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Add a cime_env environment #53
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Because conda-build doesn't allow for alternate `meta.yaml` file names, each recipe has been moved to a `recipes/[NAME]` directory
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A few small suggestions. Built fine for me. I don't have a test but I see you're working on that elsewhere. Happy to do the cori install once the package has been uploaded.
@xylar Thanks for the suggestions! I did build and upload python 2.7, 3.6, and 3.7 versions of |
Great, installing a python 2.7 and 3.7 env. on Cori right now. I'll let you know when it's there. |
@jhkennedy, both environments are there. The chmod is still happening and will likely take awhile, so don't do anything silly like trying to install your own packages until that finishes ;-) But other than that, you should be good to go. |
Awesome! Thanks for your help @xylar , especially on the weekend! |
No problem. Greetings from PHL, on my way from Berlin to NM (via AZ). |
Update climate reproducibility tests (MVK, PGN, TSC) Updates the MVK, PGN, and TSC climate reproducibility tests to all be production ready. They will all generate an appropriate baseline, run the comparison and produce a pass-fail result, and through EVV provide a portable website with in-depth test details to analyze why these tests pass/fail. An example of the output websites produced for both a failing case and a bit-for-bit case can be seen here: https://livvkit.github.io/evv4esm/index.html This will allow the e3sm_atm_nbfb test suite, under E3SM_Custom_Tests on the test dashboard, to pass and be operationally effective for climate reproducibility testing (tests' motivation discussed here ). These tests add external python dependencies to CIME (but only when one of these tests are run) and as such require a python environment with some of the scientific python stack. An e3sm_simple environment has been deployed to cori in the same manner as the e3sm_unified environment and will provide the necessary dependencies; see E3SM-Project/e3sm-unified#53. Additionally, the jenkins job which runs these test on cori-knl will be updated to use the e3sm_simple environment through E3SM-Project/E3SM_test_scripts#6. New baselines will need to be generated for these tests. [B4B] * origin/jhkennedy/cime/climate-repo-update: Add MVK test to e3sm_atm_nbfb test suite Refactor climate reproducibility ests for e3sm_simple env and EVV release Remove unneeded requirements.txt b/c of conda package Finished PGN refactor Partial refactor of PGN system test Minor updates for MVK system tests PEP8 and string formatting updates for PNG test Update MVK for E3SM atmosphere component directory name changes
Update climate reproducibility tests (MVK, PGN, TSC) Updates the MVK, PGN, and TSC climate reproducibility tests to all be production ready. They will all generate an appropriate baseline, run the comparison and produce a pass-fail result, and through EVV provide a portable website with in-depth test details to analyze why these tests pass/fail. An example of the output websites produced for both a failing case and a bit-for-bit case can be seen here: https://livvkit.github.io/evv4esm/index.html This will allow the e3sm_atm_nbfb test suite, under E3SM_Custom_Tests on the test dashboard, to pass and be operationally effective for climate reproducibility testing (tests' motivation discussed here ). These tests add external python dependencies to CIME (but only when one of these tests are run) and as such require a python environment with some of the scientific python stack. An e3sm_simple environment has been deployed to cori in the same manner as the e3sm_unified environment and will provide the necessary dependencies; see E3SM-Project/e3sm-unified#53. Additionally, the jenkins job which runs these test on cori-knl will be updated to use the e3sm_simple environment through E3SM-Project/E3SM_test_scripts#6. New baselines will need to be generated for these tests. [B4B] * origin/jhkennedy/cime/climate-repo-update: Add MVK test to e3sm_atm_nbfb test suite Refactor climate reproducibility ests for e3sm_simple env and EVV release Remove unneeded requirements.txt b/c of conda package Finished PGN refactor Partial refactor of PGN system test Minor updates for MVK system tests PEP8 and string formatting updates for PNG test Update MVK for E3SM atmosphere component directory name changes
Update climate reproducibility tests (MVK, PGN, TSC) Updates the MVK, PGN, and TSC climate reproducibility tests to all be production ready. They will all generate an appropriate baseline, run the comparison and produce a pass-fail result, and through EVV provide a portable website with in-depth test details to analyze why these tests pass/fail. An example of the output websites produced for both a failing case and a bit-for-bit case can be seen here: https://livvkit.github.io/evv4esm/index.html This will allow the e3sm_atm_nbfb test suite, under E3SM_Custom_Tests on the test dashboard, to pass and be operationally effective for climate reproducibility testing (tests' motivation discussed here ). These tests add external python dependencies to CIME (but only when one of these tests are run) and as such require a python environment with some of the scientific python stack. An e3sm_simple environment has been deployed to cori in the same manner as the e3sm_unified environment and will provide the necessary dependencies; see E3SM-Project/e3sm-unified#53. Additionally, the jenkins job which runs these test on cori-knl will be updated to use the e3sm_simple environment through E3SM-Project/E3SM_test_scripts#6. New baselines will need to be generated for these tests. [B4B] * origin/jhkennedy/cime/climate-repo-update: Add MVK test to e3sm_atm_nbfb test suite Refactor climate reproducibility ests for e3sm_simple env and EVV release Remove unneeded requirements.txt b/c of conda package Finished PGN refactor Partial refactor of PGN system test Minor updates for MVK system tests PEP8 and string formatting updates for PNG test Update MVK for E3SM atmosphere component directory name changes
@jhkennedy, I'm needing to make a new |
@xylar How soon? I've got a new EVV release in the pipe and would like to update this env. with that release -- I could probably have that together today and the new package at least queued on conda forge today. Outside of the rename and next EVV version I don't expect any other changes or need more review. |
Not that soon. Waiting on processflow. Take your time. |
Also, updates EVV to 0.2.1
@xylar I changed the name to
which might be the most transparent name, especially when this env. is going to be come the default python environment for the nightly testing on supported machines. |
@jhkennedy, I think I wouldn't worry about the failing CI. I won't be able to fix that myself and we'll need help from @rpwagner, but it's not worth holding up this PR if he doesn't have time to look at it right now. |
@xylar I'm going to change this to |
@xylar Okay, I think we're g2g now! If you could deploy this alongside your next deployment of e3sm_unified, that'd be great! After that, I'll update the Jenkins jobs and then you can also delete the |
Great! Let's just merge for now and if the scripts or something needs tweaking, I can do that as part of deploying e3sm-unified 1.3.0. |
Fantastic! Thanks @xylar |
In the CMDV-SM project, we've added some tests to the E3SM/CIME
SystemTests
that we'd like to put into production, but they require some of the scientific python dependencies and theevv4esm
package developed for these test, which breaks the standard-lib only CIME paradigm. So, we'd like a lightweight python env. deployed to the E3SM supported machines that can be access and run on the compute nodes. This provides a lightweighte3sm_simple
environment that includes the python packages CMDV-SM requires.This request has been supported more broadly, and CIME will be moving away from the standard lib only paradigm here soon as well, so a lightweight or simplified E3SM conda environment is going to become required in the future. We expect this first version will grow as people request more packages in a similar manner to
e3sm_unified
This PR:
e3sm_unified
build recipe into arecipes/e3sm_unified
sub-directory, similar to howconda-forge/staged-recipes
is structured (required becauseconda build
requires ameta.yaml
for each recipe and an alternate file name cannot be used).e3sm_simple
metapackage build recipe inrecipes/e3sm_simple
e3sm_simple
environment in travis-ci via singularity (@rpwagner, can you make sure I did this well?)