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After going through the issues, I found out what was causing the game to hang in most places as well as why this game initially worked in Vista only (for those who remember me telling you guys about this with my old branch). Just thought I'd inform you all that Panzer Dragoon ORTA is working on Cxbx again. Dxbx is a compact Xbox One high-level.

Since various driver level (and possibly kernel level) APIs were so lazily programmed in regards to error checking, invalid flags and arguments that would normally cause an API to fail simply would not invoke the failure. We may eventually support M1 Macs, but not at this time.There was a 'special' mutex that kept failing to be created, and without that mutex, then the game will not progress. Our Mac builds may run through Rosetta, but you WILL encounter various issues that we wont provide support for. Finding a good emulator might be troublesome, as I encountered a lot of fake emulators and links while I was trying out several emulators.Notice: Citra does NOT support Macs with M1 chipsets. You can play your favorite Xbox One games now on your PC using an emulator.

So the demo goes into the first level, but the retail version won't let me do anything but go through the interactive tutorials at this point.Of course, don't get your hopes up just yet (or at least, not too high) as several issues still persist from previous builds. This is also something that was rarely a problem on Vista, but I'm sure it's fixable once we know what it is. There's still a threading synchronization issue (at least that's what I assume at this point don't quote me on that yet) that happens when the game tries to play an FMV. Only a few other things were needed to get it ingame again.And before I forget, I wanted to mention that these are screens from the demo and retail game (respectively). That was the biggest thing. But by the time Microsoft released Windows 7, they caught the issues and they were fixed so it stopped running.

Enjoy.Around the beginning of the new year, I mentioned what I titled 'The macOS Experiment' and some of what I had planned for it. I sacrificed an entire day for this. If you want to read some of StrikerX3's thoughts on it, take a look at this old thread on ngemu:В Just thought I'd give you all this quick update. Since post processing effects are broken, the screen will go black when you try to use glide. Also, something is causing the textures to break and a really weird stenciling effect that's almost the same as Turok's.

First, I'll share the git repo for those that want to see what I'm talking about:There isn't much there but the bare minimum, and it was crappily written (no need to point out the obvious) because I just wanted to quickly see if I could get it up and running.Basically what it does is this: It serves as a way to launch 32-bit code from the desired base address (for the sake of Xbox, 0x10000) by calling mmap to reserve that desired memory location and range as well as give us read, write and execute permissions on it, then injects the code to be run at the given base address (in this case, a. And I'll get to that in a moment. Did I get it working? Well, almost.

This is actually simpler than it sounds, considering that you don't have to literally create a D3D device. All it does is create the D3D device, clear the screen to a random colour, then present it to us. Xbe to deal with, the first D3D tutorial in the XDK, CreateDevice. For now, I just hard coded those to see if I could get a quick proof of concept going.So to start off, I took the simplest. Actually before we call that function, we need to insert our wrapper functions to HLE the necessary functions in the. Xbe file's main function (not the entry point, which is what Xeon did) with a function pointer and call it.

Next, let's hook some functions:/* TODO: Move this elsewhere and don't hard code it either */Macbox_install_wrapper( reinterpret_cast (0x195B0), reinterpret_cast (Direct3D_CreateDevice) ) Macbox_install_wrapper( reinterpret_cast (0x1A270), reinterpret_cast (D3DDevice_Clear) ) Macbox_install_wrapper( reinterpret_cast (0x1ABC0), reinterpret_cast (D3DDevice_Swap) ) How did I get these offsets? I loaded the. Quite easy to do when you know how to encode x86 instructions.So let's move on. Why is that? Because I needed to make sure that my hooked functions get called correctly, and this is where things got a bit tricky.Let's take a look at this code where the 'magic' begins (see macbox_xbe.cpp on the repo):Void macbox_install_wrapper( void* function_addr, void* wrapper_addr )Uint8_t* func = (uint8_t*) function_addr *(uint8_t*) &func = 0xE9 // JMP rel32 (quick and easy)*(uint32_t*)&func = (uint32_t) wrapper_addr - (uint32_t) function_addr Just like Cxbx does, my code goes to the top of the function that we need to hook, and places a jmp rel32 instruction right there to immediately redirect it to our wrapper function. Clearing and swapping the screen are also very trivial things, but as you can see, I didn't literally add any of that code. The only parameter to even worry about there is D3DPRESENT_PARAMETERS anyway to initialize an OpenGL context that we want to match those parameters.

This seems like it could be the issue. This brings me to the next issue.From what I have read, the stack alignment in macOS is always 16-byte aligned, whereas with Xbox code it was 4-byte aligned. The parameters are still gibberish for that particular function (Direct3D_CreateDevice) but with D3DDevice_Clear, the parameters were perfect! Then after that function returned, something went wonky and the EIP ended up in a weird state resulting in another crash.

If worse comes to worse, I guess I could do something super hacky to fix it, but I want to avoid that if I can.So that's it for now. Frankly, I wouldn't be surprised if it was stupidly simple what I was missing. The sooner I can fix this, the sooner I can move forward. Maybe I should ask them on their forum? Well, I want to figure something out.Since I didn't have all day to dedicate to this, I thought I'd at least share with you all what's going on. So is the stack getting screwed up somewhere or what? I'm quite sure there's a way around it considering that WINE was able to pull it off somehow.

Exe simply reserves that memory address range by forcing it to load at 0x10000 w/ a big global static array and it's overwritten with the. Xbe has the base address set when the header is written. Exe to reserve the memory range beginning at 0x10000 and at least 64mb beyond that. They both use HLE, yeah that's right sherlock, in order to run code natively on the host CPU, they both use a. For those who don't quite see what I'm getting at, let's take a look at how both Cxbx and Xeon, the first two Xbox emulators, worked from an internal perspective. Well, to be frank, I haven't done any serious emulation work in a long time (and just incase you're reading this JayFox, I'm not talking about xqemu, nor have I ~ever~ said I was doing any real work on it aside from a few work arounds here and there hell I've even stated that I'm not an xqemu dev multiple times, so pleeeeeeeeeease spare me of your usual '3 lines of code' lecture because I'm really not in the mood, thanks and no disrespect), but since I'm in between jobs/paid projects yet again, I decided to pick up one of the previous experiments I started before out of curiosity.What is this experiment? Well, the goal of this little coding experiment was to claim the typical base address of 0x10000 that every.

So I started a thread on ngemu a long while back, and asked for suggestions, hints and ideas. Naturally, I started to wonder how would one do that on a Mac?Since similar experiments for this have already been done on Linux, so I figured Mac could do it also with similar methods. That's the only way they knew how to do it at the time (for windows at least). Dll that's loaded into memory well out of that range.

That didn't work.Among one of the respondents to my thread back then was Ben Vanik, the author of Xenia. Instinctively, my first try was to use mmap() directly, or vm_allocate().

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