binarylite.blogg.se

1. Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin pro#
2. Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin software#
3. Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin code#
4. Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin psp#
5. Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin ps2#

The code of the emulator core is UNBOUNDED from wxWidgets framework. Most of them are "stub" files - they define classes according to the interface of wxWidgets, but do not include executable code. As a result, "Framework" includes only 12 source files. Removing dependency to wxWidgets from PCSX2 allows to mark code which is related to the GUI part of project, and remove it from the code. It looks like a huge amount of work, but it is not. In my view, there is only one suitable decision - write a simple framework which includes the same static linking interface as wxWidgets, but implements the needed functionality by C++ STD code. Removing dependency from wxWidgets needs rewriting almost all original source files - it is too much for a hobby project and it will lose compatibility with the original PCSX2 project on the level of the static linking - any modification of the original code needs to copy and modify manually into the code in the new emulator. This problem has become worse because the original code uses classes and structures from wxWidgets in almost each source file - it binds wxWidgets with PCSX2 very tight. It has become a significant problem - the original PCSX2 project is an application with the mixed architecture - it is very difficult to separate a "business" logic - emulator core from "thin" client - user interface. It leads to the next solution - write the new C DLL library which will contain the minimum needed code for working of the emulator. However, WPF framework is based on managed code and cannot be effective for directly using in translator code. WPF is a flexible framework and allows to write code for correct interacting with "touch" screens. So, what have I done? I have decided to write a clone version of PCSX2 on WPF/C# GUI.

Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin pro#

The other moment is controlling by "touch" schema - I really would like to take my light Surface Pro and spend some time on playing in Final Fantasy X or Final Fantasy XII, but GUI in "Win95" style and the need to use an external game pad "kills game" (embedded touch keyboard is useless). I think that a more simple version in light style can make it easy for using. It includes tools for debugging code, creating "patches", printout into logs, configuration of CPU translators, configuration of plugins and others. In my view, the original project is too complex. As a result, schema can be presented by the next way: PCSX2 has one of the main execution applications with the loading of plugins. The last moment is an architect of application. pthreads4w is a framework for defining Unix thread's interface in Windows OS for compatibleness with Unix code. wxWidgets is a framework for creating easy ported GUI. On the level of code, PCSX2 is based on frameworks wxWidgets and pthreads4w. This threading model allows use of three or more core CPUs in an effective way. However, the difference between the CPU architectures leads to defining three main execution threads: " EE Core" for execution main set of MIPS R5900's and MIPS R3000's commands " MTVU" for execution set of 3D vector operations from VU1 commands " MTGS" for execution commands of the Graphics Synthesizer processor.

Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin software#

It includes Emotion Engine MIPS R5900 and I/O processor MIPS R3000 software translators which convert those sets of commands into Intel x86 set of commands. It emulates hardware part of PlayStation 2 game console on x86 CPU for Windows, Linux and MacOS. So, the original project is a result of the long time working of the PCSX2 team. It has a significant changing in graphic user interface, but it can be difficult to understand all these have made changes without the context of the original project.

Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin ps2#

Omega Red PS2 emulator is a clone of the original PCSX2 project. Another purpose is to add a touch screen control for Windows 10. It has power tools for creating "patches" for game, but I, as a gamer, do not need all of them - I need only a couple buttons for launching my favorite game. The original project has complex user interface for regular users (in my view). The main purpose of this project is to redesign the original PCSX2 for making more simple and friendly user interface for users without complex structure of control component.

Start logging... program ps3 bios. program from tf. fail to open 0:bkpps3.bin psp#