Top 10 Examples of "css-select in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'css-select' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
import ElementType from 'domelementtype'
import cssSelect from 'css-select'
import DomUtils from 'domutils'
import attributes from 'css-select/lib/attributes'
import Parser from 'htmlparser2/lib/Parser'
import domSerializer from './_domSerializer'
// monkey patching css-select/lib/attributes to reflect difference in how classes are stored
// Note: in XNode classes are stored in a Set instead of a string
const _elementRule = attributes.rules.element
attributes.rules.element = function(next, data) {
if (data.name === 'class') {
let value = data.value
if (/\s/.test(value)) return function() { return false }
return function clazz(elem) {
let classes = elem.classes
return classes && classes.has(value) && next(elem)
}
} else {
return _elementRule(next, data)
}
}
Parser.prototype.oncdata = function(value){
this._updatePosition(1);
if(this._options.xmlMode){import ElementType from 'domelementtype'
import cssSelect from 'css-select'
import DomUtils from 'domutils'
import attributes from 'css-select/lib/attributes'
import Parser from 'htmlparser2/lib/Parser'
import domSerializer from './_domSerializer'
// monkey patching css-select/lib/attributes to reflect difference in how classes are stored
// Note: in XNode classes are stored in a Set instead of a string
const _elementRule = attributes.rules.element
attributes.rules.element = function(next, data) {
if (data.name === 'class') {
let value = data.value
if (/\s/.test(value)) return function() { return false }
return function clazz(elem) {
let classes = elem.classes
return classes && classes.has(value) && next(elem)
}
} else {
return _elementRule(next, data)
}
}
Parser.prototype.oncdata = function(value){
this._updatePosition(1);request(options, function (error, response, body) {
if (null !== error || 200 != response.statusCode)
{
return reject({error:error,response:response,body:body});
}
let list = [];
const dom = htmlparser2.parseDOM(body);
const trList = CSSselect.selectAll('table tbody tr', dom);
_.forEach(trList, (tr, trIndex) => {
let tdList = CSSselect.selectAll('td', tr);
// not enough column ?
if (mapping.length != tdList.length)
{
// no date (ie single column No data was found for the selected time period. )
if (1 == tdList.length && 1 == trList.length)
{
return false;
}
logger.warn("Could not parse Coin Market Cap historical data for '%s' (row #%d) : got %d columns instead of %d", currency, trIndex, tdList.length, mapping.length);
return false;
}
let entry = {};
_.forEach(tdList, (td, tdIndex) => {
entry[mapping[tdIndex]] = 0 != tdIndex ? self._parseFloat(td) : self._parseDate(td);_.forEach(trList, (tr, trIndex) => {
let tdList = CSSselect.selectAll('td', tr);
// not enough column ?
if (mapping.length != tdList.length)
{
// no date (ie single column No data was found for the selected time period. )
if (1 == tdList.length && 1 == trList.length)
{
return false;
}
logger.warn("Could not parse Coin Market Cap historical data for '%s' (row #%d) : got %d columns instead of %d", currency, trIndex, tdList.length, mapping.length);
return false;
}
let entry = {};
_.forEach(tdList, (td, tdIndex) => {
entry[mapping[tdIndex]] = 0 != tdIndex ? self._parseFloat(td) : self._parseDate(td);
});
// coin market cap will return newest firstnumberOfCiters: 0,
scholarId: null,
}, refractoryPeriod);
break;
case SCHOLAR_REQUEST_TYPE_CITERS:
dispatchAndEcho({type: RESOLVE_SCHOLAR_CITERS_REQUEST}, refractoryPeriod);
break;
default:
console.error(`Unexpected Scholar request type ${state.scholar.requests[0].type}`);
dispatchAndEcho(null, refractoryPeriod);
break;
}
} else {
switch (state.scholar.requests[0].type) {
case SCHOLAR_REQUEST_TYPE_INITIALIZE: {
const publications = cssSelect(publicationsQuery, dom);
const candidates = [];
for (const publication of publications) {
const titleCandidates = cssSelect(titleFromPublicationQuery, publication);
if (
titleCandidates.length === 0
|| !titleCandidates[0].children
|| titleCandidates[0].children.length === 0
|| titleCandidates[0].children[0].type !== 'text'
) {
continue;
}
for (let citersLinkCandidate of cssSelect(citersLinkFromPublicationQuery, publication)) {
if (
citersLinkCandidate.children
&& citersLinkCandidate.children.length > 0
&& citersLinkCandidate.children[0].type === 'text'break;
case SCHOLAR_REQUEST_TYPE_CITERS:
dispatchAndEcho({type: RESOLVE_SCHOLAR_CITERS_REQUEST}, refractoryPeriod);
break;
default:
console.error(`Unexpected Scholar request type ${state.scholar.requests[0].type}`);
dispatchAndEcho(null, refractoryPeriod);
break;
}
} else {
switch (state.scholar.requests[0].type) {
case SCHOLAR_REQUEST_TYPE_INITIALIZE: {
const publications = cssSelect(publicationsQuery, dom);
const candidates = [];
for (const publication of publications) {
const titleCandidates = cssSelect(titleFromPublicationQuery, publication);
if (
titleCandidates.length === 0
|| !titleCandidates[0].children
|| titleCandidates[0].children.length === 0
|| titleCandidates[0].children[0].type !== 'text'
) {
continue;
}
for (let citersLinkCandidate of cssSelect(citersLinkFromPublicationQuery, publication)) {
if (
citersLinkCandidate.children
&& citersLinkCandidate.children.length > 0
&& citersLinkCandidate.children[0].type === 'text'
&& citersLinkCandidate.attribs
&& citersLinkCandidate.attribs.href
) {parent.content.forEach(elem => {
if (is(proxy(elem), rule.selector)) {
const style = elem.hasAttr('style') ? elem.attr('style').value.split(';') : []
for (let key in rule.declarations) {
style.push(`${key}: ${rule.declarations[key]};`)
}
elem.addAttr({
name: 'style',
local: 'style',
value: style.join(' '),
prefix: ''
})
}
if (!elem.isEmpty()) {
walk(elem, rule)
}
})
}public querySelectorAll(selector: string): HTMLElement[] {
if (!CACHED_CSS_SELECTORS.has(selector)) {
CACHED_CSS_SELECTORS.set(selector, cssSelect.compile(selector));
}
const matches: any[] = cssSelect(
CACHED_CSS_SELECTORS.get(selector) as cssSelect.CompiledQuery,
this._document.children
);
const result = matches.map((element) => {
return new HTMLElement(element, this);
});
return result;
}function matcherFromSelector(declarations, selector) {
const match = CSSselect.compile(selector);
const specificity = calculateSpecificity(selector);
const properties = declarationsToProperties(declarations, specificity);
return {
match(element) {
return match(element) ? properties : null;
},
specificity
};
}}
export function unblockScholar() {
return {type: UNBLOCK_SCHOLAR};
}
export function changeRecaptchaVisibility() {
return {type: CHANGE_RECAPTCHA_VISIBILITY};
}
export function scholarDisconnect() {
return {type: SCHOLAR_DISCONNECT};
}
const firstCategoryRecaptchaQuery = cssSelect.compile('#gs_captcha_c');
const secondCategoryRecaptchaQuery = cssSelect.compile('.g-recaptcha');
const titleQuery = cssSelect.compile('head title');
const publicationsQuery = cssSelect.compile('.gs_r.gs_or.gs_scl .gs_ri');
const titleFromPublicationQuery = cssSelect.compile('.gs_rt a');
const citersLinkFromPublicationQuery = cssSelect.compile('.gs_fl a');
const metadataFromPublicationQuery = cssSelect.compile('.gs_a');
export function resolveHtml(url, text) {
return (dispatch, getState) => {
const dispatchAndEcho = (action, refractoryPeriod) => {
if (action != null) {
const now = Date.now();
dispatch({
...action,
beginOfRefractoryPeriod: now,
endOfRefractoryPeriod: now + refractoryPeriod,
});