initialize: function (opt) {
XP.assertArgument(XP.isObject(opt), 1, 'Object');
XP.assertOption(XP.isString(opt.path), 'opt.path', 'String');
XP.assertOption(XP.isPositive(opt.chunkSize) || XP.isVoid(opt.chunkSize), 'opt.chunkSize', 'void or a positive number');
var self = this;
self._path = opt.path;
self._chunk = new Buffer({path: self._path});
self.addShorthandMethods_();
},
initialize: function (opt) {
//Checking
XP.assertArgument(XP.isObject(opt) || XP.isVoid(opt), 1, 'Object or void');
XP.assertOption(!opt || XP.isPositive(opt.limit) || XP.isVoid(opt.limit), 'opt.limit', 'positive number or void');
XP.assertOption(!opt || XP.isPositive(opt.lifetime) || XP.isVoid(opt.lifetime), 'opt.ticketTimeout', 'positive number or void');
XP.assertOption(!opt || XP.isFunction(opt.handler) || XP.isVoid(opt.handler), 'opt.handler', 'positive number or void');
var self = this;
opt = opt || {};
self._clientLimit = opt.limit || self._clientLimit;
self._ticketLifetime = opt.lifetime || self._ticketLifetime;
self._handler = opt.handler || self._handler;
},
value: function (ctx, struct, cb) {
var self = this;
if (XP.isFunction(struct)) {
self._interpretFunction(ctx, struct, cb);
}
if (XP.isString(struct)) {
self._interpretString(ctx, struct, cb);
}
if (XP.isObject(struct)) {
self._interpretObject(ctx, struct, cb);
}
},