![]() ![]() If your program requires many DLLs I think is better to just distribute them as external files along with your program. I do not wish to use the Packer commands. For example For a small tech-demo, intro, utility, etc. However, I cannot find a PureBasic command, or cross-platform (I can only find Windows solutions I am coding on OS X.) way of getting the image memory data to save with this command. The idea is to embed just 1 or 2 DLLs in your program since sometimes may be annoying to have to distribute them separately, Load all the DLLs you want from memory as long their dependencies are available in the file system (tipically OS DLLs : GDI32, KERNE元2, MSVCRT. Indeed you have, but that is a PureBasic-managed object, and therefore does not maintain a fixed memory location. Load all the DLLs you want from memory as long they are not dependent on each other. It's not possible to load from memory a DLL "A" depending on a DLL "B" if "B" is also embedded in memory and not available in the filesystem. 8) The #DLL_PROCESS_ATTACH event is signaled to the DLL and its handle is returned. 7) The protection flags specified in the section headers are applied to the sections in memory. 6) If the DLL has not been mapped to the preferred location, the relocation table is processed and relocations are applied. With over 600 projects, there is hopefully one that you will find interesting and valuable to your development. 5) If any of functions is forwarded to another DLL, the target DLL module is retrieved if the DLL is already in memory, else the required DLL is loaded. Note: Direct memory manipulation must be handled with care. This library allows to allocate any number of memory buffers and to use them directly within PureBasic. 4) Process the import table, load the required DLLs (dependencies) and patch the table with the loaded function addresses. Sometimes it's very useful have raw access to the system memory (RAM) to process some time consuming operations and speed them up. The user has the choice to statically allocate buffers, allocate them on the stack, or allocate on the heap furthermore, it is possible to avoid memory fragmentation. 3) Map the DLL to virtual space, copies the headers and the sections in memory to the appropriate aligned starting offsets. The complete lack of heap allocation makes this code suitable for constrained environments such as operating system kernels and small microcontrollers (e.g. 2) Reserve enough virtual address space to map the DLL to it, at the preferred address specified in the DLL if possible, else at a different one. 1) Check if the image in memory looks like a valid DLL. The 圆4dbg debugger () to enable me to track a problem. Countless Microsoft articles and text files describing the PE format. ![]() The user "shebaw" ( forum) for some nice C snippets I converted to PB. Joachim Bauch () for the original code I studied to learn something about what a loader should do. Feel free to report if a DLL doesn't work for you and I'll try to improve the code if I can. Tested on Windows 7 and Windows 10 with just *ONE* DLL both in 32 and 64 bit flavours. Reading text from any image using Microsoft Office 2007 OCR. With this module is possible to load a DLL from memory instead of a file. FingerPrintf: A Small Library for Quick Usage of the Biometric API, Fingerprint and Camera. Fixed a bug: SizeOfRawData is not VirtualSize ! OS: Tested on Windows 7, Windows 10, x86 and 圆4 with PB 6.00 This includes all allocations and freeing of resources. I hope you are not suggesting that PB should allocate 64k for all strings by default just in case you want to use one with a certain API command?Ī far more sensible approach is that because you the programmer know what you want to do, then you should do it. ![]() Why does PB have to allocate the maximum length of string (the maximum is currently around 64k)? How does it know you want to use a string for the buffer of an API command? Parameters for API commands are only tagged as being addresses, not strings or buffers so the compiler cannot decide what needs to have strings allocated before they are used. The repository provides code for running inference with the SegmentAnything Model (SAM), links for downloading the trained model checkpoints, and example notebooks that show how to use the model. If yes, then PB has to put it with the max lenght. The purifier can detect a certain type of programming errors such as writing past the end of an allocated memory. I don't remember if len of string in PB are limited ? This enables purifier support for the debugger. ![]()
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