clr

I have a decimal database column decimal (26,6) . As far as I can gather this means a precision of 26 and a scale of 6. I think this means that the number can be a total of 26 digits in length and 6 of these digits can be after the decimal place. In my WPF / C# frontend I need to validate an incoming decimal so that I can be sure that it can be stored in SQL Server without truncation etc. So my question is there a way to check that decimal has a particular precision and scale. Also as an aside I have heard that SQL Server stores decimal in a completely different way to the CLR, is this true

For example: m_lottTorqueTools = (From t In m_lottTorqueTools _ Where Not t.SlotNumber = toolTuple.SlotNumber _ And Not t.StationIndex = toolTuple.StationIndex).ToList What algorithm occurs here? Is there a nested for loop going on in the background? Does it construct a hash table for these fields? I'm curious. Query expressions are translated into extension method calls, usually. (They don't have to be, but 99.9% of queries use IEnumerable<T> or IQueryable<T> .) The exact algorithm of what that method does varies from method to method. Your sample query wouldn't use any hash tables, but joins

For a project I need to include a DLL in Python. I'm using CPython3.4 and for including the dll I use pythonnet clr module (pythonnet-2.0.0.dev1-cp34-none-win_amd64.whl). In the dll I need a function that gives me a continuous update of a measurement. The dll is written in VB.net, the function that I need is shown below: Public Sub AdviseStart(ByVal item As Integer, ByVal a As Action(Of Object)) Implements IConversation.AdviseStart _parameterPoller.RegisterCallback(item, a) End Sub This is the code that I have written in python to call this function: import clr clr.AddReference('dll name')

I'm using VS2010 with a managed C++ DLL calling a function in another managed C++ DLL and I'm getting many LNK2028 link errors that look like this. 1>udpPkt.obj : error LNK2028: unresolved token (0A0000AA) "unsigned short __cdecl ComputeCrc16(void const *,unsigned int)" (?ComputeCrc16@@$$FYAGPBXI@Z) referenced in function "public: short __thiscall CPrivateUdpPkt::ComputeCrc(void)const " (?ComputeCrc@CPrivateUdpPkt@@$$FQBEFXZ) When I use dumpbin /export on the called DLL I see the unresolved function listed as: 7 6 00001040 ?ComputeCrc16@@YAGPBXI@Z = ?ComputeCrc16@@YAGPBXI@Z ( unsigned short _

I have a C++ dll which implements several COM interfaces, that I'm trying to migrate to managed C++. I set the /clr compiler flag and changed the Runtime Library property from /MT to /MD to avoid the conflict between these two flags, but that's all I've changed. When it attempts to register the dll during the build process, I get the following error: R6033 - Attempt to use MSIL code from this assembly during native code initialization This indicates a bug in your application. It is most likely the result of calling an MSIL-compiled (/clr) function from a native constructor or from DllMain. I

I used to think that .net assemblies that were signed and/or strong-named were verified by the CLR when loaded, meaning that it wasn't possible for someone to edit the IL and still have a valid assembly. Then I listened to this great Herding Code podcast where Jon McCoy said that doesn't really happen (approx 12:47 in the podcast) - i.e. anyone can edit the IL and mess with your assembly and the CLR will not care. I know this sounds weird, but he seems to know what he's talking about, so perhaps it's just that I don't know exactly what scenarios he's referring to. Can someone explain if & when

Where can I find the listing of ODP to CLR type mapping? On Oracle database, the NUMBER(9,0) type comes out in .NET app as System.Decimal from the MS Oracle driver, but as System.Int32 from ODP driver. I need an exact specification of types coming out from database (not the CLR to DB parameter mapping). Run this simple test to get mappings for SqlServer and Oracle (both MS and ODP.NET drivers): using System; using System.Collections.Generic; using System.Data; using System.Data.SqlClient; using System.Linq; using Oracle.DataAccess.Client; namespace DbOutTypeTest { public class Program {