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t-brown/PnetCDF

Source code repository of PnetCDF library and utilities

PnetCDF source code development repository

PnetCDF is a parallel I/O library for accessing
Unidata's NetCDF files in
classic formats. The software development is a collaborative work of
Northwestern University and Argonne National Laboratory.

PnetCDF project web page

PnetCDF official software releases

  • All official released versions can be found in
    https://parallel-netcdf.github.io/wiki/Download.html
  • Note the "releases"
    link on this page above contains only tagged versions. They are by no means
    official releases, but simply checkpoints. They contain unused historical
    files. Users are recommended to download the official releases, not tagged
    versions.

Build PnetCDF using source codes of this development repository

  • The source codes in this repository are constantly under development. They
    should NOT be used for production runs.
  • Use the source codes in this repository only if you are interested in
    contributing the project and we welcome and appreciate any contribution.
  • To clone this repository, run command
    git clone https://github.com/Parallel-NetCDF/PnetCDF.git
    This will create a new folder named PnetCDF.
  • Before running configure command to build PnetCDF, please run commands below
    first.
    cd PnetCDF
    autoreconf -i
    Several files, e.g. configure and Makefile.in, will be created for running the
    configure command. The minimum versions of GNU autotools required are:

Build instructions and recipes

  • Please read file
    INSTALL for
    build instructions. There are also several build recipes under folder
    doc for a few
    popular systems.

Current build status

  • Github Actions: MPICH
    OpenMPI

PnetCDF user guide

Mailing List

Project funding supports:

  • Ongoing development and maintenance of PnetCDF is supported by the Exascale
    Computing Project
    (17-SC-20-SC), a joint
    project of the U.S. Department of Energy's Office of Science and National
    Nuclear Security Administration, responsible for delivering a capable
    exascale ecosystem, including software, applications, and hardware
    technology, to support the nation's exascale computing imperative.