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Using mtd directly from dd-wrt CLI could work. There is a high risk of bricking when using mtd directly. Make backups of the bootloader and ART partitions. Also make sure you can TFTP recover to RU stock. Then use dd-wrt to mtd the sysupgrade (not factory) OpenWrt to the firmware partition.
I tried to rebuild the offending project but am getting errors ("Could not find filexyzcfg"). During the attempt to build, the clean command is looking for the wrong file to delete (one of my BIOS cfg files). Is there something that I can delete to allow a totally new build/clean? Before this started happening I had switched projects, during which a ccs crash occured. I am gussing that one of the project files is from the other project. What can I safely earas (.cdtbuild?)?
The file contains the build options for the files used in the project, therefore it is highly dependent on the project. If you have just a few common options it shouldn't be a big deal recreating the project - if each file has its own set of options then the work will be a lot larger.
.metadata folder is used by views and features to store data that needs to be restored when a debug session or CCS is restarted. Thus .metadata folder contains user changes that are made through Windows->Preferences. It also stores opened windows, their state and debugger options. Changes made to target configuration files (i.e. .ccxml) are stored in a separate location and are not affected by deleting .metadata folder.
I know that there are .bak files generated by kicad which should safeguard against program errors. (These could be used by some users of the forum to successfully get their project back after a crash.)
I think these backup files are separate to the autosave feature. (But i could be wrong about that. So maybe check how often these are generated. If it matches your autosave interval then these could really be the autosave files.)
I do not know how kicads autosave works. If you do not get an answer here then ask over on the mailing list or the bugtracker.
addendum: If there is a permissions issue with the directory, KiCad will attempt to save the autosave file in your temporary directory (See -does-windows-store-temporary-files-and-how-to-change-temp-folder-location/ for a run-down of the various places this might be).
My expectation is:
For any open files, with file changes/edits in progress, I would expect to see 5 (in my case) _autosave_abc.kicad_pcb and 5 _saved_abc.sch.
The time of the file write would be 1 minute after the last edit. If I walk away, there would be an autosave 1 min later.
When the file is closed, I would expect the autosaved files to remain. Subsequent edit activity would overwrite the files FIFO manner.
@Seth_h gave you a list of places where the autosave files might be. Did you check all of them? (It was also explained to you that file permissions might be the reason for kicad putting autosaves to a different location. If you expirience this problem check what the permissions are for the directory you use. If your project is stored on a network drive then test if it works when using local storage as kicad does not always play nice with network storage.)
The files _saved_nameoffile.sch and _autosave-nameoffile.kicad_pcb are generated every 1 minute. All _saved and _autosave files are deleted in the moment I click the save button of eeschema (_saved) or pcbnew (_autosave).
If I want to have intermediate revisions of a project I want them to be from timestamps I choose myself (for example before or after a complex edit) and not when I go to the toilet. I would not like it if KiCad started saving whole loads of intermediate autosave files in my project directory.
I finished installing my Prusa XL and printed the included Batarang GCODE without issue. I sliced a print of one of my models and when I went to print it, it said that this included a new firmware update, and that my printer would update. It did. Since that, I have attempted (3) different prints. Each one gets about 3-5 hours into the job (each is 10-15 hours depending on the print), and then simply stops. The progress bar sits at 36% or 29% or similar, and simply waits forever. I have verified that the GCODE files are completely intact. I have opened them in GCODE viewer and verified them to be complete. I have also performed bytewise-comparisons to the sliced files on my laptop with those on the USB drive. So far, I am using the USB drive that was included with the printer.
I had a false moment of hope. It made it through ONE 16 hour print with v5.1.0Alpha. Then it started flaking out again. Sometimes PAUSE/RESUME will work. Most times, I have to physically pull the USB stick out and re-insert it.
FYI: I had this issue on multiple attempts for the same print. Each stopped at a different amount of progress. I tried a full power off (hard off at the switch, not a reset) and it did recover after power was restored but the print output was horrible. It was suggested to me by support to disable Prusa Link to address the problem. So far this has worked for me.
We have made major improvements to the network code to increase the speed of network printing. No longer do you need to copy files onto a USB drive and walk to the printer. You can keep the USB in the printer and send files via Prusa Connect.
G-code files are easy to read and interpret, but their downside is that the data is not saved efficiently and the file size is often very large. Compression of the file is problematic because the printers usually run on limited hardware and they may not have enough memory and/or CPU power to decompress it. Several solutions to the problem were proposed by members of the community, such as MeatPack encoding (utilizing the fact that the character set of a typical G-code is very limited) or the heatshrink compression algorithm (designed to have very small memory requirements).
We are proposing a new standard for a binary G-code format for encoding and compressing ASCII G-code files (see the specification). The format is flexible and the encoding and compression of individual blocks is variable. We also provide a libbgcode library which contains the routines to convert ASCII G-codes to binary and vice versa. The library is written in C++ and the repository includes bindings for Python.
To print a binary G-code, it has to be supported by the firmware of the printer. For Original Prusa MINI, MK4 and XL printers, the first stable firmware release that supports this feature is 5.1.0, older stable firmware versions will not see the .bgcode files.
This firmware brings better file synchronization handling and improved retry conditions. G-code downloads have been optimized for better server performance. Cleanup and recovery of Connect transfers have been also improved. PrusaLink has been updated - the download button is disabled when the file is still being downloaded from Connect. be457b7860
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