Reflash v1.0.0 - Revision history

Elias: Elias moved page Reflash to Reflash v1.0.0: New version

2024-06-11T19:06:48Z

Elias moved page Reflash to Reflash v1.0.0: New version

2024-06-06T22:52:16Z

‎Entering FEL mode

2024-06-06T22:47:45Z

‎Entering FEL mode

2024-06-04T10:24:35Z

‎Reflash image

2024-06-04T09:58:14Z

‎Reflash image

2024-06-04T09:57:51Z

‎Known issues

2024-05-22T11:12:36Z

2024-05-22T11:10:27Z

‎Instructions

2024-05-22T11:02:09Z

‎Entering FEL mode

2024-05-22T00:49:26Z

‎Entering FEL mode

@@ Line 27: / Line 27: @@
 Download the Recore git repository. On the command line write:
 <pre>
-git clone https://github.com/intelligent-agent/Recore.git
+wget https://github.com/intelligent-agent/Recore/raw/master/binaries/Recore-fel.zip
-cd Recore
+unzip Recore-fel.zip
 </pre>
 Install the sunxi-tools package on the host computer:
@@ Line 34: / Line 34: @@
 sudo apt install sunxi-tools
 </pre>
-Then run the "make fel" command from a host computer.
+Now you can run the whole command on a shell.
 <pre>
-make fel
+sudo sunxi-fel -v -p spl fel/sunxi-spl.bin write 0x44000 fel/bl31.bin write 0x4a000000 fel/u-boot.bin reset64 0x44000
 </pre>
 On the host computer, you should see the binary files being uploaded like the following:

@@ Line 19: / Line 19: @@
 <tab name="Linux">
 You should see the board show up as a USB device:
 <div class="res-img">
 [[File:FEL-mode lsusb.png]]

@@ Line 90: / Line 90: @@
 ==Reflash image==
-Reflash is an initRamFS Linux image. That is in order to completely remove the boot medium before a reboot occurs. Because of that, Reflash needs to be very small. The application is built in Go witch makes it stand alone with very little dependencies. The Network management is handled by systemd-networkd and systemd-resolved. Very few extra programs are installed, and any additional programs that gets installed will be lost after a reboot. SSH is enabled for user '''debian''' with password '''temppwd'''.
+Reflash is an initRamFS Linux image. That is in order to completely remove the boot medium before a reboot occurs. Because of that, Reflash needs to be very small. The application is built in Go witch makes it stand alone with very little dependencies. The Network management is handled by systemd-networkd and systemd-resolved. Very few extra programs are installed, and any additional programs that gets installed will be lost after a reboot. SSH is enabled for user '''debian''' with password '''temppwd'''. The kernel is 5.15.127.
 ==Known issues==
 ===Flash progress not showing any progress===
 Sometimes the flashing process does not work as expected. There is no progress on the progress indicator and the flashing never completes. A workaround is to go back to step 1 and install Reflash again.

@@ Line 90: / Line 90: @@
 ==Reflash image==
-Reflash is an initRamFS Linux image. That is in order to completely remove the boot medium before a reboot occurs. Because of that, Reflash needs to be very small. The application is built in Go witch makes it stand alone with very little dependencies. The Network management is handled by systemd-networkd and systemd-resolved. Very few extra programs are installed, and any additional programs that gets installed will be lost after a reboot. SSH is enabled for user **debian** with password **temppwd**.
+Reflash is an initRamFS Linux image. That is in order to completely remove the boot medium before a reboot occurs. Because of that, Reflash needs to be very small. The application is built in Go witch makes it stand alone with very little dependencies. The Network management is handled by systemd-networkd and systemd-resolved. Very few extra programs are installed, and any additional programs that gets installed will be lost after a reboot. SSH is enabled for user '''debian''' with password '''temppwd'''.
 ==Known issues==
 ===Flash progress not showing any progress===
 Sometimes the flashing process does not work as expected. There is no progress on the progress indicator and the flashing never completes. A workaround is to go back to step 1 and install Reflash again.

@@ Line 88: / Line 88: @@
 It is possible to log in to the Reflash image for manual operations. The SSH access is available using username '''root''' and password '''temppwd'''
 </div>
 ==Known issues==
 ===Flash progress not showing any progress===
 Sometimes the flashing process does not work as expected. There is no progress on the progress indicator and the flashing never completes. A workaround is to go back to step 1 and install Reflash again.

← Older revision	Revision as of 19:06, 11 June 2024
(No difference)

@@ Line 81: / Line 81: @@
 </li>
 </ol>
-You can keep the Reflash USB drive in a safe place, or even keep it mounted in the printer. If you want to upgrade to a later version of Refactor, the same image can be used again.
+You can keep the Reflash USB drive in a safe place and reuse it the next time you want to upgrade the software. If you want to upgrade to a later version of Refactor, the same image can be used again.
 <div class="alert alert-warning">

@@ Line 73: / Line 73: @@
 </li>
 <li>
-From the web interface, choose witch version of Refactor you want to download. There are two types of images, either with OctoPrint as the web interface, with Mainsail or with Fluidd.
+From the web interface, choose witch version of Refactor/Rebuild you want to download. There are two types of images, either with OctoPrint as the web interface, with Mainsail or with Fluidd. You can also choose to upload a custom image using the "Upload file" option.
 </li>
 <li>

@@ Line 46: / Line 46: @@
 # Download and install Zadig https://linux-sunxi.org/FEL/USBBoot#Using_sunxi-fel_on_Windows
 # Open the CMD prompt and navigate to the extracted Recore folder.
 # Run the following command from the Recore folder:
 <pre>

@@ Line 48: / Line 48: @@
 # Run the following command from the Recore folder:
 <pre>
-(prefix) sunxi-fel.exe -v -p spl binaries\sunxi-spl.bin write 0x44000 binaries\bl31.bin write 0x4a000000 binaries\u-boot.bin reset64 0x44000
+(prefix) sunxi-fel.exe -v -p spl binaries\new\sunxi-spl.bin write 0x44000 binaries\new\bl31.bin write 0x4a000000 binaries\new\u-boot.bin reset64 0x44000
 </pre>