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Josh: would be good to know how much of this could be moved to either

Comments from Petr for integrating:

    1. say whether or not the IMAGE_PATH can point to any old image or does it have to be an image inside the ManagedRepo of OMERO or otherwise “special” image
    1. say what is the output of the workflow and give a hint about how to follow-up (…and now open locally in napari) as applicable
  • (basically the need to explain the bigger framework, why are the omero steps there, and why and when can I omit/ignore them)

NGFF workflow, summarised

A summarised version of https://github.com/IDR/SubmissionWorkflow/blob/master/zarr.md (private) that will be used to construct a workflow.

Input parameters:

  • IMAGE_ID: OMERO Image ID
  • IMAGE_PATH: Path to raw data on NFS
  • OUTPUT_DIR: Output parent directory for Zarrs

Temporary files passed between steps:

  • SERIES_CSV: CSV including image IDs
  • ROIS_CSV: CSV including ROI IDs

Conda Environment:

  • bioformats2raw
  • omero-cli-zarr
  • omero-py
  • zarr

Current workflow:

1. Obtain OMERO all image IDs associated with ${IMAGE_ID}, save to ${SERIES_CSV}:

​​​​omero hql --style=plain -q "select i.id, i.series from Image i where i.fileset.id = (select i.fileset.id from Image i where i.id = ${IMAGE_ID}) order by i.series asc" | cut -f2,3 -d, | tee ${SERIES_CSV}

2. Convert raw image data to Zarr

​​​​bioformats2raw --file_type=zarr ${SERIES_CSV} ${IMAGE_PATH} ${OUTPUT_DIR}

3. Add OMERO metadata

​​​​curl -o- http://idr.openmicroscopy.org/webclient/imgData/${IMAGE_ID}/ > ${OUTPUT_DIR}/${IMAGE_ID}.zarr/omero.json

(Presumably need to loop through all image IDs in ${SERIES_CSV})

4. Merge external OMERO metadata into the Zarr

merge.py: https://github.com/IDR/idr-zarr-tools/blob/master/merge.py

​​​​./merge.py {OUTPUT_DIR}/${IMAGE_ID}.zarr

(Should we delete ${OUTPUT_DIR}/${IMAGE_ID}.zarr/omero.json?)

5. Get mask IDs

​​​​omero hql --style=plain "select distinct s.textValue, s.roi.id from Shape s where s.roi.image.id = ${IMAGE_ID}" --limit=-1 | tee ${ROIS_CSV}

(Presumably need to loop through all image IDs in ${SERIES_CSV})

6. Add masks

​​​​omero zarr masks Image:${IMAGE_ID} --mask-map=${ROIS_CSV}

Looks like steps 3-6 should be in a loop over the output of step 2. One question is whether to keep the loop in the same workflow, or to branch into a different workflow.

omero-cli-zarr export using Docker

Based on https://github.com/ome/omero-cli-zarr/pull/29#issuecomment-713516616 and https://github.com/ome/omero-cli-zarr/pull/38#pullrequestreview-518083982

$ ssh -A ome-zarr-dev1.openmicroscopy.org

Or use

ssh idr-ngff-1

if you have:

Host idr-ngff-1
    ProxyCommand ssh idr-pilot.openmicroscopy.org -W zarr1-dev:%p

Can run from your home directory…

$ mkdir idr0033_zarr_export_docker
$ cd idr0033_zarr_export_docker
$ vi Dockerfile

NB: Paste in this docker file, editing the omero-cli-zarr branch you want to use:

FROM centos:7

RUN yum install -y git python3 fontconfig

RUN useradd -ms /bin/bash converter
USER converter

RUN python3 -m venv /tmp/venv && /tmp/venv/bin/pip install -U pip wheel && /tmp/venv/bin/pip install https://github.com/ome/zeroc-ice-py-centos7/releases/download/0.2.1/zeroc_ice-3.6.5-cp36-cp36m-linux_x86_64.whl
RUN /tmp/venv/bin/pip install git+https://github.com/ome/omero-cli-zarr.git@refs/pull/38/merge
# or RUN /tmp/venv/bin/pip install git+git://github.com/joshmoore/omero-cli-zarr.git@nested#egg=omero-cli-zarr

COPY export.omero .
ENV OMERO_USERDIR /tmp/omero
ENTRYPOINT ["/tmp/venv/bin/omero", "load", "export.omero"]

Create a companion export.omero file

vi export.omero

And add export commands to connect to idr-testing…

login -C public@idr-testing.openmicroscopy.org -w public
zarr --output /data export Plate:5966

Then build with

$ sudo docker build --tag idr0033_plate5966 .

We want files to end up at e.g. (named after current or last-merged PR) https://minio-dev.openmicroscopy.org/idr/idr0033-rohban-pathways/41744_illum_corrected/pr35/5966.zarr Location is on /uod/idr/objectstore/minio/idr/ but this is now accessible from ome-zarr-dev1.openmicroscopy.org.

Make sure target location exists…

$ cd /uod/idr/objectstore/minio/idr/idr0033-rohban-pathways/41744_illum_corrected
$ mkdir pr_35

Want to run with your own user ID, so you can modify output files

$ id wmoore  # shows user ID - e.g. 5098

$ screen -xRR

NB: had some permissions problems (fixed) but the session created when the Dockerfile was built above then expired, so needed to run the container interactively and re-login to idr:

[wmoore@idr1-slot2 idr0002]$ sudo docker run -it --rm -u 5098 -e OMERO_USERDIR=/tmp/omero -v /uod/idr/objectstore/minio/idr/idr0033-rohban-pathways/41744_illum_corrected/pr_35:/data idr0033_plate5966
WARNING: Could not load OpenGL library.
WARNING:vispy:Could not load OpenGL library.
Server: [localhost:4064]idr.openmicroscopy.org
Username: [root]public
Password:
Created session for public@idr.openmicroscopy.org:4064. Idle timeout: 10 min. Current group: Public
Exporting to /data/5966.zarr
0.06% done, ETA: 05:20:46

Should now be able to see files appearing on idr0-slot3 e.g. to see how many Wells have been exported:

$ cd /uod/idr/objectstore/minio/idr/idr0033-rohban-pathways/41744_illum_corrected/pr_35/5966.zarr/0
$ find . -maxdepth 2 -type d | grep [0-9] | wc
     64      64     430

export with Z-downsampling

Export and then downsample, working with Temp state of PR: https://github.com/ome/ome-zarr-py/pull/71#issuecomment-759404371

ssh -A ome-zarr-dev1.openmicroscopy.org
mkdir idr0077_zarr_z-downsample
cd idr0077_zarr_z-downsample

Dockerfile:

FROM centos:7

RUN yum install -y git python3 fontconfig

RUN useradd -ms /bin/bash converter
USER converter

RUN python3 -m venv /tmp/venv && /tmp/venv/bin/pip install -U pip wheel && /tmp/venv/bin/pip install https://github.com/ome/zeroc-ice-py-centos7/releases/download/0.2.1/zeroc_ice-3.6.5-cp36-cp36m-linux_x86_64.whl
RUN /tmp/venv/bin/pip install git+https://github.com/will-moore/omero-cli-zarr.git@use_ome_zarr_to_build_pyramid
RUN /tmp/venv/bin/pip install git+https://github.com/will-moore/ome-zarr-py.git@downsample_Z

COPY export_zarr .
ENV OMERO_USERDIR /tmp/omero
ENTRYPOINT ["bash", "export_zarr"]

Create an export_zarr bash script:

/tmp/venv/bin/omero login -C public@idr-testing.openmicroscopy.org -w public
/tmp/venv/bin/omero zarr --output /data export Image:9836831
/tmp/venv/bin/ome_zarr scale /data/9836831.zarr /data/9836831_zscale.zarr --downsample_z

Build and run

$ sudo docker build --tag idr0077_9836831_zscale_02 .

$ sudo mkdir -p /uod/idr/objectstore/minio/idr/idr0077-valuchova-flowerlightsheet/zscale_02
$ sudo chown wmoore /uod/idr/objectstore/minio/idr/idr0077-valuchova-flowerlightsheet/zscale_02

$ id wmoore     # 5098

$ screen -xRR

$ sudo docker run -it --rm -u 5098 -e OMERO_USERDIR=/tmp/omero -v /uod/idr/objectstore/minio/idr/idr0077-valuchova-flowerlightsheet/zscale_02:/data idr0077_9836831_zscale_02

export via conda environment

Use:

ssh -A ome-zarr-dev1.openmicroscopy.org

Or with this config:

# /.ssh/config

Host pilot-zarr*
    ProxyCommand ssh idr-pilot.openmicroscopy.org -W %h.openmicroscopy.org:%p   ForwardAgent yes

Use:

ssh pilot-zarr1-dev

First install Conda. Using first link in list at https://docs.conda.io/en/latest/miniconda.html#linux-installers

$ wget https://repo.anaconda.com/miniconda/Miniconda3-py39_4.10.3-Linux-x86_64.sh

$ bash Miniconda3-py39_4.10.3-Linux-x86_64.sh
...
Miniconda3 will now be installed into this location:
/lifesci/groups/jrs/wmoore/miniconda3
...

After re-opening a Terminal:

$ which conda
~/miniconda3/bin/conda

Using environment.yml at https://github.com/ome/NGFF-ELMI-2021-Workshop/blob/main/binder/environment.yml …

wget https://raw.githubusercontent.com/ome/NGFF-ELMI-2021-Workshop/main/binder/environment.yml

$ conda create -f environment.yml

CondaValueError: The target prefix is the base prefix. Aborting.

$ conda env create -f environment.yml

CondaValueError: prefix already exists: /lifesci/groups/jrs/wmoore/miniconda3

$ conda env create --prefix ./envs -f environment.yml

NB: could use -n myenv instead of --prefix?

...
ERROR conda.core.link:_execute(699): An error occurred while installing package 'conda-forge::pyopengl-3.1.5-py_0'.
Rolling back transaction: done

LinkError: post-link script failed for package conda-forge::pyopengl-3.1.5-py_0
location of failed script: /lifesci/groups/jrs/wmoore/envs/bin/.pyopengl-post-link.sh
==> script messages <==
<None>
==> script output <==
stdout: Warning: Missing OpenGL driver, install with yum install mesa-libGL-devel or equivalent
...

$ sudo yum install mesa-libGL-devel

# try again...

$ conda env create -f environment.yml -n omero_zarr_export

Seemed to work:

$ conda env list
# conda environments:
#
                         /lifesci/groups/jrs/wmoore/envs
base                  *  /lifesci/groups/jrs/wmoore/miniconda3
omero_zarr_export        /lifesci/groups/jrs/wmoore/miniconda3/envs/omero_zarr_export

Activate and install version of omero-cli-zarr we want to use

$ conda activate omero_zarr_export
$ pip uninstall omero-cli-zarr
$ pip install git+https://github.com/will-moore/omero-cli-zarr.git@export_v0.3_ome_ngff

$ cd /uod/idr/objectstore/minio/idr/v0.3/idr0062-blin-nuclearsegmentation
$ omero zarr export Image:6001240

Available at:

Ended with:

OSError: [Errno 28] No space left on device: '/uod/idr/objectstore/minio/idr/v0.3/idr0099-jain-beetlelightsheet/12557113.zarr/0/0/54/0/0'

Seb: looks like we have used all the Inodes on the objectstore GPFS fileset at UoD so options are 1- clean up data on GPFS, 2- increase the number of inodes, 3- use EBI S3 rather than our minio

Others:

export vizarr & deploy on s3

Checkout https://github.com/hms-dbmi/vizarr/pull/43

$ cd vizarr $ npm run export # to /out directory

export via bioformats2raw

Using pilot-zarr1-dev (ngff data directory: /data) or pilot-zarr2-dev (/data/ngff).

Install bioformats2raw via conda:

conda install -c ome bioformats2raw

This is actually just for getting the dependencies installed. Get the actual bioformats2raw from this PR and just unzip it into your home directory: https://github.com/IDR/bioformats2raw/pull/1

Create a directory for the idr project and memo files (if it's not already there), and change into the idr directory. For example for idr0051:

mkdir idr0051 
mkdir memo
cd idr0051

Find out where the pattern, screen or companion files are. For example: /nfs/bioimage/drop/idr0051-fulton-tailbudlightsheet/patterns/

Then run the conversion (using the bioformat2raw from the PR!):

for i in `ls /nfs/bioimage/drop/idr0051-fulton-tailbudlightsheet/patterns/`; do echo $i; /home/<USER>/bioformats2raw-0.7.0-SNAPSHOT/bin/bioformats2raw --memo-directory ../memo /nfs/bioimage/drop/idr0051-fulton-tailbudlightsheet/patterns/$i ${i%.*}.ome.zarr; done

($i is the pattern file, ${i%.*}.ome.zarr strips the .pattern file extension and adds .ome.zarr; this should work for pattern, screen and also companion file extensions)

upload to uk1 s3

Install minio and configure…

ssh -A ome-zarr-dev1.openmicroscopy.org

wget https://dl.min.io/client/mc/release/linux-amd64/mc
chmod +x mc

(base) [wmoore@ome-zarr-dev1 ~]$ ./mc config host add uk1s3 https://uk1s3.embassy.ebi.ac.uk
Enter Access Key: X8GE11ZKP71A8529XFAE
Enter Secret Key: 
Added `uk1s3` successfully.

$ ./mc ls uk1s3/idr/zarr
[2022-10-13 11:07:56 BST]     0B test-data/
[2022-10-13 11:07:56 BST]     0B v0.1/
[2022-10-13 11:07:56 BST]     0B v0.2/
[2022-10-13 11:07:56 BST]     0B v0.3/
[2022-10-13 11:07:56 BST]     0B v0.4/


$ cd /uod/idr/objectstore/minio/idr/v0.4/2022-02-03/
$ /lifesci/groups/jrs/wmoore/mc cp -r idr0101/ uk1s3/idr/zarr/v0.4/idr0101A/
...idr0101/13457539.zarr/labels/0/2/0/0/0/0/0: 13.21 GiB / 13.21 GiB ━━━━━━━

Also installed at on idrtesting-pilot to allow direct upload without conversion…

ssh -A idr-pilot.openmicroscopy.org
ssh -A idrtesting-omeroreadwrite

# install and config as above...

$ cd /uod/idr/filesets/idr0138-lohoff-seqfish/20210917-Globus/ngff/TimEmbryos-102219/HybCycle_0/
$ /home/wmoore/mc cp -r MMStack_Pos0.ome.zarr/ uk1s3/idr/zarr/v0.4/idr0138A/TimEmbryos-102219/HybCycle_0/MMStack_Pos0.ome.zarr/
.../MMStack_Pos0.ome.zarr/labels/nuclei/4/0/0/0: 186.41 MiB / 186.41 MiB ━━━━━━━

Copy files from IDR

rsync -av  -e "ssh -A idr-pilot.openmicroscopy.org ssh" "idrtesting-omeroreadwrite:/uod/idr/filesets/idr0070-kerwin-hdbr/20200414-Batch3-ftp/HDBR_BMP4_ISH/" . -P

Test import to OMERO

$ ssh idr2-slot3.openmicroscopy.org

$ cd /uod/idr-scratch/will-test/

$ aws s3 sync --no-sign-request --endpoint-url https://uk1s3.embassy.ebi.ac.uk s3://idr/zarr/v0.4/idr0050A/4995115.zarr 4995115.zarr

$ conda activate omeropy

$ echo $OMERODIR
/lifesci/groups/jrs/wmoore/OMERO.server-5.6.5-ice36-b233

$ omero import --depth=100 4995115.zarr

Update Jan 2023

See https://forum.image.sc/t/converting-other-idr-images-into-public-zarr/44025/12 Want to convert /uod/idr/filesets/idr0048-abdeladim-chroms/20181217-ftp/Astrop65_BDV/ (astroP65.h5 (73GB) and astroP65.xml)

Seb: "pilot-zarr1-dev or pilot-zarr2-dev that has the advantage of being on EBI Embassy (so easier to upload to S3)"

ssh -A -o 'ProxyCommand ssh idr-pilot.openmicroscopy.org -W %h:%p' pilot-zarr1-dev

Installed conda and bioformats2raw as above in /home/wmoore/miniconda, and installed & configured mc client as above.

rsync -av  -e "ssh -A idr-pilot.openmicroscopy.org ssh" "idrtesting-omeroreadwrite:/uod/idr/filesets/idr0048-abdeladim-chroms/20181217-ftp/Astrop65_BDV/" -P .

$ bioformats2raw --version
Version = 0.5.0
Bio-Formats version = 6.10.1
NGFF specification version = 0.4

$ ls -lh
total 73G
-rw-rw----. 1 wmoore idrnfs  73G Dec 17  2018 astroP65.h5
-rw-rw----. 1 wmoore idrnfs 2.3K Dec 17  2018 astroP65.xml


$ bioformats2raw astroP65.xml 9846151.zarr
OpenJDK 64-Bit Server VM warning: You have loaded library /tmp/opencv_openpnp3473542386768814439/nu/pattern/opencv/linux/x86_64/libopencv_java342.so which might have disabled stack guard. The VM will try to fix the stack guard now.
It's highly recommended that you fix the library with 'execstack -c <libfile>', or link it with '-z noexecstack'.


$ /home/wmoore/mc cp -r 9846151.zarr/ uk1s3/idr/zarr/v0.4/idr0048A/9846151.zarr/

conda install

conda create -n omero_zarr_export -c ome python=3.9 zeroc-ice36-python omero-py

conda activate omero_zarr_export

# custom versions of ome-zarr-py and omero-cli-zarr
pip install git+https://github.com/ome/ome-zarr-py.git@refs/pull/244/head

pip install git+https://github.com/ome/omero-cli-zarr.git@refs/pull/134/head

March 2023

Rsync local data to minio:

rsync -rvP --progress 13425213.zarr ome-zarr-dev1.openmicroscopy.org:/uod/idr/objectstore/minio/idr/idr0113-bottes-opcclones/

IDR NGFF conversion - make buckets - April 2023

$ aws --endpoint-url https://uk1s3.embassy.ebi.ac.uk s3 mb s3://idr0010

Seb: set the policy on the bucket as described in https://github.com/IDR/deployment/blob/master/docs/object-store.md#policy ? this will be mandatory for accessing it from the pilots (without keys)

Will: also need to configure CORS as described there too.

Update - April 2025

Minio hosted at ome-dckr-ap1 which is at…

ssh 134.36.7.234
ls -alh /uod/idr/objectstore/minio/idr/Testing/sample_files.zarr/

NB: Dom had to move the data there as when I put it at /uod/idr/objectstore/minio/idr/ome-ngff-tools/sample_files.zarr/ it wasn't accessible via minio!

NB: tried to create a new top-level bucket (sibling to idr) but couldn't fix CORS…

aws s3api put-bucket-cors --endpoint-url https://minio-dev.openmicroscopy.org --bucket ome-ngff-tools --cors-configuration file://cors.json

… as I don't know aws credentials!

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