For example, you can define what happens when you try to get or set an object property, call a method, or perform standard mathematical operations such as addition and multiplication.
#MTASA DYMATIC OBJECT HOW TO#
The DynamicObject class enables you to define which operations can be performed on dynamic objects and how to perform those operations. ' This examples has the following output:įor more examples, see Creating Wrappers with DynamicObject on the C# Frequently Asked Questions blog. ' so the TryGetMember method returns false and this causes ' The following statement throws an exception at run time. ' because the property is defined in the class.Ĭonsole.WriteLine("Number of dynamic properties:" & person.Count) ' Getting the value of the Count property. ' although they are case-sensitive in C#.Ĭonsole.WriteLine(person.firstname & " " & person.lastname) ' Note that property names are now case-insensitive, ' Getting values of the dynamic properties. ' You can always add a value to a dictionary,ĭim person As Object = New DynamicDictionary() Return dictionary.TryGetValue(name, result)īyVal binder As ,ĭictionary(()) = value ' set the result parameter to the property value and return true. ' If the property name is found in a dictionary, ' so that property names become case-insensitive.ĭim name As String = () ' Converting the property name to lowercase ' not defined in the class, this method is called.īyVal binder As , ' If you try to get a value of a property that is ' This property returns the number of elements This example has the following output:ĭim dictionary As New Dictionary(Of String, Object) so the TryGetMember method returns false and this causes a The following statement throws an exception at run time. "Number of dynamic properties:" + person.Count) because the property is defined in the class. Getting the value of the Count property. Note that property names are case-insensitive.Ĭonsole.WriteLine(person.firstname + " " + person.lastname) Getting values of the dynamic properties. You can always add a value to a dictionary,ĭynamic person = new DynamicDictionary() If you try to set a value of a property that isĭictionary = value
![mtasa dymatic object mtasa dymatic object](https://cdn.dbolical.com/videos/mods/1/29/28471/map-editor-create-your-own-maps-easly-gta-v-pc.mp4.jpg)
Return dictionary.TryGetValue(name, out result) set the result parameter to the property value and return true. If the property name is found in a dictionary,
![mtasa dymatic object mtasa dymatic object](https://community.multitheftauto.com/images/gallery/shader_dynamic_sky/16995.png)
so that property names become case-insensitive. Converting the property name to lowercase GetMemberBinder binder, out object result) not defined in the class, this method is called. If you try to get a value of a property This property returns the number of elements Public class DynamicDictionary : DynamicObject
![mtasa dymatic object mtasa dymatic object](https://i.ytimg.com/vi/ENth1_zMWY8/mqdefault.jpg)
It also provides a Count property, which shows how many dynamic properties the dictionary contains. The DynamicDictionary class contains an object of the Dictionary type ( Dictionary(Of String, Object) in Visual Basic) to store the key-value pairs, and overrides the TrySetMember and TryGetMember methods to support the new syntax.
#MTASA DYMATIC OBJECT CODE#
The following code example demonstrates the DynamicDictionary class, which is derived from the DynamicObject class. Also, you want this syntax to be case-insensitive, so that sampleDictionary.Text is equivalent to sampleDictionary.text. Assume that you want to provide alternative syntax for accessing values in a dictionary, so that instead of writing sampleDictionary = "Sample text" ( sampleDictionary("Text") = "Sample text" in Visual Basic), you can write sampleDictionary.Text = "Sample text".