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53 function sortDates(allDates){ 54 if (selection == "new" || selection == "updated") { 55 allDates.sort(function(a,b){return new Date(b.date) - new Date(a.date)}); // sorts the dates into ascending order 56 } 57 if (selection == "old") { 58 allDates.sort(function(a,b){return new Date(a.date) - new Date(b.date)}); // sorts the dates into descending order 59 } 60 return allDates; 61 }
15 export function date_sort_asc (date1: Date, date2: Date) { 16 // This is a comparison function that will result in dates being sorted in 17 // ASCENDING order. As you can see, JavaScript's native comparison operators 18 // can be used to compare dates. This was news to me. 19 if (date1 > date2) return 1; 20 if (date1 < date2) return -1; 21 return 0; 22 }
11 export default function sortDates( 12 arrayOfDates: Array 13 ): Array { 14 return arrayOfDates.sort(compareMomentDates); 15 }
86 function sortDate(a, b) { 87 return b.timestamp - a.timestamp; 88 }
361 articles.sort(function dateSorter(a, b) { 362 return (Date.parse(b.date)) - (Date.parse(a.date)); 363 });
9 function sortDates() { 10 return _.sortBy(arguments, function (d) { 11 return d.getTime(); 12 }); 13 }
167 export function sortByDate (a, b) { 168 return a.date - b.date 169 }
169 function comparator(a, b) 170 { 171 var item1 = a.layer[sortColumnIdentifier] || 0; 172 var item2 = b.layer[sortColumnIdentifier] || 0; 173 return item1 - item2; 174 }
34 function sortByDate(a, b) { 35 if (a.publishedOn < b.publishedOn) { 36 return 1; 37 } else if (a.publishedOn > b.publishedOn) { 38 return -1; 39 } 40 return 0; 41 }
93 static sortFunctionAlphabeticDescending(a, b) { 94 return Sortable.sortFunctionAscending(b, a); 95 }