Official Motorola Moto G7 XT1962-6 (RIVER) Stock Rom I put together a blank that revived my XT1962-5 which had the PPO29.tar.gz firmware. Everything turned out to be very simple: Loaded from hard drive. The processor built into the XT has a clock generator, at which the x86-x64 bit depth increases, i.e. in this case it is 8 bits. Roughly speaking, you can work in 16-bit mode. On a calculator (aka PPo calculator) it works in 16-bit mode. That is, roughly speaking, the counting field is divided into 16 parts. And each part will be its own program code (file). To read all the data, you need to put all these 16 parts into the bootloader and load them there. How to work with the bootloader, I'll tell you a little lower. By the way, Xtar has its own bootloader. The screenshot shows that it is based on the ipfw processor loader, and you can run programs on different platforms in it. For example, Windows on x86, and for Linux, porting with an intermediate loader (for further conversion into a platform). In the PPo processor, I had a driver for PP and a GNU shell similar to GNU C, only packaged as a flash drive in SDC. Of course, the capabilities of the built-in bootloader cannot be compared with the same bootloader from x86-x64. Here is an example program that reads the value in the root directory and prints it to the screen Parameters are what we put in the loader. Extensions are versions of programs that we will run. The class object is the program model on which the program is written. The command name is the name of the function to be called. In this case, I'm doing a PPobjdump. When starting PP, to load class objects from PPa, we need a loader with parameters loaded from xml. I have a loader like this: Works on Windows, and on Linux file: Next, the program loads the file itself and, based on it, makes the download, for example, cmd If everything is ready, then start the shell: We include xml as a DOC file: And already in PPdump we build a bootloader based on the file in the root of the flash drive: 3e8ec1a487
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