Rld .dll Pes 2013
Terresa Cherrie
Everyone has received a "Couldn't find ****.dll..." pop-up message at some time.
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It seems like it would make sense for the extension of a VST3 plugin to be .vst3, but the following link from FL Studio (near the bottom of the page) says that FL Studio on Windows works only with VST3 plugins if they are in a .dll format. This seems to contradict the idea that VST3s only come in .vst3 and not .dll. What does this mean and how do I develop a VST3 plugin that can run in FL Studio?
-line.com/support/flstudio_online_manual/html/basics_externalplugins.htm
So I guess that means the error is caused by the mobile GDB SQLite database, possibly indicating that extensions are disabled in the SQLite database? So the problem isn't caused by the .dll or ST_GEOMETRY.
I agree with you, it does not sound like there is an issue with the file. There could be something going on with the connection the the mobile database. Maybe a driver issue? I went ahead and tested on a 3.1 mobile geodatabase and it worked with full path. I am using DBeaver and making a SQLite connection prior to running the query.
Like everyone, we have a lot of folks working from home. We use a CRM system called Ajeera, and in order to load up the various modules, the client system downloads an app from the server, which includes a .dll file. In the office, it works just fine, over VPN the .dll file is blocked. (It's a "ClickOnce" app, which is a new term to me, but it seems to be relevant)
I assume I'll need to position this new policy above the policy that is blocking the .dll files. I've saved the config but not committed it. (Would this sort of change cause a reboot upon committing?)
I'm obviously not looking for, "Hey, nice job, mate! You did it perfectly!" as there's tons of details missing. Just wondering if my logic is sound. Also wondering if committing will cause a reboot, that's not clear to me.
@stevebaer please let me know if I can be of any help regarding this issue. I think the mkl_avx.dll that @wcmansp mentioned is being loaded by the Intel Math Kernel Library dependent on the type of processor at runtime.
I have fixed ( hopefully but as a temporary solution ) the clash by updating intel Math Kernel to the last version (same version that Evolute uses ) and removed dependence on QT libraries.
Of course this works since the user that reported the issue is only one and I am afraid it will come up again quite often.
Last year I had another problem with Scan&Solve that links again with Intel Math Kernel Library
When both these JSON assemblies are present with the Grasshopper libraries folder structure, Rhino crashes once Grasshopper is loaded and starts loading in the assemblies. This error message is thrown to the desktop:
So I have Eclipse 3.7.1, running on a 64-bit Windows 7 OS. For the first time in a while yesterday I tried writing a program and kept getting the above error. I refined my program down to a bare minimum beginners tutorial and was still getting the error. My program now is a simple readInt()s and add them together.
Take a look at the DosCommandLine.getCommandLine() method in Program.java for clues. If you absolutely need functionality provided by that library then you could download the 32 bit JRE and try to run it with it.
The issue is because you are using a .dll file for a 32bit version, while your JDK and platform are 64bit.Go to your path "C:\Users\scarr" and you will find 2 subfolders, i386, and x64. Copy the GCMDLN.DLL from the x64 or the current .dll file, to override it.I think the issue will be solved.
I am trying to create an application in visual studio that will be able to access a .dll file that already exists. I need the application to call up routines. I also have a header file that already exists.
The information in the link says to make a DEF file ( I read elsewhere that this needs to be compiled as a DLL with the same name, but not sure what that name is, the same name as the .dll file?). But I do not understand the first direction, to 'Use DUMPBIN /EXPORTS'. I then need to 'stub out' functions, and then something to do with .OBJ files (I do not know what these files are).
I might have the answer. I did this when I was creating a .exe console application that needed a .dll file. I ran into the problem as well. When I tried the IMPLIB application, it couldn't find any export files. You need to add an #ifdef FILENAME_EXPORTS (replace FILENAME with your .dll file name) and create an _API. Here is the code for the #ifdef export api commands:
In my limited experience (I've tried 7 or 9 libraries so far), suppliers of libraries seldom tell you whether the .dll was made with VisualStudio or gcc. This adds a lot of confusion. They almost never make it clear what compiler the library is compatible with. So I would appreciate some real life tips of how to deal with this nightmare. Almost all the libraries I tried are OpenSource projects. I won't name names here, but these are well known projects. I'm sure the problem is my lack of knowledge...
Right? Again, the problem is that the *.lib file is almost always missing. Plus, no clear instructions about what compiler the library is compatible with. So how can I know that it is for VisualStudio only or not?
Question 14:
If in QtCreator I select the VisualStudio compiler, is that 100% compatible with dynamic libraries compiled with REAL VisualStudio by someone else? I believe the VisualStudio compiler option in Qt Creator is a fake VisualStudio compiler.
Question 17:Can I convert a *lib (that works with a *.dll and *.h) file made with REAL VisualStudio to a *.a file so I can use the *.a file with the unmodified *.dll, and *.h files in a Qt gcc project?
Most platforms define a C ABI but don't define a C++ ABI. As a result compiler define their own ABI (for everything except the C stuff which is typically there). This yields object files which are incompatible between different compilers (sometimes even between versions of the same compiler).
Typically, this manifests itself in strange-looking names somehow being undefined: different ABIs deliberately use different name mangling to prevent accidentally linking an executable which won't work anyway. To work around these your best bet is to build all components using the same compiler.
If you want to determine which compiler a library is build with, you can have a look at its contents using appropriate tools. I realize that you asked for Windows but I only know the UNIX tools (they may be available with MingW):
I stumbled upon this question when searching for the tool to use to create the .a file using Code::Blocks c++ compiler for windows. Code:Blocks uses MinGW gcc compiler. It was high enough on google to validate my necromancy I think.
4, 11: yes. MinGW includes a tool (dlltool.exe) that takes a .dll and a .def file and creates a .a fileMS VisualStudio also includes a tool (that I think is called lib.exe) to do the same thing.And if you start using another compiler you will probably find they have a tool too. Borlands compilers had the implib.exe tool.
A DLL is essentially a compiled application - just in the form of a function library rather than an EXE file. Any other application can use the functions within that DLL by just declaring the function, the dll containing the function, and the parameters and return values and such.
DLLs must already exist on a system if an application is compiled using "dynamically linked libraries", so you must either include the necessary DLLs in your installer, or hope that they already exist on the target computer. Using DLLs makes your app's size smaller overall.
To create any application - DLL, EXE or otherwise - you need the necessary source code and headers. .h files contain declarations for functions and data types and classes and whatnot - they rarely contain code. A .def is a lot like a .h, but usually a set of instructions for a linker.
The format of .obj and .lib files can be particular to a compiler, and they are rarely compatible between compilers. You must have the original source code, or an .obj or .lib made specifically for your compiler.
When you choose to make an EXE with "dynamically linked libraries", it will be expecting DLLs that it can use. When you choose "statically linked libraries", the linker will locate the .lib files it needs before producing the EXE, and you won't need those DLLs.
In addition to Lars Betak's answer above please note that calling pure C DLL can produce very strange results if both sides are not complied with the same Standard Library. GCC and MSVC stdlibs are definitely different.
A DLL file often has file extension .dll, but can have any file extension. Developers can choose to use a file extension that describes the content of the file such as .ocx for ActiveX controls and .drv for a legacy device driver.
The file format of a DLL is the same as for an executable (a.k.a. EXE), but different versions of Windows use different formats. 32-bit and 64-bit Windows versions use Portable Executable (PE), and 16-bit Windows versions use New Executable (NE).
The main difference between DLL and EXE is that a DLL cannot be run directly since the operating system requires an entry point to start execution. Windows provides a utility program (RUNDLL.EXE/RUNDLL32.EXE) to execute a function exposed by a DLL.
The first versions of Microsoft Windows ran programs together in a single address space. Every program was meant to co-operate by yielding the CPU to other programs so that the graphical user interface (GUI) could multitask and be maximally responsive. All operating-system level operations were provided by the underlying operating system: MS-DOS. All higher-level services were provided by Windows Libraries "Dynamic Link Library". The Drawing API, Graphics Device Interface (GDI), was implemented in a DLL called GDI.EXE, the user interface in USER.EXE. These extra layers on top of DOS had to be shared across all running Windows programs, not just to enable Windows to work in a machine with less than a megabyte of RAM, but to enable the programs to co-operate with each other. The code in GDI needed to translate drawing commands to operations on specific devices. On the display, it had to manipulate pixels in the frame buffer. When drawing to a printer, the API calls had to be transformed into requests to a printer. Although it could have been possible to provide hard-coded support for a limited set of devices (like the Color Graphics Adapter display, the HP LaserJet Printer Command Language), Microsoft chose a different approach. GDI would work by loading different pieces of code, called "device drivers", to work with different output devices.
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