODBFAiEAjfhuTujp6q8Vnrg3ibdVydZJ8K2CpTdgIZAwnUGBLr4CIDtPRv5nWMFJ7RKRKaWyfYjiunH1g5XQG6QL9OiV2xU9AAAAZwRBVE9NDrOnBfxUclA3zJ4Ai97eaX9i8zUAAAASAAAAODBEAiACZfZBIR9MfhZksSzX8nnwcGGC/vuoGSUDJOlbzsIrqAIgKczWzIDLYu+QDqp5PGs3F6oB7pco/m4Ec+SHEjrKfWwAAABmA0RBSRrz8ynovhVAdNh2nR/6TuBYsdvDAAAAEgAAADgwRAIgMvCogHIq+MniGWtcD8UnPiCI8jaSvdKzX2z0HEABIT8CIFIm4gI+QJxzsDHHkMZK4k22fASwrv0Nl5uMUALKlpt7AAAAaARET0dFuirkJNlgwmJH3Wwy7ccLKVx0TEMAAAAIAAAAODBFAiEA1gLXnEi/0lx1V+d6z0T6gjLZhayRcMxPLbG82kkRpjoCICG87Zv1gMYKjXBOy7EHfzO32CoOoDGdGFfjh1jZwChAAAAAZwNFTEaj8CClyS4VvhPK8O5clc95WF7syQAAABIAAAA4MEUCIQCpwucT8suQQpYUGseXs0su3a4282slG9cksSZBa97SRAIge/riNnLpWRBu11DrwnnhH6jJ5WdUAIlTlCoGLK99t+sAAABnBEVHTES/fIH/+Yu+YbQO0Ybkr9bd0BM3/gAAABIAAAA4MEQCIGR94VXoIZw3eZi0lz196hwszV5WZ20OQIs65jR9CduGAiA/+b4r60kCIsQFgHN+bN5gT4JvyJNYLU8SosLgIJkLRQAAAGcDRU9TVrb7cI/Fcy3sGvyNhVZCOi7cy9YAAAASAAAAODBFAiEA5Be4xM5+dgFLt/zG9lEGVrBzHksoaMhA8DQTeziunU4CICbAoOKdgfJdaGYXdIqR/YvRURZ3pokxjHqfXLV3LzlgAAAAZgNFVEM9ZUWwhpPa4IfpV8sRgO44uePCXgAAABIAAAA4MEQCIBnWFNdDUwh44cuywf6nXa4/iKTIxYWzbcJm9iiu20QwAiBMg1FsmjxX0fGyXGL8miXK997BfdD6PCy6/rw3USgfjAAAAGcDRVRIIXDtCICsmnVf0psmiJVr2Vn5M/gAAAASAAAAODBFAiEAh48VlN3Ml5Rzq99HZsDT/tytN/gnI0Aue+OC+4BC1AsCICHhwMS/AOIuJ3tDqrcBf7IVCZIHGoHiw4vfLz5iUtehAAAAZwNGSUwNjOKpm7bjt9tYDthIJA5KD5rhUwAAABIAAAA4MEUCIQDA1z09svylVnaockTrWzwkz16Ln+w9sEIe+Io053MrhwIgbKYkO2ZSsnkEH7cQ36Ou17zY2cXKAclF2YkJY1a1b7QAAABnBEZMT1fJQ8UyC5wYwVPR4tEswwdL6/sxogAAABIAAAA4MEQCIBSw5TYNEhI0RUbs9I2RUJLhUeqgbNDFGibjQRvj6OPGAiBDsHuLBNGtscgM5Mq4dwM/s1V+5eAD3uOxVb/KhQl0mQAAAGcESU9UWJZ45Czr62PyMZfXJrKbHLINAGTlAAAAEgAAADgwRAIgVqy9yyeBFwNySn24YzSJsj99FAqqD7LgWg90ZU/fvyoCIF5a747HhlKov148zRbH66vT3QkBa5pRyzNS+h4d4/KRAAAAZgNKVVbEDJqEPhxtAbdXgoSpAohU9mg7GwAAAAIAAAA4MEQCIFDTZx0ZyLdPd+7xPfG9vyo7GtRu7m4csfD8RD6mmcnZAiAbgzhp0Fu8KVrwoMyWW5cOvVvBTHzyOFRwJgg9D4w/DQAAAGYDTFRDQzhmXLt7JIWohVoTm3XV40qw25QAAAASAAAAODBEAiBMPwTdguXgvcLboFezMRC7FjncNR9v5MKI8fBGX6BhkQIgaLxjwqCvszvGhKbATzYixFOLbBYKu0fgbrKYom7Q+qQAAABnA01LUl8NpZm7LMz89v39fYF0O2AghkNQAAAAEgAAADgwRQIhAPJkb9Idt4c6tgq2YNPmdD+v/aig0xuUMMLA/qyuw/WJAiAR8NmZZTA6bEvn039epuy9WdJLUzGcJZi4ZfL4K87qiAAAAGgETkVBUh+kpzo/ATPwAlN4rwAjbzq97l1jAAAAEgAAADgwRQIhAJtXWl5os7Hr75yH3DfDyiBLnnEDF7HE/yLDjG/JV9heAiAxBVRujP5Jo73DrHmR+VvH6JhCY0NxjXJwoxY3bz1ZewAAAGYCT0fwXkWtIhUGd6AX+9lLhPu2Pcm0TAAAAAIAAAA4MEUCIQD6/3Yw6nyhlVpWQy4X98D+S07yj5Fh6FY1Y2njP3BZKQIgSVIuxNN3XdAUcTA6FV+n/Zn3PHEQKY3gB1TtRIjPH4UAAABnA09OVP17OneEjxwtZ+BeVNeNF0oMhQM1AAAAEgAAADgwRQIhAOJVxoTP8HhxPCsGUAovZN5lIadTUJZaTsMJvod+OlN4AiA4J7A7zWMHXaTma2dDInDai0iWtKBNWyj7+l0c5yVBvAAAAGcDUFNHvFYJYSt8RL70Jt5gC1/RN52y7PEAAAACAAAAODBFAiEAlXQ42/vMn4E+sisZrtqqcf1paIdX+J0pcUS+EM9d/mUCIGvah/nKmpj+no7pC4q4xWwva4+vGY6YWMkCp6hXq12AAAAAaARQQVhHeVCGWpFAy1GTQkMxRu1bQMbyEPcAAAASAAAAODBFAiEA1XR4dGDVmOKFDRP/h4wER2DeWWY43PjnTUXU745+5GACIDK/n6DHnarxtwFPNR1+5de3CsyCYxyQojBrO9B8gG70AAAAZwNQQVi3+M0AxaBsBTfiq/8LWAM9AuXglAAAABIAAAA4MEUCIQCDjpeQj2ezJFE+JqCxpelf+0hwtH/xSKrrxkq4cD4G8QIgcBvCm4gdyY1xFkzV8NHuyUDeljVV+pHZEUtamVulXScAAABnA1BIQQES5VfUAEdHFwVsTm1A7dhG84NRAAAAEgAAADgwRQIhALq7kXmTAJ5XoB+X824ELHgmBPee4BpgakvUDxR0wTDIAiA94IafP3HUVhlEzt6cYEbQV8xPqE92PUUiRBez3a7vBAAAAGcDRE9UcINgn85NHY3AyXmquMhp6iyHNAIAAAASAAAAODBFAiEAyr7CQ8lL4TdYjTTd1BSTBlbbRLen5jm+76C6YCtlhmMCIGo8bX+GmgIkfURBwRE4JGjovlFU7Dnd3t2pTxynpsrVAAAAZgNTTFAHCgi+7402c03WekkSAv81pqFtlwAAABIAAAA4MEQCIHiCbX6JF4hnO6f8dvbwjKy60pOnIyFju4+HJZZrvQsjAiALdhSooVgzxaf1UazbT6hNziUwc/RX5zb23pSCXEZi5gAAAGgFU1VTSEmUeVC8x0iIpA/6JZPFeY8R/JEkxAAAABIAAAA4MEQCIB/3aOfM1OpXxJW8hGR800Rk5RMnhyHSoX8OqZYVejlKAiAkH3Ex2eIsZKeTGIqGPFIBegujOjXVWAl0Z24kLa9fNgAAAGYDU05YmsmDgmBYuKnHqhyRcUQRkSMuhAQAAAASAAAAODBEAiBoQrYUf7hM9Hd7TcRrPFRa/Anidplz22zDQ1grSG3q6wIgHOxjGyzWgGTQmrlrefj0RWjCD5t9FWz7gnvMn4+/ybcAAABmA1hUWhaTnveGhEU7/ftHgl+KX3FPEmI6AAAAEgAAADgwRAIgElEYov/rqUTBSdlsSTVzQd9q1p8waKmoBCEaBfbJjTgCIA6rOveFWv5MPj9qjBJ1InvZ14tnYXxuyKaAG66jdfjHAAAAZgNUQ1TKCp32qMrYAARsHdxXVYEHGLZcRAAAABIAAAA4MEQCIG6w9qCILaxpDdMboamqgg5LF+3P4Vr1QQt03GRyGZkNAiBIuK53zluZX9ZG+iX7uqtRCFin++sDPbpZbg+qnuzBkQAAAGgEVE9SThuo08TCGbEk01H2AwYGY70bzZu/AAAAEgAAADgwRQIhAJBoL+FE6iZwSeCLPn90hNadqNUxpYfT+AE9l+GW47i6AiB+cJAfw4rH5sqlQvWQe7mlK58OIQ6WvNrmjv1wDjGxaQAAAGgEVFVTRBQBboWiWusTBlaIyvtDBEwu+GeEAAAAEgAAADgwRQIhAPDjIj4ztZt3nCjloWAA9NA2+ZoQC65/YgS+7HmcfHPDAiBqNNkbZ9znL0I7okN8UjQ+qILgcyqJwfBu5mLCJJQ97wAAAGYDVU5Jv1FAoiV4Fo/VYtzPI15dQ6As6bEAAAASAAAAODBEAiBWc8mcLwAebsYgPTzZHUHcVva8Te/DDxk7RIl2ANyCvAIgCHF+G3Km88VyIAzHNnmU3OLs7fLx7b4cOu50h9kAShoAAABnBFVTREOKx2pRzJUNmCLWi4P+Gtl7Ms1YDQAAABIAAAA4MEQCIH82RsFShY8Umy9C3dBJQCmUP5eBQda4c40sN0y2oiYmAiA4HithpW/Ek1rDHJvZBpwQLes/T2Qlk8LUtAkx0o9/wgAAAGcDWFJQHS8NoWnOufx7MURijbFW8/bGDb4AAAASAAAAODBFAiEA5Tegc1oj1gRk8sTXtwyjdmTdRp2z5jiQ+WW6qsdIT9gCIAVlmv1P6BvS8wDzPxw2UEDaNkTUcPsjnB9drs/jTeS0AAAAZwNZRkmI8aWuKjv5iurzQtJrMKeUOMkULgAAABIAAAA4MEUCIQCgBSZIJ2SmxFmAXPXbHeNcN70Kq9oB+EQPXSd/1YGIGgIgAmi/bpI8bbW1DcRUMjR8H0mq0P9rRWxTnE30FFuv63IAAABoBFlGSUl/cGQtiM8cSjp6uwcrU7kptlPtpQAAABIAAAA4MEUCIQCMQHEPSoIjMzPDYGg5IzoH0bIk/wlol0hF5f1lKrYGfAIgZ9LzWlw1pm7LWJPAmU7Acueg5nX3isP+q56loCN157kAAABmA1pFQxukLlGT36iwPRXdG4ajETu7747rAAAAEgAAADgwRAIgUV7ciB1k32zygBo1DWf6EvNGM0pnPMHRwevkP/o6zbUCIAacTcv95EjXrDeKvlxKBgPLtu+tCgPUrSFIA6waOFHRAAAAZwRCRVRIJQYyN45XPGvhrC+X/N8AUV0KqRsAAAASAAAAODBEAiAORfvL4z7MgWhjNGRUXZj7+Wt2rW5LuOOMAcxaWViqlwIgJgOxB+PNkEXXHiWG3o/NDpfLDp9eVfyS1T9Mv1gAvY0AAABnA0JOWIyFHRoSP/cDvR+dq+YxtpkC31+XAAAAEgAAADgwRQIhANMn/rQA1vw6Ow0e07fwVCgScFYZ+kY/BEoH7Jjv+FG6AiBn3crQbYlmQsR4jdMFa6Cnwf7oJ0O3kwmUZWs/B7zcpgAAAGcDQklO5WhC7VUP8nlPAQc4VU20XmBzA3EAAAASAAAAODBFAiEAnAVM25w01JbyUA94uqIh6x6aEFFnn8xQKBvoA8tZP8ACIE4hdRiXCalWI2tnGuR9nGMc4Ph4MFmEDd30Tuezu4mOAAAAZwNCU1eWX1J9kVnc5iiKIhnbUfxu7xIN0QAAABIAAAA4MEUCIQDxXdWtlHDnPrWQFrUER46hJgcTNzSrRpoBKA8EmMYrRwIgL5hdIIyIhoCsFILPCZcIhiuiBe3xyLOZyvdp4E0gKzkAAABoBUJSSVNFj/+T6BCi7ar8Mm7e5RBx2p05joMAAAAJAAAAODBEAiB3gYGDfu2nG7j8DrQzmjxqHrys72nMvpUNbzUDNlXFngIgJuyyGOSsxqnHznWYZyZjGqLt4+XjBbSb0hzTqnkGufIAAABnA0JUUloW6M6MoxZAfG5jBwldyVQKjWKzAAAAEgAAADgwRQIhAMGYPr3IFohCemCoL+K3k8DSVwxm+CzcLcahtsGOimeeAiBixi+8YcpLHj/wmyklHMj+xfEEIT8l56nFpk9FjvrokgAAAGYDQlRUhZX52nuGixgiGU+u0xIjXkMAe0kAAAASAAAAODBEAiBNaIWzmEdNJyEKKIQ8Alyd4rRkVKGqP3YBgpC4n/3e+gIgPfy7tka9IPYQv7KpCOU+9kcQjgvjDYGHOWe+a37o+YkAAABoBFdFTEzwejLrA1t4aJjAC7HGTYxvjnpG1QAAABIAAAA4MEUCIQCPIU4W9JCo35Aovebv/Ouz37ZmBTHToV/NVEw7FzrxFwIgIk80PxEBAFFoczkJErPMBOc+mYTE0Q0YWI6vivMtXyMAAABpBWJsaW5rY4cKGLbkKwHvGtiiMC71C3EyBU8AAAAGAAAAODBFAiEA5bbLnyycW7F9gZnUawkMWyJOQblBSs8U59J7b4flQQkCIFYvfIn+auxaa3hjK6TWrz70sdXHxny+dKkPDXkyikSFAAAAZwRLT0dF5t8FzoyDASIzc89blpr8sUmMVSgAAAASAAAAODBEAiAUYw86PvK6dgHhrhKaEVw0FgkPuJvl1RSX6yPpwhsIqwIgO+CT0ZWKMWAZpQaWI4J2th8qTfdUK5x7fc6F4pNoSgcAAABqBkJOQk5FVPgEfYGx8dLxFgNxCuMqcjwQFvWEAAAAEgAAADgwRQIhAPCEdfPq4PGRj7g3wISmzK4+PRhC72j95Ec7cPvgiZfSAiAEvRxNZlwA02k57cWiYrmu4VeRGvqCR2ZnuU9S/KNPQwAAAGgEQk9MRTN1r6YG9YNhVMlfHfWDDqLk9B3yAAAAEgAAADgwRQIhAI9sd6iGW6ecD5zW8Qj3AmwszxV5EGUfCFv8UyjCuiMFAiBOG2ToOZmV2B+jxYEKtYTe5eREXQzYYdsYY4QWqbJKJwAAAGoGQk9ORExZXQFYpcPd9H1OpFF9jbDXaqLodWMAAAASAAAAODBFAiEAzAyAPCHOrXPvcr1nmqimxlZnC06CdMvi5q3tNLyofoACID10E3rV7KPyWErny92zM3/6qe13FVb54nBxPlgqT9ihAAAAagZCT1JJTkf/7sv41yZ3V8LcPRPXMOl+Fb/ffwAAABIAAAA4MEUCIQC0y/ekm+Pre0koU9l7iiftPZV2TUW/eDgWNMH4cEE7GQIgM2t/Kk9Yfx4/ALQHwqMua37CETwO+auXISdE5JJJFJ4AAABoBEJQQUQpEyBiMZqjdedk7473VvKyjHepyQAAABIAAAA4MEUCIQD4f/v9T2KVf+Uv7hlMieSKivrynZLnyHtCCVjdLcUElgIgb2Rfui8/S4tawU7/TFHVlYVzkFtlhNP90kVaelXzJEYAAABpBUJSQU5LOa6aeCsfnGDQ8YOe9MLQF0xe2uQAAAASAAAAODBFAiEApQJRW8Fg2V4pHKQkjyxj3OEm/O8SCPQubxkz/W9NyXoCIEnU1p9XjmPWKVQ5zxUtZCv2bYNQ2OhMGHbZH94lxEPOAAAAagZCUklDS1MT4QcOOjiOU+w1SA/0lFOPn/xbjQAAAAkAAAA4MEUCIQDmUBjyniB7+Vc4jIWyI+qNULRBWWqr2LrtEBQZYXw1lAIgXm8nvAbfGXyDz5My3bHmYNp3elX+njZSSouT6Y9GZlMAAABnBGJDRlgEXEMkA52pHFLFXfXXhThaqwc9zwAAABIAAAA4MEQCIBR2LsaMiSyUqBBh5s7Sdonl2oZwcJ10rseQfOCPVSqIAiAXpvgLj0hKrTcAmozHyfJ1OrhUp4InSIosXVfcvRUpZgAAAGoHQlNDREVGSUDkbeF037d2u4ngTfHEfYpmhV6zAAAAEgAAADgwRAIgAgksBtT8awWfZQ456W16oPjS3QzI/6B/dk9rDFYnoY4CIGPQWL95enQbmVeHdrH/85q4Qr/T859ZMsZeRvbsTjVcAAAAaQZCU0NQQURaMBDU2NO1+0n4tuV/ueSAY/FnAAAAABIAAAA4MEQCIFzydXVQycmI8I0f3Ge8+9lPlIIVDSw/R0aV+2D+nXORAiBLYMKIIyUrkIAkk9dNmkdN456+yTXdW4J+SdFihF7f5wAAAGcEQlNDWFrFLuWypjOJUpL/bYqJu5GQRRWHAAAAEgAAADgwRAIgVMQGshSlE945ncdQDI3UMA4sQ/SfeHro49lfbJIXlEoCICJtH917y1QNVFhZe89+M7cL9Zryl7vY/NuNbBiQKEcOAAAAaQVCVU5OWcmEnm/bdD0I+u4+NN0tG8aeoRpRAAAAEgAAADgwRQIhALwJHt1tNiulIhZy9Usy/BBxtwD/YvTBzzKnSgXlUu1EAiBpevoer0bh4GziKk9zU0vQ5CBWPuPiJd2vc1UsdD7FBgAAAGUCQlCsuPUtxju3UqURhtHFWGitv/7pwQAAABIAAAA4MEQCIBx3Syw+9eDjurLe/eGMdErtRnyyjl7OQ5s3Z4x5lOJsAiBAlc1I3f/caRZjTb+hPZHdDjnIJyesNHlYw04/l5S9YgAAAGkGQlVSR0VSrpJp8nQ38Py8Iy057IFIRKUda48AAAASAAAAODBEAiA92iR+5VMtaP9oS6go4MDjjDlTS6r6GSpx11uS3Pry1AIgUkjVym4QiM6SfvexFXWK7/yC8SJOLgZQ4N1D+VPmPNsAAABoBEJVU0QEEyv0VRHQOliv1PHTainSKczFdAAAABIAAAA4MEUCIQDB31Aw1oGqiIsiot6cd7O1F5DsI7Wgj3Q07EZtKwV8xwIgIVjNmfK2l4YfC2JMuxyAlQxkIpffsMvfgcsO77C3yZkAAABmA0JVWCEf++QkuQ4loVUxyjIq3xVZd55FAAAAEgAAADgwRAIgSkKUw1ScRLF4y+16dwBNjkyeX6OVYHs7ajcb/HMhI6kCIFLpaTVZJiD23Q49Rwwoa+24o1MxHC5uXruNnqGNUr54AAAAZgNDQU4AfqXA6nWo30XSiKTevdW7Yz+eVgAAABIAAAA4MEQCIBRlt00n1coxf0jsqxMq0Zy01xoi9KR6X0LngYp2ZZW7AiByNBLCrJLa7AvsVg5ByXEcqRe8I4zumASXg/iKZyr89AAAAGUDQ0FSF2olY35QeFGSMKTYCnpHNQlAJkoAAAASAAAAODBDAh8w3H9C0d3NhWTC7y79JyGK4j870aRb6ji5UKaNBWxPAiACwi54Vt9x+M2YBvL18UXmBEDD4werTpegor+I1ZD2xgAAAGcEQ1RTSY2kQ/hP6nECZsjra8NLcXAtAz7yAAAAEgAAADgwRAIgMD08Gs31Yq0xq55JvjDmFCQO8ShH/WVxSe9cJl/s6cECIBABsthiRVIfUUmYyiBMLpbB5YmZToFA7Td4rae52otQAAAAaARDQVRF5Prj+qgwCBDINZcLkYfCaPVdmY8AAAAJAAAAODBFAiEA8d3GbbjDqWR2EU8GUy9Hp2SixlVoFoOhdFoY/ERutFMCIAoIr4SyIsT3frBThuX9LlQ4dzIuEXHh5x69Rxr6wXPUAAAAaARDRUVL4PlKxUYpl9K8Vyh6w6OuTDE0XWYAAAASAAAAODBFAiEAv+M2g6fuf7QRAfGdoNPvmwCBk/DHUpcCuAKGux3LTygCIAMxLBc3AQwL2e5QwIIe3jyegTDbLt3TA1pu21M8Re3DAAAAaAVDRVJCWd7x+se/CPFz0oa7vcvureaVEphAAAAAEgAAADgwRAIgKyZsOPdgHSk0GAUbCm4LyWfkHzKNSPFOs1M5ajkV0ZwCICbFlr1J5ovScyqQim4W3n6hO/NWHzQhgEp2IsKAO8adAAAAZwNDVEuowrjuw9NowCU609rmWl8ru4nJKQAAAAYAAAA4MEUCIQC3NFnPjf/PGRKitzEFePlFHZnRt5vyQlzvmgok/4qNNQIgNFh+k765O6hrLWw+fjeyRmUJJ71XWYbDjt55HrWX4h4AAABoBFhDQURDHgzQI6MlMr85ac3fwALADphCnQAAABIAAAA4MEUCIQCVaJUETLDkP1SRaq7tTl9FR+kZO5d/B6KBjMdQdBfY6AIgAjSTQkB3AkMWiOO6gzzReJpN9xLmqW/mHDnNQQeqdYMAAABmA0NIU63YoG/Vh2GlBHQm4WCyuIrTudRkAAAAEgAAADgwRAIgH0l7cl3SPtLEW8JVmRkcSOt5JpM4qcYEI2jwgqXALXICIHymw7SPwvijTZ6x2XeWYIK1Vf8blELjwop3SfBqZdHCAAAAaAVDSEVTUyDeIgKatjz5p89f6ytzfKHuTIKmAAAAEgAAADgwRAIgdX53hOfEyCPLaUyU/P2jyCBGi+8OM4s2QOU7CnUpiNwCIBxVxZxrlPuJFXkpzNO+gW0zu0M6BtD37EYam7EyJBNnAAAAZgNDSEkAAAAAAABJRsDp9D9N7mB7DvH6HAAAAAAAAAA4MEQCIH1rH35l3hjaok1LJhSD2rNkssiovwyT1oEXUh4zzoB6AiA++TzDQHe2hHyYLjm6f95J6nEJZPCvneGBqkTJpGY63wAAAGYDQ0hS+c7I1Q9sitP7bczsV34FqjKyJP4AAAAGAAAAODBEAiAAlsWCGq5iwipduOyD+AOzI/v7sNJEnc9d7Im4FZgPtwIgR4OBy+XLTdQhQhicCZ4c4eC91W46lNTZkgznPKH/kNsAAABmA0NUST9nD2W5zom4LoISH9aMNArCLAjWAAAAEgAAADgwRAIgRNc/BI01tDuyjj7C6w4MFA/xrRt8iyBzA5/qX8phcHMCIAOvzjZJLT/GiY1xEwMYSZ0VS7PGwuqPXUVLw+jVXLN/AAAAZgNDTFURYuLvzhP5ntJZ/8JNmRCKqgzpNQAAAAkAAAA4MEQCIAHGO5GA46FymMHxFRqjM3Av5VgJTBCh/15NYavLM44vAiAvCkPGlArIWVhKa9gGeih5wyQJaymqFC2kM4NNeoQVEwAAAGcDQzk4rslF4EuvKLE1+nxkD2JPjZDxw6YAAAASAAAAODBFAiEAiAsxLF7OdopAoIsf+RoDZjRJD1aqUp5rOsqBEn2Bpi4CIFk5g/Uv8DBoGHdk8cnhnRWF9Nd9uOq5qTF6FLtbOkFEAAAAaQZDTUVSR0WNPjpXxfFAtfn+sNQ9N6NH7gHIUQAAAAkAAAA4MEQCIDT3DRoEWlxTyO/rPgsEYfdiHsZ2JHRzXuAg3Ckn/busAiA2aXICFoGeR2jAf14uy7/fS9PYrhbpYvZCUWg3Ebs1+QAAAGcEQ09NUMAOlMtmLDUgKC5vVxchQASn8miIAAAAEgAAADgwRAIgULzvg8jCVeVXNaz/xrOmOwMbF30M2sHWPNCYB6EWqpUCIDCq0d0fTJbEe1wf0tneoEm479LgDQWYLX9f0PvbqxgmAAAAZgNDVlBew629rlSdzoQuJEgOskNHaeIrLgAAABIAAAA4MEQCIFZ7Qa0ZqjpTOZTbGPW/ZG9ZwdVCed6u9ON0iFXwHGAKAiBXChPQQbbplOhJ93csFJrBK5TvKzLY9WnsEw9UGQXBjQAAAGcDQ09Tlt05n5w6/aHxlBgvcWAPG2WUZQEAAAASAAAAODBFAiEA0Bh91Ty3TXW4NFqIr8h+k4ccydtAsxIULRYuFXZP3OgCIB6o5qwRw2hVzkl/fCmpMPHrAtl/Gmw9hUypZD3WdK2bAAAAZwRMT0NLVZEAxMaXrVFDQJQ2Jbzu/4YFzcMAAAASAAAAODBEAiB3dWl2Po9IbcUZp6Fv1Nf65Z6WmjlRGDtxCEIVHXdo0wIgYoD0o4eYK8IZ3+aE5+z5rUZWVLwbolNrQgpyiyPkoMAAAABmA0NPUIeJM3oXbm5yI/8RXxzYXJk9QsJcAAAAEgAAADgwRAIgBnnWe64hnIXLj5hea1hxdAEgjZhR1NGW5TvmGhhh/xgCIBfIf1omD12iZ9DNlwkc0gHNm3R54dmb5f3A93aaLgQMAAAAZgJDUILBmQWwNr9OMpdAmJ3PauRBribBAAAAEgAAADgwRQIhAKJNgflQJsiKeNCOpO8cpl55KmcgQUkot1HaAwxNolMZAiAQLRdSl88U67tI4Fx6lYfo0BP8vVMkyhc5iB3RG8ks6QAAAGgFQ1JFQU3UyzKKgr318D63N/N/prNwrvPoiAAAABIAAAA4MEQCIC/jclUBhwUaCjfx2uUT4SuvJpq8zAequ/9iC/tHPsdtAiBM8FtXHnNcHivkZMHiIMr271KK3l48uTTctiQl4mQCrAAAAGkFY3JBREGBwV0+lW5V534fPyV/CmW9JyX8VQAAAAgAAAA4MEUCIQDXhS50A7qU60ozeLwcQIf3tWKwyMHY5ue6WLb6bBhBYQIgZ+wnFpRfohxsLxar9aAgOcXTPcaBw7BFrCaz/Tw5YrMAAABnA01TSOriu7wAAPYFvTegLH/jRqO2iwPrAAAAEgAAADgwRQIhALtwP1fsy2IJRmi4SZ7Jghm9J9m8p3h+oPM85I3cBV6+AiBCUr3hwFat1hJt+3Ky9GveoQcPPVJ8b+zHWazodtacHwAAAGcDQ1JQGtjYkHSvp4mgJ7mjHQvRTiVHEdAAAAASAAAAODBFAiEAjASRUhpuO5/TtWsni79ZOt9V4guZfE2UWGvihneKSk4CIBuiOjdRCLAgIapTE1GmCmYwKUji/brKkzpiI30SQNifAAAAZwNDV1Racmom7bDfj9VfA8wwr4p86oHnjQAAABIAAAA4MEUCIQDllDkgaW+o9nSqEb0lEch7dJ4fSSgyzh7vj9kygjF8eQIgHSX7mM2UbY/T68PnR32f0gW6M12Kc5oRdDdi6T4fctMAAABnA0NEUyPwehwD58bQyI4OBeebbjURBz/VAAAACAAAADgwRQIhALijhnR69f55m9uwOyiPTYCUAwVUfbl3CcwcEJdguTB3AiB5Hl8Ou1FjWlcKn+EaZx5ImZytLcAPpL48Jd1q417LOwAAAGgEQ0FSVFyMjVYASPNOX3+K1x8vgaidvSc+AAAAEgAAADgwRQIhANwGP5FwrEJprK6rDzgh2uFEtdglBuoAeunPCbBdEBgBAiAbZIoa0YmgGiKmwMFJUzsrq8qFvAULXLezDQby4N/XPgAAAGgFU0tJTEwVSp+cvTRJrSL9riMEQxnW7yofqwAAABIAAAA4MEQCIHgLzYM/YWcgUYCHyrSWNK9tyIxbwrSe0NwL7WJDOIENAiBy9+G9j2oa/RnviJi0k7WuFUZJliH7ZX2Suw+jMgH3mQAAAGgEQ0NBUlAzK9ypRnPzNAF3Y2W2bMToGsgdAAAAEgAAADgwRQIhAJLM8qug2ammCFupD1Ua7qIfCQXuDmHfMvEPfku0kzD0AiA7APnTYMzBB/L1YxVICtPKGt3SbUY7p78a6AIIVM6qbgAAAGgEQ0JJWDRoHBA1+X4e3MzsXxQuAv+Bo6IwAAAAEgAAADgwRQIhAOfFzSQMNi7TaLdX8lk7RCWz4CA7lpNROdSZXauq8qyPAiAwBkDR5gg7IP1Gvb77qBlunlDVLM1housUMbuZ0oIvDgAAAGgFQ1VMVEWfC5Hk7lqvI/JXeC3t7BncXNvRGwAAABIAAAA4MEQCIHlr/DiflQ3yhlzyzLuaB0Rug8RW5M+rKtrOBtUzSlttAiByi61VxPZqACwG0hKrcJmCip4y3r08cuAJ5rDjqBoC5AAAAGcEWENVUnCMZxqpl9pTaGm1C2xn+gwyzoCyAAAACAAAADgwRAIgP+vFVPd3WV/onNz3Wp25vR+nXJAoYQueRJfWruqL5A8CIH4Yqvfj1jnZQxlaMLCEzAmxP5xIeos5x6BameoNso/BAAAAaARHb2xks6Y4EHCxoVFp3qZGFm7AaZ/a6nkAAAASAAAAODBFAiEAys0eiv+Pz5X/R2kNpib5N7vA+z5/cPmJujgetZ4zqxkCIDovreAWn+hdT4gY7l0ElxQWRujPXgRr2SKjyewldBPmAAAAZgNDWUOBDuNUQ2OTSK27xGezMxDSq0PBaAAAABIAAAA4MEQCIE7CA6Z1XlxQNeQoQSS4mvQTZSvXVYXCZyAV6NXTTm41AiBnc6mnOzo4P1WAG0XjhpOBoouw+SHCNFKfk0TzGKvRZAAAAGYDQVBQgeB8/4qTMe8qg3sVo1YPsYa/Xo0AAAAIAAAAODBEAiBUe7uMQsDPm6Z+O5fnDcsu2EjKcX+ZgG6hwctmmlCdVgIgIKZOyBz1T9yoFRH9SEfqhwlKWeoo2qXRpR3IsNFvLLsAAABpBURSQUNFpsiXyqyj23/W4tLOGgB0T0Crh7sAAAASAAAAODBFAiEA2nkmzwYZET8kfnCE2AhbPLQC7Kuxb5+kjTg1aX/ONCECIFrSPKjM6szY2pxjXJJLOmf+eEKuQn6EzAY+bn8sl6nAAAAAZgMkREef3DrlyBS3ncolVlZAR8Xn5UScGQAAABIAAAA4MEQCIE49tzGqROvJt3d87LnHPYZTSDqi6g745ziM0wTK3VSgAiBSOxADaS+YNQ8xSzioRzDdLuzpbjU4CioZfHSlskE8KgAAAGgERENJUDCPxc3VWb5ctisIompGmbvvSoiPAAAACQAAADgwRQIhALCDgbd7MdrQ+UW0ja/HbXwIf+pNsSdA8/nBc91lr4cVAiAIhCUfZX3VWmCkPt3R4VIZe3Xk27UGflBjAJGaQIVIpAAAAGcDRFBSoKLukSyveSHqq8hmxu9v7I9+kKQAAAASAAAAODBFAiEA3gbRufYCyqCBXTD+qXGX2AhP7K8SSoqG6yTIv7BRccICIA0kOSFxGHslXTdXFkAs6MbPnl0mOKwUxP03yNARpZM7AAAAZwNEUFPydeGsMDpMnZh6LEi45VWnf+w/HAAAAAkAAAA4MEUCIQDSMKXkFJhus9fG0uwLkqL0rOXGYgBATaSxKDwBWkutQwIgYoKRH/2nww6yjmUrrCBKT4m4w4xa7KmLUf+5ly0C9eAAAABoBEQxMDCdiqxJekuP5pfdYxAdeT8Mam7rtgAAAAkAAAA4MEUCIQDp6xL7w6H6LMFHXjJpsr2871YaN0K63CReRxPfUWLi0gIgFG7pCXT25/H0Su94m1UUzZj4/kO/lHqyIzziZY5czUkAAABmA0RGWdmFYGicbnSNw3vEELTTCWsao9jCAAAAEgAAADgwRAIgDG9Lj0MY7i9cY9/D3LSV3wrMFqoiFa4DWw+0o13nNqcCIGuHFKUOR9jQOINiE6rTl7YABjZEliHp82bRR31XwZ9GAAAAZgNERkSYmamLIi/LLz2+599F2UMJOk/5/wAAABIAAAA4MEQCICL7Pe6uFhG1rmltGLeGg9UMDFJiFtQt4t3fQR6vnI/0AiBPalgsnJjj8C2S3RAWCPMoXA4Z3vLnCkd5sKgmjXg7BwAAAGgERklOQUJscnAYM/3b38BslEc3xgMWRccIAAAAEgAAADgwRQIhAPmCC4SGg8TYhFP547TvLQPyx/BGyEMrkrgRpekw2LnBAiBpEBCFnvFziWOvCo6Ci4waIWaJT6RhNWLz9xGAA3AzmgAAAGYDREdOcvKMCb4TQkR/oB68du9QhHPQjFwAAAASAAAAODBEAiAUmcNihJgZN2HsAnQex9xURnwEDNYvQfEk9PazVMvGSgIgVMpos5MN2x4sqrRi2sgzE8H9AOFoZYc1YXr7sLxmSp8AAABoBERFR08/2pODqEwF7I92MP4QrfH6wTJBzAAAABIAAAA4MEUCIQClORwSIj079lFdDB/F3VlXgUvyKMlq39bNsi53UeMsiQIgZiXyhIL/UdIiC7wY2VoUbERzU2t4gCFgD4D2mlWYGpsAAABoBERFUkM3PnaPecggqkQVQNJU3KbQRcbSWwAAABIAAAA4MEUCIQCKJDWQB8K/hUhQAXhriupQWt14ksInv0C0BchfAmOEKwIgO0uChuk00QIi5c5WyOaKTPhgaQh301LWVbr9GMpkZr4AAABoBERFUknmDq9amX366Dc54DWwBaM6/cxt9QAAABIAAAA4MEUCIQD0YVNVSu4sDoAzpNNReh3xtlfriX1TrLCUMRKkBgXVIwIgRq+itpVGFUm3HX/OcP/Hp7Q9H1Y8u3G5qby2hJOBP+UAAABnBERFWEUDnLSFIS+Zap27hamnXYmPlNONpgAAABIAAAA4MEQCIHonHg+TqflrEgs/eOR//g4N+B51TAaFJBdlKuMXiKzNAiAjFmm/m8l5gzUYBvIFexjf8T20kZX7qezunoSwHwARmgAAAGYCREZKmisrBFScOSfdLJZope8/ykc2IwAAABIAAAA4MEUCIQDTASZOnrYxfVqcLPcfnj3sstkZU8tb/tfbQpUiAH9k2AIgUqUJkE/xmk2MKtfxxOENss8NVhwKCfAhxJbJ6fKP+V0AAABmA0RGVEJxLfUAnCD+40CyRbUQwDlYls9uAAAAEgAAADgwRAIga9M8/OZP7Lyl/DDBRGPAUNIyZGjFDB9msbUd4mte8DQCIEmO24G1cdZuKMWVflG+OemogPdKSEv6HAk0t1wWTdezAAAAZwNEQUaPsaWcotV7UeWXGoUnfv5yxEkpgwAAAAYAAAA4MEUCIQCvJ8TPvoBnDemzQvAm6W+LpOOKiGUUiMusA5LaivqAHQIgE+k59QreLuD01cE7nn4QsRTaw0w6ihPoAGUW3bi15vUAAABoBURJVFRPIz2RoHExVQA/xNzgr6hxtQiztxUAAAAJAAAAODBEAiAZJWVQGY7QVgtcLjegeswT5qWo0ApvFuVHWMj88hIPgQIgF9KbqHAD6aO371pIQNQn/EkY9BJ5i6MzvqMRaRbqaIsAAABnBERPRE9n7jywhvihbzS+48py+tNvfbkp4gAAABIAAAA4MEQCIEZXh42XaEglMuZ5raUZmXaUCW7qbotwkPqa30tmrMNmAiB7rlZ99N2IgqH5rnl4vPSjk8XZd8ul42e5nioSXkHjgAAAAGsIRG9nZURhc2h65XCcWFzPs+Yf8xLsYywhpfA/cAAAABIAAAA4MEQCID9GXQJVV64Z2rHnVcHzLCmgQOYqGLmpuRzERjJXyqDLAiAnNF2C20hf94AKlgAAfuPTB9/FL3vEQOUUUVVwCRYvkQAAAGgFRE9HR1l0kms9EYpj9pWJItPcBeucbm4AxgAAABIAAAA4MEQCIDbAmD/u+d5ZC24St428dJdGVKrHR/tvQGxut5365ElGAiB4VBoGQ/uG2ovIOojmkR+4v3gVoIgvcE0M0cn3YXtRxAAAAGcDRE9QhE+oLx5UgkZVRwlw9wBN2QVGuygAAAASAAAAODBFAiEA08s9nCtQvtNUXnUAKXmgzFnPOuFXdHfhxdRO3HzI8wQCIGaIMR+OuviN9tvQ94QgnPeEwc8y7vSQp1Yt1jMGGYjsAAAAZwNET1PcDwpXGcOXZLAR7dAoEb0igpaIfAAAABIAAAA4MEUCIQD6SDOc8RPr248XfFBWgICGCGrXyGGbTWClkKcr4BCWOgIgCMqexnlihv7Qlv16EKioLeN34g5CZ9OTBxfam6FVI2sAAABnA0RSU8jo7LKltdHs/wB7900VqGQ0qgxcAAAACQAAADgwRQIhAOVdodmk9vQfGbtmMLDFEdLRpbSx2WdapgNL58vcbca0AiB/EWTfV0ghNsX8Drb8KEkD3VI4Sd4rGsPQeUzIwo9BSAAAAGcERERJTckTLHYGD2sxl2TqB1lzplChpTvJAAAAEgAAADgwRAIgIqVETk5cCVHFM9GgjsoQ2HgEgZfezjRgqCueISPf+EgCIFH+IGjhPfLYRfjv9k6FysaD1ecG6RxmNrorVL8cplLlAAAAaAREVVNLsr0HSdviH2I9m6uoVtOw8OG/7JwAAAASAAAAODBFAiEA2+pNxnOVT0tE7lW2sS09iFFc1TLaGdsCGO50BbzkFCICIEuTOQ3ii6EVBNrr/SmWqu7UuLXmkioVMwEXbpK560qEAAAAZgNEVkl1j7A3o3XxfH4ZXMY0132k9VQlWwAAABIAAAA4MEQCIGJ2FqfLUyPnmBMoJHsdkZfYzPfQRTyOKULwnqaGzujjAiAm5NHjSd/p/vwbpFR4X4lrMg/nADuo/CNBkCQPcCAazgAAAGsHRFJJVkVOeG2zlyxqVTVwjnpPetUvJNF42ak+AAAAEgAAADgwRQIhAI0M8KrtWkRaq5ClUHPmCBJerW2l573Bkv2XuG1X6/7qAiBpTspx1c2Ea+72bYPlqZhK6AXtpBopW8y/DmljNS481wAAAGUCRVpVEgFO+mzVd2T6dDdW96bOM1jMgwAAABIAAAA4MEQCIGj8US/MzqItvFRt10SQE+3LdRngT3MA80+pYgT4mE1+AiBlpaxVUm1adeMvCxDuwqQm9foIAm9Qb9Wf/w+5lQAAvwAAAGcERWlGSbvzOjyDz4bQllpm4QhmnSct/kIUAAAACAAAADgwRAIgdRGXtH9lXYqrf3iWE7xG6pfBlJYDrbLUFCmrruy7CboCIAXV6kyTSKaj5jNOSMDViaqT5SssH6FjSJDU2ndthr1aAAAAaQVFTE1PTuMjP9sj8cJ6s3vWahmh8XYvz18/AAAAEgAAADgwRQIhAMcr0hvzPTM0IQ/OW3yK56Nt09LRZILEF0UbUPBNIb6WAiBo6tMAyZikZceUWTYALGw51LOcoAShATf9ihjqTV1/BwAAAGcERUxUQjgCkamoWTs58SPPOcwcxHRjMwsfAAAAEgAAADgwRAIgLPSOX5ckA5JNv52lP9T4TABrQkbxlKIxjL9WykzgBhUCIBTnxroO/tRS7zvG598nhMO1lq8ES+NjFYzgSBzrHYjRAAAAZgNFUFOn9VIHjcwkfCaEM2AgwDZIUAxtnwAAABIAAAA4MEQCIHKQBhH0M+XwzbUWDMioOf5BwQ45EH9nsMKlU4BCvZkVAiAjMlW4I7ns1a07Q+/O3gBZ9kAHYMB567SVxA5Zx4Pj4AAAAGkGRU1QSVJFKTw+6aussIu4ztEHmH8A79FTkogAAAAJAAAAODBEAiAJtY5N27cQbdFNumSttNilT0mdlYvOBAmbMsBL5K9IsAIgLSy7NBmpxkRzfWVv8bDp7UPiCSJ6VSQcOCEs69C57TMAAABnA0VNUIakW1CKN1rI8P04fnUytw9xKRFSAAAACQAAADgwRQIhAPppn1GpQiBZ2sKvBhig3dzN3+LGyxupi0+aNb43fVSuAiAY7U6DdumzIqxoSKmR7wwGrpkZAfOV8BQpzu92NZ0NiAAAAGcERVBJSzaM54bqGQ8yQ5B06NIuEuy3GLRMAAAAEgAAADgwRAIgMbo5VKA3oj7zEwSvclKai5VigV83S9QvHfPnjvkf2agCIHT36o1mMZGfSD3UIwAgBGOW80jJjcHXcu3pZjIK8s0LAAAAZwRFUk9OufMqZLoQTyLzS36k/KcS5QfOG5kAAAAJAAAAODBEAiB1DC9nNajFEWf5PUQxZM6W/o0VuePeE6qr1s0S+dmXSAIgB7/pwWg32Sc63D/dqkzxZHd9lQjZRr54FRKVgfKL4coAAABnA0VDQ40Ef09XoZDJbIuXBLOaE3npmdgrAAAACAAAADgwRQIhAOp5RVtyVzAp/AzFh3eYJDOHfW/f+nNQ4qOvcMjqT9p3AiAKBZmiloF3z6l8MbenzfvBaYq9PpJQFGomqrKtzJ5wWwAAAGcERVZEQ8O0xO8/4CrZHLV+/aWT7QepJ4zAAAAACQAAADgwRAIgSiJiTn4uKOvbKwDvH5VtsY1nONwbX3cyDiTULNS2lmACIDpWv+r+DER1drwgiwNe7q/71uk4692vYP8n5ucNZ/qQAAAAawdFdmVyRVRIFtzA7HjpHoaNymS+hq7GK/fGEDcAAAAJAAAAODBFAiEA7dEkKXWd6U4TiOBqeRNVh1JXbd0lGPW3CesDe42NH+MCIDA01L3vppHKpHerVVpIz7ieJF5vkFvPTZLs3ThtLUFwAAAAZgNFR0PAAbviuHB5KUxj7OmL3QqI12FDTgAAAAkAAAA4MEQCICyU8wo1JAY2KKzcpuSBCt/20veW/ZSXREYjCQrbObvDAiApRpY18NvhzDp72v3WoYBWko+ntqMyfH/eP0sqdtdJ1QAAAGYDWEVEViG1o/SoAIxMzdG5QrEhyLGUTx8AAAASAAAAODBEAiAiDJNFLCMN7GSsDrf2P0LFJcj/Fl1Aj9R9zK/t7/Js6gIgbPRq8mbZwlSZeIz1kcC4KL7q7yC/w1PaJmRymRq/YJcAAABnBE5PVkH27SQ1OOtxrLJ4wAH++1d14QDsPQAAAAkAAAA4MEQCIBEHTl+jI3NSu4XC/59yn2PkXvg0VppFVr96ojgGT/t3AiB/0bV67yeICWJtLrd4kLjdFTm07cZj+uUGQtc3BV4mkAAAAGcDRVhGYwbog0k4JMz2BtkOJfaKKOR7mKMAAAAJAAAAODBFAiEA1Wz6WFE/2g2yFn6nEbUzfYVo7y4RavOr5tQUJVr2a9kCIFM0X/S86xWvbaypuheLHDdZtZ44qKH2bFSxAypicZUbAAAAZwNGVE2tKauzGHkdV5Qz2DHtEir+rync/gAAABIAAAA4MEUCIQCKEb+gxpzVxbUUa/vtiLE6Lo0V5hG2j4anDk0bIilNRwIgbrzYmhrsjWVK7pXwOmxi1SYcKQcMemV0Be7w3kHpVGMAAABoBEZBUkH07TYxRJgdOmX0Ln0NxU/57vVZoQAAABIAAAA4MEUCIQDo/PxeFujptRABdXfSLcon6W6fCD/xa0/GoaJ81iumGAIgfuzy/h6pMhc+NQTnpYKEdAn56CL5v5wWcKTUeCQB64YAAABnA0ZFR6z8lVhdgKti9noUxWbBt6Sf6RFnAAAACQAAADgwRQIhAKzn6yxbXZUNa5pf+tMDzG8yUKn+Y2kr2iUQDo7VmiRgAiBoo2lLFHD4/yggMtTnpg3QYB7+nz6p+bXigbffOjznWgAAAGgERkVWUoIDDNvZ5LfFuwuBGmHaY2DWlEnMAAAAEgAAADgwRQIhALF3Pua+qWl8kUlha2uoddnhSzPo3+S3+OceabD/1XYfAiBuZVBiOKw3ybtMm6I5xPJuTj69rKgRkG0bARumFDnzzgAAAGcDRk5Y39nioXWWytYpXs/9pC2bb2P3tdUAAAASAAAAODBFAiEAqyvUlYgOVdtVECxQW1//L2J9uoi79rFxo75nxdt0Nt8CIFajlNc367d0Mi25of7jgPxlfIXrabHEmOtaaKHWocdhAAAAaARGSVJP1dAyK2uranYsefjIGgtnR3jhOu0AAAAIAAAAODBFAiEA8ZscuAiKPiqkOPVxAnZR71ZzeA1kLgemfib8EM/+jWACIA9MKRry4n5aaXs+zNQ7ZnjynXYBOnsgcco046o2XvwoAAAAZwRGU1hVqUt6hCqtthegsI+nROAzxt4vdZUAAAAIAAAAODBEAiBqDt0LebrOEarSbe+ylYg0LbywExBokL43sOUDz2EWqwIgeBd3UyW5SILXeAZ/50AtQLQu6gRp1H4PbVdKLN5SJv0AAABoBUZMT0tJ+1uDi2z+7cKHOrJ4ZgeaxVNj034AAAAJAAAAODBEAiAQ40I+YhRRI/IcXY5JFWNNTB4M2UnACAFKUBMv7ISavgIgFW80VUVWTIQr0oofqmxxJjJ0AXgBHKw/M2aqx+6Yw74AAABpBkZMT0tJXys/NOnUsSd5fOYkTqNBqDcz3dbkAAAACQAAADgwRAIgfH8fuAFCZetz86D4Ssc9R+uT7u+80aM0EHZDMfuhEJYCIGLTJ7srADDjgXL8MkY5G36ny6/GfQu6/i9fvekZ3pU3AAAAaAVSTE9LSRR26W+ts3Zo12gJISl+KrmOw2wvAAAAEgAAADgwRAIgIyaSdEexQm2y/FEbvxwLro1ntp6zvvLzF3m0LRlPiuECIHLIObmZrNSSzQFONOWc5hiDbl8dN/G7tPv4nbBaWiHZAAAAaQZGbG9raW0PU1G56u/WaH3/FD3m6l0By5wSBQAAABIAAAA4MEQCIEeIkhwccgoqbtHlu9z2o9EL1PmDAV2UFvxekX/8fRAlAiAGkHyYkm8EJmCwF7978PngS48s9wx7+8r80Dv11BE56AAAAGgERk9STSWlKK9i5WUSoZzow8q0J4B8KMwZAAAAEgAAADgwRQIhAI7x0+La6zFM4Gi1t3uL/XugrR5tHzRiQSs1QClFPWT3AiAIMCuVi6HTkaMTF9tXpSfyOBooIq67RLassNaX0BWZvwAAAGgERlJFRRLjTN9qAxoQ/iQYZMMvsDpP2tc5AAAAEgAAADgwRQIhAJ5MllyUypyZaFycfhaIftBVx9skEr97N9oX4czo+Mn0AiA5eQOmz4JB48wbFjhvApkw2G4jm1Vgq4o/8BtW14hj7QAAAGkFRlJPTlSSjlXatzWqgmCvPO2toYtfcMcvGwAAABIAAAA4MEUCIQDsHAFbkUk1J67lQcu9Z1VoyJ8PkElYuTylaTvBv9fH1wIgQCbzwEut+dXMyUXUEdQzNrt7nlM+wF82/a4bmMC/OOgAAABmA0tIUBWz1BD80NaV4bvk9xf44bbQ+y0MAAAAEgAAADgwRAIgKPThEYftwcrcF0PditvZEgIz775mWcF6vAr8KrWLr1YCIHmU80zZg4q50MWbP1a6+lvXlz4Sm3i+xwED3tqYFrpzAAAAaQVGUklFUzk7MSwBBIs+0nIL8bCQCEwJ5AihAAAAEgAAADgwRQIhALCTGFGK28bhnxvRorJYZLCjWxLYjxTIrHz7wLwd7zsSAiAifuc14dcIzn66Ru15tf5XpMvJE0o4BmcmP7hFPPsBfAAAAGcERnVlbCCQyClXaXkat6PPHMbgqhnzXkQaAAAAEgAAADgwRAIgFdmJ++MN95fmL7sKKziy/OYXNf8tPtT3LOZItWPcHwwCIDYbx5TV5HqzUEmN9hezE77Kuu0qZeY3VXS+Znpn20wjAAAAZwRGVVNFWFfJba6c+FEbCMsH+FdTxHLTbqMAAAASAAAAODBEAiAlzyKvcd1dL/sXVLk5rtMIO2pHYX7opRl8F/PkQI24cQIgD4ZWAv6/DKWR6Q3s8FzuxHPppodXAfRjuOToe5dImxoAAABoBUZVU0lJOlDW2qzILxeiQ0GE/pBPxFVCpzQAAAASAAAAODBEAiBNFWfM64W2I9IBhGjBwJ2CfL6Be58yYrHpaBDsSmAyLwIgQlvt/JQYpgG8RU2ZXWcyZyyX+Kq+IgVcrKoYfFXvSYQAAABnA0dIQ2g/rkQRJJygUkPfuRnCCSDz9b/gAAAACQAAADgwRQIhAPHAiYhNEV7WE6/H9HKdJ74LrkU795iuiee5xjZaCApVAiAiwZ9/Xmt01Ikfmn/P4j5ckj00v+WIHKjFIHHX2Fe1GQAAAGgER0FGSYmvE6ELMvGy+NFYj5MCf2m29OJ+AAAAEgAAADgwRQIhAOaiKVmB8WhTOrISy4k1ak4jR6A3Hj20ZM/IK/qlkiHPAiAApZqWN72a4SaWSSypVntigwKQK51fYPtcLRessRUdtQAAAGcDR0ZY5Po8V2wxaWMi6NcWXFll1aH2oaUAAAASAAAAODBFAiEAkRvjbzO9LjPKP6H7W/7zbR/1vKKKZ+OqIEawbVL7gMsCIAy1CnKhphMPF64KqdaCBGaK0udpb5nnZizoUHdik7pDAAAAZwRHRU5Bf0lZUo1MnHN5s0N8fupAN2/Za4oAAAASAAAAODBEAiA7imdcghN/BES5eYLBWBD6SggSppl7pK/OnjPz/AfwKwIgF8x/gImcwe1XNAeIg0WA8TDgpg906+5CI5lQ20/UvxIAAABnBEdGQ0WUurvnKNlBFhLuQbICQab6JRsmzgAAAAkAAAA4MEQCICkowMihTBQtJfCuioHE/Z20tukG/uhSBkkieRvWS70qAiAhFaw2Di8tHSz7PJkFKPcn3YPqbwG8O9vchmBVdIIYFwAAAGYDR01UfdxSxN4w6UvjpqCislmyhQ9CGYkAAAASAAAAODBEAiBowyB/tEWKzhGiDVyI6iYHOxpUNQ9Ny/22hTzzKi68vQIgUqJXSmIT0NxBaae6CevlAQe9EmmxkJea75t4cjgL7WIAAABoBUdvb3Nl+xHX/96NZD9TaMYvqZQ7zqvLDDYAAAACAAAAODBEAiAhT8MaVsbn6roLx12NCPwVG7sUVcEoSHNiaL7WleQfkwIgV1SOuoAGVfWZ7YtG2k6MQY81jpn778QtVRoQMq9Koy0AAABmA0VHR/lS/DynMlzCfRWIXTcRdnbSW/2mAAAAEgAAADgwRAIgN0fWTTjByjrJrR9m1RA9+I2XB4OoMEcsjFWogZOX3ysCIFIJg6sT7OlC0L/BUiU13vgXsWINNqrgkJWHDF4vTC6xAAAAZgNHRFS38rypsDT4zBQzOd0SuzHT1QzyegAAAAkAAAA4MEQCIDJyAC8DYyoX1BZPLsEoKy7X46e3ApG/Y/QWS8JjRXiCAiARR3Ba0vnDXOb8IsN8JIHbbEssal4UBOUs3GGjIV8bkAAAAGcER09GSWuCJ6Dhi9NaEISWAdsZSySqssjqAAAAEgAAADgwRAIgThIu72pI/GKfxC/13emSOgzMFz7E0o5f1oF7FzKzK8YCIBJGMf7GNXOtN9cAE/ze7ImkcMz3abbdl6fOke97lfELAAAAZgNHVU3FNwhmS5nfNI3SfDrAdZ0tqcQEYgAAABIAAAA4MEQCIBTcRxHkAZ3mORbbgBAWk2h0z2RXe3XXjD84exDcMPjiAiA3kiGW1KzytGxwBtZd+XctcTIafwUf4ZSm0fNhM2hgTgAAAGYDV0dDHk/6Nz2UyVcX+4PsAmsuDi9EO7AAAAAQAAAAODBEAiA/4DvHvkQ62TW8Ydbfgff9bukbEywJceYmqUr5TrHEgQIgKZ2u7L2GxsjwVWtF7B8r8EGSvV54oHFOANZIRb8tB2kAAABnA0dOVPdQom6wrPlVVuhSnnLtUw87YPNIAAAAEgAAADgwRQIhAOdD4CrXBLKgrc2c+ZAOTnAftdWfRF/dQJLqIlkcVsfWAiBSPf6jGs6hijE0fvnD4k0jHkWBIiFcmLA/CmQDp0ch/AAAAGkFR1VNTVkQ0+DDjChqBK7kTZsByskWtW7gWgAAABIAAAA4MEUCIQChbECedghhVttbfmaDEXKY0fblXRZBqG4ub4BhD3HwPwIgcasMTS7nYLZ2YAnlE6O5eUQ+qogW7mpu1URDJaWV0hcAAABnA0hBSaqeWC5XUdcD+FkSkDusrd/tJkhMAAAACAAAADgwRQIhAOFjQqm2aAxyaFK3v6phVybw1OvnLIkm8tLglWMiZoTWAiB6TOVI/se5yUtihHp3gYYGmT+JztvJ2gw5/NbQkheEGwAAAGkFSEFLS0EdHrjoKTIi4aKdLA5M5sCs/YmqrAAAABIAAAA4MEUCIQDP0CJ1x50etW3hGINCMfSeKWzvdQaZm93+TYhpZzs23QIgdbsuu/RgBzRdz4dtoBj52OGYZRiyUya16+YpxRHxSOkAAABmA0hQU+2iG1Jax4nqsaCO8kBN2FBf+5c9AAAAEgAAADgwRAIgGZYIiHvcsuNqcBTCDxHPg0vbAlW46STB684CGJdAPMoCID2LRLHyR1DQkdKIrw8JA2LsUhYB0+9jqZytwnXkNrI2AAAAaARIQVJE95A39va+ZoMt5OdRa+UoJrw8vMQAAAAGAAAAODBFAiEAlo7e3+V6t6ZIA5nEWrbjGRJXRp+Nv2YH5E1LljbLXl8CIEX0u204mT7wU5NdVeaROQYOEKPYki5JxNDZ1Xo+aAxjAAAAZgNPTkUD/w/yJPkEvjEYRhM1Bku0jfR5OAAAABIAAAA4MEQCIF2XvMLFBzmFRB7cl2cqr0R0okxbBfJLuojmLZvTgr7DAiAdaAePh2IQ6AeDcdmxwKIa00P14D44rR+iLSoNSEYv4QAAAGgFSEVER0XneEBy/Hadi3+MCj+gCHIu713d1QAAABIAAAA4MEQCIDDIhs8V47YKYnlhTfQHPRdbc+mjukETp5TL7gLaxEyyAiB77JRTmgQJqvbmYarkX8dQP1IiITVwf0NM+XuDsCnO3AAAAGcESEdFVMfY0166WKCTX/LVoz3xBd2fBxcxAAAABgAAADgwRAIgZlQms8fQ0aWKXfnkCEC2VHbh8NBLQzpV3UFnLrcRp14CIH86CuHcrsp07xPEzu9bDceo0KmU87Vc1QZ33krOanD/AAAAagZIZWxtZXSUjSqBCGoHWzEwusGeTG3uHS4/6AAAABIAAAA4MEUCIQDSOilAYNcKrGUlbCUZgeQC7PEG5vlEl4xYYP7Mzf5m+QIgcngScVl+zNzBhDRRSo/3zTwaiNG4yOVlGQ8TGIqhEdoAAABoBEhNTU2Iz1ADf4BpBxzVb2QagbNppf06QgAAAAkAAAA4MEUCIQD9Zme22TuGmwFmQsz/+U95GomArk1/Ss9ymkxSsh7vaAIgdRSXmTOTB6NqUkqePQEQbjQA2K1CLVpjacJJBrnaAnsAAABnA0hGVBhoZoWK7zjAWCkWancRs3Vj4VmUAAAACQAAADgwRQIhAIVqCye0/SIjWOprSh8HnkJvLs+9LkNd0l+eduvKCizeAiBfONiTH0TxZdtT9iePe0dncUOjMSw+OKYehni3gjUAxAAAAGgESE9ETM/kFuf8s+GTw0u90tBkLb5XtzzuAAAACQAAADgwRQIhAP9PNATl6omQmHWWqLVK2tfMq23BEocP8lKyt/mnUL4aAiBw8UqbUlWaVK9jJHDdI3BXTAF0RV3EHlVFH31k4hJ3IgAAAGkFSE9ORVn6NjAigWq/gvGKnCgJ3NK7OT9qxQAAABIAAAA4MEUCIQDQkZeZYWg+A6HQ6HWNNcE4GQFuP5DO4Bsla0ilhrLoSQIgB0fg/wLJIPbQ68vg1oXGKKl4E6XG2V9fgNOT1hkOoWgAAABnA0hPT+HR9mIVmYeGEQugEC71WLIiJMAWAAAACAAAADgwRQIhAPfpjhG67FvWzc9sCOKMus/c2iH7ZJlbhFEEfXVzMRRTAiANT5bE5kXjyF/pWm6GRhZ7uvubgtxDobCRgNI6tSzJVQAAAGcDSFpOwO/3dJsSVESVPviWgiAfuMapF80AAAASAAAAODBFAiEA6xuBDWlHZACQLlQQMD+QfU5QwgmL4M1bA6tXmYJpPf0CICndkhGhcnrKYTv+ElHGz4BLxHivbr0yQVcgid0vO0ArAAAAbAhIT1RDUk9TU0+nFj4VNBng4QZOQY3XqZMU7Se2AAAAEgAAADgwRQIhAM19ghvDfmeL/qE3rpdSMi8NK+aRpc8MyheRT2kpCEh4AiAHTyzAIMrhcp6Ai3GUSF+8+O7xUTJQfss+Hz2M/p9LHwAAAGYDSFRCToQKrdKNoYm5kGZ0tK/Ld8Eo2eoAAAASAAAAODBEAiBtpzffAHKCkiXAxxXZNt8BCoVgORgTWv0fNFZFslvFcAIgcSSCCyJQJ6DvlR54wre1gr0IPHd+yOMGKDKyZvQjmVsAAABpBUhVTk5ZVltyFj8XhJgyppKjxZKMxQL0bWkAAAASAAAAODBFAiEA0QPIl+6C7gr7caJii3EX5Q5vMwwy8TsK3ztjsNd1gT8CIH6VJlLBHejU9aTJb3sLUmI93ZU9rLWjJS69zdNmzWUhAAAAaAVITElOS1UjY2oq4yQADrDyOcR0uwQ0b+wxAAAACgAAADgwRAIgIqp8/HejsBcLzmBGgH9oO1CLLnxSLE/175/AOpc6tVACIHI9v8fpuDOI4wEDvxtOa0gOYUCaNGCYzv/8sGTspC8hAAAAaARIWUZJmjGblZ4zNpxeqklKdwEX7j5YUxgAAAASAAAAODBFAiEA0/pyh0SY85erKHQc24t2sVMH/IFXAIppHAA2eDW0D+ICIHwnjBKWpm8vOG5xSnTS9W4vaH87L17OUsZLKUXE8FQjAAAAZgJJRrDh/GXBp0G0ZiuBPreH02m4YUrxAAAAEgAAADgwRQIhAOZZ5bj+/tWeI+J+zhwT5TjOMEp1Ka0PvXJbUvT2gORxAiACBJ9lrna+0IH1eWmmtofqYvVUzg2RxfVxz+vS+NQWoQAAAGcDSU5KorcmsRRaR3P2hZPPFxGH2Ovk1JUAAAASAAAAODBFAiEAhTnnIpGcpCt416bzCabiF80VdM8q0Kf85Ma4dylDaWMCIEQ7yUUw5trE6pMYkllKZ8SJt9Rpi7Cp4R65h3HxjIn6AAAAaQVJTk5CQ98fACY3TUvMSQvl4xaWPPbfL/8ZAAAABgAAADgwRQIhALSXX7ezoc4xnIjDEjHhliyFA6pbu7FFGfLXEzovx4coAiB4gfQHWub4XcEpPLexoFOVTVES8ahQMolMiJPRDAhI1QAAAGgESVRBTQTHR7QL5NU1/IPQmTn7D2JvMoALAAAAEgAAADgwRQIhAPziQeH4pcu21WpkLQcRQ1b9My4Q0GWD2koMULhJYWk1AiBKcpoew/TtTAkaQF0n7rLirAb4T3KRy37pBeE5SvKLnAAAAGYDSkVEBYp68ZvbY0EdCoTnnjMSYQ1/qQwAAAAJAAAAODBEAiA8H1NO+6Li9RdqB0jK3GYuv9LuZOHtMHpd/SvqY5vZJgIgLU5x8KPKjvW1IaP1orwgw/YvrAGaQXGnZlZIo5xDtqgAAABoBEpFRkWA+m1ThL3eKWoooyH3OrcJd1dRKQAAAAkAAAA4MEUCIQC1JTNW9paTHU+E5AFgFDU4xQ1tUPbRYVWTW720sVSRgQIgRA3Go8OouCCGlZE37N5iupmGQZmxxOJPNIH8KfeyOewAAABnBEpOVFJfLKqZ/DeCSKwCy7qsJ+P6FV7SxAAAABIAAAA4MEQCIE/vmqfiOr97urEASJ8cj77isZOR2pUpiZWW3VdfLFJKAiAvanNT7l8xnfIO9eJOO5GCly/8s7g5pavyf1sArfN3BQAAAGcDSkdOwTt6QyI7ub9Lab1oqyDKG3nYHHUAAAASAAAAODBFAiEA1FBB400//zJy0kN/RkpNPzo/JOXb+1K7cJP22UYMCp8CIAM+LZrh501bJeO79puUzGnlD/YsiWMX2vwtBQwF6AXSAAAAZwRKdWxEWkH2N8P3VT26bdwtPKkmQQlld+oAAAASAAAAODBEAiAw5Aj0+vjTUJuVIjOoxgEjuj7on7LhiJZ/FPBQ3TThKgIgVXPnJM4Ng9ZYtVWBjgaOdOaUiXoasCluFIGqi3PKaYAAAABnBEpNUFSI1+m2XcJM9U9e3vkpIl/D4VgMJQAAABIAAAA4MEQCICW/Av0TK6nz/tmkWTKQWBxFxLOkd68EYsYJ8w/M6IHsAiBkLTbWnL/AuS/oPPpUFgrFq+dtuoPHCxGOYZtZ/U7SeQAAAGgESlJTQ66XzjhWri/deQoHPgCA+8QDHQytAAAAEgAAADgwRQIhAJB+aHcflS8OMfnF9dp59tEtmepP9ao2Qx8XXXBWyQmNAiBOBrGA/jt1lb+lTO1Sz17ADCFuG1rZnE30WsyLJN4bLwAAAGcES0FCWQKkDASO4mB7X1YG5EXPw2M/sgtYAAAAEgAAADgwRAIgV1+RlSW/AAzUASEof1FI/TVqP1RP93taPWwIiA1LilgCIEYQe6crLWxemzngTfVRn9zlmtf37m4T5/5OmoEBnrW8AAAAaARLQUxNS6AFf3hIWKSP41FEXGcv8qPUNRUAAAASAAAAODBFAiEAqaqd04TrO+rn7gxsCNW+iHUMwkhxiT9NbM9VsYSPZWYCIFVqpF7s2jAY/4S95pfQysNQSpYYKzX2jD5TfNXCNmHFAAAAZwNLVE7a5sKki/qma0OBXFVIsQgAkZyZPgAAABIAAAA4MEUCIQC1jqvvpL+IODW01nYcRc5vVGNDhQVelO2PJgwmHrHJ+QIgaGEhyTo34FgZeoFE0MSUftwV/rbHCefw5190UMk3XB0AAABoBEtBVkFfiKsG6N/onfEnskMLukr2AIZgNQAAAAYAAAA4MEUCIQCA5fdeOYqk5A9GBBT9h4E4Ysno2eaieOfdPCrWnvy73wIgT3j+y2qUc+InmB2D10af9+oXaB+NQRpyqodOI+dRoFIAAABpBUtQM1JCXqKe7nmap8w3n95c83C8JPLqfIEAAAASAAAAODBFAiEA83M0vHXDS/6d2ffBcuJndPwtHSW2pSrc8Z2QknQc0p0CIEK67i3bR+Ih7RgdyAeP89jMjun2/FUGyl9WDp6G4scDAAAAZwRLSU5E47qIw40nif5YRlAgzA+2C3DBDTIAAAAIAAAAODBEAiApz5/VYV0lJZC9pvnIP27ZSzrxFO4KbLrPS9tyJ0PJGgIgfxdALORqsq65u+ageiOsFHGhcf2Sd67oh7qySxUl318AAABoBEtJV0nP34qA/sruzBRPp0wN+Gkb/Q4m4wAAABIAAAA4MEUCIQCOVZjffKkU+hHF5jbKE5zfsuaklXNHQKwszPXO+aE/5QIgchg//MNiqGCorgpDaMQUfFV5gFAiJNWtIobUAn7hymAAAABnBEtNT07HMrZYapO2t89f7TRwgIvHSZgiTQAAABIAAAA4MEQCIBNVxD/iOCDG4aSsUFtmOHkniBFBAWpV2KEAbPSPikqlAiAjc2qyyE86L0dxn/4nhaTDWT/jHjyqU/5FcIfe2iHdbwAAAGkGTElCRVJPDfy0Xq4HGzuEbiIFYLvN2VhBTXgAAAASAAAAODBEAiA6nLxTzhoxWyujuwb9mjWEGhEvEGFKLuxcmrJF5R5CNAIgXvDtgkqhxmUblUzG8dfAhrO8JBN/6pxWDvwlrCIADmkAAABoBExJRU5daEra8/z+nPtc7eOr8C8M3RAS4wAAAAgAAAA4MEUCIQCcXjmNXGoUxdRvELc9XiWxqY/0kROd+QAohhHD8lOQsQIgMPon5J3SOt2VkE4SsK/h8QvZ4rArFOSYdKVVd0BkskwAAABpBUxJR0hUA3g4tVbZydZUFIooRoLFW7X1bvQAAAASAAAAODBFAiEAsnVAYetbbDDpwKaxv/XZ6r0czKW6IZveg9h5UMPHJ5wCIBmQPNnlIm7JdSljRyZQnjViRJOkio/H+wilJqQcc26sAAAAaARMSU5BdiU5tFodzOPTbQgPdNGu03hEuHgAAAASAAAAODBFAiEA6vp14R1+YB+1zk4kCoKHMm4Dsa4vPMIzUVQ6uXbVLHACIC74dMckM4PjU/us9q1OMTOxJpUJU9tqq6g22bmZtakZAAAAZwNMSVS1lJCrCaD1JsxzBYIqxl8qsS+XIwAAABIAAAA4MEUCIQDC5xRUi9HLvenn6Nzntko70vPj81/r48Pj+QzALleKlgIgWJonPOgYVr8v566iJ/+YCUcyRlfE+zCzI2e/DZrJiXwAAABqBkxNT09TRRfYw5alXWwcITDvwj9JNrVoYN+cAAAACQAAADgwRQIhALG0uFk2+mbTDDBGRZzKo2AOB2sKkTweWB7JRoqw2dFJAiAFN985Mz5V3yPRBU9oDBKg1UV7aAwurak2XxPzDl04MQAAAGoGTE9WRUxZniRBXR5UnrxiahOkgrsReitD6c8AAAAIAAAAODBFAiEA2P6avOo61UFidq0uQGw5ppEbJAiYXGD5lq3bWhEw6VgCIBFL+45y326BPwZORR470udTJ76b0n5kD8pvPKkrslWiAAAAZwNMVE+FeyIvx54cu/jKX3jLEz0bfPNLvQAAABIAAAA4MEUCIQDwnzRrTvAP4L4AGaHd0hvR/1pUUjXTkuZPv3FbuyIxhgIgOvmmVBL48MRAcq/gDuISHjUbhbfPmp7Ca0TMG56aWfYAAABqBkxCbG9jayzZbow/9rXgEWn247YdKCBOeBC7AAAACQAAADgwRQIhAM+ZhqIQSMF7mg/AK2/b4JCtA0jr1BPD1sx4SEIYh22DAiBv20XL5i2UDVbzFbtdsUnHkp11WJhaQfjuuv7h/wocigAAAGcDTE5SnURRFRqN5bVFobxsj9652UooaOEAAAAJAAAAODBFAiEA49aV3lBua7ai/aol1lVqpnWgme+ev/Vap7lUcEtIXpYCIBV+3WexWmXxNsJqKe8Ra/c+/YttQZos1C0qbQcqusvyAAAAZwRsVVNEI+inBTQwikqvdvuMMuwT0Xo72J4AAAASAAAAODBEAiBQUy8cmJ4W2lR0Nz3KcmTMPYS2rdYXVYCguxhJMbWf4wIgPkb2U8fE+ZkPLa1qJVKyxy3I/IhVxMBqodlsXE5nv94AAABmA0xNVJYXhX4ZE1Tb6gtxTXi8WeV8QRCHAAAAEgAAADgwRAIgUtPOpLPbxR5V6wH/yVAjr7N9q3h3RwDYX91ILwmSnBYCIGEspHjLL5hvFBd3XOwx0Ky07uMm10ntH7HyVeQtK+xeAAAAZwRNQ1JOrLLUeCfJgTribegJZYRdgJNa/QsAAAASAAAAODBEAiB6rhEvMoSNgFsWzARPygsSWIrm5/6PR0abvJwqzP5E6wIgLl5+/DW++URzrXDmVT12pJ1qMvx50OKXvo4CGmEu9ikAAABoBE1DUlRLgoWrQz2PactI1a1itBXtGiIeTwAAAAkAAAA4MEUCIQC5v1lq4yXT00m3JSOuwDsi+3V+Ww84R3eC3Ed+sXBX6gIgH0WC7SuP6vsSlDVYlLo70cI3zVqhqZEvQ0sPH/pOt9cAAABoBE1BTlk+LtdfcYJR/QETErnjO/EKTb/aVAAAAAkAAAA4MEUCIQDPtT7KHN75hVs9YzjnW3GBWj9cn55WO07aYCah/70YQAIgGcdrKmHH9Zw1Us4FG4ebLbId5ySntWsDbBg7VaEMiBIAAABnBE1PVkUjHPb3hiDkL+ANDFwwiLQn81XQHAAAAAkAAAA4MEQCIBaOoy7CVu006WD2WYTDJn8OsWG0RkKv5x5CoMGNzAKrAiAo6o2JGdpBSBaHfs0bzSOfDMbhlRdc4/UqxoHmTJp0aAAAAGYDTVJJCRPdriQoOfiZXAN1ST+aGjvdyXcAAAASAAAAODBEAiAk61P5JW8FSZcPVSI8zRGCRm/X9jAyApKNkHd+scI7RgIgeYg4tyqSWKLpNJXSacSm9VN01glksSG6P9ecsJLWuwgAAABoBE1BU0su2aXIwTuTlVEDuafBZ7Z+9NVoowAAABIAAAA4MEUCIQDyM9eAdu79lIvU4HS4qZi9RpWTKT5hmBIRr2DemTBBngIgeC6ybgm+DKd1AU/Crd7UUOIY81RBhk4Pvy3Z5EsN8acAAABnBE1BVEjyGBhK+CnPKwAZ+ObwskI0mKNpgwAAABIAAAA4MEQCIDqUUQVZRzYy5pvbdfxXTwuJXs7/emc/bLMz7rsUjFKFAiBBe6FO5SUVlWrwIrMgD2+Uxw8VDtG1S4ygZ07DXen7VQAAAGgFTUFUSUPMQnJMZoO35XM0xOhW9MmWXtaCvQAAABIAAAA4MEQCIF3yNvOteFRomVVysTz0r77NmfP2vtmCW66EbJl3rlIRAiBO88tJq1McCVsta9l9U1PPkR+YsyOEBcXIgM5GtJF9lAAAAGcDTUNCX+gNLNBUZFuUGWV9PRDSY5F4CnsAAAASAAAAODBFAiEApZ+S05zq6bJdEOcM6RRbd89qPouu9PA8P0ErOOO7ra0CIEgWrZ0pnJjeGMGzMzyemZUobvzR/4J79jy+VANWlkNSAAAAbAhNQ09OVEVOVHmeHPiKI25CtKh8VEoiqUrpWmkQAAAABgAAADgwRQIhAPwAXf8IaOxwgUGuN78dmzXI9jrASZjgHY/3QmWsBFI4AiAx5GBjl879EE1Y2tS0f/REzFxw/P2NLuY61+anfrKrjAAAAGYDTURUZo23qjjqxrQMnRPb5hNh3ExGEdEAAAASAAAAODBEAiAxDMKeGt/7TCj2xZBSVQtdiagtO7fcMw7lYXoHq4SuYAIgRD/wa9Zk4hX8gFb+LbxzNnvK1aVBUuYUFJlAYRVGaAAAAABnBE1SQ1IVXatQ8d3tJcCZ4gnns3VFanDlBAAAABIAAAA4MEQCIHNUzD+AePuUm6ZmwG9zu8ABnUsbX5oUNO69oTM1rfFjAiAVjwnqC06GzxZkcn0OmcT1kxsSHTZkdrhDeIMxoXG31gAAAGgESEVST9QL7bRMCB0pNe66bvWjyKMaG74TAAAAEgAAADgwRQIhAP6z+VFCDXHkeif7MzfvUjtXr4OfJ3ss1Wmtv9eaDqmTAiApdLLAnMB9eQWBibhZnaas47Y22jHgBegs4e2r4selwQAAAGgEUEVUU6dzRnYDQUYLQsIwym0h1MjnQ/qcAAAAEgAAADgwRQIhAIrmP63WESbIZIlt6Ip8h8WUebxedpGxbP6jYowXTXHdAiBlduIRItkgMG/ZPPKfwQKOgfD6YbjiHipTAIllVo+Y8gAAAGcETUlMS46fUXPhb/k/gVedc6f5cjMk1ravAAAAEgAAADgwRAIgC9HPJvm9DsiKP7sJ6r/9QCQh2G8N7YBQ2NnHdgl3VvYCIAbGcSBBip/fgIHjbZzWp3W2ckudyCtkQojDhO6+V4M7AAAAaARNSVNUaON0+Fa/JUaNNl5Tm3ALZIv5S2cAAAASAAAAODBFAiEA3RV6xTT8uiz2eoNFMyHAMLxuPj2eGcszFWu1KqpueE0CIB3r3/5L6USmDlOT5IwoSzmg+slTsZOMist4TuOHM3VNAAAAZwNNSVi2d1T1tMcEok0tto5mGyh1pN3RlwAAABIAAAA4MEUCIQDyiGzFoqnFoXDNUm3EkuVqj/JGGgct6pelaT8Ul/YkEQIgAnAW0sdtBja2WxP6ARXiWgXnBMa7SjiAy6s9ltZQ5TkAAABoBE1CT1gyA8nkbKYYyMHOXcZ+fp119dojdwAAABIAAAA4MEUCIQDglrZ3KTM0BHkZpiu4SzMw1QmLMSiMbiKeOZ1oKEWAggIgfH9CKI5uPO6FaHF9Ghb3F5mh1Z8OOGO0Q8I+S0W/WVYAAABnA01EQdcqqeHN3C9tbgREWAACFw+6H47tAAAAEgAAADgwRQIhAIhmKY+RpdpH7W31GRuRMbXo8GViydkIZl7uZxkJd5C/AiAr/KLOg6XZRw+fNjSMw95jEv1LGWaTtibtnSjCmZhNpQAAAGgFU0VFRFPvuU0VggbfpcuMMJUAAXExBkQJKAAAABIAAAA4MEQCIDrMa/pnuOnkwqaICTaAiquuCRX69JcLUTG4lVOH009xAiA6miS0cRqZUrxepRABI6N6HDT0HgQLk3FPnPdRMEu6mwAAAGcETU9OSZVzyIrj43UI+HZJ+HxN1Tc8nzHgAAAAEgAAADgwRAIgR8AkuzhISD0BP91l+X4a+AtRxsDNWb6CfxT3ePD5COQCIGXMpumKVUjZHhRFMpW6Ai+G0ZFfkHqcs3OGBasYouHrAAAAZgNNT0+im29Odih0hGwIHiDtEUL/g/qv7wAAABIAAAA4MEQCIA43jzx4YTMJ4/2BPIFfZn3TUPTajhX7ql2M6aJz85reAiAVf/hMilB8y6EQmrlz+Ph8LjrVYM9/GVI2SRhIwy2dTAAAAGgEUE9UUz/MqGSGUeW5dN1tPlD2FWd3l3KoAAAAEgAAADgwRQIhAPzl/GnlviRACsb1JBHPQc19Z8FftpvzLne46sxRv0w9AiBBSq7oeVIj6zDFqSieaW+HBvtXf/VFH9ERr3V8XyYpIAAAAGgETVJGSa8RZ7H5Dk8n2fUgpM06HkUuARzqAAAAEgAAADgwRQIhALrS7Y8IBLkI0/MR9+amqN0W4sNjw87qTs10P94aWl9wAiAux1pLlO0vHfXcKdO++g3L/lMLgJ7mcTXAsDOM0XIIuAAAAGYDTU5ETJfJAbUUf4wcfOPFzz64O0TyRP4AAAASAAAAODBEAiBRZgCwYn6/gT0cqlaGiWth7fR0OWC8N2aJtwEnnzQcRwIgS1cK69tiQHN1vev0OT1Qzkf+rPq3zLJOrKatrfdHZ+EAAABrB2FueU1UTFhZId7oVWxFk+78+tPKXi9hhgZIOwAAABIAAAA4MEUCIQDJveD0mU0TJt9Nf6B1rONRr9RpxUFkCyvIL0lnlJq0wwIgfIByqt6DT6J3qRuIz5LykLSHlYTQmWkeSJR+4JSiy/YAAABnBGJNWFhBMbh/dEFRkEJczYcwSMcI+ABYIwAAABIAAAA4MEQCICKlC9SPQXdqGX5MxUBzojK6UbmNECAJTeT/ZgqezaUoAiAkIh9HqQ/0+fPGrIoB6NFs0m3Tle3gHQAcIdItknDtCAAAAGYCTVifiCVnpipVYNFH1khxd27qct9B0wAAABIAAAA4MEUCIQD23k4jolC5bFihR8hfzU7Lrni0InBUCtkDg6ALcyZzyQIgO/TZd9PF7MGFozDGB5LIwUiJ1SrobYaoooKzr7ypmm0AAABnBERQRVT7Yq43OsoCcXfRwY7ghigX+QgNCAAAABIAAAA4MEQCIE2JeqIsliV8l4N665odVhWP8tj19g+ZO+mVQ1+yeniNAiAb8U2tTmJHY8Loq0/lk8DxDaJdr1jiDRXiulP19aG2hAAAAGcETkFGVNdzBoGx3I9vlpFmsp2KXqhWhhajAAAAEgAAADgwRAIgfUfUXngfxW1OhfVqvQ2IGqDHzBDNKAP2r1x/+bAh18ECIAMIQp/kzdS4IIJ+jtoN/QLYKOa24OOnIvoRnccHRF1rAAAAZwROQU9TdY0Ihk+2zOMGJmciXKELjwBJbMIAAAASAAAAODBEAiBoxEA/25x2AgeB5hYD/sBC8R6x4smR8YAeCUkUyl0idQIgBT3qjDoGKOZhTkKgUU/u22m3gNoqTaLBG2ES5hg8duUAAABmA05BUqEwPmGZsxmokbeWhfBTfSia8fyDAAAAEgAAADgwRAIgPcAzH1qqwkT8XnzfeP/Yhn0HzrHPs/ON/kyYqeTlT0gCIEtDIeDG8FGLv8E5pBsit/s8DG5w70DUFLv7rkqFZp5zAAAAZgNOUlZC9vVRrgQsvlDHORWLTwysDtuQlgAAABIAAAA4MEQCIBHAzLBIxCKw72x7wSVbPjxtp+SddUqMI4u2OSXs4P/JAiA/MkLlBa0HLMgww7ncDfLfMAwf65FzsWvHhvdeAZBl+wAAAGcDTlZU8OQGxJxjq/NYAwopnA4AEYxMa6UAAAAIAAAAODBFAiEA3IFSug5lOXoa+2InoAUWk9l0zBTQQCS4noNPgONEiCYCIGYg89f7wdMnq5pqsKH6j3kefNyQx6mK6r+kWExmlz1xAAAAZwNOV0OWj2+Jim35N/wYWbMjrC8UZD4/7QAAABIAAAA4MEUCIQCrM8EMbqWRst0yfP76I+MNTJkxNJNy+4MBpMK2zNwdrAIgYAvSD6rP7VUIOOwfcogdkIo7YQoV9LfBQF61Nj2FsdYAAABpBk5GVEFSVPeETLiQ9MM5xJeuq1mavcPIdLZ6AAAACQAAADgwRAIgfOH95/BH22dNy1qHnB4A6+2Uu8n/Vz+uoFgwY/B7/psCIH6OSKjlPL9aX+rq3F1PK9hdURitUEvW0TtTMF0YFuWVAAAAaARORlRC3j274wz6n0N7KTKU0f1ksmBFxxoAAAASAAAAODBFAiEAlocVL5oQh3XylbOnEaOT2dogQjTTU4NxRqSdbNe5qpACIFkc/mcW25qXGaX56yLpIoE9ZcmQ4Xm95pDfo+PvOAvNAAAAaAVORlRCUzJ5UQ6JYA7hdnoDfb0K1JyXQGOuAAAACQAAADgwRAIgdOn/+OZsfMXvgzj6ydfVfH73VHvP6Ktba99F8TrK2VACIAU71vFxg186bxZv5IAhWgVL36zIi5zLHWgeicxcr6upAAAAZgNOSkbxlo1BE+h+iM9Q5vDhgg3L0pxKkAAAABIAAAA4MEQCICuu0DKXS4rJ2DX/+BJcNzq/ExMX7hNMA2wOKdZNBoTGAiBW73CFvbUXH/bEpB9PlkkPLWrGYlokmAACPyN9CWbeSQAAAGYDTkJMpnoTySg9paq7GZ2lSpy0zYubFroAAAASAAAAODBEAiBrWhcqmEpAMq8/79geGG5pvIsLjZmrbqfpsXm4lTmHZwIgOYSiBfaahX59B2iL1PEFK2N/TBSE8ZoZf29x27BrehkAAABnA05NWNMtAaQ8hp7c0RF8ZA+9z8/ZfZ1lAAAAEgAAADgwRQIhAKLHov1sR/Jae/ggcjGBOTPWpoLKFf+Ey6q4wJ6/TIxXAiBRwa/cxg0KDpQIA2xntSShIu7B/zsBGIw8o9RWv3yEYQAAAGcETlVMU4zW4p02htJNPCAYzuVGIeoPiTE7AAAACAAAADgwRAIgWWq3p4P4PnI+IqPu6J5GgGFN8ScQrf2/xgr5WU5M7pECIACuoJhJ8fROInpdlUsaNT0ZYFuAqjOB/8z4p1l6dc6MAAAAZgNOVU3s64fPANy/LU4ogCI3Q/8Iepla2QAAABIAAAA4MEQCIF9N5SCtMUZgG9S7yYN/yveWE4GD8BBbUdcfIHT6s2CBAiBwV/EkOZs2udLAf/9dOuS9UxmGoE+2pnPx9VSOY5uNcAAAAGYDTllBv6CEH3qQxM5mQ/ZRdW7jQJkfmdUAAAASAAAAODBEAiAtpxLofjI/qwU6epLFyxSTOJVSHHppKucjbl7xjJ3HZQIgcQKqxB+XuVrcc0UYB78iuWiVXHh7eRY+DX5JST8OYCUAAABlAk8z7pgBZpxhOOhL1Q3rUAgnt3Z3fSgAAAASAAAAODBEAiAx/obSiyjduN2yPwRG4RGnCdYQHNytsTZDRwnx/x0JDgIgGlsSV/gNfwSVu/LI0WY8Ar3nMX/hrfolO/wiF5psT9IAAABmA09DVEknfMW+VrUZkB5WEJa/1BYne09tAAAACAAAADgwRAIgQeaeNt4f/9V94itOBu6bMqiar0MbeKSzMBiDxQUkjckCIFmtYdlrwMUTebzzoDVvjwUo8G29QyTTZMhrczZhMFELAAAAaARPRERazUDyZwz1hyC2lJaGmKVRTpJPdC0AAAASAAAAODBFAiEA92pKVIoUnV5evrcaBuPxcQqMPruSFz77yk3V9ypXkOwCIG1Yz8wZc/WIensCkG4UsLXy4T3/VoOI84hUlG5hjbRMAAAAZwNPSU5ljmT/z0DSQKQ9UsqTQhQDFq5E+gAAAAgAAAA4MEUCIQCOikJPRlYssSWM5AFYa3MSxAJCDIrQC+EIeU934amm8AIgPYzeDD39rcvSts14+4i1u3fATSE+/5wcpJH3UHX7LMkAAABoBXBPUEVOq66HG347Z67sa0aun+GpFmCq2sUAAAASAAAAODBEAiA1HfqFlRh/iRE0A6f4sBkKKnsciU6+JZIJkSBLtTeMhAIgRpFndMMZUiWCiBqsiF/m9d7bcOb4vPc8iEDvGEwHBWwAAABoBE9QVUxoYxgADZgryNzBzc+P/SIyLwlg7QAAABIAAAA4MEUCIQD/hbYf2vqOFOj0qWFfuiig9bYTuPwJOy96JZ1lzG7ohAIgdIxPDiUV9sqRsm7xkIBvEQzNzLbk3XUED6nXhFsg6bcAAABnBE9SQlPr1JsmFp4bUsBM/Rn88olAXfVfgAAAABIAAAA4MEQCIG6bwCRxBCsl+AO5vVZo7tFmy4vPcv2064oRJXMxON9WAiB2W+Q7gm3XLJwbwvNon0ergaKw+fA5Ux98MrhRn7TclwAAAGcDT1JFk9Whmpk9GVz8dazdc2qZRCgpClkAAAAKAAAAODBFAiEAqviuKwW7aBBRbxt3DZLG9v8lTXvTiJMjAVPl2toNSRACIDuHWkDnb3bKMtHhQm/bFzEG3M+Y1Z2TeyWUn82ijxSPAAAAZwNPVlJ+NdDpGAvzofxHsNEQvnohoQtB/gAAABIAAAA4MEUCIQC6DtqrngQVul16/gfU4tOVRz+SjSLRpK7fnHjGa0Yg5gIgOA3b11kgMzszlew/7sUqphuI/dq/vhwOh6yh7KA2IxEAAABoBFBBSUSthtDpdkupDd1odH1kv/vXmHmiOAAAABIAAAA4MEUCIQCrpnT5oB8cppfiQPXWi8O8yRRFM1ooyGiOf+2JwL9SmQIgSIFiGYAenzlS/4zDLwsJ4GBQhyH8ZIMH9zUzV4nvL+QAAABnBENha2UOCfq7c7063goX7MMh/ROhnoHOggAAABIAAAA4MEQCIFaAcPo6TIjVTWOD+kweLz8W1pRGrluvS3EsjYkxEY8FAiA801oJkEazJaW9JpilWjb+6x4f05LUcFMgXA0xsTqU9wAAAGgFUEdJUkxMTaaNRfI+OOyEBycu5POPKAJjwAAAAAYAAAA4MEQCICJHefBIE8LMadkaYWuhLoWgfxdAySNHwr5wHIiI7lVGAiBhj0TJjJKDeKsXuL4TZDRzFnbo/jID1lV2hZMXyl1AcgAAAGYDUFdU8+3U8UoBjfS28Cvxss8XqBIFGaIAAAAIAAAAODBEAiAG0o74G0kD1mS39XyoRs7ZPIe8WAFj6Dd21inIg+BzsAIgAzPCfRXWQYlSvH+6LOGx3PLISRdGQS1FarJ+MFbytMsAAABpBVBBU1RBq50Prm6wYvJpjC1CmhvpGFpdT24AAAASAAAAODBFAiEAjMgpMdBHMQ7tU9pdGXDAyBxQa7kdP03O+v5eb2eIVw0CIHmfI0RYgRqDWRoGEMiD6yDyWAIK2UmYYd/dQ/9r3iG/AAAAaARQRVJMD55NSfJd4iwiAq+Ra2gfuzeQSXsAAAASAAAAODBFAiEAh4hLHiXcb7PqicGPaZ2x3i8wzWqAMpu0Nb2LaxWCPqMCIAJAkZKdHk3ofkr29dNMwnGHipkZQuNOe1AeM6g9rMTqAAAAZwRQRVRHCWBweJgMuwZlq6nG0bhLjq0kaqAAAAASAAAAODBEAiAYShuJmn5O9LllHKT2EFdC1PuDpQpQ5YHCKdITfJLAYQIgZZx6y9AG/KyCU8QYJlnl2jOpXZsJ8h3gN/rpAuNRS5sAAABmA1BIT7l4TBYz7zuDlWO5iMMjeYY0cUNoAAAACAAAADgwRAIgRSvkFShp9H93Hev6ih2wd61l8RZ6pAdTR4hkHxpA0Q4CIGYp1Fp2IfL35yoQMjpL1mCbaJgh3HKYyRIjRzNe6AWWAAAAaARwaW518D4CrLxesi3gJ+pPWSNZZvWBDU8AAAASAAAAODBFAiEA2JkRI43N9xASmQbRmsSBu2ccPXFrojmsce8lt7yjGW4CIA2nftvw8cE4PRA0uAn3BShulwlL88PxZVC8+CjGnwS4AAAAaARQSU5HVUZgD3ftodzy6IF+9NYXOC5/cfUAAAAJAAAAODBFAiEA4NuAu7n628d5tWPZKho5CdLSC+WSD4SCQ/0egB4ieaACIH/lEZm9lV8Xrwme20/N0ir79Gqz3NETSJtcHF5GhTtGAAAAZwRQSU5LkTMEn7H93BEMkr9bffY1q7cMidwAAAASAAAAODBEAiAuVBOaZrqZfMhGCZ2BVIoDUQrwVRxJos68HbhPi4YSVQIgOW/A77tFL0r2Nwyu7ctn2bIia7Gvo3qOZCg4QV6+z3wAAABnA1BJVKV6w1zpHuksrvqo3AQUDI4jLC5QAAAACQAAADgwRQIhAJ0plkQao/u8L3MHtdr+46RBXrd0x+elvPFQv8togrU6AiAcYkfiJovRCiiG2W4I1VyV49hDsylFJy7o9BB/J0UDCAAAAGgFUElaWkEswm3XMPVI3ErCka59hKDJaYDSywAAABIAAAA4MEQCIEBhmPqGyRaITWzcMjO5kUKH3bbxb6KKNjONpv0SbvNCAiA3C99OrAsNS+fk1awQbB0jsQl2aIz1zi47/8CGFoJLaAAAAGcEUEtHQomoUXZKQn9IwhwVV9lEWCZ/49NyAAAAEgAAADgwRAIgJMz9up+q2XqV/rlo+xjJo16sP2O2DhzhQNjkgnv15c0CIEGi/Oqw97REkuocFH1o4fyAdMLoXtpHRIrfx0fdVtpYAAAAZwNQVlUxRx4Hkfzb6C+/TESUMlXpI/G3lAAAABIAAAA4MEUCIQDKvUh8L/WQ4ybgCIgZLjv+kbFP5IpxJRjTpsa37J/m0AIgLlpAMdTrLWC9xRqXCQyIOl6YYAwxT835kiL7H9x0i+MAAABqB1BMQVNUSUsnZL5HVv7I3pEdjTfv5K6K/xeCVAAAAAkAAAA4MEQCIH8gxR77NZHepxkTgorWXIPWK/fLZ6DhnBCpctsey4aoAiBX+GPnkPO+8zbjxro2BFhuNwuv0GBIAkZV66ZEnFP38gAAAGYDUE5U2qywq2+zTSTopnv6FL9NldTHr5IAAAASAAAAODBEAiAT5dzaFAo6zC1E5jIQKpD8dfGhrVV6e4kQ61lwJ/x8KgIgSS6yVNwRX+YwV3yWjcg4QZ7HHeA4+MMyGhkHXwCado0AAABnBFBPQ085S7qPMJ80YrMSOLP9BLg/camISAAAABIAAAA4MEQCIEHkhYEQ526e8RQpvmSkzYfGzy5SkPPj/337BtI8m21OAiBYjvX0R/ijaud/2UJv8qB2fAIR69go1rjQIDH7aSmyOgAAAGYDUEtOS13suTJ7TVEaWBN6Gt5hQ0qs3UMAAAASAAAAODBEAiAO4kSngfUb6cLpEkQ8xYG4uHtrSOFTK2fUjj7mOSUHdwIgDdwzziyTqrA8ZcP7xzSg33SoS0PY8ZkrULws/hkwTgEAAABoBFBNT04Xlq4LD6SGJIUQag3ptlTv4wHQsgAAABIAAAA4MEUCIQConSBgbXQst8y5w7iMVUpjf8obXe/fIQ9sFjHrk6uQzQIgAgZbAPoHrUCUBb+agtiRsbH8PCjkYUbst8ziy5skQc8AAABoBFBPTFN+Yk+g4cSr/TCcwVcZt+JYCIf1cAAAABIAAAA4MEUCIQClwVnyjjmfbbqOE3Nj9Dq0/vFmgCSYozaQlz8PLYevZgIgbx1o/4w+sf7t89wP9+glF7IpdcIFh4ICt+gqpUbLyLYAAABnBHBDV1O8858O3aZoxYNx5RmvN8pwXyv8vQAAABIAAAA4MEQCIDMtIhr5EuGRmEtlVbwQeCfq8RUS2BzZxWmlPEU3DU4rAiAOnQtyINfA7S/ljFS+GkfuufctrpzatkLMVui1BLORPAAAAGcEUFJPTa9T1W/5nxMiUV5U/d6T/4s7fa/VAAAAEgAAADgwRAIgUPH/a/czB7ZA3tYI8Ulhb0xWioFQD8s8FtjFLZkLvp8CIDrLS2HHvRncDa6t3g7jie0H9QtGL80nZv5ZIUWHcfkhAAAAagZQUk9QRUybRN8zGJcr6EXYP5YXNWCRN8TCPAAAABIAAAA4MEUCIQCR4/E3zWiYA7co0e92JyCj2TjI1asFkmJkm57TjRR17QIgSke+eX5WX1wlcc/TeKm9sNwvOqI8uM/FcI9eZLRLcbMAAABnBFBST1PtjIqoKZwQ8GdJa7ZvjMf7M4o0BQAAABIAAAA4MEQCIBcymDIhAp7O2F0DiT151CPSpmNBz5fhN4oXxSejL9FwAiAWBZszFC5CdWtHxmGTQWWiwqDAqtDuL00DfsPTug8dZwAAAGcEcEJUQ+0opFelp2WWrEjYfA9XcCD26hxMAAAAEgAAADgwRAIgPSJ53gMJcKpsgK86+Vakcarxs0/dSt9whlwj58nDcZcCIEqTJk+5i6en+OTfvLztD/3+BIquBUovEvk0Kb75I+1zAAAAZwNDR0cWE5VxWemwrGyA6CT37qdIoyoK4gAAABIAAAA4MEUCIQDGmsaX4KFGmEDS3o6lZS5EDuKcDi+qqJ6E9I6dx6C3IwIgBNNYBIiuU+a5cit/Hf3D2o/W/29UHgcGTc+msNJWG9gAAABnBEdBTEF93uF29mXNIB+T7t5iV3Di/ZEZkAAAABIAAAA4MEQCIDTamCvkj5bobtOh/d1ejBjwUlLNpd7IxoajJ8WXHisbAiBk8IAfwqMgTZ1Q8sI0GRHtR3HaeBq9dPUfBnJiwM2XvQAAAGgEVExPU7bFNDFgjmJqyBqXdqw+mZxVVnF8AAAAEgAAADgwRQIhAJFmYpWEeDyUIennh3xanmUlcnVigLRscmFDi3RkUvYAAiBSYCiJgHQTTohpNMwGb/PtBOWr7vBZzlfkQN35pilyGAAAAGcEUFVMSa7woXfIwynLyFCCkrt+BsAHhrv8AAAACQAAADgwRAIgRfv/tRKb1Lvnh3IqJ97sU+KqPPBv6CjFkeNTSf4Vz+cCIBuwCsaYaAAZnbq/Ap1C2jNd9WtZbB+1kzrLwPz3fQlZAAAAaARRQU5YqqehCo7iN+ph6KxGxQqNuLzBuqoAAAASAAAAODBFAiEAmcBNFDop95YB89nBY7tXZ09kKCPXNjSo0vLZC2Ey7CkCIEojhkUtTwLWLXK7jK0dy7iPU6KnL4Eo2RNc/EkBUIr1AAAAZgNLVU4aL7CvZw0CNMKFf601t4n4y3JVhAAAABIAAAA4MEQCIAjeHiOmu91j9vvuVr5XmhMPvLH0KuYbScd4I33U2zXCAiBBlPaB3npL5iBInXk+SU0O5DYXATevdXqqiRaK6rMe7gAAAGYDUVNEB6qinmP/6y6/WbM+5hQ34akaO7IAAAASAAAAODBEAiBiT6r/iynrrn60ENZpMBBBqbxtyQ420fEtmekCfacqVQIgYH8qlhPcwHSDJDMP71uoxQd9BoQx3bDypWeMQMsxBcMAAABqB1F1YW50aWN3AO3D27MMu3YDIS4GHIBCIMPKVAAAABIAAAA4MEQCIDCU8w5BtmB8KJLuPUKn+SMHBkV8Ls/LBdQtRs9J2LcEAiBGQNuP83d/zJhMSECBASTap0Qv5fg7ofxFxoaAMyP4lQAAAGYDUUtDoUNPH8P0N/oz96eB4EGWHAIFtdoAAAASAAAAODBEAiB3/tABjVU+DHTg4C8tVEMN8sFUL00ttRSJ+fdc3KQdTwIgE8V6Jmiu5Iy1AQMk7Ap38u6O5ljDFmFYg7G8fXc88MkAAABnA1FCVBe3Fjzx29KG4mLdxotVPYmbk/UmAAAAEgAAADgwRQIhANfbQ2E2OYFz2gH/NlXEH2rSMipj64LYAomL40gKUw+xAiAMJBtHeI5a16ih4PfaTcosW9zfqjFvd/l60PhuAek2pgAAAGcEUVVTRLjFQNAN0L926hLktLle/JCAT5JOAAAAEgAAADgwRAIgbCI82lpIsBBeuq4DLzL9edRsvq9UlBfPO0H64T3fJucCIHRXcAz+8T4n4E6g1lJ5YsI85xqDCUmzomT+Q+Pn8D7mAAAAagZSQUJCSVSVoRmeuoSsXxlUZRnih9Q9Lw4bQQAAABIAAAA4MEUCIQCKfSuU8ATKM8dmJ6Hj01NjJ+MGmXLcaJ9qS4IzNqwBvAIgIfL0nVA4o9BFnnzNsTM7dTjIhzIg72jrTvJz+i3K9CIAAABoBFJBQ0ESu4kFCMElZh4DsJ7AbkBLySiQQAAAABIAAAA4MEUCIQDTw6UdvzYC5d3oeStYWqZmJo+qsuItIHNcM2XtU7k89gIgcrnOGhzhRzYX1OoH/qRTAkMJxOulyrVevdPfyvK3r0UAAABpBVJhbWVuT0eg0VweU/PZTAacfRaXfCn5y2sAAAASAAAAODBFAiEAuqNMC0nYIo//LUFLwnqi7CWkHei8/wXs/wNyRedX7/8CIDDNsHPT7AWbifGGX3seEMrP7XT/erdQcXi9t/cfZar+AAAAaARSQU1QhRnqScmX9Qzv+kRNJA+2VeiSSKoAAAASAAAAODBFAiEAsxvckhn/06c0QoGKDCB0F4+CTKdnSGGiT9CXhi2SJ9gCIHG4LmDtUy2JbAoYoPhx+QugOuplcwOe9ZaYTj/YDx/zAAAAZwNSUEfCCYqJOBGaUrH3ZhiTwBU6bLEW1QAAABIAAAA4MEUCIQDb1CukiB+/yTtYeplymwTQm2j6MomxvYBgVsoeskXjOQIgM8SxmmrdKbI/gSN94woPWJ2NR+KVqj30RbIEc79KlYgAAABoBVJBVkVOzXxQJXU6SfGIGzHEjKp8UXu0YwgAAAASAAAAODBEAiBvaHwsn3D9qPzmrLaPeayFvgPlN/bkqPBR0AKDaZud8AIgYU4WXK6QIhQHzu4sQwpdeTl5EaxQltcl5eOnuokCPGEAAABmA1JCWKzjV0uLBU4HRHOpvQAuXcbdPf8bAAAAEgAAADgwRAIgWR46/eoyxSCg0KOLfynjF/LR7PL4jiQMyIhkxPiYRIkCIB6069A3ICx7Djy40F3Sei17a+wrqNLDBrrD5sVycQOnAAAAaARSRUVG8hdozLxz6ltv08aHIIp8Le8tlm4AAAASAAAAODBFAiEAtDM86fgC4NQH6aPy8XdumKpLU9A1CMc8Fgc1ZQT0VfkCIH+MEdCMD+6CnD9Wj1jiqD7ISslOtF2/2iJSFq1i57iiAAAAZwRGSU5FTmQVpXJ+oIquRYAFcYeSOuwzEicAAAASAAAAODBEAiA/vLQxfbs2WwNrOUhE8zox+mLx4h/lCuorfU7njlSxxwIgLrN0S6T4KTEJh7PIjiDEiY+Veer8+1rNjsK2TUz4em0AAABnBCRSRkdEd7KOi3l+uuvSU5uyQpD9/MJ4BwAAAAkAAAA4MEQCICJ+ZfqWhOvczijBN0upbwPYgeXwUmwH0WYw0OztgNHjAiBsBki22Y/ACcKCRnYRZ1/ywt+TSfRAy5A2KV3IxKJq1AAAAGkGcmVuQlRD/OFGvzFGEAz+XbQSnPbIKw70rYwAAAAIAAAAODBEAiA1aNsrLzCyaoBzrgcokIH7vE7NsFx7e07NfOAEjFziTwIgaXGWztmvOEs5sUWTx1JBRrDhSXz1k28OcW8NaeZKcNgAAABqB3JlbkRPR0XD/tbrOReKVB0nTm/HSNSPDKAcwwAAAAgAAAA4MEQCIEfiuwD+DPPgYtYjvawijEXt4ZPmlxBf80n9ED6pJ5TuAiBVGDFDLmnPDIgoxwHrmxd+uIKuKgRj+VqGT20CUEz9nwAAAGoGcmVuWkVDaV/TCvRz8pYOgdybp8tnZ5017bcAAAAIAAAAODBFAiEAqK9jKeujl2b06J/rpspkcByKnOhivT59xrXwIey8/YICIHQ5enrBpXIPnglzsxEhjYTySuSLqybzASULseRBUfNqAAAAZwRSRVZWgz8wesUH1HMJ/YzdH4Nb741wKpMAAAASAAAAODBEAiBaeTC5RQ1qRq99G5TdG8ahm6hIUnAiclY9xT79d25l2AIgFKnul6KoBZ92Ze6fh0oLn1vwPbMdcSqhsPrPi0WPD4QAAABoBFJGT1gKOiE1Z5O0kVT9O76Ry8KhbARX9QAAABIAAAA4MEUCIQDNtnb/CZ1sBvyyyNb00eHEtyLGxbV0lAUHQ3vaPZIChQIgNTqj1k8GUOYmyd6YfCoi8osup3gIEPj71X+FYe81JLAAAABmA1JHUPomLzA6okT5zGbzEvB1XYnDeTGSAAAAEgAAADgwRAIgfGifIxiJadixT7IQAyzMt2llEgH74TGNVH9eIcnXuhUCIFxYdvGx5msVuP6T0TOOsWRpc3HRZ2KRLjOXAXGeeQbVAAAAawdiUk9PQkVF5k9cuESUbB8QK9JbvYelq0ron74AAAASAAAAODBFAiEAjpqMDN/+RAkvwnupn7We+4imNQ4oWka6t9lumji2nP8CIFoTRuVWXPFbFEHfVhPUUYpRstN7zNmA6Zo7zZ6ebOjwAAAAaARyVVNEB2Y4NyGKAD5mMQoBWWr0v05EYj0AAAASAAAAODBFAiEAwL9H0YPjo9A4NrBmnWZ3x3opE69PNJ9OykEY5/4nxBMCIDhaI7r5RIZJ4QM+NxF9ADJHypA8Rl5rej4ezySjjhjMAAAAZgNTRk1CmB0L+68ZZSk3bucC8qnrkJL8tQAAAAkAAAA4MEQCIGowJplWjqX4gCtlb27gU3LyIBEp+rPinmCePOFow1iRAiBOX+soN9gfQZxeRvG1GGKIeRFCmIF+z/3Q6vXQKXEIcQAAAG0JU0FGRU1PT05fgHbHTF4/WFIDfzH/AJPuuMit2NMAAAAJAAAAODBFAiEA8Dca7keV58r6/GXOu21J4PUg1+ETyeHuSkVqwRU3rh0CIDxPJJ047GjlzhO76lAUfY+/mwO0gfn+xFYtUuMLKknHAAAAZgNTRlDUH9sDuoR2LdZqCvGmyFQP8bpd+wAAABIAAAA4MEQCIE0JxRYFrQMb+rB5QMFttJwad3uXqQDg+SlAyAodAOycAiB30WpT51x4GgvsKoN2sJWlIDkbalt0FJ/e5ZxlHbfLPwAAAGgFU0FGVVXlukf9lMtkW6QRkiLjT7M/WcfNkAAAAAUAAAA4MEQCID+Pf6NkNnpyidwXSAfcJ7d8oX2c9VqcVD0GTQ6oykK5AiA9iEYnDYpsPvdtCRQF40u2J5u+n/+4dBg/BZkEZPlcrwAAAGcEU0FLRYvXeLErFUFjWaIn8FM84tkYROHtAAAAEgAAADgwRAIgVtRBJFU7SxyrcUvu6wEUiIIPT2X7vcSQiS5yOJzgw8ACIGYlSItW4WZiYW7hoq2x4aTShZwMQNj0raNkyyv98Dc8AAAAaQVTRlVOREd7yNI8Y0wVQGGGlHi86WvmBF0SAAAAEgAAADgwRQIhANBQ4ZoMHykax67kaaySsR49l8OQN/5f2HTbWb8lBC4tAiAJc84/8rp6HVlX6Zo5q3TBKjvvPehnhdLInN5XUkUQQQAAAGcDN1VQKfNQs4IvUdwpYZxYOtvJYoZG4xUAAAASAAAAODBFAiEA7LaP2dDtgek+euuD6MleWo1cP7VQe86V4IyPwxzgmUoCIA4o6aeuebZW2ChPyzMz6tZJkMn/BwKPK3OERh6cYgTUAAAAaARTaGFrduCOHGk9QlUd1rp8KmWfdP9bomEAAAASAAAAODBFAiEAhM9gW20TqAdiX9m7wITfV2BLhS8szu/UYN8+LSo6uMUCIGKFJch+rg0MmkqV9BFWDUzyZLvKEjeH97KVX++KPTy1AAAAaARCQUxBNLo69pPWx3bXPH+mfisueb6O9O0AAAASAAAAODBFAiEAxnJpRHoeqZNacyLl+s6YRgT5zSzInOPX7LHIQmVisAsCIE/clQ67IxWsVr9jiTWOLq3rpSUXAXCZT0eJYdYMWs/cAAAAaQVTSEFSRNihc0lFubo46xmikbR14x9J5Zh3AAAAEgAAADgwRQIhANvT/S84rs5W/iB4hNVIyPs/fN5SJ2ATV4FnLFCU2fo/AiAcsX4SWMZZ/zyJ0I0h3CHjBzy274F6QZem8qwcz7nOlQAAAGcEU0hJQihZ5FRMS7A5ZoA7BEqTVjvS0N1NAAAAEgAAADgwRAIgYwjhiU8XYqoRMtJ84C/PDsXnWm0mLeQ4rlvWe4aaxdUCIH2tITL83UomhJM8nBk1Cw1GmGPwW3vy+YPl+3o7iNdJAAAAagZTSElFTERgs7w3WThTwEQQxPB/5NZ0gkW/dwAAABIAAAA4MEUCIQCwnHWkWPeWKoPP+crkox3Pkh/53vtTnH0OpTuLBOHY1AIgHYEXl5640pzJ2cGOwlaQCAEusaiT2obURCPkR7cQMoIAAABoBVNISUxM+5wzm0us5P5jzMHdmjw8UxRB1f4AAAASAAAAODBEAiBBAdyd03iVUvxOc1zXS42ocj1AAdAscEtuU44e8IH2yAIgUEDUUepJU6Y0gir+sS6xG+vo7VomBQSkGiq1BaWDrvYAAABmA1NISXJp2Yr0qnBeCxpdhRL6201FgX1aAAAAEgAAADgwRAIgOc4r022kja14knnENa6cw3ijcaT8O6PDlApPB1PAz8kCIBgfeFYG0LC9YlNcXH4ugUCRkBqsagj+46KztRbGD/qwAAAAaARTQVRURIvuLZO+cItU7mNTp8w1xJM/EVYAAAASAAAAODBFAiEA7oV3LgT1RvP1vyk0+ZWnErEQ3/pHlcYZgUZSowX05eACIDf/Ulpwu9OBQrbIXBAUpBDV+6USeycocMvrtWoxjl2/AAAAZgNTREaafmeR17I941l0Y64dG8wF926TpQAAAAkAAAA4MEQCIHcfpUn1+ujPjaBtjhvb9nrUdP/BHljqJvbgTrNu7SoBAiB6LZiRoeu2hC8qW17a9aqpR/O23CWQRIhegqsziJgugQAAAGcDU09MVwpdJvd2XstxLAkk5N5UW4n9Q98AAAASAAAAODBFAiEAs0VpiyULkmzCCW2i8xPQCXG3PsxI2fEXuRNoLL4ad0UCIDr12kotFxh4wAe4p6u9uqRX6M8SLW+X2NBxy28KAhY8AAAAaARTT0xG/qargM2FDD5jN0vHN0ea7sDouaEAAAASAAAAODBFAiEAwUeHHjjK2EzHiK10rVsMhxziTb79TQDSy2LiDe5Bb18CIBOgu81cpGtIOZF0TRTzVtl5GQLeZ05ONbjKa3qhDzjVAAAAaQZTUEFSVEE5ENsGAOqSX2PDbdsTUatuLG6xAgAAABIAAAA4MEQCIH936kWJxAhATKPotW1N+DCSNE0sirCpLGBdX7fU0XyyAiB1DepcKhC1fgHv2VwOGFzoNaPossG3zz2SGYWhS/m0eAAAAGYDU1BTFjO3FX52OMTWWTQ2ERvxJe50cD8AAAASAAAAODBEAiB057CpFSPZrLbwYmcQTZJDrqZP9dNQNpoucJRKmVQtVwIgK49F6hfTsogtdpqbuRpvnZ8hqNwmVafRQHHqD8+MXBkAAABoBVNQT1JFM6PZYpVaOGLICT0SczRHGfA8oXwAAAAJAAAAODBEAiAupHspbvh97IFfXMoS6bNG1QM14mD4dwwUNRZqj0OQ4wIgXTq8nmhanqa/uaZhWRy6p+ly+lxIXCNUy8BhKueg1dMAAABpBVNQT1JFd/al8beittbDIq+FgTF9a7ClJokAAAASAAAAODBFAiEAplpQphIBIs3EXarolkf2HDohmlzbuMsAg0w0ghANRTMCIGonu02KcWClrQfZHhCTqdavlqdNB23HW3iV2Ej8sXG3AAAAaAROVVRTiJPV+nE4lnPFxLmzy07hunEgdVYAAAASAAAAODBFAiEAx580dwepaSwiMltL0HxqDd12u3zLLa2DQgnOkdwBrgwCIClxhe+Ii4hwsSks4laKaHUnKgRkYfECg1irrYTLHUj9AAAAaARTVEFYDabtixMhT/KOnKl53TdDnoqI9sQAAAASAAAAODBFAiEA/Ohyd1zG48tfg0R2OpxpOHeB20V62lPDWi+TMJ8ocbsCIB0FfzKbuJhX++q+X66JQ5c5pqydVJB0jxPzg2J5g7I2AAAAaAVTVEFDS2hV97tih/lN3MiRXjfnOjyf7lzzAAAAEgAAADgwRAIgMQey4wd7LSDh+jbiAidWpUIO/dsN/iUk7RQnAIKb+ncCIBgSQlaipOl8Ytso7UQ3U6h34GrxRnei9FhWrIHkOWUvAAAAaAV4TUFSSyal36tGfU9Y+yZmSMrnaVA87JWAAAAACQAAADgwRAIgMSKVGYQne67r5C5DgAb3kqL5i+e+94Fv5Yg/ZSWdA/wCIH5NpEEPjRdVZ85Z05dTLFSdHOwc3Jy99evexLWu+EYWAAAAaQVCVENTVHhlCxOUcVIGVrnnqnpeknaBSjjpAAAAEQAAADgwRQIhAJIqHWEFe2iv3aiCc5jDG5t1LfCDWq0Gu2roA+upNyvAAiBAhe3mn389CD0lrN6v0mpaiqU5T3VQDCqvv1iLKgg21wAAAGcEU01PTqsVt5iA8Rz/tY2yXsK8OdKMTYDSAAAAEgAAADgwRAIgUr7wj+HYc8eXKMmlzihxu0QdjzyuyScjbv2mAcw9yAUCIAGodQt/81M6iOeBmYLSklU06YCWBV3arJGSWK2Kq+ktAAAAZwNTQlPB2ZU3OSCEzALT9SOGcpt50BA1zgAAAAkAAAA4MEUCIQCvhvBuEi3g0zy6slAjH9jVUAmGnmhR7hlwhf/JrTSU2wIgHZpCb5OWNw7TikTO/DhF+ki/Bx28bpCUZeHJgcyiYFkAAABnA1hMTUPJNKhFIF8LUUQX11fXI1uPU/G5AAAAEgAAADgwRQIhAKGIqMmB8UPk7cpvKTSx5yRlMtjIK1IgJcvD6qeQSSA1AiAe2RB7J7vewsFgFIukKGCPLSx9f7SDhVNHazyxwFIBZwAAAGYDU1RNkN8RqMzkIGdec5IkGeP08/4TzMsAAAASAAAAODBEAiA6VKUdY87DdRtFkIcR1ziDAkcqgZzV+IeiRm++1mlc2AIgXmTeOKGsK1x6DfFI7LnAuKFGUAY+EnJ7Fg+vOAXDtxIAAABoBFNUUljW/d52uMHEWzN5DMh1HVuImExE7AAAABIAAAA4MEUCIQDaOj2QvRe5YgDtiQ4ORy0HUjObQY4ucRIZHS7mN4ELvgIgUiolH2Ff6KP0dU/wY4++7vOV68XZ59wqYF+rFU7q8VgAAABpBVNVUEVSUboLBE2Ww6v8pStk1zNgPMxPDU0AAAASAAAAODBFAiEAq9YIT8LsJenlP2Xa9b0c8KOf1cbFDa0ch0LeWhdC6mwCIHShn3Z8CZrQvf0htc9Pg3ORLLuvA0cvtiPC8k7KZg+BAAAAaQZMQVVOQ0i1OJpnkVHEuGIbEJjG4JYaPP7o1AAAABIAAAA4MEQCIFJN6sarHcsfIwvwFwMz/+76AJl/eOsonrmwVD32MbDMAiBgxmjou7pKyTJBOikZ7pMQB+QLOO+Q5HmBpv1aH2NvGQAAAGgFU3V0ZXJM+7371b8IFEcv81xycXvQla2gVQAAABIAAAA4MEQCIEb9S5zRpOkr3Sz5cn9ish/520UiXkYG9y5CirRoxcthAiBLnkABTdxJnMMVEYn0eYv9iMz/jFFz9DlFjLE/exAT/gAAAGkFU1dBTVDFpJtMvgBLb9VbMLod5qw2D/l2XQAAABIAAAA4MEUCIQDov7YovZi/KAcl7g9qk94NS4nnlYkAqKtYYC5/jCibCQIgQ4p2ipLdyYSLsbXO119/mky8GPGJ1u/ZukiiGXacJPwAAABpBVNXRlRD5k4wJ2wvgm/r03hJWNbae1XfutMAAAASAAAAODBFAiEAoWEIPSIQ8v9qVMfcEVaL5ZhR6GDeggWo5MDDnDBWIJoCIGZP7OkwTFhV1tWDvO8abdYG3sFTboBQmtXEFAbQwFYyAAAAZgNTV0fnkvZMWCaYuFcqr3Zb3EJqw677awAAABIAAAA4MEQCIG4fW+DgJkDh5hbXFX4ir0yQ34Fvg9lWcpYCL20Giy5ZAiBzus0WSnXOm3VUf0Tu3jmqn16sYJbBkz0IOPaepuT2ewAAAGsHU1dJTkdCWXHeIODEYW5/y/3T+HXVaEksvkc5AAAAEgAAADgwRQIhAMfGLJs82cc6JrGlB2P9Rin7mXBos2YH8Ghb0U0cMOL+AiBKxybJjLU6EvQ+mWto1SHSTnA5DULDzYIgOj30sKDNXwAAAGYDU1hQR76tJWPcvzvyyUB/6k3CNvq6SFoAAAASAAAAODBEAiA0ikse3QCJqbBQ0VmeRMe/cskHf2SLeEfFU9c5h+TOHgIgXJTxwtqvnZb58E0+AkTCAKLKcMVpEBmn/Rj8aTyR2f8AAABoBFNXVEglCyEe5ERZ2tXNO8qAPdan7LXUbAAAAAgAAAA4MEUCIQCdbXw1GJiof1vNoHjtVBKIJRxmDQGiKklTSSKH8/aqqwIgM7Xkiv3zhMF04Rjmm4W0ruBH7p8mczzgZlRYQwjvQ+4AAABnA1NZTH5SoSPtbbashyqHVVKTX7vSVEyGAAAABgAAADgwRQIhAL5zSy0w3okV2y/4X3oGferN8LTdojZjHjPZNk2LG1I5AiBJCaPeQQ4bQPvbPkU+sHgChx/EosfsPTyel6QJueCr3QAAAGcEVEFDT5Bm6HusiRQJ1pDP76QTebNK8GORAAAAEgAAADgwRAIgfeZrVBJFnbdhJNH9xD1rpTuA/wGe3M9N0DG9mO1W9LgCIAbC3GCkgEY32sQc1u25RVc1IkfPJCz8XxR6Ubm2c88eAAAAZwR0QlRDLNEHVoKw/Mqt0MpinhOOZAFboRwAAAAJAAAAODBEAiBYCGHAZ2rCWOvl39JjE7dXUdVYyuyWK4aK5YAkR45PbgIgQQq+Ps6/p/I9c+I2XLbdZArqO/9d0wGwF1ZyKomzojoAAABpBXRET0dF5VClk9CfvI3NVXtciM6mlGqLQEoAAAAIAAAAODBFAiEA5ZZaXbuwbSA6qOvHmoVpwW9bthW04xmpOMpbzgf+veUCIDTO/UU1aHIDr2FL3rwx/5de+YhPZ2vnHSncNSg+YEoHAAAAZgNURU7f+MtiJ5C3+SaGxyKwLKtVWS8VLAAAABIAAAA4MEQCIHmrhFMj6SJLmT6zpEPdnZ96Vgk4vZC6JoKCCDw8B1RnAiBxR5PjhNiVldRQwclV3pPScK5bcFjt4UhPbaD9U5V5ewAAAGYDVEZUjw+xWTgBdtMkVCs6eTPwwv0MK78AAAAHAAAAODBEAiBtj6i9O7RngHEEkbmJ7afaH1CPIuoj9HIbICRDdzeERAIgVnkaYKNTearGyHPztQf8hB3W1g/jnNSLgRQ0Oybfk1gAAABmA0ZPUmWKEJxZALxtI1fIdUm2UWcOWwU5AAAAEgAAADgwRAIgOY+W5aUw5utEmwizXDoK79mUFJOC30HgseH9DqEyLrgCIFx4ArHHGlxAWb5peew1ivFUqWH5VyBrH+jojvi9TKKKAAAAaQVUSFVHU+EOmCKl3iL4dhkZMQ3aNc2ZfWPAAAAAEgAAADgwRQIhANMXlZLp92rvnioQP5qAmXyMS9ax99AiqDKnUcvnSXN1AiAKgKkSnA5dMw/ekkYnbX6O+lAwIoMQJcGdRDcSVgR2zwAAAGcEVElLSZt20bEv9zjBEyAOsEM1ACLr8S/wAAAAEgAAADgwRAIgDPLf6ZA+/hQWqX13G0Wd9LZgvvv6850iFWZmhXQJuCUCICgWlVbZPshdvgVFsXVZ/gI+6yzsbUc1qXwS0DlnLk3QAAAAagZUSVRBTk+6lnMTJN4Yjrwe2HynRUTd68B9fwAAABIAAAA4MEUCIQDAezhByAAxxeCao37gjs7NmfG4PQWQN/uGMrarN2iZswIgNq39oMdrN23fR3Tle8BqGxzIdAgP0X/u9FYgemNgSjwAAABoBVRJVEFO6JjtxDkg81epMIPx1EYEN95trsIAAAASAAAAODBEAiBJA2j2RoYKYMjzq7JayTd0U6TWKgSmxxqFlLxCNa2a4wIgMtmavDuQHaiwSf5zwvo2XhKrtVsxdhqqrc5ODBkD584AAABmA1RYTB/9C0cSf91Al+VFIcnix/DWaq/FAAAAEgAAADgwRAIgdGc7/RCsoij3oCZoggUM63VdZ+bzrcJlSj9NbEmbVpACID2Axi9luiCOHisw3MinxtaxXHEfktmSdEE1NC5e068vAAAAZgNUUFTspBKBwkRRFoo3IR8LwrhkWvRQkgAAAAQAAAA4MEQCIGgQDXNFb+yrQEoXnd2zq0VqDK7ozfidg+x8Ub/fYIXgAiA599TNcoZnpcKW1bCiOzkpv4OK/5quFTX8ol6dE4Oa/QAAAGYDVEtPn1iePqvkLryUpEcns/NTHAyHeAkAAAASAAAAODBEAiBq9yGt/v686vxVSyip8F187jZPv1SKDnRlrQYmc2SiGAIgFjTrsDYF6FmmmuYUHyezUGYQFg7QDSy5dqP4F0MyLJoAAABmA1RSS6Lj4oF/AIIvPB5xpgTspBlq+SPWAAAAEgAAADgwRAIgEnvXagImaPNVSVj0eAzjG4TsovFRua5PVk0wyaaKGr4CIDGBHgVpr+44KlGZHTR0kIihKBuvHKTqlbKFltMAle08AAAAZwNYVE0/UmpaiBHMGBLZI9Xbsg5LHGAo2wAAABIAAAA4MEUCIQCddvU/A61xfEIv7w/djd5x/AVVxMw0LPAoOAMlEMZC8QIgTKIlugPuJ+cWECEabVmGl4ykPHjrr+/9EbYcGmqx/q4AAABnA1hURgN3+svdvuWdQIaYCLtn+nQQOLxnAAAAEgAAADgwRQIhAN0espJA+IQAhDSLfHRjFYzXioMZOborHzmF7kNcSmjoAiB8GWfF0Hplp7iQwY85eBYSUmRvemQGJiwB5RxLao4X+wAAAGgEVEFSUGwKVoo/+2GVeBL7PjAOTBC3CNM2AAAACQAAADgwRQIhAP9utttpcWU8vm0UVVJd2fdIW+O1DtvKIZtTGIO6VeSTAiA//+NjaDS3Gf8h+V3gvXiPT+5N5DdpKf5WUesPlMgFyQAAAGYDVE9azwvqiwj9KOM57/SfcXqCj3n39ewAAAASAAAAODBEAiBMhlow3EYuQVK9Rwcby1lmAJ26nmm6RHGDcUryAtWNewIgTwOh/zERRYIbB3i/YUpKNutKzuPEJd6sRtFTAD3vMawAAABnBFRSRUWb1UdEbqE8DBPfLBiF4fWwGad0QQAAAAIAAAA4MEQCIA5AA0XNLwgCNz2EuaMRUqQahuqrsdZiD0RC7hPGx7y+AiAtrbI3rjrkC961WXatstgMbq9sh/iUPoumBb8P/e9wJgAAAGgFVFJJQVOkg4EixoP3MiiYBfw8IH/r1Vur3QAAABIAAAA4MEQCIGI87GznOl+KfbBYTvpqBL0rfWow0YKPALChPaFx4l56AiAeBMp2pZrxRH+QRf/WdxlFuyk2O2oRJNPBzlFpqOMhugAAAGcDVFJYherFrC91hhjfoJvb4M8XTn1XTVsAAAASAAAAODBFAiEAngmP25K5Pq+r5i09frcJOdZG/TLb8eiucfu8uM6q3mgCIFxkkH3rcBP7Q90U+N3IVIyoJ+ZRg/0I0NKJOhyTrBhcAAAAagdUUk9OUEFEG/eu3sQ51r/jj4+bIM89yZ41ccQAAAASAAAAODBEAiAoJHJWTehFl11FSKnavSJKM/ER605QanBsydeN8ZNEIwIgVi7QWRRnfl4yVoJw9LumA7YgfWRFFlKttRvmDp+RQrEAAABnA1RXVEsPGBLl3yoJeWSB/xQBfmAFUIADAAAAEgAAADgwRQIhALfGe7MHt1V02Kjzgl9Ysw/WNTefGo8kyCCc2ccg27d4AiBTq0hdaiyL1WHkR+FIlV0+hNUhcQ5kV1VYRzRf8SpwsgAAAGcDVFNDoqJjSUSN2vrjSUmmzCzs94wEl6wAAAAJAAAAODBFAiEA39/zTP7iX/myKJ5Kzxy5swOxqY0oABXfZKLjEHuhv0YCIE63TZ8yeFRCmf/DDv12fCfCAWwu44mpStawbBAtCEksAAAAaARUUlZMao/Ub4jb173C1TbGBPgRxjBSzg8AAAASAAAAODBFAiEA/DCr2yjberMxDgIybby1lT1gQJuVixTbyWWzxZHEwfcCIGR4Y+NkfFbB0NcaCHDcZvqbYkUKi+4MkNszD8OSIbgWAAAAZwRUV0lOr4PykvztgwMvUs7UXvfb3bWGRBoAAAASAAAAODBEAiAqtDBvDaBUhm/lNCwZORprO3p1TaqosGJpAogzLFXSLQIgYlFGBbpb5PqOAvCGiNAM0hEPmPP72Fi9LRyi8dmWfRgAAABnBFRZTFR9gVbXVJXe9hgcpv/PdjHBll3KLgAAABIAAAA4MEQCIEunjmblNBl40/z7AjtNP6fPHy/W6y8Tz6gb5RGWzk0TAiB1x2+BFpMlahN+rIrv7VFGVGEOwLI+IBkDoVNXVe2pKgAAAGYDVUJV0t37p7sS9ucMKqtra/ntrvQu0i8AAAASAAAAODBEAiBa8+NJJlaj2RQ8y1kKWCCPY3e4Yk7J77Wod1YGvYZ38wIgNPEcortWUddboZInJY31MfajMCIsv0y8z+eB8Q+dnKsAAABoBFVOQ0wOjVUEv1TZ5EJg+NFT7NVBITDKuwAAABIAAAA4MEUCIQCGgnZAGdzIdUGIeWixptEtxYOEpj3b09nSmWT2XU7ufQIgNDOWhPfk49UEu2JO0RY/mOcywTn5gX5NB/NPAOUC49QAAABnBFVORklyjFusPD43DjcvxGcfnvaRa4FNiwAAABIAAAA4MEQCIHmUwJKaVQpzgmD2v+LenyvsYBiMGERIGzcLLGc0wi2rAiBSxhaYuURnKmvO3EK3vHjq50l/9o6x13pNPqaJxKv7WwAAAGcEVU5DWAmmxEw5R7aeK0X01Rtn5qOaz7UGAAAAEgAAADgwRAIgIm9/jEy1vOzqFw9MzbvLRUnDvA7Cl9AawuDh8d7nlmoCIB7rw6uvKoisUh+JppVdtYbRpkPlGGM3CUyIBzS9KcTxAAAAZgNVQ0+wAfHnyL2kFKx89+y6VGn+jSS23gAAABIAAAA4MEQCIDC1Kc8x0+edFO+6FUtChPaEAM5EpEE06A6DTl4cTeQyAiBdVGTMUZgCSIB6WxaFkEo2t6/Da3SRGb9Ue8iHb83/7AAAAGgFVFJBREV68XPzUNkWNYrz4hi98heElL63SAAAABIAAAA4MEQCIDi7enYg/UyrAGaxzYbleXFP9fA7EKdnbZPvXKzfHEewAiBhSQJW8tDGtbIame8UitDK0qqGUmKFyp2N0UfDWKR15wAAAGgFTUFSU0gvpdr2/gcI+9Y7Gn0VkldyhPUiVgAAABIAAAA4MEQCICLLq91lKgh5WutZt5BsPe19Jsi/iuO4GgV2hQYxhZ08AiBszjgqiu7PRGviVzVsN2OX9es+A0/OXbaRE1b9Mtpj8QAAAGgEVUJYVLvrkM+2+vofaaoTC3NBCJq+71gRAAAAEgAAADgwRQIhAMDoOYl/UtKFuD73TUAzu3G/eXJlV86gE4Gq5uF3SVMSAiAY21vD05vIEUCXx1XJf1NNN8tJOlEWSYb6lNMNnqBgkAAAAGcEVVNEWBIDNVdC52h1FUwNE+uB3NdxHcfZAAAABgAAADgwRAIgbbaASqhVHBiUPa/FlMdyTP6ycAClsTxAdZMX2nlao2UCIAV2taFIjoRrmO45vNCuPOPBg/Cl2swdGv6qROF8WFHvAAAAZgNWR0/zZZIMR2SR+FWJHcZ7I70tDEx6cgAAABIAAAA4MEQCIDOjLyEiiEOI7RT/hHqhjq9o+KLmV+MEPsc74Z+4jplEAiBmNV5sAt8suOF0h5iRi8Sht9Ur1StCaJrJpzXmBvGC9AAAAGYDVkFJS9FwA0cziaQtr2oKcp9v2zKLu9cAAAASAAAAODBEAiBx5zAn4I3nXnf8PnIOaf0WR4ymowzex4hXoiA97gc2QgIgUJX/VCm+NYwrNM76zzT2zlULzDG6UnHCA56TfWZt+YUAAABqBlZBTkNJSY+bSCt0r8C36K78cE8fBN8gjuMyAAAAEgAAADgwRQIhALOE6HoYsQ2kH6BpElwbKfBnRtnFNZgbVsuD2vby1jxEAiAmlbv5nOdCBOOaNo4K8aUYD9qUI0b/T/Np7ZsWbRR+pwAAAGcDWFZTz2u1OJySvdqKN0fdtFTLemRibGMAAAASAAAAODBFAiEA8S4b2ERQU9n+RevpO5oyIPf776WXExWph0Xr8vRYHMsCIGTvWiaZjeWPuhlLJT8/hKHGWTT5vKkhoiL2z2Jipj0sAAAAaAR2QURBmgr3/bIGXORw1yZk3nPK5AnaKOwAAAAIAAAAODBFAiEA93PP8rKDdpz5k4iPCnqZ/jLZmya/ZV4NabSjf2irnHwCIDs4s19Dk8HpV+192TW0i+kTTlThAMi8T7m6bRG2DyBzAAAAZwR2QkNIXwOI68K5T6jhI/QEt5zPX0CykXYAAAAIAAAAODBEAiBQe9oXQ7ssIcU4OTkb7A0ctVIQRDXiMV1aLF2gsagzlwIgZCuRc1qJ8CHMKPrCZIRzZwFSVd8Y0Yw8m60Fxg72Cq4AAABoBXZCRVRIlyIHpjnMGzdLiTzDP6JRtVzrfAcAAAAIAAAAODBEAiAmcNHOlUNEKIs0O6kDI1kUgzhdmJaBJPehmQdQQwG2wAIgLaJoU3qf5vWVMFfB9Q/NEsdV+xDO2NSt/OA8aJMdpEYAAABoBHZCVEOILBc7x/87d4bKFt/tPf/7nueEewAAAAgAAAA4MEUCIQCoNSYylQzWeR7n6tyqeG09B8MWAmeT3CX09mu1Q+TIJwIgcKzEObAEzm9GZ/i+E4SvwfMR+EktkkBfwzIZIc9oJbQAAABpBXZCVVNElceCIrPW4mJCZIPULPpTaFpnq50AAAAIAAAAODBFAiEAgmjT+w4MoHGUfmItJRnJmqDeUUzFs1FkWiROx9wQgRICIHdwqBkuWqCflWyQJ63FIDN8VDcQdfsvUm+g2hz2r3frAAAAZwR2REFJM0s+y03KNZO8zDx+vRocHReA+/EAAAAIAAAAODBEAiAT57eILlEIoIT3Rf00h6Gg+6Fcc8QAfeHwoHej3arMXwIgFdwtN6GejfgDk5h+kRpzub85bHW7xmTTXv8V3eVZ9tgAAABpBXZET0dF7DQi75Ky+1noTIsCunPx/oTtjXEAAAAIAAAAODBFAiEAhukJnYaSRBgtoDtDL9Sc5KT9ePpXPcinkdz9TyiSqKwCIGlVdIW7FhUIfp9S+5u9mwoo1Ma7QoVq1I9tvCwwxpx2AAAAZwR2RE9UFhC8MzGek5jeX1ezOlsYTIBq0hcAAAAIAAAAODBEAiBzxA1haohq1neu3rs1ILdk3k9PtB9TEBCKVXPbCLym9gIgepGwyCeewrITLoztD7YVV9i2G6YxXgzC+kCNcAwxHsQAAABnBHZFVEj1CPzYm4vRVXnceaaCfLRoajWSyAAAAAgAAAA4MEQCIAHuDZDwBS3yCDs0kWzLlU0C1f3538Ntk+yVApXagD/FAiA7r+h2NxsG4OWjI/w/nV8G5R+eFdV0s3ATQOz1eCAp7wAAAGgEdkZJTPkdWLWuFC2sx0n1ikn8usNAywNDAAAACAAAADgwRQIhAJ5tFYbkkgz5CMblwpJN0H9yfj82Kd2BvW/RYx0wRiq5AiAqOOhIjNPes/emLuhtJptrRg6d4kcYGnqYyjmAYIhhygAAAGkFdkxJTktlC5QKEDO4obGHP3hzD8/HPsEfHwAAAAgAAAA4MEUCIQCnHP05Xhp1Evxdyyuxfrdvn9YNaz1dxE/spJ0i9GuE/QIgWXiYGyqF+jR/NRnTfd09hSrUEqGdiL+12J0lP1j7MnAAAABnBHZMVENXpSl/LLLAqsnVVGYKzW04WrUMawAAAAgAAAA4MEQCIA7VKpJFfQtTYeppCSC+kueU+Lr7JndtJVbFN6CXoS9AAiB0zqA6yGmnIpOYgI23rfiXa9Pz+agksL6gnZMqJ8KDjQAAAGcDVlJUX4TOMNw895CRAcaQhsUN4ZGJWIMAAAASAAAAODBFAiEAyiAp5jNeamqQPg7WOTUthyXaOHiPdzRic1F3pONwcO0CIHEa9L6m8/BTLD0636RXqJcLfB8LnIF4qtBg2RqlPVpPAAAAZwR2U1hQL/PQ9pkKQCYcZuH/IBesvCguttAAAAAIAAAAODBEAiAfsL9XSXaTbhg1RalIemJWcL9OEKtCmC0L3SzMaANphwIgLkEn3oIimLDekGvgBzWSsHIJvBiDc+8qiakuVdAEqjgAAABpBXZVU0RD7KiBJaWtvoJhT/wS0NtVTi4oZ8gAAAAIAAAAODBFAiEA88w+jTKBJKsS3p+p6NgkdiTo+huLSR6kzHXvRyBBErICIClylYvPPMVSup/vWTBLcx0hjBAPElhYLI5KSZtQAqNgAAAAaQV2VVNEVP1YQM022U1yKUOYWcARKkGFvAJVAAAACAAAADgwRQIhAPEq5n2Qi22srxhSLXvsZudxRwQNoIlu7GTRQoQRKCHwAiAdha3UEXFaB3GJTexXnr5wLelSBElnpmxn+gUCsTsEiQAAAGcEdlhSULJIopVzLgIlrNMzdgfMAQaOO5wQAAAACAAAADgwRAIgWgbB2ZWWUHJf2O84LGiV1MG03Ti3I+Cr7r1yQr1AnxcCIHMI4Zx+MbaZMuwz8oz/Uh5udO23jHbgknnhKRHWkavDAAAAaAR2WFZTFRseJjWnF7zcg27Nb7titnT+Ph0AAAAIAAAAODBFAiEAtXXCTGQwz9mzDW6YC4JOUpRKMyHvxW73sCjB6CEphR4CIENWVYdiUFLpMf1/SDpS3IO1k6vyonFi5xhNgGl4HniaAAAAaARWRk9YTWFXfY/SIIoK+4FOoIn96uGe0gIAAAASAAAAODBFAiEA8E6EA+RbXl5k0LCBklBF8PzvbSecWN+6H+Bu85g0+DcCIFK5BxDkDdt5sxP5+8bdULY9nXwDwNLf3AywucapwMS7AAAAaQZ2QlNXQVBPDtUn6KleyqEyryFN/UHzCzYWAAAAABIAAAA4MEQCIDWN7YHeWYQwoSIXpkNbqZNcOfcNObwQaaN0MFpENq0KAiBjOmRdux41/0vKgbY1Zoh5XsnG/5KXt0jgtI+hgOzalQAAAGYDV1NHpYlQ8F/qInfSYIdIQSv5+ALqSQEAAAASAAAAODBEAiAovig16ZxmMPRf9u7nbnbSloGOoOnIobuR1jaVTsG0DgIgZB9vJ3tj8aZJP9rBcHhynTjM24HgbxZ6ogYR35lGH2QAAABoBFdBTkEznHKCmrfdRcPFL5Zeer41jdh2HgAAABIAAAA4MEUCIQCppujAUTkVd5jeJKKS6aDN2cp0Yw3MTu4x5YUr7ORTowIgc2evXEfkI42gwuGtmghC8uk2u0bt3a3h9yBut27IACUAAABpBldBVUxUeLZOY45g0VS0P2YKa/j9ijskmmohAAAAEgAAADgwRAIgLppQhCp202LHU7DxOyybFgFhoVjMPYk4lzyyecmwWlgCIGpx6G+m+a1TyTn61kqTDVZ+8aAjaKPyf3ToTUJ6nX2WAAAAZwNXRVipxBpGprNTHSjVwy9mM90v8F37kAAAABIAAAA4MEUCIQCpqYvnvPYuAmGahQKJnR+kZUw40cgPfMhdl7amu2ZBmAIgZASEWiBuqe/AgK9vZGQ/yjihJLXhVA1tBY75SdbyvgwAAABnA1dSWI4X7XAzTIfs5XTJ1Te8FT2GCeKjAAAACAAAADgwRQIhAOkI9/4/tOkd9ORtYJBWyXjpqmOimZjI9/Cp4TOWC7XDAiBGxEirvPt1pUdodlix12N4E+Q2I136n7V86Bqgxr64pwAAAGoHV2VhdGhlcr4+TP2SkVb2Et82BC15IB7PU0TXAAAAEgAAADgwRAIgQ/zUgqLAVbgITG7nZN9WAs0r2zgm1JdqOnNwZqK1x3oCIBf/g1b4EG63hTmrBpZG4MK8FdiTq6VekJ1ZnZ6cQ+sGAAAAaARXRVlV+v1MtwOyXLIvQ9AX5+DXX+vCZ0MAAAASAAAAODBFAiEAoDST5+6wvJ6cIJwqOJ3KZ1LUomXE5LLwgd6Qc7H+8gICIC+Px69CtrL4k/lCx2BIE+6Pn5XWnRCsvRdQ8NUKYaFiAAAAZwNXSU6u8NcqEYziT+480dQ9ODiX0FtOmQAAABIAAAA4MEUCIQCQW792j769S+C8MBcBEeh0E5s91u/BU55oF9W2z3p9pAIgc3MSS7j68/EWZLjJ9mZIo4i/K7yvF9JSny8wWVwMnV4AAABmA1dPT0aRk3p1CIYPh2ycCiphfn2elF1LAAAAEgAAADgwRAIgckhwSR5lOKijHXNhB+UcglrSMMgvjkgkyACf0ahttxUCICB3y8dzsbVV2uaz5vHfCijCfkhOkAFaHKaCJYXifnR5AAAAZwR3QkFO4gueJG21oNIb+SCeSFi8mj/3oDQAAAASAAAAODBEAiB7H9oWY+LQEXHemq6cTPQVdEvPainJDGEKWAj06xWbsAIgPMiie9NeKj7rHlceqDv5Li/lHDa2Hf9L31j8xAYEME0AAABoBFdCTkK7TNucvTawG9HLrr8t4I2Rc7wJXAAAABIAAAA4MEUCIQCDN2RZTQffdBInmuOBvrApDcwxEajtCSY+fPNHv/nRvAIgYJJLZTGYkQjQFvM5gYQRnasBTvnoAuUBi9sVx0oU36wAAABpBVdNQVNTfjlr/IovhHSHARZ8LWIvBBodehcAAAAIAAAAODBFAiEA4eywwksM4njoJje1DtZU1hQ7sJeEl7/aCCrh2iXRTRICIDHtLPdRWcrCta9SKvRM7kH3K4pyrSKAq5VB+RM4D26OAAAAZwNNSVJbbc9Vfiq+IyPEhEXozJSJENjCyQAAABIAAAA4MEUCIQD6kY5UDrRi3wh1V+JK/GppC5/x4TCJvRxo3twattM5bQIgVlUtCMrzGlSdithJt2U7GJhU4N07Ahn2GWwUN56foZMAAABoBW1BTVpOOUe5ktwBR9LYnfA5IhN4GwSyUHUAAAASAAAAODBEAiAkHeQwabpMPpXbEdwtsCkidve3ksCw+9sHIijL9WNQzwIgPoNrpbI6T6dOkWSRLu8CHGDnOdjNa9GW35oXpeWFsJcAAABpBW1DT0lOSQIgieeKjUbsh6OvhqHbbBia+m8AAAASAAAAODBFAiEAuVjs3/8unnCI3TvqFUam8ObnlTroHZn3GTWqMDWie0cCIFScZJnSnF/Vftiid5hOuzCeotwDg0fApQwieuKSqS0DAAAAagZtR09PR0xi1xsjvxUhjH0tfkjbvZ6cZQsXPwAAABIAAAA4MEUCIQC3YXgG1riXKp1xLfNloTa7R5Ob8WE0wM9drXraY2uphwIgFjgo3tuz6m02DDk3Y6tW1lTLC/XR7J38x+D0bptwkGIAAABpBW1ORkxYoE8GAHfZD+Jke2Hk2krR+X1mSdwAAAASAAAAODBFAiEA/seq/XTDq4EhECBMWnVVdsvgF9bJBxNMB06dsrfjmvcCIEJ8pZ4UBBYbp26hqTm4J18f58lrlF0smQje6zSVCzOiAAAAaAVtVFNMQfIVoSehluOYjAnQUuFrz9NlzXqjAAAAEgAAADgwRAIgHNlFy2bShZa8/JOCQ5/O17jaZtA9hX8A/fJzp6fXxxgCIBGOd8InLhdQkVI/UY4fVskjPZd0bgRyPii6ZpE69UOEAAAAaARNVFJHvSlJ9n3NxUnG6+mGlkSfp52Yip8AAAASAAAAODBFAiEAspdDUlpA7R7+51BKRxIZGbB9Z5KrJfP8ul2bVzBy4j0CIFkFlw7AVHqDqiIFlSHbCc2sqLePPxROtkzliPG/ZjyhAAAAaQV3U09URVQeYZhYc3AxoSRKXQzUfl70gDQsAAAAEgAAADgwRQIhAOFFmByfu6/8HFmQR5MqMFwpQELmcCj9MsstwRnPSPjSAiA9ZpXOD3I3vjE8fdv6hobZ7Zsttc81ruMl/nj3piG2jAAAAGYDVVNUIzls+JnKBsRHIgX8kDvbTeJJ1vwAAAASAAAAODBEAiBKzYV2RUgpD7+pRavEKQtTxkl67/3wgUDEdY1FdIJQOAIgNFGtMN8HLi26Ub2bsOflffGJYFyGL9IulAhit8YlwHkAAABoBFhFTkRKCAN3+D1mnXu4OzGEqKXmG1AGCAAAABIAAAA4MEUCIQC0qmkAfkrG0MiZU+nHjnQbeKwvPcBStPbZAq5I7ZoP+AIgOmoCaoX9gfOcrNdyyyiOn8xUZA34l9eY+r+l5yjJQ18AAABnA1hXR2sjyJGW3rch5v2XJubHbkgQpGS8AAAAEgAAADgwRQIhAJ2NKqCCMcDB0lnYxOWSXPKn4Hp9JXkcUPLWlM0pHOWJAiBPpSdQlvQAXm11XupVz/oH3qf+LU/+mAWVEV+N/+jnawAAAGcDWUFZUk3zhL/7GMDI8/Q9ASAR+Pl5VXkAAAASAAAAODBFAiEA6+MxUvRHmJu0OzpM8haOMJW+OZ4gZQyBcnAsD6QYGr8CIHcUGjf7Q+0klqCy/lVPdLDy/gEgsI8ebcmkt5ri3uAeAAAAaQVXQVRDSHqfKOtix5FCKqI86uHanIR8vsmwAAAAEgAAADgwRQIhAJrTVXvmvhqpWTji3aRJPZ4CSh+FMeggAEg03cmTbdv0AiAzQrvtGre8wVM49yEkgQnyMpSsPBZ1Swu/izaj3dEoBAAAAGkGWU9PU0hJAv9QZWkngzdJRzk3I9upWZ5Z9ZEAAAAJAAAAODBEAiA6J3cC4PsDpp2N9Jq4iuXca3LCuboihge3KWG5QkiJ6gIgYXZrnda2gmhHb8DN/wgYOFeeAY9/HqV/ac38CdTUK28AAABnA1pFRUR1RFVWRHSok1iywiZYg9+ZOxLwAAAAEgAAADgwRQIhAMRP+MlwMCefZbdEIOWrmOnoJsYWW8tADwrgDzkk6lrnAiBwC0P/o+BS1Wr+1YDMNVXiaVzRWOHIOAwprsZIU3gonQAAAGcDWklMuGq8s3w6S2T3T1kwGv8TGhvsx4cAAAAMAAAAODBFAiEA/S7fPLz+7MpwQyjqN/+PmnaarW1jCzxUy5SGUdDqsyoCIHAeIDy0IYObpGZdEzL9VLfyHMUVWbeM+w4fn2Jj3G+KAAAAZgNaTU78uKSxoLZF4IBk4FuY6cxvSNKqVwAAABIAAAA4MEQCIEuBf48BcJzTwezjgTZQycITr+PuHefzZg1yTvbbj/aMAiAy2DDrlibtfLlDQv2q8ZWv25jQaRmMAd+0LjXT6ifG2gAAAGcDWklO++C0rm5aIAw2o0EplgTV9xpfCkgAAAASAAAAODBFAiEAw+SrmcWGMwitjXlCxc2RbX4geFRzaXkdfJP8BQyPm78CIAr7ktoigCTqqaDQV+5djgunMYcQP8U+qt2EERguymEqAAAAaARaSU5VIfm1smJmA+P0C/wT0Br7jEMdOC8AAAAJAAAAODBFAiEAn7OwmeN7PVbOFMeWCu9bIW1fcqf9watCEMyCnMTxAs0CIEwHitECmvmv+9ZK+2+EfwvHvkjm+f6c8YQhIl+d0Or5AAAAZgNERUzsZDK5Dn/U2fhyzFx4HwW2F9uGHgAAABIAAACJMEQCIFTdpMug1pbT8LTnYgCsRoLzlnIQNqb+uAb6jWIzF3YOAiB6Xr3kDN0o2UfcSTcb3eG+uRXXdqwLbk7YB31Lt9CvIQAAAGgEQ09NUIUFudIlSnrkaMDp3RDM6jqDeu9cAAAAEgAAAIkwRQIhALxsOdCDGqvkIHg2zP74jwMx38i3ZLxJgPa/4P0lRsXPAiAWNsi4i7FlmY+G/zmKPaaOlVezrW9tfzPpmxYrp6eyAQAAAGcDREFJjzz3rSPNPK29lzWv+VgCMjnGoGMAAAASAAAAiTBFAiEAt07kGOt+7xzeCHbpWJprohejMYrYQLt5fGittOzFe9QCIBT8Rvk1AFdqygUDTiQ9EvSijla4GjYG1MmdYX6+utr1AAAAaARVU0RUwhMtBdMckUqHxmEcEHSK6wS1jo8AAAAGAAAAiTBFAiEAqViAlpAOd/KYk4bIYlgrIl5Ye6BjQB5T6VO5TVWgRpgCIDP6iFPfQ9bKhLEFYa/w2dgEotCkloTN8ISoZzLgMgm3AAAAaARXQlRDG/1nA3tCz3Os8gRwZ71PLEfZv9YAAAAIAAAAiTBFAiEAg54iIk/G7OMYIQws1lCNTk5CjHGONqRLHDWQeW3U/bsCIC6GouQjEy4v0OKqu1gLHgYRLH3nT1QOF+QEKEmHerzOAAAAZgNZRknaU3EE1qXt1Txvu6momHCORlJgtgAAABIAAACJMEQCIG08IKo9WdLkESPGpNn0l7evGbfSpAqBSWad68azrb6gAiBD0wuqG57ETPEde2tPggvtiVGAMqpAqBN8ayyoZD95TwAAAGkFMHhCVENxuCGqUqSfMu7VNfym61qhMAhZeAAAAAgAAACJMEUCIQCs6hekm3AfRb9hmZySDyI+vBplM0rksQnO+eOKAb+g4wIgfIcD1Gi2blI7bFaKoKV95Dc2Lf1U4NKCtwKf6tn9XnsAAABpBTFJTkNInCxf17B+le4ETd66DpemZfFCOU8AAAASAAAAiTBFAiEA43n7Zwa7FtjzntJqTwx+EFo/obUOARdtJwK2q6Ign6UCIFw0fdH+OhRHoQztXem1igFmHSOB5PGO823FGgPcuwLhAAAAZwRBQVZF1t+TKkXA8lX4UUXyhuoLKSshyQsAAAASAAAAiTBEAiBFakQRyMqBtonz+A7isZinVPh5UZSWa1lkaavvYHyzSwIgehVD/PXOrdZ6L9h7V6cc3ddMP7oKWXOnZaxbJet2kdYAAABpBmFtQUFWRR0qDl7I5bvcpcshnmSbVl2OXDNgAAAAEgAAAIkwRAIgO3n8QPgjEjlBsuIiYvfKVJL5PCTGNLz6szgfB7gZDiMCIDZ4Y4h2FbYm2gThScH/xNsR3LcnktB3ZYjTu7zTwMZWAAAAaQVhbURBSSf40Ds6IZaVbtdUutwo1zvogwpuAAAAEgAAAIkwRQIhAN20mlFmM+gAIN1vDHZX6QNKyXPkGwuFrBDCPlMDYhgqAiBTVL/SJO0ufgLYitYRmmQHNbdg4In1kWhJKWV+w5gJCwAAAGkGYW1VU0RDGhP0yh0CgyCnB9mVIKv+/KOZi38AAAAGAAAAiTBEAiAH97GPunJfFBcWN39+RO5sqGld19CzamKCUhzQZ38logIgM+KLJTBfc2xcYu15iyLaDZ06ahyfEVwy+SPaXAiR/oYAAABpBmFtVVNEVGDVXwKncdUV4HfJwkA6HvMkiFzsAAAABgAAAIkwRAIgHCoDRpCn1pyPuESFax1qiRvu6/xuvJeLAspiuAsC8R4CIG47mOiz9iciVTE0Vxs/8avEMx7NBRZK1XfMq+m3GDN2AAAAagZhbVdCVENcLtgQMoNJEApmuCt4oXkbEBydYQAAAAgAAACJMEUCIQCo2GQXj18zKETluJRUYe/KcvT06PLYIHPNU65eZUYKSQIgIF3fBdEKy7pOZj603BkbZ7BoKTQMkDxESbaTXCxs8BcAAABpBmFtV0VUSChCRQf++29/jp04YPVlBOTl9fOQAAAAEgAAAIkwRAIgYba3eVJePfN+bY5A2hY7Ptyi+Qz128HktuUvDJVrvL4CIDXjBph1q1x5t9Ze+lfkaXPQAlLNxApd7/NGD14C5ZezAAAAawhhbVdNQVRJQ43zqtOoTaa2mk2orsPqQNkJGyrEAAAAEgAAAIkwRAIgWieBHy4YN9RvoBee2Q7DRLv1xq9JyNygRKm0rnVHQsUCIA4rxX1SYL3EFxtEQ8WYtuUkkV+3wwIRcAhmZHY3IcD9AAAAZwNBQkltX1MXMIxv59bOFpMDU6jf2Suk1wAAAAkAAACJMEUCIQCv6XL4Rrd8QpJCshYpILbc0qVRR3B8R7VbPNX09KdP2AIgCHotV4WBsLJvDCJWvFTKyz08cPiCDHZcEOeFJfNXQBIAAABnBEFERFnD/brcfHle8da6ER4G/48Wog6lOQAAABIAAACJMEQCIFi6AMkcJ8inBz/+tnz3BfPXcn00RSxTBKwPDKs85CjDAiBu6UoOgyI518T+dx9/4lrPaIiBiJpksTL1XWsaLycY9QAAAGgEQUlPWuI0FxjGwMv6jmaGEC3Y+/QEep6bAAAAEgAAAIkwRQIhANcycYdVO6hK3BvJKEI4rHwAaOXUwXIzoeUS6qQDOu5wAiBjG9pnEJLZqJls1Erjk0e6Dz+wxdDfZV0dymuRS0AmsQAAAGgEQUxHQgFp7B+PY5sy7sbZI+JMKi/0W53WAAAAEgAAAIkwRQIhAP/JsmkEj+EmjqCaHu2goh96m3DBATrZ5h1H8hlQpzdzAiAnyu+QPyXy/I++ZVt2RWapiCJqajHbObb7qZmzY2zn7QAAAGcDQUxOqPzudiZC8Va111e2+rw24GttShoAAAASAAAAiTBFAiEA6ougkcKny3ekFU7mKVzvZQ8x4+//uyVhcjn1qNTG09kCIHwfXLbXgFGgEQPyduTT1QFu0wfrYE4npuucn7J/7S5nAAAAZwNBTVAGIdZHzsv7ZLeeRDAsGTPLTycFTQAAABIAAACJMEUCIQDeCypirCtoa1kOFvWtMEpV+7uULNjx/fFDFjp7+nfOoAIgKcCBm0vNQpZbe0TD5PpFnvUs22kz+s2uCePFJErwaPMAAABpBUZPUlRIXsulnazBrcW96jXzinMoI/w96XcAAAASAAAAiTBFAiEAxWRdeAqdFbX/kVk6yFGnePDWOfoUC2OlOn3bQUaic5ICIGzM55PqnMGclE+1WXR4ixOklKlYA61zbuJP07sB9s65AAAAaAVhRVRIY8ToK6D+Z2PL5enLyguny9b5HGAYAAAAEgAAAIkwRAIgVibk/ELS2ibjDW3xhYBNsUH5W6C8lVSmk7aU2FyCU5oCIEoYM8fAVZDHEybAL5DFeqOdtNQiHw4eXp9Pz+y9PZgLAAAAZgNBUFXBVVBHh+lDAYDzPzXt18XsBs1XYQAAABIAAACJMEQCICLxn2paQe6Pa8s5fLh8srGlUunImqykj9u/+PGJTHelAiAjgy19+6+n05lFVOrMQwNMWAqq90yI/I+sle2C+BVr+wAAAGkFQVJNT1Jd5ABRVZM8DhYSzoCPErTNjaq8ggAAABIAAACJMEUCIQCvB2yathdnFck2EFmjPenYPXuzOnxESH5jiWj+LToJlAIgbH5wuo0btejA5S364cpE1MObivBMYPypSCjZg5YHaAUAAABoBE9NRU525jo+e6Hi5h09qGqHR5+YPeiafgAAABIAAACJMEUCIQDSHW5/2DvFlAU3uFi8bGrOyulw6LE1Ab8l4rEqywIvHgIgGWXC1PJJRd6tiRTcKzTySD87kEB5nz0XtA3K0zOSQ6oAAABnA0FXR67g/7aQs3RJt/HEmxmeHj7GCESQAAAAEgAAAIkwRQIhAJrVqoPbJbwUd/3yXzivAdQhMi50eTG7UjPTlFtZ8ALZAiA8CHBAXxnhY4rUD1iq+DR+J3MXS9IPJQihNjVJrAHPKwAAAGYDQkFDzeXj2QYxysuEL6hvYt0PwIo85D0AAAASAAAAiTBEAiBTD6uI0AJizOhi6T36GPA5C3BFHXOy7orSBLNUA/vZhQIgCQdaNldW4OEqixidArfBNkWa/gX32OzGr8hlSgoszTMAAABmA0JBTJpxASsTyk09DNxyoXffPvA7DnajAAAAEgAAAIkwRAIgZd1EbwiZ6vlrduMl/Nu0QBGqLMdMl8jv6u/LomjI74gCIASyDq2LJiff2ycpX9FUk5AgX/37EBJZxeUgSQEuG1UWAAAAZgNCTlTCbUfVwzrHGsXPn3dtY7opKk94QgAAABIAAACJMEQCIEsbAOjStxO0KxysdsSXe6izJ9ouftrqzbIIBh3SiyFCAiBNPnjQcr+2uxGjQvR2RES97izVsctOdI8EJVcd1wIfyQAAAGcEQkFORKix4HZPhfU9/iF2Dor+VEbYJgasAAAAEgAAAIkwRAIgdfls6ku4A1ByZwVxgHWT+O8eoGq4au9K0HyjvuIa0d8CIHbJTIK+4lCcT+CnyduBkYi6OAVWep7Mo8mMqsh0ApHkAAAAZgNHTUl/sn7hNdtFXeWrHM7GaiTLyC5xLQAAABIAAACJMEQCIF784o0Vj68Oclwdlze/V22Nrfsam8lCY89SYxu9GFjSAiAhZ9Nxyk4wjZyVrsfhRloBiw1uscxG8EXCOTOYEh7UMQAAAGcDQkFUPO+Yu0PXMuLyhe5gWoFYzeln0hkAAAASAAAAiTBFAiEAz5PhekBzyD3auLZOAcDGTWwsuWqHw6hKU3vBkFkzdikCIFv2+elO5T1158Puc4FwPv+BMb777f1y7Gy8YNL/lCAJAAAAaARCSUZJ+90ZQ3beGaiBGOhOJ5uXfxZdAbgAAAASAAAAiTBFAiEAvkwOfsAPqf2YWxRd6muG+J6jKEoXkSuN4cEjiRD2mtQCIHtisYV3/J2Kzzkn9vw8EJynbrZjZuOJ5Khtk9gmIR23AAAAaQVCRVBSTwfMHMNijMFhUSDfeB75/I7C/q4JAAAAEgAAAIkwRQIhANtLFvt5PN/dgwZ8vf+M9swFUssVnujgGHF0vvb6IiT0AiARyiUoD6Dv8Tn+xuDHZigljTGf8LN6viQUfGI3UeompAAAAGcEQlVTRNq1KfQOZxodS/kTYcIb+fDJcSq3AAAAEgAAAIkwRAIgMG1lvRv1S1FAWlXc6iZ5AzZ/RTquE+chb2zrsj3LtuYCIDwnn1MwdLJiypB/DBx0RLqc0kQVTz1lXgO3OD3TRtB8AAAAZgNMRU8G0C6dYqE/x2uyKTc/s7u9EQHS/AAAABIAAACJMEQCIFTm18nxbUphKO3VI+AWGACYwpwFhbvkjqQQJU5oGVKlAiB8Wjhg8vKV8rBxcbLgcko+gG1lSjeOCLrtxCL1x72GXQAAAGYDQlBUaGO9MMnjE7JkZXsQc1K6JG+K+OAAAAASAAAAiTBEAiB/dOjMSzKq+hMmVfjagDZtzg1+xgulPrWV2a2mOIYJ1QIgDRKr/2mjH6cOqa+olsw7AGVnO2vohMoth9ImQX8RUHYAAABnA1ZFRfHBo8JIGjqKPxc6mrWt4nUpKm+jAAAAEgAAAIkwRQIhANdzq3yIazonl5obu7jp901IWcUzMECS6ozoHeVZvgyWAiAC/vwEF1jHuf+/aHDIdq9bpm+OvIavN1UvpVYhhsjEdAAAAGgEQkxPSyKbG2wj/4lT1mPEy7UZcX4yOgqEAAAAEgAAAIkwRQIhAMFjkSztprL1rmx63yH0bchdKCqRTgj7pIX9JM7wr1J0AiBygkrfehex8gBxDB8FK/Pc4RoO7tHFn6ygWs88nlVXSgAAAGYDQkxaQ4soxapfAKgXt973zi+z1dGXCXQAAAASAAAAiTBEAiA7DhvnisrAnB9NZh3T2tXCkcKwwQdTG+Umh9GDT/mv1QIgRD86t1qDN8fTza+FfvNcziTwu8gtg86ghxPKZMg0bfgAAABmA0JOQjukw4f3hr/uB2pYkU9b041mi0LDAAAAEgAAAIkwRAIgdtORB6NurM2JchkGP6AO7XiQO3Of+DutB5kNPyEiuBkCIDkWwlM0R+C3u/q7ReHfziRAxmTsKVAKb05XG/DwtheiAAAAZwRCT05FgCRMJEF3k2HzWAO4xxHGyPxgVKMAAAASAAAAiTBEAiA6Fars7Rll+KnRmh7nFhCOHHPx9XBddmvb00kOdHHRhAIgXMWUac335DHqtqCrfwukUY9IfVqCFucTC1rklrrGwwQAAABqBkJPUklOR/+IQ04p0eIzOta6oI01i0NhltprAAAAEgAAAIkwRQIhAJycrAnn4n/WtkvTYnhRtOTTIK7oy1O4EbhXQyDNDIhRAiB9I5t9G8PWhfyzvOsa6Obq4gjwetXjFVCQQ2IKPk7XXQAAAGcEQk5UWQ9A1p/0lKnnSx8gqJ7/KZsqBZGPAAAAEgAAAIkwRAIga7FARQ0WLDv5egSd1K8eCbnyReiLeeyAiW3bvDIdcHICIAhopRbrVpBlxRWPxiFLVucPsKugAPQv9uXBXw5rrn5vAAAAbAlCVEMyeC1GTElLVLw2P1+cbg/NgurGkZriE0ZMxgAAABIAAACJMEQCICYP4HcDfy6nKDQQoDuT7AiA+k6hTlXuXDbgwBfKpy/kAiBZ7NgEAhdT+x++kowW+CW0RlRFTH0dXXdduo3g7qdJHQAAAGYDQlRV/cJs2i0kQNDoPNHe6Oi+SEBYBtwAAAASAAAAiTBEAiAOe0nJBjpVSuTOJX423z2kr8bOf/yZ2MLAJBk4FHX+YQIgJ6rj1pc/nP13zuv9d+P9y7UfLRSKaAFyTVG2JvHNfj8AAABnBEJVTEyfleF7Jmiv4B+PvRVwaLCkQFzAjQAAABIAAACJMEQCIGJsueA+ctELZwbEQkWJxA9b+NNwMuOpPNL2Ierh3ptjAiAOIXb5hsSaUAaOPEHcx1HvqrxnkVQOTD8VnMQ7cKFnOAAAAGcEQlpSWFTP5z8sfQxLYquGm0c/VRLcCUTSAAAAEgAAAIkwRAIgb6Nx0y/gWCGguygwbD8+Lwzy8abv7DSbzvZ4lFdUWcgCICXhHvMbe+FN1GTAUjcmcQXfVGkfJ+1QptScZPHXmPC0AAAAaARDQURDXRRtix2sseu6XLAFrhBZ2oofv1cAAAASAAAAiTBFAiEAy1oupSZdTFQq1s69pNyp2d1XEtFEjNu4XlePDV+DX58CIAcWgB/dRLkGbaUOzHDPCgmnNVfWG6GZSMDyRCmrVcGWAAAAZwRDQVJEOkvtSatZKiJ7ro9B79DTjm4G2WwAAAASAAAAiTBEAiBpJwWytAgkpOVOoZ88JdASv3cPv87dttutULfRjDEZOwIgffab/qNLJ9h6B1UD3Lw/5dwcEnTYCpWrSH3F5AZBSqwAAABmA0NYT/KuADhpZ3TWXmeJLJ0wHF8su9pYAAAAEgAAAIkwRAIgMGBRFJA5v1W/TD9oGUIWUItRS+zCJdtjGxFARwOZpZwCIEbdExf5zNM8B2/MPZIiNztUijdUv5M5uPZKReYvzlQdAAAAZgNDRUzYXR6UV2b+pe2pED+Ri9kV+8pj5gAAAAQAAACJMEQCIHO/OENXX9ZGM8o5poFgytJqEsGmcU5cDvNGTM9WTH6YAiAvQMM1nZBL12I+QfN07A4ao0RRI5z1Ro/x91ousloi9AAAAGgFQ0VSQlne8frHvwjxc9KGu73L7q3mlRKYQAAAABIAAACJMEQCIA8uou1jH/+SmPEpPMl2xMJ60q+fHegE1U7nADedPi67AiAfa7sfd2X3qmBZLhw5BEkBSobq3FO6mwNXe96FpswVCwAAAGcETElOS1PgvKNew1a9Xd3+u9H8D9A/q605AAAAEgAAAIkwRAIgclOl3D3Z7dmj+66HecIL//XjhTpu5G12kDxMJ/fMUhUCIE8zVcf/LOeP1bo4sTA3yv1IGlwFhjXmSViMjkLrXjb3AAAAZwNDSFrxk4zhJAD5p2EITnqA035zKk2gVgAAABIAAACJMEUCIQDisUMmHvNrYRjR0e143Ux7k797eBp9y/R3VTPB3Vs68wIgGHeQgo05VzKrVVFzv9Z2yaYES8j0giGgM41fMgn0fpMAAABmA0NUSYupQbZJAeMGZnooejcPFF2YgRCWAAAAEgAAAIkwRAIgBEmcQct6vVHJqp+S8ekoTBb2zXF8wF23dbBCWlNVF+kCIHI4lMMdjEKcKkJEtpjWzJrcOyVTKemJWqIXKCuW5RnhAAAAaAVDT05DSHzJ5J4QyZJPdPkMCfjzDx8FWs3RAAAACQAAAIkwRAIgA5odB5Nv6oWa4H538SOhV0jVjy8FytJZbfAS/uq2eLACIG7lS8jFJTOT01cxAZ44lup4tKHUuhVr9omJBBM7IBkEAAAAaARYQ1JF+jwFwgI5GKQyT95xY1kf5r69FpIAAAASAAAAiTBFAiEAnQmukKveIrYaspsuTS5ZQq9lW1mvA1w3tzpgweaNooICIHtwFW+9w/hfDRqHyFXPq19+UYiLIa7ad7eNaODJFphpAAAAaAVDUk9XREg900JSeMH3nzd/EDTZ0srlVki2AAAAEgAAAIkwRAIgHLvAEzo8Pe4KJ2vsMIXfXXVbcV+SXeQ6IbdA/KunLkICIHgIesR//2zg4z9negXBNfWcTtJ5VLJjseuY21rJHZJbAAAAZwNDUlYXI3DVzWMnnvptUC2rKRcZM6YQrwAAABIAAACJMEUCIQDzecdGdvZG6ixZsa2JbruB3e6F2w8afNkWMlGknzE2fAIgRmxMvkScxj5alLJiqnvNbI9s/ZnvH8w1b59ZfuQUi1YAAABmA0NOVNHmNU+wW/cqiQkmYgPauAlH3OzPAAAAEgAAAIkwRAIgHhvztc/1hbbQrAqS9V7gwBEwoIxcB8qklpMQwfowChoCIDNH9gek4433UonO/6B0cDVuB5kw+ixUNxwxlUqLDU3SAAAAZgNDUk+tpY3w9kPZWcKkfJ1NTBpN7+PxHAAAAAgAAACJMEQCIBb7DYgFJzBUmimiFkrlGlriG3UPmQbgpSEFENZvSrpVAiBwCqXGkhd7sr2I9HxsOS5AHtuoaMx9RN6aMcSx2W/F8gAAAGYDQ0RTI/B6HAPnxtDIjg4F55tuNREHP9UAAAAIAAAAiTBEAiB0GIcDUdSkzKRLFEHbKzIfA0pSssJDSqkOMYOZXaokiQIgUHRxifCCoDYp9OdFCpLN9i7XT1FVNWcyho2FUt1DA/UAAABoBERBVEEdYH+qClFRincoWAwjjZEnR+cfegAAABIAAACJMEUCIQC5/UYqgSpWhog/MHuVmC1/sHdFbpifTIE6asbPlZ1jGAIgcLgRLkIXfcIqVBMWkaxrJKg5CboMJ7gMIXFM8HsKKpQAAABlA0RFQzFDOHZxUebtI9uKQcb2lDwZWO5WAAAAEgAAAIkwQwIgEde2akpf8F8PsmpHV6IDOG1DkZibOUY1xulVXWAFBDQCHwnPNaoh53/WUMeAVMpSj2Y4BLAFuM7FgG9yxfkrGioAAABmAyRERyqTFyyNzL+8YKOdVhg7cnmi9ke0AAAAEgAAAIkwRAIgVVKKvX/XT0aJJxRWv97tT9vd+TxAtybZX7yzlSFz6KkCIAejCv2uq7eBIylYu4hGAAcDtvRwyQc2aozqUQeWIlxnAAAAZQJER++Ti22oV2qJb24DIe+AmW9IkPnEAAAAEgAAAIkwRAIgZoKX3W7ryh8eDKK2BpkcQcFEz13TS6fLJ8viMhtRmT0CIBTAvRs8cNXXaD684QjAFibXVTUKksl7roa8AfbLBfTTAAAAZwN4REfGSA2oEVGyJ3dhAkWZ6Nsq1MOIyAAAABIAAACJMEUCIQCnJ6c++ZSrZocRV1gLeaLX48oGAkbOcywzvYuP9TJx6AIgR226kDjyJVILnpJX/3MVmyis4NOVk6E+eXsXFpXNuj4AAABnBE1BTkGhxX9I8N64n1ad++bit/RtM2Bv1AAAABIAAACJMEQCIENmme72LQ4nzeiBYX4rzHfpn+6N3yD3/XFr37SaLVaZAiBztD5NiJUmxp4HqH03f8QBmGwvYgKHyYOW7n5EnoIGLQAAAGcDRFBJhZVQRt9GaOHdNp0t6fOuuY3So2kAAAASAAAAiTBFAiEAw0BMXdu02h/Oy3gg7aha6FyNmAtUh2WXrY+TwZDwcQgCIGIujYFv8tBTz8i8WaMphY0Zs7QpBwbd6AYC/Op/LXRPAAAAaARERVJDs1/Lzx/UifzgLuFGWZ6JP9zcYOYAAAASAAAAiTBFAiEA97jalfXvVwcerr44zKjexuhDVH3gxZX4AjW2wotoGi0CIAiLXyyjAe85IEnTEnI9rYWau7+veDqNz3E3JnRkL0eeAAAAZwRERVJJPR0q/RkbFl0UDj6DKeY0Zl/7Dl4AAAASAAAAiTBEAiBR4Fb1TViAlPkKM/hAeTG3qTxsLzbt2a4b/omVM5/mnwIgYZk6zyINosaS8T6qB16Od+YZXUlXBMRd98DAdVcfPNsAAABoBERFVVPeXtdufAXsXkVyz8iNGs6hZRCeRAAAABIAAACJMEUCIQDXkI4VLnQWv14xmB4VvRCMdzh79ZLy+MVr5LaBeYqZvAIgZ3KZE7PW5BlRn6qalfbm3ceZaejUTacSsw7yhnoaO40AAABnA0RGWOeATZHfzef3dskAQ+A+qm34fmOVAAAAEgAAAIkwRQIhAPSlIWkKkpkeU3wUDAHo5VqXW04u9uZrTDG0uniXh033AiAw3sKF+QCQZdt/KUlTqh9K5hUzE4cCTy/CCSFi5mnwTwAAAGcEREZZTsFo5AIn5OvYwcroD3pVpPDm1myXAAAAEgAAAIkwRAIgSQOzxq+lB670zYj7CA2SoLVaWyMMmHsa3TSTc221biMCIC5LA/xwwMAmCWVW70T9/LtIpDubxs7vMk3+ESLoaNtXAAAAZgNESFSMkuOOyoIQ9Py/F/CVGxmN12aCkgAAABIAAACJMEQCIG2jzvpXMWLt/lKmbddBjG9QFGR8yXCHmpT/gyAN7wu/AiBDphDZo4YJK6ut2Hs6r7gskZ02McGaiTEMwQ0Ww+EQUQAAAGcERUxPTuAznID/3pHz4gSU34jUIG2GAkzfAAAAEgAAAIkwRAIgSw6yRZAkF7U9kgceoxPPf79EI7zFVMijF2duNcErlksCIAeKmQ1Mvyi9U6CnpkJS+PB09njm1q8Q6HQPqld+vurHAAAAZwNET1YOD/xWLXIxa3g+iHu6rh/XlK21MAAAABIAAACJMEUCIQDzZ8Q4F7GByll9PrMil8q1D5CXPOPdp4V9b2Y6dKUU9AIgBV6NBgbF02tcJcYsfXDPi7AJv4qKsQFhJCTQyjhZV00AAABqBmRRVUlDS/KBZKSFsLLJBjnkew83e0pDihaxAAAAEgAAAIkwRQIhAM6WptgBZELbfLKI0G6d93TYYV9AxKjNkMY5xmXR8bxbAiB6y5KviARIZxhX2KQ1CKyK7WjrgJxc4q6aRJu23QvJMAAAAGcERFNMQaDjkOnOoNDozUAEjO2fqeoQ1xY5AAAAEgAAAIkwRAIgKa4uXV+FGDTDiBQVZMYKnSbFO8genGv4h/EgaoY3G48CIHW2D/3wmCQ9j+q27A9V7KjBciwde/mkwnz81ExDm1V6AAAAZwNFV1TZ6DjdYMjqHn3U5nCRMyO7h9sRLAAAAAQAAACJMEUCIQCQ3Ya9BGOkjDuUex47wI6/NjEgLGdqhXxfwQUlyLemXgIge4C3QiUNyrNQiPqB/BUP+ZjjwHDLC7RVwRQl5W3cylIAAABmA0VEUhrEF/HdI1BKrCB22FRYHwMZZAP9AAAAEgAAAIkwRAIgB7P3QEeSiiS4v/wImYtULSYx41R4i+Vo5mm75ALrR0kCIBZgtg3tve2VuDYHrbrV8gpub4OlwwcO98kyuLSbQXJJAAAAZwRFV1RCQ+SwY/lsM/BDOGOpJ/W600u0sD0AAAASAAAAiTBEAiB2X7tEcoKS8vvExIatHhLNZX2XcjKL2mSh9k2CWKO+owIgIELIvHzKbGP1W05ZbM06wCeZAaD9j3oNAXP+p/Lo1fMAAABmA0VOSn7CaELxlchS+oQ7ufbYtYOidKFXAAAAEgAAAIkwRAIgXrKOsg3zR8mOnTN/6t2Vsc+Wpu7sgdZeYHsu3ITgqWwCIBGkIV6kjwZ1SWBZQ0zC94vBz6+ZBJR2CBQ0oYDgVwDGAAAAbAlFVEgyeC1GTElm1/3MdAPxjK6bDi6DhWSdKsvBKgAAABIAAACJMEQCIBfBqOYiKHT4BTbkrDShNV3okt1c49rpXn3mbpgx/JDTAiAyO/boFlo1PDwvLnCBCcYL/aELCnmTCiGelJgvvc/bQQAAAGgEQkxVRef5YGhaunMnraOxYeolJwPIe+C/AAAACAAAAIkwRQIhAK0lsUimE2tOkxaHygmFcoyFW1ntu7ZnhW8P0qJdj2BHAiAleDprwsbRfgVXiNWpZV7cSLzgAT/JE3rGVJznlEUnVAAAAGcERU1PTtalq0bq0m9JsDu7H56xrVwXZ5dKAAAAEgAAAIkwRAIgWcIvNUoOGKmHmOez6STO2uKsDKkxeqMROGttV0Qkiv0CIAo5Hq1+dDk0I/HmvQe22EZDct5Vrc+AE70i22AxUhHAAAAAaARMRU5EMT0AmIgynJ0c9Pdco/MlZjNb1gQAAAASAAAAiTBFAiEAgKFvH3QiS1AqpsyiHs6UZGP7bTNjA35+FcCd0Qw1FewCIAI0Ko62zRyHaHSBgzb/oE95a/pRHd0Z1XP8LQ7/BI0YAAAAZgJJUbljgnKtaZhwjeVrvAopCh3lNKV4AAAAEgAAAIkwRQIhAOFCfvcyOz831GX7lon7AY3sdXqoNmuOND2uO6LINBDWAiATxUnUKtMnYNKLq/QVtbf7fSEvvExlZcGXlgv4B+ha4wAAAGcDRlRNycHBwgs2WPh4fML9cCJneR8iTOEAAAASAAAAiTBFAiEA5Trao0eNr+injoDTrA8TaKIuO1dFewBvNB/ueEuVJV4CIA4G+nlnHUpU8+tBheeQMkItdWEtuhQz9wmXHyUsE7MCAAAAZgNGRUfzkfV0xj2bh2S3ofVtY4N2Lge3WwAAAAkAAACJMEQCIHI+yXc7PMnmw85GXCsGrNsLM4LERf860mMADjcCGZNsAiBEU6HHumsmZTX4ZRrxKtlpp3RBcPHs2UKkJjr+xptRzAAAAGcDRkVUdYP+3bzvqBPcGCWZQPdqAnEKiQUAAAASAAAAiTBFAiEA9GLggfJzuxrmkWjWTVOOwgLP+2Cce/0wbRIpfoSCXxkCIH6CtECk3u3fZykoc8QW6gZe+WY5YaPr/aCZU49108HZAAAAaARGSVNIOj3yEreqkaoEArkDWwmIkdJ2VysAAAASAAAAiTBFAiEAtcPyzJxiku8gusTRfp4stAR6R4z3U1SBfdH7asP8ft0CIC66YJcetph7PuZYxjfPkF7JlWALMQS+t9l+A8txAQyQAAAAZwQxRkxSXwGXugaGDax+MSWL33SfkramNtQAAAASAAAAiTBEAiAKHi3b+8nU6Uj6UH7VS8ctONZMGrmIVSdzSoyINtwBawIgYq++mS4Bz0AaPJFOlYmDxV+zV9syKL3iwXdxeT7T888AAABoBEZPQU1m4W1QwHoBu0c+x5Q0nUWqGg5dwgAAABIAAACJMEUCIQC2b+LHKkBzytmS9cHzRfsdTwV7eaQJf7kTI44eP0M3hQIgBvYFk4Sj/UViO4vb0lFPPOvtY0PSVI8/NKK1or456/kAAABmA0ZPWGWgXbgyJwFyTBl6+CycrkEZWwqoAAAAEgAAAIkwRAIgNEoPzb/wJWjUZbCeLP/AR+uRafn4kkPK0h0g94q1dJYCIGzuKV+ZRbbxD5hFQbaXXfk5ft81o8mg/rpdk/7YewTgAAAAZwNGQ0xvk0tF/GBDUn1zx8mTE92DjnI9twAAABIAAACJMEUCIQDrW6LFviQ7aNYK5ccpW3nEkf6LNY2RGGqBvpBJE2vEYwIgNDmeIiO9ZxiqcYxeKavun3yANfs2mrUOsF8YVthSzGgAAABnBEZSRUV8727R4HB54XRgHTkGatCFbLR5iAAAABIAAACJMEQCIBtAvjD2zSPO6aaqczDP0gTn7lFHu1T71iZU3d23xmoWAiAlD/wCr7gNcG3bW+GtpIvZJN9IrbTkOk7xzK1shwbV+QAAAGgFRlJPTlSj7SLu6So4cnCYI6aXAGnhKkVA6wAAABIAAACJMEQCIDHnp5YbVdsoe8yYeCWmMjSKlS3JNSq66NsbDz/jtzU8AiBAT56nP13YqUmP1tsqadWk603MSEfQ8zRFZ7ZUhnbtvgAAAGgFQ09NQk9t2zEAKrxk4UefxDlpL36gYeeBZQAAABIAAACJMEQCIBJtNBrYXl00zRHeWgvUfk6OpJTNc68TuLiYqv1bzUJrAiAQKhd9wE3Y2wIApb9flgfYmNwNw590wj4WPftoXolxlQAAAGYDRlNO+hFxM0yzoPCpHoymdl8Q6WONHL8AAAASAAAAiTBEAiB3fvVIInjYWck/ZzREmZ+HUWiyIzDooXMjNh+RghfmTgIgNR0UqBb7eh1Qg5ZTkn7Y1Q2dMIS0lgQKeQhbaiywaAgAAABmA0dOU+VBevVk5L/aHEg2QttyAHhxOXiWAAAAEgAAAIkwRAIhAO7OVgJ1sN+JLFJqQkjkOgC8gu7fqVj1IR9zfiVyB3/3Ah81zoJknFAcOE9q8tM3JFbZOZFJcCE3GrNK+9wyMORcAAAAaARHVVNEyKlKPT0tq8PByv//3KanVDw+PmUAAAACAAAAiTBFAiEApXFQdIdrDEfGnrqhXNyVzUSd2/QTePIyW3hYe7SLIzACIAxxkqbT+29eau7qmXiKOK2VERD6n6XQv0QiVhJmAWi1AAAAZgNHVEPblfkYhHlXXz9xiiReyhs790Vn7AAAABIAAACJMEQCICw9CcwJgdWMqewq4zpXFTT5e3bkzG4BKrZA5R1HTfW5AiAGwLlXAoEJ0sCwEw4RMAtmU7vxabCFZL0WJ5DRsK3/9QAAAGYDR05PX/1i08PuLoHACnuQefskjn3wJKgAAAASAAAAiTBEAiBnbE+kJghUefBQLnw9m76sJz41YlSuO6eL32Hv0iXYVAIgZJqUTMMOtc5Vyy0omb6JmYFxbbKAdRRhnQCt/Z+486AAAABoBUJMQU5L9MgwgOgK5TDW+BgFcsu/GsnV1DUAAAASAAAAiTBEAiA79R4K7/xcGIfh6gYEP10BWm73zA4IJK7RFh8vKLI/bwIgDFpV/ZiHrr8R53uInyRbU6cV0HEj/xpgAU6cT8U2/RsAAABnA0dMTQsiC4Lz6jt/bZodirWJMMBkorW/AAAAEgAAAIkwRQIhAO/+3IqM375Ju90gcABSnp5W41tfKbZ3UVwdyg9xXsaOAiA8sckqFwS29rZPdaFhWZ5IGD3BboPeKyXtEsHjKlOpkgAAAGgEZ0FCSe1qqxYVqse8TBCN/U/cmtDIME1HAAAAEgAAAIkwRQIhALa6VkcVygoh8MXoyC9NKu18dpUOvuILLidJg5g6M2krAiBx2e2qhc3OXk2rT5xXL6YcX4oCjycyBsVU/40VAAmJvwAAAGYDR1JUX+K1jAE9dgEUfc3WjBQ6d0mfVTEAAAASAAAAiTBEAiBuNSrGlH8tIIkznlZ0KaTeQfjA700KfUwPsKcGpW5FrwIgEahbZ+ZER4q+6e2OP46ds5c9VKhamrQ9EPlwvnag1ZsAAABnA0dGSYdOF4ovPz+dNNuGJFPNdW5+qwOBAAAAEgAAAIkwRQIhALrmnEAI3m5gpaEKk2OdADWWZg1Yf8U9ojBQ5xvuuqyUAiBGzlxad2QQ0sphXceRTIbJA/LDmiOl8Lrw2kly8oz5qgAAAGoGR1JVTVBZczcmlorlXcWMJtvcGT/qJWpwS6QAAAAJAAAAiTBFAiEAimoqetIs72UTTUD9yA6lFm4kn5bPKi0JqkfvDLWYnNICIHeGrkEzLnlwyhhP+wEqP6/jfxbPaxEjtIH42hcYign6AAAAZgNHRVTbcl+CgY3oPpnx2sIqm1tR09BN1AAAABIAAACJMEQCIB7YkdhKAIW3sM7U4BSnT9P/qmlDqTYWPoQqcsZYxWT3AiAoRg50XGLh6iC785CQcKyjoyfoS9DlueELw696v2BnZgAAAGgER0FSRPiSUOg/ovMwWDhcmMfETnI7BANZAAAAEgAAAIkwRQIhAKDqZ4l9jsY6S55k63wYI7Qkyzf4fkTSIgRBaq3qQFvAAiAuTHCyOn1e38M0LfV0OgYH6AgyTQ13SJORW4DKANVkowAAAGYDSEVYI9KdMONcXo0yHh3JqKYb/YRtTFwAAAAIAAAAiTBEAiBHnUY+34/MucvtI6YNWxBRFKzUiDhs5AEsay93JOLtoAIgAzJHGxJaFCLLvyqYeruA5G3/B7PMiwZG1k/zDww56V8AAABnA0hPVAxR9BXPR4+NCMJGpsbuGAxdw6ASAAAAEgAAAIkwRQIhAPhcrErbSQkgskjrF7jYYWtLLu/RU5s+f9qS+xQ9DqPrAiAK6TgyfcASGxAnpK20lJwMPLZK8Wt9dcckx7OaQ6byoAAAAGgFSE9OT1K4KiC0UiaAlR8RyUxUuIAMHCN2kwAAABIAAACJMEQCIA4uWjZYs/Wq2shgyDSvkImJYIX2jELjlEHYQGbbUXKWAiB5BuTalZMfbe8rGCYNdTwZRh5p4YnTxryQUjoLK5cXqgAAAGgESE9QUmzL82J7LIOv7wW/LwNef3shD+MNAAAAEgAAAIkwRQIhAOxu4cSvzyY2JuAdq91o0MJ6KDDovIRPGdx9XI0BxehGAiAxsQtF8+qckwdNzema34byBC0pi93wEH+bpHPRGt6knAAAAGUCSFT61l62Kpf/XtkbI6/QOZVqrKbpOwAAABIAAACJMEQCICzDoguRi8H7lEtXMgf06AJbRLELvvk8ZsJ8/PIvUmJhAiBXEyx5Bf7B1kUANIZ6U/TFfqTblY/3B1XrCA+EDK9qrwAAAGgESFVTRCCIxH/Ax4NWxiL3nbpMvhzPqEqRAAAACAAAAIkwRQIhAN9nriZ5Rz330KfH9Kd/3sFkGJiBadY29oxsQ1XdsNZpAiA7bYckvLZP5PuFE9Rq5Rir3T7IimA30IKkNeOk2JnluAAAAGcDSUdH5vxsfLbSwxs1mkmjPvCKuH9N584AAAAGAAAAiTBFAiEA274wGOKk88zwW9Bp8lL2pWf8Muu2CUChlNZ8HegX9DcCIBSmfqS/WjlFRn0rKSTUYCO9dCrmi6B97MHC94bQ3A3AAAAAZgNJTVhguz02S3ZcSXyM5Qrgrj8IgsW9BQAAABIAAACJMEQCIFcEX73LXeYAnRoLCpgjY+ONLxvbSKOD2jD1LaiX9UTQAiB/3UbCtCtLFEf7G4Men3W6/RrSHAngxYTl5V9Y6hJWCQAAAGcEaW14Qm0kGVBg4gwtcXQIuN7MpIe5RceLAAAAEgAAAIkwRAIgS1LKy85W3fxowaJUlTVRK/m9J/S5yBangqZRX85dkvECIDlISj/x2l6SA7Od0ejwjwuK+vmw3a5SbKzBYIFbLGyqAAAAZwNJTkpOjcIUnqw/Pe82scKB6kZjOCSTcQAAABIAAACJMEUCIQCQF4nP4u25cZwbMpfxDBXcOzPnd4EY8scxAneVvzhsdwIgLbhfLCIeV1/T7uvDpVJz3n2CDC8UARv7HsK96i03LsIAAABnBElOWFTmQQYVSBaiUtp3KONaAGDxXWbLNAAAAAgAAACJMEQCIBfIcC5Ott5EEv4R75u3m0ZaOmUsqaGeioueF2pa1DKgAiBkE9wUrVtA5Vyd/UB+Fq52iwQPFaJyzkz7kWtdCL2i7wAAAGYDWElW3nmWNq8NjWWheqqDtmy76bGF6wEAAAASAAAAiTBEAiAsLtNEbxqdEOZpG/arc/0hcjNWQrTTWP2lJTIp7nDRjAIgOZ12zxV/ZgZz8quqxdqq0JU9FLKtaB74SnnBjog+4nAAAABnBElPVFj2NyzbnB02dOg4QuOADypirJ88ZgAAABIAAACJMEQCIBEKM4jey/QqsvownVar7vIYEUBTOt/55y+fibJ8HnrUAiAkI/0yhWYHnpqfeKCgQBidqidbX+tsk1Ay/5MUKK685wAAAGYDSUNFSoH4eW4MatSHelHIZpOw3oCT8u8AAAASAAAAiTBEAiBbpXWi5eyEKLWDPvIGc/GltyypdPuNZyuiTVksoWCyRgIgbquGu9sKrov8v8nZwpjmOm4eeDH4L/vxlXWh+KrMZgkAAABoBElST07Ya1kj8617WF7YG0SBcK4CbGWumgAAABIAAACJMEUCIQDN+Xo1Sno9eL0en0+tJLf3lQBO2PhULTEKBM6cURiZvAIgRPaLFFAo2hzm8+8y88ieDB6UOyTkA+QQtD0TTz4rfAYAAABpBVRJVEFOqqW55sWJZC+Yoc2pm50CS4QHKFoAAAASAAAAiTBFAiEAhmAe5wjUQ2FeYps3dTe7ZJs8MntJ+qZU2szyMuKrIs0CIDV6wPXNOGYhHQ+Qz1kPg4y7iBkp6BOPpn7WumjpV2tBAAAAaQVKQU1PTiWUxbJe2rPr6TfidlDAKSLZpivyAAAAEgAAAIkwRQIhAJARttY/am0JpQqlgf4/JVifhLfO8BY9ifMCrcxxT/hvAiAnUsSmoYidc07yjxZ+W+2PVBfzciKCsPc/j9S67eoDUQAAAGYDSlJUWW6+duLbRHCWbqOVsNBjrGGXqMUAAAASAAAAiTBEAiBk84fnPzVJ5X89PkkdiRBQuyLz+7pgtQvMsF3SaanfrgIgDnxZI0zmrnKxxUlfFK4omwfso54o4Wi/g8wmcuRVnjEAAABnBGpDQUSMoZSjsiB3NZtXMt5TNz1K/BHe4wAAABIAAACJMEQCIBO8rXkxHC9mqrP8T3YCafjZs9c7UFrKqm1jMOX/g6rbAiB6dGBnICzLi/7OSpeXPLU83KC+zsAiAO170LxaIGDNpwAAAGcEakVVUk497Ls2RVUbihnw6hZ4B5/LM/tMAAAAEgAAAIkwRAIgEWB+4HlzgEnzpcMhPOkoKWBCC88TnSSe9dNP5GpUlw8CIDlnqH5YDhUsAataQUWmGjPO2sCKbZf8s8bfNRbsU4jgAAAAZgNLUkzBexCeFGk002wz5V+t6cvaeRsDZgAAABIAAACJMEQCIAfSc1nlo5K0f369YKl0HRnJ0CcvYHtst/bP8AqBaBCVAiAgUCXT53TGNFQMZcvLSs6iyoskvwvEHJAOUb+cdEkKMgAAAGkFS0FTVEEjVzfbtW6FFzkUc/fJZNsx+m7ygAAAABIAAACJMEUCIQDemNvQkSjHSM+CRZwb691X6GOHvfiKUPFHRRlb/yZ0fAIgAgNjGUdDYdvravUppR6IhdlcDpVhKq7fVzGog2suG0gAAABnBEtFRVBC83oSlrKYH3w8rO2ExQlrLrDHLAAAABIAAACJMEQCIEIVktUvdsSnCGZ9gIkkyIJ0P04VhSnxG6ZqzM8BLLhKAiB8NGQquDgMXD3aoMyxErNUg8QcBmeFieCcHnncVGNqFgAAAGcDS09NwATiMYci6isVSZ1jdZBdde5TkLgAAAAIAAAAiTBFAiEAskkX06o9fTRZntaDM1wbdefLfsiJlOQctB+Rvi+tnpYCIDNLuln1M2jYgLos73EZz6O3f3U3Gr5t/jBg5GbTE5A5AAAAaQVLcmlsbAUInJ6/+k8KyiaeMgVrGzazftcbAAAAEgAAAIkwRQIhAJFF2dEX3jIEf/1azAfyNrZ91ZUpuf6cOtueOsAjO6AwAiBRTFn8yEPrPUgg03TdF9OkFcM7T0D/GS5Ma2hq1hX5MgAAAGcDS05DHJVOj+c3+Z9o+hzNo+UevbKRlIwAAAASAAAAiTBFAiEArEKNpW3WIeqqr8VQ7JlwrCyMUpevi8e8/waPNYkBIQECIHec35ceprFF/MpGzfipJqy6qf+X3TCe1XcM92nnzao9AAAAaAVMUE9PTJ5966Ngx3lJu3XRbcgbI5PBUAXrAAAAEgAAAIkwRAIgIVtTJvWQGmEF4Sr3mQYxKUnF+LAEOG7bEPTLyQO6cgoCIFGCEFwnaPbqYeGNNzHMUNr0Dh6rk189lM/RNfuVFG64AAAAZwNMQ1jopR0N0bRSUYndohh/kN3wkytUggAAABIAAACJMEUCIQC0kXN3a9Q025/Vvi5y8SFkz3eTWt91UAd/w5lQEk5KsQIge/olwq6AImlcuSkxr9Ycr3k2k+0xh1Ck9qElW7xBMOMAAABnA0xJVObjILe7IgGNbKH02M6hNl710lztAAAAEgAAAIkwRQIhAKTTcCm7hWKjVzDOGOjy+az/bFLT+y9n3UG/xyuXOQB0AiBToQrUz7ppXohZa9yl085t/tilllRsbz6QpTHpyiNzAQAAAGcDTFBUOWL0oKAFHczgvnOn4JzvV1ZzZxIAAAASAAAAiTBFAiEAmY/S09ZPFjJIrITYdR1Eft02LdqCzoPv1sp8vujvTk8CIFp4r/Q02V7ph6y2gj3SKBYDFBr5myh0gsqPKwTjN0SdAAAAZgNMUkOE4WcPYTR82u1W3Mc2+5kPu0fdwQAAABIAAACJMEQCIA2XlJhaefa8372ChIEdgCScoyRn+e9monwPzf9DIlyIAiAI4mkq1Z6vcmiCyFBfos7JlFEGAYFwer1Bq7MFZYJogQAAAGkGU0xJVkVSqVtBB0Powve2TxNz08orNFSGSpQAAAASAAAAiTBEAiBXZNYPB3FPsMSawEATRTFkqQB0xgI5QDoJpCHXD1v1aQIgbFqDzcrRNKlbGVnH/JiFD93uCw7MreJWjh1lFU9InYMAAABoBFhWTUNtDJZsignjVN+cSLRGpHTOM0PZEgAAABIAAACJMEUCIQDt26uzk/lP7eHD8N12T0khsImuj8+zvHU9G+RtpZUH8AIgWLgiu+W9tSsYvMiDp1dSw/nZQUhIMEO/xREHdu46+koAAABmA01TVKNT3rb7gd84RNi9YU0z0ED9u4GIAAAAEgAAAIkwRAIgBTCproK3Ek5I92a8U6Slt+FhixNyBvfTIOnh8qMYyGUCIAVL4K7paYWRs7iSJKtj90IrnbHxfOaXB5FrlA3EW/1jAAAAZgNNRlSRymlNKyk/cP5yL7p9ilJZGIlZwwAAABIAAACJMEQCIFCiXZ0Tmf3aBilJtsjuwlshROOduKoOgQPmnaeMaLfaAiAkWf4zVHY3+BJCL385fhn+OzYxB61kss2O+cC1QOzakAAAAGYDTUtSb3yTLnaEZmyf0dRFJ3ZUM+Af9h0AAAASAAAAiTBEAiAoFj9jUdyR+xtT0C5Ae31B59Q+6+MOm1G6JsInqxRH8wIgIlfveWATTfNCwadMBmmOXwyyGAAy2tZjrRf/a4UPRYgAAABlAk9Nw+yAND0rri+OaA/a3efBfnHhFOoAAAASAAAAiTBEAiBhBTNEOzioplZ7E4I6XjQnXt9VMuDMsoZ4tFcapIVCjgIgL0F5PYLhG1c23ZNmEYVOY1LrCN3VAX6bPwNufMZtgzMAAABoBFBPTkRzWAokFqV/HEtjkdumiKnk99vs4AAAABIAAACJMEUCIQCfCf8rRYQFvmIkgbw4mjGQYhhHMnCpHIVRAylLcF6FXQIgTuvAEVJ0+WngiQ+z9uojmgSvXppatMtFRctRTAkQ7ioAAABmA01SSQkT3a4kKDn4mVwDdUk/mho73cl3AAAAEgAAAIkwRAIgDoZQV8peBwVOaQ242GYFL5kh+tc9bFMzsNCT3F4MRIECICabixtelbYoxovTw29HGT80zQydjdlsr4Jx0mbL96/yAAAAZwRNQVNLK558zfD05bJHV8HhqA4xHjTLEMcAAAASAAAAiTBEAiAWEESbthROX6Wg3/ijk3VGxj9UJcMYMEC8OvkdJB+xDQIgUPLhGrkLozVQgds34uE5HrZwRYCVpflgpJh0Yjm8iH4AAABqBm1hVVNEQ5cZ2GelAO8RfMIBIGuKtR55TT+CAAAABgAAAIkwRQIhAJSFZgR3gg8MIP4BUvhpdBnXS4auAGVx2jqCuS3wincVAiAdQ5GIFrhYyir9eXY0tAYcX+ow12ic7IqjffhwHOeC1QAAAGYDTVRB9QHdRaEZjC4bWu9TFKaLkAbYQuAAAAASAAAAiTBEAiAN7vqkQ1UtRjRQd1S/OI6rRhpb5UifyqxAeVraS/w2ZwIgOy+7cHZDLL2v+IAC5hb4Del4QUJrmjz4JP4r9XA1x9sAAABmA01WSf5xIlEXOizV9b4rRrtSgyjqNWXhAAAAEgAAAIkwRAIgVCxmrl2J5x9T17+FtHZRlH3KJD9WFTgEzuDToG6rc5gCIECwvKXeu0c7iKABlyThCiWdGMZiRuqobYPQJ0dBmsA7AAAAawdtaU1BVElDo/qZoUj6SNFO1R1hDDZ8YYdpl/EAAAASAAAAiTBFAiEA6QdiiE/1PWI7ecW6/Htu+bFdvOmgsqbLlgbvQdjJ+WcCIDCq2c1duD7XqzePz65YtGLFLBR7DMQyME+4IuTt8M7yAAAAZwRXT0xGjxjcOZWUtFHtqMXaAtBWPAstDxYAAAAJAAAAiTBEAiByGc3keuLylrqC+jjQFwx6KAAjOeOeNiE4xKzV2MU8RgIgFs7r3ccQGTi4rIbyGxbMI2b5XFpQsreemPiWp14wsv4AAABoBE1PVkVSHN3Ay6hPFMacHpkkn3gapz7gvAAAABIAAACJMEUCIQDEgZVKhzXFZwNU9DVSE9hfQUVzn9tQhO4z7ESLvt/GNAIgEgI959z+fzf8rTlQbshlc4uuFKEsFdMbAkElDELO7D4AAABoBE1ZU1QTeeiIapRNLZ1ECz2I31Nq6gjZ8wAAABIAAACJMEUCIQCzxyQUAlCAOrMpTQPu8oCXNjtGRGkTo4KZBgiZS39t9AIgJV9fW0wjy+FvjTKij1yulML06B6wNy6Hv4hLAiIcEnEAAABnA05QWBBgNd7cpjXXXW/wX5jyWRaCntt3AAAAAgAAAIkwRQIhAJSN1Fnrh/WW7hVV9r6Im7qW/xdkomSOQ8JHIPDj/X2PAiBbMQDSsIfTVVlUeIsZkctFQ1NfhJVL3M+jqHpfxwDDWgAAAGcDTkhUhDQukyeX/GKBQYnwHw+wX1JRlwgAAAASAAAAiTBFAiEA/m7gAF9BDbmQHeFXeE3p5YRpuy2VfIwhm+pPQetXpJUCIET7shgwug75/yqqDJkXAvgCy2uVJI5sKX4hsV2cp3cFAAAAZwNOQ1Lab3JuIIjxKdPssiVyBq332FN7pQAAABIAAACJMEUCIQC91UidTdfPMCZ46W/AnHV6er9/hIDwi/45/iAymCqPkgIgXZ+XtpDUn0ZETdQ0u5UGRwLZG2X1ojRRbAYtvX5GJjwAAABoBE5FWE9Bs5ZrT/e0J5ad312jYn1q6umkjgAAABIAAACJMEUCIQDlXy9eWH+V9ieTJSPJXqDR10jb7MmSHQ3vPwrMy3Dv7gIgfDsv7hc+mdkMKOsySDLbDRS0pHfB7F8kaEQrZATUHYwAAABoBE5YVFQNC4SIIi9/g7I+NlMgpAIbEurWCAAAABIAAACJMEUCIQDljqRdgZDtoh4Sg/dpCjZ/i3DNGGTghsvSQjb9RIFJqQIgSaPuh5ub0ilgL/Kw9Zc2vpWr1T72khwqumCyX6yt+JQAAABnA09DQ/MDVboUstOzFZfscaRUL1fpAsuAAAAAEgAAAIkwRQIhAK4q2eOEGdIDhz70ejRQoP8c78wC20ggui146zZq8bgoAiAY4NYcWQQXDMMgkIJu+6zPqBOYiiBDWI/XC62qi7G5dQAAAGgFT0NFQU4oLY786EaoixWYAL1BMK13RD+hoQAAABIAAACJMEQCIELb7JwvOlJw6JAIZZvNDTEDki8hD55NV04YlpBpDs5cAiB6lZxnAQlD4FDdJ6mgHxNiu4Kkquku0BHtx0ghXtwRXgAAAGcDT0lMZd+pAXHhvZBgIJQFAmxOH0qOWN8AAAASAAAAiTBFAiEA1nftS//qP7e7vX/44MW35aCk2hlJK1RnzAiZhEZFTpACIG2mwMcK0yDE4D8TLWplokiH11fy5stskjh/tXYL37gYAAAAZwNPTUdiQU0DCE7rJp4YyXCiH0XSln8BcAAAABIAAACJMEUCIQDLzXFKV8q5LZ4pudzPJNLOouNzFuF4+8IP0rQFi0N+bQIgSU+P4vlN9qHKyNs7ai2OkJPidcZFaoL4DJwa6tJyzi8AAABnA09OR7bxC+kgH7EQs6onUmeiNOhK3o6VAAAAEgAAAIkwRQIhANiDF62E1nT341FPdi9VyjZoS8ZNvBFn2xXk0Ujf3696AiBwVip8NyO9fgYSXup4Jqsb0i7j4+HJlO9RcvW1A4rL6gAAAGgET1JBSfQxCtuDaUvEgI4MXKj3AnxhJ5IdAAAAEgAAAIkwRQIhAMCVyohzQFHjTiJk9i3oE1BnwLzAl/IkQqgEzMWJShF7AiA5j2NSsyhNpUypWoz6ISHbluyE78ltz6uoPlXhJMMsggAAAGgET1JCU2FDiequCmgh3EkGLVa9o9nUX6L/AAAAEgAAAIkwRQIhAKzJEWrw92pCW0xFXm6daxtZ8JyODfgB0o0LwnQTZtD7AiBbLnn7suAFenuknclSmYuRTCUTCoL40uHz3SvLPVAS3QAAAGcDT1hUmIDj3aE8jn1IBGkaRRYBAtMfYGAAAAASAAAAiTBFAiEAsaAaEHRVCwr6A12nL+9LXY8mvLAM2d/KJcThg/2J2jICICKtj0OWscPy8MWQlLPMqS/fCBNSgChHRRW7S+M1uRLLAAAAZgNPR06mO+/9M6s6Lv2So5p9I2HO4UzrqAAAABIAAACJMEQCIGkJU9LRAN3KdCh4Bu1Vrs8PM8gz+0FMapGOF8VqpqNaAiAB9b4fcLmXg1+MpJoyUbHdoWszNrSPmphwactvrC4hxAAAAGYDT1ZSFjEkRonsH+y90i+1kW6SDfybjTAAAAASAAAAiTBEAiB7C2wqFRZzI8RQ9vl8PbP0eBIWqJjY6LD52YB8R4dDXgIgUN/3oIkl/F1OY6Rv5h6hilIb0b4XGe8M0Vhx+icr7vUAAABnBFBBSUTq72yvbViU7bLU6n7BHsSrZV8cvwAAABIAAACJMEQCIHEQ8kYKRCNjiO9Pxk0k4YWgsI71rg2LDid15x+hr8EmAiBdpjnFp606h7W6cho1ZXkrPNtFJSecJt0h24ltNliE3gAAAGcDUEFSezZ6BY83DABXdiKAVH0Ll0zzrBAAAAASAAAAiTBFAiEA+Ri2INDdgsXlnql7QePdBaekSbFobBpzc+SLgcrpwxQCICG8mjqCQBQ82S1FPuXcei+8ZJ6kpnqDPgskK835j+x0AAAAZwNQUlGTd+63QZSG/U1IVnHVC6pL93wiIgAAABIAAACJMEUCIQCEQ+p12wqLv+yqNaeGdpfvCX6aCcyv1+I3QoBOW9WpIQIgf+6sS2dBYpjsektiiKER6OYMvb4EE4Mt213Zksz9d/QAAABnBFBBWEdVPT0pXg9pW5IoJGIy7fQA7TVgtQAAABIAAACJMEQCIDZnd6UkSiWykmfPTU300oXT8oggWqJeRTyXRjFcBGgcAiBt8D4vkU3TVhcW5P4fippbLkpZpCkd13f+rdyz1mCVngAAAGcDUEFYbzsyhv2G2LR+xzfOs9DTVMxlez4AAAASAAAAiTBFAiEAoP0goCqAHRJ+ueatWYVpCatYDGui7n2HV3BeQzXxbigCIElJxnleLiOxHQf3igRbQpABlfGz01mTV6qQWKhOgFi6AAAAZgNQR1jByT1HXcgv5y28cHTVX1pzT4zurgAAABIAAACJMEQCIEMbIFQ0TEI2c83T3tFcOlroLc0eJoO4ztlfzvBCpGYPAiBdG6O16fpRakmr6hR3Y5tiwJozgPrfPUlkq7hzJ3YccwAAAGgFUFBERVgSeYS15tXFn4HazJ8cizvchJRXLgAAABIAAACJMEQCIAtZABLqPLE7OTSLEYY/xwc/VOwTuUtTRdLQIWlepwVkAiB8eZCuYanky6x5GJbVfaRgkYD1c4wdgGwn/+sJ6iUefgAAAGkFRE9VR0iZD4YJaHFMLRbpHsDNlwmpQmTPZAAAABIAAACJMEUCIQDwhFCjRGKbdf9PSsCKIc6mBgOkbAwnleJ4K3cBgION5gIgWlCWG+HpP2txuRo0ROcME8Iu03MVwHZ+Rbyog1yHRVQAAABmA1BOS62T4GfhSfCl7NEtjqg7BVgd1jdMAAAAEgAAAIkwRAIgTDdmXVroDBe7RxC3206SSoR5Z1yCVWN1ZrjrtW0FLckCIECRwDF6hJf0Jn6xxw0+lTzJMyeF9ZqRLd+Ay26Rr4/TAAAAaAVQTk9ERU6S9vEElvP8t5DMaWnMFbh8j5GZAAAAEgAAAIkwRAIgNRuDP2uipYwQ2b+SoE3Q5Qe7DsG/DMIo2hU+mKZIMk4CIHACW5pw6/ap6DZ9zaPuXZ8TJfWFUW1RYnpg6YdctIv0AAAAZwNQWU0L1JgV6o4mgiILy0FSTA3RC6cdQQAAABIAAACJMEUCIQDprlAoEog8uLzmgVNUj1MC5upBSDu/7VdvhDWAIZiy9AIgXBx3JxUfX1tsTnKQvvEao9ypX4SWqgSHPdXsF7LA71UAAABmA1BMVX3Ay2XsYBkzCmhB6cJ08u5XpspsAAAAEgAAAIkwRAIgf0k1lwA4sR/8O+4VZ5E9QPGuPzBHHXUqhTG6eVqJzVECIDWTjoSw7fUbsh2CDrVh0IVn2+iRizlhNuWv3JECt+8UAAAAbAhQb2x5RG9nZYqVPP5ELF6IVcxsYbEpP6ZIuuRyAAAAEgAAAIkwRQIhAJMsSy3RpedwIyCZMNkvhM8n2WKbdfg2hDR2DNK95okkAiAT0rllq8RPdbtcfZFgmhI9XdBQ1O0P9vrErpz4oArrKQAAAGcDR0FK9LCQN3RTKu5e5WfAKqtoGoFTnpIAAAASAAAAiTBFAiEAn04uSWui7BB3EfgpnxfP9g3waqxPdGrF2LKvY0EdtTICICsbxoaOl1idmIFXXjI1U+O28DkvN0v1fWRE5uv/tgX4AAAAbQlwb2x5QlVOTllMFvaTAsy1EcX6xoLHYmue8NwSagAAABIAAACJMEUCIQCGnLq/ddcmo5ZkAmDf9Vej7JATvrg6MbWnKY8vJOzbMQIgFdxec9bkVKYRqfb1aDZGwdBw1umDa70kOT0D5DsqMEMAAABoBFBPTFnLBZxVc2RgR9bYjd24e3RcGBYdOwAAABIAAACJMEUCIQDYwVj3zYsSo5MeTpzN7KUrXnCorJWh7K/BJ1WnYJ4fOgIgdiuu2v+teGete8OrfCZ+Qvk9xCj6QGKo0/kvYmvpVYUAAABnBFJPTEzGjoOjBbD61p4mShdpoKBw8ZDS1gAAABIAAACJMEQCIE62ZM+zOBOY1iEzOJO7A0gZH4/q7sr/1qcBi+BhT0VcAiADdP7u3S76389Tj4DN0cysY9GDY7fUi93YUgLLpSzt0wAAAGgETU9PTsVtF91Rnl60OhnJdZtdU3IRUiC9AAAAEgAAAIkwRQIhAIBNGGgtxZk8cevZGotv0iJrI1nhFISPg4SIy6oepBI2AiAjKASBcYHKgrQq4Pdtv2aEBxheq5uxoB12Rx8zM0PJvAAAAGcEWUVMRNDzEhoZDYXeCrYTHyvOzb/Ps4iRAAAAEgAAAIkwRAIgZd6HrvQd60sMd3R+mm4j9Kyv52gKs6PVfTubwxtxqOUCIFBXzRAjd0zVdz/+23Gmk8Y4IuHmZqlgeVIp0XLBYwVGAAAAaARQT09MJXiKGhcexm2mUC+ZdaFbYJ/1TPYAAAASAAAAiTBFAiEAyEf33JtpIGwCyLriN037NlypExyyuRm55mWc1vmvPEECIBY5FI4WnzjOZkFNUa2Fdf9g2qnW5DeC256w275xhMKsAAAAZwRQT1dSCquNyIfTTwDVDhmu5INxqUE5DRQAAAAGAAAAiTBEAiA8ZGjg2caxcn6vfsucq6nCapm8X6VWT4t13dpeogWUuwIgRIlWpLovXcSDHnq3m2Re0B4hUa7q3v9CSTGWsPuqs8QAAABnBHBCVEMSHvF3oEiScbQzm8Ke5kYJtH1DxAAAABIAAACJMEQCIGgUDVwt3zpE/KLyamUBrRQDKSzTXsbRqEWS6x0RvCFwAiBGNh8AdcGg99PJME/ezAULq8Ht+bWrAwvSM/FokzMwvwAAAGYDUFVQz+LPNdK93oSWfmfQCtdCN+I0zlkAAAASAAAAiTBEAiBqKFkU0VgmquZDRHWuk4xDBjpNkqoXhGCc5U3iT5zqawIgeIH4hNIiBVACHJl6Dfheg8OMHgSt2Lot6emU1RKeO2oAAABoBFBVU0Sa87fcKdPEsaVzFAi2qWVvp6w7cgAAABIAAACJMEUCIQC/oqmJu+DvzyyNpJs1baVcALS0NK/P5O7e+GPM/5LfTwIgXW/wabzIxg0siRUoSYZnBXIj7WXKJoZ7iqzrmR0RPRkAAABnA1BZUVowZMvcz0KK6Qd5bPatWmZM1/PYAAAAEgAAAIkwRQIhAP1whP6v0LeqRj7JjY4994wqoMZh1WttDhskfdn7DP/bAiBAsAl49ZHRji0vGXwdURcJMCrpcKLSDq2+w2/f2yVOuAAAAGYDUFlSQw75Jj522uY8hCksNAnWHFmOloIAAAASAAAAiTBEAiAfmixbGXMuQ9jglwGqKWnl7hsDlGZc7LVY3R0K+pYrxAIgV8zu3sjdf60imUY/UPkbHgmLTW8/hkvRrl/sXqY+82oAAABlAlFJWAqExzgR4YOfddhtddiMygwkH/QAAAASAAAAiTBEAiBu/cYV4KBYcB1wvZJKhY2M84IU0RNqFw4ZpoCuMTlfIwIgScmL8d8sXX0tFzkGDAVU+GMeJ4kZs6HnOSRr2EjCvbcAAABpBVFVSUNLgxdT3XCHysYatWRLMIZCzBwz3BMAAAASAAAAiTBFAiEAwJhnO0Xfk9+c8QFBv15DxnPcD4tdXM2fHpvr6mqLoCICIADmRUZHCfRyiKezjjAFQJSFSomO+0ePsxzClxVk1+9uAAAAZwRSQVJJeABTg3zizurSqQ2RUaoh/IntScIAAAASAAAAiTBEAiAdY9Hso9zGHwwVW9DNs0xc18KsRGpk2KJcL85d/A/xGgIgEiQyRfPOOD0iwr+KFk8j+bWcHqnOipq69oHfTcw+MNYAAABqBnJlbkJUQ9bCOFK5T+3mq1ceS0z9t0W0ncnrAAAACAAAAIkwRQIhAMBXIgRtECnlvkPjk0S4u/CM6xkeHLMIvVbVMXadxCaKAiAXtT//PCqkUwcGltlAN/WD+9qPaNV1ivpwHrOxQfS8CgAAAGcEUk5EUmEpl3QCDaRErxNMgvqD44ELMJmRAAAAEgAAAIkwRAIgQtYqG+WDszv2QYV+NRnvdCKjUOISWPAwuMJf3Ux+gmACIFL04QyChJ+Uf0pay4fbN5xWyEV2vQgwc8FqalmGkJbPAAAAawdyZW5ET0dFzoKaidSlWmNBi8xD8AFFre8O244AAAAIAAAAiTBFAiEAlFl3DH8RLyL+EX9p8xXWj5f+DkYnQVcy5P9X6fdoBSYCIGom/1SadKjFxA4RS7GePyzzDA997JHVdFFI/yGLUjb/AAAAagZyZW5GSUzErOknjn4BdVtnDAg4wxBjZ2OZYgAAABIAAACJMEUCIQC7Zuk8OqeurX75RMIGFOg3qpY9BkMw0LmOrSfJFRAcFwIgT+4TX1FRA3VEI90UTYIu+tzrhISJUIwkdxUJaaiCQuEAAABnBFJFVlZwwAaHilpQ7RhaxMh9g3Yzkj3ilgAAABIAAACJMEQCID2IPTKa21cGmOiTxa2Pg7Nxbon16HSbrEp0LIP3QeXKAiA4hKDPcf3tuzDUHsKTcizDnomysx/Z0KxDYwIMObvK8QAAAGcDUkNOicKWvi+QTz6ZphJYFbS3j1OI0t0AAAASAAAAiTBFAiEAtbjANrGQbp8oasjvbM8gvb2UTCJHaxpPx6jP9UHL/YUCIGDFpWnKhwQhiO+us1L6xc1BqfBBaqME5xNoQjLLAJ7RAAAAZgNSTEO+ZiBY4AhJw+7yrJZk83/v3yzb/gAAAAkAAACJMEQCIHY7u7VIbTb51FV2TIYyAIscW2fUXAmeOtSSuOy70pD1AiAH/y2DbxZodo+aveFy3ip+XREpnxKpGxFy4XsPQmPGEAAAAGcDUlBMcgVwV3FUfPeSAREbS9iq8pRnuewAAAASAAAAiTBFAiEAiOJ1PKJRuTT7lWRfRRsw8NabciKPduZxxx9HhNgFI98CIGleyzJYpI1/xDTnORDhcYsgpjWeRQHHltVBM3osggp5AAAAaQVST1VURRbsz9u07hqFoz86myEXXNeudT20AAAAEgAAAIkwRQIhAIn1sB0pgDt6lNA4CSwF8jeO0vtzpLzLigj+xudfQ4NjAiBoUd+5tUPwM0hFULEEG9yb7QDUOgO3C8PTEsjt2UyDFAAAAGcDUkJDw8/9r48/3wfabV46ibhyPV44X/gAAAASAAAAiTBFAiEA+EmYT0YlV6a3S0gzc4fq/2Q5y6TpAkLpWNkdXjyI5aMCIHQFhc4r7AZLvIyaSnexvXySP/q/l7Dx7mU1I311mYXEAAAAZwNTRE9mxZ3e1O8Bo0EqiwGbbkHUqMSaNQAAABIAAACJMEUCIQC5zX420ID6knIdXqKRyqRTeEo7hAcP4Dh61QGHkqBkigIgKLgAYslZjEl3ucLl6Qg3FZmAFzLug0H1XAdY1R9pLT0AAABnA1NEU6ty7hWf9wtkvuy7sPu+WLNyORxUAAAAEgAAAIkwRQIhAITZyGnUvBLKimZTpzbFIoT7+VA7ukZZrMUhYffblyE/AiBW/K0WRKHKwo0hqQXAN2VQy0MBBd6nQRK4QeWiCyVkvwAAAGgEU0FORLu6BzwxvwO4rPfCjvBzjezzaVaDAAAAEgAAAIkwRQIhAMIRGcsHnHYpXIUkswkQZIVLAv83FBahpeSOkJXts7/lAiBveFcW5j6AqZ6t6NP7JzAxYUOT4IaIPYZrX52ygJuevAAAAGkFU0FORF/G1U0vYkvIOBW0nZwiA7EzC4QcoAAAABIAAACJMEUCIQDknT6xQb3SA/LBuF01FUCrBjK+ejmKOUmBgjh8Stw4dQIgJ/mpxfWSdydoLXHnIkgo28eZJpkc7gUhUByED4yy5X0AAABmA1NQTuq5z7CU2yA+YDXC5yaKht6+1b0UAAAABgAAAIkwRAIgd+S4jv2wY7+up/HNSbHjaYx+7D9wCImjTy34xebcX0QCIDbM+sSToB74Jor/aylWM7Nuxd8SfHTa812MPqLq6R8BAAAAZwRTRU5USOOIMjNGHC70yz/PQZ1tsH+4bOoAAAAIAAAAiTBEAiAfAj/SlLiCQvFOQGH+NSruOuzq8o1Hw5ifHqeql/KqAwIgaFakATs2xg16D9y6SeQ/AH0lLN3CXOyte8r3HlnqsGQAAABnA1NSTWvy6ymeUfxd8w3sgdlEXd5w4/GFAAAABgAAAIkwRQIhAMZJNJzLf6Zprn/LA5fxRdescvH7RyhCso2DiyUFlcnvAiALZ6L7TlHe5bVC101i2+oIkuD8WemgwCdyZwz4PzJwVgAAAGcDU1BJBoGABxYXUoYGNxwxiS7L8rcKwdIAAAASAAAAiTBFAiEApiczgk75eNab+HsLWM9ieBxN7BmG6Ix5qc6QJS4aSMkCICznfqX3dZ/miGGfCovsJSi0WccV5Hw9Q2NuPZTyycOcAAAAaARBR0lYGQ64oYPSKkvfJ4xnkbFSIohXwDMAAAAIAAAAiTBFAiEAyFIvHBqzGvMvcXQLRDw8wQOcdHZMWdTqFcrSfECXQQgCICotrLZiSVt5p1c9rTKa4XfUC8N5dtlKnU7Jwe7dIcfnAAAAZwRTUkFUETL1iBDun/E+l67M2N2miMxeuPQAAAAJAAAAiTBEAiAe07AXzlMcUqf531DsOGENhGO3cp5EUR8b8PWNB7q0lAIgGvQxmuzTwzoCCeNV4ZWyzCD/8SkrOfCu9noQ0NK+Nc8AAABpBlNQSEVSRY1UYCYBK/dQc9ilhvJKXV/3W5cWAAAAEgAAAIkwRAIgERWXbdd0sc74lOz+eNaXOPketdZNSoulenYyDCqD+cMCICzOY2xb2ZxufSFGM2ZqNYT69JYaNscvD59Fv0zL9lSPAAAAaAVTVEFDS8y+m4ENZXRwHTJP1tvgobaPnVv3AAAAEgAAAIkwRAIgEcHKrIgB6KMgmwT4UW8mGDOawY+czyQ4+Xk1RXcsqu0CIHlWCCNI5Sq2Ar1hvHMsk9GKeyiNm1wgpLuTCYdr5ypqAAAAZwRTVE9TmAERrhuE5QIiyIQ+OnoDjzb+zSsAAAASAAAAiTBEAiBq3cx5ZzIsESPtyMQMFWEnNLwiS5jDz9c8KaU6qJcftAIgMfwAy3Jtf2J0IT4mwEyzpPkx3zgU3INQ9t03u1WaB2gAAABoBVNUQUtF61yeUVYptyXTWIpV4qQ5ZNz96MoAAAASAAAAiTBEAiBfekAgAxSCreRWiJb5egV1o9wZGWRufYtLQUc50IR8SgIgDSVMhLOE7GE3bYPVOnstFL0kasvOeo0yNGNhCPs8EyIAAABoBHNBQkmSWnhaNH9KA1KbBsUPobmhCAjKtQAAAAkAAACJMEUCIQCpkY09E/Qkv/yutkYFG09/89xIsQPq0L85094OhM4pwwIgK6x3u2PrlLK5Rv6d2vY8NtzSd76Gl0697tVRuUMPmuAAAABnA1NTWJ4tJm1skPbA2AqIFZsVlY9xNbivAAAAEgAAAIkwRQIhALxqawHYEhkcDJ/Y1ZNq2goiMM5tC3zcHTEnH1NA+fT8AiAWlOyHN9wPfTIPyBGm1tXwd/hEkPiqtXjhVRrzYPyjfQAAAGkFU1dJU0W7vhKFaCImI9ISmfAZqXjIWHsz3AAAABIAAACJMEUCIQDLsfQXUzyZ/wY1s7XXneivL1jIHc4hxFiJ9dVYzOM79AIgSepk1zObj2XB/cItzkB6K/Pjn5DAhxMBnqyzpC1Y4u4AAABoBEVVUlPhEReKh6O/8MjRjey6V5iCdTmumQAAAAIAAACJMEUCIQDNkfC2TxmBtsVB76PSjB7v0N8IzenDhbbuvFoddnJfLgIgR/F93DB+1pQYV/XKtay9Xxvrw1UamH2GFDQsc3mCVnIAAABoBVNUUkVBOpqB1XbYP/IfJvMlBmBUVAcg/DQAAAASAAAAiTBEAiAderTWCLlzcX8f114/corabZr+6o92dlxh7iM6c2jjtAIgc0Ik/sya60FMSzlhdexUvLEktkN0SPhPahyfVJmoogIAAABnA1NUQ3ebKZ6kVdNaRP6brEhki+IsCN6iAAAAEgAAAIkwRQIhAIaCSA6KyKGfI9xNIe96ZwHWY+CwR+kxW7IUaVUVsHb7AiApXkhUuwhi5a7WSMt/1JZ9CZjiYxzrI4l+XCmDBIUT4wAAAGkFU1VQRVKhQoF09Rb1J/r90Ua4g7tEKGgnNwAAABIAAACJMEUCIQCzS1tZgcIFGDILr3xvaV/aZFFiqHDcz8KSoy7xLBY7XQIgZWgbyvKnAYo2ON/YgFJrhEGLIuMj1ZDVZBmOUB9zAAAAAABpBVNVU0hJCz+GjgvlWX1dt/61nhytuw/dpQoAAAASAAAAiTBFAiEAiISgrdynU9xDk9jlVBgZVHxtbl6tAqXhpyNfzduwxkkCIExcDzCUAu+odnyRFMzyuGbSwKKqBct9FKoY4Av4QaUIAAAAZwNTWFBqu3U8GJMZTeSoPG6LTq38EF/V9QAAABIAAACJMEUCIQCREX5CvpDO0n/stcUGHnkkFjyPoqpfl/8BVZGCX/A0uwIgNvt0Ed5l8M8sP2V7QLhCZEe106xfLX8X4fAtenBYNLUAAABoBENIU0JnzmfsT81Kyg/Lc43QgLKiH/addQAAAAgAAACJMEUCIQCzNnAbGJJrMYA2lEkw2byJYXhdW4v/mBCJCemcpjpUQQIgaH4Ya6lzFO8VoV07dT1BYiQFBaKmcwtlow2WtWRaTHkAAABoBHNVU0T4G0vsbKj5/nvgHKc09VsrbgOnoAAAABIAAACJMEUCIQCZd+lFfbxOVMvqwFY3AEbpGrpczmsvTtIYxSBASjUvRQIgOyNgSt6rWMcVWNyyYQVLO9vhaqKfWMdngHdl7hs7NnMAAABmA1NOWFC3KNjZZP0AwtCq2BcYtxMR/vaKAAAAEgAAAIkwRAIgHyyIkqxPft2iBUzBJIk6vr8bE0FgnDELAQwk8+tdU6sCIFYiAz0fTe2FoN4QYbPmX8cHcYAp8Ct11Wv+Rw5gYWYbAAAAZwNUQVAQY1v1wX9eTA7ZASrvfBL5alek3QAAABIAAACJMEUCIQDwUHwThsmvCJLfxaf9criAEm66pgGwxShlXb4vQ0yrvwIgGN4ssbu11n1jPiVClXPtkhCuW4RmrN9kqFjSOpUR/TgAAABnBFRBVDIllqi5DTnridVmjKW23uVOmuPUwAAAABIAAACJMEQCIGGNZOR6dLazmDQQBaHqV4xyeJ9F90NRZVybL9Q1pTRSAiB4q4X+wr0vEFE3cOG+5/NsbJUD9LiGXl0PnXdFlqFVhgAAAGcDVEVM33g33h8vpGMdcWzyUC+LIw8dzDIAAAACAAAAiTBFAiEA32c06Nx5dj86LjzLvlR/k4DySl0l7A5+9eM1eqI+EFsCIEhKvxIUzcG9oCoXkA/J865z/73b67EB9RrVZ0yGDUqiAAAAZgNUUkLjMicCvtqu02zdqyMzYLk5d1rl8QAAABIAAACJMEQCIH2YchNOlqDe66zXGbGj1oSooygkSdchrgvN/fGoZPbkAiAMB6CqXg2Jf9x5XMyXlOXiiLjiLjBZSyX4r7rLBTtDcAAAAGgFVElEQUysMR+oXoZFux21PswE+o1BmX+s+AAAABIAAACJMEQCIDR0lKr2qPewuw1/xElVxtm+efO5aaUDKhqU6q3t9P7+AiBS/788cJ+OpYQPaOAU7bBxsjRWPZAZZe5ppNtaT1tLQgAAAGcEVE9STiP+HuL1NkJ7forAL7A3p/hnA3/oAAAAEgAAAIkwRAIgcH/MQQCRdnB0j9HQJog3hmkUWQhCqujM2jihxPBvmWwCIG1mE0Mo/s09mhnFYOEC9euHADDIeixlrlWpuaeWZe4eAAAAaARUVVNELhrRCP8djHgvy7uJqteDrElYZ1YAAAASAAAAiTBFAiEA7vYcs8Bp31JsUP/TMbJf3M/zWh5khQR7AGF60xbjBcwCICNbS1JZw4JW4R1s+XELTsarAqrWUJdUpejNY8e6uaVvAAAAZgNVTUEwZoGIN8Xm7WYBvVqRsHYod6a3MQAAABIAAACJMEQCIEx9Ntzuwq7EUSlk6Ox5ppxk3Dswb2urV/eo5L/0jkZKAiAKsQ3EYoK0mYERDFww4ZLasRVC4qSYfj5ABVBYsXb/YQAAAGgFZVJTRExQlcxlEbcOKHvFJapXr7xg63OsRwAAABIAAACJMEQCIEmwdaqTxBD7zJTqABl3TtfMKNRXllPLindSmzDeKJmrAiBTXOXaqIbfd9rvhjiil2TeVQUViWqHPek6QRmPEwkzcAAAAGcDVUJUf7wQhQyuBVsnA5rzG9JYQw5xTGIAAAAIAAAAiTBFAiEA6iUHEPHn8lpW/Uq6xS7ok8jAkJnsVueRjBFGuzgbUR0CIFJDKZklWAspIJ+d4thdy3o9CzU1gzDPVc91Q0uNXY06AAAAaQVpRlVOREukexDqj1RPiWm6Yd8+W+Z2kqEiAAAAEgAAAIkwRQIhAJtXygSsPSXRTRuuOUujDA+kWRVPff5wKVPbU114xCh6AiBECiMIWhAE9yW6wNniDSee+FSxTCc3m7cd8cAuR9feZAAAAGcDVU1YXfGkfgW0yroO098TZiZC8FMUdk0AAAASAAAAiTBFAiEAmgMecqJxbFYGI9FmQzci6h3caHOb5R36vIDZsY3GBPwCIHaEkzfUYzRd2r6EepMaoiDKZnfh1BcP10kakOlgmAKCAAAAZwNVQ088cgIGv6yy0W+jrA7YfSBI28QB/AAAABIAAACJMEUCIQCseTH+kFfj+BiZYrEeTAXhlbwVZcT55wLFlC+SF5tVkAIgIrBjq/JCbwEPbZ05UmCjiark2gsoVqJBweBx/9fyRtgAAABmA1VOSbM+qtjZIrEINEbcI/YQwlZ/tRgPAAAAEgAAAIkwRAIgb9HsUw516tzYrcoknsBgzsHuUy0qY8Zhfejsc8xiRWUCIH0ueAu5PMo16oEFlrdky+j6cqWTN5/09IUSaHzEYR/TAAAAawdVTklXRVdNrb8YVOWIPriqe69QcFM4c55VjlsAAAASAAAAiTBFAiEA6oqtwhrIn/OVIdsH2OHUOPMIXnRVrir/lWW1+vLPVz4CIHJJOg0ldUXzzaP+bUkioB/vExof/S6xxadgxbsbBbnvAAAAbQlVTklXRVVTREOFPuSyoT+KdC1kyPCIvnuiEx9nDQAAABIAAACJMEUCIQCDQEFdd4z/igjVR+7S/2KFI+WXWdXtFOGXaPFfW9rR/AIgMoPa0kCuDaV986Yoaa+Xsxgz23dB8jWi7ig46GGSpLEAAABtCVVOSVdNVVNEQ256X6/OxrseeLriofC2EgEr8UgnAAAAEgAAAIkwRQIhAOrXlu3RHRRRynRaSVuSsA4ZO1eY0DjidMMcBN6QBZ8OAiAbyL5bexFR7lXh8AYdRCheB1osQIwQY+CcXwk1+uIoKQAAAGwJVU5JV01VU0RUYEIpyWDlys8qrqyL5orAe6nfgcMAAAASAAAAiTBEAiBcjX23k/9+AgjriFZGsov0oKjZQDbfz8YHSdA/4YNJIwIgD+car64yat6UZMyqZpGiIRd+BuzOHfqoF4iHGLebUCsAAABnBFVTREMnkbyh8t5GYe2IowyZp6lEmqhBdAAAAAYAAACJMEQCIA7xcOPwpxsDrXdY4gHZhhEC94yry7xdv+zFqUYjZDjHAiBDxZEmT1fPMCbxL5jptREtLdLnstbAQgas4kde0h6A9AAAAGcEVVNES9B6f6woV5AeS+wNibva52RyOquGAAAAEgAAAIkwRAIgVhOsJXt5fvMcaJCVahLRkridA6eiB4iY2vsLebDLG1wCIC3+bv8BQWaTfVQHQlODNSV92fX53OJJG3wF27vpL0CAAAAAZgNWU1AJxaS8qAi9G6K45rOq90QgRrTKWwAAABIAAACJMEQCIEZBnsJdq0/Af+igk2zqAp38BM6cyZVafRsWxfY2GjuUAiAzYll3n/vsUC/ooxgQHe8VAI1Qd+jtiKCvHqjbFb7ioAAAAGYDVklTzBuVF0YNiuhv5Xb2FNCR/KZaKPwAAAASAAAAiTBEAiAMoNU9T32MAfzZSRMLES6skHCi6xlkGi8abYHElXTWQgIgZHp7fpaAACBp+ignlRRYST87PNwivdUPIoyF6TdpRwAAAABpBVZPWEVM0CWKP9APOKqAkN/uND8QqdTTDT8AAAASAAAAiTBFAiEA6d+YmyW32rli9f37znTLef1RpWb7ZWuCza5zCy2sKjYCIEhU+ZT7Tb0g3+g0bwR9lx3F7xnYZI5TuPJ82QjmlD1GAAAAZgNWR1gFTEK2QUdH9SY7SobyGxr60AMmvwAAAAgAAACJMEQCIHrbFKRAK9fw507ZTE4CEnhbFF5nHyrpuIjvb6HoXN3XAiBw+PPqmN2GrnQ0zs46zxMtxvCjS05RxDnAOAfkq+/FgAAAAGsHV0VYcG9seUxL8xkjfZijCpKalhEu/6jaNRDrAAAAEgAAAIkwRQIhALxpUJP3vB9KXso5+wrUW7fTQh+yTAtYJFbno+ZVbP7/AiB6pO+fC3BbvF7iD8JqJ9gpKiHd9cOx9nm74iTVQkY5fAAAAGcDV1BSy6snstW0aO6lCb1DAQCSI0G8PxoAAAASAAAAiTBFAiEAsgIjhbn7kxtR653Fi2rP2TKdwB/YdhQ/ygXdE/GgAHICIDPBSp8AzotcqGGPZL3pMJIeCa9jYgh3bzoFIKJHdHUIAAAAaQVXT09GWfziKtgCu8n+dFNFdbFm0GGYvWbqAAAADAAAAIkwRQIhAKcI0NmKl57UQHhE7gANyCfygSuviKuztUf2RMYQpGeuAiBkwMJKko7xTCEqc+v/tWYVCGGgJuu1A6KIbjMXZvsfqAAAAGYDV09PG4FdEgs+8CA57hHcLTPeeqSoxgMAAAASAAAAiTBEAiBvqR7HUHwLkOgHKQCw7EKmBJbe76cQywqUIXhhACEQDwIgQMiZgEY0684JmpyP+zvR40oinnOkGQwPMgZi/aHuCZQAAABoBXdDRUxPww3QzOLmg6poyHwoDnO+s97Js7oAAAASAAAAiTBEAiBFM/HSZPJ6ryve01xw40L54JPTVj4hppWBCZaUt2KWYwIgIkwoSQp0jBg82igbraOieVj1Yf3DP3HpmNYgAaIfTh8AAABnBFdFVEh86yP9a8Ct1Z5irCVXgnDP8bn2GQAAABIAAACJMEQCIHtnTck5/JlYrvQT9+Gz11X/vMgkCTPXttiI5K3q5cioAiBt2bHAyCkeKJd0l6yBOZAkRvu3cM2C9qrX63x7ctabUAAAAGcEV0ZJTO3ht3wMzEW/qUljZ1fNLKfvMBN/AAAAEgAAAIkwRAIgeLCvD4a8e2LKRQ1IaGSc+N9pc9MzGn6iRKvsAVq7v1wCIEqAhTw75321XYjWR7ihUi3voKDqajBILKgVRT0YBFHUAAAAZwRXSVhTG6F8Y5va7NjcSqw33wYtF+5DobgAAAASAAAAiTBEAiAQxaTCg9M3VMAdUrHvsG5FhE3VddG7IK0WSvDrkV0POgIgYAdfmppMjBkzmTGmgRT/Lche6AV8usQ56y54A0Y6TGcAAABqBldNQVRJQw1QCx2OjvMeIcmdHbmmRE063xJwAAAAEgAAAIkwRQIhAIOufnUIu+BqG2xZVD5io9yy6CWmw5wa3JzNQ5JTrH9NAiAfYNzZOtQwt5tLCzlXH18VmIIzwE5dLkWk7M4WOfq/BwAAAGYDVVNUaSWXsAnRPEBJqUfKsiObfWUXh18AAAASAAAAiTBEAiBK03AoNoI/gm6TS5RZl7FcMjiId2e+M+8h8apckzfJXQIgbtKuAEl2xNTvjW1ip4VgL2IEkK02tEfQjeCu2eRqSgIAAABnA1hUSyIwgxekqp6BlgZeCzZH5YLUTE17AAAAEgAAAIkwRQIhAOtMhv1A8suGL1YLbyw5p+IM13VszuUA5acRBdfr7P7AAiA/RFdTdFQ0cRsnrQRwtfQHkzdCqQoav8CmPTMmBukTYQAAAGcDWFlP0lB+e1eUF5OAZzhw2Isi+U2mq+AAAAASAAAAiTBFAiEAnGyYR8uwnBOO07WvVixD2KfnSczji/5p23laQJx0r8ICICkxvmpmo5+R5+KFR1PpjMoSKqxGmV+nCHeLEOLVJJ2/AAAAZwNZT1AQMwh5NmGHkWZGTNDQNwrDuKKhywAAAAgAAACJMEUCIQDg64RcVofW/4GhXb2Isec4n5i6Mb3dPmSXFL/8+MUNXgIgecYjxao/DOUdzv/vhcTNOP7VQl5SjTIMO3WQT1xSKUoAAABmA1pSWFVZ7bdHUaDt6d6k3COu5yzKa+PVAAAAEgAAAIkwRAIgIUMI/uA2ZYOtGgt9GH0+9gSHzwUvqylh1Yhjrv5W9SwCIG/cc0t3XtUZeh+XAQNw4F7uLGSG8d8EvroK3vCi1kw5";
|
module.exports={A:{A:{"1":"A B","2":"H C G E EB"},B:{"1":"D g w J L N I"},C:{"1":"0 1 2 4 5 6 7 8 z F K H C G E A B D g w J L N I O P Q R S T U V W X Y y a b c d e f M h i j k l m n o p q r s t u v x WB QB","2":"YB"},D:{"1":"0 1 2 4 5 6 7 8 G E A B D g w J L N I O P Q R S T U V W X Y y a b c d e f M h i j k l m n o p q r s t u v x BB KB aB FB DB GB HB IB","2":"F","4":"K H C"},E:{"1":"H C G E A B MB NB OB PB Z RB","2":"F K JB CB LB"},F:{"1":"9 E B D J L N I O P Q R S T U V W X Y y a b c d e f M h i j k l m n o p q r s t u v SB TB UB VB Z XB AB"},G:{"1":"G cB dB eB fB gB hB iB jB kB","2":"3 CB ZB bB"},H:{"1":"lB"},I:{"1":"BB qB rB","2":"3 z F mB nB oB pB"},J:{"1":"A","2":"C"},K:{"1":"9 A B D M Z AB"},L:{"1":"DB"},M:{"1":"x"},N:{"1":"A B"},O:{"1":"sB"},P:{"1":"F K tB"},Q:{"1":"uB"},R:{"1":"vB"}},B:2,C:"SVG filters"};
|
import NumberInput from './src/NumberInput';
export { NumberInput }
|
// Copyright 2020 the V8 project authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
// Flags: --allow-natives-syntax --no-analyze-environment-liveness --no-use-ic
function foo(x) {
var a = [];
for (var k1 in x) {
for (var k2 in x) {
a.k2;
}
}
return a.join();
}
%PrepareFunctionForOptimization(foo);
foo({p: 42});
%OptimizeFunctionOnNextCall(foo);
foo();
|
"use strict";
var __decorate = (this && this.__decorate) || function (decorators, target, key, desc) {
var c = arguments.length, r = c < 3 ? target : desc === null ? desc = Object.getOwnPropertyDescriptor(target, key) : desc, d;
if (typeof Reflect === "object" && typeof Reflect.decorate === "function") r = Reflect.decorate(decorators, target, key, desc);
else for (var i = decorators.length - 1; i >= 0; i--) if (d = decorators[i]) r = (c < 3 ? d(r) : c > 3 ? d(target, key, r) : d(target, key)) || r;
return c > 3 && r && Object.defineProperty(target, key, r), r;
};
var __metadata = (this && this.__metadata) || function (k, v) {
if (typeof Reflect === "object" && typeof Reflect.metadata === "function") return Reflect.metadata(k, v);
};
Object.defineProperty(exports, "__esModule", { value: true });
exports.UserType = void 0;
const graphql_1 = require("@nestjs/graphql");
const user_role_enum_1 = require("../entities/user-role.enum");
let UserType = class UserType {
};
__decorate([
graphql_1.Field((type) => graphql_1.Int),
__metadata("design:type", Number)
], UserType.prototype, "id", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", String)
], UserType.prototype, "first_name", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", String)
], UserType.prototype, "last_name", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", String)
], UserType.prototype, "phone", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", String)
], UserType.prototype, "email", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", String)
], UserType.prototype, "username", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", String)
], UserType.prototype, "password", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", Boolean)
], UserType.prototype, "is_active", void 0);
__decorate([
graphql_1.Field(),
__metadata("design:type", String)
], UserType.prototype, "role", void 0);
UserType = __decorate([
graphql_1.ObjectType('User')
], UserType);
exports.UserType = UserType;
//# sourceMappingURL=user.type.js.map
|
// material
import PropTypes from 'prop-types';
import { Card, CardHeader, Typography, Stack, LinearProgress } from '@mui/material';
// utils
import { fPercent, fCurrency } from '../../../utils/formatNumber';
import mockData from '../../../utils/mock-data';
// ----------------------------------------------------------------------
const LABELS = ['Total Profit', 'Total Income', 'Total Expenses'];
const MOCK_SALES = [...Array(3)].map((_, index) => ({
label: LABELS[index],
amount: mockData.number.price(index) * 100,
value: mockData.number.percent(index)
}));
// ----------------------------------------------------------------------
ProgressItem.propTypes = {
progress: PropTypes.shape({
label: PropTypes.string,
amount: PropTypes.number,
value: PropTypes.number
})
};
function ProgressItem({ progress }) {
return (
<Stack spacing={1}>
<Stack direction="row" alignItems="center">
<Typography variant="subtitle2" sx={{ flexGrow: 1 }}>
{progress.label}
</Typography>
<Typography variant="subtitle2">{fCurrency(progress.amount)}</Typography>
<Typography variant="body2" sx={{ color: 'text.secondary' }}>
({fPercent(progress.value)})
</Typography>
</Stack>
<LinearProgress
variant="determinate"
value={progress.value}
color={
(progress.label === 'Total Income' && 'info') ||
(progress.label === 'Total Expenses' && 'warning') ||
'primary'
}
/>
</Stack>
);
}
export default function EcommerceSalesOverview() {
return (
<Card>
<CardHeader title="Sales Overview" />
<Stack spacing={4} sx={{ p: 3 }}>
{MOCK_SALES.map((progress) => (
<ProgressItem key={progress.label} progress={progress} />
))}
</Stack>
</Card>
);
}
|
const Discord = require('discord.js');
const fs = require('fs');
//var ayarlar = require('../ayarlar.json');
exports.run = async (client, msg, args) => {
if(args[0].length > 4) return msg.channel.send('Discrimler 4 basamaklı olur')
const s = [`asd1`, `asd2`, `asd3`]
const discrim = args[0] || msg.author.discriminator;
const users = client.users.filter(user => user.discriminator === discrim).map(user => user.tag);
if (users < 1) {
let embed = {
color: 'RANDOM',
description: `${discrim} bulunamadı!`,
};
return msg.channel.send({embed});
} else {
msg.channel.send(`
${users.join('\n')}
`, {split: true, code: "md"})
}}
exports.conf = {
enabled: true,
guildOnly: false,
aliases: [],
permLevel: 0,
kategori: "kullanıcı",
};
exports.help = {
name: 'discrim',
description: 'İstediğiniz bir discrimi botun ekli olduğu sunucularda arar',
usage: 'discrim',
};
|
// @flow
import * as React from 'react';
import AccessibleSVG from '../accessible-svg';
import { bdlBoxBlue } from '../../styles/variables';
import type { Icon } from '../flowTypes';
const UploadFilePaywallState = ({ className = '', color = bdlBoxBlue, height = 129, title, width = 133 }: Icon) => (
<AccessibleSVG
className={`upload-file-paywall-state ${className}`}
height={height}
title={title}
viewBox="0 0 133 129"
width={width}
>
<g fill="none" fillRule="evenodd">
<path
className="fill-color"
d="M121.482 111.945c-.153-.09-.28-.216-.37-.37h-.646c-.273 0-.494-.232-.494-.502 0-.28.216-.504.494-.504h.647c.09-.154.216-.28.37-.37v-.646c0-.274.233-.496.503-.496.278 0 .503.217.503.494v.648c.152.09.28.216.368.37h.648c.273 0 .494.233.494.503 0 .278-.217.503-.494.503h-.648c-.088.153-.216.28-.37.37v.647c0 .273-.232.494-.502.494-.278 0-.504-.233-.504-.51v-.632zM64.455 1.142V.495c0-.273.234-.495.504-.495.277 0 .502.217.502.494v.648c.153.088.28.216.37.37h.647c.272 0 .493.232.493.502 0 .278-.217.504-.494.504h-.65c-.087.153-.215.28-.368.37v.646c0 .273-.233.494-.503.494-.28 0-.505-.232-.505-.508v-.633c-.153-.09-.28-.216-.37-.37h-.647c-.272 0-.493-.233-.493-.503 0-.278.216-.503.493-.503h.648c.09-.152.216-.28.37-.368zM1.51 85.236v-.647c0-.274.234-.496.504-.496.278 0 .504.216.504.494v.648c.153.088.28.216.37.37h.646c.273 0 .494.232.494.502 0 .278-.216.504-.494.504h-.647c-.09.153-.216.28-.37.368v.648c0 .273-.233.494-.503.494-.278 0-.503-.232-.503-.508v-.634c-.152-.088-.28-.215-.368-.368H.494c-.273 0-.494-.234-.494-.504 0-.278.217-.503.494-.503h.648c.088-.153.216-.28.37-.37zm98.67-70.96v-.646c0-.273.233-.495.503-.495.278 0 .503.217.503.494v.647c.153.088.28.216.37.37h.647c.273 0 .494.232.494.502 0 .277-.217.503-.494.503h-.648c-.088.153-.216.28-.37.37v.647c0 .272-.232.494-.502.494-.278 0-.504-.233-.504-.51v-.632c-.154-.09-.28-.216-.37-.37h-.647c-.273 0-.494-.233-.494-.503 0-.28.215-.504.493-.504h.647c.09-.153.216-.28.37-.37zm-79.463 15.54v-.646c0-.274.234-.496.503-.496.28 0 .504.217.504.494v.648c.153.09.28.216.37.37h.647c.274 0 .495.233.495.502 0 .28-.217.504-.494.504h-.647c-.09.153-.216.28-.37.37v.647c0 .272-.233.493-.503.493-.278 0-.503-.233-.503-.51v-.632c-.153-.088-.28-.215-.37-.368H19.7c-.273 0-.494-.234-.494-.504 0-.278.217-.503.494-.503h.648c.09-.153.216-.28.37-.37zm109.2 31.178v-.647c0-.273.234-.495.504-.495.28 0 .505.217.505.494v.648c.153.088.28.216.368.37h.648c.274 0 .495.232.495.502 0 .278-.216.504-.494.504h-.647c-.088.153-.215.28-.368.37v.647c0 .272-.234.494-.504.494-.277 0-.503-.232-.503-.508v-.633c-.152-.09-.28-.217-.368-.37h-.65c-.272 0-.493-.234-.493-.504 0-.278.216-.503.494-.503h.65c.087-.153.215-.28.367-.37zM10.08 42.984v-.404c0-.17.145-.31.314-.31.174 0 .315.136.315.31v.404c.094.055.174.135.23.23h.404c.17 0 .31.146.31.315 0 .173-.136.314-.31.314h-.405c-.056.095-.136.175-.23.23v.405c0 .17-.147.308-.316.308-.174 0-.315-.145-.315-.318v-.396c-.096-.055-.176-.135-.23-.23h-.406c-.17 0-.31-.146-.31-.315 0-.175.137-.316.31-.316h.405c.054-.095.134-.175.23-.23zm3.453 31.25v-.405c0-.172.146-.31.315-.31.174 0 .315.135.315.308v.405c.095.055.175.135.23.23h.405c.17 0 .31.146.31.315 0 .174-.137.315-.31.315h-.405c-.055.095-.135.175-.23.23v.405c0 .17-.146.31-.315.31-.174 0-.315-.146-.315-.32v-.395c-.095-.055-.175-.135-.23-.23h-.405c-.17 0-.31-.146-.31-.315 0-.174.136-.315.31-.315h.405c.055-.095.135-.175.23-.23zm107.76-30.718v-.404c0-.17.147-.31.316-.31.173 0 .314.136.314.31v.404c.095.055.175.135.23.23h.405c.17 0 .308.146.308.315 0 .175-.136.316-.31.316h-.404c-.055.095-.135.175-.23.23v.405c0 .172-.146.31-.315.31-.175 0-.316-.145-.316-.318v-.396c-.095-.055-.175-.135-.23-.23h-.405c-.172 0-.31-.146-.31-.315 0-.173.135-.314.31-.314h.404c.055-.095.135-.175.23-.23z"
fill={color}
/>
<g transform="rotate(10 -109.02 216.52)">
<path
className="stroke-color"
d="M4.144 1.438C4.396.644 5.262 0 6.106 0h61.788c.832 0 1.71.643 1.962 1.438l2.688 8.476c.252.794.456 2.11.456 2.938V82.5c0 .828-.667 1.5-1.504 1.5H2.504C1.674 84 1 83.327 1 82.5V12.85c0-.83.204-2.143.456-2.938l2.688-8.476z"
fill="#FFF"
stroke={color}
strokeLinecap="round"
strokeLinejoin="round"
strokeWidth="2"
/>
<path
className="stroke-color"
d="M2 11h14M58 11h14"
stroke={color}
strokeLinecap="round"
strokeLinejoin="round"
strokeWidth="2"
/>
<circle className="fill-color" cx="37" cy="41" fill={color} fillOpacity=".1" r="34" />
<circle className="stroke-color" cx="37" cy="41" fill="#FFF" r="31" stroke={color} strokeWidth="2" />
<path
className="fill-color"
d="M47.943 14.576c1.85.77 3.604 1.73 5.235 2.853l-10.02 13.49c-.502-.306-1.03-.576-1.578-.805l6.363-15.54zM28.227 13.776C30.992 12.882 33.94 12.4 37 12.4c3.06 0 6.008.482 8.773 1.376l-4.84 16.09C39.7 29.437 38.378 29.2 37 29.2c-1.378 0-2.7.235-3.933.667l-4.84-16.09zM2 41.005C2 39.898 2.894 39 4 39h17.914s0 16.4 15.086 16.4S52.086 39 52.086 39H70c1.104 0 2 .897 2 2.005v19.99C72 62.102 71.102 63 70 63H4c-1.104 0-2-.897-2-2.005v-19.99z"
fill={color}
fillOpacity=".1"
/>
<path
className="stroke-color"
d="M1 41.496C1 40.67 1.68 40 2.496 40h16.407s1.194 18 17.903 18c16.71 0 17.904-18 17.904-18h16.407c.826 0 1.496.677 1.496 1.496v41.22c0 .827-.663 1.497-1.496 1.497H2.497C1.67 84.213 1 83.536 1 82.717v-41.22z"
fill="#FFF"
stroke={color}
strokeLinecap="round"
strokeLinejoin="round"
strokeWidth="2"
/>
<path
className="fill-color"
d="M0 45.396C0 43.74 1.342 42.4 3.003 42.4h7.994c1.658 0 3.003 1.342 3.003 2.996v33.008c0 1.655-1.342 2.996-3.003 2.996H3.003C1.345 81.4 0 80.058 0 78.404V45.396zm60 0c0-1.655 1.342-2.996 3.003-2.996h7.994c1.658 0 3.003 1.342 3.003 2.996v33.008c0 1.655-1.342 2.996-3.003 2.996h-7.994C61.345 81.4 60 80.058 60 78.404V45.396z"
fill={color}
fillOpacity=".1"
/>
<path
className="stroke-color"
d="M37 52c-5.523 0-10-4.477-10-10s4.477-10 10-10 10 4.477 10 10-4.477 10-10 10zm0-9c.552 0 1-.448 1-1s-.448-1-1-1-1 .448-1 1 .448 1 1 1zM1 47c0-1.105.887-2 2-2h6c1.105 0 2 .892 2 2v30c0 1.105-.887 2-2 2H3c-1.105 0-2-.892-2-2V47zm62 0c0-1.105.887-2 2-2h6c1.105 0 2 .892 2 2v30c0 1.105-.887 2-2 2h-6c-1.105 0-2-.892-2-2V47z"
fill="#FFF"
stroke={color}
strokeWidth="2"
/>
</g>
<path
className="stroke-color"
d="M99.372 110.038c8.283-21.738 23.423-20.844 23.423-20.844"
stroke={color}
strokeLinecap="round"
strokeLinejoin="round"
strokeWidth="2"
/>
<path
className="stroke-color"
d="M35.753 109.924c-.336-.754.064-1.413.89-1.47l69.597-4.868c.828-.058 1.316.537 1.088 1.333l-3.867 13.49c-.227.795-1.076 1.485-1.904 1.543l-57.995 4.055c-.824.058-1.763-.505-2.1-1.262l-5.707-12.822z"
fill="#FFF"
stroke={color}
strokeWidth="2"
/>
<path
className="fill-color"
d="M39.528 113.096c-.21-.506.075-.96.614-1.01 0 0 14.445-1.487 21.824-.06 4.927.954 12.646 2.648 23.52 1.888 10.873-.76 17.98-5.755 17.98-5.755.463-.297.72-.098.58.425l-2.243 8.295c-.144.53-.713.993-1.25 1.03l-56.403 3.944c-.547.038-1.162-.35-1.367-.847l-3.255-7.91z"
fill={color}
fillOpacity=".1"
/>
<path
className="stroke-color"
d="M51.597 128h-7.84s4.893-.887 4.368-1.324c-1.327-1.103-2.174-2.78-2.174-4.662 0-3.32 2.644-6.014 5.904-6.014s5.903 2.693 5.903 6.014c0 1.76-.74 3.342-1.923 4.442-.16.15 1.61 1.544 1.61 1.544h-5.847zm40.16 0c-3.314 0-6-2.686-6-6s2.686-6 6-6 6 2.686 6 6-2.686 6-6 6zm27.69-43.423c.456-.32 1.223-.37 1.71-.114l6.958 3.645c.49.256.528.744.105 1.076l-2.804 2.203c-.43.34-1.138.345-1.582.012l-6.03-4.514c-.445-.33-.44-.854.022-1.177l1.62-1.133z"
fill="#FFF"
stroke={color}
strokeLinecap="round"
strokeLinejoin="round"
strokeWidth="2"
/>
</g>
</AccessibleSVG>
);
export default UploadFilePaywallState;
|
import styled from 'styled-components';
import { lighten } from 'polished';
export const Container = styled.div`
display: flex;
`;
export const Content = styled.div`
display: flex;
align-items: center;
text-transform: uppercase;
max-width: 120px;
padding: 4px 6px;
border-radius: 50px;
strong {
margin-left: 4px;
font-size: 14px;
}
&.Pending {
background: ${lighten(0.5, '#a0a42a')};
color: #a0a42a;
div {
background: #a0a42a;
}
}
&.Delivered {
background: ${lighten(0.5, '#469250')};
color: #469250;
div {
background: #469250;
}
}
&.Withdrawn {
background: ${lighten(0.3, '#499abb')};
color: #499abb;
div {
background: #499abb;
}
}
&.Canceled {
background: ${lighten(0.3, '#f04c3a')};
color: #f04c3a;
div {
background: #f04c3a;
}
}
`;
export const Badge = styled.div`
width: 10px;
height: 10px;
border-radius: 50%;
`;
|
let interval;
document.addEventListener('DOMContentLoaded', () => {
getClientId();
interval = setInterval(getClientId, 1000);
});
function getClientId() {
chrome.runtime.sendMessage({ cmd: "request-client-id" }, (response) => {
if (response.result) {
document.getElementById("noClientId").style.display = "none";
document.getElementById("hasClientId").style.display = "block";
document.getElementById('launch').href = "auryo://launch?client_id=" + response.result;
clearInterval(interval);
}
});
}
|
"use strict";
const conversions = require("webidl-conversions");
const utils = require("./utils.js");
module.exports = {
convertInherit(obj, ret) {
let key, value;
key = "behavior";
value = obj === undefined || obj === null ? undefined : obj[key];
if (value !== undefined) {
ret[key] = (value);
} else {
ret[key] = "auto";
}
},
convert(obj) {
if (obj !== undefined && typeof obj !== "object") {
throw new TypeError("Dictionary has to be an object");
}
if (obj instanceof Date || obj instanceof RegExp) {
throw new TypeError("Dictionary may not be a Date or RegExp object");
}
const ret = Object.create(null);
module.exports.convertInherit(obj, ret);
return ret;
}
};
|
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
var core_1 = require("@angular/core");
var router_1 = require("@angular/router");
var backend_service_1 = require("./shared/backend.service");
var AuthGuard = (function () {
function AuthGuard(router) {
this.router = router;
}
AuthGuard.prototype.canActivate = function () {
if (backend_service_1.BackendService.isLoggedIn()) {
return true;
}
else {
this.router.navigate(["/login"]);
return false;
}
};
return AuthGuard;
}());
AuthGuard = __decorate([
core_1.Injectable(),
__metadata("design:paramtypes", [router_1.Router])
], AuthGuard);
exports.AuthGuard = AuthGuard;
//# sourceMappingURL=data:application/json;base64,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
|
// The client ID is obtained from the Google Developers Console
// at https://console.developers.google.com/.
// If you run this code from a server other than http://localhost,
// you need to register your own client ID.
var OAUTH2_CLIENT_ID = '483640587877-ghsrf99ff5lrdm5tk4ua08astbbrrja5.apps.googleusercontent.com';
var OAUTH2_SCOPES = [
'https://www.googleapis.com/auth/youtube'
];
// Upon loading, the Google APIs JS client automatically invokes this callback.
googleApiClientReady = function() {
gapi.auth.init(function() {
window.setTimeout(checkAuth, 1);
});
};
// Attempt the immediate OAuth 2.0 client flow as soon as the page loads.
// If the currently logged-in Google Account has previously authorized
// the client specified as the OAUTH2_CLIENT_ID, then the authorization
// succeeds with no user intervention. Otherwise, it fails and the
// user interface that prompts for authorization needs to display.
function checkAuth() {
gapi.auth.authorize({
client_id: OAUTH2_CLIENT_ID,
scope: OAUTH2_SCOPES,
immediate: true
}, handleAuthResult);
}
// Handle the result of a gapi.auth.authorize() call.
function handleAuthResult(authResult) {
if (authResult && !authResult.error) {
// Authorization was successful. Hide authorization prompts and show
// content that should be visible after authorization succeeds.
$('.pre-auth').hide();
$('.post-auth').show();
loadAPIClientInterfaces();
} else {
// Make the #login-link clickable. Attempt a non-immediate OAuth 2.0
// client flow. The current function is called when that flow completes.
$('#login-link').click(function() {
gapi.auth.authorize({
client_id: OAUTH2_CLIENT_ID,
scope: OAUTH2_SCOPES,
immediate: false
}, handleAuthResult);
});
}
}
// Load the client interfaces for the YouTube Analytics and Data APIs, which
// are required to use the Google APIs JS client. More info is available at
// http://code.google.com/p/google-api-javascript-client/wiki/GettingStarted#Loading_the_Client
function loadAPIClientInterfaces() {
gapi.client.load('youtube', 'v3', function() {
handleAPILoaded();
});
}
|
'use strict';
module.exports = function(config) {
return {
entry: require('./entry')(config),
output: require('./output')(config),
module: {
rules: require('./rules')(config)
},
plugins: require('./plugins')(config),
context: config.sourceDir,
resolve: require('./resolve')(config),
devtool: require('./devtool')(config),
performance: require('./performance')(config),
devServer: require('./dev-server')(config)
};
};
|
const debug = require('debug')('poloniex');
const crypto = require('crypto');
const request = require('request');
const nonce = require('nonce')();
const autobahn = require('autobahn');
const EventEmitter = require('events');
const WebSocket = require('ws');
const Big = require('big.js');
const version = require('../package.json').version;
const USER_AGENT = `${require('../package.json').name} ${version}`;
const PUBLIC_API_URL = 'https://poloniex.com/public';
const PRIVATE_API_URL = 'https://poloniex.com/tradingApi';
const DEFAULT_SOCKETTIMEOUT = 60 * 1000;
const DEFAULT_KEEPALIVE = true;
const STRICT_SSL = true;
const WS_URI = 'wss://api.poloniex.com';
const WS2_URI = 'wss://api2.poloniex.com';
const ws2SubscriptionToChannelIdMap = {
trollbox: 1001,
ticker: 1002,
footer: 1003,
heartbeat: 1010,
};
let processEvent = function processEvent(channelName, args, kwargs) {
let data;
let seq;
switch (channelName) {
case 'ticker': {
data = {
currencyPair: args[0],
last: args[1],
lowestAsk: args[2],
highestBid: args[3],
percentChange: args[4],
baseVolume:args[5],
quoteVolume: args[6],
isFrozen: args[7],
'24hrHigh': args[8],
'24hrLow': args[9],
};
break;
}
case 'footer': {
data = args[0];
break;
}
default: {
data = args;
seq = typeof kwargs === 'object' && kwargs.seq;
}
}
this.emit('message', channelName, data, seq);
};
class Poloniex extends EventEmitter {
constructor(key, secret, options) {
super();
this.key = key;
this.secret = secret;
this.subscriptions = [];
this._wsConnection = null;
this._wsSession = null;
if (typeof options === 'object') {
this.options = options;
}
if (typeof key === 'object' && !secret && !options) {
this.options = key;
this.key = null;
}
}
_getPrivateHeaders(parameters) {
if (!this.key || !this.secret) {
return null;
}
let paramString = Object.keys(parameters).map(function (param) {
return encodeURIComponent(param) + '=' + encodeURIComponent(parameters[param]);
}).join('&');
let signature = crypto.createHmac('sha512', this.secret).update(paramString).digest('hex');
return {
Key: this.key,
Sign: signature
};
}
_request(options, callback) {
if (!('headers' in options)) {
options.headers = {};
}
options.json = true;
// add custom headers only if they are not already defined
if (this.options !== undefined && this.options.headers !== undefined) {
for (let h in this.options.headers) {
if (this.options.headers.hasOwnProperty(h) && options.headers[h] === undefined) {
options.headers[h] = this.options.headers[h];
}
}
}
options.headers['User-Agent'] = options.headers['User-Agent'] || USER_AGENT;
options.strictSSL = STRICT_SSL;
options.timeout = this.options && this.options.socketTimeout || DEFAULT_SOCKETTIMEOUT;
options.forever = this.options && this.options.hasOwnProperty('keepAlive') ? this.options.keepAlive : DEFAULT_KEEPALIVE;
if (options.forever) {
options.headers['Connection'] = options.headers['Connection'] || 'keep-alive';
}
if (this.options && this.options.hasOwnProperty('proxy')) {
options.proxy = this.options.proxy;
}
if (this.options && this.options.hasOwnProperty('agent')) {
options.agent = this.options.agent;
}
debug(`${options.url}, ${options.method}, ${JSON.stringify(options.method === 'GET' && options.qs || options.form)}`);
request(options, function (error, response, body) {
let err = error;
if (!err && response.statusCode !== 200) {
let errMsg = `Poloniex error ${response.statusCode}: ${response.statusMessage}`;
if (typeof response.body === 'object' && response.body.hasOwnProperty('error')) {
errMsg = `${errMsg}. ${response.body.error}`;
}
err = new Error(errMsg);
}
if (!err && (typeof response.body === 'undefined' || response.body === null)) {
err = new Error('Poloniex error: Empty response');
}
if (!err && body.error) {
err = new Error(body.error);
}
if (!err) debug(`req: ${response.request.href}, resp: ${JSON.stringify(response.body)}`);
callback(err, body);
});
return this;
}
_requestPromised(options) {
if (!('headers' in options)) {
options.headers = {};
}
options.json = true;
// add custom headers only if they are not already defined
if (this.options !== undefined && this.options.headers !== undefined) {
for (let h in this.options.headers) {
if (this.options.headers.hasOwnProperty(h) && options.headers[h] === undefined) {
options.headers[h] = this.options.headers[h];
}
}
}
options.headers['User-Agent'] = options.headers['User-Agent'] || USER_AGENT;
options.strictSSL = Poloniex.STRICT_SSL;
options.timeout = this.options && this.options.socketTimeout || DEFAULT_SOCKETTIMEOUT;
options.forever = this.options && this.options.hasOwnProperty('keepAlive') ? this.options.keepAlive : DEFAULT_KEEPALIVE;
if (options.forever) {
options.headers['Connection'] = options.headers['Connection'] || 'keep-alive';
}
if (this.options && this.options.hasOwnProperty('proxy')) {
options.proxy = this.options.proxy;
}
if (this.options && this.options.hasOwnProperty('agent')) {
options.agent = this.options.agent;
}
return new Promise((resolve, reject) => {
debug(`${options.url}, ${options.method}, ${JSON.stringify(options.method === 'GET' && options.qs || options.form)}`);
request(options, function (error, response, body) {
let err = error;
if (!err && response.statusCode !== 200) {
let errMsg = `Poloniex error ${response.statusCode}: ${response.statusMessage}`;
if (typeof response.body === 'object' && response.body.hasOwnProperty('error')) {
errMsg = `${errMsg}. ${response.body.error}`;
}
err = new Error(errMsg);
}
if (!err && (typeof response.body === 'undefined' || response.body === null)) {
err = new Error('Poloniex error: Empty response');
}
if (!err && body.error) {
err = new Error(body.error);
}
if (!err) {
debug(`req: ${response.request.href}, resp: ${JSON.stringify(response.body)}`);
resolve(body);
} else {
reject(err);
}
});
});
}
// Make a public API request
_public(command, parameters, callback) {
Object.keys(parameters).forEach((key) => {
if (typeof parameters[key] === 'function') {
throw new Error('Invalid parameters');
}
});
let param = parameters;
param.command = command;
let options = {
method: 'GET',
url: PUBLIC_API_URL,
qs: param,
};
if(callback) {
return this._request(options, callback);
} else {
return this._requestPromised(options);
}
}
// Make a private API request
_private(command, parameters, callback) {
Object.keys(parameters).forEach((key) => {
if (typeof parameters[key] === 'function') {
throw new Error('Invalid parameters');
}
});
let param = parameters;
param.command = command;
param.nonce = this.options && this.options.nonce ? this.options.nonce() : nonce(16);
let options = {
method: 'POST',
url: PRIVATE_API_URL,
form: param,
headers: this._getPrivateHeaders(param),
};
if (options.headers) {
if (callback) {
return this._request(options, callback);
} else {
return this._requestPromised(options);
}
} else {
let err = new Error('Error: API key and secret required');
if (callback) {
return callback(err, null);
} else {
return Promise.reject(err);
}
}
}
// Public API Methods
returnTicker(callback) {
let parameters = {};
return this._public('returnTicker', parameters, callback);
}
return24Volume(callback) {
let parameters = {};
return this._public('return24hVolume', parameters, callback);
}
returnOrderBook(currencyPair, depth, callback) {
let parameters = {
currencyPair,
};
if (depth) parameters.depth = depth;
return this._public('returnOrderBook', parameters, callback);
}
returnTradeHistory(currencyPair, start, end, limit, callback) {
let parameters = {
currencyPair,
};
if (start) parameters.start = start;
if (end) parameters.end = end;
if (typeof limit === 'function') {
callback = limit;
} else {
if (limit) parameters.limit = limit;
}
return this._public('returnTradeHistory', parameters, callback);
}
returnChartData(currencyPair, period, start, end, callback) {
let parameters = {
currencyPair,
period,
start,
end,
};
return this._public('returnChartData', parameters, callback);
}
returnCurrencies(callback) {
let parameters = {};
return this._public('returnCurrencies', parameters, callback);
}
returnLoanOrders(currency, limit, callback) {
let parameters = {
currency,
};
if (limit) parameters.limit = limit;
return this._public('returnLoanOrders', parameters, callback);
}
// Trading API Methods
returnBalances(callback) {
let parameters = {};
return this._private('returnBalances', parameters, callback);
}
returnCompleteBalances(account, callback) {
let parameters = {};
if (account) parameters.account =account;
return this._private('returnCompleteBalances', parameters, callback);
}
returnDepositAddresses(callback) {
let parameters = {};
return this._private('returnDepositAddresses', parameters, callback);
}
generateNewAddress(currency, callback) {
let parameters = {
currency,
};
return this._private('generateNewAddress', parameters, callback);
}
returnDepositsWithdrawals(start, end, callback) {
let parameters = {
start,
end,
};
return this._private('returnDepositsWithdrawals', parameters, callback);
}
returnOpenOrders(currencyPair, callback) {
let parameters = {
currencyPair,
};
return this._private('returnOpenOrders', parameters, callback);
}
returnMyTradeHistory(currencyPair, start, end, limit, callback) {
let parameters = {
currencyPair,
};
if (start) parameters.start = start;
if (end) parameters.end = end;
if (typeof limit === 'function') {
callback = limit;
} else {
if (limit) parameters.limit = limit;
}
return this._private('returnTradeHistory', parameters, callback);
}
returnOrderTrades(orderNumber, callback) {
let parameters = {
orderNumber,
};
return this._private('returnOrderTrades', parameters, callback);
}
buy(currencyPair, rate, amount, fillOrKill, immediateOrCancel, postOnly, callback) {
let parameters = {
currencyPair,
rate,
amount,
};
if (fillOrKill) parameters.fillOrKill = fillOrKill;
if (immediateOrCancel) parameters.immediateOrCancel = immediateOrCancel;
if (postOnly) parameters.postOnly = postOnly;
return this._private('buy', parameters, callback);
}
sell(currencyPair, rate, amount, fillOrKill, immediateOrCancel, postOnly, callback) {
let parameters = {
currencyPair,
rate,
amount,
};
if (fillOrKill) parameters.fillOrKill = fillOrKill;
if (immediateOrCancel) parameters.immediateOrCancel = immediateOrCancel;
if (postOnly) parameters.postOnly = postOnly;
return this._private('sell', parameters, callback);
}
cancelOrder(orderNumber, callback) {
let parameters = {
orderNumber,
};
return this._private('cancelOrder', parameters, callback);
}
moveOrder(orderNumber, rate, amount, immediateOrCancel, postOnly, callback) {
let parameters = {
orderNumber,
rate,
};
if (amount) parameters.amount = amount;
if (postOnly) parameters.postOnly = postOnly;
if (immediateOrCancel) parameters.immediateOrCancel = immediateOrCancel;
return this._private('moveOrder', parameters, callback);
}
withdraw(currency, amount, address, paymentId, callback) {
let parameters = {
currency,
amount,
address,
};
if (paymentId) {
if (typeof paymentId === 'function') {
callback = paymentId;
} else {
parameters.paymentId = paymentId;
}
}
return this._private('withdraw', parameters, callback);
}
returnFeeInfo(callback) {
let parameters = {};
return this._private('returnFeeInfo', parameters, callback);
}
returnAvailableAccountBalances(account, callback) {
let parameters = {};
if (account) parameters.account = account;
return this._private('returnAvailableAccountBalances', parameters, callback);
}
returnTradableBalances(callback) {
let parameters = {};
return this._private('returnTradableBalances', parameters, callback);
}
transferBalance(currency, amount, fromAccount, toAccount, callback) {
let parameters = {
currency,
amount,
fromAccount,
toAccount,
};
return this._private('transferBalance', parameters, callback);
}
returnMarginAccountSummary(callback) {
let parameters = {};
return this._private('returnMarginAccountSummary', parameters, callback);
}
marginBuy(currencyPair, rate, amount, lendingRate, callback) {
let parameters = {
currencyPair,
rate,
amount,
};
if (lendingRate) parameters.lendingRate = lendingRate;
return this._private('marginBuy', parameters, callback);
}
marginSell(currencyPair, rate, amount, lendingRate, callback) {
let parameters = {
currencyPair,
rate,
amount,
};
if (lendingRate) parameters.lendingRate = lendingRate;
return this._private('marginSell', parameters, callback);
}
getMarginPosition(currencyPair, callback) {
let parameters = {
currencyPair,
};
return this._private('getMarginPosition', parameters, callback);
}
closeMarginPosition(currencyPair, callback) {
let parameters = {
currencyPair,
};
return this._private('closeMarginPosition', parameters, callback);
}
createLoanOffer(currency, amount, duration, autoRenew, lendingRate, callback) {
let parameters = {
currency,
amount,
duration,
autoRenew,
lendingRate,
};
return this._private('createLoanOffer', parameters, callback);
}
cancelLoanOffer(orderNumber, callback) {
let parameters = {
orderNumber,
};
return this._private('cancelLoanOffer', parameters, callback);
}
returnOpenLoanOffers(callback) {
let parameters = {};
return this._private('returnOpenLoanOffers', parameters, callback);
}
returnActiveLoans(callback) {
let parameters = {};
return this._private('returnActiveLoans', parameters, callback);
}
returnLendingHistory(start, end, limit, callback) {
let parameters = {
start,
end,
};
if (limit) parameters.limit = limit;
return this._private('returnLendingHistory', parameters, callback);
}
toggleAutoRenew(orderNumber, callback) {
let parameters = {
orderNumber,
};
return this._private('toggleAutoRenew', parameters, callback);
}
// WebSocket API
openWebSocket(options) {
this.wsVersion = options && options.version === 2 && 2 || 1;
switch(this.wsVersion) {
case 1: {
if (this.ws) {
this.ws.close();
}
this.ws = new autobahn.Connection({
url: WS_URI,
realm: 'realm1',
max_retries: -1, // Maximum number of reconnection attempts. Unlimited if set to -1 (default: 15)
initial_retry_delay: 1, // Initial delay for reconnection attempt in seconds (default: 1.5)
max_retry_delay: 5, // Maximum delay for reconnection attempts in seconds (default: 300)
retry_delay_growth: 1.5, // The growth factor applied to the retry delay between reconnection attempts (default: 1.5)
});
this.ws.onopen = (session, details) => {
this.wsSession = session;
this.subscriptions.forEach((subscription) => {
let processMarketEvent = processEvent.bind(this, subscription.channelName);
this.wsSession.subscribe(subscription.channelName, processMarketEvent)
.then((channelSubscription) => {
subscription.channelSubscription = channelSubscription;
})
});
this.emit('open', details);
};
this.ws.onclose = (reason, details) => {
this.ws = null;
this.wsSession = null;
this.emit('close', reason, details);
};
this.ws.open();
this.ws.onerror = (...args) => {
this.emit('error', ...args)
};
break;
}
case 2: {
this.returnTicker()
.then((currencies) => {
const keys = Object.keys(currencies);
let byID = {};
keys.forEach(currencyPair => {
const currency = currencies[currencyPair];
byID[currency.id] = {
currencyPair,
}
});
const markets = {byID};
if (this.options && this.options.hasOwnProperty('agent')) {
options.agent = this.options.agent;
}
this.ws = new WebSocket(WS2_URI, options);
this.ws.onopen = (e) => {
this.ws.keepAliveId = setInterval(() => {
this.ws.send('.')
}, 60000);
this.subscriptions.forEach((subscription) => {
let channelId = ws2SubscriptionToChannelIdMap[subscription.channelName] || subscription.channelName;
let params = {command: 'subscribe', channel: channelId};
this.ws.send(JSON.stringify(params));
});
this.emit('open', e);
};
this.ws.onclose = (closeEvent) => {
const {type, wasClean, reason, code} = closeEvent;
clearInterval(this.ws.keepAliveId);
// this.ws = null;
this.emit('close', {reason, code});
};
this.ws.onmessage = (e) => {
if (e.data.length === 0) {
return this.emit('error', 'Empty data');
}
const msg = JSON.parse(e.data);
if ('error' in msg) {
return this.emit('error', msg);
}
let channelId = msg[0];
switch (channelId) {
case ws2SubscriptionToChannelIdMap.heartbeat: {
this.emit('heartbeat');
break;
}
case ws2SubscriptionToChannelIdMap.ticker: {
let channelName = 'ticker';
let rawData = msg[2];
if (!rawData || !markets.byID[rawData[0]]) {
return;
}
let data = {
currencyPair: markets.byID[rawData[0]].currencyPair,
last: rawData[1],
lowestAsk: rawData[2],
highestBid: rawData[3],
percentChange: rawData[4],
baseVolume: rawData[5],
quoteVolume: rawData[6],
isFrozen: rawData[7],
'24hrHigh': rawData[8],
'24hrLow': rawData[9],
};
this.emit('message', channelName, data);
break;
}
case ws2SubscriptionToChannelIdMap.footer: {
let channelName = 'footer';
let rawData = msg[2];
if (!rawData) {
return;
}
let data = {
serverTime: rawData[0],
usersOnline: rawData[1],
volume: rawData[2],
};
this.emit('message', channelName, data);
break;
}
default: {
if (Number.isInteger(channelId) && 0 < channelId && channelId < 1000) {
let channelName = markets.byID[channelId].currencyPair;
if (!this.subscriptions.find(element => element.channelName === channelName)) {
this.emit('error', `Received data for unsubscribed channel { channelId: ${channelId}, channelName: ${channelName} }`);
return;
}
let seq = msg[1];
let rawDataArray = msg[2];
let dataArray = [];
rawDataArray.forEach((rawData) => {
let rawDataType = rawData[0];
let data;
switch (rawDataType) {
case 'i': {
let marketInfo = rawData[1];
if (marketInfo.currencyPair !== channelName) {
this.emit('error', `OrderBook currency "${marketInfo.currencyPair}" inconsistent with marketChannel "${channelName}"`);
return;
}
data = {
type: 'orderBook',
data: {
asks: marketInfo.orderBook[0],
bids: marketInfo.orderBook[1],
},
};
break;
}
case 'o': {
data = {
type: `orderBook${rawData[3] === `0.00000000` && 'Remove' || 'Modify'}`,
data: {
type: rawData[1] === 1 && 'bid' || 'ask',
rate: rawData[2],
amount: rawData[3],
}
};
break;
}
case 't': {
data = {
type: 'newTrade',
data: {
tradeID: rawData[1],
type: rawData[2] === 1 && 'buy' || 'sell',
rate: rawData[3],
amount: rawData[4],
total: new Big(rawData[3]).times(rawData[4]).toFixed(8),
date: new Date(parseInt(rawData[5]) * 1000).toISOString(),
}
};
break;
}
}
dataArray.push(data);
});
this.emit('message', channelName, dataArray, seq);
}
}
}
};
this.ws.on('unexpected-response', (request, response) => {
this.emit('error', `unexpected-response (statusCode: ${response.statusCode}, ${response.statusMessage}`);
});
this.ws.onerror = (...args) => {
this.emit('error', ...args)
};
})
.catch((err) => {
this.emit('error', err.message)
})
break;
}
}
}
subscribe(channelName) {
let subscription = this.subscriptions.find(element => element.channelName === channelName);
if (subscription) {
return;
}
subscription = {
channelName,
channelSubscription: null,
};
this.subscriptions.push(subscription);
switch(this.wsVersion) {
case 1: {
if (this.ws && this.wsSession) {
let processMarketEvent = processEvent.bind(this, subscription.channelName);
this.wsSession.subscribe(subscription.channelName, processMarketEvent)
.then(
(channelSubscription) => {
subscription.channelSubscription = channelSubscription;
},
(autobahnError) => {
this.emit('error', autobahnError)
});
}
break;
}
case 2: {
let channelId = ws2SubscriptionToChannelIdMap[subscription.channelName] || subscription.channelName;
let params = { command: 'subscribe', channel: channelId };
this.ws.send(JSON.stringify(params));
break;
}
default: {
}
}
}
unsubscribe(channelName) {
let subscriptionIndex = this.subscriptions.findIndex(element => element.channelName === channelName);
if (subscriptionIndex === -1) {
return;
}
switch (this.wsVersion) {
case 1: {
if (this.ws && this.wsSession && this.subscriptions[subscriptionIndex].channelSubscription instanceof autobahn.Subscription) {
this.wsSession.unsubscribe(this.subscriptions[subscriptionIndex].channelSubscription).then(
(gone) => {
},
(autobahnError) => {
this.emit('error', autobahnError)
});
}
break;
}
case 2: {
let channelId = ws2SubscriptionToChannelIdMap[this.subscriptions[subscriptionIndex].channelName] || this.subscriptions[subscriptionIndex].channelName;
let params = { command: 'unsubscribe', channel: channelId };
this.ws.send(JSON.stringify(params));
break;
}
default: {
}
}
this.subscriptions.splice(subscriptionIndex, 1);
}
closeWebSocket() {
if (this.ws) {
this.ws.close();
}
}
}
module.exports = Poloniex;
|
const GoogleSpreadsheet = require('google-spreadsheet')
const { promisify } = require('util')
const creds = require('../credentials/google_api.json')
async function writeOnSpreadsheet(spreadSheetId, object) {
const doc = new GoogleSpreadsheet(spreadSheetId)
try{
await promisify(doc.useServiceAccountAuth)(creds.sheets)
const info = await promisify(doc.getInfo)()
const sheet = info.worksheets[0]
// const rows = await promisify(sheet.getRows)({
// offset: 1
// })
// console.log(JSON.stringify(rows[0].ticker))
// const row = sunoToObject(linha)
await promisify(sheet.addRow)(object)
}catch(error){
throw "Problemas ao acessar ou gravar na tabela"
}
}
module.exports = { writeOnSpreadsheet }
|
import React from 'react'
import Layout from '@theme/Layout'
import useDocusaurusContext from '@docusaurus/useDocusaurusContext'
function MainLayout({ children }) {
const context = useDocusaurusContext()
const { siteConfig = {} } = context
return (
<Layout description="An open source tool to measure and analyze cloud carbon emissions">
<main>{children}</main>
</Layout>
)
}
export default MainLayout
|
/**
* Copyright 2019 The AMP HTML Authors. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS-IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
module.exports = [
{
'name': 'Developing',
'href':
'https://github.com/ampproject/amphtml/blob/main/docs/developing.md',
},
{
'divider': true,
'name': 'Contributing',
'href':
'https://github.com/ampproject/amphtml/blob/main/docs/contributing.md',
},
{
'name': 'Github',
'href': 'https://github.com/ampproject/amphtml/',
},
{
'name': 'Find File',
'href': 'https://github.com/ampproject/amphtml/find/main',
},
{
'name': 'CircleCI',
'href':
'https://app.circleci.com/pipelines/github/ampproject/amphtml?branch=main',
},
{
'name': 'Percy',
'href': 'https://percy.io/ampproject/amphtml/',
},
];
|
(window.webpackJsonp=window.webpackJsonp||[]).push([[7],{141:function(e,t,n){"use strict";n.r(t);var a=n(0),r=n.n(a),i=n(150);t.default=function(e){e.data;return r.a.createElement(i.a,null,r.a.createElement("div",{style:{color:"teal"}},r.a.createElement("p",null,"Student Driver, work in progress")))}},144:function(e,t,n){"use strict";n.r(t),n.d(t,"graphql",function(){return f}),n.d(t,"StaticQueryContext",function(){return m}),n.d(t,"StaticQuery",function(){return p});var a=n(0),r=n.n(a),i=n(4),o=n.n(i),c=n(143),u=n.n(c);n.d(t,"Link",function(){return u.a}),n.d(t,"withPrefix",function(){return c.withPrefix}),n.d(t,"navigate",function(){return c.navigate}),n.d(t,"push",function(){return c.push}),n.d(t,"replace",function(){return c.replace}),n.d(t,"navigateTo",function(){return c.navigateTo});var l=n(145),s=n.n(l);n.d(t,"PageRenderer",function(){return s.a});var d=n(33);n.d(t,"parsePath",function(){return d.a});var m=r.a.createContext({}),p=function(e){return r.a.createElement(m.Consumer,null,function(t){return e.data||t[e.query]&&t[e.query].data?(e.render||e.children)(e.data?e.data.data:t[e.query].data):r.a.createElement("div",null,"Loading (StaticQuery)")})};function f(){throw new Error("It appears like Gatsby is misconfigured. Gatsby related `graphql` calls are supposed to only be evaluated at compile time, and then compiled away,. Unfortunately, something went wrong and the query was left in the compiled code.\n\n.Unless your site has a complex or custom babel/Gatsby configuration this is likely a bug in Gatsby.")}p.propTypes={data:o.a.object,query:o.a.string.isRequired,render:o.a.func,children:o.a.func}},145:function(e,t,n){var a;e.exports=(a=n(147))&&a.default||a},146:function(e){e.exports={data:{site:{siteMetadata:{title:"The Mush"}}}}},147:function(e,t,n){"use strict";n.r(t);n(34);var a=n(0),r=n.n(a),i=n(4),o=n.n(i),c=n(48),u=n(2),l=function(e){var t=e.location,n=u.default.getResourcesForPathnameSync(t.pathname);return r.a.createElement(c.a,Object.assign({location:t,pageResources:n},n.json))};l.propTypes={location:o.a.shape({pathname:o.a.string.isRequired}).isRequired},t.default=l},148:function(e,t,n){},150:function(e,t,n){"use strict";var a=n(146),r=n(0),i=n.n(r),o=n(4),c=n.n(o),u=n(151),l=n.n(u),s=n(144),d=function(e){return i.a.createElement("li",{style:{display:"inline-block",marginRight:"1rem"}},i.a.createElement(s.Link,{to:e.to},e.children))},m=function(e){var t=e.siteTitle;return i.a.createElement("div",{style:{background:"#2f3143",marginBottom:"1.45rem"}},i.a.createElement("div",{style:{margin:"0 auto",maxWidth:960,padding:"1.45rem 1.0875rem"}},i.a.createElement("header",{style:{marginBottom:"0rem"}},i.a.createElement("ul",{style:{listStyle:"none",float:"right"}},i.a.createElement(d,{to:"/about/"},"About"),i.a.createElement(d,{to:"/projects/"},"Projects"),i.a.createElement("a",{href:"http://app.simonxu.com"},"WebApp"))),i.a.createElement("h1",{style:{margin:0}},i.a.createElement(s.Link,{to:"/",style:{color:"white",textDecoration:"none"}},t))))},p=(n(148),function(e){var t=e.children;return i.a.createElement(s.StaticQuery,{query:"755544856",render:function(e){return i.a.createElement(i.a.Fragment,null,i.a.createElement(l.a,{title:e.site.siteMetadata.title,meta:[{name:"description",content:"Sample"},{name:"keywords",content:"sample, something"}]},i.a.createElement("html",{lang:"en"})),i.a.createElement(m,{siteTitle:e.site.siteMetadata.title}),i.a.createElement("div",{style:{margin:"0 auto",maxWidth:960,padding:"0px 1.0875rem 1.45rem",paddingTop:0}},t))},data:a})});p.propTypes={children:c.a.node.isRequired};t.a=p}}]);
//# sourceMappingURL=component---src-pages-projects-js-8ce54eb9c7dae7639295.js.map
|
// - -------------------------------------------------------------------- - //
// - libs
var z = require("../");
var fs = require("fs");
var cwd = __dirname + "/../";
var assert = require("assert");
// - -------------------------------------------------------------------- - //
// - Zip
describe("Zip",function() {
it("zip sync",function() {
var file = __dirname + "/test-sync.zip";
z.zip(cwd,file);
assert.ok(fs.existsSync(file));
fs.unlinkSync(file);
});
it("zip sync empty dir",function() {
var dir = __dirname + "/empty";
var file = __dirname + "/test-sync-empty.zip";
z.zip(dir,file);
assert.ok(fs.existsSync(file));
fs.unlinkSync(file);
});
it("zip async",function(done) {
var file = __dirname + "/test-async.zip";
z.zip(cwd,file,function(error) {
fs.exists(file,function(exists) {
assert.ok(exists);
fs.unlink(file,function(error) {
done(error);
});
});
});
});
it("unzip async",function(done) {
var file = __dirname + "/test.zip";
z.unzip(file,__dirname,function(error) {
var content = __dirname + "/test-zip-content";
fs.exists(content,function(exists) {
assert.ok(exists);
fs.unlink(content,function(error) {
done(error);
});
})
});
});
});
// - -------------------------------------------------------------------- - //
|
import React from 'react';
import PropTypes from 'prop-types';
import {View, StyleSheet, Text, Image} from 'react-native';
import LinearGradient from 'react-native-linear-gradient';
import ToggleIcon from './ToggleIcon';
import {checkSource} from './utils';
const backgroundColor = 'transparent';
const styles = StyleSheet.create({
container: {
height: 35,
justifyContent: 'center',
},
row: {
flexDirection: 'row',
alignSelf: 'center',
alignItems: 'center',
},
title: {
flex: 1,
backgroundColor,
paddingLeft: 10,
paddingRight: 35,
fontSize: 16,
},
logo: {
marginLeft: 5,
height: 25,
width: 25,
},
});
const TopBar = (props) => {
const {logo, more, title, theme, onMorePress} = props;
return (
<LinearGradient
colors={['rgba(0,0,0,0.75)', 'rgba(0,0,0,0)']}
style={styles.container}>
<View style={styles.row}>
{logo && (
<Image
style={styles.logo}
resizeMode="contain"
{...checkSource(logo)}
/>
)}
<Text
style={[styles.title, {color: theme.title}]}
numberOfLines={1}
ellipsizeMode="tail">
{title}
</Text>
{more && (
<ToggleIcon
style={styles.more}
onPress={() => onMorePress()}
paddingRight
iconOff="more-horiz"
iconOn="more-horiz"
theme={theme.more}
size={25}
/>
)}
</View>
</LinearGradient>
);
};
TopBar.propTypes = {
title: PropTypes.string.isRequired,
logo: PropTypes.string,
more: PropTypes.bool.isRequired,
onMorePress: PropTypes.func.isRequired,
theme: PropTypes.object.isRequired,
};
export default TopBar;
|
const fs = require("fs")
const toml = require("toml")
const tomlify = require("tomlify-j0.4")
const Web3 = require("web3")
const HDWalletProvider = require("@truffle/hdwallet-provider")
const Kit = require("@celo/contractkit")
const hostChain = process.env.HOST_CHAIN || "ethereum"
// Returns a web3 instance basing on the host chain type.
const web3Provider = {
ethereum: {
getWeb3: () => {
// We override transactionConfirmationBlocks and transactionBlockTimeout
// because they're 25 and 50 blocks respectively at default. The result
// of this on small private testnets is long wait times for scripts
// to execute.
const web3Options = {
defaultBlock: "latest",
defaultGas: 4712388,
transactionBlockTimeout: 25,
transactionConfirmationBlocks: 3,
transactionPollingTimeout: 480,
}
const contractOwnerProvider = new HDWalletProvider(
process.env.CONTRACT_OWNER_ETH_ACCOUNT_PRIVATE_KEY,
ethRPCUrl
)
return new Web3(contractOwnerProvider, null, web3Options)
},
},
celo: {
getWeb3: () => {
// In case the Celo chain is used, the web3 object could not use the
// HD wallet provider as it conflicts with the Celo contract kit.
// The web3 object should be initialized just with the RPC URL.
return new Web3(ethRPCUrl)
},
},
}
// ETH host info
const ethRPCUrl = process.env.ETH_RPC_URL
const ethWSUrl = process.env.ETH_WS_URL
const ethNetworkId = process.env.ETH_NETWORK_ID
// Contract owner info
const contractOwnerAddress = process.env.CONTRACT_OWNER_ETH_ACCOUNT_ADDRESS
const authorizer = contractOwnerAddress
const purse = contractOwnerAddress
const operatorKeyFile = process.env.KEEP_TECDSA_ETH_KEYFILE_PATH
// LibP2P network info
const libp2pPeers = [process.env.KEEP_TECDSA_PEERS]
const libp2pPort = Number(process.env.KEEP_TECDSA_PORT)
const libp2pAnnouncedAddresses = [process.env.KEEP_TECDSA_ANNOUNCED_ADDRESSES]
const web3 = web3Provider[hostChain].getWeb3()
/*
Each <contract.json> file is sourced directly from the InitContainer. Files are generated by
Truffle during contract migration and copied to the InitContainer image via Circle.
*/
const bondedECDSAKeepFactory = getWeb3Contract("BondedECDSAKeepFactory")
const keepBondingContract = getWeb3Contract("KeepBonding")
const tokenStakingContract = getWeb3Contract("TokenStaking")
const keepTokenContract = getWeb3Contract("KeepToken")
const tbtcSystem = getWeb3Contract("TBTCSystem")
// Returns a web3 contract object based on a truffle contract artifact JSON file.
function getWeb3Contract(contractName) {
const filePath = `/tmp/${contractName}.json`
const parsed = JSON.parse(fs.readFileSync(filePath))
const abi = parsed.abi
const address = parsed.networks[ethNetworkId].address
return new web3.eth.Contract(abi, address)
}
async function provisionKeepTecdsa() {
try {
console.log(
`########### Provisioning keep-ecdsa on ${hostChain} host chain! ###########`
)
console.log(
`\n<<<<<<<<<<<< Read operator address from key file >>>>>>>>>>>>`
)
const operatorAddress = readAddressFromKeyFile(operatorKeyFile)
console.log(
`\n<<<<<<<<<<<< Funding Operator Account ${operatorAddress} >>>>>>>>>>>>`
)
await fundOperator(operatorAddress, purse, "10")
console.log(
`\n<<<<<<<<<<<< Staking Operator Account ${operatorAddress} >>>>>>>>>>>>`
)
await stakeOperator(operatorAddress, contractOwnerAddress, authorizer)
console.log(
`\n<<<<<<<<<<<< Authorizing Operator Contract ${bondedECDSAKeepFactory.options.address} >>>>>>>>>>>>`
)
await authorizeOperatorContract(
operatorAddress,
bondedECDSAKeepFactory.options.address,
authorizer
)
console.log(
`\n<<<<<<<<<<<< Deposit to KeepBondingContract ${keepBondingContract.options.address} >>>>>>>>>>>>`
)
await depositUnbondedValue(operatorAddress, purse, "10")
console.log(
`\n<<<<<<<<<<<< Check Sortition Pool for TBTCSystem: ${tbtcSystem.options.address} >>>>>>>>>>>>`
)
const sortitionPoolContractAddress = await getSortitionPool(
tbtcSystem.options.address
)
if (
!sortitionPoolContractAddress ||
sortitionPoolContractAddress ===
"0x0000000000000000000000000000000000000000"
) {
throw new Error(
`missing sortition pool for TBTCSystem contract: [${tbtcSystem.options.address}]`
)
}
console.log(
`\n<<<<<<<<<<<< Authorizing Sortition Pool Contract ${sortitionPoolContractAddress} >>>>>>>>>>>>`
)
await authorizeSortitionPoolContract(
operatorAddress,
sortitionPoolContractAddress,
authorizer
)
console.log("\n<<<<<<<<<<<< Creating keep-ecdsa Config File >>>>>>>>>>>>")
await createKeepTecdsaConfig()
console.log("\n########### keep-ecdsa Provisioning Complete! ###########")
process.exit()
} catch (error) {
console.error(error.message)
throw error
}
}
function readAddressFromKeyFile(keyFilePath) {
const keyFile = JSON.parse(fs.readFileSync(keyFilePath, "utf8"))
return web3.utils.toHex(keyFile.address)
}
async function fundOperator(operatorAddress, purse, requiredEtherBalance) {
const requiredBalance = web3.utils.toBN(
web3.utils.toWei(requiredEtherBalance, "ether")
)
const currentBalance = web3.utils.toBN(
await web3.eth.getBalance(operatorAddress)
)
if (currentBalance.gte(requiredBalance)) {
console.log(
`Operator address is already funded, current balance: ${web3.utils.fromWei(
currentBalance
)}`
)
return
}
const transferAmount = requiredBalance.sub(currentBalance)
console.log(
`Funding account ${operatorAddress} with ${web3.utils.fromWei(
transferAmount
)} ether from purse ${purse}`
)
await transactor[hostChain].sendTransaction({
from: purse,
to: operatorAddress,
value: transferAmount,
})
console.log(`Account ${operatorAddress} funded!`)
}
async function depositUnbondedValue(operatorAddress, purse, etherToDeposit) {
const requiredBalance = web3.utils.toBN(
web3.utils.toWei(etherToDeposit, "ether")
)
const currentBalance = web3.utils.toBN(
await keepBondingContract.methods.unbondedValue(operatorAddress).call()
)
if (currentBalance.gte(requiredBalance)) {
console.log(
`Operator has required unbonded value, current balance: ${web3.utils.fromWei(
currentBalance
)}`
)
return
}
const transferAmount = requiredBalance.sub(currentBalance)
const txObject = await keepBondingContract.methods.deposit(operatorAddress)
await transactor[hostChain].sendTransactionObject(txObject, {
value: transferAmount,
from: purse,
})
console.log(
`deposited ${web3.utils.fromWei(
transferAmount
)} ETH bonding value for operatorAddress ${operatorAddress}`
)
}
async function isStaked(operatorAddress) {
console.log("Checking if operator address is staked:")
const stakedAmount = await tokenStakingContract.methods
.balanceOf(operatorAddress)
.call()
return stakedAmount != 0
}
async function stakeOperator(
operatorAddress,
contractOwnerAddress,
authorizer
) {
const staked = await isStaked(operatorAddress)
/*
We need to stake only in cases where an operator account is not already staked. If the account
is staked, or the client type is relay-requester we need to exit staking, albeit for different
reasons. In the case where the account is already staked, additional staking will fail.
Clients of type relay-requester don't need to be staked to submit a request, they're acting more
as a consumer of the network, rather than an operator.
*/
if (staked === true) {
console.log("Operator account already staked, exiting!")
return
} else {
console.log(
`Staking 2000000 KEEP tokens on operator account ${operatorAddress}`
)
}
const delegation = Buffer.concat([
Buffer.from(web3.utils.hexToBytes(contractOwnerAddress)),
Buffer.from(web3.utils.hexToBytes(operatorAddress)),
Buffer.from(web3.utils.hexToBytes(authorizer)),
])
const txObject = await keepTokenContract.methods.approveAndCall(
tokenStakingContract.options.address,
formatAmount(2000000, 18),
delegation
)
await transactor[hostChain].sendTransactionObject(txObject, {
from: contractOwnerAddress,
})
console.log(`Staked!`)
}
async function authorizeOperatorContract(
operatorAddress,
operatorContractAddress,
authorizer
) {
console.log(
`Authorizing Operator Contract ${operatorContractAddress} for operator account ${operatorAddress}`
)
if (
await tokenStakingContract.methods
.isAuthorizedForOperator(operatorAddress, operatorContractAddress)
.call()
) {
console.log("Already authorized!")
return
}
const txObject = await tokenStakingContract.methods.authorizeOperatorContract(
operatorAddress,
operatorContractAddress
)
await transactor[hostChain].sendTransactionObject(txObject, {
from: authorizer,
})
console.log(`Authorized!`)
}
async function authorizeSortitionPoolContract(
operatorAddress,
sortitionPoolContractAddress,
authorizer
) {
console.log(
`Authorizing Sortition Pool Contract ${sortitionPoolContractAddress} for operator account ${operatorAddress}`
)
if (
await keepBondingContract.methods
.hasSecondaryAuthorization(operatorAddress, sortitionPoolContractAddress)
.call()
) {
console.log("Already authorized!")
return
}
const txObject =
await keepBondingContract.methods.authorizeSortitionPoolContract(
operatorAddress,
sortitionPoolContractAddress
)
await transactor[hostChain].sendTransactionObject(txObject, {
from: authorizer,
})
console.log(`Authorized!`)
}
async function getSortitionPool(applicationAddress) {
const sortitionPoolContractAddress = await bondedECDSAKeepFactory.methods
.getSortitionPool(applicationAddress)
.call()
console.log(
`sortition pool contract address: ${sortitionPoolContractAddress}`
)
return sortitionPoolContractAddress
}
async function createKeepTecdsaConfig() {
const parsedConfigFile = toml.parse(
fs.readFileSync("/tmp/keep-ecdsa-config-template.toml", "utf8")
)
parsedConfigFile[hostChain].URL = ethWSUrl
parsedConfigFile[hostChain].URLRPC = ethRPCUrl
parsedConfigFile[hostChain].account.KeyFile = operatorKeyFile
parsedConfigFile[hostChain].ContractAddresses.BondedECDSAKeepFactory =
bondedECDSAKeepFactory.options.address
parsedConfigFile[hostChain].ContractAddresses.TBTCSystem =
tbtcSystem.options.address
parsedConfigFile.LibP2P.Peers = libp2pPeers
parsedConfigFile.LibP2P.Port = libp2pPort
parsedConfigFile.LibP2P.AnnouncedAddresses = libp2pAnnouncedAddresses
parsedConfigFile.Storage.DataDir = process.env.KEEP_DATA_DIR
parsedConfigFile.Metrics.Port = Number(process.env.METRICS_PORT)
/*
tomlify.toToml() writes our Seed/Port values as a float. The added precision renders our config
file unreadable by the keep-client as it interprets 3919.0 as a string when it expects an int.
Here we format the default rendering to write the config file with Seed/Port values as needed.
*/
const formattedConfigFile = tomlify.toToml(parsedConfigFile, {
space: 2,
replace: (key, value) => {
return key == "Port" ? value.toFixed(0) : false
},
})
fs.writeFileSync(
"/mnt/keep-ecdsa/config/keep-ecdsa-config.toml",
formattedConfigFile
)
console.log(
"keep-ecdsa config written to /mnt/keep-ecdsa/config/keep-ecdsa-config.toml"
)
}
/*
\heimdall aliens numbers. Really though, the approveAndCall function expects numbers
in a particular format, this function facilitates that.
*/
function formatAmount(amount, decimals) {
return web3.utils.toHex(
web3.utils
.toBN(amount)
.mul(web3.utils.toBN(10).pow(web3.utils.toBN(decimals)))
)
}
// Transactor sends transactions with respect of chain-specific requirements.
const transactor = {
ethereum: {
sendTransaction: async (txConfig) => {
const tx = await web3.eth.sendTransaction(txConfig)
console.log(`transaction ${tx.transactionHash} has been sent`)
},
sendTransactionObject: async (txObject, params) => {
const tx = await txObject.send(params)
console.log(`transaction ${tx.transactionHash} has been sent`)
},
},
celo: {
sendTransaction: async (txConfig) => {
const tx = await getCeloKit().sendTransaction(txConfig)
await tx.waitReceipt()
console.log(`transaction ${await tx.getHash()} has been sent`)
},
sendTransactionObject: async (txObject, params) => {
const tx = await getCeloKit().sendTransactionObject(txObject, params)
await tx.waitReceipt()
console.log(`transaction ${await tx.getHash()} has been sent`)
},
},
}
// Returns the Celo contract kit instance.
function getCeloKit() {
const celoKit = Kit.newKitFromWeb3(web3)
celoKit.addAccount(process.env.CONTRACT_OWNER_ETH_ACCOUNT_PRIVATE_KEY)
return celoKit
}
provisionKeepTecdsa().catch((error) => {
console.error(error)
process.exit(1)
})
|
import React from 'react';
import renderer from 'react-test-renderer';
import ImageColorPicker from '../image-color-picker';
function props() {
return {
imageUrl: 'https://dummyimage.com/600x400',
pickerCallback: jest.fn(),
paletteType: 'average',
colorType: 'hex',
imageType: 'jpeg',
paletteCount: 3,
defaultPalette: [0, 0, 0, 1],
pickerStyle: {
width: 100,
height: 100
}
};
}
describe('ImageColorPicker', () => {
it('should render without issues', () => {
const component = renderer.create(<ImageColorPicker {...props()} />);
let tree = component.toJSON();
expect(tree).toMatchSnapshot();
});
});
|
import React, { Component } from 'react';
import { connect } from 'react-redux';
import { Sparklines, SparklinesLine} from 'react-sparklines';
import Chart from '../components/chart';
class WeatherList extends Component {
renderWeather(cityData) {
const name = cityData.city.name;
const temps = cityData.list.map(weather => weather.main.temp)
const pressure = cityData.list.map(weather => weather.main.pressure)
const humidity = cityData.list.map(weather => weather.main.humidity)
return (
<tr key={ name } >
<td>{ name }</td>
<td> <Chart color="red" data={temps} units="K"/> </td>
<td> <Chart color="orange" data={pressure} units="hPa"/> </td>
<td> <Chart color="blue" data={humidity} units="%"/> </td>
</tr>
);
}
render() {
return (
<table className="table table-hover">
<thead>
<tr>
<th>City</th>
<th>Temperature (K)</th>
<th>Pressure (hPa)</th>
<th>Humidity (%)</th>
</tr>
</thead>
<tbody>
{this.props.weather.map(this.renderWeather)}
</tbody>
</table>
)
}
}
function mapStateToProps({ weather }) {
return { weather };
}
export default connect(mapStateToProps)(WeatherList);
|
export const ic_explicit_twotone = {"viewBox":"0 0 24 24","children":[{"name":"path","attribs":{"d":"M0 0h24v24H0V0z","fill":"none"},"children":[]},{"name":"path","attribs":{"d":"M5 19h14V5H5v14zM9 7h6v2h-4v2h4v2h-4v2h4v2H9V7z","opacity":".3"},"children":[]},{"name":"path","attribs":{"d":"M21 19V5c0-1.1-.9-2-2-2H5c-1.1 0-2 .9-2 2v14c0 1.1.9 2 2 2h14c1.1 0 2-.9 2-2zm-2 0H5V5h14v14zm-4-4h-4v-2h4v-2h-4V9h4V7H9v10h6z"},"children":[]}]};
|
import React, { useEffect, useState } from 'react'
import { useApi } from '../../../api'
import Loading from 'react-loading'
import { Button } from 'react-bootstrap'
import ActiveRequestBody from './RequestComponents/ActiveRequestBody'
import ResolvedRequestBody from './RequestComponents/ResolvedRequestBody'
import RequestFilterModal from './RequestComponents/RequestFilterModal'
import ClearRequestFilter from '../../../Components/ClearRequestFilter'
function RequestPage() {
let messages = require('../../../api/requests/messages.json')
const [requests, setRequests] = useState([])
const [resolvedUsers, setResolvedUsers] = useState([])
const [activeUsers, setActiveUsers] = useState([])
const [doneLoading, setDoneLoading] = useState(false)
const [activeVisible, setActiveVisible] = useState(true)
const [showFilter, setShowFilter] = useState(false)
const [showClearFilter, setShowClearFilter] = useState(false)
const [callNum, setCallNum] = useState(0)
const [requestUpdated, setRequestUpdated] = useState(false)
let api = useApi()
/* When triggered this function makes all active requests visible on the Request page */
let showActive = () => {
document.getElementById('resolved-request-search').value = ''
setActiveVisible(true)
}
/* When triggered this function makes all resolved requests visible on the Request page */
let showResolved = () => {
document.getElementById('active-request-search').value = ''
setActiveVisible(false)
}
/* Retrieves all requests, active and resolved, that belong to a user */
let getRequests = async () => {
let result = await api.myRequests()
setRequests(result)
console.log('Requests: ', result)
return result
}
/* Returns a list of users that have sent visible requests */
let getUsers = async (result) => {
let activeUsers = []
let resolvedUsers = []
for (let i = 0; i < result.active.length; i++) {
let row = {}
let userPhoto, userName
let from = result.active[i].from
if (from === 'admin') userName = 'Padlock Administrator'
else {
userName = await api.getUser(from)
try {
userPhoto = await api.getProfilePhoto(from)
} catch (e) {
userPhoto = 'None'
}
}
row['name'] = userName.name
row['photo'] = userPhoto
activeUsers.push(row)
}
for (let i = 0; i < result.resolved.length; i++) {
let row = {}
let userPhoto, userName
let from = result.resolved[i].from
if (from === 'admin') userName = 'Padlock Administrator'
else {
userName = await api.getUser(from)
try {
userPhoto = await api.getProfilePhoto(result.resolved[i].from)
} catch (e) {
userPhoto = 'None'
}
}
row['name'] = userName.name
row['photo'] = userPhoto
resolvedUsers.push(row)
}
setActiveUsers(activeUsers)
setResolvedUsers(resolvedUsers)
setDoneLoading(true)
}
let openArrow = (status, num) => {
let arrow = document.getElementById('request-' + status + '-' + num)
arrow.style.transform = 'rotate(180deg)'
}
let closeArrow = (status, num) => {
let arrow = document.getElementById('request-' + status + '-' + num)
arrow.style.transform = 'rotate(360deg)'
}
let resetFilter = () => {
let rows = document.getElementsByClassName('request-container')
for (let i = 0; i < rows.length; i++) {
rows[i].style.display = ''
}
}
useEffect(() => {
getRequests().then((result) => {
setRequests(result)
getUsers(result)
})
}, [requestUpdated])
let searchActiveRequests = () => {
let input, filter, requestList, statuses, txtValue
input = document.getElementById('active-request-search')
filter = input.value.toUpperCase()
requestList = document.getElementsByClassName('active-request')
statuses = document.getElementsByClassName('request-status')
for (let i = 0; i < requestList.length; i++) {
txtValue = statuses[i].textContent || statuses[i].innerTsext
if (txtValue.toUpperCase().indexOf(filter) > -1) {
requestList[i].style.display = ''
} else {
requestList[i].style.display = 'none'
}
}
}
let searchResolvedRequests = () => {
let input, filter, requestList, statuses, txtValue
input = document.getElementById('resolved-request-search')
filter = input.value.toUpperCase()
requestList = document.getElementsByClassName('resolved-request')
statuses = document.getElementsByClassName('request-status')
for (let i = 0; i < requestList.length; i++) {
txtValue = statuses[i].textContent || statuses[i].innerText
if (txtValue.toUpperCase().indexOf(filter) > -1) {
requestList[i].style.display = ''
} else {
requestList[i].style.display = 'none'
}
}
}
if (doneLoading) {
return (
<div>
<div id="request-page-header">
<h4>My Requests</h4>
<div id="request-filter-buttons">
<Button id="request-filter-button" onClick={() => setShowFilter(true)}>
Filter
</Button>
<Button id="request-reset-filter" onClick={() => setShowClearFilter(true)}>
Reset Filter
</Button>
</div>
</div>
<div className="request-body">
<div id="request-search-bar">
<i className="fa fa-search"></i>
{activeVisible ? (
<input
id="active-request-search"
type="text"
placeholder={'Search ' + requests.active.length + ' Active'}
onKeyUp={searchActiveRequests}
/>
) : (
<input
id="resolved-request-search"
type="text"
placeholder={'Search ' + requests.resolved.length + ' Resolved'}
onKeyUp={searchResolvedRequests}
/>
)}
{activeVisible ? (
<Button className="request-status-toggle" onClick={showResolved}>
View Resolved Requests
</Button>
) : (
<Button className="request-status-toggle" onClick={showActive}>
View Active Requests
</Button>
)}
</div>
{activeVisible ? (
<ActiveRequestBody
requests={requests.active}
requestUpdated={setRequestUpdated}
users={activeUsers}
open={openArrow}
close={closeArrow}
/>
) : (
<ResolvedRequestBody
requests={requests.resolved}
requestUpdated={setRequestUpdated}
users={resolvedUsers}
open={openArrow}
close={closeArrow}
/>
)}
</div>
<RequestFilterModal
activeUsers={activeUsers}
resolvedUsers={resolvedUsers}
show={showFilter}
onHide={() => setShowFilter(false)}
/>
<ClearRequestFilter show={showClearFilter} onHide={() => setShowClearFilter(false)} clear={resetFilter} />
</div>
)
} else {
return (
<div id="request-loading-div">
<Loading className="request-loading" height={'200px'} width={'200px'} color={'blue'} type={'spin'} />
<h4>Loading Requests</h4>
</div>
)
}
}
export default RequestPage
|
/*
* Copyright DataStax, Inc.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
"use strict";
const util = require('util');
const types = require('../types');
const utils = require('../utils.js');
const errors = require('../errors.js');
const doneIteratorObject = Object.freeze({ done: true });
/** @module policies/loadBalancing */
/**
* Base class for Load Balancing Policies
* @constructor
*/
function LoadBalancingPolicy() {
}
/**
* Initializes the load balancing policy, called after the driver obtained the information of the cluster.
* @param {Client} client
* @param {HostMap} hosts
* @param {Function} callback
*/
LoadBalancingPolicy.prototype.init = function (client, hosts, callback) {
this.client = client;
this.hosts = hosts;
callback();
};
/**
* Returns the distance assigned by this policy to the provided host.
* @param {Host} host
*/
LoadBalancingPolicy.prototype.getDistance = function (host) {
return types.distance.local;
};
/**
* Returns an iterator with the hosts for a new query.
* Each new query will call this method. The first host in the result will
* then be used to perform the query.
* @param {String} keyspace Name of currently logged keyspace at <code>Client</code> level.
* @param {ExecutionOptions|null} executionOptions The information related to the execution of the request.
* @param {Function} callback The function to be invoked with the error as first parameter and the host iterator as
* second parameter.
*/
LoadBalancingPolicy.prototype.newQueryPlan = function (keyspace, executionOptions, callback) {
callback(new Error('You must implement a query plan for the LoadBalancingPolicy class'));
};
/**
* Gets an associative array containing the policy options.
*/
LoadBalancingPolicy.prototype.getOptions = function () {
return new Map();
};
/**
* This policy yield nodes in a round-robin fashion.
* @extends LoadBalancingPolicy
* @constructor
*/
function RoundRobinPolicy() {
this.index = 0;
}
util.inherits(RoundRobinPolicy, LoadBalancingPolicy);
/**
* Returns an iterator with the hosts to be used as coordinator for a query.
* @param {String} keyspace Name of currently logged keyspace at <code>Client</code> level.
* @param {ExecutionOptions|null} executionOptions The information related to the execution of the request.
* @param {Function} callback The function to be invoked with the error as first parameter and the host iterator as
* second parameter.
*/
RoundRobinPolicy.prototype.newQueryPlan = function (keyspace, executionOptions, callback) {
if (!this.hosts) {
return callback(new Error('Load balancing policy not initialized'));
}
const hosts = this.hosts.values();
const self = this;
let counter = 0;
let planIndex = self.index % hosts.length;
self.index += 1;
if (self.index >= utils.maxInt) {
self.index = 0;
}
callback(null, {
next: function () {
if (++counter > hosts.length) {
return doneIteratorObject;
}
return {value: hosts[planIndex++ % hosts.length], done: false};
}
});
};
/**
* A data-center aware Round-robin load balancing policy.
* This policy provides round-robin queries over the nodes of the local
* data center.
* @param {?String} [localDc] local datacenter name. This value overrides the 'localDataCenter' Client option \
* and is useful for cases where you have multiple execution profiles that you intend on using for routing
* requests to different data centers.
* @extends {LoadBalancingPolicy}
* @constructor
*/
function DCAwareRoundRobinPolicy(localDc) {
this.localDc = localDc;
this.index = 0;
/** @type {Array} */
this.localHostsArray = null;
}
util.inherits(DCAwareRoundRobinPolicy, LoadBalancingPolicy);
/**
* Initializes the load balancing policy.
* @param {Client} client
* @param {HostMap} hosts
* @param {Function} callback
*/
DCAwareRoundRobinPolicy.prototype.init = function (client, hosts, callback) {
this.client = client;
this.hosts = hosts;
hosts.on('add', this._cleanHostCache.bind(this));
hosts.on('remove', this._cleanHostCache.bind(this));
if (client && client.options) {
if (this.localDc && !client.options.localDataCenter) {
this.client.log('info', 'Local data center \'' + this.localDc + '\' was provided as an argument to' +
' DCAwareRoundRobinPolicy. It is more preferable to specify the local data center using \'localDataCenter\'' +
' in Client options instead when your application is targeting a single data center.');
}
// If localDc is unset, use value set in client options.
this.localDc = this.localDc || client.options.localDataCenter;
}
if (!this.localDc) {
return callback(new errors.ArgumentError('\'localDataCenter\' is not defined in Client options and also was' +
' not specified in constructor. At least one is required.'));
}
callback();
};
/**
* Returns the distance depending on the datacenter.
* @param {Host} host
*/
DCAwareRoundRobinPolicy.prototype.getDistance = function (host) {
if (!host.datacenter) {
return types.distance.ignored;
}
if (host.datacenter === this.localDc) {
return types.distance.local;
}
return types.distance.remote;
};
DCAwareRoundRobinPolicy.prototype._cleanHostCache = function () {
this.localHostsArray = null;
};
DCAwareRoundRobinPolicy.prototype._resolveLocalHosts = function() {
const hosts = this.hosts.values();
if (this.localHostsArray) {
//there were already calculated
return;
}
this.localHostsArray = [];
hosts.forEach(function (h) {
if (!h.datacenter) {
//not a remote dc node
return;
}
if (h.datacenter === this.localDc) {
this.localHostsArray.push(h);
}
}, this);
};
/**
* It returns an iterator that yields local nodes.
* @param {String} keyspace Name of currently logged keyspace at <code>Client</code> level.
* @param {ExecutionOptions|null} executionOptions The information related to the execution of the request.
* @param {Function} callback The function to be invoked with the error as first parameter and the host iterator as
* second parameter.
*/
DCAwareRoundRobinPolicy.prototype.newQueryPlan = function (keyspace, executionOptions, callback) {
if (!this.hosts) {
return callback(new Error('Load balancing policy not initialized'));
}
this.index += 1;
if (this.index >= utils.maxInt) {
this.index = 0;
}
this._resolveLocalHosts();
// Use a local reference of hosts
const localHostsArray = this.localHostsArray;
let planLocalIndex = this.index;
let counter = 0;
callback(null, {
next: function () {
let host;
if (counter++ < localHostsArray.length) {
host = localHostsArray[planLocalIndex++ % localHostsArray.length];
return { value: host, done: false };
}
return doneIteratorObject;
}
});
};
/**
* Gets an associative array containing the policy options.
*/
DCAwareRoundRobinPolicy.prototype.getOptions = function () {
return new Map([
['localDataCenter', this.localDc ]
]);
};
/**
* A wrapper load balancing policy that add token awareness to a child policy.
* @param {LoadBalancingPolicy} childPolicy
* @extends LoadBalancingPolicy
* @constructor
*/
function TokenAwarePolicy (childPolicy) {
if (!childPolicy) {
throw new Error("You must specify a child load balancing policy");
}
this.childPolicy = childPolicy;
}
util.inherits(TokenAwarePolicy, LoadBalancingPolicy);
TokenAwarePolicy.prototype.init = function (client, hosts, callback) {
this.client = client;
this.hosts = hosts;
this.childPolicy.init(client, hosts, callback);
};
TokenAwarePolicy.prototype.getDistance = function (host) {
return this.childPolicy.getDistance(host);
};
/**
* Returns the hosts to use for a new query.
* The returned plan will return local replicas first, if replicas can be determined, followed by the plan of the
* child policy.
* @param {String} keyspace Name of currently logged keyspace at <code>Client</code> level.
* @param {ExecutionOptions|null} executionOptions The information related to the execution of the request.
* @param {Function} callback The function to be invoked with the error as first parameter and the host iterator as
* second parameter.
*/
TokenAwarePolicy.prototype.newQueryPlan = function (keyspace, executionOptions, callback) {
let routingKey;
if (executionOptions) {
routingKey = executionOptions.getRoutingKey();
if (executionOptions.getKeyspace()) {
keyspace = executionOptions.getKeyspace();
}
}
let replicas;
if (routingKey) {
replicas = this.client.getReplicas(keyspace, routingKey);
}
if (!routingKey || !replicas) {
return this.childPolicy.newQueryPlan(keyspace, executionOptions, callback);
}
const iterator = new TokenAwareIterator(keyspace, executionOptions, replicas, this.childPolicy);
iterator.iterate(callback);
};
/**
* An iterator that holds the context for the subsequent next() calls
* @param {String} keyspace
* @param {ExecutionOptions} execOptions
* @param {Array} replicas
* @param childPolicy
* @constructor
* @ignore
*/
function TokenAwareIterator(keyspace, execOptions, replicas, childPolicy) {
this.keyspace = keyspace;
this.childPolicy = childPolicy;
this.options = execOptions;
this.localReplicas = [];
this.replicaIndex = 0;
this.replicaMap = {};
this.childIterator = null;
// Memoize the local replicas
// The amount of local replicas should be defined before start iterating, in order to select an
// appropriate (pseudo random) startIndex
for (let i = 0; i < replicas.length; i++) {
const host = replicas[i];
if (this.childPolicy.getDistance(host) !== types.distance.local) {
continue;
}
this.replicaMap[host.address] = true;
this.localReplicas.push(host);
}
// We use a PRNG to set the replica index
// We only care about proportional fair scheduling between replicas of a given token
// Math.random() has an extremely short permutation cycle length but we don't care about collisions
this.startIndex = Math.floor(Math.random() * this.localReplicas.length);
}
TokenAwareIterator.prototype.iterate = function (callback) {
//Load the child policy hosts
const self = this;
this.childPolicy.newQueryPlan(this.keyspace, this.options, function (err, iterator) {
if (err) {
return callback(err);
}
//get the iterator of the child policy in case is needed
self.childIterator = iterator;
callback(null, {
next: function () { return self.computeNext(); }
});
});
};
TokenAwareIterator.prototype.computeNext = function () {
let host;
if (this.replicaIndex < this.localReplicas.length) {
host = this.localReplicas[(this.startIndex + (this.replicaIndex++)) % this.localReplicas.length];
return { value: host, done: false };
}
// Return hosts from child policy
let item;
while ((item = this.childIterator.next()) && !item.done) {
if (this.replicaMap[item.value.address]) {
// Avoid yielding local replicas from the child load balancing policy query plan
continue;
}
return item;
}
return doneIteratorObject;
};
/**
* Gets an associative array containing the policy options.
*/
TokenAwarePolicy.prototype.getOptions = function () {
const map = new Map([
['childPolicy', this.childPolicy.constructor !== undefined ? this.childPolicy.constructor.name : null ]
]);
if (this.childPolicy instanceof DCAwareRoundRobinPolicy) {
map.set('localDataCenter', this.childPolicy.localDc);
}
return map;
};
/**
* Create a new policy that wraps the provided child policy but only "allow" hosts
* from the provided while list.
* @class
* @classdesc
* A load balancing policy wrapper that ensure that only hosts from a provided
* white list will ever be returned.
* <p>
* This policy wraps another load balancing policy and will delegate the choice
* of hosts to the wrapped policy with the exception that only hosts contained
* in the white list provided when constructing this policy will ever be
* returned. Any host not in the while list will be considered ignored
* and thus will not be connected to.
* <p>
* This policy can be useful to ensure that the driver only connects to a
* predefined set of hosts. Keep in mind however that this policy defeats
* somewhat the host auto-detection of the driver. As such, this policy is only
* useful in a few special cases or for testing, but is not optimal in general.
* If all you want to do is limiting connections to hosts of the local
* data-center then you should use DCAwareRoundRobinPolicy and *not* this policy
* in particular.
* @param {LoadBalancingPolicy} childPolicy the wrapped policy.
* @param {Array.<string>} whiteList the white listed hosts address in the format ipAddress:port.
* Only hosts from this list may get connected
* to (whether they will get connected to or not depends on the child policy).
* @extends LoadBalancingPolicy
* @constructor
*/
function WhiteListPolicy (childPolicy, whiteList) {
if (!childPolicy) {
throw new Error("You must specify a child load balancing policy");
}
if (!util.isArray(whiteList)) {
throw new Error("You must provide the white list of host addresses");
}
this.childPolicy = childPolicy;
const map = {};
whiteList.forEach(function (address) {
map[address] = true;
});
this.whiteList = map;
}
util.inherits(WhiteListPolicy, LoadBalancingPolicy);
WhiteListPolicy.prototype.init = function (client, hosts, callback) {
this.childPolicy.init(client, hosts, callback);
};
/**
* Uses the child policy to return the distance to the host if included in the white list.
* Any host not in the while list will be considered ignored.
* @param host
*/
WhiteListPolicy.prototype.getDistance = function (host) {
if (!this._contains(host)) {
return types.distance.ignored;
}
return this.childPolicy.getDistance(host);
};
/**
* @param {Host} host
* @returns {boolean}
* @private
*/
WhiteListPolicy.prototype._contains = function (host) {
return !!this.whiteList[host.address];
};
/**
* Returns the hosts to use for a new query filtered by the white list.
*/
WhiteListPolicy.prototype.newQueryPlan = function (keyspace, info, callback) {
const self = this;
this.childPolicy.newQueryPlan(keyspace, info, function (err, iterator) {
if (err) {
return callback(err);
}
callback(null, self._filter(iterator));
});
};
WhiteListPolicy.prototype._filter = function (childIterator) {
const self = this;
return {
next: function () {
const item = childIterator.next();
if (!item.done && !self._contains(item.value)) {
return this.next();
}
return item;
}
};
};
/**
* Gets an associative array containing the policy options.
*/
WhiteListPolicy.prototype.getOptions = function () {
return new Map([
['childPolicy', this.childPolicy.constructor !== undefined ? this.childPolicy.constructor.name : null ],
['whitelist', Object.keys(this.whiteList)]
]);
};
exports.DCAwareRoundRobinPolicy = DCAwareRoundRobinPolicy;
exports.LoadBalancingPolicy = LoadBalancingPolicy;
exports.RoundRobinPolicy = RoundRobinPolicy;
exports.TokenAwarePolicy = TokenAwarePolicy;
exports.WhiteListPolicy = WhiteListPolicy;
|
/**
* introScreen.js
* _____________________________________________________________________________
*
* @author William Malone (www.williammalone.com)
*/
/*global window, BLOCKS, Image */
BLOCKS.introScreen = function (spec, game) {
"use strict";
var introScreen = BLOCKS.eventDispatcher(),
bg,
clock,
layer,
destroyed,
button,
buttonImageLoaded,
createButton = function () {
if (button === undefined && layer) {
button = BLOCKS.slice({
layer: layer,
image: spec.button.image,
centerRegistrationPoint: true
});
button.x = spec.button.x;
button.y = spec.button.y;
game.controller.addEventListener("mouseMove", onMouseMove);
}
},
loadBg = function () {
spec.bg.image = game.imageLoader.loadNow(spec.bg);
spec.bg.image.onload = bgLoaded;
},
bgLoaded = function () {
if (!destroyed) {
if (spec.bg.image.width !== 0 && spec.bg.image.height !== 0) {
prepare();
if (button || !spec.button) {
introScreen.loaded = true;
introScreen.dispatchEvent("loaded");
}
} else {
if (!destroyed) {
window.setTimeout(bgLoaded, 10);
}
}
}
},
loadButton = function () {
if (spec.button) {
spec.button.image = game.imageLoader.loadNow(spec.button);
spec.button.image.onload = buttonLoaded;
}
},
buttonLoaded = function () {
if (!destroyed) {
if (spec.button.image.width !== 0 && spec.button.image.height !== 0) {
buttonImageLoaded = true;
if (button === undefined) {
createButton();
}
if (bg && !destroyed) {
introScreen.loaded = true;
introScreen.dispatchEvent("loaded");
}
} else {
if (!destroyed) {
window.setTimeout(buttonLoaded, 10);
}
}
}
},
load = function () {
layer = game.addLayer("intro", {
zIndex: 1
});
loadBg();
loadButton();
},
onTick = function () {
update();
render();
},
prepare = function () {
if (!destroyed) {
bg = BLOCKS.slice({
layer: layer,
image: spec.bg.image
});
if (buttonImageLoaded) {
createButton();
}
clock = BLOCKS.clock();
clock.addEventListener("tick", onTick);
clock.start();
}
},
update = function () {
bg.update();
if (button) {
button.update();
}
},
render = function () {
if (layer.dirty || (button && button.dirty)) {
bg.dirty = true;
if (button) {
button.dirty = true;
}
}
bg.render(game);
if (button) {
button.render(game);
}
},
onMouseMove = function (pos) {
if (button.isPointInside(pos)) {
button.scale = 1.1;
} else {
button.scale = 1;
}
};
introScreen.destroy = function () {
destroyed = true;
if (clock) {
clock.destroy();
}
if (bg) {
bg.destroy();
}
if (button) {
button.destroy();
game.controller.removeEventListener("mouseMove", onMouseMove);
}
if (layer) {
game.removeLayer("intro");
}
introScreen = null;
};
load();
return introScreen;
};
|
export default {
// Options.jsx
items_per_page: '/ side',
jump_to: 'Gå til side',
page: '',
// Pagination.jsx
prev_page: 'Forrige side',
next_page: 'Neste side',
prev_5: '5 forrige',
next_5: '5 neste',
prev_3: '3 forrige',
next_3: '3 neste'
};
|
/**
* Copyright (c) 2015-present, Facebook, Inc.
* All rights reserved.
*
* This source code is licensed under the BSD-style license found in the
* LICENSE file in the root directory of this source tree. An additional grant
* of patent rights can be found in the PATENTS file in the same directory.
*
* @flow
*/
'use strict';
const path = require('path');
const runServer = require('./runServer');
import type {RNConfig} from '../core';
import type {ConfigT} from '../util/Config';
import type {Args as RunServerArgs} from './runServer';
/**
* Starts the React Native Packager Server.
*/
function server(argv: mixed, config: RNConfig, allArgs: Object) {
const {root, ...args} = allArgs;
args.projectRoots = args.projectRoots.concat(root);
const startedCallback = logReporter => {
logReporter.update({
type: 'initialize_started',
port: args.port,
projectRoots: args.projectRoots,
});
process.on('uncaughtException', error => {
logReporter.update({
type: 'initialize_failed',
port: args.port,
error,
});
process.exit(11);
});
};
const readyCallback = logReporter => {
logReporter.update({
type: 'initialize_done',
});
};
const runServerArgs: RunServerArgs = args;
/* $FlowFixMe: ConfigT shouldn't be extendable. */
const configT: ConfigT = config;
runServer(runServerArgs, configT, startedCallback, readyCallback);
}
module.exports = {
name: 'start',
func: server,
description: 'starts the webserver',
options: [{
command: '--port [number]',
default: 8081,
parse: (val: string) => Number(val),
}, {
command: '--host [string]',
default: '',
}, {
command: '--root [list]',
description: 'add another root(s) to be used by the packager in this project',
parse: (val: string) => val.split(',').map(root => path.resolve(root)),
default: [],
}, {
command: '--projectRoots [list]',
description: 'override the root(s) to be used by the packager',
parse: (val: string) => val.split(','),
default: (config: ConfigT) => config.getProjectRoots(),
}, {
command: '--assetExts [list]',
description: 'Specify any additional asset extensions to be used by the packager',
parse: (val: string) => val.split(','),
default: (config: ConfigT) => config.getAssetExts(),
}, {
command: '--sourceExts [list]',
description: 'Specify any additional source extensions to be used by the packager',
parse: (val: string) => val.split(','),
default: (config: ConfigT) => config.getSourceExts(),
}, {
command: '--platforms [list]',
description: 'Specify any additional platforms to be used by the packager',
parse: (val: string) => val.split(','),
default: (config: ConfigT) => config.getPlatforms(),
}, {
command: '--providesModuleNodeModules [list]',
description: 'Specify any npm packages that import dependencies with providesModule',
parse: (val: string) => val.split(','),
default: (config: RNConfig) => {
if (typeof config.getProvidesModuleNodeModules === 'function') {
return config.getProvidesModuleNodeModules();
}
return null;
},
}, {
command: '--max-workers [number]',
description: 'Specifies the maximum number of workers the worker-pool ' +
'will spawn for transforming files. This defaults to the number of the ' +
'cores available on your machine.',
parse: (workers: string) => Number(workers),
}, {
command: '--skipflow',
description: 'Disable flow checks'
}, {
command: '--nonPersistent',
description: 'Disable file watcher'
}, {
command: '--transformer [string]',
description: 'Specify a custom transformer to be used'
}, {
command: '--reset-cache, --resetCache',
description: 'Removes cached files',
}, {
command: '--custom-log-reporter-path, --customLogReporterPath [string]',
description: 'Path to a JavaScript file that exports a log reporter as a replacement for TerminalReporter',
}, {
command: '--verbose',
description: 'Enables logging',
}, {
command: '--https',
description: 'Enables https connections to the server',
}, {
command: '--key [path]',
description: 'Path to custom SSL key',
}, {
command: '--cert [path]',
description: 'Path to custom SSL cert',
}],
};
|
const mongoose = require('mongoose');
const db = require('../models');
mongoose.connect(process.env.MONGODB_URI || 'mongodb://localhost/workout', {
useNewUrlParser: true,
useFindAndModify: false,
useUnifiedTopology: true,
});
const workoutSeed = [
{
day: new Date(new Date().setDate(new Date().getDate() - 9)),
exercises: [
{
type: 'resistance',
name: 'Bicep Curl',
duration: 20,
weight: 100,
reps: 10,
sets: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 8)),
exercises: [
{
type: 'resistance',
name: 'Lateral Pull',
duration: 20,
weight: 300,
reps: 10,
sets: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 7)),
exercises: [
{
type: 'resistance',
name: 'Push Press',
duration: 25,
weight: 185,
reps: 8,
sets: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 6)),
exercises: [
{
type: 'cardio',
name: 'Running',
duration: 25,
distance: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 5)),
exercises: [
{
type: 'resistance',
name: 'Bench Press',
duration: 20,
weight: 285,
reps: 10,
sets: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 4)),
exercises: [
{
type: 'resistance',
name: 'Bench Press',
duration: 20,
weight: 300,
reps: 10,
sets: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 3)),
exercises: [
{
type: 'resistance',
name: 'Quad Press',
duration: 30,
weight: 300,
reps: 10,
sets: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 2)),
exercises: [
{
type: 'resistance',
name: 'Bench Press',
duration: 20,
weight: 300,
reps: 10,
sets: 4,
},
],
},
{
day: new Date(new Date().setDate(new Date().getDate() - 1)),
exercises: [
{
type: 'resistance',
name: 'Military Press',
duration: 20,
weight: 300,
reps: 10,
sets: 4,
},
],
},
];
db.Workout.deleteMany({})
.then(() => db.Workout.collection.insertMany(workoutSeed))
.then((data) => {
console.log(data.result.n + ' records inserted!');
process.exit(0);
})
.catch((err) => {
console.error(err);
process.exit(1);
});
|
const { SSHMachineService } = require("../services/remotes/ssh-machine-service.js")
const constants = require('../constants.js')
const path = require('path')
const { FileSystem } = require('../../../../../nativescript-cli/lib/common/file-system')
const { Logger } = require('../../../../../nativescript-cli/lib/common/logger/logger')
if (typeof process.argv[2] !== 'string') {
console.warn(`Usage: node ${path.basename(__filename)} projectPath\n\tprojectPath:\tPath to a nativescript project to run test with`)
process.exit(1)
}
const projectDir = path.resolve(process.argv[2])
async function runTest() {
const nsremoteConfigPath = path.relative(__dirname, path.resolve(projectDir, constants.configFileName))
const projconfig = require(nsremoteConfigPath)
if (!projconfig) {
console.warn(`Missing config file ${nsremoteConfigPath}. Refer to Readme.md for instructions on populating this file with your config.`)
process.exit(1)
} else if (!projconfig.ssh) {
console.warn(`Config json from ${nsremoteConfigPath} missing key "ssh". Refer to Readme.md for instructions on populating this file with your config.`)
process.exit(1)
}
const service = new SSHMachineService(new FileSystem(), new Logger({ DEBUG: true, DISABLE_HOOKS: false }), {}, "ios", {}, require(`${projectDir}/.nsremote.config.json`).ssh, {
projectDir,
nativeProjectRoot: path.resolve(projectDir, 'platforms', 'ios'),
platformsDir: path.resolve(projectDir, 'platforms'),
projectName: 'Yellowbox'
})
console.log(`Running test...`);
await service.build({ cliArgs: { clean: false } })
}
runTest()
|
"use strict";
Object.defineProperty(exports, "__esModule", {
value: true
});
exports.Html = void 0;
var _base = require("./base");
class Html extends _base.BaseTransformation {
constructor(ext = 'html', isRequired = true) {
super(ext, isRequired);
}
transform(content) {
return content;
}
}
exports.Html = Html;
|
import React from 'react'
import Dropdown from '@helpscout/hsds-react/components/Dropdown/DropdownV2'
import { cy } from '../../index'
cy.useFakeTimers()
describe('Dropdown', () => {
test('Can open a Dropdown', () => {
const props = {
items: [{ value: 'one' }, { value: 'two' }],
}
cy.render(<Dropdown {...props} />)
expect(cy.getByCy('DropdownMenu').exists()).toBe(false)
cy.getByCy('DropdownTrigger').click()
expect(cy.getByCy('DropdownMenu').exists()).toBe(true)
expect(cy.getByCy('DropdownItem').length).toBe(2)
})
test('Can render an opened Dropdown', () => {
const props = {
items: [{ value: 'one' }, { value: 'two' }],
isOpen: true,
}
cy.render(<Dropdown {...props} />)
expect(cy.getByCy('DropdownMenu').exists()).toBe(true)
expect(cy.getByCy('DropdownItem').length).toBe(2)
})
test('Calls a spy on click of an item', () => {
const spy = jest.fn()
const props = {
items: [{ value: 'one' }, { value: 'two' }],
onSelect: spy,
isOpen: true,
}
cy.render(<Dropdown {...props} />)
cy.getByCy('DropdownItem')
.first()
.click()
cy.type('{esc}')
expect(spy).toHaveBeenCalled()
})
test('Can close a Dropdown with {esc} press', () => {
const props = {
items: [{ value: 'one' }, { value: 'two' }],
isOpen: true,
}
cy.render(<Dropdown {...props} />)
expect(cy.getByCy('DropdownMenu').exists()).toBe(true)
cy.type('{esc}')
expect(cy.getByCy('DropdownMenu').exists()).toBe(false)
})
})
|
import assert from 'assert';
import cookie from 'cookie';
import io from 'socket.io-client';
import startServer from '../src/server';
import {
createChat,
USER_SIGN_IN,
MESSAGE_SEND,
CHAT_READY,
CHAT_INIT,
USER_ADD,
USER_UPDATE,
USER_SET_ROOM,
MESSAGE_ADD,
Message
} from '../../rxsupp.core/src/chat';
describe('server', function () {
this.timeout(5000);
let server
let client;
beforeEach((done) => {
client = io.connect('http://localhost:3001', {
transports: ['websocket'],
'force new connection': true
});
server = startServer(3001);
done();
});
afterEach((done) => {
client.disconnect();
done();
});
after(() => {
server.close();
});
it('should set client id cookie on handshake', (done) => {
server.on('connection', socket => {
let cookies = cookie.parse(socket.handshake.headers.cookie);
assert.ok(cookies.clientId);
done();
});
});
it('should handle MESSAGE_ADD event', (done) => {
server.on('connection', socket => {
let sentMessage = new Message('1');
socket.on('MESSAGE_ADD', (message) => {
console.log('MESSAGE', message);
done();
});
client.emit('MESSAGE_ADD', sentMessage);
});
});
});
|
const gulp = require('gulp')
const gulpRename = require('gulp-rename')
const gulpClean = require('gulp-clean')
const gulpReplace = require('gulp-replace')
const relative = require('relative')
const prettier = require('prettier')
const resolve = require('resolve')
const webpackStream = require('webpack-stream')
const webpack = require('webpack')
const gulpEslint = require('gulp-eslint')
const deepEqual = require('deep-equal')
const gulpStylelint = require('gulp-stylelint')
const del = require('del')
const path = require('path')
const argv = require('yargs').argv
const options = {
'target': argv.target || 'weapp'
}
const APP_TYPE = options.target
const isWeapp = options.target === 'weapp'
const isSwan = options.target === 'swan'
const isAliapp = options.target === 'aliapp'
const isQqapp = options.target === 'qqapp'
const isTtapp = options.target === 'ttapp'
let dependencies = null
let prevDependencies = null
let DEST = ''
let API_ADAPTER = ''
if (isWeapp) {
DEST = 'distWeapp'
} else if (isSwan) {
DEST = 'distSwan'
API_ADAPTER = 'swan.'
} else if (isQqapp) {
DEST = 'distQqapp'
API_ADAPTER = 'qq.'
} else if (isTtapp) {
DEST = 'distTtapp'
API_ADAPTER = 'tt.'
} else {
DEST = 'distAliapp'
API_ADAPTER = 'my.'
}
// XML = 'src/**/*.{wxml,wxss}'
const SRC = {
STYLE: ['src/**/*.{css,scss}', '!src/adapters/**/*'],
SCRIPT: ['src/**/*.js', '!src/adapters/**/*'],
JSON: ['src/**/*.json', '!src/project*.json', '!src/adapters/**/*'],
IMAGE: ['src/**/*.{png,jpg,jpeg,gif,svg}', '!src/adapters/**/*'],
CONFIG: 'src/project*.json',
XML: ['src/**/*.wxml', '!src/adapters/**/*'],
ADAPTER: [`src/adapters/unique/${APP_TYPE}/**/*`, `src/adapters/common/${APP_TYPE}/**/*`]
}
function handleError (err) {
console.log(err.toString())
process.exit(-1)
}
function imagemin() {
return gulp
.src(SRC.IMAGE, {since: gulp.lastRun(imagemin)})
.pipe(gulp.dest(DEST))
}
function cleanDist() {
return gulp.src(DEST, { allowEmpty: true }).pipe(gulpClean())
}
let preProcessAdapterPath = []
// 兼容代码预处理
function preProcessAdapter() {
return gulp
.src(SRC.ADAPTER, {since: gulp.lastRun(preProcessAdapter)})
.pipe(
gulpRename(path => {
if (path.extname !== '') {
preProcessAdapterPath.push(`src/${path.dirname}/${path.basename}${path.extname}`)
}
})
)
.pipe(gulp.dest('src'))
}
function compileXmlCommon () {
return gulp
.src(SRC.XML, {since: gulp.lastRun(xml)})
.pipe(
gulpReplace(/APP\_TYPE/g, function (match) {
return `'${APP_TYPE}'`
})
)
}
function xml() {
return compileXmlCommon().pipe(gulp.dest(DEST))
}
function eslint() {
return gulp
.src(SRC.SCRIPT, {since: gulp.lastRun(eslint)})
.pipe(
gulpEslint({
configFile: '.eslintrc',
fix: true,
})
)
.pipe(gulpEslint.format())
.pipe(gulp.dest('./src/'))
}
function compileScriptCommon() {
return gulp
.src(SRC.SCRIPT, {since: gulp.lastRun(pathScript)})
.pipe(
gulpReplace(/('src\/).*'/g, function (match) {
let relativePath = `'${relative(
`/src/${this.file.relative}`,
`/${match.substring(1, match.length - 1)}`
)}'`
if (!/^'\.\.\/.*/.test(relativePath)) {
relativePath = `'./${relativePath.substring(1, match.length)}`
}
return relativePath
})
)
.pipe(
gulpReplace(/\bfrom '[^\.]\S*'/g, function (match) {
const dependency = match.substring(6, match.length - 1)
const relativePath = relative(
`/${this.file.relative}`,
`/node/${dependency}`
)
dependencies = {
...dependencies,
[dependency]: resolve.sync(dependency, { basedir: __dirname }),
}
return `from '${relativePath}'`
})
).pipe(
gulpReplace(/APP\_TYPE/g, function (match) {
return `'${APP_TYPE}'`
})
)
}
function pathScript() {
return compileScriptCommon().pipe(gulp.dest(DEST))
}
// 支付宝小程序适配-组件生命周期/组件properties
function compileScript2Aliapp() {
return compileScriptCommon()
.pipe(
gulpReplace(/attached|ready/g, function (match) {
return 'didMount'
})
)
.pipe(
gulpReplace(/detached/g, function (match) {
return 'didUnmount'
})
)
.pipe(
gulpReplace(/\.properties/g, function (match) {
return '.props'
})
)
.pipe(
gulpReplace(/wx\./g, function (match) {
return API_ADAPTER
})
)
.pipe(gulp.dest(DEST))
}
// 百度小程序适配 script
function compileScript2Swan() {
return compileScriptCommon()
.pipe(
gulpReplace(/wx\./g, function (match) {
return API_ADAPTER
})
)
.pipe(gulp.dest(DEST))
}
// QQ小程序适配 script
function compileScript2Qqapp() {
return compileScriptCommon()
.pipe(
gulpReplace(/wx\./g, function (match) {
return API_ADAPTER
})
)
.pipe(gulp.dest(DEST))
}
// 头条小程序适配 script
function compileScript2Ttapp() {
return compileScriptCommon()
.pipe(
gulpReplace(/wx\./g, function (match) {
return API_ADAPTER
})
)
.pipe(gulp.dest(DEST))
}
function packDep(done) {
const flag = dependencies && deepEqual(dependencies, prevDependencies)
console.log(dependencies)
console.log(prevDependencies)
if (flag) return done()
prevDependencies = dependencies
return gulp
.src('src/app.js')
.pipe(
webpackStream(
{
mode: 'production',
watch: false,
entry: dependencies,
output: {
libraryTarget: 'umd',
filename: '[name].js',
},
},
webpack
)
)
.pipe(gulp.dest(`${DEST}/node`))
}
function pathJson() {
return gulp
.src(SRC.JSON, {since: gulp.lastRun(pathJson)})
.pipe(
gulpReplace(/("src\/).*"/g, function (match) {
const relativePath = `"${relative(
`/src/${this.file.relative}`,
`/${match.substring(1, match.length - 1)}`
)}"`
return relativePath
})
)
.pipe(gulp.dest(DEST))
}
function stylelint() {
let cssName = ''
if (isWeapp) {
cssName = '.wxss'
} else if (isQqapp) {
cssName = '.qss'
} else if (isSwan) {
cssName = '.css'
} else if (isTtapp) {
cssName = '.ttss'
} else {
cssName = '.acss'
}
return gulp
.src(SRC.STYLE, {since: gulp.lastRun(stylelint)})
.pipe(gulpStylelint({
failAfterError: false,
fix: true,
}).on('error', handleError))
.pipe(gulp.dest('src'))
.pipe(
gulpRename(path => {
path.extname = cssName
})
)
.pipe(
gulpReplace(/\.css/g, function (match) {
return cssName
})
)
.pipe(gulp.dest(DEST))
}
function compileXML2Swan() {
return compileXmlCommon()
.pipe(
gulpReplace(/(if|elif|for)=\"\{\{(.*?)\}\}\"/g, function (match, p1, p2) {
return `${p1}="${p2}"`
})
)
.pipe(
gulpReplace(/wx\:|\.wxml/g, function (match) {
if (match === '.wxml') {
return '.swan'
} else {
return 's-'
}
})
)
.pipe(
gulpReplace(/(\<template.*data=\")\{\{(.*?)\}\}\"/g, function (match, p1, p2) {
return `${p1}{{{${p2}}}}"`
})
)
.pipe(
gulpRename(path => {
path.extname = '.swan'
})
)
.pipe(gulp.dest(DEST))
}
function compileXML2Aliapp() {
return compileXmlCommon()
.pipe(
gulpReplace(/wx\:|\.wxml/g, function (match) {
if (match === '.wxml') {
return '.axml'
} else {
return 'a:'
}
})
)
.pipe(
gulpReplace(/\s(capture\-bind|catch)\:?([a-z])ouch([a-z])/g, function (match, p1, p2, p3) {
return ` catch${p2.toUpperCase()}ouch${p3.toUpperCase()}`
})
)
.pipe(
gulpReplace(/\s(bind|catch)\:?([a-z])ong([a-z])/g, function (match, p1, p2, p3) {
const key = p1 === 'catch' ? p1 : 'on'
return ` ${key}${p2.toUpperCase()}ong${p3.toUpperCase()}`
})
)
.pipe(
gulpReplace(/\s(bind|catch)\:?([a-z])/g, function (match, p1, p2) {
const key = p1 === 'catch' ? p1 : 'on'
return ` ${key}${p2.toUpperCase()}`
})
)
.pipe(
gulpRename(path => {
path.extname = '.axml'
})
)
.pipe(gulp.dest(DEST))
}
function compileXML2Qqapp() {
return compileXmlCommon()
.pipe(
gulpReplace(/wx\:|\.wxml/g, function (match) {
if (match === '.wxml') {
return '.qml'
} else {
return 'qq:'
}
})
)
.pipe(
gulpRename(path => {
path.extname = '.qml'
})
)
.pipe(gulp.dest(DEST))
}
function compileXML2Ttapp() {
return gulp
.src(SRC.XML)
.pipe(
gulpReplace(/wx\:|\.wxml/g, function (match) {
if (match === '.wxml') {
return '.ttml'
} else {
return 'tt:'
}
})
)
.pipe(
gulpRename(path => {
path.extname = '.ttml'
})
)
.pipe(gulp.dest(DEST))
}
// todo
function copyConfig() {
return gulp
.src(`config/project.${APP_TYPE}.json`, {since: gulp.lastRun(copyConfig)})
.pipe(
gulpRename(path => {
if (isWeapp || isQqapp || isTtapp) {
path.basename = 'project.config'
}
})
)
.pipe(gulp.dest(DEST))
}
function sass() {
return gulp
.src('src/**/*.swan', {since: gulp.lastRun(sass), allowEmpty: true})
.pipe(gulpClean())
// .pipe(
// gulpRename(path => {
// path.extname = '.swan'
// })
// )
// .pipe(gulp.dest('src'))
// return gulp
// .src(SRC.STYLE, {since: gulp.lastRun(sass)})
// .pipe(gulpSourcemaps.init())
// .pipe(gulpSass().on('error', gulpSass.logError))
// .pipe(gulpSourcemaps.write())
// .pipe(
// gulpRename(path => {
// path.extname = '.css'
// })
// )
// .pipe(gulp.dest(DEST))
}
function formatScript() {
return gulp
.src(SRC.SCRIPT, {since: gulp.lastRun(formatScript)})
.pipe(
gulpReplace(/([\s\S]*)/, (match, string) => {
const options = {
semi: false,
singleQuote: true,
trailingComma: 'all',
}
return prettier.format(string, options)
})
)
.pipe(gulp.dest('src'))
}
const swan = gulp.series(compileXML2Swan)
const axml = gulp.series(compileXML2Aliapp)
const qml = gulp.series(compileXML2Qqapp)
const ttml = gulp.series(compileXML2Ttapp)
let js = null
let mpXml = null
if (isAliapp) {
js = gulp.series(eslint, compileScript2Aliapp, packDep)
mpXml = axml
} else if (isSwan) {
js = gulp.series(eslint, compileScript2Swan, packDep)
mpXml = swan
} else if (isQqapp) {
js = gulp.series(eslint, compileScript2Qqapp, packDep)
mpXml = qml
} else if (isTtapp) {
js = gulp.series(eslint, compileScript2Ttapp, packDep)
mpXml = ttml
} else {
js = gulp.series(eslint, pathScript, packDep)
mpXml = xml
}
const styles = gulp.series(stylelint)
const config = gulp.series(copyConfig)
const adapter = gulp.series(preProcessAdapter)
const build = gulp.series(cleanDist, adapter, gulp.parallel(pathJson, imagemin, js, styles, config, mpXml))
const start = gulp.series(build)
// const watch = gulp.series(watch)
// todo watch优化
function watch() {
gulp.watch(SRC.ADAPTER, preProcessAdapter)
gulp.watch(SRC.STYLE, styles)
gulp.watch(SRC.SCRIPT, js)
gulp.watch(SRC.JSON, pathJson)
gulp.watch(SRC.IMAGE, imagemin)
gulp.watch(SRC.XML, mpXml)
gulp.watch(SRC.CONFIG, config)
gulp.watch([SRC.STYLE, SRC.SCRIPT, SRC.JSON, SRC.IMAGE, SRC.XML, SRC.CONFIG])
.on('unlink', function(filepath) {
const filePathFromSrc = path.relative(path.resolve('src'), filepath);
const destFilePath = path.resolve('dist', filePathFromSrc);
del.sync(destFilePath);
})
}
gulp.task('js', js)
gulp.task('format', gulp.series(formatScript, eslint, stylelint))
gulp.task('stylelint', stylelint)
gulp.task('watch', watch)
gulp.task('start', start)
|
export default styles => ({
toWidth: styles.width,
toHeight: styles.height
})
|
/* @flow */
import React from 'react';
import Icon from 'mineral-ui/Icon';
import type { IconProps } from 'mineral-ui/Icon/types';
/* eslint-disable prettier/prettier */
export default function IconLooks6(props: IconProps) {
const iconProps = {
rtl: false,
...props
};
return (
<Icon {...iconProps}>
<g>
<path d="M11 15h2v-2h-2v2zm8-12H5c-1.1 0-2 .9-2 2v14c0 1.1.9 2 2 2h14c1.1 0 2-.9 2-2V5c0-1.1-.9-2-2-2zm-4 6h-4v2h2a2 2 0 0 1 2 2v2a2 2 0 0 1-2 2h-2a2 2 0 0 1-2-2V9a2 2 0 0 1 2-2h4v2z"/>
</g>
</Icon>
);
}
IconLooks6.displayName = 'IconLooks6';
IconLooks6.category = 'image';
|
'use strict';
// ===============
// Widget Wrangler
// ===============
//
// This is a light-weight JavaScript library that loads "widgets" written in MV* style libraries such
// as AngularJS. It manages loading JS libraries efficiently and without conflict when they are used
// by multiple independent widgets on a page.
//
// Widget Wrangler does not depend on any other Javascript libraries
// https://github.com/Widget-Wrangler/ww
var ww = window.ww || function () {
var ww = {
version: "1.0.2", // Library verison number
// *** SCRIPT MANAGEMENT ***
// Each script library that's needed is tracked via a script object with the following properties:
// index - index into the scriptLibraries[] array for this script
// scriptSrc - source URL for the script
// status - set to "Loading" or "Complete"
scriptLibraries: [], // Array of scripts that have been loaded or in process of loading.
cssFiles: [], // Array of css files that have been injected.
// loadScript(scriptSrc)
// This function gets called whenever a script needs to be loaded. It handles the possibility
// that it has already been loaded, is in the progress of loading, or has never been loaded
// at all, and notifies the appScriptLoaded when loading is complete.
loadScript: function loadScript(scriptSrc) {
var scriptLoading = {}; // Object found in - or to be added to - the scriptLibraries array
// Check if script is already queued
for (var i = 0; i < ww.scriptLibraries.length; i++) {
if (ww.scriptLibraries[i].scriptSrc === scriptSrc) {
scriptLoading = ww.scriptLibraries[i];
break;
}
}
// If script was not already queued, add it to the queue and start loading it
if (!scriptLoading.hasOwnProperty("index")) {
// First add it to the scriptLibraries array
var newScript = {
index: ww.scriptLibraries.length,
scriptSrc: scriptSrc,
status: "Loading"
};
ww.scriptLibraries.push(newScript);
scriptLoading = ww.scriptLibraries[ww.scriptLibraries.length - 1];
// Now tell the browser to load the script
var head = document.getElementsByTagName('head')[0];
var script = document.createElement('script');
script.type = 'text/javascript';
if (script.readyState) {
script.onreadystatechange = function () {
if (this.readyState == 'complete') ww.scriptLoaded(newScript.index);
};
}
script.onload = function() {
ww.scriptLoaded(newScript.index);
};
script.onerror = function() {
newScript.status = "Error";
ww.scriptError(newScript.index);
};
script.src = scriptSrc;
head.appendChild(script);
}
return scriptLoading;
},
// loadCss(cssSrc)
// This function gets called whenever a css file needs to be injected.
// It handles the possibility that it has already been injected.
loadCss: function loadCss(cssSrc) {
var cssInjected = {}; // Object found in - or to be added to - the cssFiles array
// Check if css file is already injected
for (var i = 0; i < ww.cssFiles.length; i++) {
if (ww.cssFiles[i].cssSrc === cssSrc) {
cssInjected = ww.cssFiles[i];
break;
}
}
// If css was not already injected, add it to the head tag
if (!cssInjected.hasOwnProperty("index")) {
// First add it to the cssFiles array
var newCss = {
index: ww.cssFiles.length,
cssSrc: cssSrc
};
ww.cssFiles.push(newCss);
cssInjected = ww.cssFiles[ww.cssFiles.length - 1];
// Now tell the browser to load the css
var head = document.getElementsByTagName('head')[0];
var css = document.createElement('link');
css.type = 'text/css';
css.rel = 'stylesheet';
css.href = cssSrc;
head.appendChild(css);
}
return cssInjected;
},
// scriptLoaded(index)
// This function is called when a script has finished loading
scriptLoaded: function scriptLoaded(index) {
if (ww.scriptLibraries[index].status !== "Error") {
// Mark the script as complete
ww.scriptLibraries[index].status = "Complete";
// Look through apps for any that are waiting for a script to load, and call
// their appScriptLoaded with the index of the script that has completed
for (var i = 0; i < ww.apps.length; i++) {
if (ww.apps[i].appStatus === "Waiting") {
ww.apps[i].appScriptLoaded(index);
}
}
}
},
// scriptError(index)
// This function handles script loading errors
scriptError: function scriptError(index) {
// Look through apps for any that are waiting for a script to load, and call
// their appScriptError with the index of the script that has errored
for (var i = 0; i < ww.apps.length; i++) {
if (ww.apps[i].appStatus === "Waiting") {
ww.apps[i].appScriptError(index);
}
}
},
// *** APP MANAGEMENT ***
// Each instance of WW on a page, along with its parent HTML element, is considered an "app" and
// is tracked using an appObj object.
apps: [], // Array of all known apps on this page
// appObj - prototype for an object that represents an app.
appObj: function appObj() {
var obj = {
appId: "", // Unique string identifier for this app
appName: "", // App name (also the Angular controller name)
appType: "", // App type (set to "Angular" or "Self")
appBind: null, // App binding function for "Self" app
appElement: {}, // DOM element to bind to
appStatus: "Not Started", // App Status is "Not Started", "Waiting", "Complete" or "Error"
appScripts: [], // Array of appScriptObj objects for script this app requires
appCss: [], // Array of appCssObj objects for css files this app requires
appConfig: null, // Configuration string to pass to appBind function
appExecPriority: 0, // The app's current executing priorty.
appMaxPriority: 0, // The app's highest priority.
// startLoading()
// This function injects all css files and initializes the apps scripts at priority 0 to be loaded.
startLoading: function startLoading() {
//Inject css files
if (this.appCss.length > 0) {
for (var c = 0; c < this.appCss.length; c++) {
var newCss = ww.loadCss(this.appCss[c].src);
this.appCss[c].index = newCss.index;
}
}
//Start loading priority 0 scripts
this.appMaxPriority = this.appScripts[this.appScripts.length-1].priority;
for (var i = 0; i < this.appScripts.length; i++) {
if (this.appScripts[i].priority === 0) {
this.appStatus = "Waiting";
var newScript = ww.loadScript(this.appScripts[i].src);
this.appScripts[i].status = newScript.status;
this.appScripts[i].index = newScript.index;
if (newScript.status === "Complete") {
//If script is already loaded, notify appScriptLoaded for this app.
this.appScriptLoaded(newScript.index);
} else if (newScript.status === "Error") {
//If script is already loaded, but in error, call appScriptError for this app.
this.appScriptError(newScript.index);
}
}
}
},
// appScriptLoaded(index)
// This function is called whenever an app needs to be notified that a script has loaded.
// index is an index into the appScripts array
appScriptLoaded: function appScriptLoaded(index) {
var i = 0,
appLoaded = false,
priorityComplete = false,
completedScript = null;
// First, try to find the appScript corresponding to the script that finished loading
for (i = 0; i < this.appScripts.length; i++) {
if (this.appScripts[i].index === index) {
completedScript = this.appScripts[i];
}
}
if (completedScript !== null) {
// If here, we found the appScript. Mark it complete. Could be a script that this app hasn't loaded yet.
completedScript.status = "Complete";
if (completedScript.priority === this.appExecPriority) {
// Check if all the scripts we were waiting for are done. If so, we can infer that
// we've finished loading all scripts at this priority and should either start loading
// the next priority of scripts or bootstrap the app.
priorityComplete = true;
for (i = 0; i < this.appScripts.length; i++) {
if (this.appScripts[i].priority === this.appExecPriority && this.appScripts[i].status !== "Complete")
priorityComplete = false;
}
if (priorityComplete) {
appLoaded = true;
while (appLoaded && this.appExecPriority <= this.appMaxPriority) {
appLoaded = true;
// Look for additional scripts at the next priority and, if found, start them if they're not already complete.
this.appExecPriority++;
for (i = 0; i < this.appScripts.length; i++) {
if (this.appScripts[i].priority === this.appExecPriority && this.appScripts[i].status !== "Complete") {
var newScript = ww.loadScript(this.appScripts[i].src);
this.appScripts[i].status = newScript.status;
this.appScripts[i].index = newScript.index;
if (newScript.status !== "Complete") {
appLoaded = false;
}
if (newScript.status === "Error") {
//If script is already loaded, but in error, call appScriptError for this app.
this.appScriptError(newScript.index);
}
}
}
}
}
if (appLoaded) {
// If here, all the scripts needed by the app are loaded.
this.appStatus = "Complete";
// Bootstrap the Angular controller
if (this.appType.toLowerCase() === "angular") {
try {
window.angular.bootstrap(this.appElement, this.appName);
console.log(this.appName[2] + "(" + this.appId + ")" + " loading complete.");
} catch (e) {
console.log("Error bootstrapping application: " + this.appName[2] + "(" + this.appId + ")");
console.log(e.message);
}
//Self Binding Application
} else if (this.appBind != undefined && this.appBind.length > 0) {
//Deal with namespaces or nesting of function.
var fnElements = this.appBind.split(".");
var bindFn = window;
for (i = 0; i < fnElements.length; i++) {
bindFn = bindFn[fnElements[i]];
}
if (typeof bindFn === 'function') {
bindFn(this.appElement, this.appConfig);
console.log(this.appName + "(" + this.appId + ")" + " with function: " + this.appBind + " loading complete.");
} else {
console.log("Error bootstrapping application: " + this.appName + "(" + this.appId + ") with function: " + this.appBind);
}
}
}
}
}
},
// appScriptError(index)
// This script handles checking if a script the app depends on has errored.
appScriptError: function appScriptError(index) {
// Try to find the appScript corresponding to the script that finished loading
for (var i = 0; i < this.appScripts.length; i++) {
if (this.appScripts[i].index === index) {
this.appStatus = "Error";
console.log(this.appName + "(" + this.appId + ")" + " failed to load script: " + this.appScripts[i].src);
}
}
}
};
return obj;
},
// appScriptObj
// Prototype for an object that represents a script needed by an app
appScriptObj: function appScriptObj() {
var obj = {
index: -1, // Index in the scriptLibraries array
src: "", // Source URL
priority: 0, // Priority where all priority 0 scripts are loaded first, then priority 1, etc.
status: "NotLoaded", // Status is "NotLoaded", "Loading" or "Complete"
};
return obj;
},
// appCssObj
// Prototype for an object that represents a script needed by an app
appCssObj: function appCssObj() {
var obj = {
index: -1, // Index in the scriptLibraries array
src: "", // Source URL
};
return obj;
}
};
return ww;
}();
(function () {
// *** In-line execution begins here ***
// We will bind to the parent of this script block, so find it now while the DOM is still loading
// ie. before doing any async calls to load scripts! Right now, it will be the last, deepest child in the tree.
try {
var APP_TYPES = ["angular"];
var validAppType = true;
var element = document.documentElement; // This will hold the <script> tag's DOM element
while (element.childNodes.length && element.lastChild.nodeType === 1) {
element = element.lastChild;
}
var elementToBind = element.parentNode; // This is the parent of the script tag
// Get the path of the script source so we can handle relative script URL's
var scriptPath = element.src;
scriptPath = scriptPath.substring(0, scriptPath.lastIndexOf('/') + 1);
// Get the app parameters from the <script> element
var appName = element.getAttribute("ww-appName");
if (appName.substring(0, 1) === '[') {
appName = eval(appName);
} else {
appName = [appName];
}
var appType = element.getAttribute("ww-appType");
if (appType === null) { appType = ""; }
if (appType.length > 0) {
appType = appType.toLowerCase();
validAppType = (APP_TYPES.indexOf(appType) > -1);
}
var appBind = element.getAttribute("ww-appBind");
if (appBind === null) { appBind = ""; }
var appScripts = null;
try {
appScripts = JSON.parse(element.getAttribute("ww-appScripts"));
} catch (e) {
console.log("Error parsing ww-appScripts tag: " + e);
}
var appCss = null;
try {
appCss = JSON.parse(element.getAttribute("ww-appCss"));
} catch (e) {
console.log("Error parsing ww-appCss tag: " + e);
}
var appConfig = element.getAttribute("ww-appConfig");
if (appConfig === null) { appConfig = ""; }
if (appScripts !== null && appName.length > 0 && (appType.length > 0 || appBind.length > 0) && validAppType) {
// Create the app object
var newApp = new ww.appObj();
newApp.appId = appName[0] + ww.apps.length;
newApp.appName = appName;
newApp.appType = appType;
newApp.appBind = appBind;
newApp.appElement = elementToBind;
newApp.appConfig = appConfig;
// Add an appScript object for each script the app requires
for (var i = 0; i < appScripts.length; i++) {
var newScript = new ww.appScriptObj();
if (appScripts[i].src.substring(0, 2) === "~/") {
appScripts[i].src = appScripts[i].src.replace("~/", scriptPath);
}
newScript.src = appScripts[i].src;
newScript.priority = appScripts[i].priority || 0;
newApp.appScripts.push(newScript);
}
// Add an appCss object for each css file the app requires
if (appCss != undefined) {
for (var j = 0; j < appCss.length; j++) {
var newCss = new ww.appCssObj();
if (appCss[j].src.substring(0, 2) === "~/") {
appCss[j].src = appCss[j].src.replace("~/", scriptPath);
}
newCss.src = appCss[j].src;
newApp.appCss.push(newCss);
}
}
// Add the app to the apps collection and start loading
ww.apps.push(newApp);
newApp.startLoading();
} else {
console.log("Unable to load app: " + appName + ". Error in script tag.");
}
} catch (e) {
console.log(e);
}
})();
|
/*
* This code snippet checks if the page allows creating
* and executing new inline scripts (script-injection attacks)
* See https://github.com/bahmutov/disable-inline-javascript-tutorial
* Credit: https://github.com/bahmutov/code-snippets/blob/master/test-script-injection.js
*/
(function testInlineScriptInjection() {
var el = document.createElement('script');
el.innerText = 'alert("hi there")';
document.body.appendChild(el); // runs the code by default
}());
(function testExternalScriptInjection() {
var el = document.createElement('script');
el.src = 'https://rawgit.com/hakimel/reveal.js/tree/master/js';
document.body.appendChild(el);
}());
|
import * as React from 'react';
import { StyledIconBase } from '@styled-icons/styled-icon';
export const Clipboard = /*#__PURE__*/React.forwardRef((props, ref) => {
const attrs = {
"fill": "currentColor",
"xmlns": "http://www.w3.org/2000/svg"
};
return /*#__PURE__*/React.createElement(StyledIconBase, Object.assign({
iconAttrs: attrs,
iconVerticalAlign: "middle",
iconViewBox: "0 0 20 20"
}, props, {
ref: ref
}), /*#__PURE__*/React.createElement("path", {
d: "M15.6 2l-1.2 3H5.6L4.4 2C3.629 2 3 2.629 3 3.4v15.2c0 .77.629 1.4 1.399 1.4h11.2c.77 0 1.4-.631 1.4-1.4V3.4C17 2.629 16.369 2 15.6 2zm-2 2l.9-2h-2.181L11.6 0H8.4l-.72 2H5.5l.899 2H13.6z"
}));
});
Clipboard.displayName = 'Clipboard';
export const ClipboardDimensions = {
height: 20,
width: 20
};
|
document.getElementById("id_business_version").innerHTML = "Business version = 2017.11.27.1";
window.addEventListener("deviceorientation",on_device_orientation);
//-----------------------------------------
function deseneaza_cerc(unghi1,unghi2)
{
var cerc = document.getElementById("id_circle");
cerc.setAttribute("cx",200+unghi1*200/90);
cerc.setAttribute("cy",200+unghi2*200/90);
}
//------------------------------------
function on_device_orientation(e)
{
deseneaza_cerc(e.gamma,e.beta);
}
|
const replacements = require('./replacements'),
element = require('./element'),
listen = require('./listen'),
string = require('./string');
// The smartquotes function should just delegate to the other functions
function smartquotes(context, ignoreClassNames=[]) {
if (typeof document !== 'undefined' && typeof context !== 'string' && !context) {
listen.runOnReady(() => element(document.body, ignoreClassNames));
return smartquotes;
} else if (typeof context === 'string') {
return string(context);
} else {
return element(context, ignoreClassNames);
}
}
module.exports = smartquotes;
module.exports.string = string;
module.exports.element = element;
module.exports.replacements = replacements;
module.exports.listen = listen;
|
import React from 'react';
import ReactDOM from 'react-dom';
import { hot } from 'react-hot-loader/root';
import './index.css';
import App from './App';
import * as serviceWorker from './serviceWorker';
const WithHotReload = process.env.NODE_ENV === 'production' ? App : hot(App);
ReactDOM.render(<WithHotReload />, document.getElementById('root'));
// If you want your app to work offline and load faster, you can change
// unregister() to register() below. Note this comes with some pitfalls.
// Learn more about service workers: https://bit.ly/CRA-PWA
serviceWorker.unregister();
|
const Config = require('./Config');
const config = new Config({
mode: 'development',
devtool: 'eval-source-map',
// devtool: 'cheap-module-eval-source-map',
// devtool: 'inline-source-map',
externals: {
lodash: '_',
react: 'React',
'react-dom': 'ReactDOM',
antd: 'antd',
moment: 'moment',
'@ant-design/icons': 'icons',
'monaco-editor': 'monaco',
},
CDN: [
'lodash@4.17.20/lodash.js',
'react@17.0.1/react.development.js',
'react-dom@17.0.1/react-dom.development.js',
'momentjs@2.29.1/moment.js',
'momentjs@2.29.1/zh-cn.js',
'antd@4.15.0/antd.min.js',
'antd@4.15.0/antd.min.css',
// 'fonts/iconfont.css',
'ant-design-icons@4.2.2/index.umd.js',
'monaco-editor@0.21.2/min/vs/loader.js',
'monaco-editor@0.21.2/config.js',
'monaco-editor@0.21.2/min/vs/editor/editor.main.nls.js',
'monaco-editor@0.21.2/min/vs/editor/editor.main.js',
],
});
module.exports = config.value();
|
import { Route, Redirect } from "react-router-dom";
import { useSelector } from "react-redux";
import Loader from "./Loader";
const PrivateRoute = ({ component: Component, ...rest }) => {
const userLogin = useSelector((state) => state.userLogin);
const { loading, userInfo } = userLogin;
return (
<Route
{...rest}
render={(props) =>
loading ? (
<Loader />
) : userInfo ? (
<Component {...props} userInfo={userInfo} />
) : (
<Redirect to="/login" />
)
}
/>
);
};
export default PrivateRoute;
|
CKEDITOR.dialog.add('ckawesomeDialog', function( editor ) {
function getCKAwesomeIcons(selectList ){
var result = [];
var scriptUrl = editor.fontawesomePath;
$.ajax({
url: scriptUrl,
type: 'get',
dataType: 'html',
async: false,
success: function(response) {
var excludeStyles = [".fa.",".fa",".fa-lg",".fa-2x",".fa-3x",".fa-4x",".fa-5x",".fa-fw",".fa-ul",".fa-ul>",".fa-li",".fa-border",".fa-pull-left",".fa-pull-right",".fa-spin",".fa-pulse",".fa-rotate-90",".fa-rotate-180",".fa-rotate-270",".fa-flip-horizontal",".fa-flip-vertical",".fa-stack",".fa-stack-1x",".fa-stack-2x",".fa-inverse"];
var regxstyles = new RegExp(/\.[a-zA-Z_][\w-_]*[^\.\s\{#:\,;]/,"g" );
var styles = response.match(regxstyles);
styles.sort();
$.each(styles, function( index, value ) {
var xstart=value.substring(0, 3).substring(1);
if (xstart != 'fa' || excludeStyles.indexOf(value) > 0){ return; }
value = value.substring(1);
selectList.add(value, value);
})
},
error: function (jqXHR, exception) {
alert("Error loading Font Awesome css: \n" + scriptUrl);
},
});
}
function getSelectionOptions(selectList, start, inc, many){
var result = [];
var val = start;
result.push(start);
many = many > 0 ? many : 5;
for(var i = 0; i < many; i++){
val += inc;
result.push(val);
}
$.each(result, function( index, value ) {
selectList.add(value, value);
})
}
function formatCKAwesome (icon) {
if (!icon.id) { return icon.text; }
var text = icon.text.replace(/fa-|\.|\-/gi, " ");
var icon = $('<span class="ckawesome_options"><i class="fa ' + icon.element.value + ' fa-fw"></i> ' + text + "</span>");
return icon;
};
return {
title: 'Insert CKAwesome',
minWidth: 200,
minHeight: 200,
contents: [
{
id: 'options',
label: 'Basic Settings',
elements: [
{
type: 'select',
id: 'ckawesomebox',
label: 'Select font Awesome',
validate: CKEDITOR.dialog.validate.notEmpty( "Font Awesome field cannot be empty." ),
items: [[ editor.lang.common.notSet, '' ]],
onLoad: function () {
getCKAwesomeIcons(this);
var selectbx = $('#' + this.getInputElement().getAttribute('id'));
$(selectbx).select2({ width: "100%", templateResult: formatCKAwesome, templateSelection: formatCKAwesome});
},
onShow: function(){
var selectbx = $('#' + this.getInputElement().getAttribute('id'));
$(selectbx).val('').trigger('change') ;
}
},
{
type: 'select',
id: 'textsize',
label: 'Select size',
items: [[ editor.lang.common.notSet, '' ]],
onLoad: function (widget) {
getSelectionOptions(this, 8, 1, 42);
}
},
{
type: "hbox",
padding: 0,
widths: ["80%", "20%"],
children: [
{
id: 'fontcolor',
type: 'text',
label: 'Select color',
onChange: function( element ) {
var idEl = $('#' +this.getInputElement().getAttribute('id'));
idEl.css("background-color", idEl.val());
},
onKeyUp: function( element ) {
var idEl = $('#' + this.getInputElement().getAttribute('id'));
idEl.css("background-color", idEl.val());
},
onShow: function(){
var idEl = $('#' + this.getInputElement().getAttribute('id'));
idEl.css("background-color", "");
}
},
{
type: "button",
id: "fontcolorChooser",
"class": "colorChooser",
label: "Color",
style: "margin-left: 8px",
onLoad: function () {
this.getElement().getParent().setStyle("vertical-align", "bottom")
},
onClick: function () {
editor.getColorFromDialog(function (color) {
color && this.getDialog().getContentElement("options", "fontcolor").setValue( color );
this.focus()
}, this)
}
}
]
}
]
},
],
onOk: function() {
var dialog = this;
var cka = editor.document.createElement( 'span' );
var cka_size = dialog.getValueOf( 'options', 'textsize' );
var cka_color = dialog.getValueOf( 'options', 'fontcolor' );
var cka_class = "fa fa-fw " + dialog.getValueOf( 'options', 'ckawesomebox' );
var cka_style = ( cka_size != '' ? 'font-size: '+cka_size+'px;' : '' ) + ( cka_color != '' ? 'color: '+cka_color+';' : '' ) ;
cka.setAttribute( 'class', cka_class );
if ( cka_style ) cka.setAttribute( 'style', cka_style );
editor.insertElement( cka );
}
};
});
|
import { observable, action, computed } from 'mobx';
class Progress {
@observable statusText = '';
@observable visible = false;
@observable showProgress = false;
@observable showTerminal = false;
@observable progressValue = 0; // 进度
@observable progressSpeedValue = 0; // 下载速度
@observable progressRemainingValue = 0; // 剩余时间
@observable progressSection = 100; //
@observable SectionCount = 1; // 多文件下载合并进度, 几段
@observable currentCount = 1; // 每段长度
@action
start(showProgress = false) {
this.visible = true;
this.showProgress = showProgress;
}
@action
end() {
this.reset();
}
@action
setStatusText(text) {
this.statusText = text;
}
@action
setSectionCount(count) {
this.SectionCount = count; // 几段
this.progressSection = Number((100 / count).toFixed(1)); // 每段长度
}
@action
setShowTerminal(isShow) {
this.showTerminal = isShow;
}
@action
setShowProgress(isShow) {
this.showProgress = isShow;
}
@computed
get progress() {
return Number(this.progressValue.toFixed(1));
}
@computed
get progressSpeed() {
return Math.floor(this.progressSpeedValue / 1024) || '-';
}
@computed
get progressRemaining() {
return Math.floor(this.progressRemainingValue) || '-';
}
@action
reset() {
this.statusText = '';
this.visible = false;
this.showProgress = false;
this.showTerminal = false;
this.progressValue = 0; // 进度
this.progressSpeedValue = 0; // 下载速度
this.progressRemainingValue = 0; // 剩余时间
this.progressSection = 100;
this.sectionCount = 1;
this.currentCount = 1;
}
// @see https://www.npmjs.com/package/request-progress
/**
{
percent: 0.5, // Overall percent (between 0 to 1)
speed: 554732, // The download speed in bytes/sec
size:
{
total: 90044871, // The total payload size in bytes
transferred: 27610959 // The transferred payload size in bytes
},
time:
{
elapsed: 36.235, // The total elapsed seconds since the start (3 decimals)
remaining: 81.403 // The remaining seconds to finish (3 decimals)
}
}
*/
// 多区块下载合并成一个进度的逻辑。
@action
handleProgressFunc = (state = {}) => {
if (state.percent) {
if (state.percent >= 1) {
if(this.SectionCount === this.currentCount) {
this.progressValue = 100;
this.progressSpeedValue = 0;
this.progressRemainingValue = 0;
} else {
this.currentCount++;
}
} else if (state.percent > 0) {
this.progressValue = Number(state.percent) * this.progressSection
+ (this.currentCount - 1) * this.progressSection;
this.progressSpeedValue = state.speed || 0;
this.progressRemainingValue = (state.time && state.time.remaining) || 0;
}
}
};
}
export default new Progress();
|
const request = require('request-promise')
const express = require("express")
const port = process.env.PORT || 3000;
const cron = require('node-cron')
const app = express()
app.listen(port, () => {
console.log("Server running on port 3000, created by ahsan mubariz");
});
let datayya, ODP, pdp, positif, rujukan,positifWafat,pdpWafat
cron.schedule('0 */4 * * *', () => {
request({
url: 'https://covid19.sulselprov.go.id/',
"rejectUnauthorized": false
}).then(function(data) {
datayya = JSON.parse(data.match(/var odp =.*?\n/gm).toString().replace('var odp = ','').replace(/'/g,'').replace(/;/g,''));
ODP = JSON.parse(data.match(/var ODP =.*?\n/gm).toString().replace('var ODP = ','').replace(/'/g,'').replace(/;/g,''));
pdp = JSON.parse(data.match(/var PDP =.*?\n/gm).toString().replace('var PDP = ','').replace(/'/g,'').replace(/;/g,''));
positif = JSON.parse(data.match(/var POSITIF =.*?\n/gm).toString().replace('var POSITIF = ','').replace(/'/g,'').replace(/;/g,''));
rujukan = JSON.parse(data.match(/var rujukan =.*?\n/gm).toString().replace('var rujukan = ','').replace(/'/g,'').replace(/;/g,''));
positifWafat = JSON.parse(data.match(/var POSITIFMeninggal =.*?\n/gm).toString().replace('var POSITIFMeninggal = ','').replace(/'/g,'').replace(/;/g,''));
pdpWafat = JSON.parse(data.match(/var PDPMeninggal =.*?\n/gm).toString().replace('var PDPMeninggal = ','').replace(/'/g,'').replace(/;/g,''));
}, function(err) {
console.log(err);
});
});
request({
url: 'https://covid19.sulselprov.go.id/',
"rejectUnauthorized": false
}).then(function(data) {
datayya = JSON.parse(data.match(/var odp =.*?\n/gm).toString().replace('var odp = ','').replace(/'/g,'').replace(/;/g,''));
ODP = JSON.parse(data.match(/var ODP =.*?\n/gm).toString().replace('var ODP = ','').replace(/'/g,'').replace(/;/g,''));
pdp = JSON.parse(data.match(/var PDP =.*?\n/gm).toString().replace('var PDP = ','').replace(/'/g,'').replace(/;/g,''));
positif = JSON.parse(data.match(/var POSITIF =.*?\n/gm).toString().replace('var POSITIF = ','').replace(/'/g,'').replace(/;/g,''));
rujukan = JSON.parse(data.match(/var rujukan =.*?\n/gm).toString().replace('var rujukan = ','').replace(/'/g,'').replace(/;/g,''));
positifWafat = JSON.parse(data.match(/var POSITIFMeninggal =.*?\n/gm).toString().replace('var POSITIFMeninggal = ','').replace(/'/g,'').replace(/;/g,''));
pdpWafat = JSON.parse(data.match(/var PDPMeninggal =.*?\n/gm).toString().replace('var PDPMeninggal = ','').replace(/'/g,'').replace(/;/g,''));
}, function(err) {
console.log(err);
});
app.get("/", (req, res, next) => {
res.json({createdby:"2020- ahsan mubariz",datasource:'https://covid19.sulselprov.go.id/',documentation:'read https://github.com/ahsanmubariz/covid19sulselapi.git'});
});
app.get("/datakab", async (req, res, next) => {
await res.json({result:datayya});
});
app.get("/datasebaran", async (req, res, next) => {
await res.json({odp:ODP,pdp:pdp,positif:positif,positifWafat:positifWafat});
});
app.get("/rujukan", async (req, res, next) => {
await res.json({rujukan:rujukan});
});
app.get("/about", async (req, res, next) => {
await res.json({copyright:"2020, ahsan mubariz",datasource:'https://covid19.sulselprov.go.id/'});
});
app.get("/statistik", async (req, res, next) => {
var positifCount = {},e;
positifCount["Positif - Meninggal"]=positifWafat.length
for (var i = 0,l=positif.length; i < l; i++) {
e = positif[i];
positifCount[e.properties.title] = (positifCount[e.properties.title] || 0) + 1;
}
var odpCount = {},e;
for (var i = 0,l=ODP.length; i < l; i++) {
e = ODP[i];
odpCount[e.properties.title] = (odpCount[e.properties.title] || 0) + 1;
}
var pdpCount = {},e;
for (var i = 0,l=pdp.length; i < l; i++) {
e = pdp[i];
pdpCount[e.properties.title] = (pdpCount[e.properties.title] || 0) + 1;
}
await res.json({odp:odpCount,positif:positifCount,pdp:pdpCount})
});
|
/*!
Responsive 1.0.6
2014-2015 SpryMedia Ltd - datatables.net/license
*/
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a.settings()[0].oApi._fnThrottle(function(){d._resize()}));a.on("destroy.dtr",function(){e(n).off("resize.dtr orientationchange.dtr draw.dtr")});this.c.breakpoints.sort(function(a,c){return a.width<c.width?1:a.width>c.width?-1:0});this._classLogic();this._resizeAuto();var c=this.c.details;c.type&&(d._detailsInit(),this._detailsVis(),a.on("column-visibility.dtr",function(){d._detailsVis()}),a.on("draw.dtr",function(){a.rows({page:"current"}).iterator("row",function(b,c){var f=a.row(c);if(f.child.isShown()){var i=
d.c.details.renderer(a,c);f.child(i,"child").show()}})}),e(a.table().node()).addClass("dtr-"+c.type));this._resize()},_columnsVisiblity:function(d){var a=this.s.dt,c=this.s.columns,b,g,f=e.map(c,function(a){return a.auto&&null===a.minWidth?!1:!0===a.auto?"-":-1!==e.inArray(d,a.includeIn)}),i=0;b=0;for(g=f.length;b<g;b++)!0===f[b]&&(i+=c[b].minWidth);b=a.settings()[0].oScroll;b=b.sY||b.sX?b.iBarWidth:0;a=a.table().container().offsetWidth-b-i;b=0;for(g=f.length;b<g;b++)c[b].control&&(a-=c[b].minWidth);
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!0:!1}}),b=function(a,b){var d=c[a].includeIn;-1===e.inArray(b,d)&&d.push(b)},g=function(f,g,e,j){if(e)if("max-"===e){j=d._find(g).width;g=0;for(e=a.length;g<e;g++)a[g].width<=j&&b(f,a[g].name)}else if("min-"===e){j=d._find(g).width;g=0;for(e=a.length;g<e;g++)a[g].width>=j&&b(f,a[g].name)}else{if("not-"===e){g=0;for(e=a.length;g<e;g++)-1===a[g].name.indexOf(j)&&b(f,a[g].name)}}else c[f].includeIn.push(g)};c.each(function(b,c){for(var d=b.className.split(" "),j=!1,h=0,k=d.length;h<k;h++){var l=e.trim(d[h]);
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(c.target="td:first-child");var b=c.target;e(a.table().body()).on("click","string"===typeof b?b:"td",function(){if(e(a.table().node()).hasClass("collapsed")&&a.row(e(this).closest("tr")).length){if(typeof b==="number"){var c=b<0?a.columns().eq(0).length+b:b;if(a.cell(this).index().column!==c)return}c=a.row(e(this).closest("tr"));if(c.child.isShown()){c.child(false);e(c.node()).removeClass("parent")}else{var f=d.c.details.renderer(a,c[0]);c.child(f,"child").show();e(c.node()).addClass("parent")}}})},
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this.c.breakpoints,c=0,b=a.length;c<b;c++)if(a[c].name===d)return a[c]},_resize:function(){var d=this.s.dt,a=e(n).width(),c=this.c.breakpoints,b=c[0].name,g=this.s.columns,f;for(f=c.length-1;0<=f;f--)if(a<=c[f].width){b=c[f].name;break}var i=this._columnsVisiblity(b),c=!1;f=0;for(a=g.length;f<a;f++)if(!1===i[f]&&!g[f].never){c=!0;break}e(d.table().node()).toggleClass("collapsed",c);d.columns().eq(0).each(function(a,b){d.column(a).visible(i[b])})},_resizeAuto:function(){var d=this.s.dt,a=this.s.columns;
if(this.c.auto&&-1!==e.inArray(!0,e.map(a,function(a){return a.auto}))){d.table().node();var c=d.table().node().cloneNode(!1),b=e(d.table().header().cloneNode(!1)).appendTo(c),g=e(d.table().body().cloneNode(!1)).appendTo(c);e(d.table().footer()).clone(!1).appendTo(c);d.rows({page:"current"}).indexes().flatten().each(function(a){var b=d.row(a).node().cloneNode(!0);d.columns(":hidden").flatten().length&&e(b).append(d.cells(a,":hidden").nodes().to$().clone());e(b).appendTo(g)});var f=d.columns().header().to$().clone(!1);
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auto:!0,details:{renderer:function(d,a){var c=d.cells(a,":hidden").eq(0).map(function(a){var c=e(d.column(a.column).header()),a=d.cell(a).index();if(c.hasClass("control")||c.hasClass("never"))return"";var f=d.settings()[0],f=f.oApi._fnGetCellData(f,a.row,a.column,"display");(c=c.text())&&(c+=":");return'<li data-dtr-index="'+a.column+'"><span class="dtr-title">'+c+'</span> <span class="dtr-data">'+f+"</span></li>"}).toArray().join("");return c?e('<ul data-dtr-index="'+a+'"/>').append(c):!1},target:0,
type:"inline"}};var m=e.fn.dataTable.Api;m.register("responsive()",function(){return this});m.register("responsive.index()",function(d){d=e(d);return{column:d.data("dtr-index"),row:d.parent().data("dtr-index")}});m.register("responsive.rebuild()",function(){return this.iterator("table",function(d){d._responsive&&d._responsive._classLogic()})});m.register("responsive.recalc()",function(){return this.iterator("table",function(d){d._responsive&&(d._responsive._resizeAuto(),d._responsive._resize())})});
h.version="1.0.6";e.fn.dataTable.Responsive=h;e.fn.DataTable.Responsive=h;e(p).on("init.dt.dtr",function(d,a){if("dt"===d.namespace&&(e(a.nTable).hasClass("responsive")||e(a.nTable).hasClass("dt-responsive")||a.oInit.responsive||k.defaults.responsive)){var c=a.oInit.responsive;!1!==c&&new h(a,e.isPlainObject(c)?c:{})}});return h};"function"===typeof define&&define.amd?define(["jquery","dataTables"],o):"object"===typeof exports?o(require("jquery"),require("dataTables")):jQuery&&!jQuery.fn.dataTable.Responsive&&
o(jQuery,jQuery.fn.dataTable)})(window,document);
|
import { __extends } from "tslib";
import { GetOpenIdTokenForDeveloperIdentityInput, GetOpenIdTokenForDeveloperIdentityResponse, } from "../models/models_0";
import { deserializeAws_json1_1GetOpenIdTokenForDeveloperIdentityCommand, serializeAws_json1_1GetOpenIdTokenForDeveloperIdentityCommand, } from "../protocols/Aws_json1_1";
import { getSerdePlugin } from "@aws-sdk/middleware-serde";
import { getAwsAuthPlugin } from "@aws-sdk/middleware-signing";
import { Command as $Command } from "@aws-sdk/smithy-client";
/**
* <p>Registers (or retrieves) a Cognito <code>IdentityId</code> and an OpenID Connect
* token for a user authenticated by your backend authentication process. Supplying multiple
* logins will create an implicit linked account. You can only specify one developer provider
* as part of the <code>Logins</code> map, which is linked to the identity pool. The developer
* provider is the "domain" by which Cognito will refer to your users.</p>
* <p>You can use <code>GetOpenIdTokenForDeveloperIdentity</code> to create a new identity
* and to link new logins (that is, user credentials issued by a public provider or developer
* provider) to an existing identity. When you want to create a new identity, the
* <code>IdentityId</code> should be null. When you want to associate a new login with an
* existing authenticated/unauthenticated identity, you can do so by providing the existing
* <code>IdentityId</code>. This API will create the identity in the specified
* <code>IdentityPoolId</code>.</p>
* <p>You must use AWS Developer credentials to call this API.</p>
*/
var GetOpenIdTokenForDeveloperIdentityCommand = /** @class */ (function (_super) {
__extends(GetOpenIdTokenForDeveloperIdentityCommand, _super);
// Start section: command_properties
// End section: command_properties
function GetOpenIdTokenForDeveloperIdentityCommand(input) {
var _this =
// Start section: command_constructor
_super.call(this) || this;
_this.input = input;
return _this;
// End section: command_constructor
}
/**
* @internal
*/
GetOpenIdTokenForDeveloperIdentityCommand.prototype.resolveMiddleware = function (clientStack, configuration, options) {
this.middlewareStack.use(getSerdePlugin(configuration, this.serialize, this.deserialize));
this.middlewareStack.use(getAwsAuthPlugin(configuration));
var stack = clientStack.concat(this.middlewareStack);
var logger = configuration.logger;
var clientName = "CognitoIdentityClient";
var commandName = "GetOpenIdTokenForDeveloperIdentityCommand";
var handlerExecutionContext = {
logger: logger,
clientName: clientName,
commandName: commandName,
inputFilterSensitiveLog: GetOpenIdTokenForDeveloperIdentityInput.filterSensitiveLog,
outputFilterSensitiveLog: GetOpenIdTokenForDeveloperIdentityResponse.filterSensitiveLog,
};
var requestHandler = configuration.requestHandler;
return stack.resolve(function (request) {
return requestHandler.handle(request.request, options || {});
}, handlerExecutionContext);
};
GetOpenIdTokenForDeveloperIdentityCommand.prototype.serialize = function (input, context) {
return serializeAws_json1_1GetOpenIdTokenForDeveloperIdentityCommand(input, context);
};
GetOpenIdTokenForDeveloperIdentityCommand.prototype.deserialize = function (output, context) {
return deserializeAws_json1_1GetOpenIdTokenForDeveloperIdentityCommand(output, context);
};
return GetOpenIdTokenForDeveloperIdentityCommand;
}($Command));
export { GetOpenIdTokenForDeveloperIdentityCommand };
//# sourceMappingURL=GetOpenIdTokenForDeveloperIdentityCommand.js.map
|
(function(d){d['th']=Object.assign(d['th']||{},{a:"ไม่สามารถอัปโหลดไฟล์ได้:",b:"เครื่องมือรูปภาพ",c:"เครื่องมือตาราง",d:"Align left",e:"Align right",f:"Align center",g:"Justify",h:"Text alignment",i:"Text alignment toolbar",j:"ขนาดข้อความ",k:"ค่าเริ่มต้น",l:"เล็กมาก",m:"เล็ก",n:"ใหญ่",o:"ใหญ่มาก",p:"สีพื้นหลังข้อความ",q:"Bold",r:"แบบอักษร",s:"สีข้อความ",t:"Strikethrough",u:"Underline",v:"Insert image or file",w:"คำพูดบล็อก",x:"เพิ่มการเยื้อง",y:"ลดการเยื้อง",z:"วิดเจ็ตรูปภาพ",aa:"แทรกรูป",ab:"Italic",ac:"รูปขนาดเต็ม",ad:"รูปด้านข้าง",ae:"จัดแนวภาพซ้าย",af:"จัดแนวรูปกึ่งกลาง",ag:"จัดแนวภาพขวา",ah:"เลือกขนาดหัวข้อ",ai:"หัวข้อ",aj:"Numbered List",ak:"Bulleted List",al:"แทรกตาราง",am:"หัวข้อคอลัมน์",an:"แทรกคอลัมน์ทางซ้าย",ao:"แทรกคอลัมน์ทางขวา",ap:"ลบคอลัมน์",aq:"คอลัมน์",ar:"ส่วนหัวแถว",as:"แทรกส่วนหัวด้านล่าง",at:"แทรกส่วนหัวด้านบน",au:"ลบแถว",av:"แถว",aw:"ผสานเซลล์ด้านบน",ax:"ผสานเซลล์ด้านขวา",ay:"ผสานเซลล์ด้านล่าง",az:"ผสานเซลล์ด้านซ้าย",ba:"แยกเซลล์แนวตั้ง",bb:"แยกเซลล์แนวนอน",bc:"ผสานเซลล์",bd:"ระบุคำอธิบายภาพ",be:"media widget",bf:"อัปโหลดไม่สำเร็จ",bg:"แถมเครื่องมือวิดเจ็ต",bh:"กำลังดำเนินการอัปโหลด",bi:"ลบสี",bj:"สีเอกสาร",bk:"ย่อหน้า",bl:"หัวข้อขนาด 1",bm:"Heading 2",bn:"Heading 3",bo:"Heading 4",bp:"Heading 5",bq:"Heading 6",br:"ย้อนกลับ",bs:"ทำซ้ำ",bt:"Dropdown toolbar",bu:"Editor toolbar",bv:"Show more items",bw:"สีดำ",bx:"สีเทาเข้ม",by:"สีเทา",bz:"สีเทาอ่อน",ca:"สีขาว",cb:"สีแดง",cc:"สีส้ม",cd:"สีเหลือง",ce:"สีเขียวอ่อน",cf:"สีเขียว",cg:"พลอยสีฟ้า",ch:"สีเขียวขุ่น",ci:"สีฟ้า",cj:"สีน้ำเงิน",ck:"สีม่วง",cl:"เปลี่ยนข้อความเมื่อไม่พบรูป",cm:"Could not obtain resized image URL.",cn:"Selecting resized image failed",co:"Could not insert image at the current position.",cp:"Inserting image failed",cq:"%0 of %1",cr:"Previous",cs:"Next",ct:"Insert media",cu:"The URL must not be empty.",cv:"This media URL is not supported.",cw:"บันทึก",cx:"ยกเลิก",cy:"ข้อความเมื่อไม่พบรูป",cz:"Link",da:"Open in a new tab",db:"Downloadable",dc:"Paste the media URL in the input.",dd:"Tip: Paste the URL into the content to embed faster.",de:"Media URL",df:"Unlink",dg:"Edit link",dh:"Open link in new tab",di:"This link has no URL",dj:"Rich Text Editor, %0",dk:"Link URL"})})(window.CKEDITOR_TRANSLATIONS||(window.CKEDITOR_TRANSLATIONS={}));
|
"use strict";
var hasColors = false;
if (colors) {
hasColors = true;
}
async function cssCreate() {
let bfeElements = document.getElementsByClassName("bfe");
let bfes = [];
for (let bfeElement of bfeElements) {
bfeElement.classList.forEach((item) => {
if (!bfes.includes(item) && item !== "bfe" && item.includes("bfe")) {
bfes.push(item);
}
});
}
let bfesStringed = "";
let bfesStringedSM = "";
let bfesStringedMD = "";
let bfesStringedLG = "";
let bfesStringedXl = "";
let bfesStringedXXL = "";
for (let bfe of bfes) {
let bfeSplited = bfe.split("-");
let bfeStringed = "." + bfe;
let hasBP = false;
let value = "";
if (
bfeSplited[2] === "sm" ||
bfeSplited[2] === "md" ||
bfeSplited[2] === "lg" ||
bfeSplited[2] === "xl" ||
bfeSplited[2] === "xxl"
) {
hasBP = true;
value = bfeSplited[3];
} else {
value = bfeSplited[2];
}
value = value.replace("per", "%");
value = value.replace("_", ".");
switch (bfeSplited[1]) {
case "w":
bfeStringed += `{width:${value};}`;
break;
case "h":
bfeStringed += `{height:${value};}`;
break;
case "wmin":
bfeStringed += `{min-width:${value};}`;
break;
case "hmin":
bfeStringed += `{min-height:${value};}`;
break;
case "wmax":
bfeStringed += `{max-width:${value};}`;
break;
case "hmax":
bfeStringed += `{max-height:${value};}`;
break;
case "rounded":
bfeStringed += `{border-radius:${value};}`;
break;
case "z":
bfeStringed += `{z-index:${value};}`;
break;
case "top":
bfeStringed += `{top:${value};}`;
break;
case "bot":
bfeStringed += `{bottom:${value};}`;
break;
case "end":
bfeStringed += `{left:${value};}`;
break;
case "start":
bfeStringed += `{right:${value};}`;
break;
case "bot":
bfeStringed += `{bottom:${value};}`;
break;
case "fs":
bfeStringed += `{font-size:${value};}`;
break;
case "p":
bfeStringed += `{padding:${value};}`;
break;
case "pt":
bfeStringed += `{padding-top:${value};}`;
break;
case "pb":
bfeStringed += `{padding-bottom:${value};}`;
break;
case "ps":
bfeStringed += `{padding-left:${value};}`;
break;
case "pe":
bfeStringed += `{padding-right:${value};}`;
break;
case "px":
bfeStringed += `{padding-left:${value};padding-right:${value};}`;
break;
case "py":
bfeStringed += `{padding-top:${value};padding-bottom:${value};}`;
break;
case "m":
bfeStringed += `{margin:${value};}`;
break;
case "mt":
bfeStringed += `{margin-top:${value};}`;
break;
case "mb":
bfeStringed += `{margin-bottom:${value};}`;
break;
case "ms":
bfeStringed += `{margin-left:${value};}`;
break;
case "me":
bfeStringed += `{margin-right:${value};}`;
break;
case "mx":
bfeStringed += `{margin-left:${value};margin-right:${value};}`;
break;
case "my":
bfeStringed += `{margin-top:${value};margin-bottom:${value};}`;
break;
}
if (
hasColors === true &&
(bfeSplited[1] === "bg" ||
bfeSplited[1] === "text" ||
bfeSplited[1] === "border" ||
bfeSplited[1] === "bordert" ||
bfeSplited[1] === "borderb" ||
bfeSplited[1] === "borders" ||
bfeSplited[1] === "bordere" ||
bfeSplited[1] === "borderx" ||
bfeSplited[1] === "bordery" ||
bfeSplited[1] === "btn") &&
colorsNames.includes(value)
) {
switch (bfeSplited[1]) {
case "bg":
bfeStringed += `{background-color:${colors[value]};}`;
break;
case "text":
bfeStringed += `{color:${colors[value]};}`;
break;
case "border":
bfeStringed += `{border-color:${colors[value]} !important;}`;
break;
case "bordert":
bfeStringed += `{border-top-color:${colors[value]} !important;}`;
break;
case "borderb":
bfeStringed += `{border-bottom-color:${colors[value]} !important;}`;
break;
case "borders":
bfeStringed += `{border-right-color:${colors[value]} !important;}`;
break;
case "bordere":
bfeStringed += `{border-left-color:${colors[value]} !important;}`;
break;
case "borderx":
bfeStringed += `{border-right-color:${colors[value]} !important;border-left-color:${colors[value]} !important;}`;
break;
case "bordery":
bfeStringed += `{border-top-color:${colors[value]} !important;border-bottom-color:${colors[value]} !important;}`;
break;
case "btn":
console.log(colors[value]);
console.log(await shadeTintColor(await HexToRGB(colors[value]), -15));
console.log(await shadeTintColor(await HexToRGB(colors[value]), -20));
console.log(await shadeTintColor(await HexToRGB(colors[value]), -25));
console.log(await shadeTintColor(await HexToRGB(colors[value]), 2));
/*
console.log(await darken(await HexToRGB(colors[value]), 2));
console.log(await darken(await HexToRGB(colors[value]), 3));
console.log(await darken(await HexToRGB(colors[value]), 4));
console.log(await darken(await HexToRGB(colors[value]), 5));
console.log(await darken(await HexToRGB(colors[value]), 6));
*/
/*
bfeStringed += `{background-color:${colors[value]};border-color:${colors[value]};}
/.${bfe}:hover{background-color:${await darken(await HexToRGB(colors[value]), -5)};border-color:${await darken(await HexToRGB(colors[value]), -10)}
/.btn-check:focus + .${bfe}, .${bfe}:focus{background-color:${await darken(await HexToRGB(colors[value]), -50)};border-color:${await darken(await HexToRGB(colors[value]), -60)}
/.btn-check:checked + .${bfe}, .btn-check:active + .${bfe}, .${bfe}:active, .${bfe}.active, .show > .${bfe}.dropdown-toggle{background-color:${await darken(await HexToRGB(colors[value]), -60)};border-color:${await darken(await HexToRGB(colors[value]), -70)}
/.btn-check:checked + .btn-check:focus, .btn-check:active + .${bfe}:focus, .${bfe}:active:focus, .${bfe}.active:focus, .show > .${bfe}.dropdown-toggle:focus{box-shadow: 0 0 0 0.25rem ${await darken(await HexToRGB(colors[value]), -75)}}`;
*/
break;
}
}
if (bfeStringed.includes("{") && bfeStringed.includes("}")) {
if (hasBP === true) {
switch (bfeSplited[2]) {
case "sm":
bfesStringedSM += bfeStringed;
break;
case "md":
bfesStringedMD += bfeStringed;
break;
case "lg":
bfesStringedLG += bfeStringed;
break;
case "xl":
bfesStringedXl += bfeStringed;
break;
case "xxl":
bfesStringedXXL += bfeStringed;
break;
}
} else {
bfesStringed += bfeStringed + "/";
}
}
}
if (bfesStringed !== "") {
for (let bfe of bfesStringed.split("/")) {
if (bfe !== "") {
createCSSRules(bfe);
}
}
}
if (bfesStringedSM !== "") {
createCSSRules(
`@media only screen and (min-width: 500px) {${bfesStringedSM}}`
);
}
if (bfesStringedMD !== "") {
createCSSRules(
`@media only screen and (min-width: 500px) {${bfesStringedMD}}`
);
}
if (bfesStringedLG !== "") {
createCSSRules(
`@media only screen and (min-width: 500px) {${bfesStringedLG}}`
);
}
if (bfesStringedXl !== "") {
createCSSRules(
`@media only screen and (min-width: 500px) {${bfesStringedXl}}`
);
}
if (bfesStringedXXL !== "") {
createCSSRules(
`@media only screen and (min-width: 500px) {${bfesStringedXXL}}`
);
}
}
function createCSSRules(rule) {
let sheets = [...document.styleSheets];
let sheet;
sheet = sheets.pop();
sheet.insertRule(rule, sheet.cssRules.length);
}
function HexToRGB(Hex) {
let HexNoCat = Hex.replace("#", "");
let rgb =
HexNoCat.length !== 3
? [
parseInt(HexNoCat.substr(0, 2), 16),
parseInt(HexNoCat.substr(2, 2), 16),
parseInt(HexNoCat.substr(4, 2), 16),
]
: [
parseInt(HexNoCat.substr(0, 1), 16),
parseInt(HexNoCat.substr(1, 1), 16),
parseInt(HexNoCat.substr(2, 1), 16),
];
return rgb;
}
function shadeTintColor(rgb, percent) {
var R = rgb[0];
var G = rgb[1];
var B = rgb[2];
R = parseInt((R * (100 + percent)) / 100);
G = parseInt((G * (100 + percent)) / 100);
B = parseInt((B * (100 + percent)) / 100);
R = R < 255 ? R : 255;
G = G < 255 ? G : 255;
B = B < 255 ? B : 255;
var RR = R.toString(16).length == 1 ? "0" + R.toString(16) : R.toString(16);
var GG = G.toString(16).length == 1 ? "0" + G.toString(16) : G.toString(16);
var BB = B.toString(16).length == 1 ? "0" + B.toString(16) : B.toString(16);
return "#" + RR + GG + BB;
}
window.onload = cssCreate();
/*
valueTypes:
per %
vw
vh
rem
px
atributes:
w width
h height
wmax max-width
hmax max-height
wmin min-width
hmin min-height
rounded border-radius
z z-index
top top
bottom bottom
end left
start right
p padding
m margin
fs font-size
sides:
s left
e right
t top
b bottom
x left & right
y top & bottom
breakPoints:
sm 576
md 768
lg 992
xl 1200
xxl 1400
*/
|
import React from "react";
import { MapContainer, TileLayer, Marker, Popup } from 'react-leaflet';
// import Stations from "../ui/stations.json"
const MapExample = (props) => {
const { searchedPlaceLatLon, amenitiesFound } = props;
return (
<div>
{amenitiesFound.length === 0 && <div>Nothing found!!</div>}
<MapContainer center={searchedPlaceLatLon} zoom={15} scrollWheelZoom={false}>
<TileLayer
attribution='© <a href="http://osm.org/copyright">OpenStreetMap</a> contributors'
url="https://{s}.tile.openstreetmap.org/{z}/{x}/{y}.png"
/>
{/* {Stations.filter((val) =>
val.hasOwnProperty("lat")
).map((val, key) => {
console.log(val);
return (
<Marker position={[val.lat, val.lng]}>
<Popup>
{val.name} <br /> {val.address}
</Popup>
</Marker>
);
},{})} */}
{amenitiesFound.map(m => {
// console.log(m.geometry.coordinates);
return (
<Marker key={m.id} position={[m.geometry.coordinates[1], m.geometry.coordinates[0]]}>
<Popup>
Amenity: {m.properties.tags.amenity} Name: {m.properties.tags.name} Operator: {m.properties.tags.operator}
</Popup>
</Marker>
);
})}
</MapContainer>
</div>
);
}
export default MapExample
|
// cnpm install redis
// http://redis.js.org/
var redis = require("redis")
var client = redis.createClient()
client.on("error", function (err) {
console.log("Error " + err);
});
client.on("ready", function () {
console.log("ready");
});
var ClientSendChan = "";
var ClientRecvChan = "";
client.set("ClientSendChan","Command", redis.print);
client.set("ClientRecvChan","Command", redis.print);
client.lpush("Command", "hello 11");
client.lpush("Command", "hello 22");
client.lpush("Command", "hello 33");
client.lpush("Command", "hello 44");
client.lpush("Command", "hello 55");
function getClientSendChan() {
client.get("ClientSendChan", function (err, reply) {
// reply is null when the key is missing
ClientSendChan = reply;
console.log("ClientSendChan:", ClientSendChan);
setInterval(sendCommand, 1000)
});
}
function getClientRecvChan() {
client.get("ClientRecvChan", function (err, reply) {
// reply is null when the key is missing
ClientRecvChan = reply
console.log("ClientRecvChan:", ClientRecvChan);
receiveFlightLog();
});
}
function sendCommand() {
// Using LPUSH to Send Command
var cmd = "This is a Command~~"
client.lpush(ClientSendChan, cmd)
console.log("Pushed:", cmd)
}
function receiveFlightLog() {
//Using BRPOP to Receive FlightLog
client.brpop(ClientRecvChan, 0, function (err, value) {
console.log("Received:", value[1]);
receiveFlightLog();
})
}
var sub = redis.createClient(), pub = redis.createClient();
sub.on("subscribe", function (channel, count) {
setInterval(function(){
pub.publish("Network", "Remote:Transit:true:1100");
}, 1000)
});
sub.on("message", function (channel, message) {
console.log("sub channel " + channel + ": " + message);
var type_arr = message.split(":");
if(type_arr[0] == "Local"){
if(type_arr[1] == "true"){
console.log("Local true");
}else{
console.log("Local false");
}
}else{
if(type_arr[1] == "Direct"){
console.log("Remote:Direct" + type_arr[3]);
}else if(type_arr[1] == "Transit"){
console.log("Remote:Transit" + type_arr[3]);
}else{
console.log("Remote:false");
}
}
});
sub.subscribe("Network");
// sub.on("subscribe", function (channel, count) {
// setInterval(function(){
// pub.publish("Network", "I am sending a message.");
// }, 1000)
// });
// sub.on("message", function (channel, message) {
// console.log("sub channel " + channel + ": " + message);
// });
// sub.subscribe("Network");
// getClientSendChan()
// getClientRecvChan();
|
// flow-typed signature: 0fe87764d96a49db9882a0d9d4275677
// flow-typed version: <<STUB>>/vuex-module-decorators_v^0.17.0/flow_v0.131.0
/**
* This is an autogenerated libdef stub for:
*
* 'vuex-module-decorators'
*
* Fill this stub out by replacing all the `any` types.
*
* Once filled out, we encourage you to share your work with the
* community by sending a pull request to:
* https://github.com/flowtype/flow-typed
*/
declare module 'vuex-module-decorators' {
declare module.exports: any;
}
/**
* We include stubs for each file inside this npm package in case you need to
* require those files directly. Feel free to delete any files that aren't
* needed.
*/
declare module 'vuex-module-decorators/dist/cjs' {
declare module.exports: any;
}
declare module 'vuex-module-decorators/dist/esm' {
declare module.exports: any;
}
// Filename aliases
declare module 'vuex-module-decorators/dist/cjs/index' {
declare module.exports: $Exports<'vuex-module-decorators/dist/cjs'>;
}
declare module 'vuex-module-decorators/dist/cjs/index.js' {
declare module.exports: $Exports<'vuex-module-decorators/dist/cjs'>;
}
declare module 'vuex-module-decorators/dist/esm/index' {
declare module.exports: $Exports<'vuex-module-decorators/dist/esm'>;
}
declare module 'vuex-module-decorators/dist/esm/index.js' {
declare module.exports: $Exports<'vuex-module-decorators/dist/esm'>;
}
|
import React, { PropTypes } from 'react';
import classNames from 'classnames';
const propTypes = {
className: PropTypes.string,
name: PropTypes.string.isRequired
};
const Icon = (props) => {
const { className, name, ...otherProps } = props;
const classes = classNames('material-icons', className);
return <i className={classes} {...otherProps}>{name}</i>;
};
Icon.propTypes = propTypes;
export default Icon;
|
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// WARNING: This file was auto-generated, any change will be overridden in next release. Please use configs/es6.conf.js then run "npm run convert". //
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
import { EventDispatcher } from '../core/EventDispatcher.js'
import {
MirroredRepeatWrapping,
ClampToEdgeWrapping,
RepeatWrapping,
LinearEncoding,
UnsignedByteType,
RGBAFormat,
LinearMipmapLinearFilter,
LinearFilter,
UVMapping
} from '../constants.js'
import { MathUtils } from '../math/MathUtils.js'
import { Vector2 } from '../math/Vector2.js'
import { Matrix3 } from '../math/Matrix3.js'
import { ImageUtils } from '../utils/ImageUtils.js'
/**
* @author mrdoob / http://mrdoob.com/
* @author alteredq / http://alteredqualia.com/
* @author szimek / https://github.com/szimek/
*/
var textureId = 0;
function Texture( image, mapping, wrapS, wrapT, magFilter, minFilter, format, type, anisotropy, encoding ) {
Object.defineProperty( this, 'id', { value: textureId ++ } );
this.uuid = MathUtils.generateUUID();
this.name = '';
this.image = image !== undefined ? image : Texture.DEFAULT_IMAGE;
this.mipmaps = [];
this.mapping = mapping !== undefined ? mapping : Texture.DEFAULT_MAPPING;
this.wrapS = wrapS !== undefined ? wrapS : ClampToEdgeWrapping;
this.wrapT = wrapT !== undefined ? wrapT : ClampToEdgeWrapping;
this.magFilter = magFilter !== undefined ? magFilter : LinearFilter;
this.minFilter = minFilter !== undefined ? minFilter : LinearMipmapLinearFilter;
this.anisotropy = anisotropy !== undefined ? anisotropy : 1;
this.format = format !== undefined ? format : RGBAFormat;
this.internalFormat = null;
this.type = type !== undefined ? type : UnsignedByteType;
this.offset = new Vector2( 0, 0 );
this.repeat = new Vector2( 1, 1 );
this.center = new Vector2( 0, 0 );
this.rotation = 0;
this.matrixAutoUpdate = true;
this.matrix = new Matrix3();
this.generateMipmaps = true;
this.premultiplyAlpha = false;
this.flipY = true;
this.unpackAlignment = 4; // valid values: 1, 2, 4, 8 (see http://www.khronos.org/opengles/sdk/docs/man/xhtml/glPixelStorei.xml)
// Values of encoding !== LinearEncoding only supported on map, envMap and emissiveMap.
//
// Also changing the encoding after already used by a Material will not automatically make the Material
// update. You need to explicitly call Material.needsUpdate to trigger it to recompile.
this.encoding = encoding !== undefined ? encoding : LinearEncoding;
this.version = 0;
this.onUpdate = null;
}
Texture.DEFAULT_IMAGE = undefined;
Texture.DEFAULT_MAPPING = UVMapping;
Texture.prototype = Object.assign( Object.create( EventDispatcher.prototype ), {
constructor: Texture,
isTexture: true,
updateMatrix: function () {
this.matrix.setUvTransform( this.offset.x, this.offset.y, this.repeat.x, this.repeat.y, this.rotation, this.center.x, this.center.y );
},
clone: function () {
return new this.constructor().copy( this );
},
copy: function ( source ) {
this.name = source.name;
this.image = source.image;
this.mipmaps = source.mipmaps.slice( 0 );
this.mapping = source.mapping;
this.wrapS = source.wrapS;
this.wrapT = source.wrapT;
this.magFilter = source.magFilter;
this.minFilter = source.minFilter;
this.anisotropy = source.anisotropy;
this.format = source.format;
this.internalFormat = source.internalFormat;
this.type = source.type;
this.offset.copy( source.offset );
this.repeat.copy( source.repeat );
this.center.copy( source.center );
this.rotation = source.rotation;
this.matrixAutoUpdate = source.matrixAutoUpdate;
this.matrix.copy( source.matrix );
this.generateMipmaps = source.generateMipmaps;
this.premultiplyAlpha = source.premultiplyAlpha;
this.flipY = source.flipY;
this.unpackAlignment = source.unpackAlignment;
this.encoding = source.encoding;
return this;
},
toJSON: function ( meta ) {
var isRootObject = ( meta === undefined || typeof meta === 'string' );
if ( ! isRootObject && meta.textures[ this.uuid ] !== undefined ) {
return meta.textures[ this.uuid ];
}
var output = {
metadata: {
version: 4.5,
type: 'Texture',
generator: 'Texture.toJSON'
},
uuid: this.uuid,
name: this.name,
mapping: this.mapping,
repeat: [ this.repeat.x, this.repeat.y ],
offset: [ this.offset.x, this.offset.y ],
center: [ this.center.x, this.center.y ],
rotation: this.rotation,
wrap: [ this.wrapS, this.wrapT ],
format: this.format,
type: this.type,
encoding: this.encoding,
minFilter: this.minFilter,
magFilter: this.magFilter,
anisotropy: this.anisotropy,
flipY: this.flipY,
premultiplyAlpha: this.premultiplyAlpha,
unpackAlignment: this.unpackAlignment
};
if ( this.image !== undefined ) {
// TODO: Move to Image
var image = this.image;
if ( image.uuid === undefined ) {
image.uuid = MathUtils.generateUUID(); // UGH
}
if ( ! isRootObject && meta.images[ image.uuid ] === undefined ) {
var url;
if ( Array.isArray( image ) ) {
// process array of images e.g. CubeTexture
url = [];
for ( var i = 0, l = image.length; i < l; i ++ ) {
url.push( ImageUtils.getDataURL( image[ i ] ) );
}
} else {
// process single image
url = ImageUtils.getDataURL( image );
}
meta.images[ image.uuid ] = {
uuid: image.uuid,
url: url
};
}
output.image = image.uuid;
}
if ( ! isRootObject ) {
meta.textures[ this.uuid ] = output;
}
return output;
},
dispose: function () {
this.dispatchEvent( { type: 'dispose' } );
},
transformUv: function ( uv ) {
if ( this.mapping !== UVMapping ) return uv;
uv.applyMatrix3( this.matrix );
if ( uv.x < 0 || uv.x > 1 ) {
switch ( this.wrapS ) {
case RepeatWrapping:
uv.x = uv.x - Math.floor( uv.x );
break;
case ClampToEdgeWrapping:
uv.x = uv.x < 0 ? 0 : 1;
break;
case MirroredRepeatWrapping:
if ( Math.abs( Math.floor( uv.x ) % 2 ) === 1 ) {
uv.x = Math.ceil( uv.x ) - uv.x;
} else {
uv.x = uv.x - Math.floor( uv.x );
}
break;
}
}
if ( uv.y < 0 || uv.y > 1 ) {
switch ( this.wrapT ) {
case RepeatWrapping:
uv.y = uv.y - Math.floor( uv.y );
break;
case ClampToEdgeWrapping:
uv.y = uv.y < 0 ? 0 : 1;
break;
case MirroredRepeatWrapping:
if ( Math.abs( Math.floor( uv.y ) % 2 ) === 1 ) {
uv.y = Math.ceil( uv.y ) - uv.y;
} else {
uv.y = uv.y - Math.floor( uv.y );
}
break;
}
}
if ( this.flipY ) {
uv.y = 1 - uv.y;
}
return uv;
}
} );
Object.defineProperty( Texture.prototype, "needsUpdate", {
set: function ( value ) {
if ( value === true ) this.version ++;
}
} );
export { Texture }
|
/*!
* ionic.bundle.js is a concatenation of:
* ionic.js, angular.js, angular-animate.js,
* angular-sanitize.js, angular-ui-router.js,
* and ionic-angular.js
*/
/*!
* Copyright 2014 Drifty Co.
* http://drifty.com/
*
* Ionic, v1.1.1
* A powerful HTML5 mobile app framework.
* http://ionicframework.com/
*
* By @maxlynch, @benjsperry, @adamdbradley <3
*
* Licensed under the MIT license. Please see LICENSE for more information.
*
*/
!function(){function e(e,t,n){t!==!1?F.addEventListener(e,J[e],n):F.removeEventListener(e,J[e])}function t(e){var t=T(e.target),i=E(t);if(ionic.tap.requiresNativeClick(i)||$)return!1;var o=ionic.tap.pointerCoord(e);n("click",i,o.x,o.y),h(i)}function n(e,t,n,i){var o=document.createEvent("MouseEvents");o.initMouseEvent(e,!0,!0,window,1,0,0,n,i,!1,!1,!1,!1,0,null),o.isIonicTap=!0,t.dispatchEvent(o)}function i(e){return"submit"==e.target.type&&0===e.detail?null:ionic.scroll.isScrolling&&ionic.tap.containsOrIsTextInput(e.target)||!e.isIonicTap&&!ionic.tap.requiresNativeClick(e.target)?(e.stopPropagation(),ionic.tap.isLabelWithTextInput(e.target)||e.preventDefault(),!1):void 0}function o(t){return t.isIonicTap||_(t)?null:X?(t.stopPropagation(),ionic.tap.isTextInput(t.target)&&B===t.target||/^(select|option)$/i.test(t.target.tagName)||t.preventDefault(),!1):($=!1,U=ionic.tap.pointerCoord(t),e("mousemove"),void ionic.activator.start(t))}function r(n){return X?(n.stopPropagation(),n.preventDefault(),!1):_(n)||/^(select|option)$/i.test(n.target.tagName)?!1:(v(n)||t(n),e("mousemove",!1),ionic.activator.end(),void($=!1))}function s(t){return v(t)?(e("mousemove",!1),ionic.activator.end(),$=!0,!1):void 0}function a(t){if(!_(t)&&($=!1,d(),U=ionic.tap.pointerCoord(t),e(K),ionic.activator.start(t),ionic.Platform.isIOS()&&ionic.tap.isLabelWithTextInput(t.target))){var n=E(T(t.target));n!==Y&&t.preventDefault()}}function l(e){_(e)||(d(),v(e)||(t(e),/^(select|option)$/i.test(e.target.tagName)&&e.preventDefault()),B=e.target,u())}function c(t){return v(t)?($=!0,e(K,!1),ionic.activator.end(),!1):void 0}function u(){e(K,!1),ionic.activator.end(),$=!1}function d(){X=!0,clearTimeout(W),W=setTimeout(function(){X=!1},600)}function _(e){return e.isTapHandled?!0:(e.isTapHandled=!0,ionic.scroll.isScrolling&&ionic.tap.containsOrIsTextInput(e.target)?(e.preventDefault(),!0):void 0)}function h(e){q=null;var 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i=e.Gestures.detection.previous,o=!1;if(t.deltaTime>n.options.tap_max_touchtime||t.distance>n.options.tap_max_distance)return;i&&"tap"==i.name&&t.timeStamp-i.lastEvent.timeStamp<n.options.doubletap_interval&&t.distance<n.options.doubletap_distance&&(n.trigger("doubletap",t),o=!0),(!o||n.options.tap_always)&&(e.Gestures.detection.current.name="tap",n.trigger("tap",t))}}},e.Gestures.gestures.Swipe={name:"swipe",index:40,defaults:{swipe_max_touches:1,swipe_velocity:.4},handler:function(t,n){if(t.eventType==e.Gestures.EVENT_END){if(n.options.swipe_max_touches>0&&t.touches.length>n.options.swipe_max_touches)return;(t.velocityX>n.options.swipe_velocity||t.velocityY>n.options.swipe_velocity)&&(n.trigger(this.name,t),n.trigger(this.name+t.direction,t))}}},e.Gestures.gestures.Drag={name:"drag",index:50,defaults:{drag_min_distance:10,correct_for_drag_min_distance:!0,drag_max_touches:1,drag_block_horizontal:!0,drag_block_vertical:!0,drag_lock_to_axis:!1,drag_lock_min_distance:25,prevent_default_directions:[]},triggered:!1,handler:function(t,n){if("touchstart"==t.srcEvent.type||"touchend"==t.srcEvent.type?this.preventedFirstMove=!1:this.preventedFirstMove||"touchmove"!=t.srcEvent.type||(n.options.prevent_default_directions.length>0&&-1!=n.options.prevent_default_directions.indexOf(t.direction)&&t.srcEvent.preventDefault(),this.preventedFirstMove=!0),e.Gestures.detection.current.name!=this.name&&this.triggered)return 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o=e.Gestures.detection.current.lastEvent.direction;t.drag_locked_to_axis&&o!==t.direction&&(e.Gestures.utils.isVertical(o)?t.direction=t.deltaY<0?e.Gestures.DIRECTION_UP:e.Gestures.DIRECTION_DOWN:t.direction=t.deltaX<0?e.Gestures.DIRECTION_LEFT:e.Gestures.DIRECTION_RIGHT),this.triggered||(n.trigger(this.name+"start",t),this.triggered=!0),n.trigger(this.name,t),n.trigger(this.name+t.direction,t),(n.options.drag_block_vertical&&e.Gestures.utils.isVertical(t.direction)||n.options.drag_block_horizontal&&!e.Gestures.utils.isVertical(t.direction))&&t.preventDefault();break;case e.Gestures.EVENT_END:this.triggered&&n.trigger(this.name+"end",t),this.triggered=!1}}},e.Gestures.gestures.Transform={name:"transform",index:45,defaults:{transform_min_scale:.01,transform_min_rotation:1,transform_always_block:!1},triggered:!1,handler:function(t,n){if(e.Gestures.detection.current.name!=this.name&&this.triggered)return 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i=r.__zoomLevel;r.options.scrollingX?r.options.paging?e=Math.round(e/r.__clientWidth)*r.__clientWidth:r.options.snapping&&(e=Math.round(e/r.__snapWidth)*r.__snapWidth):e=r.__scrollLeft,r.options.scrollingY?r.options.paging?t=Math.round(t/r.__clientHeight)*r.__clientHeight:r.options.snapping&&(t=Math.round(t/r.__snapHeight)*r.__snapHeight):t=r.__scrollTop,e=Math.max(Math.min(r.__maxScrollLeft,e),0),t=Math.max(Math.min(r.__maxScrollTop,t),0),e===r.__scrollLeft&&t===r.__scrollTop&&(n=!1),r.__publish(e,t,i,n,o)},scrollBy:function(e,t,n){var i=this,o=i.__isAnimating?i.__scheduledLeft:i.__scrollLeft,r=i.__isAnimating?i.__scheduledTop:i.__scrollTop;i.scrollTo(o+(e||0),r+(t||0),n)},doMouseZoom:function(e,t,n,i){var o=e>0?.97:1.03;return this.zoomTo(this.__zoomLevel*o,!1,n-this.__clientLeft,i-this.__clientTop)},doTouchStart:function(e,t){var n=this;n.__decStopped=!(!n.__isDecelerating&&!n.__isAnimating),n.hintResize(),t instanceof Date&&(t=t.valueOf()),"number"!=typeof t&&(t=Date.now()),n.__interruptedAnimation=!0,n.__isDecelerating&&(he.effect.Animate.stop(n.__isDecelerating),n.__isDecelerating=!1,n.__interruptedAnimation=!0),n.__isAnimating&&(he.effect.Animate.stop(n.__isAnimating),n.__isAnimating=!1,n.__interruptedAnimation=!0);var i,o,r=1===e.length;r?(i=e[0].pageX,o=e[0].pageY):(i=Math.abs(e[0].pageX+e[1].pageX)/2,o=Math.abs(e[0].pageY+e[1].pageY)/2),n.__initialTouchLeft=i,n.__initialTouchTop=o,n.__initialTouches=e,n.__zoomLevelStart=n.__zoomLevel,n.__lastTouchLeft=i,n.__lastTouchTop=o,n.__lastTouchMove=t,n.__lastScale=1,n.__enableScrollX=!r&&n.options.scrollingX,n.__enableScrollY=!r&&n.options.scrollingY,n.__isTracking=!0,n.__didDecelerationComplete=!1,n.__isDragging=!r,n.__isSingleTouch=r,n.__positions=[]},doTouchMove:function(e,t,n){t instanceof Date&&(t=t.valueOf()),"number"!=typeof t&&(t=Date.now());var i=this;if(i.__isTracking){var o,r;2===e.length?(o=Math.abs(e[0].pageX+e[1].pageX)/2,r=Math.abs(e[0].pageY+e[1].pageY)/2,!n&&i.options.zooming&&(n=i.__getScale(i.__initialTouches,e))):(o=e[0].pageX,r=e[0].pageY);var s=i.__positions;if(i.__isDragging){i.__decStopped=!1;var a=o-i.__lastTouchLeft,l=r-i.__lastTouchTop,c=i.__scrollLeft,u=i.__scrollTop,d=i.__zoomLevel;if(null!=n&&i.options.zooming){var _=d;if(d=d/i.__lastScale*n,d=Math.max(Math.min(d,i.options.maxZoom),i.options.minZoom),_!==d){var h=o-i.__clientLeft,f=r-i.__clientTop;c=(h+c)*d/_-h,u=(f+u)*d/_-f,i.__computeScrollMax(d)}}if(i.__enableScrollX){c-=a*i.options.speedMultiplier;var p=i.__maxScrollLeft;(c>p||0>c)&&(i.options.bouncing?c+=a/2*i.options.speedMultiplier:c=c>p?p:0)}if(i.__enableScrollY){u-=l*i.options.speedMultiplier;var m=i.__maxScrollTop;u>m||0>u?i.options.bouncing||i.__refreshHeight&&0>u?(u+=l/2*i.options.speedMultiplier,i.__enableScrollX||null==i.__refreshHeight||(0>u?(i.__refreshHidden=!1,i.__refreshShow()):(i.__refreshHide(),i.__refreshHidden=!0),!i.__refreshActive&&u<=-i.__refreshHeight?(i.__refreshActive=!0,i.__refreshActivate&&i.__refreshActivate()):i.__refreshActive&&u>-i.__refreshHeight&&(i.__refreshActive=!1,i.__refreshDeactivate&&i.__refreshDeactivate()))):u=u>m?m:0:i.__refreshHeight&&!i.__refreshHidden&&(i.__refreshHide(),i.__refreshHidden=!0)}s.length>60&&s.splice(0,30),s.push(c,u,t),i.__publish(c,u,d)}else{var g=i.options.locking?3:0,v=5,T=Math.abs(o-i.__initialTouchLeft),E=Math.abs(r-i.__initialTouchTop);i.__enableScrollX=i.options.scrollingX&&T>=g,i.__enableScrollY=i.options.scrollingY&&E>=g,s.push(i.__scrollLeft,i.__scrollTop,t),i.__isDragging=(i.__enableScrollX||i.__enableScrollY)&&(T>=v||E>=v),i.__isDragging&&(i.__interruptedAnimation=!1,i.__fadeScrollbars("in"))}i.__lastTouchLeft=o,i.__lastTouchTop=r,i.__lastTouchMove=t,i.__lastScale=n}},doTouchEnd:function(t,n){n instanceof Date&&(n=n.valueOf()),"number"!=typeof n&&(n=Date.now());var i=this;if(i.__isTracking){if(i.__isTracking=!1,i.__isDragging)if(i.__isDragging=!1,i.__isSingleTouch&&i.options.animating&&n-i.__lastTouchMove<=100){for(var o=i.__positions,r=o.length-1,s=r,a=r;a>0&&o[a]>i.__lastTouchMove-100;a-=3)s=a;if(s!==r){var l=o[r]-o[s],c=i.__scrollLeft-o[s-2],u=i.__scrollTop-o[s-1];i.__decelerationVelocityX=c/l*(1e3/60),i.__decelerationVelocityY=u/l*(1e3/60);var d=i.options.paging||i.options.snapping?i.options.decelVelocityThresholdPaging:i.options.decelVelocityThreshold;(Math.abs(i.__decelerationVelocityX)>d||Math.abs(i.__decelerationVelocityY)>d)&&(i.__refreshActive||i.__startDeceleration(n))}else i.__scrollingComplete()}else n-i.__lastTouchMove>100&&i.__scrollingComplete();else i.__decStopped&&(t.isTapHandled=!0,i.__decStopped=!1);if(!i.__isDecelerating)if(i.__refreshActive&&i.__refreshStart){i.__publish(i.__scrollLeft,-i.__refreshHeight,i.__zoomLevel,!0);var _=new Date;i.refreshStartTime=_.getTime(),i.__refreshStart&&i.__refreshStart(),e.Platform.isAndroid()||i.__startDeceleration()}else(i.__interruptedAnimation||i.__isDragging)&&i.__scrollingComplete(),i.scrollTo(i.__scrollLeft,i.__scrollTop,!0,i.__zoomLevel),i.__refreshActive&&(i.__refreshActive=!1,i.__refreshDeactivate&&i.__refreshDeactivate());i.__positions.length=0}},__publish:function(e,t,o,r,s){var a=this,l=a.__isAnimating;if(l&&(he.effect.Animate.stop(l),a.__isAnimating=!1),r&&a.options.animating){a.__scheduledLeft=e,a.__scheduledTop=t,
a.__scheduledZoom=o;var c=a.__scrollLeft,u=a.__scrollTop,d=a.__zoomLevel,_=e-c,h=t-u,f=o-d,p=function(e,t,n){n&&(a.__scrollLeft=c+_*e,a.__scrollTop=u+h*e,a.__zoomLevel=d+f*e,a.__callback&&a.__callback(a.__scrollLeft,a.__scrollTop,a.__zoomLevel,s))},m=function(e){return a.__isAnimating===e},g=function(e,t,n){t===a.__isAnimating&&(a.__isAnimating=!1),(a.__didDecelerationComplete||n)&&a.__scrollingComplete(),a.options.zooming&&a.__computeScrollMax()};a.__isAnimating=he.effect.Animate.start(p,m,g,a.options.animationDuration,l?n:i)}else a.__scheduledLeft=a.__scrollLeft=e,a.__scheduledTop=a.__scrollTop=t,a.__scheduledZoom=a.__zoomLevel=o,a.__callback&&a.__callback(e,t,o,s),a.options.zooming&&a.__computeScrollMax()},__computeScrollMax:function(e){var t=this;null==e&&(e=t.__zoomLevel),t.__maxScrollLeft=Math.max(t.__contentWidth*e-t.__clientWidth,0),t.__maxScrollTop=Math.max(t.__contentHeight*e-t.__clientHeight,0),t.__didWaitForSize||t.__maxScrollLeft||t.__maxScrollTop||(t.__didWaitForSize=!0,t.__waitForSize())},__waitForSize:function(){var e=this;clearTimeout(e.__sizerTimeout);var t=function(){e.resize(!0)};t(),e.__sizerTimeout=setTimeout(t,500)},__startDeceleration:function(){var e=this;if(e.options.paging){var t=Math.max(Math.min(e.__scrollLeft,e.__maxScrollLeft),0),n=Math.max(Math.min(e.__scrollTop,e.__maxScrollTop),0),i=e.__clientWidth,o=e.__clientHeight;e.__minDecelerationScrollLeft=Math.floor(t/i)*i,e.__minDecelerationScrollTop=Math.floor(n/o)*o,e.__maxDecelerationScrollLeft=Math.ceil(t/i)*i,e.__maxDecelerationScrollTop=Math.ceil(n/o)*o}else e.__minDecelerationScrollLeft=0,e.__minDecelerationScrollTop=0,e.__maxDecelerationScrollLeft=e.__maxScrollLeft,e.__maxDecelerationScrollTop=e.__maxScrollTop,e.__refreshActive&&(e.__minDecelerationScrollTop=-1*e.__refreshHeight);var r=function(t,n,i){e.__stepThroughDeceleration(i)};e.__minVelocityToKeepDecelerating=e.options.snapping?4:.1;var s=function(){var t=Math.abs(e.__decelerationVelocityX)>=e.__minVelocityToKeepDecelerating||Math.abs(e.__decelerationVelocityY)>=e.__minVelocityToKeepDecelerating;return t||(e.__didDecelerationComplete=!0,e.options.bouncing&&!e.__refreshActive&&e.scrollTo(Math.min(Math.max(e.__scrollLeft,0),e.__maxScrollLeft),Math.min(Math.max(e.__scrollTop,0),e.__maxScrollTop),e.__refreshActive)),t},a=function(){e.__isDecelerating=!1,e.__didDecelerationComplete&&e.__scrollingComplete(),e.options.paging&&e.scrollTo(e.__scrollLeft,e.__scrollTop,e.options.snapping)};e.__isDecelerating=he.effect.Animate.start(r,s,a)},__stepThroughDeceleration:function(e){var t=this,n=t.__scrollLeft+t.__decelerationVelocityX,i=t.__scrollTop+t.__decelerationVelocityY;if(!t.options.bouncing){var o=Math.max(Math.min(t.__maxDecelerationScrollLeft,n),t.__minDecelerationScrollLeft);o!==n&&(n=o,t.__decelerationVelocityX=0);var r=Math.max(Math.min(t.__maxDecelerationScrollTop,i),t.__minDecelerationScrollTop);r!==i&&(i=r,t.__decelerationVelocityY=0)}if(e?t.__publish(n,i,t.__zoomLevel):(t.__scrollLeft=n,t.__scrollTop=i),!t.options.paging){var s=t.options.deceleration;t.__decelerationVelocityX*=s,t.__decelerationVelocityY*=s}if(t.options.bouncing){var a=0,l=0,c=t.options.penetrationDeceleration,u=t.options.penetrationAcceleration;if(n<t.__minDecelerationScrollLeft?a=t.__minDecelerationScrollLeft-n:n>t.__maxDecelerationScrollLeft&&(a=t.__maxDecelerationScrollLeft-n),i<t.__minDecelerationScrollTop?l=t.__minDecelerationScrollTop-i:i>t.__maxDecelerationScrollTop&&(l=t.__maxDecelerationScrollTop-i),0!==a){var d=a*t.__decelerationVelocityX<=t.__minDecelerationScrollLeft;d&&(t.__decelerationVelocityX+=a*c);var _=Math.abs(t.__decelerationVelocityX)<=t.__minVelocityToKeepDecelerating;(!d||_)&&(t.__decelerationVelocityX=a*u)}if(0!==l){var h=l*t.__decelerationVelocityY<=t.__minDecelerationScrollTop;h&&(t.__decelerationVelocityY+=l*c);var f=Math.abs(t.__decelerationVelocityY)<=t.__minVelocityToKeepDecelerating;(!h||f)&&(t.__decelerationVelocityY=l*u)}}},__getDistance:function(e,t){var n=t.pageX-e.pageX,i=t.pageY-e.pageY;return Math.sqrt(n*n+i*i)},__getScale:function(e,t){return e.length>=2&&t.length>=2?this.__getDistance(t[0],t[1])/this.__getDistance(e[0],e[1]):1}}),e.scroll={isScrolling:!1,lastTop:0}}(ionic),function(e){var t=function(){},n=function(e){};e.views.ScrollNative=e.views.View.inherit({initialize:function(n){var i=this;i.__container=i.el=n.el,i.__content=n.el.firstElementChild,i.isNative=!0,i.__scrollTop=i.el.scrollTop,i.__scrollLeft=i.el.scrollLeft,i.__clientHeight=i.__content.clientHeight,i.__clientWidth=i.__content.clientWidth,i.__maxScrollTop=Math.max(i.__contentHeight-i.__clientHeight,0),i.__maxScrollLeft=Math.max(i.__contentWidth-i.__clientWidth,0),i.options={freeze:!1,getContentWidth:function(){return Math.max(i.__content.scrollWidth,i.__content.offsetWidth)},getContentHeight:function(){return Math.max(i.__content.scrollHeight,i.__content.offsetHeight+2*i.__content.offsetTop)}};for(var o in n)i.options[o]=n[o];i.onScroll=function(){e.scroll.isScrolling||(e.scroll.isScrolling=!0),clearTimeout(i.scrollTimer),i.scrollTimer=setTimeout(function(){e.scroll.isScrolling=!1},80)},i.freeze=t,i.__initEventHandlers()},__callback:function(){n("__callback")},zoomTo:function(){n("zoomTo")},zoomBy:function(){n("zoomBy")},activatePullToRefresh:function(){n("activatePullToRefresh")},resize:function(e){var t=this;t.__container&&t.options&&t.setDimensions(t.__container.clientWidth,t.__container.clientHeight,t.options.getContentWidth(),t.options.getContentHeight(),e)},run:function(){this.resize()},getValues:function(){var e=this;return e.update(),{left:e.__scrollLeft,top:e.__scrollTop,zoom:1}},update:function(){var e=this;e.__scrollLeft=e.el.scrollLeft,e.__scrollTop=e.el.scrollTop},setDimensions:function(e,t,n,i){var o=this;(e||t||n||i)&&(e===+e&&(o.__clientWidth=e),t===+t&&(o.__clientHeight=t),n===+n&&(o.__contentWidth=n),i===+i&&(o.__contentHeight=i),o.__computeScrollMax())},getScrollMax:function(){return{left:this.__maxScrollLeft,top:this.__maxScrollTop}},scrollBy:function(e,t,n){var i=this;i.update();var o=i.__isAnimating?i.__scheduledLeft:i.__scrollLeft,r=i.__isAnimating?i.__scheduledTop:i.__scrollTop;i.scrollTo(o+(e||0),r+(t||0),n)},scrollTo:function(t,n,i){function o(t,n){function i(e){return--e*e*e+1}function o(){var u=Date.now(),d=Math.min(1,(u-s)/a),_=i(d);l!=t&&(r.el.scrollTop=parseInt(_*(t-l)+l,10)),c!=n&&(r.el.scrollLeft=parseInt(_*(n-c)+c,10)),1>d?e.requestAnimationFrame(o):(e.tap.removeClonedInputs(r.__container,r),r.resize())}var s=Date.now(),a=250,l=r.el.scrollTop,c=r.el.scrollLeft;return l===t&&c===n?void r.resize():void e.requestAnimationFrame(o)}var r=this;return i?void o(n,t):(r.el.scrollTop=n,r.el.scrollLeft=t,void r.resize())},__waitForSize:function(){var e=this;clearTimeout(e.__sizerTimeout);var t=function(){e.resize(!0)};t(),e.__sizerTimeout=setTimeout(t,500)},__computeScrollMax:function(){var e=this;e.__maxScrollLeft=Math.max(e.__contentWidth-e.__clientWidth,0),e.__maxScrollTop=Math.max(e.__contentHeight-e.__clientHeight,0),e.__didWaitForSize||e.__maxScrollLeft||e.__maxScrollTop||(e.__didWaitForSize=!0,e.__waitForSize())},__initEventHandlers:function(){var t,n=this,i=n.__container;n.scrollChildIntoView=function(o){var r=i.getBoundingClientRect().bottom;t=i.offsetHeight;var s=n.isShrunkForKeyboard,a=i.parentNode.classList.contains("modal"),l=a&&window.innerWidth>=680;if(!s){if(e.Platform.isIOS()||e.Platform.isFullScreen||l){var c=o.detail.viewportHeight-r,u=Math.max(0,o.detail.keyboardHeight-c);e.requestAnimationFrame(function(){t-=u,i.style.height=t+"px",n.resize()})}n.isShrunkForKeyboard=!0}o.detail.isElementUnderKeyboard&&e.requestAnimationFrame(function(){n.isShrunkForKeyboard&&!s&&(r=i.getBoundingClientRect().bottom);var a=.5*t,l=(o.detail.elementBottom+o.detail.elementTop)/2,c=l-r,u=c+a;u>0&&(e.Platform.isIOS()?setTimeout(function(){e.tap.cloneFocusedInput(i,n),n.scrollBy(0,u,!0),n.onScroll()},32):(n.scrollBy(0,u,!0),n.onScroll()))}),o.stopPropagation()},n.resetScrollView=function(){n.isShrunkForKeyboard&&(n.isShrunkForKeyboard=!1,i.style.height=""),n.resize()},i.addEventListener("scroll",n.onScroll),i.addEventListener("scrollChildIntoView",n.scrollChildIntoView),document.addEventListener("resetScrollView",n.resetScrollView)},__cleanup:function(){var n=this,i=n.__container;i.removeEventListener("resetScrollView",n.resetScrollView),i.removeEventListener("scroll",n.onScroll),i.removeEventListener("scrollChildIntoView",n.scrollChildIntoView),i.removeEventListener("resetScrollView",n.resetScrollView),e.tap.removeClonedInputs(i,n),delete n.__container,delete n.__content,delete n.__indicatorX,delete n.__indicatorY,delete n.options.el,n.resize=n.scrollTo=n.onScroll=n.resetScrollView=t,n.scrollChildIntoView=t,i=null}})}(ionic),function(e){"use strict";var t="item",n="item-content",i="item-sliding",o="item-options",r="item-placeholder",s="item-reordering",a="item-reorder",l=function(){};l.prototype={start:function(){},drag:function(){},end:function(){},isSameItem:function(){return!1}};var c=function(e){this.dragThresholdX=e.dragThresholdX||10,this.el=e.el,this.item=e.item,this.canSwipe=e.canSwipe};c.prototype=new l,c.prototype.start=function(r){var s,a,l,c;this.canSwipe()&&(s=r.target.classList.contains(n)?r.target:r.target.classList.contains(t)?r.target.querySelector("."+n):e.DomUtil.getParentWithClass(r.target,n),s&&(s.classList.remove(i),l=parseFloat(s.style[e.CSS.TRANSFORM].replace("translate3d(","").split(",")[0])||0,a=s.parentNode.querySelector("."+o),a&&(a.classList.remove("invisible"),c=a.offsetWidth,this._currentDrag={buttons:a,buttonsWidth:c,content:s,startOffsetX:l})))},c.prototype.isSameItem=function(e){return e._lastDrag&&this._currentDrag?this._currentDrag.content==e._lastDrag.content:!1},c.prototype.clean=function(t){function n(){i.buttons&&i.buttons.classList.add("invisible")}var i=this._lastDrag;i&&i.content&&(i.content.style[e.CSS.TRANSITION]="",i.content.style[e.CSS.TRANSFORM]="",t?(i.content.style[e.CSS.TRANSITION]="none",n(),e.requestAnimationFrame(function(){i.content.style[e.CSS.TRANSITION]=""})):e.requestAnimationFrame(function(){setTimeout(n,250)}))},c.prototype.drag=e.animationFrameThrottle(function(t){var n;if(this._currentDrag&&(!this._isDragging&&(Math.abs(t.gesture.deltaX)>this.dragThresholdX||Math.abs(this._currentDrag.startOffsetX)>0)&&(this._isDragging=!0),this._isDragging)){n=this._currentDrag.buttonsWidth;var i=Math.min(0,this._currentDrag.startOffsetX+t.gesture.deltaX);-n>i&&(i=Math.min(-n,-n+.4*(t.gesture.deltaX+n))),this._currentDrag.content.$$ionicOptionsOpen=0!==i,this._currentDrag.content.style[e.CSS.TRANSFORM]="translate3d("+i+"px, 0, 0)",this._currentDrag.content.style[e.CSS.TRANSITION]="none"}}),c.prototype.end=function(t,n){var i=this;if(!i._currentDrag)return void(n&&n());var o=-i._currentDrag.buttonsWidth;t.gesture.deltaX>-(i._currentDrag.buttonsWidth/2)&&("left"==t.gesture.direction&&Math.abs(t.gesture.velocityX)<.3?o=0:"right"==t.gesture.direction&&(o=0)),e.requestAnimationFrame(function(){if(0===o){i._currentDrag.content.style[e.CSS.TRANSFORM]="";var t=i._currentDrag.buttons;setTimeout(function(){t&&t.classList.add("invisible")},250)}else i._currentDrag.content.style[e.CSS.TRANSFORM]="translate3d("+o+"px,0,0)";i._currentDrag.content.style[e.CSS.TRANSITION]="",i._lastDrag||(i._lastDrag={}),e.extend(i._lastDrag,i._currentDrag),i._currentDrag&&(i._currentDrag.buttons=null,i._currentDrag.content=null),i._currentDrag=null,n&&n()})};var u=function(e){var t=this;if(t.dragThresholdY=e.dragThresholdY||0,t.onReorder=e.onReorder,t.listEl=e.listEl,t.el=t.item=e.el,t.scrollEl=e.scrollEl,t.scrollView=e.scrollView,t.listElTrueTop=0,t.listEl.offsetParent){var n=t.listEl;do t.listElTrueTop+=n.offsetTop,n=n.offsetParent;while(n)}};u.prototype=new l,u.prototype._moveElement=function(t){var n=t.gesture.center.pageY+this.scrollView.getValues().top-this._currentDrag.elementHeight/2-this.listElTrueTop;this.el.style[e.CSS.TRANSFORM]="translate3d(0, "+n+"px, 0)"},u.prototype.deregister=function(){this.listEl=this.el=this.scrollEl=this.scrollView=null},u.prototype.start=function(t){var n=e.DomUtil.getChildIndex(this.el,this.el.nodeName.toLowerCase()),i=this.el.scrollHeight,o=this.el.cloneNode(!0);o.classList.add(r),this.el.parentNode.insertBefore(o,this.el),this.el.classList.add(s),this._currentDrag={elementHeight:i,startIndex:n,placeholder:o,scrollHeight:scroll,list:o.parentNode},this._moveElement(t)},u.prototype.drag=e.animationFrameThrottle(function(t){var n=this;if(this._currentDrag){var i=0,o=t.gesture.center.pageY,r=this.listElTrueTop;if(this.scrollView){var s=this.scrollView.__container;i=this.scrollView.getValues().top;var a=s.offsetTop,l=a-o+this._currentDrag.elementHeight/2,c=o+this._currentDrag.elementHeight/2-a-s.offsetHeight;t.gesture.deltaY<0&&l>0&&i>0&&(this.scrollView.scrollBy(null,-l),e.requestAnimationFrame(function(){n.drag(t)})),t.gesture.deltaY>0&&c>0&&i<this.scrollView.getScrollMax().top&&(this.scrollView.scrollBy(null,c),e.requestAnimationFrame(function(){n.drag(t)}))}!this._isDragging&&Math.abs(t.gesture.deltaY)>this.dragThresholdY&&(this._isDragging=!0),this._isDragging&&(this._moveElement(t),this._currentDrag.currentY=i+o-r)}}),u.prototype._getReorderIndex=function(){for(var e,t=this,n=Array.prototype.slice.call(t._currentDrag.placeholder.parentNode.children).filter(function(e){return e.nodeName===t.el.nodeName&&e!==t.el}),i=t._currentDrag.currentY,o=0,r=n.length;r>o;o++)if(e=n[o],o===r-1){if(i>e.offsetTop)return o}else if(0===o){if(i<e.offsetTop+e.offsetHeight)return o}else if(i>e.offsetTop-e.offsetHeight/2&&i<e.offsetTop+e.offsetHeight)return o;return t._currentDrag.startIndex},u.prototype.end=function(t,n){if(!this._currentDrag)return void(n&&n());var i=this._currentDrag.placeholder,o=this._getReorderIndex();this.el.classList.remove(s),this.el.style[e.CSS.TRANSFORM]="",i.parentNode.insertBefore(this.el,i),i.parentNode.removeChild(i),this.onReorder&&this.onReorder(this.el,this._currentDrag.startIndex,o),this._currentDrag={placeholder:null,content:null},this._currentDrag=null,n&&n()},e.views.ListView=e.views.View.inherit({initialize:function(t){var n=this;t=e.extend({onReorder:function(){},virtualRemoveThreshold:-200,virtualAddThreshold:200,canSwipe:function(){return!0}},t),e.extend(n,t),!n.itemHeight&&n.listEl&&(n.itemHeight=n.listEl.children[0]&&parseInt(n.listEl.children[0].style.height,10)),n.onRefresh=t.onRefresh||function(){},n.onRefreshOpening=t.onRefreshOpening||function(){},n.onRefreshHolding=t.onRefreshHolding||function(){};var i={};e.DomUtil.getParentOrSelfWithClass(n.el,"overflow-scroll")&&(i.prevent_default_directions=["left","right"]),window.ionic.onGesture("release",function(e){n._handleEndDrag(e)},n.el,i),window.ionic.onGesture("drag",function(e){n._handleDrag(e)},n.el,i),n._initDrag()},deregister:function(){this.el=this.listEl=this.scrollEl=this.scrollView=null,this.isScrollFreeze&&self.scrollView.freeze(!1)},stopRefreshing:function(){var e=this.el.querySelector(".list-refresher");e.style.height="0"},didScroll:function(e){var t=this;if(t.isVirtual){var n=t.itemHeight,i=e.target.scrollHeight,o=t.el.parentNode.offsetHeight,r=Math.max(0,e.scrollTop+t.virtualRemoveThreshold),s=Math.min(i,Math.abs(e.scrollTop)+o+t.virtualAddThreshold),a=parseInt(Math.abs(r/n),10),l=parseInt(Math.abs(s/n),10);t._virtualItemsToRemove=Array.prototype.slice.call(t.listEl.children,0,a),t.renderViewport&&t.renderViewport(r,s,a,l)}},didStopScrolling:function(){if(this.isVirtual)for(var e=0;e<this._virtualItemsToRemove.length;e++)this.didHideItem&&this.didHideItem(e)},clearDragEffects:function(e){this._lastDragOp&&(this._lastDragOp.clean&&this._lastDragOp.clean(e),this._lastDragOp.deregister&&this._lastDragOp.deregister(),this._lastDragOp=null)},_initDrag:function(){this._lastDragOp&&this._lastDragOp.deregister&&this._lastDragOp.deregister(),this._lastDragOp=this._dragOp,this._dragOp=null},_getItem:function(e){for(;e;){if(e.classList&&e.classList.contains(t))return e;e=e.parentNode}return null},_startDrag:function(t){var n=this;n._isDragging=!1;var i,o=n._lastDragOp;n._didDragUpOrDown&&o instanceof c&&o.clean&&o.clean(),!e.DomUtil.getParentOrSelfWithClass(t.target,a)||"up"!=t.gesture.direction&&"down"!=t.gesture.direction?!n._didDragUpOrDown&&("left"==t.gesture.direction||"right"==t.gesture.direction)&&Math.abs(t.gesture.deltaX)>5&&(i=n._getItem(t.target),i&&i.querySelector(".item-options")&&(n._dragOp=new 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/*!
* ionic.bundle.js is a concatenation of:
* ionic.js, angular.js, angular-animate.js,
* angular-sanitize.js, angular-ui-router.js,
* and ionic-angular.js
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/*
AngularJS v1.4.3
(c) 2010-2015 Google, Inc. http://angularjs.org
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body:a}},expressionStatement:function(){return{type:q.ExpressionStatement,expression:this.filterChain()}},filterChain:function(){for(var a=this.expression();this.expect("|");)a=this.filter(a);return a},expression:function(){return this.assignment()},assignment:function(){var a=this.ternary();this.expect("=")&&(a={type:q.AssignmentExpression,left:a,right:this.assignment(),operator:"="});return a},ternary:function(){var a=this.logicalOR(),c,d;return this.expect("?")&&(c=this.expression(),this.consume(":"))?
(d=this.expression(),{type:q.ConditionalExpression,test:a,alternate:c,consequent:d}):a},logicalOR:function(){for(var a=this.logicalAND();this.expect("||");)a={type:q.LogicalExpression,operator:"||",left:a,right:this.logicalAND()};return a},logicalAND:function(){for(var a=this.equality();this.expect("&&");)a={type:q.LogicalExpression,operator:"&&",left:a,right:this.equality()};return a},equality:function(){for(var a=this.relational(),c;c=this.expect("==","!=","===","!==");)a={type:q.BinaryExpression,
operator:c.text,left:a,right:this.relational()};return a},relational:function(){for(var a=this.additive(),c;c=this.expect("<",">","<=",">=");)a={type:q.BinaryExpression,operator:c.text,left:a,right:this.additive()};return a},additive:function(){for(var a=this.multiplicative(),c;c=this.expect("+","-");)a={type:q.BinaryExpression,operator:c.text,left:a,right:this.multiplicative()};return a},multiplicative:function(){for(var a=this.unary(),c;c=this.expect("*","/","%");)a={type:q.BinaryExpression,operator:c.text,
left:a,right:this.unary()};return a},unary:function(){var a;return(a=this.expect("+","-","!"))?{type:q.UnaryExpression,operator:a.text,prefix:!0,argument:this.unary()}:this.primary()},primary:function(){var a;this.expect("(")?(a=this.filterChain(),this.consume(")")):this.expect("[")?a=this.arrayDeclaration():this.expect("{")?a=this.object():this.constants.hasOwnProperty(this.peek().text)?a=fa(this.constants[this.consume().text]):this.peek().identifier?a=this.identifier():this.peek().constant?a=this.constant():
this.throwError("not a primary expression",this.peek());for(var c;c=this.expect("(","[",".");)"("===c.text?(a={type:q.CallExpression,callee:a,arguments:this.parseArguments()},this.consume(")")):"["===c.text?(a={type:q.MemberExpression,object:a,property:this.expression(),computed:!0},this.consume("]")):"."===c.text?a={type:q.MemberExpression,object:a,property:this.identifier(),computed:!1}:this.throwError("IMPOSSIBLE");return a},filter:function(a){a=[a];for(var c={type:q.CallExpression,callee:this.identifier(),
arguments:a,filter:!0};this.expect(":");)a.push(this.expression());return c},parseArguments:function(){var a=[];if(")"!==this.peekToken().text){do a.push(this.expression());while(this.expect(","))}return a},identifier:function(){var a=this.consume();a.identifier||this.throwError("is not a valid identifier",a);return{type:q.Identifier,name:a.text}},constant:function(){return{type:q.Literal,value:this.consume().value}},arrayDeclaration:function(){var a=[];if("]"!==this.peekToken().text){do{if(this.peek("]"))break;
a.push(this.expression())}while(this.expect(","))}this.consume("]");return{type:q.ArrayExpression,elements:a}},object:function(){var a=[],c;if("}"!==this.peekToken().text){do{if(this.peek("}"))break;c={type:q.Property,kind:"init"};this.peek().constant?c.key=this.constant():this.peek().identifier?c.key=this.identifier():this.throwError("invalid key",this.peek());this.consume(":");c.value=this.expression();a.push(c)}while(this.expect(","))}this.consume("}");return{type:q.ObjectExpression,properties:a}},
throwError:function(a,c){throw da("syntax",c.text,a,c.index+1,this.text,this.text.substring(c.index));},consume:function(a){if(0===this.tokens.length)throw da("ueoe",this.text);var c=this.expect(a);c||this.throwError("is unexpected, expecting ["+a+"]",this.peek());return c},peekToken:function(){if(0===this.tokens.length)throw da("ueoe",this.text);return this.tokens[0]},peek:function(a,c,d,e){return this.peekAhead(0,a,c,d,e)},peekAhead:function(a,c,d,e,f){if(this.tokens.length>a){a=this.tokens[a];
var g=a.text;if(g===c||g===d||g===e||g===f||!(c||d||e||f))return a}return!1},expect:function(a,c,d,e){return(a=this.peek(a,c,d,e))?(this.tokens.shift(),a):!1},constants:{"true":{type:q.Literal,value:!0},"false":{type:q.Literal,value:!1},"null":{type:q.Literal,value:null},undefined:{type:q.Literal,value:t},"this":{type:q.ThisExpression}}};rd.prototype={compile:function(a,c){var d=this,e=this.astBuilder.ast(a);this.state={nextId:0,filters:{},expensiveChecks:c,fn:{vars:[],body:[],own:{}},assign:{vars:[],
body:[],own:{}},inputs:[]};T(e,d.$filter);var f="",g;this.stage="assign";if(g=pd(e))this.state.computing="assign",f=this.nextId(),this.recurse(g,f),f="fn.assign="+this.generateFunction("assign","s,v,l");g=nd(e.body);d.stage="inputs";m(g,function(a,c){var e="fn"+c;d.state[e]={vars:[],body:[],own:{}};d.state.computing=e;var f=d.nextId();d.recurse(a,f);d.return_(f);d.state.inputs.push(e);a.watchId=c});this.state.computing="fn";this.stage="main";this.recurse(e);f='"'+this.USE+" "+this.STRICT+'";\n'+this.filterPrefix()+
"var fn="+this.generateFunction("fn","s,l,a,i")+f+this.watchFns()+"return fn;";f=(new Function("$filter","ensureSafeMemberName","ensureSafeObject","ensureSafeFunction","ifDefined","plus","text",f))(this.$filter,Ca,oa,ld,Xf,md,a);this.state=this.stage=t;f.literal=qd(e);f.constant=e.constant;return f},USE:"use",STRICT:"strict",watchFns:function(){var a=[],c=this.state.inputs,d=this;m(c,function(c){a.push("var "+c+"="+d.generateFunction(c,"s"))});c.length&&a.push("fn.inputs=["+c.join(",")+"];");return a.join("")},
generateFunction:function(a,c){return"function("+c+"){"+this.varsPrefix(a)+this.body(a)+"};"},filterPrefix:function(){var a=[],c=this;m(this.state.filters,function(d,e){a.push(d+"=$filter("+c.escape(e)+")")});return a.length?"var "+a.join(",")+";":""},varsPrefix:function(a){return this.state[a].vars.length?"var "+this.state[a].vars.join(",")+";":""},body:function(a){return this.state[a].body.join("")},recurse:function(a,c,d,e,f,g){var h,l,k=this,n,r;e=e||v;if(!g&&w(a.watchId))c=c||this.nextId(),this.if_("i",
this.lazyAssign(c,this.computedMember("i",a.watchId)),this.lazyRecurse(a,c,d,e,f,!0));else switch(a.type){case q.Program:m(a.body,function(c,d){k.recurse(c.expression,t,t,function(a){l=a});d!==a.body.length-1?k.current().body.push(l,";"):k.return_(l)});break;case q.Literal:r=this.escape(a.value);this.assign(c,r);e(r);break;case q.UnaryExpression:this.recurse(a.argument,t,t,function(a){l=a});r=a.operator+"("+this.ifDefined(l,0)+")";this.assign(c,r);e(r);break;case q.BinaryExpression:this.recurse(a.left,
t,t,function(a){h=a});this.recurse(a.right,t,t,function(a){l=a});r="+"===a.operator?this.plus(h,l):"-"===a.operator?this.ifDefined(h,0)+a.operator+this.ifDefined(l,0):"("+h+")"+a.operator+"("+l+")";this.assign(c,r);e(r);break;case q.LogicalExpression:c=c||this.nextId();k.recurse(a.left,c);k.if_("&&"===a.operator?c:k.not(c),k.lazyRecurse(a.right,c));e(c);break;case q.ConditionalExpression:c=c||this.nextId();k.recurse(a.test,c);k.if_(c,k.lazyRecurse(a.alternate,c),k.lazyRecurse(a.consequent,c));e(c);
break;case q.Identifier:c=c||this.nextId();d&&(d.context="inputs"===k.stage?"s":this.assign(this.nextId(),this.getHasOwnProperty("l",a.name)+"?l:s"),d.computed=!1,d.name=a.name);Ca(a.name);k.if_("inputs"===k.stage||k.not(k.getHasOwnProperty("l",a.name)),function(){k.if_("inputs"===k.stage||"s",function(){f&&1!==f&&k.if_(k.not(k.nonComputedMember("s",a.name)),k.lazyAssign(k.nonComputedMember("s",a.name),"{}"));k.assign(c,k.nonComputedMember("s",a.name))})},c&&k.lazyAssign(c,k.nonComputedMember("l",
a.name)));(k.state.expensiveChecks||Fb(a.name))&&k.addEnsureSafeObject(c);e(c);break;case q.MemberExpression:h=d&&(d.context=this.nextId())||this.nextId();c=c||this.nextId();k.recurse(a.object,h,t,function(){k.if_(k.notNull(h),function(){if(a.computed)l=k.nextId(),k.recurse(a.property,l),k.addEnsureSafeMemberName(l),f&&1!==f&&k.if_(k.not(k.computedMember(h,l)),k.lazyAssign(k.computedMember(h,l),"{}")),r=k.ensureSafeObject(k.computedMember(h,l)),k.assign(c,r),d&&(d.computed=!0,d.name=l);else{Ca(a.property.name);
f&&1!==f&&k.if_(k.not(k.nonComputedMember(h,a.property.name)),k.lazyAssign(k.nonComputedMember(h,a.property.name),"{}"));r=k.nonComputedMember(h,a.property.name);if(k.state.expensiveChecks||Fb(a.property.name))r=k.ensureSafeObject(r);k.assign(c,r);d&&(d.computed=!1,d.name=a.property.name)}},function(){k.assign(c,"undefined")});e(c)},!!f);break;case q.CallExpression:c=c||this.nextId();a.filter?(l=k.filter(a.callee.name),n=[],m(a.arguments,function(a){var c=k.nextId();k.recurse(a,c);n.push(c)}),r=l+
"("+n.join(",")+")",k.assign(c,r),e(c)):(l=k.nextId(),h={},n=[],k.recurse(a.callee,l,h,function(){k.if_(k.notNull(l),function(){k.addEnsureSafeFunction(l);m(a.arguments,function(a){k.recurse(a,k.nextId(),t,function(a){n.push(k.ensureSafeObject(a))})});h.name?(k.state.expensiveChecks||k.addEnsureSafeObject(h.context),r=k.member(h.context,h.name,h.computed)+"("+n.join(",")+")"):r=l+"("+n.join(",")+")";r=k.ensureSafeObject(r);k.assign(c,r)},function(){k.assign(c,"undefined")});e(c)}));break;case q.AssignmentExpression:l=
this.nextId();h={};if(!od(a.left))throw da("lval");this.recurse(a.left,t,h,function(){k.if_(k.notNull(h.context),function(){k.recurse(a.right,l);k.addEnsureSafeObject(k.member(h.context,h.name,h.computed));r=k.member(h.context,h.name,h.computed)+a.operator+l;k.assign(c,r);e(c||r)})},1);break;case q.ArrayExpression:n=[];m(a.elements,function(a){k.recurse(a,k.nextId(),t,function(a){n.push(a)})});r="["+n.join(",")+"]";this.assign(c,r);e(r);break;case q.ObjectExpression:n=[];m(a.properties,function(a){k.recurse(a.value,
k.nextId(),t,function(c){n.push(k.escape(a.key.type===q.Identifier?a.key.name:""+a.key.value)+":"+c)})});r="{"+n.join(",")+"}";this.assign(c,r);e(r);break;case q.ThisExpression:this.assign(c,"s");e("s");break;case q.NGValueParameter:this.assign(c,"v"),e("v")}},getHasOwnProperty:function(a,c){var d=a+"."+c,e=this.current().own;e.hasOwnProperty(d)||(e[d]=this.nextId(!1,a+"&&("+this.escape(c)+" in "+a+")"));return e[d]},assign:function(a,c){if(a)return this.current().body.push(a,"=",c,";"),a},filter:function(a){this.state.filters.hasOwnProperty(a)||
(this.state.filters[a]=this.nextId(!0));return this.state.filters[a]},ifDefined:function(a,c){return"ifDefined("+a+","+this.escape(c)+")"},plus:function(a,c){return"plus("+a+","+c+")"},return_:function(a){this.current().body.push("return ",a,";")},if_:function(a,c,d){if(!0===a)c();else{var e=this.current().body;e.push("if(",a,"){");c();e.push("}");d&&(e.push("else{"),d(),e.push("}"))}},not:function(a){return"!("+a+")"},notNull:function(a){return a+"!=null"},nonComputedMember:function(a,c){return a+
"."+c},computedMember:function(a,c){return a+"["+c+"]"},member:function(a,c,d){return d?this.computedMember(a,c):this.nonComputedMember(a,c)},addEnsureSafeObject:function(a){this.current().body.push(this.ensureSafeObject(a),";")},addEnsureSafeMemberName:function(a){this.current().body.push(this.ensureSafeMemberName(a),";")},addEnsureSafeFunction:function(a){this.current().body.push(this.ensureSafeFunction(a),";")},ensureSafeObject:function(a){return"ensureSafeObject("+a+",text)"},ensureSafeMemberName:function(a){return"ensureSafeMemberName("+
a+",text)"},ensureSafeFunction:function(a){return"ensureSafeFunction("+a+",text)"},lazyRecurse:function(a,c,d,e,f,g){var h=this;return function(){h.recurse(a,c,d,e,f,g)}},lazyAssign:function(a,c){var d=this;return function(){d.assign(a,c)}},stringEscapeRegex:/[^ a-zA-Z0-9]/g,stringEscapeFn:function(a){return"\\u"+("0000"+a.charCodeAt(0).toString(16)).slice(-4)},escape:function(a){if(L(a))return"'"+a.replace(this.stringEscapeRegex,this.stringEscapeFn)+"'";if(V(a))return a.toString();if(!0===a)return"true";
if(!1===a)return"false";if(null===a)return"null";if("undefined"===typeof a)return"undefined";throw da("esc");},nextId:function(a,c){var d="v"+this.state.nextId++;a||this.current().vars.push(d+(c?"="+c:""));return d},current:function(){return this.state[this.state.computing]}};sd.prototype={compile:function(a,c){var d=this,e=this.astBuilder.ast(a);this.expression=a;this.expensiveChecks=c;T(e,d.$filter);var f,g;if(f=pd(e))g=this.recurse(f);f=nd(e.body);var h;f&&(h=[],m(f,function(a,c){var e=d.recurse(a);
a.input=e;h.push(e);a.watchId=c}));var l=[];m(e.body,function(a){l.push(d.recurse(a.expression))});f=0===e.body.length?function(){}:1===e.body.length?l[0]:function(a,c){var d;m(l,function(e){d=e(a,c)});return d};g&&(f.assign=function(a,c,d){return g(a,d,c)});h&&(f.inputs=h);f.literal=qd(e);f.constant=e.constant;return f},recurse:function(a,c,d){var e,f,g=this,h;if(a.input)return this.inputs(a.input,a.watchId);switch(a.type){case q.Literal:return this.value(a.value,c);case q.UnaryExpression:return f=
this.recurse(a.argument),this["unary"+a.operator](f,c);case q.BinaryExpression:return e=this.recurse(a.left),f=this.recurse(a.right),this["binary"+a.operator](e,f,c);case q.LogicalExpression:return e=this.recurse(a.left),f=this.recurse(a.right),this["binary"+a.operator](e,f,c);case q.ConditionalExpression:return this["ternary?:"](this.recurse(a.test),this.recurse(a.alternate),this.recurse(a.consequent),c);case q.Identifier:return Ca(a.name,g.expression),g.identifier(a.name,g.expensiveChecks||Fb(a.name),
c,d,g.expression);case q.MemberExpression:return e=this.recurse(a.object,!1,!!d),a.computed||(Ca(a.property.name,g.expression),f=a.property.name),a.computed&&(f=this.recurse(a.property)),a.computed?this.computedMember(e,f,c,d,g.expression):this.nonComputedMember(e,f,g.expensiveChecks,c,d,g.expression);case q.CallExpression:return h=[],m(a.arguments,function(a){h.push(g.recurse(a))}),a.filter&&(f=this.$filter(a.callee.name)),a.filter||(f=this.recurse(a.callee,!0)),a.filter?function(a,d,e,g){for(var m=
[],q=0;q<h.length;++q)m.push(h[q](a,d,e,g));a=f.apply(t,m,g);return c?{context:t,name:t,value:a}:a}:function(a,d,e,r){var m=f(a,d,e,r),q;if(null!=m.value){oa(m.context,g.expression);ld(m.value,g.expression);q=[];for(var t=0;t<h.length;++t)q.push(oa(h[t](a,d,e,r),g.expression));q=oa(m.value.apply(m.context,q),g.expression)}return c?{value:q}:q};case q.AssignmentExpression:return e=this.recurse(a.left,!0,1),f=this.recurse(a.right),function(a,d,h,r){var m=e(a,d,h,r);a=f(a,d,h,r);oa(m.value,g.expression);
m.context[m.name]=a;return c?{value:a}:a};case q.ArrayExpression:return h=[],m(a.elements,function(a){h.push(g.recurse(a))}),function(a,d,e,f){for(var g=[],m=0;m<h.length;++m)g.push(h[m](a,d,e,f));return c?{value:g}:g};case q.ObjectExpression:return h=[],m(a.properties,function(a){h.push({key:a.key.type===q.Identifier?a.key.name:""+a.key.value,value:g.recurse(a.value)})}),function(a,d,e,f){for(var g={},m=0;m<h.length;++m)g[h[m].key]=h[m].value(a,d,e,f);return c?{value:g}:g};case q.ThisExpression:return function(a){return c?
{value:a}:a};case q.NGValueParameter:return function(a,d,e,f){return c?{value:e}:e}}},"unary+":function(a,c){return function(d,e,f,g){d=a(d,e,f,g);d=w(d)?+d:0;return c?{value:d}:d}},"unary-":function(a,c){return function(d,e,f,g){d=a(d,e,f,g);d=w(d)?-d:0;return c?{value:d}:d}},"unary!":function(a,c){return function(d,e,f,g){d=!a(d,e,f,g);return c?{value:d}:d}},"binary+":function(a,c,d){return function(e,f,g,h){var l=a(e,f,g,h);e=c(e,f,g,h);l=md(l,e);return d?{value:l}:l}},"binary-":function(a,c,d){return function(e,
f,g,h){var l=a(e,f,g,h);e=c(e,f,g,h);l=(w(l)?l:0)-(w(e)?e:0);return d?{value:l}:l}},"binary*":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)*c(e,f,g,h);return d?{value:e}:e}},"binary/":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)/c(e,f,g,h);return d?{value:e}:e}},"binary%":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)%c(e,f,g,h);return d?{value:e}:e}},"binary===":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)===c(e,f,g,h);return d?{value:e}:e}},"binary!==":function(a,
c,d){return function(e,f,g,h){e=a(e,f,g,h)!==c(e,f,g,h);return d?{value:e}:e}},"binary==":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)==c(e,f,g,h);return d?{value:e}:e}},"binary!=":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)!=c(e,f,g,h);return d?{value:e}:e}},"binary<":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)<c(e,f,g,h);return d?{value:e}:e}},"binary>":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)>c(e,f,g,h);return d?{value:e}:e}},"binary<=":function(a,c,d){return function(e,
f,g,h){e=a(e,f,g,h)<=c(e,f,g,h);return d?{value:e}:e}},"binary>=":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)>=c(e,f,g,h);return d?{value:e}:e}},"binary&&":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)&&c(e,f,g,h);return d?{value:e}:e}},"binary||":function(a,c,d){return function(e,f,g,h){e=a(e,f,g,h)||c(e,f,g,h);return d?{value:e}:e}},"ternary?:":function(a,c,d,e){return function(f,g,h,l){f=a(f,g,h,l)?c(f,g,h,l):d(f,g,h,l);return e?{value:f}:f}},value:function(a,c){return function(){return c?
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/*!
* ionic.bundle.js is a concatenation of:
* ionic.js, angular.js, angular-animate.js,
* angular-sanitize.js, angular-ui-router.js,
* and ionic-angular.js
*/
/*!
* Copyright 2014 Drifty Co.
* http://drifty.com/
*
* Ionic, v1.1.1
* A powerful HTML5 mobile app framework.
* http://ionicframework.com/
*
* By @maxlynch, @benjsperry, @adamdbradley <3
*
* Licensed under the MIT license. Please see LICENSE for more information.
*
*/
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a=t.parent().data("$ionViewController");a?a.navElement(i,o.outerHTML):r.navElement(i,o.outerHTML),o=null}}}}}]),c.directive("navTransition",["$ionicViewSwitcher",function(e){return{restrict:"A",priority:1e3,link:function(t,n,i){n.bind("click",function(){e.nextTransition(i.navTransition)})}}}]),c.directive("ionNavView",["$state","$ionicConfig",function(e,t){return{restrict:"E",terminal:!0,priority:2e3,transclude:!0,controller:"$ionicNavView",compile:function(n,i,o){return n.addClass("view-container"),ionic.DomUtil.cachedAttr(n,"nav-view-transition",t.views.transition()),function(t,n,i,r){function a(t){var n=e.$current&&e.$current.locals[s.name];n&&(t||n!==c)&&(c=n,s.state=n.$$state,r.register(n))}var c;o(t,function(e){n.append(e)});var s=r.init();t.$on("$stateChangeSuccess",function(){a(!1)}),t.$on("$viewContentLoading",function(){a(!1)}),a(!0)}}}}]),c.config(["$provide",function(e){e.decorator("ngClickDirective",["$delegate",function(e){return 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|
//"use strict";
// An implementation of basic necessary libraries for the web. This integrates
// with a compiled libc and with the rest of the JS runtime.
//
// We search the Library object when there is an external function. If the
// entry in the Library is a function, we insert it. If it is a string, we
// do another lookup in the library (a simple way to write a function once,
// if it can be called by different names). We also allow dependencies,
// using __deps. Initialization code to be run after allocating all
// global constants can be defined by __postset.
//
// Note that the full function name will be '_' + the name in the Library
// object. For convenience, the short name appears here. Note that if you add a
// new function with an '_', it will not be found.
// Memory allocated during startup, in postsets, should only be ALLOC_STATIC
LibraryManager.library = {
// keep this low in memory, because we flatten arrays with them in them
#if USE_PTHREADS
stdin: '; if (ENVIRONMENT_IS_PTHREAD) _stdin = PthreadWorkerInit._stdin; else PthreadWorkerInit._stdin = _stdin = allocate(1, "i32*", ALLOC_STATIC)',
stdout: '; if (ENVIRONMENT_IS_PTHREAD) _stdout = PthreadWorkerInit._stdout; else PthreadWorkerInit._stdout = _stdout = allocate(1, "i32*", ALLOC_STATIC)',
stderr: '; if (ENVIRONMENT_IS_PTHREAD) _stderr = PthreadWorkerInit._stderr; else PthreadWorkerInit._stderr = _stderr = allocate(1, "i32*", ALLOC_STATIC)',
_impure_ptr: '; if (ENVIRONMENT_IS_PTHREAD) __impure_ptr = PthreadWorkerInit.__impure_ptr; else PthreadWorkerInit.__impure_ptr __impure_ptr = allocate(1, "i32*", ALLOC_STATIC)',
__dso_handle: '; if (ENVIRONMENT_IS_PTHREAD) ___dso_handle = PthreadWorkerInit.___dso_handle; else PthreadWorkerInit.___dso_handle = ___dso_handle = allocate(1, "i32*", ALLOC_STATIC)',
#else
stdin: '{{{ makeStaticAlloc(1) }}}',
stdout: '{{{ makeStaticAlloc(1) }}}',
stderr: '{{{ makeStaticAlloc(1) }}}',
_impure_ptr: '{{{ makeStaticAlloc(1) }}}',
__dso_handle: '{{{ makeStaticAlloc(1) }}}',
#endif
$PROCINFO: {
// permissions
/*
uid: 0,
gid: 0,
euid: 0,
egid: 0,
suid: 0,
sgid: 0,
fsuid: 0,
fsgid: 0,
*/
// process identification
ppid: 1,
pid: 42,
sid: 42,
pgid: 42
},
// ==========================================================================
// utime.h
// ==========================================================================
utime__deps: ['$FS', '__setErrNo', '$ERRNO_CODES'],
utime__proxy: 'sync',
utime__sig: 'iii',
utime: function(path, times) {
// int utime(const char *path, const struct utimbuf *times);
// http://pubs.opengroup.org/onlinepubs/009695399/basedefs/utime.h.html
var time;
if (times) {
// NOTE: We don't keep track of access timestamps.
var offset = {{{ C_STRUCTS.utimbuf.modtime }}};
time = {{{ makeGetValue('times', 'offset', 'i32') }}};
time *= 1000;
} else {
time = Date.now();
}
path = Pointer_stringify(path);
try {
FS.utime(path, time, time);
return 0;
} catch (e) {
FS.handleFSError(e);
return -1;
}
},
utimes__deps: ['$FS', '__setErrNo', '$ERRNO_CODES'],
utimes__proxy: 'sync',
utimes__sig: 'iii',
utimes: function(path, times) {
var time;
if (times) {
var offset = {{{ C_STRUCTS.timeval.__size__ }}} + {{{ C_STRUCTS.timeval.tv_sec }}};
time = {{{ makeGetValue('times', 'offset', 'i32') }}} * 1000;
offset = {{{ C_STRUCTS.timeval.__size__ }}} + {{{ C_STRUCTS.timeval.tv_usec }}};
time += {{{ makeGetValue('times', 'offset', 'i32') }}} / 1000;
} else {
time = Date.now();
}
path = Pointer_stringify(path);
try {
FS.utime(path, time, time);
return 0;
} catch (e) {
FS.handleFSError(e);
return -1;
}
},
// ==========================================================================
// sys/file.h
// ==========================================================================
flock: function(fd, operation) {
// int flock(int fd, int operation);
// Pretend to succeed
return 0;
},
chroot__deps: ['__setErrNo', '$ERRNO_CODES'],
chroot__proxy: 'sync',
chroot__sig: 'ii',
chroot: function(path) {
// int chroot(const char *path);
// http://pubs.opengroup.org/onlinepubs/7908799/xsh/chroot.html
___setErrNo(ERRNO_CODES.EACCES);
return -1;
},
fpathconf__deps: ['__setErrNo', '$ERRNO_CODES'],
fpathconf__proxy: 'sync',
fpathconf__sig: 'iii',
fpathconf: function(fildes, name) {
// long fpathconf(int fildes, int name);
// http://pubs.opengroup.org/onlinepubs/000095399/functions/encrypt.html
// NOTE: The first parameter is ignored, so pathconf == fpathconf.
// The constants here aren't real values. Just mimicking glibc.
switch (name) {
case {{{ cDefine('_PC_LINK_MAX') }}}:
return 32000;
case {{{ cDefine('_PC_MAX_CANON') }}}:
case {{{ cDefine('_PC_MAX_INPUT') }}}:
case {{{ cDefine('_PC_NAME_MAX') }}}:
return 255;
case {{{ cDefine('_PC_PATH_MAX') }}}:
case {{{ cDefine('_PC_PIPE_BUF') }}}:
case {{{ cDefine('_PC_REC_MIN_XFER_SIZE') }}}:
case {{{ cDefine('_PC_REC_XFER_ALIGN') }}}:
case {{{ cDefine('_PC_ALLOC_SIZE_MIN') }}}:
return 4096;
case {{{ cDefine('_PC_CHOWN_RESTRICTED') }}}:
case {{{ cDefine('_PC_NO_TRUNC') }}}:
case {{{ cDefine('_PC_2_SYMLINKS') }}}:
return 1;
case {{{ cDefine('_PC_VDISABLE') }}}:
return 0;
case {{{ cDefine('_PC_SYNC_IO') }}}:
case {{{ cDefine('_PC_ASYNC_IO') }}}:
case {{{ cDefine('_PC_PRIO_IO') }}}:
case {{{ cDefine('_PC_SOCK_MAXBUF') }}}:
case {{{ cDefine('_PC_REC_INCR_XFER_SIZE') }}}:
case {{{ cDefine('_PC_REC_MAX_XFER_SIZE') }}}:
case {{{ cDefine('_PC_SYMLINK_MAX') }}}:
return -1;
case {{{ cDefine('_PC_FILESIZEBITS') }}}:
return 64;
}
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
},
pathconf: 'fpathconf',
confstr__deps: ['__setErrNo', '$ERRNO_CODES', '$ENV'],
confstr__proxy: 'sync',
confstr__sig: 'iiii',
confstr: function(name, buf, len) {
// size_t confstr(int name, char *buf, size_t len);
// http://pubs.opengroup.org/onlinepubs/000095399/functions/confstr.html
var value;
switch (name) {
case {{{ cDefine('_CS_PATH') }}}:
value = ENV['PATH'] || '/';
break;
case {{{ cDefine('_CS_POSIX_V6_WIDTH_RESTRICTED_ENVS') }}}:
// Mimicking glibc.
value = 'POSIX_V6_ILP32_OFF32\nPOSIX_V6_ILP32_OFFBIG';
break;
case {{{ cDefine('_CS_GNU_LIBC_VERSION') }}}:
// This JS implementation was tested against this glibc version.
value = 'glibc 2.14';
break;
case {{{ cDefine('_CS_GNU_LIBPTHREAD_VERSION') }}}:
// We don't support pthreads.
value = '';
break;
case {{{ cDefine('_CS_POSIX_V6_ILP32_OFF32_LIBS') }}}:
case {{{ cDefine('_CS_POSIX_V6_ILP32_OFFBIG_LIBS') }}}:
case {{{ cDefine('_CS_POSIX_V6_LP64_OFF64_CFLAGS') }}}:
case {{{ cDefine('_CS_POSIX_V6_LP64_OFF64_LDFLAGS') }}}:
case {{{ cDefine('_CS_POSIX_V6_LP64_OFF64_LIBS') }}}:
case {{{ cDefine('_CS_POSIX_V6_LPBIG_OFFBIG_CFLAGS') }}}:
case {{{ cDefine('_CS_POSIX_V6_LPBIG_OFFBIG_LDFLAGS') }}}:
case {{{ cDefine('_CS_POSIX_V6_LPBIG_OFFBIG_LIBS') }}}:
value = '';
break;
case {{{ cDefine('_CS_POSIX_V6_ILP32_OFF32_CFLAGS') }}}:
case {{{ cDefine('_CS_POSIX_V6_ILP32_OFF32_LDFLAGS') }}}:
case {{{ cDefine('_CS_POSIX_V6_ILP32_OFFBIG_LDFLAGS') }}}:
value = '-m32';
break;
case {{{ cDefine('_CS_POSIX_V6_ILP32_OFFBIG_CFLAGS') }}}:
value = '-m32 -D_LARGEFILE_SOURCE -D_FILE_OFFSET_BITS=64';
break;
default:
___setErrNo(ERRNO_CODES.EINVAL);
return 0;
}
if (len == 0 || buf == 0) {
return value.length + 1;
} else {
var length = Math.min(len, value.length);
for (var i = 0; i < length; i++) {
{{{ makeSetValue('buf', 'i', 'value.charCodeAt(i)', 'i8') }}};
}
if (len > length) {{{ makeSetValue('buf', 'i++', '0', 'i8') }}};
return i;
}
},
execl__deps: ['__setErrNo', '$ERRNO_CODES'],
execl: function(/* ... */) {
// int execl(const char *path, const char *arg0, ... /*, (char *)0 */);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/exec.html
// We don't support executing external code.
___setErrNo(ERRNO_CODES.ENOEXEC);
return -1;
},
execle: 'execl',
execlp: 'execl',
execv: 'execl',
execve: 'execl',
execvp: 'execl',
__execvpe: 'execl',
fexecve: 'execl',
_exit: function(status) {
// void _exit(int status);
// http://pubs.opengroup.org/onlinepubs/000095399/functions/exit.html
Module['exit'](status);
},
fork__deps: ['__setErrNo', '$ERRNO_CODES'],
fork: function() {
// pid_t fork(void);
// http://pubs.opengroup.org/onlinepubs/000095399/functions/fork.html
// We don't support multiple processes.
___setErrNo(ERRNO_CODES.EAGAIN);
return -1;
},
vfork: 'fork',
posix_spawn: 'fork',
posix_spawnp: 'fork',
setgroups__deps: ['__setErrNo', '$ERRNO_CODES', 'sysconf'],
setgroups: function(ngroups, gidset) {
// int setgroups(int ngroups, const gid_t *gidset);
// https://developer.apple.com/library/mac/#documentation/Darwin/Reference/ManPages/man2/setgroups.2.html
if (ngroups < 1 || ngroups > _sysconf({{{ cDefine('_SC_NGROUPS_MAX') }}})) {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
} else {
// We have just one process/user/group, so it makes no sense to set groups.
___setErrNo(ERRNO_CODES.EPERM);
return -1;
}
},
getpagesize: function() {
// int getpagesize(void);
return PAGE_SIZE;
},
sysconf__deps: ['__setErrNo', '$ERRNO_CODES'],
sysconf__proxy: 'sync',
sysconf__sig: 'ii',
sysconf: function(name) {
// long sysconf(int name);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/sysconf.html
switch(name) {
case {{{ cDefine('_SC_PAGE_SIZE') }}}: return PAGE_SIZE;
case {{{ cDefine('_SC_PHYS_PAGES') }}}:
#if BINARYEN
var maxHeapSize = 2*1024*1024*1024 - 65536;
#else
var maxHeapSize = 2*1024*1024*1024 - 16777216;
#endif
#if WASM_MEM_MAX != -1
maxHeapSize = {{{ WASM_MEM_MAX }}};
#endif
#if !ALLOW_MEMORY_GROWTH
maxHeapSize = HEAPU8.length;
#endif
return maxHeapSize / PAGE_SIZE;
case {{{ cDefine('_SC_ADVISORY_INFO') }}}:
case {{{ cDefine('_SC_BARRIERS') }}}:
case {{{ cDefine('_SC_ASYNCHRONOUS_IO') }}}:
case {{{ cDefine('_SC_CLOCK_SELECTION') }}}:
case {{{ cDefine('_SC_CPUTIME') }}}:
case {{{ cDefine('_SC_FSYNC') }}}:
case {{{ cDefine('_SC_IPV6') }}}:
case {{{ cDefine('_SC_MAPPED_FILES') }}}:
case {{{ cDefine('_SC_MEMLOCK') }}}:
case {{{ cDefine('_SC_MEMLOCK_RANGE') }}}:
case {{{ cDefine('_SC_MEMORY_PROTECTION') }}}:
case {{{ cDefine('_SC_MESSAGE_PASSING') }}}:
case {{{ cDefine('_SC_MONOTONIC_CLOCK') }}}:
case {{{ cDefine('_SC_PRIORITIZED_IO') }}}:
case {{{ cDefine('_SC_PRIORITY_SCHEDULING') }}}:
case {{{ cDefine('_SC_RAW_SOCKETS') }}}:
case {{{ cDefine('_SC_READER_WRITER_LOCKS') }}}:
case {{{ cDefine('_SC_REALTIME_SIGNALS') }}}:
case {{{ cDefine('_SC_SEMAPHORES') }}}:
case {{{ cDefine('_SC_SHARED_MEMORY_OBJECTS') }}}:
case {{{ cDefine('_SC_SPAWN') }}}:
case {{{ cDefine('_SC_SPIN_LOCKS') }}}:
case {{{ cDefine('_SC_SYNCHRONIZED_IO') }}}:
case {{{ cDefine('_SC_THREAD_ATTR_STACKADDR') }}}:
case {{{ cDefine('_SC_THREAD_ATTR_STACKSIZE') }}}:
case {{{ cDefine('_SC_THREAD_CPUTIME') }}}:
case {{{ cDefine('_SC_THREAD_PRIO_INHERIT') }}}:
case {{{ cDefine('_SC_THREAD_PRIO_PROTECT') }}}:
case {{{ cDefine('_SC_THREAD_PROCESS_SHARED') }}}:
case {{{ cDefine('_SC_THREAD_SAFE_FUNCTIONS') }}}:
case {{{ cDefine('_SC_THREADS') }}}:
case {{{ cDefine('_SC_TIMEOUTS') }}}:
case {{{ cDefine('_SC_TIMERS') }}}:
case {{{ cDefine('_SC_VERSION') }}}:
case {{{ cDefine('_SC_2_C_BIND') }}}:
case {{{ cDefine('_SC_2_C_DEV') }}}:
case {{{ cDefine('_SC_2_CHAR_TERM') }}}:
case {{{ cDefine('_SC_2_LOCALEDEF') }}}:
case {{{ cDefine('_SC_2_SW_DEV') }}}:
case {{{ cDefine('_SC_2_VERSION') }}}:
return 200809;
case {{{ cDefine('_SC_THREAD_PRIORITY_SCHEDULING') }}}:
return 0;
case {{{ cDefine('_SC_MQ_OPEN_MAX') }}}:
case {{{ cDefine('_SC_XOPEN_STREAMS') }}}:
case {{{ cDefine('_SC_XBS5_LP64_OFF64') }}}:
case {{{ cDefine('_SC_XBS5_LPBIG_OFFBIG') }}}:
case {{{ cDefine('_SC_AIO_LISTIO_MAX') }}}:
case {{{ cDefine('_SC_AIO_MAX') }}}:
case {{{ cDefine('_SC_SPORADIC_SERVER') }}}:
case {{{ cDefine('_SC_THREAD_SPORADIC_SERVER') }}}:
case {{{ cDefine('_SC_TRACE') }}}:
case {{{ cDefine('_SC_TRACE_EVENT_FILTER') }}}:
case {{{ cDefine('_SC_TRACE_EVENT_NAME_MAX') }}}:
case {{{ cDefine('_SC_TRACE_INHERIT') }}}:
case {{{ cDefine('_SC_TRACE_LOG') }}}:
case {{{ cDefine('_SC_TRACE_NAME_MAX') }}}:
case {{{ cDefine('_SC_TRACE_SYS_MAX') }}}:
case {{{ cDefine('_SC_TRACE_USER_EVENT_MAX') }}}:
case {{{ cDefine('_SC_TYPED_MEMORY_OBJECTS') }}}:
case {{{ cDefine('_SC_V6_LP64_OFF64') }}}:
case {{{ cDefine('_SC_V6_LPBIG_OFFBIG') }}}:
case {{{ cDefine('_SC_2_FORT_DEV') }}}:
case {{{ cDefine('_SC_2_FORT_RUN') }}}:
case {{{ cDefine('_SC_2_PBS') }}}:
case {{{ cDefine('_SC_2_PBS_ACCOUNTING') }}}:
case {{{ cDefine('_SC_2_PBS_CHECKPOINT') }}}:
case {{{ cDefine('_SC_2_PBS_LOCATE') }}}:
case {{{ cDefine('_SC_2_PBS_MESSAGE') }}}:
case {{{ cDefine('_SC_2_PBS_TRACK') }}}:
case {{{ cDefine('_SC_2_UPE') }}}:
case {{{ cDefine('_SC_THREAD_THREADS_MAX') }}}:
case {{{ cDefine('_SC_SEM_NSEMS_MAX') }}}:
case {{{ cDefine('_SC_SYMLOOP_MAX') }}}:
case {{{ cDefine('_SC_TIMER_MAX') }}}:
return -1;
case {{{ cDefine('_SC_V6_ILP32_OFF32') }}}:
case {{{ cDefine('_SC_V6_ILP32_OFFBIG') }}}:
case {{{ cDefine('_SC_JOB_CONTROL') }}}:
case {{{ cDefine('_SC_REGEXP') }}}:
case {{{ cDefine('_SC_SAVED_IDS') }}}:
case {{{ cDefine('_SC_SHELL') }}}:
case {{{ cDefine('_SC_XBS5_ILP32_OFF32') }}}:
case {{{ cDefine('_SC_XBS5_ILP32_OFFBIG') }}}:
case {{{ cDefine('_SC_XOPEN_CRYPT') }}}:
case {{{ cDefine('_SC_XOPEN_ENH_I18N') }}}:
case {{{ cDefine('_SC_XOPEN_LEGACY') }}}:
case {{{ cDefine('_SC_XOPEN_REALTIME') }}}:
case {{{ cDefine('_SC_XOPEN_REALTIME_THREADS') }}}:
case {{{ cDefine('_SC_XOPEN_SHM') }}}:
case {{{ cDefine('_SC_XOPEN_UNIX') }}}:
return 1;
case {{{ cDefine('_SC_THREAD_KEYS_MAX') }}}:
case {{{ cDefine('_SC_IOV_MAX') }}}:
case {{{ cDefine('_SC_GETGR_R_SIZE_MAX') }}}:
case {{{ cDefine('_SC_GETPW_R_SIZE_MAX') }}}:
case {{{ cDefine('_SC_OPEN_MAX') }}}:
return 1024;
case {{{ cDefine('_SC_RTSIG_MAX') }}}:
case {{{ cDefine('_SC_EXPR_NEST_MAX') }}}:
case {{{ cDefine('_SC_TTY_NAME_MAX') }}}:
return 32;
case {{{ cDefine('_SC_ATEXIT_MAX') }}}:
case {{{ cDefine('_SC_DELAYTIMER_MAX') }}}:
case {{{ cDefine('_SC_SEM_VALUE_MAX') }}}:
return 2147483647;
case {{{ cDefine('_SC_SIGQUEUE_MAX') }}}:
case {{{ cDefine('_SC_CHILD_MAX') }}}:
return 47839;
case {{{ cDefine('_SC_BC_SCALE_MAX') }}}:
case {{{ cDefine('_SC_BC_BASE_MAX') }}}:
return 99;
case {{{ cDefine('_SC_LINE_MAX') }}}:
case {{{ cDefine('_SC_BC_DIM_MAX') }}}:
return 2048;
case {{{ cDefine('_SC_ARG_MAX') }}}: return 2097152;
case {{{ cDefine('_SC_NGROUPS_MAX') }}}: return 65536;
case {{{ cDefine('_SC_MQ_PRIO_MAX') }}}: return 32768;
case {{{ cDefine('_SC_RE_DUP_MAX') }}}: return 32767;
case {{{ cDefine('_SC_THREAD_STACK_MIN') }}}: return 16384;
case {{{ cDefine('_SC_BC_STRING_MAX') }}}: return 1000;
case {{{ cDefine('_SC_XOPEN_VERSION') }}}: return 700;
case {{{ cDefine('_SC_LOGIN_NAME_MAX') }}}: return 256;
case {{{ cDefine('_SC_COLL_WEIGHTS_MAX') }}}: return 255;
case {{{ cDefine('_SC_CLK_TCK') }}}: return 100;
case {{{ cDefine('_SC_HOST_NAME_MAX') }}}: return 64;
case {{{ cDefine('_SC_AIO_PRIO_DELTA_MAX') }}}: return 20;
case {{{ cDefine('_SC_STREAM_MAX') }}}: return 16;
case {{{ cDefine('_SC_TZNAME_MAX') }}}: return 6;
case {{{ cDefine('_SC_THREAD_DESTRUCTOR_ITERATIONS') }}}: return 4;
case {{{ cDefine('_SC_NPROCESSORS_ONLN') }}}: {
if (typeof navigator === 'object') return navigator['hardwareConcurrency'] || 1;
return 1;
}
}
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
},
// Implement a Linux-like 'memory area' for our 'process'.
// Changes the size of the memory area by |bytes|; returns the
// address of the previous top ('break') of the memory area
// We control the "dynamic" memory - DYNAMIC_BASE to DYNAMICTOP
sbrk__asm: true,
sbrk__sig: ['ii'],
sbrk__deps: ['__setErrNo'],
sbrk: function(increment) {
increment = increment|0;
var oldDynamicTop = 0;
var oldDynamicTopOnChange = 0;
var newDynamicTop = 0;
var totalMemory = 0;
increment = ((increment + 15) & -16)|0;
#if USE_PTHREADS
totalMemory = getTotalMemory()|0;
// Perform a compare-and-swap loop to update the new dynamic top value. This is because
// this function can becalled simultaneously in multiple threads.
do {
oldDynamicTop = Atomics_load(HEAP32, DYNAMICTOP_PTR>>2)|0;
newDynamicTop = oldDynamicTop + increment | 0;
// Asking to increase dynamic top to a too high value? In pthreads builds we cannot
// enlarge memory, so this needs to fail.
if (((increment|0) > 0 & (newDynamicTop|0) < (oldDynamicTop|0)) // Detect and fail if we would wrap around signed 32-bit int.
| (newDynamicTop|0) < 0 // Also underflow, sbrk() should be able to be used to subtract.
| (newDynamicTop|0) > (totalMemory|0)) {
#if ABORTING_MALLOC
abortOnCannotGrowMemory()|0;
#else
___setErrNo({{{ cDefine('ENOMEM') }}});
return -1;
#endif
}
// Attempt to update the dynamic top to new value. Another thread may have beat this thread to the update,
// in which case we will need to start over by iterating the loop body again.
oldDynamicTopOnChange = Atomics_compareExchange(HEAP32, DYNAMICTOP_PTR>>2, oldDynamicTop|0, newDynamicTop|0)|0;
} while((oldDynamicTopOnChange|0) != (oldDynamicTop|0));
#else // singlethreaded build: (-s USE_PTHREADS=0)
oldDynamicTop = HEAP32[DYNAMICTOP_PTR>>2]|0;
newDynamicTop = oldDynamicTop + increment | 0;
if (((increment|0) > 0 & (newDynamicTop|0) < (oldDynamicTop|0)) // Detect and fail if we would wrap around signed 32-bit int.
| (newDynamicTop|0) < 0) { // Also underflow, sbrk() should be able to be used to subtract.
#if ABORTING_MALLOC
abortOnCannotGrowMemory()|0;
#endif
___setErrNo({{{ cDefine('ENOMEM') }}});
return -1;
}
HEAP32[DYNAMICTOP_PTR>>2] = newDynamicTop;
totalMemory = getTotalMemory()|0;
if ((newDynamicTop|0) > (totalMemory|0)) {
if ((enlargeMemory()|0) == 0) {
HEAP32[DYNAMICTOP_PTR>>2] = oldDynamicTop;
___setErrNo({{{ cDefine('ENOMEM') }}});
return -1;
}
}
#endif
return oldDynamicTop|0;
},
brk__asm: true,
brk__sig: ['ii'],
brk: function(newDynamicTop) {
newDynamicTop = newDynamicTop|0;
var oldDynamicTop = 0;
var totalMemory = 0;
#if USE_PTHREADS
totalMemory = getTotalMemory()|0;
// Asking to increase dynamic top to a too high value? In pthreads builds we cannot
// enlarge memory, so this needs to fail.
if ((newDynamicTop|0) < 0 | (newDynamicTop|0) > (totalMemory|0)) {
#if ABORTING_MALLOC
abortOnCannotGrowMemory()|0;
#else
___setErrNo({{{ cDefine('ENOMEM') }}});
return -1;
#endif
}
Atomics_store(HEAP32, DYNAMICTOP_PTR>>2, newDynamicTop|0)|0;
#else // singlethreaded build: (-s USE_PTHREADS=0)
if ((newDynamicTop|0) < 0) {
#if ABORTING_MALLOC
abortOnCannotGrowMemory()|0;
#endif
___setErrNo({{{ cDefine('ENOMEM') }}});
return -1;
}
oldDynamicTop = HEAP32[DYNAMICTOP_PTR>>2]|0;
HEAP32[DYNAMICTOP_PTR>>2] = newDynamicTop;
totalMemory = getTotalMemory()|0;
if ((newDynamicTop|0) > (totalMemory|0)) {
if ((enlargeMemory()|0) == 0) {
___setErrNo({{{ cDefine('ENOMEM') }}});
HEAP32[DYNAMICTOP_PTR>>2] = oldDynamicTop;
return -1;
}
}
#endif
return 0;
},
system__deps: ['__setErrNo', '$ERRNO_CODES'],
system: function(command) {
// int system(const char *command);
// http://pubs.opengroup.org/onlinepubs/000095399/functions/system.html
// Can't call external programs.
___setErrNo(ERRNO_CODES.EAGAIN);
return -1;
},
// ==========================================================================
// stdlib.h
// ==========================================================================
// tiny, fake malloc/free implementation. If the program actually uses malloc,
// a compiled version will be used; this will only be used if the runtime
// needs to allocate something, for which this is good enough if otherwise
// no malloc is needed.
malloc: function(bytes) {
/* Over-allocate to make sure it is byte-aligned by 8.
* This will leak memory, but this is only the dummy
* implementation (replaced by dlmalloc normally) so
* not an issue.
*/
#if ASSERTIONS == 2
warnOnce('using stub malloc (reference it from C to have the real one included)');
#endif
var ptr = dynamicAlloc(bytes + 8);
return (ptr+8) & 0xFFFFFFF8;
},
free: function() {
#if ASSERTIONS == 2
warnOnce('using stub free (reference it from C to have the real one included)');
#endif
},
abs: 'Math_abs',
labs: 'Math_abs',
exit__deps: ['_exit'],
exit: function(status) {
__exit(status);
},
_Exit__deps: ['exit'],
_Exit: function(status) {
__exit(status);
},
_ZSt9terminatev__deps: ['exit'],
_ZSt9terminatev: function() {
_exit(-1234);
},
atexit__proxy: 'sync',
atexit__sig: 'ii',
atexit: function(func, arg) {
#if ASSERTIONS
#if NO_EXIT_RUNTIME == 1
warnOnce('atexit() called, but NO_EXIT_RUNTIME is set, so atexits() will not be called. set NO_EXIT_RUNTIME to 0 (see the FAQ)');
#endif
#endif
__ATEXIT__.unshift({ func: func, arg: arg });
},
__cxa_atexit: 'atexit',
// used in rust, clang when doing thread_local statics
__cxa_thread_atexit: 'atexit',
__cxa_thread_atexit_impl: 'atexit',
abort: function() {
Module['abort']();
},
environ__deps: ['$ENV'],
#if USE_PTHREADS
environ: '; if (ENVIRONMENT_IS_PTHREAD) _environ = PthreadWorkerInit._environ; else PthreadWorkerInit._environ = _environ = allocate(1, "i32*", ALLOC_STATIC)',
#else
environ: '{{{ makeStaticAlloc(1) }}}',
#endif
__environ__deps: ['environ'],
__environ: 'environ',
__buildEnvironment__deps: ['__environ'],
__buildEnvironment: function(env) {
// WARNING: Arbitrary limit!
var MAX_ENV_VALUES = 64;
var TOTAL_ENV_SIZE = 1024;
// Statically allocate memory for the environment.
var poolPtr;
var envPtr;
if (!___buildEnvironment.called) {
___buildEnvironment.called = true;
// Set default values. Use string keys for Closure Compiler compatibility.
ENV['USER'] = ENV['LOGNAME'] = 'web_user';
ENV['PATH'] = '/';
ENV['PWD'] = '/';
ENV['HOME'] = '/home/web_user';
ENV['LANG'] = 'C.UTF-8';
ENV['_'] = Module['thisProgram'];
// Allocate memory.
poolPtr = staticAlloc(TOTAL_ENV_SIZE);
envPtr = staticAlloc(MAX_ENV_VALUES * {{{ Runtime.POINTER_SIZE }}});
{{{ makeSetValue('envPtr', '0', 'poolPtr', 'i8*') }}};
{{{ makeSetValue(makeGlobalUse('_environ'), 0, 'envPtr', 'i8*') }}};
} else {
envPtr = {{{ makeGetValue(makeGlobalUse('_environ'), '0', 'i8**') }}};
poolPtr = {{{ makeGetValue('envPtr', '0', 'i8*') }}};
}
// Collect key=value lines.
var strings = [];
var totalSize = 0;
for (var key in env) {
if (typeof env[key] === 'string') {
var line = key + '=' + env[key];
strings.push(line);
totalSize += line.length;
}
}
if (totalSize > TOTAL_ENV_SIZE) {
throw new Error('Environment size exceeded TOTAL_ENV_SIZE!');
}
// Make new.
var ptrSize = {{{ Runtime.getNativeTypeSize('i8*') }}};
for (var i = 0; i < strings.length; i++) {
var line = strings[i];
writeAsciiToMemory(line, poolPtr);
{{{ makeSetValue('envPtr', 'i * ptrSize', 'poolPtr', 'i8*') }}};
poolPtr += line.length + 1;
}
{{{ makeSetValue('envPtr', 'strings.length * ptrSize', '0', 'i8*') }}};
},
$ENV__deps: ['__buildEnvironment'],
#if USE_PTHREADS
$ENV__postset: 'if (!ENVIRONMENT_IS_PTHREAD) ___buildEnvironment(ENV);',
#else
$ENV__postset: '___buildEnvironment(ENV);',
#endif
$ENV: {},
getenv__deps: ['$ENV'],
getenv__proxy: 'sync',
getenv__sig: 'ii',
getenv: function(name) {
// char *getenv(const char *name);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/getenv.html
if (name === 0) return 0;
name = Pointer_stringify(name);
if (!ENV.hasOwnProperty(name)) return 0;
if (_getenv.ret) _free(_getenv.ret);
_getenv.ret = allocateUTF8(ENV[name]);
return _getenv.ret;
},
clearenv__deps: ['$ENV', '__buildEnvironment'],
clearenv__proxy: 'sync',
clearenv__sig: 'i',
clearenv: function() {
// int clearenv (void);
// http://www.gnu.org/s/hello/manual/libc/Environment-Access.html#index-clearenv-3107
ENV = {};
___buildEnvironment(ENV);
return 0;
},
setenv__deps: ['$ENV', '__buildEnvironment', '$ERRNO_CODES', '__setErrNo'],
setenv__proxy: 'sync',
setenv__sig: 'iiii',
setenv: function(envname, envval, overwrite) {
// int setenv(const char *envname, const char *envval, int overwrite);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/setenv.html
if (envname === 0) {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
var name = Pointer_stringify(envname);
var val = Pointer_stringify(envval);
if (name === '' || name.indexOf('=') !== -1) {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
if (ENV.hasOwnProperty(name) && !overwrite) return 0;
ENV[name] = val;
___buildEnvironment(ENV);
return 0;
},
unsetenv__deps: ['$ENV', '__buildEnvironment', '$ERRNO_CODES', '__setErrNo'],
unsetenv__proxy: 'sync',
unsetenv__sig: 'ii',
unsetenv: function(name) {
// int unsetenv(const char *name);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/unsetenv.html
if (name === 0) {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
name = Pointer_stringify(name);
if (name === '' || name.indexOf('=') !== -1) {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
if (ENV.hasOwnProperty(name)) {
delete ENV[name];
___buildEnvironment(ENV);
}
return 0;
},
putenv__deps: ['$ENV', '__buildEnvironment', '$ERRNO_CODES', '__setErrNo'],
putenv__proxy: 'sync',
putenv__sig: 'ii',
putenv: function(string) {
// int putenv(char *string);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/putenv.html
// WARNING: According to the standard (and the glibc implementation), the
// string is taken by reference so future changes are reflected.
// We copy it instead, possibly breaking some uses.
if (string === 0) {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
string = Pointer_stringify(string);
var splitPoint = string.indexOf('=')
if (string === '' || string.indexOf('=') === -1) {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
var name = string.slice(0, splitPoint);
var value = string.slice(splitPoint + 1);
if (!(name in ENV) || ENV[name] !== value) {
ENV[name] = value;
___buildEnvironment(ENV);
}
return 0;
},
getloadavg: function(loadavg, nelem) {
// int getloadavg(double loadavg[], int nelem);
// http://linux.die.net/man/3/getloadavg
var limit = Math.min(nelem, 3);
var doubleSize = {{{ Runtime.getNativeTypeSize('double') }}};
for (var i = 0; i < limit; i++) {
{{{ makeSetValue('loadavg', 'i * doubleSize', '0.1', 'double') }}};
}
return limit;
},
// For compatibility, call to rand() when code requests arc4random(), although this is *not* at all
// as strong as rc4 is. See https://developer.apple.com/library/mac/documentation/Darwin/Reference/ManPages/man3/arc4random.3.html
arc4random: 'rand',
// ==========================================================================
// string.h
// ==========================================================================
memcpy__inline: function(dest, src, num, align) {
var ret = '';
ret += makeCopyValues(dest, src, num, 'null', null, align);
return ret;
},
emscripten_memcpy_big: function(dest, src, num) {
HEAPU8.set(HEAPU8.subarray(src, src+num), dest);
return dest;
},
memcpy__asm: true,
memcpy__sig: 'iiii',
memcpy__deps: ['emscripten_memcpy_big'],
memcpy: function(dest, src, num) {
dest = dest|0; src = src|0; num = num|0;
var ret = 0;
var aligned_dest_end = 0;
var block_aligned_dest_end = 0;
var dest_end = 0;
// Test against a benchmarked cutoff limit for when HEAPU8.set() becomes faster to use.
if ((num|0) >=
#if SIMD
196608
#else
8192
#endif
) {
return _emscripten_memcpy_big(dest|0, src|0, num|0)|0;
}
ret = dest|0;
dest_end = (dest + num)|0;
if ((dest&3) == (src&3)) {
// The initial unaligned < 4-byte front.
while (dest & 3) {
if ((num|0) == 0) return ret|0;
{{{ makeSetValueAsm('dest', 0, makeGetValueAsm('src', 0, 'i8'), 'i8') }}};
dest = (dest+1)|0;
src = (src+1)|0;
num = (num-1)|0;
}
aligned_dest_end = (dest_end & -4)|0;
block_aligned_dest_end = (aligned_dest_end - 64)|0;
while ((dest|0) <= (block_aligned_dest_end|0) ) {
#if SIMD
SIMD_Int32x4_store(HEAPU8, dest, SIMD_Int32x4_load(HEAPU8, src));
SIMD_Int32x4_store(HEAPU8, dest+16, SIMD_Int32x4_load(HEAPU8, src+16));
SIMD_Int32x4_store(HEAPU8, dest+32, SIMD_Int32x4_load(HEAPU8, src+32));
SIMD_Int32x4_store(HEAPU8, dest+48, SIMD_Int32x4_load(HEAPU8, src+48));
#else
{{{ makeSetValueAsm('dest', 0, makeGetValueAsm('src', 0, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 4, makeGetValueAsm('src', 4, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 8, makeGetValueAsm('src', 8, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 12, makeGetValueAsm('src', 12, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 16, makeGetValueAsm('src', 16, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 20, makeGetValueAsm('src', 20, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 24, makeGetValueAsm('src', 24, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 28, makeGetValueAsm('src', 28, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 32, makeGetValueAsm('src', 32, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 36, makeGetValueAsm('src', 36, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 40, makeGetValueAsm('src', 40, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 44, makeGetValueAsm('src', 44, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 48, makeGetValueAsm('src', 48, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 52, makeGetValueAsm('src', 52, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 56, makeGetValueAsm('src', 56, 'i32'), 'i32') }}};
{{{ makeSetValueAsm('dest', 60, makeGetValueAsm('src', 60, 'i32'), 'i32') }}};
#endif
dest = (dest+64)|0;
src = (src+64)|0;
}
while ((dest|0) < (aligned_dest_end|0) ) {
{{{ makeSetValueAsm('dest', 0, makeGetValueAsm('src', 0, 'i32'), 'i32') }}};
dest = (dest+4)|0;
src = (src+4)|0;
}
} else {
// In the unaligned copy case, unroll a bit as well.
aligned_dest_end = (dest_end - 4)|0;
while ((dest|0) < (aligned_dest_end|0) ) {
{{{ makeSetValueAsm('dest', 0, makeGetValueAsm('src', 0, 'i8'), 'i8') }}};
{{{ makeSetValueAsm('dest', 1, makeGetValueAsm('src', 1, 'i8'), 'i8') }}};
{{{ makeSetValueAsm('dest', 2, makeGetValueAsm('src', 2, 'i8'), 'i8') }}};
{{{ makeSetValueAsm('dest', 3, makeGetValueAsm('src', 3, 'i8'), 'i8') }}};
dest = (dest+4)|0;
src = (src+4)|0;
}
}
// The remaining unaligned < 4 byte tail.
while ((dest|0) < (dest_end|0)) {
{{{ makeSetValueAsm('dest', 0, makeGetValueAsm('src', 0, 'i8'), 'i8') }}};
dest = (dest+1)|0;
src = (src+1)|0;
}
return ret|0;
},
llvm_memcpy_i32: 'memcpy',
llvm_memcpy_i64: 'memcpy',
llvm_memcpy_p0i8_p0i8_i32: 'memcpy',
llvm_memcpy_p0i8_p0i8_i64: 'memcpy',
memmove__sig: 'iiii',
memmove__asm: true,
memmove__deps: ['memcpy'],
memmove: function(dest, src, num) {
dest = dest|0; src = src|0; num = num|0;
var ret = 0;
if (((src|0) < (dest|0)) & ((dest|0) < ((src + num)|0))) {
// Unlikely case: Copy backwards in a safe manner
ret = dest;
src = (src + num)|0;
dest = (dest + num)|0;
while ((num|0) > 0) {
dest = (dest - 1)|0;
src = (src - 1)|0;
num = (num - 1)|0;
{{{ makeSetValueAsm('dest', 0, makeGetValueAsm('src', 0, 'i8'), 'i8') }}};
}
dest = ret;
} else {
_memcpy(dest, src, num) | 0;
}
return dest | 0;
},
llvm_memmove_i32: 'memmove',
llvm_memmove_i64: 'memmove',
llvm_memmove_p0i8_p0i8_i32: 'memmove',
llvm_memmove_p0i8_p0i8_i64: 'memmove',
memset__inline: function(ptr, value, num, align) {
return makeSetValues(ptr, 0, value, 'null', num, align);
},
memset__sig: 'iiii',
memset__asm: true,
memset: function(ptr, value, num) {
ptr = ptr|0; value = value|0; num = num|0;
var end = 0, aligned_end = 0, block_aligned_end = 0, value4 = 0;
#if SIMD
var value16 = SIMD_Int32x4(0,0,0,0);
#endif
end = (ptr + num)|0;
value = value & 0xff;
if ((num|0) >= 67 /* 64 bytes for an unrolled loop + 3 bytes for unaligned head*/) {
while ((ptr&3) != 0) {
{{{ makeSetValueAsm('ptr', 0, 'value', 'i8') }}};
ptr = (ptr+1)|0;
}
aligned_end = (end & -4)|0;
block_aligned_end = (aligned_end - 64)|0;
value4 = value | (value << 8) | (value << 16) | (value << 24);
#if SIMD
value16 = SIMD_Int32x4_splat(value4);
#endif
while((ptr|0) <= (block_aligned_end|0)) {
#if SIMD
SIMD_Int32x4_store(HEAPU8, ptr, value16);
SIMD_Int32x4_store(HEAPU8, ptr+16, value16);
SIMD_Int32x4_store(HEAPU8, ptr+32, value16);
SIMD_Int32x4_store(HEAPU8, ptr+48, value16);
#else
{{{ makeSetValueAsm('ptr', 0, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 4, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 8, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 12, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 16, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 20, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 24, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 28, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 32, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 36, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 40, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 44, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 48, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 52, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 56, 'value4', 'i32') }}};
{{{ makeSetValueAsm('ptr', 60, 'value4', 'i32') }}};
#endif
ptr = (ptr + 64)|0;
}
while ((ptr|0) < (aligned_end|0) ) {
{{{ makeSetValueAsm('ptr', 0, 'value4', 'i32') }}};
ptr = (ptr+4)|0;
}
}
// The remaining bytes.
while ((ptr|0) < (end|0)) {
{{{ makeSetValueAsm('ptr', 0, 'value', 'i8') }}};
ptr = (ptr+1)|0;
}
return (end-num)|0;
},
llvm_memset_i32: 'memset',
llvm_memset_p0i8_i32: 'memset',
llvm_memset_p0i8_i64: 'memset',
// ==========================================================================
// GCC/LLVM specifics
// ==========================================================================
__builtin_prefetch: function(){},
// ==========================================================================
// LLVM specifics
// ==========================================================================
llvm_va_start__inline: function(ptr) {
// varargs - we received a pointer to the varargs as a final 'extra' parameter called 'varrp'
// 2-word structure: struct { void* start; void* currentOffset; }
return makeSetValue(ptr, 0, 'varrp', 'void*') + ';' + makeSetValue(ptr, Runtime.QUANTUM_SIZE, 0, 'void*');
},
llvm_va_end: function() {},
llvm_va_copy: function(ppdest, ppsrc) {
// copy the list start
{{{ makeCopyValues('ppdest', 'ppsrc', Runtime.QUANTUM_SIZE, 'null', null, 1) }}};
// copy the list's current offset (will be advanced with each call to va_arg)
{{{ makeCopyValues('(ppdest+'+Runtime.QUANTUM_SIZE+')', '(ppsrc+'+Runtime.QUANTUM_SIZE+')', Runtime.QUANTUM_SIZE, 'null', null, 1) }}};
},
llvm_bswap_i16__asm: true,
llvm_bswap_i16__sig: 'ii',
llvm_bswap_i16: function(x) {
x = x|0;
return (((x&0xff)<<8) | ((x>>8)&0xff))|0;
},
llvm_bswap_i32__asm: true,
llvm_bswap_i32__sig: 'ii',
llvm_bswap_i32: function(x) {
x = x|0;
return (((x&0xff)<<24) | (((x>>8)&0xff)<<16) | (((x>>16)&0xff)<<8) | (x>>>24))|0;
},
llvm_bswap_i64__deps: ['llvm_bswap_i32'],
llvm_bswap_i64: function(l, h) {
var retl = _llvm_bswap_i32(h)>>>0;
var reth = _llvm_bswap_i32(l)>>>0;
{{{ makeStructuralReturn(['retl', 'reth']) }}};
},
llvm_ctlz_i8__asm: true,
llvm_ctlz_i8__sig: 'ii',
llvm_ctlz_i8: function(x, isZeroUndef) {
x = x | 0;
isZeroUndef = isZeroUndef | 0;
return (Math_clz32(x & 0xff) | 0) - 24 | 0;
},
llvm_ctlz_i16__asm: true,
llvm_ctlz_i16__sig: 'ii',
llvm_ctlz_i16: function(x, isZeroUndef) {
x = x | 0;
isZeroUndef = isZeroUndef | 0;
return (Math_clz32(x & 0xffff) | 0) - 16 | 0
},
llvm_ctlz_i64__asm: true,
llvm_ctlz_i64__sig: 'iii',
llvm_ctlz_i64: function(l, h, isZeroUndef) {
l = l | 0;
h = h | 0;
isZeroUndef = isZeroUndef | 0;
var ret = 0;
ret = Math_clz32(h) | 0;
if ((ret | 0) == 32) ret = ret + (Math_clz32(l) | 0) | 0;
{{{ makeSetTempRet0('0') }}};
return ret | 0;
},
llvm_cttz_i32__deps: [function() {
function cttz(x) {
for (var i = 0; i < 8; i++) {
if (x & (1 << i)) {
return i;
}
}
return 8;
}
if (SIDE_MODULE) return ''; // uses it from the parent
#if USE_PTHREADS
return 'var cttz_i8; if (ENVIRONMENT_IS_PTHREAD) cttz_i8 = PthreadWorkerInit.cttz_i8; else PthreadWorkerInit.cttz_i8 = cttz_i8 = allocate([' + range(256).map(function(x) { return cttz(x) }).join(',') + '], "i8", ALLOC_STATIC);';
#else
return 'var cttz_i8 = allocate([' + range(256).map(function(x) { return cttz(x) }).join(',') + '], "i8", ALLOC_STATIC);';
#endif
}],
#if BINARYEN == 0 // binaryen will convert these calls to wasm anyhow
llvm_cttz_i32__asm: true,
#endif
llvm_cttz_i32__sig: 'ii',
llvm_cttz_i32: function(x) {
x = x|0;
var ret = 0;
ret = {{{ makeGetValueAsm('cttz_i8', 'x & 0xff', 'i8') }}};
if ((ret|0) < 8) return ret|0;
ret = {{{ makeGetValueAsm('cttz_i8', '(x >> 8)&0xff', 'i8') }}};
if ((ret|0) < 8) return (ret + 8)|0;
ret = {{{ makeGetValueAsm('cttz_i8', '(x >> 16)&0xff', 'i8') }}};
if ((ret|0) < 8) return (ret + 16)|0;
return ({{{ makeGetValueAsm('cttz_i8', 'x >>> 24', 'i8') }}} + 24)|0;
},
llvm_cttz_i64__deps: ['llvm_cttz_i32'],
llvm_cttz_i64: function(l, h) {
var ret = _llvm_cttz_i32(l);
if (ret == 32) ret += _llvm_cttz_i32(h);
{{{ makeStructuralReturn(['ret', '0']) }}};
},
llvm_ctpop_i32__asm: true,
llvm_ctpop_i32__sig: 'ii',
llvm_ctpop_i32: function(x) {
// http://graphics.stanford.edu/~seander/bithacks.html#CountBitsSetParallel
// http://bits.stephan-brumme.com/countBits.html
x = x | 0;
x = x - ((x >>> 1) & 0x55555555) | 0;
x = (x & 0x33333333) + ((x >>> 2) & 0x33333333) | 0;
return (Math_imul((x + (x >>> 4) & 252645135 /* 0xF0F0F0F, but hits uglify parse bug? */), 0x1010101) >>> 24) | 0;
},
llvm_ctpop_i64__deps: ['llvm_ctpop_i32'],
llvm_ctpop_i64__asm: true,
llvm_ctpop_i64__sig: 'iii',
llvm_ctpop_i64: function(l, h) {
l = l | 0;
h = h | 0;
return (_llvm_ctpop_i32(l) | 0) + (_llvm_ctpop_i32(h) | 0) | 0;
},
llvm_trap: function() {
abort('trap!');
},
llvm_prefetch: function(){},
__assert_fail: function(condition, filename, line, func) {
abort('Assertion failed: ' + Pointer_stringify(condition) + ', at: ' + [filename ? Pointer_stringify(filename) : 'unknown filename', line, func ? Pointer_stringify(func) : 'unknown function']);
},
__assert_func: function(filename, line, func, condition) {
abort('Assertion failed: ' + (condition ? Pointer_stringify(condition) : 'unknown condition') + ', at: ' + [filename ? Pointer_stringify(filename) : 'unknown filename', line, func ? Pointer_stringify(func) : 'unknown function']);
},
$EXCEPTIONS: {
last: 0,
caught: [],
infos: {},
deAdjust: function(adjusted) {
if (!adjusted || EXCEPTIONS.infos[adjusted]) return adjusted;
for (var ptr in EXCEPTIONS.infos) {
var info = EXCEPTIONS.infos[ptr];
if (info.adjusted === adjusted) {
#if EXCEPTION_DEBUG
Module.printErr('de-adjusted exception ptr ' + adjusted + ' to ' + ptr);
#endif
return ptr;
}
}
#if EXCEPTION_DEBUG
Module.printErr('no de-adjustment for unknown exception ptr ' + adjusted);
#endif
return adjusted;
},
addRef: function(ptr) {
#if EXCEPTION_DEBUG
Module.printErr('addref ' + ptr);
#endif
if (!ptr) return;
var info = EXCEPTIONS.infos[ptr];
info.refcount++;
},
decRef: function(ptr) {
#if EXCEPTION_DEBUG
Module.printErr('decref ' + ptr);
#endif
if (!ptr) return;
var info = EXCEPTIONS.infos[ptr];
assert(info.refcount > 0);
info.refcount--;
// A rethrown exception can reach refcount 0; it must not be discarded
// Its next handler will clear the rethrown flag and addRef it, prior to
// final decRef and destruction here
if (info.refcount === 0 && !info.rethrown) {
if (info.destructor) {
#if WASM_BACKEND == 0
Module['dynCall_vi'](info.destructor, ptr);
#else
// In Wasm, destructors return 'this' as in ARM
Module['dynCall_ii'](info.destructor, ptr);
#endif
}
delete EXCEPTIONS.infos[ptr];
___cxa_free_exception(ptr);
#if EXCEPTION_DEBUG
Module.printErr('decref freeing exception ' + [ptr, EXCEPTIONS.last, 'stack', EXCEPTIONS.caught]);
#endif
}
},
clearRef: function(ptr) {
if (!ptr) return;
var info = EXCEPTIONS.infos[ptr];
info.refcount = 0;
},
},
// Exceptions
__cxa_allocate_exception__deps: ['malloc'],
__cxa_allocate_exception: function(size) {
return _malloc(size);
},
__cxa_free_exception__deps: ['free'],
__cxa_free_exception: function(ptr) {
try {
return _free(ptr);
} catch(e) { // XXX FIXME
#if ASSERTIONS
Module.printErr('exception during cxa_free_exception: ' + e);
#endif
}
},
__cxa_increment_exception_refcount__deps: ['$EXCEPTIONS'],
__cxa_increment_exception_refcount: function(ptr) {
EXCEPTIONS.addRef(EXCEPTIONS.deAdjust(ptr));
},
__cxa_decrement_exception_refcount__deps: ['$EXCEPTIONS'],
__cxa_decrement_exception_refcount: function(ptr) {
EXCEPTIONS.decRef(EXCEPTIONS.deAdjust(ptr));
},
// Here, we throw an exception after recording a couple of values that we need to remember
// We also remember that it was the last exception thrown as we need to know that later.
__cxa_throw__sig: 'viii',
__cxa_throw__deps: ['_ZSt18uncaught_exceptionv', '__cxa_find_matching_catch', '$EXCEPTIONS'],
__cxa_throw: function(ptr, type, destructor) {
#if EXCEPTION_DEBUG
Module.printErr('Compiled code throwing an exception, ' + [ptr,type,destructor]);
#endif
EXCEPTIONS.infos[ptr] = {
ptr: ptr,
adjusted: ptr,
type: type,
destructor: destructor,
refcount: 0,
caught: false,
rethrown: false
};
EXCEPTIONS.last = ptr;
if (!("uncaught_exception" in __ZSt18uncaught_exceptionv)) {
__ZSt18uncaught_exceptionv.uncaught_exception = 1;
} else {
__ZSt18uncaught_exceptionv.uncaught_exception++;
}
{{{ makeThrow('ptr') }}}
},
// This exception will be caught twice, but while begin_catch runs twice,
// we early-exit from end_catch when the exception has been rethrown, so
// pop that here from the caught exceptions.
__cxa_rethrow__deps: ['__cxa_end_catch', '$EXCEPTIONS'],
__cxa_rethrow: function() {
var ptr = EXCEPTIONS.caught.pop();
if (!EXCEPTIONS.infos[ptr].rethrown) {
// Only pop if the corresponding push was through rethrow_primary_exception
EXCEPTIONS.caught.push(ptr)
EXCEPTIONS.infos[ptr].rethrown = true;
}
#if EXCEPTION_DEBUG
Module.printErr('Compiled code RE-throwing an exception, popped ' + [ptr, EXCEPTIONS.last, 'stack', EXCEPTIONS.caught]);
#endif
EXCEPTIONS.last = ptr;
{{{ makeThrow('ptr') }}}
},
llvm_eh_exception__deps: ['$EXCEPTIONS'],
llvm_eh_exception: function() {
return EXCEPTIONS.last;
},
llvm_eh_selector__jsargs: true,
llvm_eh_selector__deps: ['$EXCEPTIONS'],
llvm_eh_selector: function(unused_exception_value, personality/*, varargs*/) {
var type = EXCEPTIONS.last;
for (var i = 2; i < arguments.length; i++) {
if (arguments[i] == type) return type;
}
return 0;
},
llvm_eh_typeid_for: function(type) {
return type;
},
__cxa_begin_catch__deps: ['_ZSt18uncaught_exceptionv', '$EXCEPTIONS'],
__cxa_begin_catch: function(ptr) {
var info = EXCEPTIONS.infos[ptr];
if (info && !info.caught) {
info.caught = true;
__ZSt18uncaught_exceptionv.uncaught_exception--;
}
if (info) info.rethrown = false;
EXCEPTIONS.caught.push(ptr);
#if EXCEPTION_DEBUG
Module.printErr('cxa_begin_catch ' + [ptr, 'stack', EXCEPTIONS.caught]);
#endif
EXCEPTIONS.addRef(EXCEPTIONS.deAdjust(ptr));
return ptr;
},
// We're done with a catch. Now, we can run the destructor if there is one
// and free the exception. Note that if the dynCall on the destructor fails
// due to calling apply on undefined, that means that the destructor is
// an invalid index into the FUNCTION_TABLE, so something has gone wrong.
__cxa_end_catch__deps: ['__cxa_free_exception', '$EXCEPTIONS'],
__cxa_end_catch: function() {
// Clear state flag.
Module['setThrew'](0);
// Call destructor if one is registered then clear it.
var ptr = EXCEPTIONS.caught.pop();
#if EXCEPTION_DEBUG
Module.printErr('cxa_end_catch popped ' + [ptr, EXCEPTIONS.last, 'stack', EXCEPTIONS.caught]);
#endif
if (ptr) {
EXCEPTIONS.decRef(EXCEPTIONS.deAdjust(ptr));
EXCEPTIONS.last = 0; // XXX in decRef?
}
},
__cxa_get_exception_ptr: function(ptr) {
#if EXCEPTION_DEBUG
Module.printErr('cxa_get_exception_ptr ' + ptr);
#endif
// TODO: use info.adjusted?
return ptr;
},
_ZSt18uncaught_exceptionv: function() { // std::uncaught_exception()
return !!__ZSt18uncaught_exceptionv.uncaught_exception;
},
__cxa_uncaught_exception__deps: ['_ZSt18uncaught_exceptionv'],
__cxa_uncaught_exception: function() {
return !!__ZSt18uncaught_exceptionv.uncaught_exception;
},
__cxa_call_unexpected: function(exception) {
Module.printErr('Unexpected exception thrown, this is not properly supported - aborting');
ABORT = true;
throw exception;
},
__cxa_current_primary_exception: function() {
var ret = EXCEPTIONS.caught[EXCEPTIONS.caught.length-1] || 0;
if (ret) EXCEPTIONS.addRef(EXCEPTIONS.deAdjust(ret));
return ret;
},
__cxa_rethrow_primary_exception__deps: ['__cxa_rethrow'],
__cxa_rethrow_primary_exception: function(ptr) {
if (!ptr) return;
EXCEPTIONS.caught.push(ptr);
EXCEPTIONS.infos[ptr].rethrown = true;
___cxa_rethrow();
},
terminate: '__cxa_call_unexpected',
__gxx_personality_v0__deps: ['_ZSt18uncaught_exceptionv', '__cxa_find_matching_catch'],
__gxx_personality_v0: function() {
},
__gcc_personality_v0: function() {
},
// Finds a suitable catch clause for when an exception is thrown.
// In normal compilers, this functionality is handled by the C++
// 'personality' routine. This is passed a fairly complex structure
// relating to the context of the exception and makes judgements
// about how to handle it. Some of it is about matching a suitable
// catch clause, and some of it is about unwinding. We already handle
// unwinding using 'if' blocks around each function, so the remaining
// functionality boils down to picking a suitable 'catch' block.
// We'll do that here, instead, to keep things simpler.
__cxa_find_matching_catch__deps: ['__resumeException', '$EXCEPTIONS'],
__cxa_find_matching_catch: function() {
var thrown = EXCEPTIONS.last;
if (!thrown) {
// just pass through the null ptr
{{{ makeStructuralReturn([0, 0]) }}};
}
var info = EXCEPTIONS.infos[thrown];
var throwntype = info.type;
if (!throwntype) {
// just pass through the thrown ptr
{{{ makeStructuralReturn(['thrown', 0]) }}};
}
var typeArray = Array.prototype.slice.call(arguments);
var pointer = Module['___cxa_is_pointer_type'](throwntype);
// can_catch receives a **, add indirection
if (!___cxa_find_matching_catch.buffer) ___cxa_find_matching_catch.buffer = _malloc(4);
#if EXCEPTION_DEBUG
Module.print("can_catch on " + [thrown]);
#endif
{{{ makeSetValue('___cxa_find_matching_catch.buffer', '0', 'thrown', '*') }}};
thrown = ___cxa_find_matching_catch.buffer;
// The different catch blocks are denoted by different types.
// Due to inheritance, those types may not precisely match the
// type of the thrown object. Find one which matches, and
// return the type of the catch block which should be called.
for (var i = 0; i < typeArray.length; i++) {
if (typeArray[i] && Module['___cxa_can_catch'](typeArray[i], throwntype, thrown)) {
thrown = {{{ makeGetValue('thrown', '0', '*') }}}; // undo indirection
info.adjusted = thrown;
#if EXCEPTION_DEBUG
Module.print(" can_catch found " + [thrown, typeArray[i]]);
#endif
{{{ makeStructuralReturn(['thrown', 'typeArray[i]']) }}};
}
}
// Shouldn't happen unless we have bogus data in typeArray
// or encounter a type for which emscripten doesn't have suitable
// typeinfo defined. Best-efforts match just in case.
thrown = {{{ makeGetValue('thrown', '0', '*') }}}; // undo indirection
{{{ makeStructuralReturn(['thrown', 'throwntype']) }}};
},
__resumeException__deps: ['$EXCEPTIONS', function() { Functions.libraryFunctions['___resumeException'] = 1 }], // will be called directly from compiled code
__resumeException: function(ptr) {
#if EXCEPTION_DEBUG
Module.print("Resuming exception " + [ptr, EXCEPTIONS.last]);
#endif
if (!EXCEPTIONS.last) { EXCEPTIONS.last = ptr; }
{{{ makeThrow('ptr') }}}
},
llvm_stacksave: function() {
var self = _llvm_stacksave;
if (!self.LLVM_SAVEDSTACKS) {
self.LLVM_SAVEDSTACKS = [];
}
self.LLVM_SAVEDSTACKS.push(stackSave());
return self.LLVM_SAVEDSTACKS.length-1;
},
llvm_stackrestore: function(p) {
var self = _llvm_stacksave;
var ret = self.LLVM_SAVEDSTACKS[p];
self.LLVM_SAVEDSTACKS.splice(p, 1);
stackRestore(ret);
},
__cxa_pure_virtual: function() {
ABORT = true;
throw 'Pure virtual function called!';
},
llvm_flt_rounds: function() {
return -1; // 'indeterminable' for FLT_ROUNDS
},
llvm_expect_i32__inline: function(val, expected) {
return '(' + val + ')';
},
llvm_lifetime_start: function() {},
llvm_lifetime_end: function() {},
llvm_invariant_start: function() {},
llvm_invariant_end: function() {},
llvm_objectsize_i32: function() { return -1 }, // TODO: support this
llvm_dbg_declare__inline: function() { throw 'llvm_debug_declare' }, // avoid warning
llvm_bitreverse_i32__asm: true,
llvm_bitreverse_i32__sig: 'ii',
llvm_bitreverse_i32: function(x) {
x = x|0;
x = ((x & 0xaaaaaaaa) >>> 1) | ((x & 0x55555555) << 1);
x = ((x & 0xcccccccc) >>> 2) | ((x & 0x33333333) << 2);
x = ((x & 0xf0f0f0f0) >>> 4) | ((x & 0x0f0f0f0f) << 4);
x = ((x & 0xff00ff00) >>> 8) | ((x & 0x00ff00ff) << 8);
return (x >>> 16) | (x << 16);
},
// llvm-nacl
llvm_nacl_atomic_store_i32__inline: true,
llvm_nacl_atomic_cmpxchg_i8__inline: true,
llvm_nacl_atomic_cmpxchg_i16__inline: true,
llvm_nacl_atomic_cmpxchg_i32__inline: true,
// ==========================================================================
// llvm-mono integration
// ==========================================================================
llvm_mono_load_i8_p0i8: function(ptr) {
return {{{ makeGetValue('ptr', 0, 'i8') }}};
},
llvm_mono_store_i8_p0i8: function(value, ptr) {
{{{ makeSetValue('ptr', 0, 'value', 'i8') }}};
},
llvm_mono_load_i16_p0i16: function(ptr) {
return {{{ makeGetValue('ptr', 0, 'i16') }}};
},
llvm_mono_store_i16_p0i16: function(value, ptr) {
{{{ makeSetValue('ptr', 0, 'value', 'i16') }}};
},
llvm_mono_load_i32_p0i32: function(ptr) {
return {{{ makeGetValue('ptr', 0, 'i32') }}};
},
llvm_mono_store_i32_p0i32: function(value, ptr) {
{{{ makeSetValue('ptr', 0, 'value', 'i32') }}};
},
// ==========================================================================
// math.h
// ==========================================================================
cos: 'Math_cos',
cosf: 'Math_cos',
cosl: 'Math_cos',
sin: 'Math_sin',
sinf: 'Math_sin',
sinl: 'Math_sin',
tan: 'Math_tan',
tanf: 'Math_tan',
tanl: 'Math_tan',
acos: 'Math_acos',
acosf: 'Math_acos',
acosl: 'Math_acos',
asin: 'Math_asin',
asinf: 'Math_asin',
asinl: 'Math_asin',
atan: 'Math_atan',
atanf: 'Math_atan',
atanl: 'Math_atan',
atan2: 'Math_atan2',
atan2f: 'Math_atan2',
atan2l: 'Math_atan2',
exp: 'Math_exp',
expf: 'Math_exp',
expl: 'Math_exp',
log: 'Math_log',
logf: 'Math_log',
logl: 'Math_log',
sqrt: 'Math_sqrt',
sqrtf: 'Math_sqrt',
sqrtl: 'Math_sqrt',
fabs: 'Math_abs',
fabsf: 'Math_abs',
fabsl: 'Math_abs',
llvm_fabs_f32: 'Math_abs',
llvm_fabs_f64: 'Math_abs',
ceil: 'Math_ceil',
ceilf: 'Math_ceil',
ceill: 'Math_ceil',
floor: 'Math_floor',
floorf: 'Math_floor',
floorl: 'Math_floor',
pow: 'Math_pow',
powf: 'Math_pow',
powl: 'Math_pow',
llvm_sqrt_f32: 'Math_sqrt',
llvm_sqrt_f64: 'Math_sqrt',
llvm_pow_f32: 'Math_pow',
llvm_pow_f64: 'Math_pow',
llvm_powi_f32: 'Math_pow',
llvm_powi_f64: 'Math_pow',
llvm_log_f32: 'Math_log',
llvm_log_f64: 'Math_log',
llvm_exp_f32: 'Math_exp',
llvm_exp_f64: 'Math_exp',
llvm_cos_f32: 'Math_cos',
llvm_cos_f64: 'Math_cos',
llvm_sin_f32: 'Math_sin',
llvm_sin_f64: 'Math_sin',
llvm_trunc_f32: 'Math_trunc',
llvm_trunc_f64: 'Math_trunc',
llvm_ceil_f32: 'Math_ceil',
llvm_ceil_f64: 'Math_ceil',
llvm_floor_f32: 'Math_floor',
llvm_floor_f64: 'Math_floor',
llvm_round_f32: 'Math_round',
llvm_round_f64: 'Math_round',
llvm_minnum_f32: 'Math_min',
llvm_minnum_f64: 'Math_min',
llvm_maxnum_f32: 'Math_max',
llvm_maxnum_f64: 'Math_max',
llvm_exp2_f32: function(x) {
return Math.pow(2, x);
},
llvm_exp2_f64: 'llvm_exp2_f32',
llvm_log2_f32: function(x) {
return Math.log(x) / Math.LN2; // TODO: Math.log2, when browser support is there
},
llvm_log2_f64: 'llvm_log2_f32',
llvm_log10_f32: function(x) {
return Math.log(x) / Math.LN10; // TODO: Math.log10, when browser support is there
},
llvm_log10_f64: 'llvm_log10_f32',
llvm_copysign_f32: function(x, y) {
return y < 0 || (y === 0 && 1/y < 0) ? -Math_abs(x) : Math_abs(x);
},
llvm_copysign_f64: function(x, y) {
return y < 0 || (y === 0 && 1/y < 0) ? -Math_abs(x) : Math_abs(x);
},
round__asm: true,
round__sig: 'dd',
round: function(d) {
d = +d;
return d >= +0 ? +Math_floor(d + +0.5) : +Math_ceil(d - +0.5);
},
roundf__asm: true,
roundf__sig: 'dd',
roundf: function(f) {
f = +f;
return f >= +0 ? +Math_floor(f + +0.5) : +Math_ceil(f - +0.5); // TODO: use fround?
},
_reallyNegative: function(x) {
return x < 0 || (x === 0 && (1/x) === -Infinity);
},
// ==========================================================================
// dlfcn.h - Dynamic library loading
//
// Some limitations:
//
// * Minification on each file separately may not work, as they will
// have different shortened names. You can in theory combine them, then
// minify, then split... perhaps.
//
// * LLVM optimizations may fail. If the child wants to access a function
// in the parent, LLVM opts may remove it from the parent when it is
// being compiled. Not sure how to tell LLVM to not do so.
// ==========================================================================
$DLFCN: {
error: null,
errorMsg: null,
loadedLibs: {}, // handle -> [refcount, name, lib_object]
loadedLibNames: {}, // name -> handle
},
// void* dlopen(const char* filename, int flag);
dlopen__deps: ['$DLFCN', '$FS', '$ENV'],
dlopen__proxy: 'sync',
dlopen__sig: 'iii',
dlopen: function(filename, flag) {
#if MAIN_MODULE == 0
abort("To use dlopen, you need to use Emscripten's linking support, see https://github.com/kripken/emscripten/wiki/Linking");
#endif
// void *dlopen(const char *file, int mode);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/dlopen.html
var searchpaths = [];
if (filename === 0) {
filename = '__self__';
} else {
var strfilename = Pointer_stringify(filename);
var isValidFile = function (filename) {
var target = FS.findObject(filename);
return target && !target.isFolder && !target.isDevice;
};
if (isValidFile(strfilename)) {
filename = strfilename;
} else {
if (ENV['LD_LIBRARY_PATH']) {
searchpaths = ENV['LD_LIBRARY_PATH'].split(':');
}
for (var ident in searchpaths) {
var searchfile = PATH.join2(searchpaths[ident],strfilename);
if (isValidFile(searchfile)) {
filename = searchfile;
break;
}
}
}
}
if (DLFCN.loadedLibNames[filename]) {
// Already loaded; increment ref count and return.
var handle = DLFCN.loadedLibNames[filename];
DLFCN.loadedLibs[handle].refcount++;
return handle;
}
if (filename === '__self__') {
var handle = -1;
var lib_module = Module;
var cached_functions = {};
} else {
var target = FS.findObject(filename);
if (!target || target.isFolder || target.isDevice) {
DLFCN.errorMsg = 'Could not find dynamic lib: ' + filename;
return 0;
}
FS.forceLoadFile(target);
var lib_module;
try {
#if BINARYEN
// the shared library is a shared wasm library (see tools/shared.py WebAssembly.make_shared_library)
var lib_data = FS.readFile(filename, { encoding: 'binary' });
if (!(lib_data instanceof Uint8Array)) lib_data = new Uint8Array(lib_data);
//Module.printErr('libfile ' + filename + ' size: ' + lib_data.length);
lib_module = loadWebAssemblyModule(lib_data);
#else
// the shared library is a JS file, which we eval
var lib_data = FS.readFile(filename, { encoding: 'utf8' });
lib_module = eval(lib_data)(
alignFunctionTables(),
Module
);
#endif
} catch (e) {
#if ASSERTIONS
Module.printErr('Error in loading dynamic library: ' + e);
#endif
DLFCN.errorMsg = 'Could not evaluate dynamic lib: ' + filename + '\n' + e;
return 0;
}
// Not all browsers support Object.keys().
var handle = 1;
for (var key in DLFCN.loadedLibs) {
if (DLFCN.loadedLibs.hasOwnProperty(key)) handle++;
}
// We don't care about RTLD_NOW and RTLD_LAZY.
if (flag & 256) { // RTLD_GLOBAL
for (var ident in lib_module) {
if (lib_module.hasOwnProperty(ident)) {
// When RTLD_GLOBAL is enable, the symbols defined by this shared object will be made
// available for symbol resolution of subsequently loaded shared objects.
//
// We should copy the symbols (which include methods and variables) from SIDE_MODULE to MAIN_MODULE.
//
// Module of SIDE_MODULE has not only the symbols (which should be copied)
// but also others (print*, asmGlobal*, FUNCTION_TABLE_**, NAMED_GLOBALS, and so on).
//
// When the symbol (which should be copied) is method, Module._* 's type becomes function.
// When the symbol (which should be copied) is variable, Module._* 's type becomes number.
//
// Except for the symbol prefix (_), there is no difference in the symbols (which should be copied) and others.
// So this just copies over compiled symbols (which start with _).
if (ident[0] == '_') {
Module[ident] = lib_module[ident];
}
}
}
}
var cached_functions = {};
}
DLFCN.loadedLibs[handle] = {
refcount: 1,
name: filename,
module: lib_module,
cached_functions: cached_functions
};
DLFCN.loadedLibNames[filename] = handle;
return handle;
},
// int dlclose(void* handle);
dlclose__deps: ['$DLFCN'],
dlclose__proxy: 'sync',
dlclose__sig: 'ii',
dlclose: function(handle) {
// int dlclose(void *handle);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/dlclose.html
if (!DLFCN.loadedLibs[handle]) {
DLFCN.errorMsg = 'Tried to dlclose() unopened handle: ' + handle;
return 1;
} else {
var lib_record = DLFCN.loadedLibs[handle];
if (--lib_record.refcount == 0) {
if (lib_record.module.cleanups) {
lib_record.module.cleanups.forEach(function(cleanup) { cleanup() });
}
delete DLFCN.loadedLibNames[lib_record.name];
delete DLFCN.loadedLibs[handle];
}
return 0;
}
},
// void* dlsym(void* handle, const char* symbol);
dlsym__deps: ['$DLFCN'],
dlsym__proxy: 'sync',
dlsym__sig: 'iii',
dlsym: function(handle, symbol) {
// void *dlsym(void *restrict handle, const char *restrict name);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/dlsym.html
symbol = Pointer_stringify(symbol);
if (!DLFCN.loadedLibs[handle]) {
DLFCN.errorMsg = 'Tried to dlsym() from an unopened handle: ' + handle;
return 0;
} else {
var lib = DLFCN.loadedLibs[handle];
symbol = '_' + symbol;
if (lib.cached_functions.hasOwnProperty(symbol)) {
return lib.cached_functions[symbol];
}
if (!lib.module.hasOwnProperty(symbol)) {
DLFCN.errorMsg = ('Tried to lookup unknown symbol "' + symbol +
'" in dynamic lib: ' + lib.name);
return 0;
} else {
var result = lib.module[symbol];
if (typeof result == 'function') {
result = addFunction(result);
//Module.printErr('adding function dlsym result for ' + symbol + ' => ' + result);
lib.cached_functions = result;
}
return result;
}
}
},
// char* dlerror(void);
dlerror__deps: ['$DLFCN'],
dlerror__proxy: 'sync',
dlerror__sig: 'i',
dlerror: function() {
// char *dlerror(void);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/dlerror.html
if (DLFCN.errorMsg === null) {
return 0;
} else {
if (DLFCN.error) _free(DLFCN.error);
var msgArr = intArrayFromString(DLFCN.errorMsg);
DLFCN.error = allocate(msgArr, 'i8', ALLOC_NORMAL);
DLFCN.errorMsg = null;
return DLFCN.error;
}
},
dladdr__proxy: 'sync',
dladdr__sig: 'iii',
dladdr: function(addr, info) {
// report all function pointers as coming from this program itself XXX not really correct in any way
var fname = allocate(intArrayFromString(Module['thisProgram'] || './this.program'), 'i8', ALLOC_NORMAL); // XXX leak
{{{ makeSetValue('addr', 0, 'fname', 'i32') }}};
{{{ makeSetValue('addr', QUANTUM_SIZE, '0', 'i32') }}};
{{{ makeSetValue('addr', QUANTUM_SIZE*2, '0', 'i32') }}};
{{{ makeSetValue('addr', QUANTUM_SIZE*3, '0', 'i32') }}};
return 1;
},
// ==========================================================================
// pwd.h
// ==========================================================================
// TODO: Implement.
// http://pubs.opengroup.org/onlinepubs/009695399/basedefs/pwd.h.html
getpwuid: function(uid) {
return 0; // NULL
},
// ==========================================================================
// time.h
// ==========================================================================
clock: function() {
if (_clock.start === undefined) _clock.start = Date.now();
return ((Date.now() - _clock.start) * ({{{ cDefine('CLOCKS_PER_SEC') }}} / 1000))|0;
},
time: function(ptr) {
var ret = (Date.now()/1000)|0;
if (ptr) {
{{{ makeSetValue('ptr', 0, 'ret', 'i32') }}};
}
return ret;
},
difftime: function(time1, time0) {
return time1 - time0;
},
// Statically allocated time struct.
#if USE_PTHREADS
__tm_current: '; if (ENVIRONMENT_IS_PTHREAD) ___tm_current = PthreadWorkerInit.___tm_current; else PthreadWorkerInit.___tm_current = ___tm_current = allocate({{{ C_STRUCTS.tm.__size__ }}}, "i8", ALLOC_STATIC)',
__tm_timezone: '; if (ENVIRONMENT_IS_PTHREAD) ___tm_timezone = PthreadWorkerInit.___tm_timezone; else PthreadWorkerInit.___tm_timezone = ___tm_timezone = allocate(intArrayFromString("GMT"), "i8", ALLOC_STATIC)',
__tm_formatted: '; if (ENVIRONMENT_IS_PTHREAD) ___tm_formatted = PthreadWorkerInit.___tm_formatted; else PthreadWorkerInit.___tm_formatted = ___tm_formatted = allocate({{{ C_STRUCTS.tm.__size__ }}}, "i8", ALLOC_STATIC)',
#else
__tm_current: '{{{ makeStaticAlloc(C_STRUCTS.tm.__size__) }}}',
// Statically allocated copy of the string "GMT" for gmtime() to point to
__tm_timezone: 'allocate(intArrayFromString("GMT"), "i8", ALLOC_STATIC)',
// Statically allocated time strings.
__tm_formatted: '{{{ makeStaticAlloc(C_STRUCTS.tm.__size__) }}}',
#endif
mktime__deps: ['tzset'],
mktime: function(tmPtr) {
_tzset();
var date = new Date({{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_year, 'i32') }}} + 1900,
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_mon, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_mday, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_hour, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_min, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_sec, 'i32') }}},
0);
// There's an ambiguous hour when the time goes back; the tm_isdst field is
// used to disambiguate it. Date() basically guesses, so we fix it up if it
// guessed wrong, or fill in tm_isdst with the guess if it's -1.
var dst = {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_isdst, 'i32') }}};
var guessedOffset = date.getTimezoneOffset();
var start = new Date(date.getFullYear(), 0, 1);
var summerOffset = new Date(2000, 6, 1).getTimezoneOffset();
var winterOffset = start.getTimezoneOffset();
var dstOffset = Math.min(winterOffset, summerOffset); // DST is in December in South
if (dst < 0) {
// Attention: some regions don't have DST at all.
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_isdst, 'Number(summerOffset != winterOffset && dstOffset == guessedOffset)', 'i32') }}};
} else if ((dst > 0) != (dstOffset == guessedOffset)) {
var nonDstOffset = Math.max(winterOffset, summerOffset);
var trueOffset = dst > 0 ? dstOffset : nonDstOffset;
// Don't try setMinutes(date.getMinutes() + ...) -- it's messed up.
date.setTime(date.getTime() + (trueOffset - guessedOffset)*60000);
}
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_wday, 'date.getDay()', 'i32') }}};
var yday = ((date.getTime() - start.getTime()) / (1000 * 60 * 60 * 24))|0;
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_yday, 'yday', 'i32') }}};
return (date.getTime() / 1000)|0;
},
timelocal: 'mktime',
gmtime__deps: ['__tm_current', 'gmtime_r'],
gmtime: function(time) {
return _gmtime_r(time, ___tm_current);
},
gmtime_r__deps: ['__tm_timezone'],
gmtime_r: function(time, tmPtr) {
var date = new Date({{{ makeGetValue('time', 0, 'i32') }}}*1000);
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_sec, 'date.getUTCSeconds()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_min, 'date.getUTCMinutes()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_hour, 'date.getUTCHours()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_mday, 'date.getUTCDate()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_mon, 'date.getUTCMonth()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_year, 'date.getUTCFullYear()-1900', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_wday, 'date.getUTCDay()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_gmtoff, '0', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_isdst, '0', 'i32') }}};
var start = Date.UTC(date.getUTCFullYear(), 0, 1, 0, 0, 0, 0);
var yday = ((date.getTime() - start) / (1000 * 60 * 60 * 24))|0;
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_yday, 'yday', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_zone, '___tm_timezone', 'i32') }}};
return tmPtr;
},
timegm__deps: ['tzset'],
timegm: function(tmPtr) {
_tzset();
var time = Date.UTC({{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_year, 'i32') }}} + 1900,
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_mon, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_mday, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_hour, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_min, 'i32') }}},
{{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_sec, 'i32') }}},
0);
var date = new Date(time);
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_wday, 'date.getUTCDay()', 'i32') }}};
var start = Date.UTC(date.getUTCFullYear(), 0, 1, 0, 0, 0, 0);
var yday = ((date.getTime() - start) / (1000 * 60 * 60 * 24))|0;
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_yday, 'yday', 'i32') }}};
return (date.getTime() / 1000)|0;
},
localtime__deps: ['__tm_current', 'localtime_r'],
localtime: function(time) {
return _localtime_r(time, ___tm_current);
},
localtime_r__deps: ['__tm_timezone', 'tzset'],
localtime_r: function(time, tmPtr) {
_tzset();
var date = new Date({{{ makeGetValue('time', 0, 'i32') }}}*1000);
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_sec, 'date.getSeconds()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_min, 'date.getMinutes()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_hour, 'date.getHours()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_mday, 'date.getDate()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_mon, 'date.getMonth()', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_year, 'date.getFullYear()-1900', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_wday, 'date.getDay()', 'i32') }}};
var start = new Date(date.getFullYear(), 0, 1);
var yday = ((date.getTime() - start.getTime()) / (1000 * 60 * 60 * 24))|0;
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_yday, 'yday', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_gmtoff, '-(date.getTimezoneOffset() * 60)', 'i32') }}};
// Attention: DST is in December in South, and some regions don't have DST at all.
var summerOffset = new Date(2000, 6, 1).getTimezoneOffset();
var winterOffset = start.getTimezoneOffset();
var dst = (summerOffset != winterOffset && date.getTimezoneOffset() == Math.min(winterOffset, summerOffset))|0;
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_isdst, 'dst', 'i32') }}};
var zonePtr = {{{ makeGetValue(makeGlobalUse('_tzname'), 'dst ? ' + Runtime.QUANTUM_SIZE + ' : 0', 'i32') }}};
{{{ makeSetValue('tmPtr', C_STRUCTS.tm.tm_zone, 'zonePtr', 'i32') }}};
return tmPtr;
},
asctime__deps: ['__tm_formatted', 'asctime_r'],
asctime: function(tmPtr) {
return _asctime_r(tmPtr, ___tm_formatted);
},
asctime_r__deps: ['__tm_formatted', 'mktime'],
asctime_r: function(tmPtr, buf) {
var date = {
tm_sec: {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_sec, 'i32') }}},
tm_min: {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_min, 'i32') }}},
tm_hour: {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_hour, 'i32') }}},
tm_mday: {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_mday, 'i32') }}},
tm_mon: {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_mon, 'i32') }}},
tm_year: {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_year, 'i32') }}},
tm_wday: {{{ makeGetValue('tmPtr', C_STRUCTS.tm.tm_wday, 'i32') }}}
};
var days = [ "Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat" ];
var months = [ "Jan", "Feb", "Mar", "Apr", "May", "Jun",
"Jul", "Aug", "Sep", "Oct", "Nov", "Dec" ];
var s = days[date.tm_wday] + ' ' + months[date.tm_mon] +
(date.tm_mday < 10 ? ' ' : ' ') + date.tm_mday +
(date.tm_hour < 10 ? ' 0' : ' ') + date.tm_hour +
(date.tm_min < 10 ? ':0' : ':') + date.tm_min +
(date.tm_sec < 10 ? ':0' : ':') + date.tm_sec +
' ' + (1900 + date.tm_year) + "\n";
// asctime_r is specced to behave in an undefined manner if the algorithm would attempt
// to write out more than 26 bytes (including the null terminator).
// See http://pubs.opengroup.org/onlinepubs/9699919799/functions/asctime.html
// Our undefined behavior is to truncate the write to at most 26 bytes, including null terminator.
stringToUTF8(s, buf, 26);
return buf;
},
ctime__deps: ['__tm_current', 'ctime_r'],
ctime: function(timer) {
return _ctime_r(timer, ___tm_current);
},
ctime_r__deps: ['localtime_r', 'asctime_r'],
ctime_r: function(time, buf) {
var stack = stackSave();
var rv = _asctime_r(_localtime_r(time, stackAlloc({{{ C_STRUCTS.tm.__size__ }}})), buf);
stackRestore(stack);
return rv;
},
dysize: function(year) {
var leap = ((year % 4 == 0) && ((year % 100 != 0) || (year % 400 == 0)));
return leap ? 366 : 365;
},
// TODO: Initialize these to defaults on startup from system settings.
// Note: glibc has one fewer underscore for all of these. Also used in other related functions (timegm)
#if USE_PTHREADS
tzname: '; if (ENVIRONMENT_IS_PTHREAD) _tzname = PthreadWorkerInit._tzname; else PthreadWorkerInit._tzname = _tzname = allocate({{{ 2*Runtime.QUANTUM_SIZE }}}, "i32*", ALLOC_STATIC)',
daylight: '; if (ENVIRONMENT_IS_PTHREAD) _daylight = PthreadWorkerInit._daylight; else PthreadWorkerInit._daylight = _daylight = allocate(1, "i32*", ALLOC_STATIC)',
timezone: '; if (ENVIRONMENT_IS_PTHREAD) _timezone = PthreadWorkerInit._timezone; else PthreadWorkerInit._timezone = _timezone = allocate(1, "i32*", ALLOC_STATIC)',
#else
tzname: '{{{ makeStaticAlloc(2*Runtime.QUANTUM_SIZE) }}}',
daylight: '{{{ makeStaticAlloc(1) }}}',
timezone: '{{{ makeStaticAlloc(1) }}}',
#endif
tzset__deps: ['tzname', 'daylight', 'timezone'],
tzset__proxy: 'sync',
tzset__sig: 'v',
tzset: function() {
// TODO: Use (malleable) environment variables instead of system settings.
if (_tzset.called) return;
_tzset.called = true;
{{{ makeSetValue(makeGlobalUse('_timezone'), '0', '-(new Date()).getTimezoneOffset() * 60', 'i32') }}};
var winter = new Date(2000, 0, 1);
var summer = new Date(2000, 6, 1);
{{{ makeSetValue(makeGlobalUse('_daylight'), '0', 'Number(winter.getTimezoneOffset() != summer.getTimezoneOffset())', 'i32') }}};
function extractZone(date) {
var match = date.toTimeString().match(/\(([A-Za-z ]+)\)$/);
return match ? match[1] : "GMT";
};
var winterName = extractZone(winter);
var summerName = extractZone(summer);
var winterNamePtr = allocate(intArrayFromString(winterName), 'i8', ALLOC_NORMAL);
var summerNamePtr = allocate(intArrayFromString(summerName), 'i8', ALLOC_NORMAL);
if (summer.getTimezoneOffset() < winter.getTimezoneOffset()) {
// Northern hemisphere
{{{ makeSetValue(makeGlobalUse('_tzname'), '0', 'winterNamePtr', 'i32') }}};
{{{ makeSetValue(makeGlobalUse('_tzname'), Runtime.QUANTUM_SIZE, 'summerNamePtr', 'i32') }}};
} else {
{{{ makeSetValue(makeGlobalUse('_tzname'), '0', 'summerNamePtr', 'i32') }}};
{{{ makeSetValue(makeGlobalUse('_tzname'), Runtime.QUANTUM_SIZE, 'winterNamePtr', 'i32') }}};
}
},
stime__deps: ['$ERRNO_CODES', '__setErrNo'],
stime: function(when) {
___setErrNo(ERRNO_CODES.EPERM);
return -1;
},
__map_file__deps: ['$ERRNO_CODES', '__setErrNo'],
__map_file: function(pathname, size) {
___setErrNo(ERRNO_CODES.EPERM);
return -1;
},
_MONTH_DAYS_REGULAR: [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31],
_MONTH_DAYS_LEAP: [31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31],
_isLeapYear: function(year) {
return year%4 === 0 && (year%100 !== 0 || year%400 === 0);
},
_arraySum: function(array, index) {
var sum = 0;
for (var i = 0; i <= index; sum += array[i++]);
return sum;
},
_addDays__deps: ['_isLeapYear', '_MONTH_DAYS_LEAP', '_MONTH_DAYS_REGULAR'],
_addDays: function(date, days) {
var newDate = new Date(date.getTime());
while(days > 0) {
var leap = __isLeapYear(newDate.getFullYear());
var currentMonth = newDate.getMonth();
var daysInCurrentMonth = (leap ? __MONTH_DAYS_LEAP : __MONTH_DAYS_REGULAR)[currentMonth];
if (days > daysInCurrentMonth-newDate.getDate()) {
// we spill over to next month
days -= (daysInCurrentMonth-newDate.getDate()+1);
newDate.setDate(1);
if (currentMonth < 11) {
newDate.setMonth(currentMonth+1)
} else {
newDate.setMonth(0);
newDate.setFullYear(newDate.getFullYear()+1);
}
} else {
// we stay in current month
newDate.setDate(newDate.getDate()+days);
return newDate;
}
}
return newDate;
},
strftime__deps: ['_isLeapYear', '_arraySum', '_addDays', '_MONTH_DAYS_REGULAR', '_MONTH_DAYS_LEAP'],
strftime: function(s, maxsize, format, tm) {
// size_t strftime(char *restrict s, size_t maxsize, const char *restrict format, const struct tm *restrict timeptr);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/strftime.html
var tm_zone = {{{ makeGetValue('tm', C_STRUCTS.tm.tm_zone, 'i32') }}};
var date = {
tm_sec: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_sec, 'i32') }}},
tm_min: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_min, 'i32') }}},
tm_hour: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_hour, 'i32') }}},
tm_mday: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_mday, 'i32') }}},
tm_mon: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_mon, 'i32') }}},
tm_year: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_year, 'i32') }}},
tm_wday: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_wday, 'i32') }}},
tm_yday: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_yday, 'i32') }}},
tm_isdst: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_isdst, 'i32') }}},
tm_gmtoff: {{{ makeGetValue('tm', C_STRUCTS.tm.tm_gmtoff, 'i32') }}},
tm_zone: tm_zone ? Pointer_stringify(tm_zone) : ''
};
var pattern = Pointer_stringify(format);
// expand format
var EXPANSION_RULES_1 = {
'%c': '%a %b %d %H:%M:%S %Y', // Replaced by the locale's appropriate date and time representation - e.g., Mon Aug 3 14:02:01 2013
'%D': '%m/%d/%y', // Equivalent to %m / %d / %y
'%F': '%Y-%m-%d', // Equivalent to %Y - %m - %d
'%h': '%b', // Equivalent to %b
'%r': '%I:%M:%S %p', // Replaced by the time in a.m. and p.m. notation
'%R': '%H:%M', // Replaced by the time in 24-hour notation
'%T': '%H:%M:%S', // Replaced by the time
'%x': '%m/%d/%y', // Replaced by the locale's appropriate date representation
'%X': '%H:%M:%S' // Replaced by the locale's appropriate date representation
};
for (var rule in EXPANSION_RULES_1) {
pattern = pattern.replace(new RegExp(rule, 'g'), EXPANSION_RULES_1[rule]);
}
var WEEKDAYS = ['Sunday', 'Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday'];
var MONTHS = ['January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December'];
function leadingSomething(value, digits, character) {
var str = typeof value === 'number' ? value.toString() : (value || '');
while (str.length < digits) {
str = character[0]+str;
}
return str;
};
function leadingNulls(value, digits) {
return leadingSomething(value, digits, '0');
};
function compareByDay(date1, date2) {
function sgn(value) {
return value < 0 ? -1 : (value > 0 ? 1 : 0);
};
var compare;
if ((compare = sgn(date1.getFullYear()-date2.getFullYear())) === 0) {
if ((compare = sgn(date1.getMonth()-date2.getMonth())) === 0) {
compare = sgn(date1.getDate()-date2.getDate());
}
}
return compare;
};
function getFirstWeekStartDate(janFourth) {
switch (janFourth.getDay()) {
case 0: // Sunday
return new Date(janFourth.getFullYear()-1, 11, 29);
case 1: // Monday
return janFourth;
case 2: // Tuesday
return new Date(janFourth.getFullYear(), 0, 3);
case 3: // Wednesday
return new Date(janFourth.getFullYear(), 0, 2);
case 4: // Thursday
return new Date(janFourth.getFullYear(), 0, 1);
case 5: // Friday
return new Date(janFourth.getFullYear()-1, 11, 31);
case 6: // Saturday
return new Date(janFourth.getFullYear()-1, 11, 30);
}
};
function getWeekBasedYear(date) {
var thisDate = __addDays(new Date(date.tm_year+1900, 0, 1), date.tm_yday);
var janFourthThisYear = new Date(thisDate.getFullYear(), 0, 4);
var janFourthNextYear = new Date(thisDate.getFullYear()+1, 0, 4);
var firstWeekStartThisYear = getFirstWeekStartDate(janFourthThisYear);
var firstWeekStartNextYear = getFirstWeekStartDate(janFourthNextYear);
if (compareByDay(firstWeekStartThisYear, thisDate) <= 0) {
// this date is after the start of the first week of this year
if (compareByDay(firstWeekStartNextYear, thisDate) <= 0) {
return thisDate.getFullYear()+1;
} else {
return thisDate.getFullYear();
}
} else {
return thisDate.getFullYear()-1;
}
};
var EXPANSION_RULES_2 = {
'%a': function(date) {
return WEEKDAYS[date.tm_wday].substring(0,3);
},
'%A': function(date) {
return WEEKDAYS[date.tm_wday];
},
'%b': function(date) {
return MONTHS[date.tm_mon].substring(0,3);
},
'%B': function(date) {
return MONTHS[date.tm_mon];
},
'%C': function(date) {
var year = date.tm_year+1900;
return leadingNulls((year/100)|0,2);
},
'%d': function(date) {
return leadingNulls(date.tm_mday, 2);
},
'%e': function(date) {
return leadingSomething(date.tm_mday, 2, ' ');
},
'%g': function(date) {
// %g, %G, and %V give values according to the ISO 8601:2000 standard week-based year.
// In this system, weeks begin on a Monday and week 1 of the year is the week that includes
// January 4th, which is also the week that includes the first Thursday of the year, and
// is also the first week that contains at least four days in the year.
// If the first Monday of January is the 2nd, 3rd, or 4th, the preceding days are part of
// the last week of the preceding year; thus, for Saturday 2nd January 1999,
// %G is replaced by 1998 and %V is replaced by 53. If December 29th, 30th,
// or 31st is a Monday, it and any following days are part of week 1 of the following year.
// Thus, for Tuesday 30th December 1997, %G is replaced by 1998 and %V is replaced by 01.
return getWeekBasedYear(date).toString().substring(2);
},
'%G': function(date) {
return getWeekBasedYear(date);
},
'%H': function(date) {
return leadingNulls(date.tm_hour, 2);
},
'%I': function(date) {
var twelveHour = date.tm_hour;
if (twelveHour == 0) twelveHour = 12;
else if (twelveHour > 12) twelveHour -= 12;
return leadingNulls(twelveHour, 2);
},
'%j': function(date) {
// Day of the year (001-366)
return leadingNulls(date.tm_mday+__arraySum(__isLeapYear(date.tm_year+1900) ? __MONTH_DAYS_LEAP : __MONTH_DAYS_REGULAR, date.tm_mon-1), 3);
},
'%m': function(date) {
return leadingNulls(date.tm_mon+1, 2);
},
'%M': function(date) {
return leadingNulls(date.tm_min, 2);
},
'%n': function() {
return '\n';
},
'%p': function(date) {
if (date.tm_hour >= 0 && date.tm_hour < 12) {
return 'AM';
} else {
return 'PM';
}
},
'%S': function(date) {
return leadingNulls(date.tm_sec, 2);
},
'%t': function() {
return '\t';
},
'%u': function(date) {
var day = new Date(date.tm_year+1900, date.tm_mon+1, date.tm_mday, 0, 0, 0, 0);
return day.getDay() || 7;
},
'%U': function(date) {
// Replaced by the week number of the year as a decimal number [00,53].
// The first Sunday of January is the first day of week 1;
// days in the new year before this are in week 0. [ tm_year, tm_wday, tm_yday]
var janFirst = new Date(date.tm_year+1900, 0, 1);
var firstSunday = janFirst.getDay() === 0 ? janFirst : __addDays(janFirst, 7-janFirst.getDay());
var endDate = new Date(date.tm_year+1900, date.tm_mon, date.tm_mday);
// is target date after the first Sunday?
if (compareByDay(firstSunday, endDate) < 0) {
// calculate difference in days between first Sunday and endDate
var februaryFirstUntilEndMonth = __arraySum(__isLeapYear(endDate.getFullYear()) ? __MONTH_DAYS_LEAP : __MONTH_DAYS_REGULAR, endDate.getMonth()-1)-31;
var firstSundayUntilEndJanuary = 31-firstSunday.getDate();
var days = firstSundayUntilEndJanuary+februaryFirstUntilEndMonth+endDate.getDate();
return leadingNulls(Math.ceil(days/7), 2);
}
return compareByDay(firstSunday, janFirst) === 0 ? '01': '00';
},
'%V': function(date) {
// Replaced by the week number of the year (Monday as the first day of the week)
// as a decimal number [01,53]. If the week containing 1 January has four
// or more days in the new year, then it is considered week 1.
// Otherwise, it is the last week of the previous year, and the next week is week 1.
// Both January 4th and the first Thursday of January are always in week 1. [ tm_year, tm_wday, tm_yday]
var janFourthThisYear = new Date(date.tm_year+1900, 0, 4);
var janFourthNextYear = new Date(date.tm_year+1901, 0, 4);
var firstWeekStartThisYear = getFirstWeekStartDate(janFourthThisYear);
var firstWeekStartNextYear = getFirstWeekStartDate(janFourthNextYear);
var endDate = __addDays(new Date(date.tm_year+1900, 0, 1), date.tm_yday);
if (compareByDay(endDate, firstWeekStartThisYear) < 0) {
// if given date is before this years first week, then it belongs to the 53rd week of last year
return '53';
}
if (compareByDay(firstWeekStartNextYear, endDate) <= 0) {
// if given date is after next years first week, then it belongs to the 01th week of next year
return '01';
}
// given date is in between CW 01..53 of this calendar year
var daysDifference;
if (firstWeekStartThisYear.getFullYear() < date.tm_year+1900) {
// first CW of this year starts last year
daysDifference = date.tm_yday+32-firstWeekStartThisYear.getDate()
} else {
// first CW of this year starts this year
daysDifference = date.tm_yday+1-firstWeekStartThisYear.getDate();
}
return leadingNulls(Math.ceil(daysDifference/7), 2);
},
'%w': function(date) {
var day = new Date(date.tm_year+1900, date.tm_mon+1, date.tm_mday, 0, 0, 0, 0);
return day.getDay();
},
'%W': function(date) {
// Replaced by the week number of the year as a decimal number [00,53].
// The first Monday of January is the first day of week 1;
// days in the new year before this are in week 0. [ tm_year, tm_wday, tm_yday]
var janFirst = new Date(date.tm_year, 0, 1);
var firstMonday = janFirst.getDay() === 1 ? janFirst : __addDays(janFirst, janFirst.getDay() === 0 ? 1 : 7-janFirst.getDay()+1);
var endDate = new Date(date.tm_year+1900, date.tm_mon, date.tm_mday);
// is target date after the first Monday?
if (compareByDay(firstMonday, endDate) < 0) {
var februaryFirstUntilEndMonth = __arraySum(__isLeapYear(endDate.getFullYear()) ? __MONTH_DAYS_LEAP : __MONTH_DAYS_REGULAR, endDate.getMonth()-1)-31;
var firstMondayUntilEndJanuary = 31-firstMonday.getDate();
var days = firstMondayUntilEndJanuary+februaryFirstUntilEndMonth+endDate.getDate();
return leadingNulls(Math.ceil(days/7), 2);
}
return compareByDay(firstMonday, janFirst) === 0 ? '01': '00';
},
'%y': function(date) {
// Replaced by the last two digits of the year as a decimal number [00,99]. [ tm_year]
return (date.tm_year+1900).toString().substring(2);
},
'%Y': function(date) {
// Replaced by the year as a decimal number (for example, 1997). [ tm_year]
return date.tm_year+1900;
},
'%z': function(date) {
// Replaced by the offset from UTC in the ISO 8601:2000 standard format ( +hhmm or -hhmm ).
// For example, "-0430" means 4 hours 30 minutes behind UTC (west of Greenwich).
var off = date.tm_gmtoff;
var ahead = off >= 0;
off = Math.abs(off) / 60;
// convert from minutes into hhmm format (which means 60 minutes = 100 units)
off = (off / 60)*100 + (off % 60);
return (ahead ? '+' : '-') + String("0000" + off).slice(-4);
},
'%Z': function(date) {
return date.tm_zone;
},
'%%': function() {
return '%';
}
};
for (var rule in EXPANSION_RULES_2) {
if (pattern.indexOf(rule) >= 0) {
pattern = pattern.replace(new RegExp(rule, 'g'), EXPANSION_RULES_2[rule](date));
}
}
var bytes = intArrayFromString(pattern, false);
if (bytes.length > maxsize) {
return 0;
}
writeArrayToMemory(bytes, s);
return bytes.length-1;
},
strftime_l__deps: ['strftime'],
strftime_l: function(s, maxsize, format, tm) {
return _strftime(s, maxsize, format, tm); // no locale support yet
},
strptime__deps: ['_isLeapYear', '_arraySum', '_addDays', '_MONTH_DAYS_REGULAR', '_MONTH_DAYS_LEAP'],
strptime: function(buf, format, tm) {
// char *strptime(const char *restrict buf, const char *restrict format, struct tm *restrict tm);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/strptime.html
var pattern = Pointer_stringify(format);
// escape special characters
// TODO: not sure we really need to escape all of these in JS regexps
var SPECIAL_CHARS = '\\!@#$^&*()+=-[]/{}|:<>?,.';
for (var i=0, ii=SPECIAL_CHARS.length; i<ii; ++i) {
pattern = pattern.replace(new RegExp('\\'+SPECIAL_CHARS[i], 'g'), '\\'+SPECIAL_CHARS[i]);
}
// reduce number of matchers
var EQUIVALENT_MATCHERS = {
'%A': '%a',
'%B': '%b',
'%c': '%x\\s+%X',
'%D': '%m\\/%d\\/%y',
'%e': '%d',
'%h': '%b',
'%R': '%H\\:%M',
'%r': '%I\\:%M\\:%S\\s%p',
'%T': '%H\\:%M\\:%S',
'%x': '%m\\/%d\\/(?:%y|%Y)',
'%X': '%H\\:%M\\:%S'
};
for (var matcher in EQUIVALENT_MATCHERS) {
pattern = pattern.replace(matcher, EQUIVALENT_MATCHERS[matcher]);
}
// TODO: take care of locale
var DATE_PATTERNS = {
/* weeday name */ '%a': '(?:Sun(?:day)?)|(?:Mon(?:day)?)|(?:Tue(?:sday)?)|(?:Wed(?:nesday)?)|(?:Thu(?:rsday)?)|(?:Fri(?:day)?)|(?:Sat(?:urday)?)',
/* month name */ '%b': '(?:Jan(?:uary)?)|(?:Feb(?:ruary)?)|(?:Mar(?:ch)?)|(?:Apr(?:il)?)|May|(?:Jun(?:e)?)|(?:Jul(?:y)?)|(?:Aug(?:ust)?)|(?:Sep(?:tember)?)|(?:Oct(?:ober)?)|(?:Nov(?:ember)?)|(?:Dec(?:ember)?)',
/* century */ '%C': '\\d\\d',
/* day of month */ '%d': '0[1-9]|[1-9](?!\\d)|1\\d|2\\d|30|31',
/* hour (24hr) */ '%H': '\\d(?!\\d)|[0,1]\\d|20|21|22|23',
/* hour (12hr) */ '%I': '\\d(?!\\d)|0\\d|10|11|12',
/* day of year */ '%j': '00[1-9]|0?[1-9](?!\\d)|0?[1-9]\\d(?!\\d)|[1,2]\\d\\d|3[0-6]\\d',
/* month */ '%m': '0[1-9]|[1-9](?!\\d)|10|11|12',
/* minutes */ '%M': '0\\d|\\d(?!\\d)|[1-5]\\d',
/* whitespace */ '%n': '\\s',
/* AM/PM */ '%p': 'AM|am|PM|pm|A\\.M\\.|a\\.m\\.|P\\.M\\.|p\\.m\\.',
/* seconds */ '%S': '0\\d|\\d(?!\\d)|[1-5]\\d|60',
/* week number */ '%U': '0\\d|\\d(?!\\d)|[1-4]\\d|50|51|52|53',
/* week number */ '%W': '0\\d|\\d(?!\\d)|[1-4]\\d|50|51|52|53',
/* weekday number */ '%w': '[0-6]',
/* 2-digit year */ '%y': '\\d\\d',
/* 4-digit year */ '%Y': '\\d\\d\\d\\d',
/* % */ '%%': '%',
/* whitespace */ '%t': '\\s',
};
var MONTH_NUMBERS = {JAN: 0, FEB: 1, MAR: 2, APR: 3, MAY: 4, JUN: 5, JUL: 6, AUG: 7, SEP: 8, OCT: 9, NOV: 10, DEC: 11};
var DAY_NUMBERS_SUN_FIRST = {SUN: 0, MON: 1, TUE: 2, WED: 3, THU: 4, FRI: 5, SAT: 6};
var DAY_NUMBERS_MON_FIRST = {MON: 0, TUE: 1, WED: 2, THU: 3, FRI: 4, SAT: 5, SUN: 6};
for (var datePattern in DATE_PATTERNS) {
pattern = pattern.replace(datePattern, '('+datePattern+DATE_PATTERNS[datePattern]+')');
}
// take care of capturing groups
var capture = [];
for (var i=pattern.indexOf('%'); i>=0; i=pattern.indexOf('%')) {
capture.push(pattern[i+1]);
pattern = pattern.replace(new RegExp('\\%'+pattern[i+1], 'g'), '');
}
var matches = new RegExp('^'+pattern, "i").exec(Pointer_stringify(buf))
// Module['print'](Pointer_stringify(buf)+ ' is matched by '+((new RegExp('^'+pattern)).source)+' into: '+JSON.stringify(matches));
function initDate() {
function fixup(value, min, max) {
return (typeof value !== 'number' || isNaN(value)) ? min : (value>=min ? (value<=max ? value: max): min);
};
return {
year: fixup({{{ makeGetValue('tm', C_STRUCTS.tm.tm_year, 'i32', 0, 0, 1) }}} + 1900 , 1970, 9999),
month: fixup({{{ makeGetValue('tm', C_STRUCTS.tm.tm_mon, 'i32', 0, 0, 1) }}}, 0, 11),
day: fixup({{{ makeGetValue('tm', C_STRUCTS.tm.tm_mday, 'i32', 0, 0, 1) }}}, 1, 31),
hour: fixup({{{ makeGetValue('tm', C_STRUCTS.tm.tm_hour, 'i32', 0, 0, 1) }}}, 0, 23),
min: fixup({{{ makeGetValue('tm', C_STRUCTS.tm.tm_min, 'i32', 0, 0, 1) }}}, 0, 59),
sec: fixup({{{ makeGetValue('tm', C_STRUCTS.tm.tm_sec, 'i32', 0, 0, 1) }}}, 0, 59)
};
};
if (matches) {
var date = initDate();
var value;
function getMatch(symbol) {
var pos = capture.indexOf(symbol);
// check if symbol appears in regexp
if (pos >= 0) {
// return matched value or null (falsy!) for non-matches
return matches[pos+1];
}
return;
}
// seconds
if ((value=getMatch('S'))) {
date.sec = parseInt(value);
}
// minutes
if ((value=getMatch('M'))) {
date.min = parseInt(value);
}
// hours
if ((value=getMatch('H'))) {
// 24h clock
date.hour = parseInt(value);
} else if ((value = getMatch('I'))) {
// AM/PM clock
var hour = parseInt(value);
if ((value=getMatch('p'))) {
hour += value.toUpperCase()[0] === 'P' ? 12 : 0;
}
date.hour = hour;
}
// year
if ((value=getMatch('Y'))) {
// parse from four-digit year
date.year = parseInt(value);
} else if ((value=getMatch('y'))) {
// parse from two-digit year...
var year = parseInt(value);
if ((value=getMatch('C'))) {
// ...and century
year += parseInt(value)*100;
} else {
// ...and rule-of-thumb
year += year<69 ? 2000 : 1900;
}
date.year = year;
}
// month
if ((value=getMatch('m'))) {
// parse from month number
date.month = parseInt(value)-1;
} else if ((value=getMatch('b'))) {
// parse from month name
date.month = MONTH_NUMBERS[value.substring(0,3).toUpperCase()] || 0;
// TODO: derive month from day in year+year, week number+day of week+year
}
// day
if ((value=getMatch('d'))) {
// get day of month directly
date.day = parseInt(value);
} else if ((value=getMatch('j'))) {
// get day of month from day of year ...
var day = parseInt(value);
var leapYear = __isLeapYear(date.year);
for (var month=0; month<12; ++month) {
var daysUntilMonth = __arraySum(leapYear ? __MONTH_DAYS_LEAP : __MONTH_DAYS_REGULAR, month-1);
if (day<=daysUntilMonth+(leapYear ? __MONTH_DAYS_LEAP : __MONTH_DAYS_REGULAR)[month]) {
date.day = day-daysUntilMonth;
}
}
} else if ((value=getMatch('a'))) {
// get day of month from weekday ...
var weekDay = value.substring(0,3).toUpperCase();
if ((value=getMatch('U'))) {
// ... and week number (Sunday being first day of week)
// Week number of the year (Sunday as the first day of the week) as a decimal number [00,53].
// All days in a new year preceding the first Sunday are considered to be in week 0.
var weekDayNumber = DAY_NUMBERS_SUN_FIRST[weekDay];
var weekNumber = parseInt(value);
// January 1st
var janFirst = new Date(date.year, 0, 1);
var endDate;
if (janFirst.getDay() === 0) {
// Jan 1st is a Sunday, and, hence in the 1st CW
endDate = __addDays(janFirst, weekDayNumber+7*(weekNumber-1));
} else {
// Jan 1st is not a Sunday, and, hence still in the 0th CW
endDate = __addDays(janFirst, 7-janFirst.getDay()+weekDayNumber+7*(weekNumber-1));
}
date.day = endDate.getDate();
date.month = endDate.getMonth();
} else if ((value=getMatch('W'))) {
// ... and week number (Monday being first day of week)
// Week number of the year (Monday as the first day of the week) as a decimal number [00,53].
// All days in a new year preceding the first Monday are considered to be in week 0.
var weekDayNumber = DAY_NUMBERS_MON_FIRST[weekDay];
var weekNumber = parseInt(value);
// January 1st
var janFirst = new Date(date.year, 0, 1);
var endDate;
if (janFirst.getDay()===1) {
// Jan 1st is a Monday, and, hence in the 1st CW
endDate = __addDays(janFirst, weekDayNumber+7*(weekNumber-1));
} else {
// Jan 1st is not a Monday, and, hence still in the 0th CW
endDate = __addDays(janFirst, 7-janFirst.getDay()+1+weekDayNumber+7*(weekNumber-1));
}
date.day = endDate.getDate();
date.month = endDate.getMonth();
}
}
/*
tm_sec int seconds after the minute 0-61*
tm_min int minutes after the hour 0-59
tm_hour int hours since midnight 0-23
tm_mday int day of the month 1-31
tm_mon int months since January 0-11
tm_year int years since 1900
tm_wday int days since Sunday 0-6
tm_yday int days since January 1 0-365
tm_isdst int Daylight Saving Time flag
*/
var fullDate = new Date(date.year, date.month, date.day, date.hour, date.min, date.sec, 0);
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_sec, 'fullDate.getSeconds()', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_min, 'fullDate.getMinutes()', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_hour, 'fullDate.getHours()', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_mday, 'fullDate.getDate()', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_mon, 'fullDate.getMonth()', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_year, 'fullDate.getFullYear()-1900', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_wday, 'fullDate.getDay()', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_yday, '__arraySum(__isLeapYear(fullDate.getFullYear()) ? __MONTH_DAYS_LEAP : __MONTH_DAYS_REGULAR, fullDate.getMonth()-1)+fullDate.getDate()-1', 'i32') }}};
{{{ makeSetValue('tm', C_STRUCTS.tm.tm_isdst, '0', 'i32') }}};
// we need to convert the matched sequence into an integer array to take care of UTF-8 characters > 0x7F
// TODO: not sure that intArrayFromString handles all unicode characters correctly
return buf+intArrayFromString(matches[0]).length-1;
}
return 0;
},
strptime_l__deps: ['strptime'],
strptime_l: function(buf, format, tm) {
return _strptime(buf, format, tm); // no locale support yet
},
getdate: function(string) {
// struct tm *getdate(const char *string);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/getdate.html
// TODO: Implement.
return 0;
},
// ==========================================================================
// sys/time.h
// ==========================================================================
clock_gettime__deps: ['emscripten_get_now', 'emscripten_get_now_is_monotonic', '$ERRNO_CODES', '__setErrNo'],
clock_gettime: function(clk_id, tp) {
// int clock_gettime(clockid_t clk_id, struct timespec *tp);
var now;
if (clk_id === {{{ cDefine('CLOCK_REALTIME') }}}) {
now = Date.now();
} else if (clk_id === {{{ cDefine('CLOCK_MONOTONIC') }}} && _emscripten_get_now_is_monotonic()) {
now = _emscripten_get_now();
} else {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
{{{ makeSetValue('tp', C_STRUCTS.timespec.tv_sec, '(now/1000)|0', 'i32') }}}; // seconds
{{{ makeSetValue('tp', C_STRUCTS.timespec.tv_nsec, '((now % 1000)*1000*1000)|0', 'i32') }}}; // nanoseconds
return 0;
},
__clock_gettime: 'clock_gettime', // musl internal alias
clock_settime__deps: ['$ERRNO_CODES', '__setErrNo'],
clock_settime: function(clk_id, tp) {
// int clock_settime(clockid_t clk_id, const struct timespec *tp);
// Nothing.
___setErrNo(clk_id === {{{ cDefine('CLOCK_REALTIME') }}} ? ERRNO_CODES.EPERM
: ERRNO_CODES.EINVAL);
return -1;
},
clock_getres__deps: ['emscripten_get_now_res', 'emscripten_get_now_is_monotonic', '$ERRNO_CODES', '__setErrNo'],
clock_getres: function(clk_id, res) {
// int clock_getres(clockid_t clk_id, struct timespec *res);
var nsec;
if (clk_id === {{{ cDefine('CLOCK_REALTIME') }}}) {
nsec = 1000 * 1000; // educated guess that it's milliseconds
} else if (clk_id === {{{ cDefine('CLOCK_MONOTONIC') }}} && _emscripten_get_now_is_monotonic()) {
nsec = _emscripten_get_now_res();
} else {
___setErrNo(ERRNO_CODES.EINVAL);
return -1;
}
{{{ makeSetValue('res', C_STRUCTS.timespec.tv_sec, '(nsec/1000000000)|0', 'i32') }}};
{{{ makeSetValue('res', C_STRUCTS.timespec.tv_nsec, 'nsec', 'i32') }}} // resolution is nanoseconds
return 0;
},
clock_getcpuclockid__deps: ['$PROCINFO'],
clock_getcpuclockid: function(pid, clk_id) {
if (pid < 0) return ERRNO_CODES.ESRCH;
if (pid !== 0 && pid !== PROCINFO.pid) return ERRNO_CODES.ENOSYS;
if (clk_id) {{{ makeSetValue('clk_id', 0, 2/*CLOCK_PROCESS_CPUTIME_ID*/, 'i32') }}};
return 0;
},
// http://pubs.opengroup.org/onlinepubs/000095399/basedefs/sys/time.h.html
gettimeofday: function(ptr) {
var now = Date.now();
{{{ makeSetValue('ptr', C_STRUCTS.timeval.tv_sec, '(now/1000)|0', 'i32') }}}; // seconds
{{{ makeSetValue('ptr', C_STRUCTS.timeval.tv_usec, '((now % 1000)*1000)|0', 'i32') }}}; // microseconds
return 0;
},
// ==========================================================================
// sys/timeb.h
// ==========================================================================
ftime: function(p) {
var millis = Date.now();
{{{ makeSetValue('p', C_STRUCTS.timeb.time, '(millis/1000)|0', 'i32') }}};
{{{ makeSetValue('p', C_STRUCTS.timeb.millitm, 'millis % 1000', 'i16') }}};
{{{ makeSetValue('p', C_STRUCTS.timeb.timezone, '0', 'i16') }}}; // Obsolete field
{{{ makeSetValue('p', C_STRUCTS.timeb.dstflag, '0', 'i16') }}}; // Obsolete field
return 0;
},
// ==========================================================================
// sys/times.h
// ==========================================================================
times__deps: ['memset'],
times: function(buffer) {
// clock_t times(struct tms *buffer);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/times.html
// NOTE: This is fake, since we can't calculate real CPU time usage in JS.
if (buffer !== 0) {
_memset(buffer, 0, {{{ C_STRUCTS.tms.__size__ }}});
}
return 0;
},
// ==========================================================================
// sys/types.h
// ==========================================================================
// http://www.kernel.org/doc/man-pages/online/pages/man3/minor.3.html
makedev: function(maj, min) {
return ((maj) << 8 | (min));
},
gnu_dev_makedev: 'makedev',
major: function(dev) {
return ((dev) >> 8);
},
gnu_dev_major: 'major',
minor: function(dev) {
return ((dev) & 0xff);
},
gnu_dev_minor: 'minor',
// ==========================================================================
// setjmp.h
// ==========================================================================
// asm.js-style setjmp/longjmp support for wasm binaryen backend.
// In asm.js compilation, various variables including setjmpId will be
// generated within 'var asm' in emscripten.py, while in wasm compilation,
// wasm side is considered as 'asm' so they are not generated. But
// saveSetjmp() needs setjmpId and no other functions in wasm side needs it.
// So we declare it here if WASM_BACKEND=1.
#if WASM_BACKEND == 1
$setjmpId: 0,
#endif
saveSetjmp__asm: true,
saveSetjmp__sig: 'iii',
#if WASM_BACKEND == 1
saveSetjmp__deps: ['realloc', '$setjmpId'],
#else
saveSetjmp__deps: ['realloc'],
#endif
saveSetjmp: function(env, label, table, size) {
// Not particularly fast: slow table lookup of setjmpId to label. But setjmp
// prevents relooping anyhow, so slowness is to be expected. And typical case
// is 1 setjmp per invocation, or less.
env = env|0;
label = label|0;
table = table|0;
size = size|0;
var i = 0;
setjmpId = (setjmpId+1)|0;
{{{ makeSetValueAsm('env', '0', 'setjmpId', 'i32') }}};
while ((i|0) < (size|0)) {
if ({{{ makeGetValueAsm('table', '(i<<3)', 'i32') }}} == 0) {
{{{ makeSetValueAsm('table', '(i<<3)', 'setjmpId', 'i32') }}};
{{{ makeSetValueAsm('table', '(i<<3)+4', 'label', 'i32') }}};
// prepare next slot
{{{ makeSetValueAsm('table', '(i<<3)+8', '0', 'i32') }}};
{{{ makeSetTempRet0('size') }}};
return table | 0;
}
i = i+1|0;
}
// grow the table
size = (size*2)|0;
table = _realloc(table|0, 8*(size+1|0)|0) | 0;
table = _saveSetjmp(env|0, label|0, table|0, size|0) | 0;
{{{ makeSetTempRet0('size') }}};
return table | 0;
},
testSetjmp__asm: true,
testSetjmp__sig: 'iii',
testSetjmp: function(id, table, size) {
id = id|0;
table = table|0;
size = size|0;
var i = 0, curr = 0;
while ((i|0) < (size|0)) {
curr = {{{ makeGetValueAsm('table', '(i<<3)', 'i32') }}};
if ((curr|0) == 0) break;
if ((curr|0) == (id|0)) {
return {{{ makeGetValueAsm('table', '(i<<3)+4', 'i32') }}};
}
i = i+1|0;
}
return 0;
},
setjmp__deps: ['saveSetjmp', 'testSetjmp'],
setjmp__inline: function(env) {
// Save the label
return '_saveSetjmp(' + env + ', label, setjmpTable)|0';
},
longjmp__deps: ['saveSetjmp', 'testSetjmp'],
longjmp: function(env, value) {
Module['setThrew'](env, value || 1);
throw 'longjmp';
},
emscripten_longjmp__deps: ['longjmp'],
emscripten_longjmp: function(env, value) {
_longjmp(env, value);
},
// ==========================================================================
// sys/wait.h
// ==========================================================================
wait__deps: ['$ERRNO_CODES', '__setErrNo'],
wait: function(stat_loc) {
// pid_t wait(int *stat_loc);
// http://pubs.opengroup.org/onlinepubs/009695399/functions/wait.html
// Makes no sense in a single-process environment.
___setErrNo(ERRNO_CODES.ECHILD);
return -1;
},
// NOTE: These aren't really the same, but we use the same stub for them all.
waitid: 'wait',
waitpid: 'wait',
wait3: 'wait',
wait4: 'wait',
// ==========================================================================
// errno.h
// ==========================================================================
$ERRNO_CODES: {
EPERM: {{{ cDefine('EPERM') }}},
ENOENT: {{{ cDefine('ENOENT') }}},
ESRCH: {{{ cDefine('ESRCH') }}},
EINTR: {{{ cDefine('EINTR') }}},
EIO: {{{ cDefine('EIO') }}},
ENXIO: {{{ cDefine('ENXIO') }}},
E2BIG: {{{ cDefine('E2BIG') }}},
ENOEXEC: {{{ cDefine('ENOEXEC') }}},
EBADF: {{{ cDefine('EBADF') }}},
ECHILD: {{{ cDefine('ECHILD') }}},
EAGAIN: {{{ cDefine('EAGAIN') }}},
EWOULDBLOCK: {{{ cDefine('EWOULDBLOCK') }}},
ENOMEM: {{{ cDefine('ENOMEM') }}},
EACCES: {{{ cDefine('EACCES') }}},
EFAULT: {{{ cDefine('EFAULT') }}},
ENOTBLK: {{{ cDefine('ENOTBLK') }}},
EBUSY: {{{ cDefine('EBUSY') }}},
EEXIST: {{{ cDefine('EEXIST') }}},
EXDEV: {{{ cDefine('EXDEV') }}},
ENODEV: {{{ cDefine('ENODEV') }}},
ENOTDIR: {{{ cDefine('ENOTDIR') }}},
EISDIR: {{{ cDefine('EISDIR') }}},
EINVAL: {{{ cDefine('EINVAL') }}},
ENFILE: {{{ cDefine('ENFILE') }}},
EMFILE: {{{ cDefine('EMFILE') }}},
ENOTTY: {{{ cDefine('ENOTTY') }}},
ETXTBSY: {{{ cDefine('ETXTBSY') }}},
EFBIG: {{{ cDefine('EFBIG') }}},
ENOSPC: {{{ cDefine('ENOSPC') }}},
ESPIPE: {{{ cDefine('ESPIPE') }}},
EROFS: {{{ cDefine('EROFS') }}},
EMLINK: {{{ cDefine('EMLINK') }}},
EPIPE: {{{ cDefine('EPIPE') }}},
EDOM: {{{ cDefine('EDOM') }}},
ERANGE: {{{ cDefine('ERANGE') }}},
ENOMSG: {{{ cDefine('ENOMSG') }}},
EIDRM: {{{ cDefine('EIDRM') }}},
ECHRNG: {{{ cDefine('ECHRNG') }}},
EL2NSYNC: {{{ cDefine('EL2NSYNC') }}},
EL3HLT: {{{ cDefine('EL3HLT') }}},
EL3RST: {{{ cDefine('EL3RST') }}},
ELNRNG: {{{ cDefine('ELNRNG') }}},
EUNATCH: {{{ cDefine('EUNATCH') }}},
ENOCSI: {{{ cDefine('ENOCSI') }}},
EL2HLT: {{{ cDefine('EL2HLT') }}},
EDEADLK: {{{ cDefine('EDEADLK') }}},
ENOLCK: {{{ cDefine('ENOLCK') }}},
EBADE: {{{ cDefine('EBADE') }}},
EBADR: {{{ cDefine('EBADR') }}},
EXFULL: {{{ cDefine('EXFULL') }}},
ENOANO: {{{ cDefine('ENOANO') }}},
EBADRQC: {{{ cDefine('EBADRQC') }}},
EBADSLT: {{{ cDefine('EBADSLT') }}},
EDEADLOCK: {{{ cDefine('EDEADLOCK') }}},
EBFONT: {{{ cDefine('EBFONT') }}},
ENOSTR: {{{ cDefine('ENOSTR') }}},
ENODATA: {{{ cDefine('ENODATA') }}},
ETIME: {{{ cDefine('ETIME') }}},
ENOSR: {{{ cDefine('ENOSR') }}},
ENONET: {{{ cDefine('ENONET') }}},
ENOPKG: {{{ cDefine('ENOPKG') }}},
EREMOTE: {{{ cDefine('EREMOTE') }}},
ENOLINK: {{{ cDefine('ENOLINK') }}},
EADV: {{{ cDefine('EADV') }}},
ESRMNT: {{{ cDefine('ESRMNT') }}},
ECOMM: {{{ cDefine('ECOMM') }}},
EPROTO: {{{ cDefine('EPROTO') }}},
EMULTIHOP: {{{ cDefine('EMULTIHOP') }}},
EDOTDOT: {{{ cDefine('EDOTDOT') }}},
EBADMSG: {{{ cDefine('EBADMSG') }}},
ENOTUNIQ: {{{ cDefine('ENOTUNIQ') }}},
EBADFD: {{{ cDefine('EBADFD') }}},
EREMCHG: {{{ cDefine('EREMCHG') }}},
ELIBACC: {{{ cDefine('ELIBACC') }}},
ELIBBAD: {{{ cDefine('ELIBBAD') }}},
ELIBSCN: {{{ cDefine('ELIBSCN') }}},
ELIBMAX: {{{ cDefine('ELIBMAX') }}},
ELIBEXEC: {{{ cDefine('ELIBEXEC') }}},
ENOSYS: {{{ cDefine('ENOSYS') }}},
ENOTEMPTY: {{{ cDefine('ENOTEMPTY') }}},
ENAMETOOLONG: {{{ cDefine('ENAMETOOLONG') }}},
ELOOP: {{{ cDefine('ELOOP') }}},
EOPNOTSUPP: {{{ cDefine('EOPNOTSUPP') }}},
EPFNOSUPPORT: {{{ cDefine('EPFNOSUPPORT') }}},
ECONNRESET: {{{ cDefine('ECONNRESET') }}},
ENOBUFS: {{{ cDefine('ENOBUFS') }}},
EAFNOSUPPORT: {{{ cDefine('EAFNOSUPPORT') }}},
EPROTOTYPE: {{{ cDefine('EPROTOTYPE') }}},
ENOTSOCK: {{{ cDefine('ENOTSOCK') }}},
ENOPROTOOPT: {{{ cDefine('ENOPROTOOPT') }}},
ESHUTDOWN: {{{ cDefine('ESHUTDOWN') }}},
ECONNREFUSED: {{{ cDefine('ECONNREFUSED') }}},
EADDRINUSE: {{{ cDefine('EADDRINUSE') }}},
ECONNABORTED: {{{ cDefine('ECONNABORTED') }}},
ENETUNREACH: {{{ cDefine('ENETUNREACH') }}},
ENETDOWN: {{{ cDefine('ENETDOWN') }}},
ETIMEDOUT: {{{ cDefine('ETIMEDOUT') }}},
EHOSTDOWN: {{{ cDefine('EHOSTDOWN') }}},
EHOSTUNREACH: {{{ cDefine('EHOSTUNREACH') }}},
EINPROGRESS: {{{ cDefine('EINPROGRESS') }}},
EALREADY: {{{ cDefine('EALREADY') }}},
EDESTADDRREQ: {{{ cDefine('EDESTADDRREQ') }}},
EMSGSIZE: {{{ cDefine('EMSGSIZE') }}},
EPROTONOSUPPORT: {{{ cDefine('EPROTONOSUPPORT') }}},
ESOCKTNOSUPPORT: {{{ cDefine('ESOCKTNOSUPPORT') }}},
EADDRNOTAVAIL: {{{ cDefine('EADDRNOTAVAIL') }}},
ENETRESET: {{{ cDefine('ENETRESET') }}},
EISCONN: {{{ cDefine('EISCONN') }}},
ENOTCONN: {{{ cDefine('ENOTCONN') }}},
ETOOMANYREFS: {{{ cDefine('ETOOMANYREFS') }}},
EUSERS: {{{ cDefine('EUSERS') }}},
EDQUOT: {{{ cDefine('EDQUOT') }}},
ESTALE: {{{ cDefine('ESTALE') }}},
ENOTSUP: {{{ cDefine('ENOTSUP') }}},
ENOMEDIUM: {{{ cDefine('ENOMEDIUM') }}},
EILSEQ: {{{ cDefine('EILSEQ') }}},
EOVERFLOW: {{{ cDefine('EOVERFLOW') }}},
ECANCELED: {{{ cDefine('ECANCELED') }}},
ENOTRECOVERABLE: {{{ cDefine('ENOTRECOVERABLE') }}},
EOWNERDEAD: {{{ cDefine('EOWNERDEAD') }}},
ESTRPIPE: {{{ cDefine('ESTRPIPE') }}},
},
$ERRNO_MESSAGES: {
0: 'Success',
{{{ cDefine('EPERM') }}}: 'Not super-user',
{{{ cDefine('ENOENT') }}}: 'No such file or directory',
{{{ cDefine('ESRCH') }}}: 'No such process',
{{{ cDefine('EINTR') }}}: 'Interrupted system call',
{{{ cDefine('EIO') }}}: 'I/O error',
{{{ cDefine('ENXIO') }}}: 'No such device or address',
{{{ cDefine('E2BIG') }}}: 'Arg list too long',
{{{ cDefine('ENOEXEC') }}}: 'Exec format error',
{{{ cDefine('EBADF') }}}: 'Bad file number',
{{{ cDefine('ECHILD') }}}: 'No children',
{{{ cDefine('EWOULDBLOCK') }}}: 'No more processes',
{{{ cDefine('ENOMEM') }}}: 'Not enough core',
{{{ cDefine('EACCES') }}}: 'Permission denied',
{{{ cDefine('EFAULT') }}}: 'Bad address',
{{{ cDefine('ENOTBLK') }}}: 'Block device required',
{{{ cDefine('EBUSY') }}}: 'Mount device busy',
{{{ cDefine('EEXIST') }}}: 'File exists',
{{{ cDefine('EXDEV') }}}: 'Cross-device link',
{{{ cDefine('ENODEV') }}}: 'No such device',
{{{ cDefine('ENOTDIR') }}}: 'Not a directory',
{{{ cDefine('EISDIR') }}}: 'Is a directory',
{{{ cDefine('EINVAL') }}}: 'Invalid argument',
{{{ cDefine('ENFILE') }}}: 'Too many open files in system',
{{{ cDefine('EMFILE') }}}: 'Too many open files',
{{{ cDefine('ENOTTY') }}}: 'Not a typewriter',
{{{ cDefine('ETXTBSY') }}}: 'Text file busy',
{{{ cDefine('EFBIG') }}}: 'File too large',
{{{ cDefine('ENOSPC') }}}: 'No space left on device',
{{{ cDefine('ESPIPE') }}}: 'Illegal seek',
{{{ cDefine('EROFS') }}}: 'Read only file system',
{{{ cDefine('EMLINK') }}}: 'Too many links',
{{{ cDefine('EPIPE') }}}: 'Broken pipe',
{{{ cDefine('EDOM') }}}: 'Math arg out of domain of func',
{{{ cDefine('ERANGE') }}}: 'Math result not representable',
{{{ cDefine('ENOMSG') }}}: 'No message of desired type',
{{{ cDefine('EIDRM') }}}: 'Identifier removed',
{{{ cDefine('ECHRNG') }}}: 'Channel number out of range',
{{{ cDefine('EL2NSYNC') }}}: 'Level 2 not synchronized',
{{{ cDefine('EL3HLT') }}}: 'Level 3 halted',
{{{ cDefine('EL3RST') }}}: 'Level 3 reset',
{{{ cDefine('ELNRNG') }}}: 'Link number out of range',
{{{ cDefine('EUNATCH') }}}: 'Protocol driver not attached',
{{{ cDefine('ENOCSI') }}}: 'No CSI structure available',
{{{ cDefine('EL2HLT') }}}: 'Level 2 halted',
{{{ cDefine('EDEADLK') }}}: 'Deadlock condition',
{{{ cDefine('ENOLCK') }}}: 'No record locks available',
{{{ cDefine('EBADE') }}}: 'Invalid exchange',
{{{ cDefine('EBADR') }}}: 'Invalid request descriptor',
{{{ cDefine('EXFULL') }}}: 'Exchange full',
{{{ cDefine('ENOANO') }}}: 'No anode',
{{{ cDefine('EBADRQC') }}}: 'Invalid request code',
{{{ cDefine('EBADSLT') }}}: 'Invalid slot',
{{{ cDefine('EDEADLOCK') }}}: 'File locking deadlock error',
{{{ cDefine('EBFONT') }}}: 'Bad font file fmt',
{{{ cDefine('ENOSTR') }}}: 'Device not a stream',
{{{ cDefine('ENODATA') }}}: 'No data (for no delay io)',
{{{ cDefine('ETIME') }}}: 'Timer expired',
{{{ cDefine('ENOSR') }}}: 'Out of streams resources',
{{{ cDefine('ENONET') }}}: 'Machine is not on the network',
{{{ cDefine('ENOPKG') }}}: 'Package not installed',
{{{ cDefine('EREMOTE') }}}: 'The object is remote',
{{{ cDefine('ENOLINK') }}}: 'The link has been severed',
{{{ cDefine('EADV') }}}: 'Advertise error',
{{{ cDefine('ESRMNT') }}}: 'Srmount error',
{{{ cDefine('ECOMM') }}}: 'Communication error on send',
{{{ cDefine('EPROTO') }}}: 'Protocol error',
{{{ cDefine('EMULTIHOP') }}}: 'Multihop attempted',
{{{ cDefine('EDOTDOT') }}}: 'Cross mount point (not really error)',
{{{ cDefine('EBADMSG') }}}: 'Trying to read unreadable message',
{{{ cDefine('ENOTUNIQ') }}}: 'Given log. name not unique',
{{{ cDefine('EBADFD') }}}: 'f.d. invalid for this operation',
{{{ cDefine('EREMCHG') }}}: 'Remote address changed',
{{{ cDefine('ELIBACC') }}}: 'Can access a needed shared lib',
{{{ cDefine('ELIBBAD') }}}: 'Accessing a corrupted shared lib',
{{{ cDefine('ELIBSCN') }}}: '.lib section in a.out corrupted',
{{{ cDefine('ELIBMAX') }}}: 'Attempting to link in too many libs',
{{{ cDefine('ELIBEXEC') }}}: 'Attempting to exec a shared library',
{{{ cDefine('ENOSYS') }}}: 'Function not implemented',
{{{ cDefine('ENOTEMPTY') }}}: 'Directory not empty',
{{{ cDefine('ENAMETOOLONG') }}}: 'File or path name too long',
{{{ cDefine('ELOOP') }}}: 'Too many symbolic links',
{{{ cDefine('EOPNOTSUPP') }}}: 'Operation not supported on transport endpoint',
{{{ cDefine('EPFNOSUPPORT') }}}: 'Protocol family not supported',
{{{ cDefine('ECONNRESET') }}}: 'Connection reset by peer',
{{{ cDefine('ENOBUFS') }}}: 'No buffer space available',
{{{ cDefine('EAFNOSUPPORT') }}}: 'Address family not supported by protocol family',
{{{ cDefine('EPROTOTYPE') }}}: 'Protocol wrong type for socket',
{{{ cDefine('ENOTSOCK') }}}: 'Socket operation on non-socket',
{{{ cDefine('ENOPROTOOPT') }}}: 'Protocol not available',
{{{ cDefine('ESHUTDOWN') }}}: 'Can\'t send after socket shutdown',
{{{ cDefine('ECONNREFUSED') }}}: 'Connection refused',
{{{ cDefine('EADDRINUSE') }}}: 'Address already in use',
{{{ cDefine('ECONNABORTED') }}}: 'Connection aborted',
{{{ cDefine('ENETUNREACH') }}}: 'Network is unreachable',
{{{ cDefine('ENETDOWN') }}}: 'Network interface is not configured',
{{{ cDefine('ETIMEDOUT') }}}: 'Connection timed out',
{{{ cDefine('EHOSTDOWN') }}}: 'Host is down',
{{{ cDefine('EHOSTUNREACH') }}}: 'Host is unreachable',
{{{ cDefine('EINPROGRESS') }}}: 'Connection already in progress',
{{{ cDefine('EALREADY') }}}: 'Socket already connected',
{{{ cDefine('EDESTADDRREQ') }}}: 'Destination address required',
{{{ cDefine('EMSGSIZE') }}}: 'Message too long',
{{{ cDefine('EPROTONOSUPPORT') }}}: 'Unknown protocol',
{{{ cDefine('ESOCKTNOSUPPORT') }}}: 'Socket type not supported',
{{{ cDefine('EADDRNOTAVAIL') }}}: 'Address not available',
{{{ cDefine('ENETRESET') }}}: 'Connection reset by network',
{{{ cDefine('EISCONN') }}}: 'Socket is already connected',
{{{ cDefine('ENOTCONN') }}}: 'Socket is not connected',
{{{ cDefine('ETOOMANYREFS') }}}: 'Too many references',
{{{ cDefine('EUSERS') }}}: 'Too many users',
{{{ cDefine('EDQUOT') }}}: 'Quota exceeded',
{{{ cDefine('ESTALE') }}}: 'Stale file handle',
{{{ cDefine('ENOTSUP') }}}: 'Not supported',
{{{ cDefine('ENOMEDIUM') }}}: 'No medium (in tape drive)',
{{{ cDefine('EILSEQ') }}}: 'Illegal byte sequence',
{{{ cDefine('EOVERFLOW') }}}: 'Value too large for defined data type',
{{{ cDefine('ECANCELED') }}}: 'Operation canceled',
{{{ cDefine('ENOTRECOVERABLE') }}}: 'State not recoverable',
{{{ cDefine('EOWNERDEAD') }}}: 'Previous owner died',
{{{ cDefine('ESTRPIPE') }}}: 'Streams pipe error',
},
__setErrNo: function(value) {
if (Module['___errno_location']) {{{ makeSetValue("Module['___errno_location']()", 0, 'value', 'i32') }}};
#if ASSERTIONS
else Module.printErr('failed to set errno from JS');
#endif
return value;
},
// ==========================================================================
// sched.h (stubs only - no thread support yet!)
// ==========================================================================
sched_yield: function() {
return 0;
},
// ==========================================================================
// arpa/inet.h
// ==========================================================================
// old ipv4 only functions
inet_addr__deps: ['_inet_pton4_raw'],
inet_addr: function(ptr) {
var addr = __inet_pton4_raw(Pointer_stringify(ptr));
if (addr === null) {
return -1;
}
return addr;
},
// ==========================================================================
// netinet/in.h
// ==========================================================================
#if USE_PTHREADS
in6addr_any: '; if (ENVIRONMENT_IS_PTHREAD) _in6addr_any = PthreadWorkerInit._in6addr_any; else PthreadWorkerInit._in6addr_any = _in6addr_any = allocate([0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], "i8", ALLOC_STATIC)',
in6addr_loopback: '; if (ENVIRONMENT_IS_PTHREAD) _in6addr_loopback = PthreadWorkerInit._in6addr_loopback; else PthreadWorkerInit._in6addr_loopback = _in6addr_loopback = allocate([0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1], "i8", ALLOC_STATIC)',
#else
in6addr_any:
'allocate([0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], "i8", ALLOC_STATIC)',
in6addr_loopback:
'allocate([0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1], "i8", ALLOC_STATIC)',
#endif
// ==========================================================================
// netdb.h
// ==========================================================================
_inet_pton4_raw: function(str) {
var b = str.split('.');
for (var i = 0; i < 4; i++) {
var tmp = Number(b[i]);
if (isNaN(tmp)) return null;
b[i] = tmp;
}
return (b[0] | (b[1] << 8) | (b[2] << 16) | (b[3] << 24)) >>> 0;
},
_inet_ntop4_raw: function(addr) {
return (addr & 0xff) + '.' + ((addr >> 8) & 0xff) + '.' + ((addr >> 16) & 0xff) + '.' + ((addr >> 24) & 0xff)
},
_inet_pton6_raw__deps: ['htons'],
_inet_pton6_raw: function(str) {
var words;
var w, offset, z, i;
/* http://home.deds.nl/~aeron/regex/ */
var valid6regx = /^((?=.*::)(?!.*::.+::)(::)?([\dA-F]{1,4}:(:|\b)|){5}|([\dA-F]{1,4}:){6})((([\dA-F]{1,4}((?!\3)::|:\b|$))|(?!\2\3)){2}|(((2[0-4]|1\d|[1-9])?\d|25[0-5])\.?\b){4})$/i
var parts = [];
if (!valid6regx.test(str)) {
return null;
}
if (str === "::") {
return [0, 0, 0, 0, 0, 0, 0, 0];
}
// Z placeholder to keep track of zeros when splitting the string on ":"
if (str.indexOf("::") === 0) {
str = str.replace("::", "Z:"); // leading zeros case
} else {
str = str.replace("::", ":Z:");
}
if (str.indexOf(".") > 0) {
// parse IPv4 embedded stress
str = str.replace(new RegExp('[.]', 'g'), ":");
words = str.split(":");
words[words.length-4] = parseInt(words[words.length-4]) + parseInt(words[words.length-3])*256;
words[words.length-3] = parseInt(words[words.length-2]) + parseInt(words[words.length-1])*256;
words = words.slice(0, words.length-2);
} else {
words = str.split(":");
}
offset = 0; z = 0;
for (w=0; w < words.length; w++) {
if (typeof words[w] === 'string') {
if (words[w] === 'Z') {
// compressed zeros - write appropriate number of zero words
for (z = 0; z < (8 - words.length+1); z++) {
parts[w+z] = 0;
}
offset = z-1;
} else {
// parse hex to field to 16-bit value and write it in network byte-order
parts[w+offset] = _htons(parseInt(words[w],16));
}
} else {
// parsed IPv4 words
parts[w+offset] = words[w];
}
}
return [
(parts[1] << 16) | parts[0],
(parts[3] << 16) | parts[2],
(parts[5] << 16) | parts[4],
(parts[7] << 16) | parts[6]
];
},
_inet_pton6__deps: ['_inet_pton6_raw'],
_inet_pton6: function(src, dst) {
var ints = __inet_pton6_raw(Pointer_stringify(src));
if (ints === null) {
return 0;
}
for (var i = 0; i < 4; i++) {
{{{ makeSetValue('dst', 'i*4', 'ints[i]', 'i32') }}};
}
return 1;
},
_inet_ntop6_raw__deps: ['_inet_ntop4_raw'],
_inet_ntop6_raw: function(ints) {
// ref: http://www.ietf.org/rfc/rfc2373.txt - section 2.5.4
// Format for IPv4 compatible and mapped 128-bit IPv6 Addresses
// 128-bits are split into eight 16-bit words
// stored in network byte order (big-endian)
// | 80 bits | 16 | 32 bits |
// +-----------------------------------------------------------------+
// | 10 bytes | 2 | 4 bytes |
// +--------------------------------------+--------------------------+
// + 5 words | 1 | 2 words |
// +--------------------------------------+--------------------------+
// |0000..............................0000|0000| IPv4 ADDRESS | (compatible)
// +--------------------------------------+----+---------------------+
// |0000..............................0000|FFFF| IPv4 ADDRESS | (mapped)
// +--------------------------------------+----+---------------------+
var str = "";
var word = 0;
var longest = 0;
var lastzero = 0;
var zstart = 0;
var len = 0;
var i = 0;
var parts = [
ints[0] & 0xffff,
(ints[0] >> 16),
ints[1] & 0xffff,
(ints[1] >> 16),
ints[2] & 0xffff,
(ints[2] >> 16),
ints[3] & 0xffff,
(ints[3] >> 16)
];
// Handle IPv4-compatible, IPv4-mapped, loopback and any/unspecified addresses
var hasipv4 = true;
var v4part = "";
// check if the 10 high-order bytes are all zeros (first 5 words)
for (i = 0; i < 5; i++) {
if (parts[i] !== 0) { hasipv4 = false; break; }
}
if (hasipv4) {
// low-order 32-bits store an IPv4 address (bytes 13 to 16) (last 2 words)
v4part = __inet_ntop4_raw(parts[6] | (parts[7] << 16));
// IPv4-mapped IPv6 address if 16-bit value (bytes 11 and 12) == 0xFFFF (6th word)
if (parts[5] === -1) {
str = "::ffff:";
str += v4part;
return str;
}
// IPv4-compatible IPv6 address if 16-bit value (bytes 11 and 12) == 0x0000 (6th word)
if (parts[5] === 0) {
str = "::";
//special case IPv6 addresses
if(v4part === "0.0.0.0") v4part = ""; // any/unspecified address
if(v4part === "0.0.0.1") v4part = "1";// loopback address
str += v4part;
return str;
}
}
// Handle all other IPv6 addresses
// first run to find the longest contiguous zero words
for (word = 0; word < 8; word++) {
if (parts[word] === 0) {
if (word - lastzero > 1) {
len = 0;
}
lastzero = word;
len++;
}
if (len > longest) {
longest = len;
zstart = word - longest + 1;
}
}
for (word = 0; word < 8; word++) {
if (longest > 1) {
// compress contiguous zeros - to produce "::"
if (parts[word] === 0 && word >= zstart && word < (zstart + longest) ) {
if (word === zstart) {
str += ":";
if (zstart === 0) str += ":"; //leading zeros case
}
continue;
}
}
// converts 16-bit words from big-endian to little-endian before converting to hex string
str += Number(_ntohs(parts[word] & 0xffff)).toString(16);
str += word < 7 ? ":" : "";
}
return str;
},
_read_sockaddr__deps: ['$Sockets', '_inet_ntop4_raw', '_inet_ntop6_raw'],
_read_sockaddr: function (sa, salen) {
// family / port offsets are common to both sockaddr_in and sockaddr_in6
var family = {{{ makeGetValue('sa', C_STRUCTS.sockaddr_in.sin_family, 'i16') }}};
var port = _ntohs({{{ makeGetValue('sa', C_STRUCTS.sockaddr_in.sin_port, 'i16') }}});
var addr;
switch (family) {
case {{{ cDefine('AF_INET') }}}:
if (salen !== {{{ C_STRUCTS.sockaddr_in.__size__ }}}) {
return { errno: ERRNO_CODES.EINVAL };
}
addr = {{{ makeGetValue('sa', C_STRUCTS.sockaddr_in.sin_addr.s_addr, 'i32') }}};
addr = __inet_ntop4_raw(addr);
break;
case {{{ cDefine('AF_INET6') }}}:
if (salen !== {{{ C_STRUCTS.sockaddr_in6.__size__ }}}) {
return { errno: ERRNO_CODES.EINVAL };
}
addr = [
{{{ makeGetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+0, 'i32') }}},
{{{ makeGetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+4, 'i32') }}},
{{{ makeGetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+8, 'i32') }}},
{{{ makeGetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+12, 'i32') }}}
];
addr = __inet_ntop6_raw(addr);
break;
default:
return { errno: ERRNO_CODES.EAFNOSUPPORT };
}
return { family: family, addr: addr, port: port };
},
_write_sockaddr__deps: ['$Sockets', '_inet_pton4_raw', '_inet_pton6_raw'],
_write_sockaddr: function (sa, family, addr, port) {
switch (family) {
case {{{ cDefine('AF_INET') }}}:
addr = __inet_pton4_raw(addr);
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in.sin_family, 'family', 'i16') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in.sin_addr.s_addr, 'addr', 'i32') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in.sin_port, '_htons(port)', 'i16') }}};
break;
case {{{ cDefine('AF_INET6') }}}:
addr = __inet_pton6_raw(addr);
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_family, 'family', 'i32') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+0, 'addr[0]', 'i32') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+4, 'addr[1]', 'i32') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+8, 'addr[2]', 'i32') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_addr.__in6_union.__s6_addr+12, 'addr[3]', 'i32') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_port, '_htons(port)', 'i16') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_flowinfo, '0', 'i32') }}};
{{{ makeSetValue('sa', C_STRUCTS.sockaddr_in6.sin6_scope_id, '0', 'i32') }}};
break;
default:
return { errno: ERRNO_CODES.EAFNOSUPPORT };
}
// kind of lame, but let's match _read_sockaddr's interface
return {};
},
// We can't actually resolve hostnames in the browser, so instead
// we're generating fake IP addresses with lookup_name that we can
// resolve later on with lookup_addr.
// We do the aliasing in 172.29.*.*, giving us 65536 possibilities.
$DNS__deps: ['_inet_pton4_raw', '_inet_pton6_raw'],
$DNS: {
address_map: {
id: 1,
addrs: {},
names: {}
},
lookup_name: function (name) {
// If the name is already a valid ipv4 / ipv6 address, don't generate a fake one.
var res = __inet_pton4_raw(name);
if (res !== null) {
return name;
}
res = __inet_pton6_raw(name);
if (res !== null) {
return name;
}
// See if this name is already mapped.
var addr;
if (DNS.address_map.addrs[name]) {
addr = DNS.address_map.addrs[name];
} else {
var id = DNS.address_map.id++;
assert(id < 65535, 'exceeded max address mappings of 65535');
addr = '172.29.' + (id & 0xff) + '.' + (id & 0xff00);
DNS.address_map.names[addr] = name;
DNS.address_map.addrs[name] = addr;
}
return addr;
},
lookup_addr: function (addr) {
if (DNS.address_map.names[addr]) {
return DNS.address_map.names[addr];
}
return null;
}
},
// note: lots of leaking here!
gethostbyaddr__deps: ['$DNS', 'gethostbyname', '_inet_ntop4_raw'],
gethostbyaddr__proxy: 'sync',
gethostbyaddr__sig: 'iiii',
gethostbyaddr: function (addr, addrlen, type) {
if (type !== {{{ cDefine('AF_INET') }}}) {
___setErrNo(ERRNO_CODES.EAFNOSUPPORT);
// TODO: set h_errno
return null;
}
addr = {{{ makeGetValue('addr', '0', 'i32') }}}; // addr is in_addr
var host = __inet_ntop4_raw(addr);
var lookup = DNS.lookup_addr(host);
if (lookup) {
host = lookup;
}
var hostp = allocate(intArrayFromString(host), 'i8', ALLOC_STACK);
return _gethostbyname(hostp);
},
gethostbyname__deps: ['$DNS', '_inet_pton4_raw'],
gethostbyname__proxy: 'sync',
gethostbyname__sig: 'ii',
gethostbyname: function(name) {
name = Pointer_stringify(name);
// generate hostent
var ret = _malloc({{{ C_STRUCTS.hostent.__size__ }}}); // XXX possibly leaked, as are others here
var nameBuf = _malloc(name.length+1);
stringToUTF8(name, nameBuf, name.length+1);
{{{ makeSetValue('ret', C_STRUCTS.hostent.h_name, 'nameBuf', 'i8*') }}};
var aliasesBuf = _malloc(4);
{{{ makeSetValue('aliasesBuf', '0', '0', 'i8*') }}};
{{{ makeSetValue('ret', C_STRUCTS.hostent.h_aliases, 'aliasesBuf', 'i8**') }}};
var afinet = {{{ cDefine('AF_INET') }}};
{{{ makeSetValue('ret', C_STRUCTS.hostent.h_addrtype, 'afinet', 'i32') }}};
{{{ makeSetValue('ret', C_STRUCTS.hostent.h_length, '4', 'i32') }}};
var addrListBuf = _malloc(12);
{{{ makeSetValue('addrListBuf', '0', 'addrListBuf+8', 'i32*') }}};
{{{ makeSetValue('addrListBuf', '4', '0', 'i32*') }}};
{{{ makeSetValue('addrListBuf', '8', '__inet_pton4_raw(DNS.lookup_name(name))', 'i32') }}};
{{{ makeSetValue('ret', C_STRUCTS.hostent.h_addr_list, 'addrListBuf', 'i8**') }}};
return ret;
},
gethostbyname_r__deps: ['gethostbyname'],
gethostbyname_r__proxy: 'sync',
gethostbyname_r__sig: 'iiiiiii',
gethostbyname_r: function(name, ret, buf, buflen, out, err) {
var data = _gethostbyname(name);
_memcpy(ret, data, {{{ C_STRUCTS.hostent.__size__ }}});
_free(data);
{{{ makeSetValue('err', '0', '0', 'i32') }}};
{{{ makeSetValue('out', '0', 'ret', '*') }}};
return 0;
},
getaddrinfo__deps: ['$Sockets', '$DNS', '_inet_pton4_raw', '_inet_ntop4_raw', '_inet_pton6_raw', '_inet_ntop6_raw', '_write_sockaddr'],
getaddrinfo__proxy: 'sync',
getaddrinfo__sig: 'iiiii',
getaddrinfo: function(node, service, hint, out) {
// Note getaddrinfo currently only returns a single addrinfo with ai_next defaulting to NULL. When NULL
// hints are specified or ai_family set to AF_UNSPEC or ai_socktype or ai_protocol set to 0 then we
// really should provide a linked list of suitable addrinfo values.
var addrs = [];
var canon = null;
var addr = 0;
var port = 0;
var flags = 0;
var family = {{{ cDefine('AF_UNSPEC') }}};
var type = 0;
var proto = 0;
var ai, last;
function allocaddrinfo(family, type, proto, canon, addr, port) {
var sa, salen, ai;
var res;
salen = family === {{{ cDefine('AF_INET6') }}} ?
{{{ C_STRUCTS.sockaddr_in6.__size__ }}} :
{{{ C_STRUCTS.sockaddr_in.__size__ }}};
addr = family === {{{ cDefine('AF_INET6') }}} ?
__inet_ntop6_raw(addr) :
__inet_ntop4_raw(addr);
sa = _malloc(salen);
res = __write_sockaddr(sa, family, addr, port);
assert(!res.errno);
ai = _malloc({{{ C_STRUCTS.addrinfo.__size__ }}});
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_family, 'family', 'i32') }}};
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_socktype, 'type', 'i32') }}};
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_protocol, 'proto', 'i32') }}};
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_canonname, 'canon', 'i32') }}};
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_addr, 'sa', '*') }}};
if (family === {{{ cDefine('AF_INET6') }}}) {
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_addrlen, C_STRUCTS.sockaddr_in6.__size__, 'i32') }}};
} else {
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_addrlen, C_STRUCTS.sockaddr_in.__size__, 'i32') }}};
}
{{{ makeSetValue('ai', C_STRUCTS.addrinfo.ai_next, '0', 'i32') }}};
return ai;
}
if (hint) {
flags = {{{ makeGetValue('hint', C_STRUCTS.addrinfo.ai_flags, 'i32') }}};
family = {{{ makeGetValue('hint', C_STRUCTS.addrinfo.ai_family, 'i32') }}};
type = {{{ makeGetValue('hint', C_STRUCTS.addrinfo.ai_socktype, 'i32') }}};
proto = {{{ makeGetValue('hint', C_STRUCTS.addrinfo.ai_protocol, 'i32') }}};
}
if (type && !proto) {
proto = type === {{{ cDefine('SOCK_DGRAM') }}} ? {{{ cDefine('IPPROTO_UDP') }}} : {{{ cDefine('IPPROTO_TCP') }}};
}
if (!type && proto) {
type = proto === {{{ cDefine('IPPROTO_UDP') }}} ? {{{ cDefine('SOCK_DGRAM') }}} : {{{ cDefine('SOCK_STREAM') }}};
}
// If type or proto are set to zero in hints we should really be returning multiple addrinfo values, but for
// now default to a TCP STREAM socket so we can at least return a sensible addrinfo given NULL hints.
if (proto === 0) {
proto = {{{ cDefine('IPPROTO_TCP') }}};
}
if (type === 0) {
type = {{{ cDefine('SOCK_STREAM') }}};
}
if (!node && !service) {
return {{{ cDefine('EAI_NONAME') }}};
}
if (flags & ~({{{ cDefine('AI_PASSIVE') }}}|{{{ cDefine('AI_CANONNAME') }}}|{{{ cDefine('AI_NUMERICHOST') }}}|
{{{ cDefine('AI_NUMERICSERV') }}}|{{{ cDefine('AI_V4MAPPED') }}}|{{{ cDefine('AI_ALL') }}}|{{{ cDefine('AI_ADDRCONFIG') }}})) {
return {{{ cDefine('EAI_BADFLAGS') }}};
}
if (hint !== 0 && ({{{ makeGetValue('hint', C_STRUCTS.addrinfo.ai_flags, 'i32') }}} & {{{ cDefine('AI_CANONNAME') }}}) && !node) {
return {{{ cDefine('EAI_BADFLAGS') }}};
}
if (flags & {{{ cDefine('AI_ADDRCONFIG') }}}) {
// TODO
return {{{ cDefine('EAI_NONAME') }}};
}
if (type !== 0 && type !== {{{ cDefine('SOCK_STREAM') }}} && type !== {{{ cDefine('SOCK_DGRAM') }}}) {
return {{{ cDefine('EAI_SOCKTYPE') }}};
}
if (family !== {{{ cDefine('AF_UNSPEC') }}} && family !== {{{ cDefine('AF_INET') }}} && family !== {{{ cDefine('AF_INET6') }}}) {
return {{{ cDefine('EAI_FAMILY') }}};
}
if (service) {
service = Pointer_stringify(service);
port = parseInt(service, 10);
if (isNaN(port)) {
if (flags & {{{ cDefine('AI_NUMERICSERV') }}}) {
return {{{ cDefine('EAI_NONAME') }}};
}
// TODO support resolving well-known service names from:
// http://www.iana.org/assignments/service-names-port-numbers/service-names-port-numbers.txt
return {{{ cDefine('EAI_SERVICE') }}};
}
}
if (!node) {
if (family === {{{ cDefine('AF_UNSPEC') }}}) {
family = {{{ cDefine('AF_INET') }}};
}
if ((flags & {{{ cDefine('AI_PASSIVE') }}}) === 0) {
if (family === {{{ cDefine('AF_INET') }}}) {
addr = _htonl({{{ cDefine('INADDR_LOOPBACK') }}});
} else {
addr = [0, 0, 0, 1];
}
}
ai = allocaddrinfo(family, type, proto, null, addr, port);
{{{ makeSetValue('out', '0', 'ai', '*') }}};
return 0;
}
//
// try as a numeric address
//
node = Pointer_stringify(node);
addr = __inet_pton4_raw(node);
if (addr !== null) {
// incoming node is a valid ipv4 address
if (family === {{{ cDefine('AF_UNSPEC') }}} || family === {{{ cDefine('AF_INET') }}}) {
family = {{{ cDefine('AF_INET') }}};
}
else if (family === {{{ cDefine('AF_INET6') }}} && (flags & {{{ cDefine('AI_V4MAPPED') }}})) {
addr = [0, 0, _htonl(0xffff), addr];
family = {{{ cDefine('AF_INET6') }}};
} else {
return {{{ cDefine('EAI_NONAME') }}};
}
} else {
addr = __inet_pton6_raw(node);
if (addr !== null) {
// incoming node is a valid ipv6 address
if (family === {{{ cDefine('AF_UNSPEC') }}} || family === {{{ cDefine('AF_INET6') }}}) {
family = {{{ cDefine('AF_INET6') }}};
} else {
return {{{ cDefine('EAI_NONAME') }}};
}
}
}
if (addr != null) {
ai = allocaddrinfo(family, type, proto, node, addr, port);
{{{ makeSetValue('out', '0', 'ai', '*') }}};
return 0;
}
if (flags & {{{ cDefine('AI_NUMERICHOST') }}}) {
return {{{ cDefine('EAI_NONAME') }}};
}
//
// try as a hostname
//
// resolve the hostname to a temporary fake address
node = DNS.lookup_name(node);
addr = __inet_pton4_raw(node);
if (family === {{{ cDefine('AF_UNSPEC') }}}) {
family = {{{ cDefine('AF_INET') }}};
} else if (family === {{{ cDefine('AF_INET6') }}}) {
addr = [0, 0, _htonl(0xffff), addr];
}
ai = allocaddrinfo(family, type, proto, null, addr, port);
{{{ makeSetValue('out', '0', 'ai', '*') }}};
return 0;
},
getnameinfo__deps: ['$Sockets', '$DNS', '_read_sockaddr'],
getnameinfo: function (sa, salen, node, nodelen, serv, servlen, flags) {
var info = __read_sockaddr(sa, salen);
if (info.errno) {
return {{{ cDefine('EAI_FAMILY') }}};
}
var port = info.port;
var addr = info.addr;
var overflowed = false;
if (node && nodelen) {
var lookup;
if ((flags & {{{ cDefine('NI_NUMERICHOST') }}}) || !(lookup = DNS.lookup_addr(addr))) {
if (flags & {{{ cDefine('NI_NAMEREQD') }}}) {
return {{{ cDefine('EAI_NONAME') }}};
}
} else {
addr = lookup;
}
var numBytesWrittenExclNull = stringToUTF8(addr, node, nodelen);
if (numBytesWrittenExclNull+1 >= nodelen) {
overflowed = true;
}
}
if (serv && servlen) {
port = '' + port;
var numBytesWrittenExclNull = stringToUTF8(port, serv, servlen);
if (numBytesWrittenExclNull+1 >= servlen) {
overflowed = true;
}
}
if (overflowed) {
// Note: even when we overflow, getnameinfo() is specced to write out the truncated results.
return {{{ cDefine('EAI_OVERFLOW') }}};
}
return 0;
},
// Can't use a literal for $GAI_ERRNO_MESSAGES as was done for $ERRNO_MESSAGES as the keys (e.g. EAI_BADFLAGS)
// are actually negative numbers and you can't have expressions as keys in JavaScript literals.
$GAI_ERRNO_MESSAGES: {},
gai_strerror__deps: ['$GAI_ERRNO_MESSAGES'],
gai_strerror: function(val) {
var buflen = 256;
// On first call to gai_strerror we initialise the buffer and populate the error messages.
if (!_gai_strerror.buffer) {
_gai_strerror.buffer = _malloc(buflen);
GAI_ERRNO_MESSAGES['0'] = 'Success';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_BADFLAGS') }}}] = 'Invalid value for \'ai_flags\' field';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_NONAME') }}}] = 'NAME or SERVICE is unknown';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_AGAIN') }}}] = 'Temporary failure in name resolution';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_FAIL') }}}] = 'Non-recoverable failure in name res';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_FAMILY') }}}] = '\'ai_family\' not supported';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_SOCKTYPE') }}}] = '\'ai_socktype\' not supported';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_SERVICE') }}}] = 'SERVICE not supported for \'ai_socktype\'';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_MEMORY') }}}] = 'Memory allocation failure';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_SYSTEM') }}}] = 'System error returned in \'errno\'';
GAI_ERRNO_MESSAGES['' + {{{ cDefine('EAI_OVERFLOW') }}}] = 'Argument buffer overflow';
}
var msg = 'Unknown error';
if (val in GAI_ERRNO_MESSAGES) {
if (GAI_ERRNO_MESSAGES[val].length > buflen - 1) {
msg = 'Message too long'; // EMSGSIZE message. This should never occur given the GAI_ERRNO_MESSAGES above.
} else {
msg = GAI_ERRNO_MESSAGES[val];
}
}
writeAsciiToMemory(msg, _gai_strerror.buffer);
return _gai_strerror.buffer;
},
// Implement netdb.h protocol entry (getprotoent, getprotobyname, getprotobynumber, setprotoent, endprotoent)
// http://pubs.opengroup.org/onlinepubs/9699919799/functions/getprotobyname.html
// The Protocols object holds our 'fake' protocols 'database'.
$Protocols: {
list: [],
map: {}
},
setprotoent__deps: ['$Protocols'],
setprotoent: function(stayopen) {
// void setprotoent(int stayopen);
// Allocate and populate a protoent structure given a name, protocol number and array of aliases
function allocprotoent(name, proto, aliases) {
// write name into buffer
var nameBuf = _malloc(name.length + 1);
writeAsciiToMemory(name, nameBuf);
// write aliases into buffer
var j = 0;
var length = aliases.length;
var aliasListBuf = _malloc((length + 1) * 4); // Use length + 1 so we have space for the terminating NULL ptr.
for (var i = 0; i < length; i++, j += 4) {
var alias = aliases[i];
var aliasBuf = _malloc(alias.length + 1);
writeAsciiToMemory(alias, aliasBuf);
{{{ makeSetValue('aliasListBuf', 'j', 'aliasBuf', 'i8*') }}};
}
{{{ makeSetValue('aliasListBuf', 'j', '0', 'i8*') }}}; // Terminating NULL pointer.
// generate protoent
var pe = _malloc({{{ C_STRUCTS.protoent.__size__ }}});
{{{ makeSetValue('pe', C_STRUCTS.protoent.p_name, 'nameBuf', 'i8*') }}};
{{{ makeSetValue('pe', C_STRUCTS.protoent.p_aliases, 'aliasListBuf', 'i8**') }}};
{{{ makeSetValue('pe', C_STRUCTS.protoent.p_proto, 'proto', 'i32') }}};
return pe;
};
// Populate the protocol 'database'. The entries are limited to tcp and udp, though it is fairly trivial
// to add extra entries from /etc/protocols if desired - though not sure if that'd actually be useful.
var list = Protocols.list;
var map = Protocols.map;
if (list.length === 0) {
var entry = allocprotoent('tcp', 6, ['TCP']);
list.push(entry);
map['tcp'] = map['6'] = entry;
entry = allocprotoent('udp', 17, ['UDP']);
list.push(entry);
map['udp'] = map['17'] = entry;
}
_setprotoent.index = 0;
},
endprotoent: function() {
// void endprotoent(void);
// We're not using a real protocol database so we don't do a real close.
},
getprotoent__deps: ['setprotoent', '$Protocols'],
getprotoent: function(number) {
// struct protoent *getprotoent(void);
// reads the next entry from the protocols 'database' or return NULL if 'eof'
if (_setprotoent.index === Protocols.list.length) {
return 0;
} else {
var result = Protocols.list[_setprotoent.index++];
return result;
}
},
getprotobyname__deps: ['setprotoent', '$Protocols'],
getprotobyname: function(name) {
// struct protoent *getprotobyname(const char *);
name = Pointer_stringify(name);
_setprotoent(true);
var result = Protocols.map[name];
return result;
},
getprotobynumber__deps: ['setprotoent', '$Protocols'],
getprotobynumber: function(number) {
// struct protoent *getprotobynumber(int proto);
_setprotoent(true);
var result = Protocols.map[number];
return result;
},
// ==========================================================================
// sockets. Note that the implementation assumes all sockets are always
// nonblocking
// ==========================================================================
#if SOCKET_WEBRTC
$Sockets__deps: ['__setErrNo', '$ERRNO_CODES',
function() { return 'var SocketIO = ' + read('socket.io.js') + ';\n' },
function() { return 'var Peer = ' + read('wrtcp.js') + ';\n' }],
#else
$Sockets__deps: ['__setErrNo', '$ERRNO_CODES'],
#endif
$Sockets: {
BUFFER_SIZE: 10*1024, // initial size
MAX_BUFFER_SIZE: 10*1024*1024, // maximum size we will grow the buffer
nextFd: 1,
fds: {},
nextport: 1,
maxport: 65535,
peer: null,
connections: {},
portmap: {},
localAddr: 0xfe00000a, // Local address is always 10.0.0.254
addrPool: [ 0x0200000a, 0x0300000a, 0x0400000a, 0x0500000a,
0x0600000a, 0x0700000a, 0x0800000a, 0x0900000a, 0x0a00000a,
0x0b00000a, 0x0c00000a, 0x0d00000a, 0x0e00000a] /* 0x0100000a is reserved */
},
// pwd.h
getpwnam: function() { throw 'getpwnam: TODO' },
setpwent: function() { throw 'setpwent: TODO' },
getpwent: function() { throw 'getpwent: TODO' },
endpwent: function() { throw 'endpwent: TODO' },
// ==========================================================================
// emscripten.h
// ==========================================================================
emscripten_run_script: function(ptr) {
{{{ makeEval('eval(Pointer_stringify(ptr));') }}}
},
emscripten_run_script_int: function(ptr) {
{{{ makeEval('return eval(Pointer_stringify(ptr))|0;') }}}
},
emscripten_run_script_string: function(ptr) {
{{{ makeEval("var s = eval(Pointer_stringify(ptr)) + '';") }}}
var me = _emscripten_run_script_string;
var len = lengthBytesUTF8(s);
if (!me.bufferSize || me.bufferSize < len+1) {
if (me.bufferSize) _free(me.buffer);
me.bufferSize = len+1;
me.buffer = _malloc(me.bufferSize);
}
stringToUTF8(s, me.buffer, me.bufferSize);
return me.buffer;
},
emscripten_random: function() {
return Math.random();
},
emscripten_get_now: function() { abort() }, // replaced by the postset at startup time
emscripten_get_now__postset: "if (ENVIRONMENT_IS_NODE) {\n" +
" _emscripten_get_now = function _emscripten_get_now_actual() {\n" +
" var t = process['hrtime']();\n" +
" return t[0] * 1e3 + t[1] / 1e6;\n" +
" };\n" +
"} else if (typeof dateNow !== 'undefined') {\n" +
" _emscripten_get_now = dateNow;\n" +
"} else if (typeof self === 'object' && self['performance'] && typeof self['performance']['now'] === 'function') {\n" +
" _emscripten_get_now = function() { return self['performance']['now'](); };\n" +
"} else if (typeof performance === 'object' && typeof performance['now'] === 'function') {\n" +
" _emscripten_get_now = function() { return performance['now'](); };\n" +
"} else {\n" +
" _emscripten_get_now = Date.now;\n" +
"}",
emscripten_get_now_res: function() { // return resolution of get_now, in nanoseconds
if (ENVIRONMENT_IS_NODE) {
return 1; // nanoseconds
} else if (typeof dateNow !== 'undefined' ||
((ENVIRONMENT_IS_WEB || ENVIRONMENT_IS_WORKER) && self['performance'] && self['performance']['now'])) {
return 1000; // microseconds (1/1000 of a millisecond)
} else {
return 1000*1000; // milliseconds
}
},
emscripten_get_now_is_monotonic__deps: ['emscripten_get_now'],
emscripten_get_now_is_monotonic: function() {
// return whether emscripten_get_now is guaranteed monotonic; the Date.now
// implementation is not :(
return ENVIRONMENT_IS_NODE || (typeof dateNow !== 'undefined') ||
((ENVIRONMENT_IS_WEB || ENVIRONMENT_IS_WORKER) && self['performance'] && self['performance']['now']);
},
// Returns [parentFuncArguments, functionName, paramListName]
_emscripten_traverse_stack: function(args) {
if (!args || !args.callee || !args.callee.name) {
return [null, '', ''];
}
var funstr = args.callee.toString();
var funcname = args.callee.name;
var str = '(';
var first = true;
for (var i in args) {
var a = args[i];
if (!first) {
str += ", ";
}
first = false;
if (typeof a === 'number' || typeof a === 'string') {
str += a;
} else {
str += '(' + typeof a + ')';
}
}
str += ')';
var caller = args.callee.caller;
args = caller ? caller.arguments : [];
if (first)
str = '';
return [args, funcname, str];
},
emscripten_get_callstack_js__deps: ['_emscripten_traverse_stack'],
emscripten_get_callstack_js: function(flags) {
var callstack = jsStackTrace();
// Find the symbols in the callstack that corresponds to the functions that report callstack information, and remove everyhing up to these from the output.
var iThisFunc = callstack.lastIndexOf('_emscripten_log');
var iThisFunc2 = callstack.lastIndexOf('_emscripten_get_callstack');
var iNextLine = callstack.indexOf('\n', Math.max(iThisFunc, iThisFunc2))+1;
callstack = callstack.slice(iNextLine);
// If user requested to see the original source stack, but no source map information is available, just fall back to showing the JS stack.
if (flags & 8/*EM_LOG_C_STACK*/ && typeof emscripten_source_map === 'undefined') {
warnOnce('Source map information is not available, emscripten_log with EM_LOG_C_STACK will be ignored. Build with "--pre-js $EMSCRIPTEN/src/emscripten-source-map.min.js" linker flag to add source map loading to code.');
flags ^= 8/*EM_LOG_C_STACK*/;
flags |= 16/*EM_LOG_JS_STACK*/;
}
var stack_args = null;
if (flags & 128 /*EM_LOG_FUNC_PARAMS*/) {
// To get the actual parameters to the functions, traverse the stack via the unfortunately deprecated 'arguments.callee' method, if it works:
stack_args = __emscripten_traverse_stack(arguments);
while (stack_args[1].indexOf('_emscripten_') >= 0)
stack_args = __emscripten_traverse_stack(stack_args[0]);
}
// Process all lines:
var lines = callstack.split('\n');
callstack = '';
var newFirefoxRe = new RegExp('\\s*(.*?)@(.*?):([0-9]+):([0-9]+)'); // New FF30 with column info: extract components of form ' Object._main@http://server.com:4324:12'
var firefoxRe = new RegExp('\\s*(.*?)@(.*):(.*)(:(.*))?'); // Old FF without column info: extract components of form ' Object._main@http://server.com:4324'
var chromeRe = new RegExp('\\s*at (.*?) \\\((.*):(.*):(.*)\\\)'); // Extract components of form ' at Object._main (http://server.com/file.html:4324:12)'
for (var l in lines) {
var line = lines[l];
var jsSymbolName = '';
var file = '';
var lineno = 0;
var column = 0;
var parts = chromeRe.exec(line);
if (parts && parts.length == 5) {
jsSymbolName = parts[1];
file = parts[2];
lineno = parts[3];
column = parts[4];
} else {
parts = newFirefoxRe.exec(line);
if (!parts) parts = firefoxRe.exec(line);
if (parts && parts.length >= 4) {
jsSymbolName = parts[1];
file = parts[2];
lineno = parts[3];
column = parts[4]|0; // Old Firefox doesn't carry column information, but in new FF30, it is present. See https://bugzilla.mozilla.org/show_bug.cgi?id=762556
} else {
// Was not able to extract this line for demangling/sourcemapping purposes. Output it as-is.
callstack += line + '\n';
continue;
}
}
// Try to demangle the symbol, but fall back to showing the original JS symbol name if not available.
var cSymbolName = (flags & 32/*EM_LOG_DEMANGLE*/) ? demangle(jsSymbolName) : jsSymbolName;
if (!cSymbolName) {
cSymbolName = jsSymbolName;
}
var haveSourceMap = false;
if (flags & 8/*EM_LOG_C_STACK*/) {
var orig = emscripten_source_map.originalPositionFor({line: lineno, column: column});
haveSourceMap = (orig && orig.source);
if (haveSourceMap) {
if (flags & 64/*EM_LOG_NO_PATHS*/) {
orig.source = orig.source.substring(orig.source.replace(/\\/g, "/").lastIndexOf('/')+1);
}
callstack += ' at ' + cSymbolName + ' (' + orig.source + ':' + orig.line + ':' + orig.column + ')\n';
}
}
if ((flags & 16/*EM_LOG_JS_STACK*/) || !haveSourceMap) {
if (flags & 64/*EM_LOG_NO_PATHS*/) {
file = file.substring(file.replace(/\\/g, "/").lastIndexOf('/')+1);
}
callstack += (haveSourceMap ? (' = '+jsSymbolName) : (' at '+cSymbolName)) + ' (' + file + ':' + lineno + ':' + column + ')\n';
}
// If we are still keeping track with the callstack by traversing via 'arguments.callee', print the function parameters as well.
if (flags & 128 /*EM_LOG_FUNC_PARAMS*/ && stack_args[0]) {
if (stack_args[1] == jsSymbolName && stack_args[2].length > 0) {
callstack = callstack.replace(/\s+$/, '');
callstack += ' with values: ' + stack_args[1] + stack_args[2] + '\n';
}
stack_args = __emscripten_traverse_stack(stack_args[0]);
}
}
// Trim extra whitespace at the end of the output.
callstack = callstack.replace(/\s+$/, '');
return callstack;
},
emscripten_get_callstack__deps: ['emscripten_get_callstack_js'],
emscripten_get_callstack: function(flags, str, maxbytes) {
var callstack = _emscripten_get_callstack_js(flags);
// User can query the required amount of bytes to hold the callstack.
if (!str || maxbytes <= 0) {
return lengthBytesUTF8(callstack)+1;
}
// Output callstack string as C string to HEAP.
var bytesWrittenExcludingNull = stringToUTF8(callstack, str, maxbytes);
// Return number of bytes written, including null.
return bytesWrittenExcludingNull+1;
},
emscripten_log_js__deps: ['emscripten_get_callstack_js'],
emscripten_log_js: function(flags, str) {
if (flags & 24/*EM_LOG_C_STACK | EM_LOG_JS_STACK*/) {
str = str.replace(/\s+$/, ''); // Ensure the message and the callstack are joined cleanly with exactly one newline.
str += (str.length > 0 ? '\n' : '') + _emscripten_get_callstack_js(flags);
}
if (flags & 1 /*EM_LOG_CONSOLE*/) {
if (flags & 4 /*EM_LOG_ERROR*/) {
console.error(str);
} else if (flags & 2 /*EM_LOG_WARN*/) {
console.warn(str);
} else {
console.log(str);
}
} else if (flags & 6 /*EM_LOG_ERROR|EM_LOG_WARN*/) {
Module.printErr(str);
} else {
Module.print(str);
}
},
emscripten_log__deps: ['_formatString', 'emscripten_log_js'],
emscripten_log: function(flags, varargs) {
// Extract the (optionally-existing) printf format specifier field from varargs.
var format = {{{ makeGetValue('varargs', '0', 'i32', undefined, undefined, true) }}};
varargs += {{{ Math.max(Runtime.getNativeFieldSize('i32'), Runtime.getAlignSize('i32', null, true)) }}};
var str = '';
if (format) {
var result = __formatString(format, varargs);
for(var i = 0 ; i < result.length; ++i) {
str += String.fromCharCode(result[i]);
}
}
_emscripten_log_js(flags, str);
},
emscripten_get_compiler_setting: function(name) {
name = Pointer_stringify(name);
var ret = getCompilerSetting(name);
if (typeof ret === 'number') return ret;
if (!_emscripten_get_compiler_setting.cache) _emscripten_get_compiler_setting.cache = {};
var cache = _emscripten_get_compiler_setting.cache;
var fullname = name + '__str';
var fullret = cache[fullname];
if (fullret) return fullret;
return cache[fullname] = allocate(intArrayFromString(ret + ''), 'i8', ALLOC_NORMAL);
},
emscripten_debugger: function() {
debugger;
},
emscripten_print_double: function(x, to, max) {
var str = x + '';
if (to) return stringToUTF8(str, to, max);
else return lengthBytesUTF8(str);
},
//============================
// i64 math
//============================
i64Add__asm: true,
i64Add__sig: 'iiiii',
i64Add: function(a, b, c, d) {
/*
x = a + b*2^32
y = c + d*2^32
result = l + h*2^32
*/
a = a|0; b = b|0; c = c|0; d = d|0;
var l = 0, h = 0;
l = (a + c)>>>0;
h = (b + d + (((l>>>0) < (a>>>0))|0))>>>0; // Add carry from low word to high word on overflow.
{{{ makeStructuralReturn(['l|0', 'h'], true) }}};
},
i64Subtract__asm: true,
i64Subtract__sig: 'iiiii',
i64Subtract: function(a, b, c, d) {
a = a|0; b = b|0; c = c|0; d = d|0;
var l = 0, h = 0;
l = (a - c)>>>0;
h = (b - d)>>>0;
h = (b - d - (((c>>>0) > (a>>>0))|0))>>>0; // Borrow one from high word to low word on underflow.
{{{ makeStructuralReturn(['l|0', 'h'], true) }}};
},
bitshift64Shl__asm: true,
bitshift64Shl__sig: 'iiii',
bitshift64Shl: function(low, high, bits) {
low = low|0; high = high|0; bits = bits|0;
var ander = 0;
if ((bits|0) < 32) {
ander = ((1 << bits) - 1)|0;
{{{ makeSetTempRet0('(high << bits) | ((low&(ander << (32 - bits))) >>> (32 - bits))') }}};
return low << bits;
}
{{{ makeSetTempRet0('low << (bits - 32)') }}};
return 0;
},
bitshift64Ashr__asm: true,
bitshift64Ashr__sig: 'iiii',
bitshift64Ashr: function(low, high, bits) {
low = low|0; high = high|0; bits = bits|0;
var ander = 0;
if ((bits|0) < 32) {
ander = ((1 << bits) - 1)|0;
{{{ makeSetTempRet0('high >> bits') }}};
return (low >>> bits) | ((high&ander) << (32 - bits));
}
{{{ makeSetTempRet0('(high|0) < 0 ? -1 : 0') }}};
return (high >> (bits - 32))|0;
},
bitshift64Lshr__asm: true,
bitshift64Lshr__sig: 'iiii',
bitshift64Lshr: function(low, high, bits) {
low = low|0; high = high|0; bits = bits|0;
var ander = 0;
if ((bits|0) < 32) {
ander = ((1 << bits) - 1)|0;
{{{ makeSetTempRet0('high >>> bits') }}};
return (low >>> bits) | ((high&ander) << (32 - bits));
}
{{{ makeSetTempRet0('0') }}};
return (high >>> (bits - 32))|0;
},
// misc shims for musl
__lock: function() {},
__unlock: function() {},
__lockfile: function() { return 1 },
__unlockfile: function(){},
// ubsan (undefined behavior sanitizer) support
__ubsan_handle_float_cast_overflow: function(id, post) {
abort('Undefined behavior! ubsan_handle_float_cast_overflow: ' + [id, post]);
},
// USE_FULL_LIBRARY hacks
realloc: function() { throw 'bad' },
// libunwind
_Unwind_Backtrace__deps: ['emscripten_get_callstack_js'],
_Unwind_Backtrace: function(func, arg) {
var trace = _emscripten_get_callstack_js();
var parts = trace.split('\n');
for (var i = 0; i < parts.length; i++) {
var ret = Module['dynCall_iii'](func, 0, arg);
if (ret !== 0) return;
}
},
_Unwind_GetIPInfo: function() {
abort('Unwind_GetIPInfo');
},
_Unwind_FindEnclosingFunction: function() {
return 0; // we cannot succeed
},
_Unwind_RaiseException__deps: ['__cxa_throw'],
_Unwind_RaiseException: function(ex) {
Module.printErr('Warning: _Unwind_RaiseException is not correctly implemented');
return ___cxa_throw(ex, 0, 0);
},
_Unwind_DeleteException: function(ex) {
Module.printErr('TODO: Unwind_DeleteException');
},
// autodebugging
emscripten_autodebug_i64: function(line, valuel, valueh) {
Module.print('AD:' + [line, valuel, valueh]);
},
emscripten_autodebug_i32: function(line, value) {
Module.print('AD:' + [line, value]);
},
emscripten_autodebug_i16: function(line, value) {
Module.print('AD:' + [line, value]);
},
emscripten_autodebug_i8: function(line, value) {
Module.print('AD:' + [line, value]);
},
emscripten_autodebug_float: function(line, value) {
Module.print('AD:' + [line, value]);
},
emscripten_autodebug_double: function(line, value) {
Module.print('AD:' + [line, value]);
},
// misc definitions to avoid unnecessary unresolved symbols from fastcomp
emscripten_prep_setjmp: true,
emscripten_cleanup_setjmp: true,
emscripten_check_longjmp: true,
emscripten_get_longjmp_result: true,
emscripten_setjmp: true,
emscripten_preinvoke: true,
emscripten_postinvoke: true,
emscripten_resume: true,
emscripten_landingpad: true,
getHigh32: true,
setHigh32: true,
FtoILow: true,
FtoIHigh: true,
DtoILow: true,
DtoIHigh: true,
BDtoILow: true,
BDtoIHigh: true,
SItoF: true,
UItoF: true,
SItoD: true,
UItoD: true,
BItoD: true,
llvm_dbg_value: true,
llvm_debugtrap: true,
llvm_ctlz_i32: true,
emscripten_asm_const: true,
emscripten_asm_const_int: true,
emscripten_asm_const_double: true,
emscripten_asm_const_int_sync_on_main_thread: true,
emscripten_asm_const_double_sync_on_main_thread: true,
emscripten_asm_const_async_on_main_thread: true,
// ======== compiled code from system/lib/compiler-rt , see readme therein
__muldsi3__asm: true,
__muldsi3__sig: 'iii',
__muldsi3: function($a, $b) {
$a = $a | 0;
$b = $b | 0;
var $1 = 0, $2 = 0, $3 = 0, $6 = 0, $8 = 0, $11 = 0, $12 = 0;
$1 = $a & 65535;
$2 = $b & 65535;
$3 = Math_imul($2, $1) | 0;
$6 = $a >>> 16;
$8 = ($3 >>> 16) + (Math_imul($2, $6) | 0) | 0;
$11 = $b >>> 16;
$12 = Math_imul($11, $1) | 0;
return ({{{ makeSetTempRet0('(($8 >>> 16) + (Math_imul($11, $6) | 0) | 0) + ((($8 & 65535) + $12 | 0) >>> 16) | 0') }}}, 0 | ($8 + $12 << 16 | $3 & 65535)) | 0;
},
__divdi3__sig: 'iiiii',
__divdi3__asm: true,
__divdi3__deps: ['__udivmoddi4', 'i64Subtract'],
__divdi3: function($a$0, $a$1, $b$0, $b$1) {
$a$0 = $a$0 | 0;
$a$1 = $a$1 | 0;
$b$0 = $b$0 | 0;
$b$1 = $b$1 | 0;
var $1$0 = 0, $1$1 = 0, $2$0 = 0, $2$1 = 0, $4$0 = 0, $4$1 = 0, $6$0 = 0, $7$0 = 0, $7$1 = 0, $8$0 = 0, $10$0 = 0;
$1$0 = $a$1 >> 31 | (($a$1 | 0) < 0 ? -1 : 0) << 1;
$1$1 = (($a$1 | 0) < 0 ? -1 : 0) >> 31 | (($a$1 | 0) < 0 ? -1 : 0) << 1;
$2$0 = $b$1 >> 31 | (($b$1 | 0) < 0 ? -1 : 0) << 1;
$2$1 = (($b$1 | 0) < 0 ? -1 : 0) >> 31 | (($b$1 | 0) < 0 ? -1 : 0) << 1;
$4$0 = _i64Subtract($1$0 ^ $a$0 | 0, $1$1 ^ $a$1 | 0, $1$0 | 0, $1$1 | 0) | 0;
$4$1 = {{{ makeGetTempRet0() }}};
$6$0 = _i64Subtract($2$0 ^ $b$0 | 0, $2$1 ^ $b$1 | 0, $2$0 | 0, $2$1 | 0) | 0;
$7$0 = $2$0 ^ $1$0;
$7$1 = $2$1 ^ $1$1;
$8$0 = ___udivmoddi4($4$0, $4$1, $6$0, {{{ makeGetTempRet0() }}}, 0) | 0;
$10$0 = _i64Subtract($8$0 ^ $7$0 | 0, {{{ makeGetTempRet0() }}} ^ $7$1 | 0, $7$0 | 0, $7$1 | 0) | 0;
return $10$0 | 0;
},
__remdi3__sig: 'iiiii',
__remdi3__asm: true,
__remdi3__deps: ['__udivmoddi4', 'i64Subtract'],
__remdi3: function($a$0, $a$1, $b$0, $b$1) {
$a$0 = $a$0 | 0;
$a$1 = $a$1 | 0;
$b$0 = $b$0 | 0;
$b$1 = $b$1 | 0;
var $rem = 0, $1$0 = 0, $1$1 = 0, $2$0 = 0, $2$1 = 0, $4$0 = 0, $4$1 = 0, $6$0 = 0, $10$0 = 0, $10$1 = 0, __stackBase__ = 0;
__stackBase__ = STACKTOP;
STACKTOP = STACKTOP + 16 | 0;
$rem = __stackBase__ | 0;
$1$0 = $a$1 >> 31 | (($a$1 | 0) < 0 ? -1 : 0) << 1;
$1$1 = (($a$1 | 0) < 0 ? -1 : 0) >> 31 | (($a$1 | 0) < 0 ? -1 : 0) << 1;
$2$0 = $b$1 >> 31 | (($b$1 | 0) < 0 ? -1 : 0) << 1;
$2$1 = (($b$1 | 0) < 0 ? -1 : 0) >> 31 | (($b$1 | 0) < 0 ? -1 : 0) << 1;
$4$0 = _i64Subtract($1$0 ^ $a$0 | 0, $1$1 ^ $a$1 | 0, $1$0 | 0, $1$1 | 0) | 0;
$4$1 = {{{ makeGetTempRet0() }}};
$6$0 = _i64Subtract($2$0 ^ $b$0 | 0, $2$1 ^ $b$1 | 0, $2$0 | 0, $2$1 | 0) | 0;
___udivmoddi4($4$0, $4$1, $6$0, {{{ makeGetTempRet0() }}}, $rem) | 0;
$10$0 = _i64Subtract(HEAP32[$rem >> 2] ^ $1$0 | 0, HEAP32[$rem + 4 >> 2] ^ $1$1 | 0, $1$0 | 0, $1$1 | 0) | 0;
$10$1 = {{{ makeGetTempRet0() }}};
STACKTOP = __stackBase__;
return ({{{ makeSetTempRet0('$10$1') }}}, $10$0) | 0;
},
__muldi3__sig: 'iiiii',
__muldi3__asm: true,
__muldi3__deps: ['__muldsi3'],
__muldi3: function($a$0, $a$1, $b$0, $b$1) {
$a$0 = $a$0 | 0;
$a$1 = $a$1 | 0;
$b$0 = $b$0 | 0;
$b$1 = $b$1 | 0;
var $x_sroa_0_0_extract_trunc = 0, $y_sroa_0_0_extract_trunc = 0, $1$0 = 0, $1$1 = 0, $2 = 0;
$x_sroa_0_0_extract_trunc = $a$0;
$y_sroa_0_0_extract_trunc = $b$0;
$1$0 = ___muldsi3($x_sroa_0_0_extract_trunc, $y_sroa_0_0_extract_trunc) | 0;
$1$1 = {{{ makeGetTempRet0() }}};
$2 = Math_imul($a$1, $y_sroa_0_0_extract_trunc) | 0;
return ({{{ makeSetTempRet0('((Math_imul($b$1, $x_sroa_0_0_extract_trunc) | 0) + $2 | 0) + $1$1 | $1$1 & 0') }}}, 0 | $1$0 & -1) | 0;
},
__udivdi3__sig: 'iiiii',
__udivdi3__asm: true,
__udivdi3__deps: ['__udivmoddi4'],
__udivdi3: function($a$0, $a$1, $b$0, $b$1) {
$a$0 = $a$0 | 0;
$a$1 = $a$1 | 0;
$b$0 = $b$0 | 0;
$b$1 = $b$1 | 0;
var $1$0 = 0;
$1$0 = ___udivmoddi4($a$0, $a$1, $b$0, $b$1, 0) | 0;
return $1$0 | 0;
},
__uremdi3__sig: 'iiiii',
__uremdi3__asm: true,
__uremdi3__deps: ['__udivmoddi4'],
__uremdi3: function($a$0, $a$1, $b$0, $b$1) {
$a$0 = $a$0 | 0;
$a$1 = $a$1 | 0;
$b$0 = $b$0 | 0;
$b$1 = $b$1 | 0;
var $rem = 0, __stackBase__ = 0;
__stackBase__ = STACKTOP;
STACKTOP = STACKTOP + 16 | 0;
$rem = __stackBase__ | 0;
___udivmoddi4($a$0, $a$1, $b$0, $b$1, $rem) | 0;
STACKTOP = __stackBase__;
return ({{{ makeSetTempRet0('HEAP32[$rem + 4 >> 2] | 0') }}}, HEAP32[$rem >> 2] | 0) | 0;
},
__udivmoddi4__sig: 'iiiiii',
__udivmoddi4__asm: true,
__udivmoddi4__deps: ['i64Add', 'i64Subtract', 'llvm_cttz_i32'],
__udivmoddi4: function($a$0, $a$1, $b$0, $b$1, $rem) {
$a$0 = $a$0 | 0;
$a$1 = $a$1 | 0;
$b$0 = $b$0 | 0;
$b$1 = $b$1 | 0;
$rem = $rem | 0;
var $n_sroa_0_0_extract_trunc = 0, $n_sroa_1_4_extract_shift$0 = 0, $n_sroa_1_4_extract_trunc = 0, $d_sroa_0_0_extract_trunc = 0, $d_sroa_1_4_extract_shift$0 = 0, $d_sroa_1_4_extract_trunc = 0, $4 = 0, $17 = 0, $37 = 0, $49 = 0, $51 = 0, $57 = 0, $58 = 0, $66 = 0, $78 = 0, $86 = 0, $88 = 0, $89 = 0, $91 = 0, $92 = 0, $95 = 0, $105 = 0, $117 = 0, $119 = 0, $125 = 0, $126 = 0, $130 = 0, $q_sroa_1_1_ph = 0, $q_sroa_0_1_ph = 0, $r_sroa_1_1_ph = 0, $r_sroa_0_1_ph = 0, $sr_1_ph = 0, $d_sroa_0_0_insert_insert99$0 = 0, $d_sroa_0_0_insert_insert99$1 = 0, $137$0 = 0, $137$1 = 0, $carry_0203 = 0, $sr_1202 = 0, $r_sroa_0_1201 = 0, $r_sroa_1_1200 = 0, $q_sroa_0_1199 = 0, $q_sroa_1_1198 = 0, $147 = 0, $149 = 0, $r_sroa_0_0_insert_insert42$0 = 0, $r_sroa_0_0_insert_insert42$1 = 0, $150$1 = 0, $151$0 = 0, $152 = 0, $154$0 = 0, $r_sroa_0_0_extract_trunc = 0, $r_sroa_1_4_extract_trunc = 0, $155 = 0, $carry_0_lcssa$0 = 0, $carry_0_lcssa$1 = 0, $r_sroa_0_1_lcssa = 0, $r_sroa_1_1_lcssa = 0, $q_sroa_0_1_lcssa = 0, $q_sroa_1_1_lcssa = 0, $q_sroa_0_0_insert_ext75$0 = 0, $q_sroa_0_0_insert_ext75$1 = 0, $q_sroa_0_0_insert_insert77$1 = 0, $_0$0 = 0, $_0$1 = 0;
$n_sroa_0_0_extract_trunc = $a$0;
$n_sroa_1_4_extract_shift$0 = $a$1;
$n_sroa_1_4_extract_trunc = $n_sroa_1_4_extract_shift$0;
$d_sroa_0_0_extract_trunc = $b$0;
$d_sroa_1_4_extract_shift$0 = $b$1;
$d_sroa_1_4_extract_trunc = $d_sroa_1_4_extract_shift$0;
if (($n_sroa_1_4_extract_trunc | 0) == 0) {
$4 = ($rem | 0) != 0;
if (($d_sroa_1_4_extract_trunc | 0) == 0) {
if ($4) {
HEAP32[$rem >> 2] = ($n_sroa_0_0_extract_trunc >>> 0) % ($d_sroa_0_0_extract_trunc >>> 0);
HEAP32[$rem + 4 >> 2] = 0;
}
$_0$1 = 0;
$_0$0 = ($n_sroa_0_0_extract_trunc >>> 0) / ($d_sroa_0_0_extract_trunc >>> 0) >>> 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
} else {
if (!$4) {
$_0$1 = 0;
$_0$0 = 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
HEAP32[$rem >> 2] = $a$0 & -1;
HEAP32[$rem + 4 >> 2] = $a$1 & 0;
$_0$1 = 0;
$_0$0 = 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
}
$17 = ($d_sroa_1_4_extract_trunc | 0) == 0;
do {
if (($d_sroa_0_0_extract_trunc | 0) == 0) {
if ($17) {
if (($rem | 0) != 0) {
HEAP32[$rem >> 2] = ($n_sroa_1_4_extract_trunc >>> 0) % ($d_sroa_0_0_extract_trunc >>> 0);
HEAP32[$rem + 4 >> 2] = 0;
}
$_0$1 = 0;
$_0$0 = ($n_sroa_1_4_extract_trunc >>> 0) / ($d_sroa_0_0_extract_trunc >>> 0) >>> 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
if (($n_sroa_0_0_extract_trunc | 0) == 0) {
if (($rem | 0) != 0) {
HEAP32[$rem >> 2] = 0;
HEAP32[$rem + 4 >> 2] = ($n_sroa_1_4_extract_trunc >>> 0) % ($d_sroa_1_4_extract_trunc >>> 0);
}
$_0$1 = 0;
$_0$0 = ($n_sroa_1_4_extract_trunc >>> 0) / ($d_sroa_1_4_extract_trunc >>> 0) >>> 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
$37 = $d_sroa_1_4_extract_trunc - 1 | 0;
if (($37 & $d_sroa_1_4_extract_trunc | 0) == 0) {
if (($rem | 0) != 0) {
HEAP32[$rem >> 2] = 0 | $a$0 & -1;
HEAP32[$rem + 4 >> 2] = $37 & $n_sroa_1_4_extract_trunc | $a$1 & 0;
}
$_0$1 = 0;
$_0$0 = $n_sroa_1_4_extract_trunc >>> ((_llvm_cttz_i32($d_sroa_1_4_extract_trunc | 0) | 0) >>> 0);
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
$49 = Math_clz32($d_sroa_1_4_extract_trunc | 0) | 0;
$51 = $49 - (Math_clz32($n_sroa_1_4_extract_trunc | 0) | 0) | 0;
if ($51 >>> 0 <= 30) {
$57 = $51 + 1 | 0;
$58 = 31 - $51 | 0;
$sr_1_ph = $57;
$r_sroa_0_1_ph = $n_sroa_1_4_extract_trunc << $58 | $n_sroa_0_0_extract_trunc >>> ($57 >>> 0);
$r_sroa_1_1_ph = $n_sroa_1_4_extract_trunc >>> ($57 >>> 0);
$q_sroa_0_1_ph = 0;
$q_sroa_1_1_ph = $n_sroa_0_0_extract_trunc << $58;
break;
}
if (($rem | 0) == 0) {
$_0$1 = 0;
$_0$0 = 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
HEAP32[$rem >> 2] = 0 | $a$0 & -1;
HEAP32[$rem + 4 >> 2] = $n_sroa_1_4_extract_shift$0 | $a$1 & 0;
$_0$1 = 0;
$_0$0 = 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
} else {
if (!$17) {
$117 = Math_clz32($d_sroa_1_4_extract_trunc | 0) | 0;
$119 = $117 - (Math_clz32($n_sroa_1_4_extract_trunc | 0) | 0) | 0;
if ($119 >>> 0 <= 31) {
$125 = $119 + 1 | 0;
$126 = 31 - $119 | 0;
$130 = $119 - 31 >> 31;
$sr_1_ph = $125;
$r_sroa_0_1_ph = $n_sroa_0_0_extract_trunc >>> ($125 >>> 0) & $130 | $n_sroa_1_4_extract_trunc << $126;
$r_sroa_1_1_ph = $n_sroa_1_4_extract_trunc >>> ($125 >>> 0) & $130;
$q_sroa_0_1_ph = 0;
$q_sroa_1_1_ph = $n_sroa_0_0_extract_trunc << $126;
break;
}
if (($rem | 0) == 0) {
$_0$1 = 0;
$_0$0 = 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
HEAP32[$rem >> 2] = 0 | $a$0 & -1;
HEAP32[$rem + 4 >> 2] = $n_sroa_1_4_extract_shift$0 | $a$1 & 0;
$_0$1 = 0;
$_0$0 = 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
$66 = $d_sroa_0_0_extract_trunc - 1 | 0;
if (($66 & $d_sroa_0_0_extract_trunc | 0) != 0) {
$86 = (Math_clz32($d_sroa_0_0_extract_trunc | 0) | 0) + 33 | 0;
$88 = $86 - (Math_clz32($n_sroa_1_4_extract_trunc | 0) | 0) | 0;
$89 = 64 - $88 | 0;
$91 = 32 - $88 | 0;
$92 = $91 >> 31;
$95 = $88 - 32 | 0;
$105 = $95 >> 31;
$sr_1_ph = $88;
$r_sroa_0_1_ph = $91 - 1 >> 31 & $n_sroa_1_4_extract_trunc >>> ($95 >>> 0) | ($n_sroa_1_4_extract_trunc << $91 | $n_sroa_0_0_extract_trunc >>> ($88 >>> 0)) & $105;
$r_sroa_1_1_ph = $105 & $n_sroa_1_4_extract_trunc >>> ($88 >>> 0);
$q_sroa_0_1_ph = $n_sroa_0_0_extract_trunc << $89 & $92;
$q_sroa_1_1_ph = ($n_sroa_1_4_extract_trunc << $89 | $n_sroa_0_0_extract_trunc >>> ($95 >>> 0)) & $92 | $n_sroa_0_0_extract_trunc << $91 & $88 - 33 >> 31;
break;
}
if (($rem | 0) != 0) {
HEAP32[$rem >> 2] = $66 & $n_sroa_0_0_extract_trunc;
HEAP32[$rem + 4 >> 2] = 0;
}
if (($d_sroa_0_0_extract_trunc | 0) == 1) {
$_0$1 = $n_sroa_1_4_extract_shift$0 | $a$1 & 0;
$_0$0 = 0 | $a$0 & -1;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
} else {
$78 = _llvm_cttz_i32($d_sroa_0_0_extract_trunc | 0) | 0;
$_0$1 = 0 | $n_sroa_1_4_extract_trunc >>> ($78 >>> 0);
$_0$0 = $n_sroa_1_4_extract_trunc << 32 - $78 | $n_sroa_0_0_extract_trunc >>> ($78 >>> 0) | 0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
}
}
} while (0);
if (($sr_1_ph | 0) == 0) {
$q_sroa_1_1_lcssa = $q_sroa_1_1_ph;
$q_sroa_0_1_lcssa = $q_sroa_0_1_ph;
$r_sroa_1_1_lcssa = $r_sroa_1_1_ph;
$r_sroa_0_1_lcssa = $r_sroa_0_1_ph;
$carry_0_lcssa$1 = 0;
$carry_0_lcssa$0 = 0;
} else {
$d_sroa_0_0_insert_insert99$0 = 0 | $b$0 & -1;
$d_sroa_0_0_insert_insert99$1 = $d_sroa_1_4_extract_shift$0 | $b$1 & 0;
$137$0 = _i64Add($d_sroa_0_0_insert_insert99$0 | 0, $d_sroa_0_0_insert_insert99$1 | 0, -1, -1) | 0;
$137$1 = {{{ makeGetTempRet0() }}};
$q_sroa_1_1198 = $q_sroa_1_1_ph;
$q_sroa_0_1199 = $q_sroa_0_1_ph;
$r_sroa_1_1200 = $r_sroa_1_1_ph;
$r_sroa_0_1201 = $r_sroa_0_1_ph;
$sr_1202 = $sr_1_ph;
$carry_0203 = 0;
while (1) {
$147 = $q_sroa_0_1199 >>> 31 | $q_sroa_1_1198 << 1;
$149 = $carry_0203 | $q_sroa_0_1199 << 1;
$r_sroa_0_0_insert_insert42$0 = 0 | ($r_sroa_0_1201 << 1 | $q_sroa_1_1198 >>> 31);
$r_sroa_0_0_insert_insert42$1 = $r_sroa_0_1201 >>> 31 | $r_sroa_1_1200 << 1 | 0;
_i64Subtract($137$0 | 0, $137$1 | 0, $r_sroa_0_0_insert_insert42$0 | 0, $r_sroa_0_0_insert_insert42$1 | 0) | 0;
$150$1 = {{{ makeGetTempRet0() }}};
$151$0 = $150$1 >> 31 | (($150$1 | 0) < 0 ? -1 : 0) << 1;
$152 = $151$0 & 1;
$154$0 = _i64Subtract($r_sroa_0_0_insert_insert42$0 | 0, $r_sroa_0_0_insert_insert42$1 | 0, $151$0 & $d_sroa_0_0_insert_insert99$0 | 0, ((($150$1 | 0) < 0 ? -1 : 0) >> 31 | (($150$1 | 0) < 0 ? -1 : 0) << 1) & $d_sroa_0_0_insert_insert99$1 | 0) | 0;
$r_sroa_0_0_extract_trunc = $154$0;
$r_sroa_1_4_extract_trunc = {{{ makeGetTempRet0() }}};
$155 = $sr_1202 - 1 | 0;
if (($155 | 0) == 0) {
break;
} else {
$q_sroa_1_1198 = $147;
$q_sroa_0_1199 = $149;
$r_sroa_1_1200 = $r_sroa_1_4_extract_trunc;
$r_sroa_0_1201 = $r_sroa_0_0_extract_trunc;
$sr_1202 = $155;
$carry_0203 = $152;
}
}
$q_sroa_1_1_lcssa = $147;
$q_sroa_0_1_lcssa = $149;
$r_sroa_1_1_lcssa = $r_sroa_1_4_extract_trunc;
$r_sroa_0_1_lcssa = $r_sroa_0_0_extract_trunc;
$carry_0_lcssa$1 = 0;
$carry_0_lcssa$0 = $152;
}
$q_sroa_0_0_insert_ext75$0 = $q_sroa_0_1_lcssa;
$q_sroa_0_0_insert_ext75$1 = 0;
$q_sroa_0_0_insert_insert77$1 = $q_sroa_1_1_lcssa | $q_sroa_0_0_insert_ext75$1;
if (($rem | 0) != 0) {
HEAP32[$rem >> 2] = 0 | $r_sroa_0_1_lcssa;
HEAP32[$rem + 4 >> 2] = $r_sroa_1_1_lcssa | 0;
}
$_0$1 = (0 | $q_sroa_0_0_insert_ext75$0) >>> 31 | $q_sroa_0_0_insert_insert77$1 << 1 | ($q_sroa_0_0_insert_ext75$1 << 1 | $q_sroa_0_0_insert_ext75$0 >>> 31) & 0 | $carry_0_lcssa$1;
$_0$0 = ($q_sroa_0_0_insert_ext75$0 << 1 | 0 >>> 31) & -2 | $carry_0_lcssa$0;
return ({{{ makeSetTempRet0('$_0$1') }}}, $_0$0) | 0;
},
// =======================================================================
};
function autoAddDeps(object, name) {
name = [name];
for (var item in object) {
if (item.substr(-6) != '__deps') {
if (!object[item + '__deps']) {
object[item + '__deps'] = name;
} else {
object[item + '__deps'].push(name[0]); // add to existing list
}
}
}
}
|
let File = require("../../lib/needs/file.js")
describe("file", function () {
describe("validate", function () {
it("throws on emtpy string", function () {
expect(function () {
new File("")
}).toThrowError(File.ValidationError, "data for type \"file\" is not valid")
})
it("throws on emtpy object", function () {
expect(function () {
new File({})
}).toThrowError(File.ValidationError, "data for type \"file\" is not valid")
})
it("throws on invalid type", function () {
expect(function () {
new File({
"type": "the-wrong-type",
"path": "pete"
})
}).toThrowError(File.ValidationError, "data for type \"file\" is not valid")
})
it("returns true on valid input", function () {
expect(function () {
new File({
"type": "file",
"path": "/a/path/to/a/file"
})
}).not.toThrow()
})
it("works with the description field", function () {
expect(function () {
new File({
"type": "file",
"path": "/a/path/to/a/file",
"description": "This is my description"
})
}).not.toThrow()
})
it("works with the identify field", function () {
expect(function () {
new File({
"type": "file",
"path": "/a/path/to/a/file",
"identify": "echo \"Hello World\""
})
}).not.toThrow()
})
it("works with the metadata field", function () {
expect(function () {
new File({
"type": "file",
"path": "/a/path/to/a/file",
"metadata": {
"test-environment": "units"
}
})
}).not.toThrow()
})
it("works with the optional field", function () {
expect(function () {
new File({
"type": "file",
"path": "/a/path/to/a/file",
"optional": true
})
}).not.toThrow()
})
it("works with the validate.jsonschema field", function () {
expect(function () {
new File({
type: "file",
path: "/a/path/to/a/file",
validate: {
jsonschema: {}
}
})
}).not.toThrow()
})
it("throws on invalid jsonschema", function () {
expect(function () {
new File({
type: "file",
path: "/a/path/to/a/file",
validate: {
jsonschema: "this is not valid"
}
})
}).toThrowError(File.ValidationError, "data for type \"file\" is not valid")
})
})
describe("check", function () {
describe("file does not exist", function () {
it("returns false", async function () {
let need = new File({
"type": "file",
"path": "/path/to/a/file",
})
spyOn(need, "glob").and.callFake(() => Promise.resolve([]))
await expectAsync(need.check()).toBeResolvedTo(need)
expect(need.satisfied).toBe(false)
expect(need.glob).toHaveBeenCalledWith("/path/to/a/file")
})
})
describe("there was a problem looking for the file", function () {
it("returns an error", async function () {
let need = new File({
"type": "file",
"path": "/path/to/a/file",
})
spyOn(need, "glob").and.callFake(() => Promise.reject("some-other-error"))
await expectAsync(need.check()).toBeRejectedWith({
need,
reason: "failed to check for file"
})
expect(need.glob).toHaveBeenCalledWith("/path/to/a/file")
})
})
it("returns true if the file is present", async function () {
let need = new File({
"type": "file",
"path": "/path/to/a/file",
})
spyOn(need, "glob").and.callFake(() => Promise.resolve(["/path/to/a/file"]))
await expectAsync(need.check()).toBeResolvedTo(need)
expect(need.satisfied).toBe(true)
expect(need.glob).toHaveBeenCalledWith("/path/to/a/file")
})
describe("jsonschema", function () {
describe("file check is not satisfied", function () {
it("does not invoke the schema check", async function () {
let need = new File({
"type": "file",
"path": "/path/to/a/file",
"validate": {
"jsonschema": {}
}
})
spyOn(need, "glob").and.callFake(() => Promise.resolve([]))
await expectAsync(need.check()).toBeResolvedTo(need)
expect(need.satisfied).toBe(false)
expect(need.valid).toBeUndefined()
})
})
describe("file can't be read", function () {
it("does not invoke the schema check", async function () {
let need = new File({
"type": "file",
"path": "/path/to/a/file",
"validate": {
"jsonschema": {}
}
})
spyOn(need, "glob").and.callFake(() => Promise.resolve(["/path/to/a/file"]))
spyOn(need, "readFile").and.throwError("failed to read file")
await expectAsync(need.check()).toBeRejectedWith({
need,
reason: new Error("failed to read file")
})
})
})
describe("file is not json", function () {
it("does not invoke the schema check", async function () {
let need = new File({
"type": "file",
"path": "/path/to/a/file",
"validate": {
"jsonschema": {}
}
})
spyOn(need, "glob").and.callFake(() => Promise.resolve(["/path/to/a/file"]))
spyOn(need, "readFile").and.returnValue("This is just a file")
spyOn(need, "validator").and.callThrough()
await expectAsync(need.check()).toBeResolvedTo(need)
expect(need.satisfied).toBe(false)
expect(need.valid).toBe(false)
expect(need.validator).not.toHaveBeenCalled()
})
})
describe("file contents do not meet the schema", function () {
it("returns false", async function () {
let need = new File({
type: "file",
path: "/path/to/a/file",
validate: {
jsonschema: {
type: "string"
}
}
})
spyOn(need, "glob").and.callFake(() => Promise.resolve(["/path/to/a/file"]))
spyOn(need, "readFile").and.returnValue("[1, 2, 3]")
spyOn(need, "validator")
await expectAsync(need.check()).toBeResolvedTo(need)
expect(need.satisfied).toBe(false)
expect(need.validator).toHaveBeenCalledWith([1, 2, 3])
expect(need.valid).toBe(false)
})
})
describe("file contents meets the schema", function () {
it("returns true", async function () {
let need = new File({
type: "file",
path: "/path/to/a/file",
validate: {
jsonschema: {
type: "array"
}
}
})
spyOn(need, "glob").and.callFake(() => Promise.resolve(["/path/to/a/file"]))
spyOn(need, "readFile").and.returnValue("[1, 2, 3]")
spyOn(need, "validator").and.callThrough()
await expectAsync(need.check()).toBeResolvedTo(need)
expect(need.satisfied).toBe(true)
expect(need.validator).toHaveBeenCalledWith([1, 2, 3])
expect(need.valid).toBe(true)
})
})
})
})
describe("info", function () {
it("is set", function () {
expect(File.info).toBeDefined()
})
})
describe("name", function () {
it("is set", function () {
expect(File.type).toBe("file")
})
})
})
|
const sagiri = require('sagiri')
const sauce = sagiri('96a418eb1f0d7581fad16d30e0dbf1dbbdf4d3bd')
const { Whatsapp: ev } = require('../../core/connect')
const { uploaderAPI } = require('../../utils/uploader')
module.exports = {
name: 'sauce',
category: 'misc',
usage: 'Send/reply to a image with caption !sauce',
async execute(msg, wa) {
const { from, type, quoted } = msg
const content = JSON.stringify(quoted)
const isQImg = type === 'extendedTextMessage' && content.includes('imageMessage')
const isQDoc = type === 'extendedTextMessage' && content.includes('documentMessage')
try {
if (type === 'imageMessage' || isQImg || (isQDoc && /image\/(png|jpe?g)/.test(quoted.message.documentMessage.mimetype))) {
let buffer = await ev.downloadMediaMessage(quoted ? quoted : msg)
let { data } = await uploaderAPI(buffer, 'telegraph')
let response = await sauce(data.url)
let caption = response.map(v => `*Similarity:* ${v.similarity}%\n*Site:* ${v.site}\n*Url:* ${v.url}\n*Thumb:* ${v.thumbnail}${v.authorName ? `\n*Author Name:* ${v.authorName}` : ''}${v.authorUrl ? `\n*Author Url:* ${v.authorUrl}` : ''}`).join('\n\n')
ev.sendMessage(from, { url: response[0].thumbnail }, 'imageMessage', { quoted: msg, caption })
} else wa.reply(msg.from, 'ID:\nSilahkan kirim/reply gambar/dokumen yang ingin di cari sumbernya.\n\nEN:\nPlease send/reply the image/document you looking for the source.', msg)
} catch (e) {
console.log(e)
wa.reply(msg.from, String(e), msg)
}
}
}
|
'use strict'
require('./../mock')
const { DeepStrictEqualAssertion } = require('@cuties/assert')
const { ResponseFromAjaxRequest } = require('./../src/index')
new DeepStrictEqualAssertion(
new ResponseFromAjaxRequest({
url: 'http://localhost:8000/',
method: 'GET'
}),
{
statusCode: 200,
headers: { status: 'ok', message: 'ok' },
body: 'mock response'
}
).call()
|
import React, {Component} from 'react';
import { Panel,Button,Form,
Col,
FormGroup,
FormControl,
ControlLabel
} from 'react-bootstrap';
import '../styles/App.css';
class Login extends Component {
constructor(props) {
super(props);
this.state = {
authenticated:false
};
}
displayForm() {
return (
<Form horizontal onSubmit={this.props.login.handleLogin}>
<FormGroup controlId="formHorizontalEmail">
<Col componentClass={ControlLabel} sm={2}>
Email
</Col>
<Col sm={10}>
<FormControl type="email" placeholder="Email" value={this.props.login.state.user} onChange={this.props.login.handleChange}/>
</Col>
</FormGroup>
<FormGroup controlId="formHorizontalPassword">
<Col componentClass={ControlLabel} sm={2}>
Password
</Col>
<Col sm={10}>
<FormControl type="password" placeholder="Password" value={this.props.login.state.password} onChange={this.props.login.handleChange}/>
</Col>
</FormGroup>
<FormGroup>
<Col smOffset={1} sm={2}>
<Button type="submit">Sign in</Button>
</Col>
</FormGroup>
</Form>
)
}
displayPanel() {
return (
<Panel>
<Panel.Heading>
<Panel.Title componentClass="h3">Login</Panel.Title>
</Panel.Heading>
<Panel.Body>
{this.displayForm()}
</Panel.Body>
</Panel>
)
}
render() {
return (
<div className="App-container">
{this.displayPanel()}
</div>
)
}
}
export default Login;
|
const fs = require('fs');
const os = require('os');
const { errors, ipCheck } = require('arsenal');
const async = require('async');
const request = require('request');
const config = require('../Config').config;
const data = require('../data/wrapper');
const metadata = require('../metadata/wrapper');
const monitoring = require('../utilities/monitoringHandler');
const REPORT_MODEL_VERSION = 1;
const ASYNCLIMIT = 5;
const REQ_PATHS = {
crrSchedules: '/_/crr/resume/all',
crrStatus: '/_/crr/status',
crrMetricPrefix: '/_/metrics/crr',
};
function hasWSOptionalDependencies() {
try {
const b = require('bufferutil');
const u = require('utf-8-validate');
return !!(b && u);
} catch (_) {
return false;
}
}
function getCapabilities() {
return {
locationTypeDigitalOcean: true,
locationTypeS3Custom: true,
locationTypeSproxyd: true,
preferredReadLocation: true,
managedLifecycle: true,
secureChannelOptimizedPath: hasWSOptionalDependencies(),
};
}
function cleanup(obj) {
return {
overlayVersion: obj.overlayVersion,
};
}
function isAuthorized(clientIP, req) {
return ipCheck.ipMatchCidrList(config.healthChecks.allowFrom, clientIP) &&
req.headers['x-scal-report-token'] === config.reportToken;
}
function getGitVersion(cb) {
fs.readFile('.git/HEAD', 'ascii', (err, val) => {
if (err && err.code === 'ENOENT') {
return cb(null, 'no-dot-git');
}
if (err) {
return cb(null, 'error-reading-dot-git');
}
return cb(null, val);
});
}
function getSystemStats() {
const cpuInfo = os.cpus();
const model = cpuInfo[0].model;
const speed = cpuInfo[0].speed;
const times = cpuInfo.
map(c => c.times).
reduce((prev, cur) =>
Object.assign({}, {
user: prev.user + cur.user,
nice: prev.nice + cur.nice,
sys: prev.sys + cur.sys,
idle: prev.idle + cur.idle,
irq: prev.irq + cur.irq,
}), {
user: 0,
nice: 0,
sys: 0,
idle: 0,
irq: 0,
});
return {
memory: {
total: os.totalmem(),
free: os.freemem(),
},
cpu: {
loadavg: os.loadavg(),
count: cpuInfo.length,
model,
speed,
times,
},
arch: os.arch(),
platform: os.platform(),
release: os.release(),
hostname: os.hostname(),
};
}
const _makeRequest = (endpoint, path, cb) => {
const url = `${endpoint}${path}`;
request({ url, json: true }, (error, response, body) => {
if (error) {
return cb(error);
}
if (response.statusCode >= 400) {
return cb('responseError', body);
}
if (body) {
return cb(null, body);
}
return cb(null, {});
});
};
function _crrRequest(endpoint, site, log, cb) {
const path = `${REQ_PATHS.crrMetricPrefix}/${site}`;
return _makeRequest(endpoint, path, (err, res) => {
if (err) {
if (err === 'responseError') {
log.error('error response from backbeat api', {
error: res,
method: '_crrRequest',
});
} else {
log.error('unable to perform request to backbeat api', {
error: err,
method: '_crrRequest',
});
}
return cb(null, {});
}
const { completions, failures, backlog, throughput, pending } = res;
if (!completions || !failures || !backlog || !throughput || !pending) {
log.error('could not get metrics from backbeat', {
method: 'getCRRStats',
});
return cb(null, {});
}
const stats = {
completions: {
count: parseInt(completions.results.count, 10),
size: parseInt(completions.results.size, 10),
},
failures: {
count: parseInt(failures.results.count, 10),
size: parseInt(failures.results.size, 10),
},
backlog: {
count: parseInt(backlog.results.count, 10),
size: parseInt(backlog.results.size, 10),
},
throughput: {
count: parseInt(throughput.results.count, 10),
size: parseInt(throughput.results.size, 10),
},
pending: {
count: parseInt(pending.results.count, 10),
size: parseInt(pending.results.size, 10),
},
};
return cb(null, stats);
});
}
function getCRRStats(log, cb, _testConfig) {
log.debug('request CRR metrics from backbeat api', {
method: 'getCRRStats',
});
const { replicationEndpoints, backbeat } = _testConfig || config;
const { host, port } = backbeat;
const endpoint = `http://${host}:${port}`;
const sites = replicationEndpoints.map(endpoint => endpoint.site);
return async.parallel({
all: done => _crrRequest(endpoint, 'all', log, done),
byLocation: done => async.mapLimit(sites, ASYNCLIMIT,
(site, next) => _crrRequest(endpoint, site, log, (err, res) => {
if (err) {
log.debug('Error in retrieving site metrics', {
method: 'getCRRStats',
error: err,
site,
});
return next(null, { site, stats: {} });
}
return next(null, { site, stats: res });
}),
(err, locStats) => {
if (err) {
log.error('failed to get CRR stats for site', {
method: 'getCRRStats',
error: err,
});
return done(null, {});
}
const retObj = {};
locStats.forEach(locStat => {
retObj[locStat.site] = locStat.stats;
});
return done(null, retObj);
}),
}, (err, res) => {
if (err) {
log.error('failed to get CRR stats', {
method: 'getCRRStats',
error: err,
});
return cb(null, {});
}
const all = (res && res.all) || {};
const byLocation = (res && res.byLocation) || {};
const retObj = {
completions: all.completions,
failures: all.failures,
pending: all.pending,
backlog: all.backlog,
throughput: all.throughput,
byLocation,
};
return cb(null, retObj);
});
}
function getReplicationStates(log, cb, _testConfig) {
log.debug('requesting location replications states from backbeat api',
{
method: 'getReplicationStates',
});
const { host, port } = _testConfig || config.backbeat;
const endpoint = `http://${host}:${port}`;
async.parallel({
states: done => _makeRequest(endpoint, REQ_PATHS.crrStatus, done),
schedules: done => _makeRequest(endpoint, REQ_PATHS.crrSchedules, done),
}, (err, res) => {
if (err) {
if (err === 'responseError') {
log.error('error response from backbeat api', {
error: res,
method: 'getReplicationStates',
});
} else {
log.error('unable to perform request to backbeat api', {
error: err,
method: 'getReplicationStates',
});
}
return cb(null, {});
}
const locationSchedules = {};
Object.keys(res.schedules).forEach(loc => {
const val = res.schedules[loc];
if (!isNaN(Date.parse(val))) {
locationSchedules[loc] = new Date(val);
}
});
const retObj = {
states: res.states || {},
schedules: locationSchedules,
};
return cb(null, retObj);
});
}
/**
* Sends back a report
*
* @param {string} clientIP - Client IP address for filtering
* @param {http~IncomingMessage} req - HTTP request object
* @param {http~ServerResponse} res - HTTP response object
* @param {werelogs~RequestLogger} log - request logger
*
* @return {undefined}
*/
function reportHandler(clientIP, req, res, log) {
if (!isAuthorized(clientIP, req)) {
res.writeHead(403);
res.write(JSON.stringify(errors.AccessDenied));
res.end();
return;
}
// TODO propagate value of req.headers['x-scal-report-skip-cache']
async.parallel({
getUUID: cb => metadata.getUUID(log, cb),
getMDDiskUsage: cb => metadata.getDiskUsage(log, cb),
getDataDiskUsage: cb => data.getDiskUsage(log, cb),
getVersion: cb => getGitVersion(cb),
getObjectCount: cb => metadata.countItems(log, cb),
getCRRStats: cb => getCRRStats(log, cb),
getReplicationStates: cb => getReplicationStates(log, cb),
},
(err, results) => {
if (err) {
res.writeHead(500, { 'Content-Type': 'application/json' });
res.write(JSON.stringify(err));
log.errorEnd('could not gather report', { error: err });
} else {
const getObjectCount = results.getObjectCount;
const crrStatsObj = Object.assign({}, results.getCRRStats);
crrStatsObj.stalled = { count: getObjectCount.stalled || 0 };
delete getObjectCount.stalled;
const response = {
utcTime: new Date(),
uuid: results.getUUID,
reportModelVersion: REPORT_MODEL_VERSION,
mdDiskUsage: results.getMDDiskUsage,
dataDiskUsage: results.getDataDiskUsage,
serverVersion: results.getVersion,
systemStats: getSystemStats(),
itemCounts: getObjectCount,
crrStats: crrStatsObj,
repStatus: results.getReplicationStates,
config: cleanup(config),
capabilities: getCapabilities(),
};
monitoring.crrCacheToProm(results);
res.writeHead(200, { 'Content-Type': 'application/json' });
res.write(JSON.stringify(response));
log.end().debug('report handler finished');
}
res.end();
});
}
module.exports = {
getCapabilities,
reportHandler,
_crrRequest,
getCRRStats,
getReplicationStates,
};
|
'use strict';
module.exports = {
name: 'journal-entry',
url: '/journal/entry/:type/',
template: require('partial/main/journal/entry/journal-entry.html'),
controller: require('js/controller/journal/entry/journal-entry-controller.js')
};
|
import styled from 'styled-components';
const Container = styled('div')`
height: 100%;
width: 100%;
overflow-y: auto;
::-webkit-scrollbar {
height: 10px !important;
width: 10px !important;
}
::-webkit-scrollbar-thumb {
background: ${props => props.theme.colors.border || '#3b4d54'};
border-radius: 5px;
}
*, *:after, *:before, *::after, *::before {
box-sizing: border-box;
}
*:after, *:before, *::after, *::before {
padding: 0;
margin: 0;
outline: 0;
box-sizing: border-box;
}
/* cyrillic-ext */
@font-face {
font-family: 'Roboto Mono';
font-style: normal;
font-weight: 400;
src: local('Roboto Mono'), local('RobotoMono-Regular'), url(https://fonts.gstatic.com/s/robotomono/v5/hMqPNLsu_dywMa4C_DEpY_ZraR2Tg8w2lzm7kLNL0-w.woff2) format('woff2');
unicode-range: U+0460-052F, U+20B4, U+2DE0-2DFF, U+A640-A69F;
}
/* cyrillic */
@font-face {
font-family: 'Roboto Mono';
font-style: normal;
font-weight: 400;
src: local('Roboto Mono'), local('RobotoMono-Regular'), url(https://fonts.gstatic.com/s/robotomono/v5/hMqPNLsu_dywMa4C_DEpY14sYYdJg5dU2qzJEVSuta0.woff2) format('woff2');
unicode-range: U+0400-045F, U+0490-0491, U+04B0-04B1, U+2116;
}
/* greek-ext */
@font-face {
font-family: 'Roboto Mono';
font-style: normal;
font-weight: 400;
src: local('Roboto Mono'), local('RobotoMono-Regular'), url(https://fonts.gstatic.com/s/robotomono/v5/hMqPNLsu_dywMa4C_DEpY1BW26QxpSj-_ZKm_xT4hWw.woff2) format('woff2');
unicode-range: U+1F00-1FFF;
}
/* greek */
@font-face {
font-family: 'Roboto Mono';
font-style: normal;
font-weight: 400;
src: local('Roboto Mono'), local('RobotoMono-Regular'), url(https://fonts.gstatic.com/s/robotomono/v5/hMqPNLsu_dywMa4C_DEpYwt_Rm691LTebKfY2ZkKSmI.woff2) format('woff2');
unicode-range: U+0370-03FF;
}
/* vietnamese */
@font-face {
font-family: 'Roboto Mono';
font-style: normal;
font-weight: 400;
src: local('Roboto Mono'), local('RobotoMono-Regular'), url(https://fonts.gstatic.com/s/robotomono/v5/hMqPNLsu_dywMa4C_DEpY9DiNsR5a-9Oe_Ivpu8XWlY.woff2) format('woff2');
unicode-range: U+0102-0103, U+1EA0-1EF9, U+20AB;
}
/* latin-ext */
@font-face {
font-family: 'Roboto Mono';
font-style: normal;
font-weight: 400;
src: local('Roboto Mono'), local('RobotoMono-Regular'), url(https://fonts.gstatic.com/s/robotomono/v5/hMqPNLsu_dywMa4C_DEpY6E8kM4xWR1_1bYURRojRGc.woff2) format('woff2');
unicode-range: U+0100-024F, U+1E00-1EFF, U+20A0-20AB, U+20AD-20CF, U+2C60-2C7F, U+A720-A7FF;
}
/* latin */
@font-face {
font-family: 'Roboto Mono';
font-style: normal;
font-weight: 400;
src: local('Roboto Mono'), local('RobotoMono-Regular'), url(https://fonts.gstatic.com/s/robotomono/v5/hMqPNLsu_dywMa4C_DEpY4gp9Q8gbYrhqGlRav_IXfk.woff2) format('woff2');
unicode-range: U+0000-00FF, U+0131, U+0152-0153, U+02C6, U+02DA, U+02DC, U+2000-206F, U+2074, U+20AC, U+2212, U+2215;
}
`;
const Wrapper = styled.div`
position: relative;
background: ${props => props.theme.colors.primaryBg};
z-index: 1050;
width: 100%;
height: 100%;
min-height: 520px;
overflow: ${p => p.isLoading ? 'hidden' : 'auto'};
font-size: 12px;
display: flex;
flex-direction: column;
.filerobot-original-canvas {
visibility: hidden;
position: absolute;
left: -99999px;
display: none;
}
.cropper-container {
direction: ltr;
font-size: 0;
line-height: 0;
position: relative;
-ms-touch-action: none;
touch-action: none;
-webkit-user-select: none;
-moz-user-select: none;
-ms-user-select: none;
user-select: none;
}
.cropper-container img {/*Avoid margin top issue (Occur only when margin-top <= -height)*/
display: block;
height: 100%;
image-orientation: 0deg;
max-height: none !important;
max-width: none !important;
min-height: 0 !important;
min-width: 0 !important;
width: 100%;
}
.cropper-wrap-box,
.cropper-canvas,
.cropper-drag-box,
.cropper-crop-box,
.cropper-modal {
bottom: 0;
left: 0;
position: absolute;
right: 0;
top: 0;
}
.cropper-wrap-box,
.cropper-canvas {
overflow: hidden;
}
.cropper-drag-box {
background-color: #fff;
opacity: 0;
}
.cropper-modal {
background-color: #000;
opacity: .5;
}
.cropper-view-box {
display: block;
height: 100%;
outline-color: rgba(255, 255, 255, 0.75);
outline: 1px solid #fff;
overflow: hidden;
width: 100%;
${({ roundCrop}) => roundCrop && 'border-radius: 50%'};
}
.cropper-dashed {
border: 0 dashed #eee;
display: block;
opacity: .5;
position: absolute;
}
.cropper-dashed.dashed-h {
border-bottom-width: 1px;
border-top-width: 1px;
height: 33.33333%;
left: 0;
top: 33.33333%;
width: 100%;
}
.cropper-dashed.dashed-v {
border-left-width: 1px;
border-right-width: 1px;
height: 100%;
left: 33.33333%;
top: 0;
width: 33.33333%;
}
.cropper-center {
display: block;
height: 0;
left: 50%;
opacity: .75;
position: absolute;
top: 50%;
width: 0;
}
.cropper-center:before,
.cropper-center:after {
background-color: #fff;
content: ' ';
display: block;
position: absolute;
}
.cropper-center:before {
height: 1px;
left: -10px;
top: 0;
width: 20px;
}
.cropper-center:after {
height: 20px;
left: 0;
top: -10px;
width: 1px;
}
.cropper-face,
.cropper-line,
.cropper-point {
display: block;
height: 100%;
opacity: .1;
position: absolute;
width: 100%;
}
.cropper-face {
background-color: #fff;
left: 0;
top: 0;
${({ roundCrop }) => roundCrop && `
border-radius: 50%;
box-shadow: 0 0 80px 15px #000;
border: 2px solid #000;`};
}
.cropper-line {
background-color: #fff;
}
.cropper-line.line-e {
cursor: ew-resize;
right: -3px;
top: 0;
width: 5px;
}
.cropper-line.line-n {
cursor: ns-resize;
height: 5px;
left: 0;
top: -3px;
}
.cropper-line.line-w {
cursor: ew-resize;
left: -3px;
top: 0;
width: 5px;
}
.cropper-line.line-s {
bottom: -3px;
cursor: ns-resize;
height: 5px;
left: 0;
}
.cropper-point {
background-color: #fff;
height: 20px;
opacity: .90;
width: 20px;
border-radius: 50%;
&:before {
content: '';
display: table;
width: 8px;
height: 8px;
border-radius: 50%;
background: black;
opacity: 0.8;
z-index: 11;
position: absolute;
top: calc(50% - 4px);
left: calc(50% - 4px);
}
}
.cropper-point.point-e {
cursor: ew-resize;
margin-top: -10px;
right: -10px;
top: 50%;
}
.cropper-point.point-n {
cursor: ns-resize;
left: 50%;
margin-left: -10px;
top: -10px;
}
.cropper-point.point-w {
cursor: ew-resize;
left: -10px;
margin-top: -10px;
top: 50%;
}
.cropper-point.point-s {
bottom: -10px;
cursor: s-resize;
left: 50%;
margin-left: -10px;
}
.cropper-point.point-ne {
cursor: nesw-resize;
right: -10px;
top: -10px;
}
.cropper-point.point-nw {
cursor: nwse-resize;
left: -10px;
top: -10px;
}
.cropper-point.point-sw {
bottom: -10px;
cursor: nesw-resize;
left: -10px;
}
.cropper-point.point-se {
bottom: -10px;
cursor: nwse-resize;
height: 20px;
right: -10px;
width: 20px;
}
.cropper-point.point-se:before {
content: '';
display: table;
width: 8px;
height: 8px;
border-radius: 50%;
background: black;
opacity: 0.8;
z-index: 11;
position: absolute;
top: calc(50% - 4px);
left: calc(50% - 4px);
}
.cropper-invisible {
opacity: 0;
}
.cropper-bg {
background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQAQMAAAAlPW0iAAAAA3NCSVQICAjb4U/gAAAABlBMVEXMzMz////TjRV2AAAACXBIWXMAAArrAAAK6wGCiw1aAAAAHHRFWHRTb2Z0d2FyZQBBZG9iZSBGaXJld29ya3MgQ1M26LyyjAAAABFJREFUCJlj+M/AgBVhF/0PAH6/D/HkDxOGAAAAAElFTkSuQmCC');
}
.cropper-hide {
display: block;
height: 0;
position: absolute;
width: 0;
}
.cropper-hidden {
display: none !important;
}
.cropper-move {
cursor: move;
}
.cropper-crop {
cursor: crosshair;
}
.cropper-disabled .cropper-drag-box,
.cropper-disabled .cropper-face,
.cropper-disabled .cropper-line,
.cropper-disabled .cropper-point {
cursor: not-allowed;
}
@media (max-width: 768px) {
display: flex;
flex-direction: column;
justify-content: space-between;
}
`;
export { Wrapper, Container };
|
window._ = require('lodash');
/**
* We'll load jQuery and the Bootstrap jQuery plugin which provides support
* for JavaScript based Bootstrap features such as modals and tabs. This
* code may be modified to fit the specific needs of your application.
*/
try {
window.$ = window.jQuery = require('jquery');
} catch (e) {}
/**
* We'll load the axios HTTP library which allows us to easily issue requests
* to our Laravel back-end. This library automatically handles sending the
* CSRF token as a header based on the value of the "XSRF" token cookie.
*/
/**
* Include the es6-promis polyfill for IE11 support
*/
require('es6-promise').polyfill();
window.axios = require('axios');
window.axios.defaults.headers.common['X-Requested-With'] = 'XMLHttpRequest';
/**
* Next we will register the CSRF Token as a common header with Axios so that
* all outgoing HTTP requests automatically have it attached. This is just
* a simple convenience so we don't have to attach every token manually.
*/
let token = document.head.querySelector('meta[name="csrf-token"]');
if (token) {
window.axios.defaults.headers.common['X-CSRF-TOKEN'] = token.content;
} else {
console.error('CSRF token not found: https://laravel.com/docs/csrf#csrf-x-csrf-token');
}
/**
* Echo exposes an expressive API for subscribing to channels and listening
* for events that are broadcast by Laravel. Echo and event broadcasting
* allows your team to easily build robust real-time web applications.
*/
// import Echo from 'laravel-echo'
// window.Pusher = require('pusher-js');
// window.Echo = new Echo({
// broadcaster: 'pusher',
// key: 'your-pusher-key'
// });
|
'use strict'
require('./check-versions')()
const config = require('../config')
if (!process.env.NODE_ENV) {
process.env.NODE_ENV = JSON.parse(config.dev.env.NODE_ENV)
}
const opn = require('opn')
const path = require('path')
const express = require('express')
const webpack = require('webpack')
const proxyMiddleware = require('http-proxy-middleware')
const webpackConfig = (process.env.NODE_ENV === 'testing' || process.env.NODE_ENV === 'production')
? require('./webpack.prod.conf')
: require('./webpack.dev.conf')
// default port where dev server listens for incoming traffic
const port = process.env.PORT || config.dev.port
// automatically open browser, if not set will be false
const autoOpenBrowser = !!config.dev.autoOpenBrowser
// Define HTTP proxies to your custom API backend
// https://github.com/chimurai/http-proxy-middleware
const proxyTable = config.dev.proxyTable
const app = express()
const compiler = webpack(webpackConfig)
const devMiddleware = require('webpack-dev-middleware')(compiler, {
publicPath: webpackConfig.output.publicPath,
quiet: true,
stats: {
colors: true,
chunks: false
},
watchOptions: {
aggregateTimeout: 300,
poll: 1000
}
})
const hotMiddleware = require('webpack-hot-middleware')(compiler, {
log: false,
heartbeat: 2000
})
// force page reload when html-webpack-plugin template changes
// currently disabled until this is resolved:
// https://github.com/jantimon/html-webpack-plugin/issues/680
// compiler.plugin('compilation', function (compilation) {
// compilation.plugin('html-webpack-plugin-after-emit', function (data, cb) {
// hotMiddleware.publish({ action: 'reload' })
// cb()
// })
// })
// enable hot-reload and state-preserving
// compilation error display
app.use(hotMiddleware)
// proxy api requests
Object.keys(proxyTable).forEach(function (context) {
let options = proxyTable[context]
if (typeof options === 'string') {
options = { target: options }
}
app.use(proxyMiddleware(options.filter || context, options))
})
// handle fallback for HTML5 history API
app.use(require('connect-history-api-fallback')())
// serve webpack bundle output
app.use(devMiddleware)
// serve pure static assets
const staticPath = path.posix.join(config.dev.assetsPublicPath, config.dev.assetsSubDirectory)
app.use(staticPath, express.static('./static'))
const uri = 'http://localhost:' + port
var _resolve
var _reject
var readyPromise = new Promise((resolve, reject) => {
_resolve = resolve
_reject = reject
})
var server
var portfinder = require('portfinder')
portfinder.basePort = port
console.log('> Starting dev server...')
devMiddleware.waitUntilValid(() => {
portfinder.getPort((err, port) => {
if (err) {
_reject(err)
}
process.env.PORT = port
var uri = 'http://localhost:' + port
console.log('> Listening at ' + uri + '\n')
// when env is testing, don't need open it
if (autoOpenBrowser && process.env.NODE_ENV !== 'testing') {
opn(uri)
}
server = app.listen(port)
_resolve()
})
})
module.exports = {
ready: readyPromise,
close: () => {
server.close()
}
}
|
/*
* Copyright 2020, GeoSolutions Sas.
* All rights reserved.
*
* This source code is licensed under the BSD-style license found in the
* LICENSE file in the root directory of this source tree.
*/
import expect from 'expect';
import defaultSettingsTabs, { getStyleTabPlugin } from '../defaultSettingsTabs';
const BASE_STYLE_TEST_DATA = {
settings: {},
items: [],
loadedPlugins: {}
};
describe('TOCItemsSettings - getStyleTabPlugin', () => {
it('getStyleTabPlugin', () => {
const DEFAULT_TEST_PARAMS = {
...BASE_STYLE_TEST_DATA
};
expect(getStyleTabPlugin(DEFAULT_TEST_PARAMS)).toEqual({});
});
it('defaultSettingsTabs', () => {
{
const items = defaultSettingsTabs(BASE_STYLE_TEST_DATA);
expect(items.length).toBe(1);
expect(items[0].id).toBe('general');
}
{
const items = defaultSettingsTabs(BASE_STYLE_TEST_DATA);
expect(items.length).toBe(1);
}
});
});
|
if (!sessionStorage.id) {
// similar behavior as clicking on a link
window.location.href = "adminlogin.html";
}
if (sessionStorage.role !== 'admin') {
if (sessionStorage.role) {
window.location.href = sessionStorage.role + ".html";
} else {
window.location.href = "adminlogin.html";
}
}
function redirect(t) {
if (t === 'logout') {
delete sessionStorage.id
delete sessionStorage.images
delete sessionStorage.role
window.location.href = "login.html";
} else {
window.location.href = t
}
}
if ($(window).width() <= 616) {
var select = document.createElement('select')
select.id = 'navSelect'
var option1 = document.createElement('option')
option1.value = 'admin.html'
option1.innerText = 'DASHBOARD'
var option2 = document.createElement('option')
option2.value = 'users.html'
option2.innerText = 'USERS'
var option3 = document.createElement('option')
option3.value = 'logout'
option3.innerText = 'LOGOUT'
select.appendChild(option1)
select.appendChild(option2)
select.appendChild(option3)
select.setAttribute('onchange', 'redirect(this.value)')
document.getElementById('hideTho').innerHTML = ''
document.getElementById('hideTho').appendChild(select)
}
else {
document.getElementById('hideTho').innerHTML = ''
var anchor1 = document.createElement('a')
anchor1.id = 'loginNav'
anchor1.setAttribute('href', 'admin.html')
anchor1.innerText = 'Dashboard'
var anchor2 = document.createElement('a')
anchor2.id = 'signupNav'
anchor2.setAttribute('href', 'users.html')
anchor2.innerText = 'Users'
var anchor3 = document.createElement('a')
anchor3.id = 'logoutNav'
anchor3.setAttribute('onclick', 'logout()')
anchor3.innerText = 'Logout'
document.getElementById('hideTho').appendChild(anchor1)
document.getElementById('hideTho').appendChild(anchor2)
document.getElementById('hideTho').appendChild(anchor3)
}
$(window).resize(function() {
if ($(window).width() <= 616) {
var select = document.createElement('select')
select.id = 'navSelect'
var option1 = document.createElement('option')
option1.value = 'admin.html'
option1.innerText = 'DASHBOARD'
var option2 = document.createElement('option')
option2.value = 'users.html'
option2.innerText = 'USERS'
var option3 = document.createElement('option')
option3.value = 'logout'
option3.innerText = 'LOGOUT'
select.appendChild(option1)
select.appendChild(option2)
select.appendChild(option3)
select.setAttribute('onchange', 'redirect(this.value)')
document.getElementById('hideTho').innerHTML = ''
document.getElementById('hideTho').appendChild(select)
}
else {
document.getElementById('hideTho').innerHTML = ''
var anchor1 = document.createElement('a')
anchor1.id = 'loginNav'
anchor1.setAttribute('href', 'admin.html')
anchor1.innerText = 'Dashboard'
var anchor2 = document.createElement('a')
anchor2.id = 'signupNav'
anchor2.setAttribute('href', 'users.html')
anchor2.innerText = 'Users'
var anchor3 = document.createElement('a')
anchor3.id = 'logoutNav'
anchor3.setAttribute('onclick', 'logout()')
anchor3.innerText = 'Logout'
document.getElementById('hideTho').appendChild(anchor1)
document.getElementById('hideTho').appendChild(anchor2)
document.getElementById('hideTho').appendChild(anchor3)
}
});
console.log('admin')
var input = {}
fetch('https://lisathomasapi.herokuapp.com/routes/images/getImages', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message.indexOf('Error') === 0) {
console.log(data.message)
document.getElementById('activeImageHeader').innerText += ' - none'
document.getElementById('inactiveImageHeader').innerText += ' - none'
} else {
for (i=0; i<data.message.length; i++) {
var image = document.createElement('img')
image.src = data.message[i].imageLink
image.style.width = '100%'
image.id = data.message[i]._id
image.title = data.message[i].imageLink
image.alt = data.message[i].status
image.className = 'img-fluid'
image.setAttribute('onclick', 'selectImg(this.id)')
var div = document.createElement('div')
div.style.marginTop = '15px'
div.className = 'col-md-3 col-sm-4 col-xs-6'
div.appendChild(image)
if (data.message[i].status === 'active') {
document.getElementById('gallery1').appendChild(div)
} else {
document.getElementById('gallery2').appendChild(div)
}
}
if (!document.getElementById('activeImageHeader').nextElementSibling) {
document.getElementById('activeImageHeader').innerText += ' - none'
}
if (!document.getElementById('inactiveImageHeader').nextElementSibling) {
document.getElementById('inactiveImageHeader').innerText += ' - none'
}
}
})
fetch('https://lisathomasapi.herokuapp.com/routes/copy/getCopy', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message.indexOf('Error') === 0) {
console.log(data.message)
document.getElementById('activeCopyHeader').innerText += ' - none'
document.getElementById('inactiveCopyHeader').innerText += ' - none'
} else {
for (i=0; i<data.message.length; i++) {
var image = document.createElement('img')
image.src = data.message[i].imageLink
image.style.width = '200%'
image.id = data.message[i]._id
image.title = data.message[i].canvasLink
image.alt = data.message[i].status
image.className = 'img-fluid img-thumbnail'
image.setAttribute('onclick', 'selectCopy(this.id)')
var div = document.createElement('div')
div.style.marginTop = '15px'
div.className = 'col-md-3 col-sm-4 col-xs-6'
div.appendChild(image)
if (data.message[i].status === 'active') {
document.getElementById('gallery3').appendChild(div)
} else {
document.getElementById('gallery4').appendChild(div)
}
}
if (!document.getElementById('activeCopyHeader').nextElementSibling) {
document.getElementById('activeCopyHeader').innerText += ' - none'
}
if (!document.getElementById('inactiveCopyHeader').nextElementSibling) {
document.getElementById('inactiveCopyHeader').innerText += ' - none'
}
}
})
function addCopySection() {
document.getElementById('addCopy').appendChild(document.getElementById('hidden'))
document.getElementById('saveButton').setAttribute('onclick', 'submit()')
document.getElementById('addCopyButton').style.display = 'none'
document.getElementById('hidden').style.display = 'block'
canvas.add(text)
}
function addCopy() {
const input = {
imageLink : document.getElementById('imageCopyLink').value,
canvasLink : JSON.stringify(canvas),
status : 'active'
}
fetch('https://lisathomasapi.herokuapp.com/routes/copy/addCopy', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message === 'Success') {
window.location.href = 'adminmessage.html'
}
console.log(data.message)
})
}
function saveCopy() {
const input = {
imageLink : document.getElementById('imageCopyLink').value,
canvasLink : JSON.stringify(canvas),
id : document.getElementById('imageId').value
}
fetch('https://lisathomasapi.herokuapp.com/routes/copy/saveCopy', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message === 'Success') {
window.location.href = 'adminmessage.html'
}
console.log(data.message)
})
}
function selectImg(clicked_id) {
console.log('dope')
var clickedImg = document.getElementById(clicked_id)
if (clickedImg.className === 'img-fluid selected') {
clickedImg.className = 'img-fluid'
// console.log(clickedImg.className)
} else {
clickedImg.className += ' selected'
}
clickedImg.parentElement.parentElement.nextElementSibling.style.display = 'block'
clickedImg.parentElement.parentElement.nextElementSibling.nextElementSibling.style.display = 'block'
// clickedImg.className += ' selected'
}
function selectCopy(clicked_id) {
var clickedImg = document.getElementById(clicked_id)
if (clickedImg.className === 'img-fluid img-thumbnail') {
clickedImg.className += ' selected'
// console.log(clickedImg.className)
} else {
clickedImg.className += ' selected'
clickedImg.className = 'img-fluid img-thumbnail'
}
clickedImg.parentElement.parentElement.nextElementSibling.style.display = 'block'
clickedImg.parentElement.parentElement.nextElementSibling.nextElementSibling.style.display = 'block'
clickedImg.parentElement.parentElement.nextElementSibling.nextElementSibling.nextElementSibling.style.display = 'block'
// clickedImg.className += ' selected'
}
function changeImgStatus(clicked_id){
var clickedButton = document.getElementById(clicked_id)
var selectArray = document.querySelectorAll('.selected')
var serverArray = []
for (i=0;i<selectArray.length;i++) {
if (selectArray[i].parentElement.parentElement.id === clickedButton.parentElement.firstElementChild.id) {
serverArray.push(selectArray[i].id)
}
}
var status
if (clickedButton.innerText === 'Deactivate Selected Images') {
status = 'inactive'
} else {
status = 'active'
}
const input = {
imgArray : serverArray,
status : status
}
fetch('https://lisathomasapi.herokuapp.com/routes/images/updateImage', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message === 'Success') {
window.location.href = 'adminmessage.html'
}
})
}
function editCanvas(clicked_id) {
var clickedButton = document.getElementById(clicked_id)
var selectArray = document.querySelectorAll('.selected')
var canvasArray = []
for (i=0;i<selectArray.length;i++) {
if (selectArray[i].parentElement.parentElement.id === clickedButton.parentElement.firstElementChild.id) {
canvasArray.push(selectArray[i])
}
}
// canvas.setHeight('500px');
// canvas.setWidth('500px');
clickedButton.parentElement.appendChild(document.getElementById('hidden'))
document.getElementById('hidden').style.display = 'block'
canvas.loadFromDatalessJSON(canvasArray[0].title)
document.getElementById('imageId').value = canvasArray[0].id
canvas.renderAll();
canvas._objects[0].on('selected', function() {
canvas.allowTouchScrolling = false
console.log('selected')
})
}
function changeCopyStatus(clicked_id){
var clickedButton = document.getElementById(clicked_id)
var selectArray = document.querySelectorAll('.selected')
var serverArray = []
for (i=0;i<selectArray.length;i++) {
if (selectArray[i].parentElement.parentElement.id === clickedButton.parentElement.firstElementChild.id) {
serverArray.push(selectArray[i].id)
}
}
var status
if (clickedButton.innerText === 'Deactivate Selected Copy') {
status = 'inactive'
} else {
status = 'active'
}
const input = {
copyArray : serverArray,
status : status
}
fetch('https://lisathomasapi.herokuapp.com/routes/copy/updateCopyStatus', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message === 'Success') {
window.location.href = 'adminmessage.html'
}
})
}
var imgObj = new Image();
var fabricImage = new fabric.Image(imgObj);
function selectImage() {
var array = document.querySelectorAll('.mySlides')
document.getElementById('reset').style.display = 'block'
for (i=0;i<array.length;i++) {
if (array[i].style.display === 'block') {
document.getElementById('imageId').value = array[i].id
document.getElementById('uploadDiv').style.display = 'none'
//canvas.setActiveObject(text)
document.getElementById('image').style.display = 'block'
document.getElementById('image').src = array[i].title
imgObj.crossOrigin = 'anonymous'
imgObj.src = array[i].title;
canvas.loadFromDatalessJSON(array[i].alt)
canvas._objects[0].on('selected', function() {
canvas.allowTouchScrolling = false
console.log('selected')
})
imgObj.onload = function () {
// start fabricJS stuff
canvas.setHeight(document.getElementById('image').height);
canvas.setWidth(document.getElementById('image').width);
//image.scale(getRandomNum(0.1, 0.25)).setCoords();
// canvas._objects.shift()
canvas.renderAll.bind(canvas);
// end fabricJS stuff
}
document.getElementById('hidden').style.display = 'block'
document.getElementById('eImage').style.display = 'none'
document.getElementById('submitChanges').style.display = 'block'
document.getElementById('image').style.visibility = 'hidden'
}
}
}
function reset() {
window.location.href = 'admin.html'
}
function logout() {
delete sessionStorage.id
delete sessionStorage.images
delete sessionStorage.role
window.location.href = "login.html";
}
canvas = new fabric.Canvas('canvas',
{
selection : false,
controlsAboveOverlay:true,
centeredScaling:true,
allowTouchScrolling: true
}
)
var text = new fabric.IText('Add Text', {});
text.on('selected', function() {
canvas.allowTouchScrolling = false
console.log('selected')
})
fabricImage.on('selected', function() {
canvas.deactivateAll().renderAll();
fabricImage.lockMovementX = true;
fabricImage.lockMovementY = true;
canvas.allowTouchScrolling = true;
})
canvas.on('selection:cleared', function() {
fabricImage.lockMovementX = true;
fabricImage.lockMovementY = true;
canvas.allowTouchScrolling = true
console.log('unselected')
})
function canvasFunction() {
var link = document.getElementById('imageLink').value
console.log('1')
document.getElementById('image').style.display = 'block'
document.getElementById('image').src = link
imgObj.crossOrigin = 'anonymous'
imgObj.src = link
imgObj.onload = function () {
document.getElementById('loading').innerHTML = ''
canvas.setHeight(document.getElementById('image').height);
canvas.setWidth(document.getElementById('image').width);
console.log('2')
// start fabricJS stuff
document.getElementById('editDiv').style.display = 'none'
// document.getElementById('loader2').style.display = 'none'
canvas.setBackgroundImage(new fabric.Image(imgObj, {
scaleX: canvas.width / imgObj.width,
scaleY: canvas.height / imgObj.height
}));
canvas.add(text);
canvas.renderAll.bind(canvas);
// end fabricJS stuff
document.getElementById('hidden').style.display = 'block'
document.getElementById('submit').style.display = 'block'
document.getElementById('image').style.visibility = 'hidden'
}
// document.body.append(canvas.toDataURL())
}
function changeFont() {
canvas._objects[0].setFontFamily(document.getElementById('fontSelect').value)
canvas.setActiveObject(text)
canvas.renderAll();
}
function finishEdit() {
// canvas.deactivateAll().renderAll();
document.getElementById('imageLocation').style.display = 'block'
document.getElementById('hidden').style.display = 'none'
// document.getElementById('finishEdit').style.display = 'none'
var dataURL = document.querySelector('#canvas').toDataURL();
document.getElementById('imageLocation').src = dataURL;
document.getElementById('canvas').style.display = 'none'
document.querySelector('.upper-canvas').style.display = 'none'
document.querySelector('.canvas-container').style.display = 'none'
}
//Apply violence to the stupid hidden input stuff to make iOS show the keyboard
(function(){
var __initHiddenTextarea = window.fabric.IText.prototype.initHiddenTextarea;
function initHiddenTextarea(){
this.hiddenTextarea = fabric.document.createElement('textarea');
this.hiddenTextarea.setAttribute('autocapitalize', 'off');
this.hiddenTextarea.style.cssText = 'position: absolute; opacity: 0; font-size: 10pt;' +
' left: -9999px; width: 8888px; height: 10px; z-index: -999;';
if (this.canvas && this.canvas.wrapperEl) {
this.canvas.wrapperEl.appendChild(this.hiddenTextarea);
this.on('event:scaling', this.canvas.updateHiddenTextareaPosition.bind(this.canvas));
this.on('event:moving', this.canvas.updateHiddenTextareaPosition.bind(this.canvas));
this.canvas.updateHiddenTextareaPosition();
} else {
fabric.document.body.appendChild(this.hiddenTextarea);
}
//This was in the original initHiddenTextarea
fabric.util.addListener(this.hiddenTextarea, 'keydown', this.onKeyDown.bind(this));
fabric.util.addListener(this.hiddenTextarea, 'keypress', this.onKeyPress.bind(this));
fabric.util.addListener(this.hiddenTextarea, 'copy', this.copy.bind(this));
fabric.util.addListener(this.hiddenTextarea, 'paste', this.paste.bind(this));
if (!this._clickHandlerInitialized && this.canvas) {
fabric.util.addListener(this.canvas.upperCanvasEl, 'click', this.onClick.bind(this));
this._clickHandlerInitialized = true;
}
}
//We need to slap this on fabric, so that if we do something to change the position of the
//textarea on the screen by e.g. resizing or zooming the canvas, we can move the hidden
//textarea appropriately.
function updateHiddenTextareaPosition() {
//The text's bounding rectangle, IN CANVAS SPACE (not fabric logical coordinates)
var itextObject = this.getActiveObject();
if (itextObject && itextObject.isEditing) { //If not iText, will return false
if (itextObject.hiddenTextarea.parentNode === this.wrapperEl) {
var rect = itextObject.getBoundingRect();
itextObject.hiddenTextarea.style.top = rect.top + 'px';
}
}
}
window.fabric.util.object.extend(window.fabric.IText.prototype, {
initHiddenTextarea: initHiddenTextarea,
});
window.fabric.util.object.extend(window.fabric.Canvas.prototype, {
updateHiddenTextareaPosition: updateHiddenTextareaPosition,
});
});
/*$('input[type=file]').on("click", function() {
// document.getElementById('loader2').style.display = 'block'
}) */
$("document").ready(function() {
$('input[type=file]').on("click", function() {
document.getElementById('loading').innerHTML = '<div class="loader"></div>'
})
})
$("document").ready(function() {
$('input[type=file]').on("change", function() {
var $files = $(this).get(0).files;
if ($files.length) {
// Reject big files
/* if ($files[0].size > $(this).data("max-size") * 10024) {
console.log("Please select a smaller file");
return false;
} */
// Begin file upload
// Replace ctrlq with your own API key
var apiUrl = 'https://api.imgur.com/3/image';
var apiKey = '314fcaf93f5188b';
var settings = {
async: false,
crossDomain: true,
processData: false,
contentType: false,
type: 'POST',
url: apiUrl,
headers: {
Authorization: 'Client-ID ' + apiKey,
Accept: 'application/json'
},
mimeType: 'multipart/form-data'
};
console.log($files)
var formData = new FormData();
for (i=0; i<$files.length; i++) {
formData.append("image", $files[i]);
settings.data = formData;
// Response contains stringified JSON
// Image URL available at response.data.link
$.ajax(settings).done(function(response) {
// console.log(JSON.parse(response).data)
var newImg = document.createElement('input')
newImg.style.display = 'none'
newImg.className = 'newImg'
newImg.value = JSON.parse(response).data.link
document.body.appendChild(newImg)
/* var link = JSON.parse(response).data.link
document.getElementById('imageLink').value = link
canvasFunction() */
}) }
//
console.log(document.querySelectorAll('.newImg'))
sendImageToServer()
}
});
});
function submit() {
document.getElementById('saving').innerText = 'Saving...'
// document.body.append(canvas.toDataURL())
// canvas.deactivateAll()
// document.getElementById('loader1').style.display = 'block'
try {
var img = canvas.toDataURL('image/jpeg', 0.9).split(',')[1];
} catch(e) {
var img = canvas.toDataURL().split(',')[1];
}
// document.body.append(canvas.toDataURL())
// console.log(img)
// document.body.append('Uploading file to Imgur..')
console.log("Uploading file to Imgur..");
// Replace ctrlq with your own API key
$.ajax({
url: 'https://api.imgur.com/3/image',
type: 'post',
headers: {
Authorization: 'Client-ID ' + '314fcaf93f5188b'
},
data: {
image: img
},
dataType: 'json',
success: function(response) {
if(response.success) {
// Post the imgur url to your server.
console.log(response.data.link)
document.getElementById('imageCopyLink').value = response.data.link
// document.body.append('loading')
// sendToServer()
addCopy()
}
}
});
};
function submitChanges() {
document.getElementById('saving').innerText = 'Saving...'
// canvas.deactivateAll().renderAll();
// document.getElementById('loader1').style.display = 'block'
try {
var img = canvas.toDataURL('image/jpeg', 0.9).split(',')[1];
} catch(e) {
var img = canvas.toDataURL().split(',')[1];
}
$.ajax({
url: 'https://api.imgur.com/3/image',
type: 'post',
headers: {
Authorization: 'Client-ID ' + '314fcaf93f5188b'
},
data: {
image: img
},
dataType: 'json',
success: function(response) {
if(response.success) {
// Post the imgur url to your server.
console.log(response.data.link)
document.getElementById('imageCopyLink').value = response.data.link
saveCopy()
}
}
});
}
function test() {
document.getElementById('img').setAttribute('src', document.getElementById('imageLink').value)
}
function sendImageToServer() {
var serverArray = []
var imgArray = document.querySelectorAll('.newImg')
for (i=0; i<imgArray.length;i++) {
serverArray.push(imgArray[i].value)
}
var input = {
imgArray : serverArray
}
// document.body.append('about to send to server')
fetch('https://lisathomasapi.herokuapp.com/routes/images/addImage', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
console.log(data.message)
window.location.href = 'adminmessage.html'
})
}
function sendToServerUpdate() {
const input = {
imageCopyLink : document.getElementById('imageCopyLink').value,
canvasLink : JSON.stringify(canvas)
}
console.log(input.id)
fetch('https://lisathomasapi.herokuapp.com/routes/images/updateImage', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
window.location.href = 'adminmessage.html'
})
}
function deleteImage() {
var selectArray = document.querySelectorAll('.selected')
var serverArray = []
for (i=0;i<selectArray.length;i++) {
if (selectArray[i].parentElement.parentElement.id === document.getElementById('deleteId').value) {
serverArray.push(selectArray[i].id)
}
}
const input = {
imgArray : serverArray
}
fetch('https://lisathomasapi.herokuapp.com/routes/images/deleteImage', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message === 'Success') {
window.location.href = 'adminmessage.html'
}
})
}
function deleteCopy() {
var selectArray = document.querySelectorAll('.selected')
var serverArray = []
for (i=0;i<selectArray.length;i++) {
if (selectArray[i].parentElement.parentElement.id === document.getElementById('deleteId2').value) {
serverArray.push(selectArray[i].id)
}
}
console.log(selectArray)
console.log(serverArray)
const input = {
copyArray : serverArray
}
fetch('https://lisathomasapi.herokuapp.com/routes/copy/deleteCopy', {
method: 'POST',
body: JSON.stringify(input),
headers: { "Content-Type": "application/json"}
}).then(function(response) {
return response.json();
}).then(function(data) {
if (data.message === 'Success') {
window.location.href = 'adminmessage.html'
}
})
}
// Get the modal
var modal = document.getElementById('myModal');
var modal2 = document.getElementById('myModal2');
// Get the button that opens the modal
var btn = document.getElementById("deleteImage");
var cancel = document.getElementById("cancelDeletion");
var cancel2 = document.getElementById("cancelDeletion2");
// Get the <span> element that closes the modal
var span = document.getElementsByClassName("close")[0];
var span2 = document.getElementsByClassName("close2")[0];
// When the user clicks the button, open the modal
function displayModal(clicked_id) {
var gallery = document.getElementById(clicked_id).parentElement.firstElementChild.id
document.getElementById('deleteId').value = gallery
modal.style.display = "block";
}
function displayModal2(clicked_id) {
var gallery = document.getElementById(clicked_id).parentElement.firstElementChild.id
document.getElementById('deleteId2').value = gallery
modal2.style.display = "block";
}
// When the user clicks on <span> (x), close the modal
span.onclick = function() {
modal.style.display = "none";
}
span2.onclick = function() {
modal2.style.display = "none";
}
cancel.onclick = function() {
modal.style.display = "none";
}
cancel2.onclick = function() {
modal2.style.display = "none";
}
// When the user clicks anywhere outside of the modal, close it
window.onclick = function(event) {
if (event.target == modal) {
modal.style.display = "none";
}
if (event.target == modal2) {
modal2.style.display = "none";
}
}
|
import React from 'react';
import { shallow, mount } from 'enzyme';
import PaymentMethodButton from 'components/PaymentMethodButton';
import Adyen from 'components/Adyen';
import {
submitPayment,
getPaymentMethods,
updateOrder,
submitPayPalPayment
} from 'api';
import { getData, setData } from 'util/appConfigHelper';
import Payment from './Payment';
import { PaymentErrorStyled } from './PaymentStyled';
const mockPaymentMethods = {
responseData: {
paymentMethods: [
{
id: 234,
methodName: 'card',
logoUrl:
'https://cleeng.com/assets/7d823b2183d46cd1fe79a9a32c566e07.png'
},
{
id: 123,
methodName: 'paypal',
logoUrl: ''
}
]
},
errors: []
};
jest.mock('api', () => ({
createOrder: jest
.fn()
.mockResolvedValue({ orderId: '123123' })
.mockName('createOrder'),
updateOrder: jest
.fn()
.mockResolvedValue({ errors: [], responseData: { order: {} } })
.mockName('updateOrder'),
getPaymentMethods: jest
.fn()
.mockResolvedValue({
responseData: {
paymentMethods: [
{
id: 234,
methodName: 'card',
logoUrl:
'https://cleeng.com/assets/7d823b2183d46cd1fe79a9a32c566e07.png'
},
{
id: 123,
methodName: 'paypal',
logoUrl: ''
}
]
},
errors: []
})
.mockName('getPaymentMethods'),
submitPayment: jest
.fn()
.mockResolvedValue({ errors: [] })
.mockName('submitPayment'),
submitPayPalPayment: jest
.fn()
.mockResolvedValue({
responseData: { redirectUrl: 'mock.com' },
errors: []
})
.mockName('submitPayPalPayment')
}));
describe('Payment', () => {
beforeEach(() => {
jest.spyOn(Storage.prototype, 'getItem');
jest.spyOn(Storage.prototype, 'setItem');
});
afterEach(() => {
jest.clearAllMocks();
});
it('renders with buttons', () => {
const wrapper = shallow(<Payment onPaymentComplete={jest.fn()} />);
wrapper.setState({
paymentMethods: mockPaymentMethods.responseData.paymentMethods
});
expect(wrapper.find(PaymentMethodButton)).toHaveLength(2);
expect(wrapper.find(Adyen)).toHaveLength(0);
});
it('fetch payment methods on render', done => {
const wrapper = shallow(<Payment onPaymentComplete={jest.fn()} />);
setImmediate(() => {
expect(wrapper.state().paymentMethods).toEqual(
mockPaymentMethods.responseData.paymentMethods
);
const paymentMethodId = getData('CLEENG_PAYMENT_METHOD_ID');
expect(Number(paymentMethodId)).toBe(
mockPaymentMethods.responseData.paymentMethods[0].id
);
done();
});
});
it('shows error while cannot fetch payment methods', done => {
getPaymentMethods.mockResolvedValueOnce({
errors: ['Some error']
});
const wrapper = shallow(<Payment onPaymentComplete={jest.fn()} />);
setImmediate(() => {
expect(wrapper.find(PaymentErrorStyled).exists()).toBe(true);
done();
});
});
it('expands on button click', () => {
const wrapper = mount(<Payment onPaymentComplete={jest.fn()} />);
setData('CLEENG_ORDER_ID', 123123123);
wrapper.setState({
paymentMethods: mockPaymentMethods.responseData.paymentMethods
});
wrapper
.find(PaymentMethodButton)
.first()
.simulate('click');
expect(wrapper.find(Adyen)).toHaveLength(1);
expect(updateOrder).toHaveBeenCalled();
});
it('clears error', () => {
const wrapper = shallow(<Payment onPaymentComplete={jest.fn()} />);
const instance = wrapper.instance();
instance.setState({ generalError: 'ERROR' });
expect(instance.state.generalError).not.toBe('');
instance.clearError();
expect(instance.state.generalError).toBe('');
});
});
describe('Adyen submit', () => {
it('complete payment on successful submit via adyen', done => {
const mockOnPaymentComplete = jest.fn();
const wrapper = mount(
<Payment onPaymentComplete={mockOnPaymentComplete} />
);
const instance = wrapper.instance();
instance.onAdyenSubmit({ data: { paymentMethod: {} } });
expect(submitPayment).toHaveBeenCalled();
setImmediate(() => {
expect(instance.props.onPaymentComplete).toHaveBeenCalled();
done();
});
});
it('shows error when payment submit failed', done => {
submitPayment.mockResolvedValueOnce({
errors: ['Some error']
});
const wrapper = mount(<Payment onPaymentComplete={jest.fn()} />);
const instance = wrapper.instance();
instance.onAdyenSubmit({ data: { paymentMethod: {} } });
expect(submitPayment).toHaveBeenCalled();
setImmediate(() => {
expect(instance.state.generalError).not.toBe('');
done();
});
});
});
describe('Paypal submit', () => {
it('should call submitPayPalPayment', done => {
const mockOnPaymentComplete = jest.fn();
delete window.location;
window.location = {
href: ''
};
const wrapper = mount(
<Payment onPaymentComplete={mockOnPaymentComplete} />
);
const instance = wrapper.instance();
instance.submitPayPal();
expect(submitPayPalPayment).toHaveBeenCalled();
setImmediate(() => {
expect(window.location.href).toBe('mock.com');
done();
});
});
it('should set state when error occures', done => {
submitPayPalPayment.mockRejectedValue(new Error('erro'));
const mockOnPaymentComplete = jest.fn();
const wrapper = mount(
<Payment onPaymentComplete={mockOnPaymentComplete} />
);
const instance = wrapper.instance();
instance.submitPayPal();
expect(submitPayPalPayment).toHaveBeenCalled();
setImmediate(() => {
expect(instance.state.generalError).toBe(
'The payment failed. Please try again.'
);
done();
});
});
});
|
/* Aux functions- Maze sharing */
Array.prototype.repeat= function(what, L){
while(L) this[--L]= what;
return this;
}
String.prototype.replaceArray = function(find, replace) {
var replaceString = this;
for (var i = 0; i < find.length; i++) {
replaceString = replaceString.replace(find[i], replace[i]);
}
return replaceString;
};
var QueryString = function () {
// This function is anonymous, is executed immediately and
// the return value is assigned to QueryString!
var query_string = {};
var query = window.location.hash.substring(1);
var vars = query.split("&");
for (var i=0;i<vars.length;i++) {
var pair = vars[i].split("=");
// If first entry with this name
if (typeof query_string[pair[0]] === "undefined") {
query_string[pair[0]] = decodeURIComponent(pair[1]);
// If second entry with this name
} else if (typeof query_string[pair[0]] === "string") {
var arr = [ query_string[pair[0]],decodeURIComponent(pair[1]) ];
query_string[pair[0]] = arr;
// If third or later entry with this name
} else {
query_string[pair[0]].push(decodeURIComponent(pair[1]));
}
}
return query_string;
}();
function cyph(str){
return str.replace()
}
/* Shuffle */
function shuffle(a) {
var j, x, i;
for (i = a.length; i; i--) {
j = Math.floor(Math.random() * i);
x = a[i - 1];
a[i - 1] = a[j];
a[j] = x;
}
}
/* Maze functions */
/* Replication Single objects for maze */
function buildPath(maze, pos){
var neighbor = [];
maze[pos[0]][pos[1]] = 1;
if(pos[0] > 0) neighbor.push([pos[0]-1,pos[1] ]);
if(pos[1] > 0) neighbor.push([pos[0] ,pos[1]-1]);
if(pos[0] < maze.length-1) neighbor.push([pos[0]+1,pos[1] ]);
if(pos[1] < maze[0].length-1) neighbor.push([pos[0] ,pos[1]+1]);
shuffle(neighbor);
for (var i = neighbor.length - 1; i >= 0; i--) {
if(maze[neighbor[i][0]][neighbor[i][1]] == 0 && countNeighbors(maze, neighbor[i]) == 1){
buildPath(maze, neighbor[i]);
}
}
}
function countNeighbors(maze, pos){
var res = 0;
if(pos[0] > 0 && maze[pos[0]-1][pos[1]] == 1){
res++;
}
if(pos[1] > 0 && maze[pos[0]][pos[1]-1] == 1){
res++;
}
if(pos[0] < maze.length-1 && maze[pos[0]+1][pos[1]] == 1){
res++;
}
if(pos[1] < maze[0].length-1 && maze[pos[0]][pos[1]+1] == 1){
res++;
}
return res;
}
function lookNeighbors(maze, pos, look){
var res = [];
if(look != 270 && pos[0] > 0 && maze[pos[0]-1][pos[1]] == 1){
res.push([pos[0]-1,pos[1]]);
}
if(look != 180 && pos[1] > 0 && maze[pos[0]][pos[1]-1] == 1){
res.push([pos[0],pos[1]-1]);
}
if(look != 90 && pos[0] < maze.length-1 && maze[pos[0]+1][pos[1]] == 1){
res.push([pos[0]+1,pos[1]]);
}
if(look != 0 && pos[1] < maze[0].length-1 && maze[pos[0]][pos[1]+1] == 1){
res.push([pos[0],pos[1]+1]);
}
shuffle(res);
return res;
}
/* Graphics functions */
function paintMaze(maze){
var maze_height = maze.length;
var maze_width = maze[0].length;
var scene = document.getElementById('scene');
// Clean scene
var aplanes = document.getElementsByTagName('a-plane');
for (var i = aplanes.length - 1; i >= 0; i--) {
scene.remove(aplanes[i]);
}
var aboxes = document.getElementsByTagName('a-box');
for (var i = aboxes.length - 1; i >= 0; i--) {
scene.remove(aboxes[i]);
}
// Print ground
var plane_ground = document.createElement("a-plane");
plane_ground.setAttribute('static-body','');
plane_ground.setAttribute('height',3*maze_height);
plane_ground.setAttribute('width',3*maze_width);
plane_ground.setAttribute('position','0 0 0');
plane_ground.setAttribute('rotation','90 0 0');
plane_ground.setAttribute('material','src: #asset_ground;side: double;repeat: '+maze_width+' '+maze_height);
scene.appendChild(plane_ground);
// Print roof
var plane_roof = document.createElement("a-plane");
plane_roof.setAttribute('static-body','');
plane_roof.setAttribute('height',3*maze_height);
plane_roof.setAttribute('width',3*maze_width);
plane_roof.setAttribute('position','0 3 0');
plane_roof.setAttribute('rotation','90 0 0');
plane_roof.setAttribute('material','src: #asset_roof;side: double;repeat: '+maze_width+' '+maze_height);
scene.appendChild(plane_roof);
// Print walls
var plane_wall = document.createElement("a-plane");
plane_wall.setAttribute('static-body','');
plane_wall.setAttribute('height',3);
plane_wall.setAttribute('width',3*maze_width);
plane_wall.setAttribute('position','0 1.5 '+(3*((maze_height)*.5)));
plane_wall.setAttribute('rotation','0 0 0');
plane_wall.setAttribute('material','src: #asset_wall;side: double;repeat: '+maze_width+' 1');
scene.appendChild(plane_wall);
plane_wall = document.createElement("a-plane");
plane_wall.setAttribute('static-body','');
plane_wall.setAttribute('height',3);
plane_wall.setAttribute('width',3*maze_width);
plane_wall.setAttribute('position','0 1.5 -'+(3*((maze_height)*.5)));
plane_wall.setAttribute('rotation','0 0 0');
plane_wall.setAttribute('material','src: #asset_wall;side: double;repeat: '+maze_width+' 1');
scene.appendChild(plane_wall);
plane_wall = document.createElement("a-plane");
plane_wall.setAttribute('static-body','');
plane_wall.setAttribute('height',3);
plane_wall.setAttribute('width',3*maze_height);
plane_wall.setAttribute('position',(3*((maze_width)*.5))+' 1.5 0');
plane_wall.setAttribute('rotation','0 90 0');
plane_wall.setAttribute('material','src: #asset_wall;side: double;repeat: '+maze_height+' 1');
scene.appendChild(plane_wall);
plane_wall = document.createElement("a-plane");
plane_wall.setAttribute('static-body','');
plane_wall.setAttribute('height',3);
plane_wall.setAttribute('width',3*maze_height);
plane_wall.setAttribute('position',(-3*((maze_width)*.5))+' 1.5 0');
plane_wall.setAttribute('rotation','0 90 0');
plane_wall.setAttribute('material','src: #asset_wall;side: double;repeat: '+maze_height+' 1');
scene.appendChild(plane_wall);
// Set camera position
var free1=0,free2=0;
while(maze[free1][free2] != 1){
free1++;
if(free1 >= maze_height){
free1 = 0;
free2++;
}
}
var cam = document.getElementById('camera');
cam.setAttribute('position',(3*(free2-(maze_width-1)*.5))+' 1.6 '+(3*(free1-(maze_height-1)*.5)));
// Print instructions
var plane_instructions = document.createElement("a-box");
plane_instructions.setAttribute('height',1.5);
plane_instructions.setAttribute('width',2.5);
plane_instructions.setAttribute('look-at','#camera');
plane_instructions.setAttribute('rotation','0 90 0');
plane_instructions.setAttribute('id','instruction');
plane_instructions.setAttribute('on-gaze','');
plane_instructions.setAttribute('position',(3*(free2-(maze_width-1)*.5))+' 1 '+(3*(free1-(maze_height-1)*.5)));
plane_instructions.setAttribute('material','src: #asset_instruction;');
scene.appendChild(plane_instructions);
//reload
var reload = document.createElement("a-box");
reload.setAttribute('on-click','');
reload.setAttribute('height',0.3);
reload.setAttribute('width',0.3);
reload.setAttribute('look-at','#camera');
reload.setAttribute('rotation','0 90 0');
reload.setAttribute('position','-25.5 2.2 -19.5');
reload.setAttribute('material','src: #asset_reload;');
scene.appendChild(reload);
// Set final portal position
var free1=maze_height-1,free2=maze_width-1;
while(maze[free1][free2] != 1){
free1--;
if(free1 <= 0){
free1 = maze_height-1;
free2--;
}
}
// door
var box_price = document.createElement("a-box");
box_price.setAttribute('static-body','');
box_price.setAttribute('src','#door');
box_price.setAttribute('id','price');
box_price.setAttribute('height',2);
box_price.setAttribute('width',1);
box_price.setAttribute('depth',1);
box_price.setAttribute('rotation','0 0 0');
box_price.setAttribute('position',(3*(free2-(maze_width-1)*.5))+' 1 '+(3*(free1-(maze_height-1)*.5)));
scene.appendChild(box_price);
// Print all walls as boxes
for(var i = 0; i < maze_height; i++){
for(var j = 0; j < maze_width; j++){
if(maze[i][j] == 1){
continue;
}
var box_wall = document.createElement("a-box");
box_wall.setAttribute('static-body','');
box_wall.setAttribute('height',3);
box_wall.setAttribute('width',3);
box_wall.setAttribute('depth',3);
box_wall.setAttribute('position',(3*(j-(maze_width-1)*.5))+' 1.5 '+(3*(i-(maze_height-1)*.5)));
box_wall.setAttribute('material','src: #asset_wall');
scene.appendChild(box_wall);
}
}
}
|
function Sololetras(e){
key = e.keyCode || e.wich;
tecla = String.fromCharCode(key).toString();
letras = "abcdefghijklmnsñopqrstuvwxyzABCDEFGHIJKLMNSOPQRTUVWXZÁÉÚÓÍáéíóú";
especiales = [0,13];
tecla_especial = false
for (var i in especiales) {
if (key == especiales[i]) {
tecla_especial= true;
break;
}
}
if (letras.indexOf(tecla) == -1 && tecla_especial){
alert("Ingresar solo letras");
return false;
}
}
|
import './JustMyLuck.integer';
import JustMyLuck from './JustMyLuck';
JustMyLuck.extend({
pickIndex(array) {
return this.integer(0, array.length);
},
});
|
/** *****************************************************************************
* Licensed Materials - Property of IBM
* (c) Copyright IBM Corporation 2019. All Rights Reserved.
*
* US Government Users Restricted Rights - Use, duplication or disclosure
* restricted by GSA ADP Schedule Contract with IBM Corp.
*******************************************************************************/
// Copyright (c) 2020 Red Hat, Inc.
// Copyright Contributors to the Open Cluster Management project
import _ from 'lodash'
// @flow
export const mapSingleApplication = application => {
const items = application ? _.get(application, 'items', []) : []
const result =
items.length > 0
? items[0]
: {
name: '',
namespace: '',
dashboard: '',
selfLink: '',
_uid: '',
created: '',
apigroup: '',
cluster: '',
kind: '',
label: '',
_hubClusterResource: '',
_rbac: '',
related: []
}
result.related = application ? application.related || [] : []
items.forEach(item => {
//if this is an argo app, the related kinds query should be built from the items section
//for argo we ask for namespace:targetNamespace label:appLabel kind:<comma separated string of resource kind>
//this code moves all these items under the related section
const kind = _.get(item, 'kind')
const cluster = _.get(item, 'cluster')
if (kind === 'application') {
//this is a legit app object , just leave it
return
}
if (kind === 'subscription' && cluster !== 'local-cluster') {
// this is a legit subscription object that needs no alternation
return
}
//find under the related array an object matching this kind
const queryKind = _.filter(
result.related,
filtertype => _.get(filtertype, 'kind', '') === kind
)
//if that kind section was found add this object to it, otherwise create a new kind object for it
const kindSection =
queryKind && queryKind.length > 0 ? queryKind : { kind, items: [item] }
if (!queryKind || queryKind.length === 0) {
//link this kind section directly to the results array
result.related.push(kindSection)
} else {
kindSection[0].items.push(item)
}
})
return [result]
}
|
module.exports = {
content: ["./src/**/*.{html,js}"],
theme: {
extend: {
aspectRatio: {
"5/3": "5 / 3",
},
colors: {
"accent-1": "#FAFAFA",
"accent-2": "#EAEAEA",
"accent-7": "#333",
success: "#0070f3",
cyan: "#79FFE1",
// brandorange: "#ed7102",
brandorange: "#e37e24",
brandteal: "#009ea6",
brandpink: "#e13f79",
brandlightpink: "#F9C5D7",
brandpurple: "#2f255b",
},
},
},
variants: {
aspectRatio: ["responsive"],
extend: {
backgroundColor: ["odd", "checked"],
backgroundOpacity: ["odd"],
backgroundColor: ["checked"],
textColor: ["checked"],
grayscale: ["hover", "focus", "group-hover"],
backgroundColor: [],
},
},
plugins: [],
}
|
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