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  1. 5 gru 2016 · This is the C# code that I am trying to pass my list of integers to: void SimpleSetFunction(int foo, List<int> bar); In Python, I have tried to pass it in many ways and they have all failed, returning the previously stated error. Examples of what I have tried: client.service.SimpleSetFunction(1,[0,1,2]) #fails. client.service.

  2. 25 sty 2023 · We then use the Eval method to get a reference to the list object and then we can call As<T> with an integer array (denoted as int[]) to convert the result. At this point, csharpListObj is a fully functional C# array with the array of integers from Python.

  3. 16 lut 2011 · To build on Ani 's answer, Python's in operator for dictionaries is the equivalent of ContainsKey in C#, so you would need two extension methods: public static bool In<T, V> (this T item, IDictionary<T, V> sequence) { if (sequence == null) throw new ArgumentNullException ("sequence"); return sequence.ContainsKey (item); } public static bool ...

  4. 20 sty 2023 · We then use the Eval method to get a reference to the list object and then we can call As<T> with an integer array (denoted as int[]) to convert the result. At this point, csharpListObj is a fully functional C# array with the array of integers from Python.

  5. Convert a Python object to a Python int if possible, raising a PythonException if the conversion is not possible. This is equivalent to the Python expression “int(object)”. class Python.Runtime.PyString : Python.Runtime.PySequence , IComparable < string > , IEquatable < string > ¶

  6. 16 maj 2024 · First, you need to load the C# assembly using the clr.AddReference () method. clr.AddReference ("path/to/your/csharp/library.dll") Next, you can import the necessary namespaces from the C# library using the clr.ImportExtensions () method. clr.ImportExtensions (your_csharp_library_namespace)

  7. Pythons eval () allows you to evaluate arbitrary Python expressions from a string-based or compiled-code-based input. This function can be handy when you’re trying to dynamically evaluate Python expressions from any input that comes as a string or a compiled code object.

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