Please provide an app for Raspberry Pi and other single-board computers (SBCs) (GNU/Linux / ARM64)

an app for Android (based on BOINC) would be another bonus.

Source code of both CmDock and RxDock is available on GitLab under LGPL 3.0 license.

The problem is, documentation of BOINC Anonymous platform is too obscure, so I have no idea how to use it.

Hello folks!

Natalia deployed application for Raspberry Pi, "arm-unknown-linux-gnueabihf" platform.
My Pi received tasks with the following cc_config.xml:

<cc_config>
    <options>
        <alt_platform>arm-unknown-linux-gnueabihf</alt_platform>
    </options>
</cc_config>

Try it please. With checkpoints. :)

Great.
I run it on my Odroid-C4.
First WU crashed with error.

After "sudo apt install libgomp1:armhf" it runs without error.

**************************************************
RECORD #1
NAME:   ZINC000937180731
RNG seed:                     std::random_device
Numer of docking runs done:   5 (0 errors)
Ligand docking duration:      348.741 second(s)

Average duration per ligand:  348.741 second(s)
Approximately 464 record(s) remaining, will finish Sat May 22 05:26:29 2021

**************************************************
RECORD #2
NAME:   ZINC000937180732
RNG seed:                     std::random_device
Numer of docking runs done:   5 (0 errors)
Ligand docking duration:      425.196 second(s)

**************************************************
RECORD #3
NAME:   ZINC000937180755
RNG seed:                     std::random_device
Numer of docking runs done:   5 (0 errors)
Ligand docking duration:      488.344 second(s)

**************************************************

On one of my Odroid-N2 it also run without problem.
After 3h5m the docking_log shows:

**************************************************
RECORD #51
NAME:   ZINC000947187298
RNG seed:                     std::random_device
Numer of docking runs done:   5 (0 errors)
Ligand docking duration:      216.457 second(s)

Average duration per ligand:  218.810 second(s)
Approximately 447 record(s) remaining, will finish Fri May 21 17:35:10 2021

**************************************************
RECORD #52
NAME:   ZINC000947187303
RNG seed:                     std::random_device
Numer of docking runs done:   5 (0 errors)
Ligand docking duration:      218.857 second(s)

**************************************************

Estimated runtime is 1d 6h

After "sudo apt install libgomp1:armhf" it runs without error

Therefore this library should be bundled inside cmdock's .zip file

After "sudo apt install libgomp1:armhf" it runs without error

Therefore this library should be bundled inside cmdock's .zip file

The WU that crashed has this error:

cmdock: error while loading shared libraries: libgomp.so.1: cannot open shared object file: No such file or directory

The Odroid-C4 and Odroid-N2 run with Ubuntu 20.04.2 LTS 64bit.
To get boinc with 32bit apps running i need to add-architecture armhf and install some :armhf libs.

Hi, i'm running Raspberry Pi OS 64 on a Pi4 and did the following to get it working. just as JagDoc said.

sudo dpkg --add-architecture armhf
sudo apt update
sudo apt install libstdc++6:armhf libgomp1:armhf libboinc7:armhf
sudo reboot

First task from my RPi 3B+ completed and validated! :)

The first tasks with the new app on my Odroid-N2+ finished and validated.
Runtime 1d6h20m.
https://www.sidock.si/sidock/results.php?hostid=11776

I see that some task can require much more time than first task. For new bunch of workunits deadline increased to 5 days. :)

The first tasks with the new app on my Odroid-N2+ finished and validated.
Runtime 1d6h20m.
https://www.sidock.si/sidock/results.php?hostid=11776

Much faster than my RPi 3B+!

My Odroid-C4 finished the first 4 tasks.
https://www.sidock.si/sidock/results.php?hostid=17214
Runtimes 2 day +-1h.

I was running the 0.1.1 and 0.1.2 ARM apps across a variety of SBCs during the Pentathlon, more than hundred WUs finished and were validated successfully.

In order to meet the shortened deadline, I ran the project at resource share 0 (no other projects active), 0 work buffer and extra cache.
That way the systems had only active WUs and no WUs would get stale, waiting to be started.

The checkpoints work well, at the current 500 records per WU that is often enough, even on slower ARM boards.

I'm looking forward to see pschoeffer's task progress patch included in a future version of cmdock!
I tried it here on x86 and ARM, it works nicely!

I've got tasks running on two Raspberry Pi 2 Model B Rev 1.1 but they've both been running for 3 days now and the estimated remaining time has been sitting on just under 3 hours for at least a day.

Any idea whether this is a reasonable run time?

The tasks are still checkpointing, so everything looks okay.

Thanks

I've got tasks running on two Raspberry Pi 2 Model B Rev 1.1 but they've both been running for 3 days now and the estimated remaining time has been sitting on just under 3 hours for at least a day.

Any idea whether this is a reasonable run time?

The tasks are still checkpointing, so everything looks okay.

Thanks

Let them run, they will finish.
Here are some runtimes from my arm's =)

Odroid u3@Stock Ubuntu20.04------254,913.76s
Rpi4@Stock Raspberry Pi OS 64-----224,244.65s
Rpi4@1900 Raspberry Pi OS 64-----215,162.74s

Let them run, they will finish.

Thanks!

Last 4 completed and verified results from my RPi3B+:

249127.70
249583.10
245391.20
244257.90

Linux Raspbian
Raspbian GNU/Linux 10 (buster) [5.10.17-v7l+|libc 2.28 (Debian GLIBC 2.28-10+rpi1)]

24 May 2021, 16:05:31 UTC 26 May 2021, 15:41:57 UTC Terminé et validé 171,370.70 162,384.40 261.85 CurieMarieDock on BOINC + zipped input v2.00
arm-unknown-linux-gnueabihf

24 May 2021, 16:05:07 UTC 26 May 2021, 16:06:53 UTC Terminé et validé 172,890.39 165,590.40 250.87 CurieMarieDock on BOINC + zipped input v2.00
arm-unknown-linux-gnueabihf

Hello folks!

Natalia deployed application for Raspberry Pi, "arm-unknown-linux-gnueabihf" platform.
My Pi received tasks with the following cc_config.xml:

<cc_config>
    <options>
        <alt_platform>arm-unknown-linux-gnueabihf</alt_platform>
    </options>
</cc_config>

On my RasPi4's works
<alt_platform>aarch64-unknown-linux-gnu</alt_platform> also perfect.
Add project -> download wu's -> running !
I didn't need to make any changes, it was as simple as a Boinc project should be to allow everyone to participate.
Excellent work @ Natalia and the SiDock-Team !