Sha256: eb3de03d0f12368bb90f6bfa2e82c01ebb94f3d71a3612701e938a02fb92af48
Contents?: true
Size: 1.48 KB
Versions: 4
Compression:
Stored size: 1.48 KB
Contents
const mongoose = require('mongoose'); const cql = require('cql-execution'); function Any(key, options) { mongoose.SchemaType.call(this, key, options, 'Any'); } Any.prototype = Object.create(mongoose.SchemaType.prototype); function RecursiveCast(any) { if (any && any.value && any.unit) { return new cql.Quantity(any); } if (any && any.low) { const casted = new cql.Interval(any.low, any.high, any.lowClosed, any.highClosed); // Cast Low and High values to Quantities if it is a quantity if (casted.low && casted.low.unit && casted.low.value) { casted.low = new cql.Quantity(casted.low); if (casted.high && casted.high.unit && casted.high.value) { casted.high = new cql.Quantity(casted.high); } return casted; } // Cast to DateTime if it is a string representing a DateTime if (casted.low && Date.parse(casted.low)) { casted.low = cql.DateTime.fromDate(new Date(casted.low), 0); } if (casted.high && Date.parse(casted.high)) { casted.high = cql.DateTime.fromDate(new Date(casted.high), 0); } return casted; } if (Array.isArray(any)) { const casted = []; any.forEach((val) => { casted.push(RecursiveCast(val)); }); return casted; } if (Number.isInteger(any)) { return any; } if (Date.parse(any)) { return cql.DateTime.fromDate(new Date(any), 0); } return any; } Any.prototype.cast = any => RecursiveCast(any); mongoose.Schema.Types.Any = Any; module.exports = Any;
Version data entries
4 entries across 4 versions & 1 rubygems