Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'fuzzy' 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.
findMatches: function(string) {
var self = this;
var results = fuzzy.filter(string, this.props.options);
var matches = [];
//results.map(function(result) {
// if (result.score > self.props.minScore) {
// matches.push(result.string);
// }
//});
this.setState({ matches: results });
},
findMatches: function(string) {
var self = this;
var results = fuzzy.filter(string, this.props.options);
var matches = [];
//results.map(function(result) {
// if (result.score > self.props.minScore) {
// matches.push(result.string);
// }
//});
this.setState({ matches: results });
},
filterList: function(filterBy) {
// If user input, returns fuzzy search-delimited list of options;
// else, shows all options.
if (!filterBy) {
this.setState({
visible: this.getOptionNames()
});
return;
}
var visible = _.pluck(fuzzy.filter(filterBy, this.getOptionNames()), 'string');
this.setState({
visible: visible,
clearInput: false
});
},
exports.searchLicense = ({input}, flags) => {
/**
* All but last strings in input are
* concatenated to form one search term
* on which a fuzzy search is performed
* to match a license name
*/
let i = 0;
do {
searchTerm += input[i++];
} while (i < input.length - 1);
// Fuzzy search
const results = fuzzy
.filter(searchTerm, Object.keys(licenses))
.map(({original}) => original);
/**
* If no results for the search
* term are found, output err
* message and abort.
*/
if (!results.length) {
process.stdout.write(red(`\n❌ No license name matching '${searchTerm}' was found.\nPlease try again with another name.\n`));
return;
}
/**
* If called with a year flag use
setTimeout(() => {
const fuzzyResult = fuzzy.filter(input, inputTestFiles);
const val = fuzzyResult.map(el => el.original);
resolve(val);
});
});
function validateInvocation(){
var commands = _.map(program.commands, '_name'),
requestedCommand = _.head(program.args);
if(!program.args.length){
return program.help();
}
else if(!_.includes(commands, requestedCommand)){
var msg = [requestedCommand, ' is not a valid ALKS command.'],
suggests = fuzzy.filter(requestedCommand, commands),
suggest = suggests.map(function(sug){ return sug.string; });
if(suggest.length){
msg.push(clc.white(' Did you mean '));
msg.push(clc.white.underline(suggest[0]));
msg.push(clc.white('?'));
}
return utils.errorAndExit(msg.join(''));
}
}
exports.subcommandSuggestion = function(program, subcommand){
var commands = _.map(program.commands, '_name'),
requestedCommand = _.head(program.args);
if(program.args.length && !_.includes(commands, requestedCommand)){
var prefix = ['alks', subcommand, ''].join(' '),
msg = [prefix, requestedCommand, ' is not a valid ALKS command.'],
suggests = fuzzy.filter(requestedCommand, commands),
suggest = suggests.map(function(sug){ return sug.string; });
if(suggest.length){
msg.push(clc.white(' Did you mean '));
msg.push(clc.white.underline(prefix + suggest[0]));
msg.push(clc.white('?'));
}
exports.errorAndExit(msg.join(''));
}
};
async query(collection: Collection, searchFields: string[], searchTerm: string) {
const entries = await this.listAllEntries(collection);
const hits = fuzzy
.filter(searchTerm, entries, { extract: extractSearchFields(searchFields) })
.sort(sortByScore)
.map(f => f.original);
return { query: searchTerm, hits };
}
filterComponentsIndex() {
const {componentsIndex} = this.props
const {searchedText} = this.state
const options = {pre: ``, post: ''}
if (`${searchedText}`.length > 0)
return fuzzyFilter(searchedText.toLowerCase(), Object.keys(componentsIndex))
.reduce((acc, key) => ({...acc, [key.original]: {...componentsIndex[key.original], highlightedMenu: fuzzyFilter(searchedText.toLowerCase(), [componentsIndex[key.original].menu], options)[0].string}}), {})
return componentsIndex
}
async filter(input: FuzzySearch.Input): Promise[]> {
return fuzzy.filter(input.pattern, input.items.slice(), {
pre: FuzzySearch.PRE,
post: FuzzySearch.POST,
extract: input.transform
}).sort(this.sortResults.bind(this)).map(this.mapResult.bind(this));
}