Here you can find the source of toReadableTime()
Date.prototype.toReadableTime = function() { if(this.getHours()>0) { return this.getHours()+"h "+this.getMinutes()+" min" } else {/*w w w .j ava 2s. c o m*/ return this.getMinutes()+" min" } }
Date.prototype.toLongintText=function(){ var m; var d; if(this.getMonth()<9){ m="0"+(this.getMonth()+1); }else{ m=this.getMonth()+1; if(this.getDate()<10){ ...
Date.prototype.toOADate = function () var jsDate = this || new Date(); var timezoneOffset = jsDate.getTimezoneOffset() / (60 * 24); var msDateObj = (jsDate.getTime() / 86400000) + (25569 - timezoneOffset); return msDateObj;
Date.prototype.toRFC2822 = function() { return [ Date.DAYS[this.getDay()] + "," , Date.padZero(this.getDate()) , Date.MONTHS[this.getMonth()] , this.getFullYear() , this.getTimeString() , this.getTimezoneOffsetString() ].join(" "); ...
Date.prototype.toRFC3339 = function() var year = this.getFullYear(); var month = this.getMonth()+1; var date = this.getDate(); var hours = this.getHours(); var mins = this.getMinutes(); var secs = this.getSeconds(); return (year+'-'+month+'-'+date+' '+hours+':'+mins+':'+secs); ...
Date.prototype.toRails = function(name) { var dateParams; dateParams = {}; dateParams[name + "(1i)"] = this.getFullYear(); dateParams[name + "(2i)"] = this.getMonth() + 1; dateParams[name + "(3i)"] = this.getDate(); dateParams[name + "(4i)"] = this.getHours(); dateParams[name + "(5i)"] = this.getMinutes(); return dateParams; ...
Date.prototype.toRelativeTime = function( now_threshold ) { var delta = new Date() - this; now_threshold = parseInt(now_threshold, 10); if (isNaN(now_threshold)) { now_threshold = 0; if (delta <= now_threshold) { return 'Just now'; var units = null; var conversions = { millisecond : 1, second : 1000, minute : 60, hour : 60, day : 24, month : 30, year : 12 }; for ( var key in conversions) { if (delta < conversions[key]) { break; else { units = key; delta = delta / conversions[key]; delta = Math.floor(delta); if (delta !== 1) { units += "s"; return [ delta, units ].join(" "); }; Date.fromString = function( str ) { return new Date(Date.parse(str)); };
Date.prototype.toRelativeTime = function() { var delta = new Date() - this; var units = null; var conversions = { millisecond: 1, second: 1000, minute: 60, hour: 60, day: 24, ...
Date.prototype.toRelativeTime = function(now_threshold) { var delta = new Date() - this; now_threshold = parseInt(now_threshold, 10); if (isNaN(now_threshold)) { now_threshold = 0; if (delta <= now_threshold) { return 'Just now'; var units = null; var conversions = { millisecond: 1, second: 1000, minute: 60, hour: 60, day: 24, month: 30, year: 12 }; for (var key in conversions) { if (delta < conversions[key]) { break; } else { units = key; delta = delta / conversions[key]; delta = Math.floor(delta); if (delta !== 1) { units += "s"; } return [delta, units, "ago"].join(" "); };
Date.prototype.toRelativeTime = function(now_threshold) { var delta = new Date() - this; now_threshold = parseInt(now_threshold, 10); if (isNaN(now_threshold)) { now_threshold = 0; if (Math.abs(delta) <= now_threshold) { return 'Just now'; var units = null; var conversions = { millisecond: 1, second: 1000, minute: 60, hour: 60, day: 24, month: 30, year: 12 }; for (var key in conversions) { if (Math.abs(delta) < conversions[key]) { break; } else { units = key; delta = delta / conversions[key]; delta = delta > 0 ? Math.floor(delta) : Math.ceil(delta); if (Math.abs(delta) !== 1) { units += "s"; } if (delta > 0) { return [delta, units, "ago"].join(" "); } else { return ["in", -delta, units].join(" "); }; Date.fromString = function(str) { return new Date(Date.parse(str)); };