My bad, alpine is so light it doesnt have bash

Yes, thanks for your answer!

AgitatedDove14 I have a machine with two gpus and one agent per GPU. I provide the same trains.conf to both agents, so they use the same directory for caching venvs. Can it be problematic?

Is there any logic on the server side that could change the iteration number?

ok yea now I see it

For new projects it works 🙂

Probably something's wrong with the instance, which AMI you used? the default one?

The default one is not existing/accessible anymore, I replaced it with the one that was shown in the NVIDIA Deep Learning AMI markplace page https://aws.amazon.com/marketplace/pp/B076K31M1S?qid=1610377938050&sr=0-1&ref_=srh_res_product_title that is: ami-04c0416d6bd8e4b1f

(Btw the instance listed in the console has no name, it it normal?)

Ok, now I get ERROR: No matching distribution found for conda==4.9.2 (from -r /tmp/cached-reqscaw2zzji.txt (line 13))

Ok, deleting installed packages list worked for the first task

Why would it solve the issue? max_spin_up_time_min should be the param defining how long to wait after starting an instance, not polling_interval_time_min , right?

btw I monkey patched ignite’s function global_step_from_engine to print the iteration and passed the modified function to the ClearMLLogger.attach_output_handler(…, global_step_transform=patched_global_step_from_engine(engine)) . It prints the correct iteration number when calling ClearMLLogger.OutputHandler.__ call__ .
` def call(self, engine: Engine, logger: ClearMLLogger, event_name: Union[str, Events]) -> None:

    if not isinstance(logger, ClearMLLogger):
  ...

on a p3.2xlarge instance

5,6 mins exactly

there is no error from this side, I think the aws autoscaler just waits for the agent to connect, which will never happen since the agent won’t start because the userdata script fails

edited the aws_auto_scaler.py, actually I think it’s just a typo, I just need to double the brackets

so what worked for me was the following startup userscript:
` #!/bin/bash
sleep 120
while sudo fuser /var/{lib/{dpkg,apt/lists},cache/apt/archives}/lock >/dev/null 2>&1; do echo 'Waiting for other instances of apt to complete...'; sleep 5; done
sudo apt-get update
while sudo fuser /var/{lib/{dpkg,apt/lists},cache/apt/archives}/lock >/dev/null 2>&1; do echo 'Waiting for other instances of apt to complete...'; sleep 5; done
sudo apt-get install -y python3-dev python3-pip gcc git build-essential...

the instances takes so much time to start, like 5 mins

the deep learning AMI from nvidia (Ubuntu 18.04)

Here is the log from the instance

What do you mean by aws scalar?

The task with id a445e40b53c5417da1a6489aad616fee is not aborted and is still running

thanks for your help!

Yea again I am trying to understand what I can do with what I have 😄 I would like to be able to export as an environment variable the runtime where the agent is installing, so that one app I am using inside the Task can use the python packages installed by the agent and I can control the packages using clearml easily

Just found yea, very cool! Thanks!

as for disk space: I have 21Gb available (8Gb used), /opt/trains/data folder is about 600Mo

Some more context: the second experiment finished and now, in the UI, in workers&queues tab, I see randomly
trains-agent-1 | - | - | - | ... (refresh page) trains-agent-1 | long-experiment | 12h | 72000 |

It indeed has the old commit, so they match, no problem actually 🙂

Yes, thanks! In my case, I was actually using TrainsSaver from pytorch-ignite with a local path, then I understood looking at the code that under the hood it actually changed the output_uri of the current task, thats why my previous_task.output_uri = " s3://my_bucket " had no effect (it was placed BEFORE the training)

basically:
` from trains import Task

task = Task.init("test", "test", "controller")
task.upload_artifact("test-artifact", dict(foo="bar"))
cloned_task = Task.clone(task, name="test", parent=task.task_id)
cloned_task.data.script.entry_point = "test_task_b.py"
cloned_task._update_script(cloned_task.data.script)
cloned_task.set_parameters(**{"artifact_name": "test-artifact"})
Task.enqueue(cloned_task, queue_name="default") `