Updated core_recipe

# When building ISIS for a public release, be sure that these variables are properly set to reflect

# your current build. Keep in mind that these values are how conda build names its .tar.bz2 build

# file, and so must be unique to other builds sitting in the USGS-Astrogeology channel on Anaconda

# Cloud, or they will be overwritten when you upload this current build. It is always a good idea to

# confirm that you will not be overwriting a file that has already been uploaded by checking the

# channel before building.

# Also keep in mind that there must already be a Release or a Tag by the name <version>_<build_number>

# on the USGS-Astrogeology/ISIS3 repo before invoking the conda build system as this will pull the

# tar.gz of that name to build. After pushing changes for a release build (so as to

# include these changes in the release), but before building using the conda build system, be

# sure to create this Release or Tag.

# This is the version of ISIS that you are building. (Please refer to

# RFC2 (https://github.com/USGS-Astrogeology/ISIS3/wiki/RFC2:-Release-Process) if you are not sure

# about what version you are building.)

# Examples:

#       A Public Release for ISIS3.6.1:                        {% set version = "3.6.1" %}

#       A Release Candidate for ISIS3.6.1:                     {% set version = "3.6.1_RC" %}

#       A custom build of ISIS3.6.1 for the CaSSIS mission:    {% set version = "3.6.1_cassis" %}

{% set version = "1.0.0" %}

# This is the build number for the current version you are building. If this is the first build of

# this version, the build number will be 0. It is incremented by 1 with every consecutive build of

# the same version.

{% set version = "8.0.4" %}

{% set build_number = "0" %}

package:

  name: isiscore

  version: {{ version }}

  version: {{ core_version }}

source:

  git_url: 'https://github.com/USGS-Astrogeology/ISIS3.git'

  git_tag: 'pvl_core'

  # url: 'https://github.com/USGS-Astrogeology/ISIS3/archive/{{ version }}.tar.gz'

  # sha256 is the prefered checksum -- you can get it for a file with:

  # `openssl sha256 <file name>`. Simply run this command with the .tar.gz

  # file specified in the "url" tag above.

  # sha256: '62b88bec88471588feb581e28afc2aa9248bd4e165ad83c448a4c5fa7b59a6e1'

  url: https://github.com/DOI-USGS/ISIS3/archive/{{ version }}.tar.gz

  sha256: 47db471e77dffdad2167b51351ed5a3b06d007a1c386899b5ae042946221444e

build:

  number: {{ build_number }}

# Shotgun strat on requirements until we can narrow them down

requirements:

  build:

    - cmake >=3.15

    - python 

    - cmake >=3.27,<3.28

    - cxx-compiler=1.1.2

    - mesalib

    - ninja

  host:

    - mesalib

    - nlohmann_json

    - python

    - qt >=5.9.6,<5.15.0

    - qt-main >=5.15.8, <5.16

    - swig

  run:

    - python 

    - mesalib

    - nlohmann_json

    - {{ pin_compatible('qt', max_pin='x.x') }}

    - {{ pin_compatible('nlohmann_json', min_pin='x.x', max_pin='x.x') }}

tests:

  imports:

    - test -e $PREFIX/lib/libcore${SHLIB_EXT}

    - test -e $PREFIX/include/isis/Pvl.h

about:

  home: https://github.com/USGS-Astrogeology/ISIS3

  home: https://github.com/DOI-USGS/ISIS3

  license: CC0-1.0

  license_file: LICENSE.md

  summary: "Integrated Software for Imagers and Spectrometers"

extra:

  recipe-maintainers:

    - amystamile-usgs

    - acpaquette