Top 10 Examples of "chrono-node in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'chrono-node' 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.
function addTimeTags(obj, options) {
var data,
iso,
cn = options.className,
restictedWords = ['today', 'tomorrow', 'yesterday'],
tag = '',
date = '',
x = 0,
i;
if (options.publishedDate) {
data = chrono.parse(options.text, options.publishedDate);
} else {
data = chrono.parse(options.text);
}
//console.log(JSON.stringify(data))
if (data.length > -1) {
i = data.length;
while (x < i) {
date = data[x].startDate;
// do not use:
// impliedComponents for day, month
// text containing today, tomorrow, yesterdaypatterns.some(function (_) {
var pattern = easyPattern(_)
if (pattern.test(input)) {
result = pattern.match(input)
// special case for trailing tomorrow
if (!result.time && _.match(/tomorrow$/i)) {
result.time = chrono.parse('tomorrow')[0].start.date()
}
if (result.interval) {
result.interval = dateparser(result.interval).value
result.time = Date.now() + result.interval
}
// undo the regex 'to' hack
result.task = result.task.replace(/__to__/ig, ' to ')
if (typeof result.time === 'string') {
result.time = chrono.parse(result.time)[0].start.date()
}
return true
}function addTimeTags(obj, options) {
var data,
iso,
cn = options.className,
restictedWords = ['today', 'tomorrow', 'yesterday'],
tag = '',
date = '',
x = 0,
i;
if (options.publishedDate) {
data = chrono.parse(options.text, options.publishedDate);
} else {
data = chrono.parse(options.text);
}
//console.log(JSON.stringify(data))
if (data.length > -1) {
i = data.length;
while (x < i) {
date = data[x].startDate;
// do not use:
// impliedComponents for day, month
// text containing today, tomorrow, yesterday
if (!data[x].start.impliedComponents) {
data[x].start.impliedComponents = [];function getNotifyOptions (text, timezone) {
var res;
var resMoment;
var options = {
expireOffset: null, // expire offset in seconds
unixTimestamp: null,
text: text
};
try {
res = chrono.parse(text);
} catch (e) {
console.error(e, e.stack);
return null;
}
if (!res || !res.length) {
return null;
}
res = res[res.length - 1];
resDate = chrono.parseDate(res.text);
if (res.tags.RUDeadlineFormatParser || res.tags.ENDeadlineFormatParser) {
resMoment = moment(resDate);
options.unixTimestamp = resMoment.unix();
options.expireOffset = resMoment.diff(new Date, 'seconds');function parseDate(dateString: string, forward: boolean = false) {
if (!dateString || dateString.trim().length === 0) {
return undefined;
}
console.log(dateString);
const parsed = chrono.parseDate(dateString, new Date(), {
forwardDate: forward
});
console.log(parsed);
return parsed;
// We always use "start" because we're not actually trying to parse a date range out
// of natural text
// if (!parsed || parsed.length === 0 || !parsed[0].start) {
// return undefined;
// }
// return parsed[0].start.date();
}};
PositiveParser.extract = function(text, ref, match, opt) {
console.log({ text: text, ref: ref, match: match, opt: opt });
let pr = new chrono.ParsedResult({
ref: ref,
text: match[0],
index: match.index,
start: {
year: parseInt(match[0], 10)
}
});
const x = implyLateStart(pr);
return x;
};
var custom = new en.Chrono();
custom.parsers.push(BCParser);
custom.parsers.push(NegativeParser);
custom.parsers.push(CenturyParser);
custom.parsers.push(PositiveParser);
class Timelist extends React.Component {
constructor(props) {
super(props);
// update is a function that grabs the state
this.editSeveral = props.editSeveral;
this.state = {
when_original: null,
when_happened: null,
resolution: null,
parsed: null,}
}
} else if (["address", "add"].includes(extractor)) {
result = addressit(data)
} else if (["email", "mail", "@"].includes(extractor)) {
if (multiple) {
result = data.match(emailRegex) || data
if (_.isArray(result) && result.length === 1) {
result = result[0]
}
} else {
result = data.match(emailRegex) !== null ? data.match(emailRegex)[0] : ""
}
} else if (["date", "d"].includes(extractor)) {
let date = chrono.casual.parseDate(data)
if (date) {
result = date.toString()
} else {
result = ""
}
} else if (["fullName", "prenom", "firstName", "nom", "lastName", "initials", "suffix", "salutation"].includes(extractor)) {
// compact data before to parse it
result = humanname.parse(filterData(data, "cmp"))
if ("fullName".includes(extractor)) {
// return the object
} else if (["firstName", "prenom"].includes(extractor)) {
result = result.firstName
} else if (["lastName", "nom"].includes(extractor)) {
result = result.lastName
} else if ("initials".includes(extractor)) {
result = result.initials}
}
} else if (["address", "add"].includes(extractor)) {
result = addressit(data)
} else if (["email", "mail"].includes(extractor)) {
if (multiple) {
result = data.match(emailRegex) || data
if (_.isArray(result) && result.length === 1) {
result = result[0]
}
} else {
result = data.match(emailRegex) !== null ? data.match(emailRegex)[0] : ""
}
} else if (["date", "d"].includes(extractor)) {
let date = chrono.casual.parseDate(data)
if (date) {
result = date.toString()
} else {
result = ""
}
} else if (["fullName", "prenom", "firstName", "nom", "lastName", "initials", "suffix", "salutation"].includes(extractor)) {
// compact data before to parse it
result = humanname.parse(filterData(data, "cmp"))
if ("fullName".includes(extractor)) {
// return the object
} else if (["firstName", "prenom"].includes(extractor)) {
result = result.firstName
} else if (["lastName", "nom"].includes(extractor)) {
result = result.lastName
} else if ("initials".includes(extractor)) {
result = result.initialsfunction parseDate(value) {
let [parsedDate] = chrono.parse(value);
if (parsedDate === undefined) {
return null;
}
let dateMoment = parsedDateToMoment(parsedDate);
return dateMoment.toISOString(
// passing true here keeps the offset in the iso string rather than
// convert it to UTC which is the default to align with native JS Dates
true
);
}return function ($) {
let value = rule($)
if (!value) return
// remove whitespace for easier parsing
value = value.trim()
// convert isodates to restringify, because sometimes they are truncated
if (isIso(value)) return new Date(value).toISOString()
// try to parse with the built-in date parser
const native = new Date(value)
if (!isNaN(native.getTime())) return native.toISOString()
// try to parse a complex date string
const parsed = chrono.parseDate(value)
if (parsed) return parsed.toISOString()
}
}