Try decorating the properties of the bookingListclass with the XmlElementAttribute, in order to control how the objects of that class are going to be serialized to XML. Here’s an example: public class bookingList { [XmlElement(Order = 1)] public string error { get; set; } [XmlElement(Order = 2)] public int counter { get; set; } [XmlElement(ElementName … Read more
If you just need to iterate over the values once, use the generator expression: generator = ( item[‘value’] for item in test_data ) … for i in generator: do_something(i) Another (esoteric) option might be to use map with itemgetter – it could be slightly faster than the generator expression, or not, depending on circumstances: from … Read more
git ls-tree -r –name-only $REV for example git ls-tree -r –name-only a27689bf7f46dc0735c5b3b6076010c87224063e
Like it was explained in @RealSkeptic comment Predicate can return only two results: true and false. This means you would be able to split your data only in two groups. What you need is some kind of Function which will allow you to determine some common result for elements which should be grouped together. In … Read more
You can always “cast” it >>> tuple([1, 2]) == (1, 2) True Keep in mind that Python, unlike for example Javascript, is strongly typed, and some (most?) of us prefer it that way.
When we create a list from an array using java.util.Arrays.asList() , the list is mutable. Yes and no: The list may be modified, by calling list.set(index, element); But the list may not be structurally modified. That means that it is not possible to add elements to the list or remove elements from the list. The … Read more
For what you need, List<string> is probably the most versatile. StringCollection was handy in 1.1, when (without generics) you needed specific classes for typed collections. Collection<string> is handy if you want to subclass it to provide validation etc. Either way, in 3.5, LINQ will provide lots of additional methods for them – but without LINQ, … Read more
The most obvious difference is that take() can only use elements at the beginning, you can combine it with skip() like list.skip(3).take(5) to get similar behavior though. list.take() is lazy evaluated which works nice with functional style programming and might be more efficient if the elements aren’t actually iterated over later. list.take() also is tolerant … Read more
I suggest: var selected = items.Where(item => item.Something > 10).ToList(); items = items.Except(selected).ToList(); otherList.AddRange(selected);