Proton Basic Compiler Crack
Virginie Fayad
The Proton compiler supports 99% of all 8-bit devices and also supports PIC24 and dsPIC devices. A huge amount of the popular devices are free to use with the compiler, and I am actually thinking of releasing the compiler as open source, so a simulator compatible with it would be wonderful. At the moment, users have to download the ridiculously priced Proteus simulator, but many cannot afford it, not even me. LOL
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Proton IDE is a professional and powerful visual Integrated Development Environment (IDE) which has been designed specifically for the Proton Plus compiler. Proton IDE accelerates product development in a comfortable user environment without compromising performance, flexibility or control.
However, cloning the qpid-proton repository from GitHub and following instructions to install using Python, CMake, Swig and Visual Studio works fine and the projects builds binaries without a problem, and deploys them in C:\Program Files (x86)\Proton...
The error c1083 is pretty generic and just means that the compiler could not find the file it was looking for. In your case, the file name is empty. The file name is empty because it exceeded the limit of what is allowed by the compiler (probably around 255 characters).
In our case, we resolved the issue by changing the temporary directory where pip builds the files. Since this was Windows, we used set TMPDIR=c:\tmp and then ran pip install python-qpid-proton. The files then compiled correctly and the package was installed.
I recently moved from Manjaro to Endeavour. In Manjaro, most of my proton games worked, but now none of them do. Native Linux games seem to be okay. I am running optimus-manager with Nvidia. Games start but them seem to never launch. Sometimes I get a small black screen that then shuts off.
So I changed the proton version in one of them and it ran the proton configration (ie downloaded MS stuff) which seemed to remind Steam that the game was there! I then reverted the proton version to the correct one. I had to do this with each of my games.
In order to simulate firmware inside Proteus all you need to do is specify the program file and clock frequencies as properties of the microcontroller part on the schematic.
All Proteus VSM processor models are able to run binary files (i.e. Intel or Motorola Hex files) produced by any assembler or compiler. It follows then that there is no limitation in your tool choice when working with Proteus VSM simulation. However, if you do use a binary file the debugging facilities available are very limited since the processor model has no way to correlate the machine code it is executing with your original source program.
Fortunately, most compilers also produce symbolic debug data files that contain extra information to be used by debuggers and other tools. The Proteus VSM processor models are able to load the debug data files produced by these compilers which enables us to provide full high-level language debugging facilities including the ability to display and step through the original source code as well as display the contents of program variables as the code executes.
The VSM Studio IDE fully integrated into the Proteus Design Suite and is provided as standard with all professional purchases. Learn more about VSM Studio
In addition to normal functionality VSM Studio is capable of detecting and configuring all the (supported) compilers you have installed for use with Proteus. It will even manage the download and install of free compilers for you.
Working through VSM Studio will guarantee full debugging capabilities (single stepping, variables display, etc.) inside the Proteus VSM simulator and will remove all manual configuration problems.
It may be that your compiler of choice is not supported by VSM Studio or you may prefer to write your code in your own tool suite. Proteus VSM supports the vast majority of tools on the market, allowing single step debugging of both high and low level instructions.
If using a tool suite other than VSM Studio you will need to:
Manually configure your compiler to produce a Proteus compatible debug output file.
Specify that output file as the Program property
If you are not working with VSM Studio the following sections outline the debug files types used for the various microcontroller families supported in Proteus.
- If you are using a C compiler specify the COF file output by your compiler as the program property of the PIC schematic part.
- If you are using the Proton BASIC compiler specify the BAS file as the program property of the PIC schematic part.
- If you are writing in Assembly language either use VSM Studio or apply a linker script to generate a COF file.
- If you are using the free SDCC compiler specify the CDB file as the program property of the schematic part.
- If you are using the Keil compiler specify the OMF51 file as the program property of the schematic part.
- If you are using the IAR compiler specify the UBROF file as the program property of the schematic part.
- If you are writing in assembly language then use VSM Studio to generate debuggable source code.
- If possible configure your compiler to output ELF/DWARF and use the file as the program property of the schematic part.
- If your compiler does not output ELF/DWARF then the COFF file format is also supported.
- If you are using the BASCOM AVR tool, select Options-Compiler-Output in the Bascom-AVR menu, then set the 'Binary file', 'Debug file', 'Report file' and 'AVR Studio Object file' checkboxes. After compilation, use the corresponding .OBJ file as the program property in Proteus.
- If you are writing in assembly then use VSM Studio to generate debuggable source code.
As mentioned earlier, the Amicus18 IDE is equipped with the powerful Proton Basic compiler specially adapted for the Amicus18 development platform. You can download it from the Free AMICUS18 Compiler section on Amicus website. The Amicus18 IDE is currently provided for Windows platform only. Installation and setup process is pretty straight forward. The Amicus18 board uses an FTDI serial to USB device, which presents itself as a standard COM port on the PC. This requires USB drivers to be installed the first time the Amicus18 board is connected to the host PC. This is a simple process and a step by step guide is provided in the Amicus18 hardware manual. My machine has got Windows 7 (64-bit) and for some reasons, I have to install the USB driver twice to make it work.
BASIC, in general, is a very simple and easy-to-learn high-level programming language. The following six lines of code written in Proton Basic compiler using the Amicus18 IDE makes the LED connected to RB0 pin flash at the rate of 1 Hz.
The B+ is incapable of operating some original BBC B programs and games, such as the very popular Castle Quest. A particular problem is the replacement of the Intel 8271 floppy-disk controller[66] with the Western Digital 1770: not only was the new controller mapped to different addresses,[67] it is fundamentally incompatible, and the 8271 emulators that existed were necessarily imperfect for all but basic operation.[68] Software that use copy protection techniques involving direct access to the controller do not operate on the new system.[69] Acorn attempted to alleviate this, starting with version 2.20 of the 1770 DFS, via an 8271-backward- compatible .mw-parser-output .keyboard-keyborder:1px solid #aaa;border-radius:0.2em;box-shadow:0.1em 0.1em 0.2em rgba(0,0,0,0.1);background-color:#f9f9f9;background-image:linear-gradient(to bottom,#eee,#f9f9f9,#eee);color:#000;padding:0.1em 0.3em;font-family:inherit;font-size:0.85emCtrl+Z+Break option.[70]
Acornsoft C did not run on the original BBC Micro models, requiring the extra resources provided by the B+ and Master series machines. Beebug C did, however, run on the standard Model B and later machines. Both of these implementations provided compilers producing interpreted "p-code" as opposed to machine code, similar to Acornsoft's ISO Pascal and BCPL compilers. A Small-C implementation was also made available by Mijas.[82]
Modes 0 to 6 could display colours from a logical palette of sixteen: the eight basic colours at the vertices of the RGB colour cube and eight flashing colours made by alternating the basic colour with its inverse. The palette could be freely reprogrammed without touching display memory. Modes 3 and 6 were special text-only modes that used less RAM by reducing the number of text rows and inserting blank scan lines below each row. Mode 6 was the smallest, allocating 8 KB as video memory. Modes 0 to 6 could show diacritics and other user defined characters. All modes except mode 7 supported bitmapped graphics, but graphics commands such as DRAW and PLOT had no effect in the text-only modes.
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Access an Integrated Development Environment for the Proton Plus compiler. Choose a block of code and fold it. Make bookmarks and quickly browse your code. Create Proton Basic syntax and highlight foreground and background colors. Drag-and-drop code snippets between the editor and clipboard.
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