text: # Copyright 2013-2022 Lawrence Livermore National Security, LLC and other
  # Spack Project Developers. See the top-level COPYRIGHT file for details.
  #
  # SPDX-License-Identifier: (Apache-2.0 OR MIT)
  
  
  from spack.package import *
  
  
  class MofemFractureModule(CMakePackage):
      """mofem fracture module"""
  
      homepage = "http://mofem.eng.gla.ac.uk"
      git = "https://bitbucket.org/likask/mofem_um_fracture_mechanics.git"
  
      maintainers = ['likask']
  
      version('develop', branch='develop')
      version('0.9.50', tag='v0.9.50')
      version('0.9.49', tag='v0.9.49')
      version('0.9.48', tag='v0.9.48')
      version('0.9.47', tag='v0.9.47')
      version('0.9.46', tag='v0.9.46')
      version('0.9.45', tag='v0.9.45')
      version('0.9.44', tag='v0.9.44')
      version('0.9.42', tag='v0.9.42')
  
      variant('copy_user_modules', default=True,
              description='Copy user modules directory instead linking')
  
      extends('mofem-cephas')
      depends_on('mofem-users-modules@0.8.17', when='@0.9.50')
      depends_on('mofem-users-modules@0.8.16', when='@0.9.49')
      depends_on('mofem-users-modules@0.8.15', when='@0.9.48')
      depends_on("mofem-users-modules", type=('build', 'link', 'run'))
  
      # The CMakeLists.txt installed with mofem-cephas package set cmake
      # environment to install extension from extension repository. It searches
      # for modules in user provides paths, for example in Spack source path.Also
      # it finds all cmake exported targets installed in lib directory, which are
      # built with dependent extensions, f.e.mofem - users - modules or others if
      # needed.
      @property
      def root_cmakelists_dir(self):
          """The relative path to the directory containing CMakeLists.txt
  
          This path is relative to the root of the extracted tarball,
          not to the ``build_directory``. Defaults to the current directory.
  
          :return: directory containing CMakeLists.txt
          """
          spec = self.spec
          return spec['mofem-users-modules'].prefix.users_modules
  
      def cmake_args(self):
          spec = self.spec
  
          # obligatory options
          options = [
              self.define('WITH_SPACK', True),
              self.define('EXTERNAL_MODULES_BUILD', True),
              self.define('UM_INSTALL_BREFIX',
                          spec['mofem-users-modules'].prefix),
              self.define('EXTERNAL_MODULE_SOURCE_DIRS', self.stage.source_path),
              self.define_from_variant('STAND_ALLONE_USERS_MODULES',
                                       'copy_user_modules')
          ]
  
          # Set module version
          if self.spec.version == Version('develop'):
              options.extend([
                  '-DFM_VERSION_MAJOR=%s' % 0,
                  '-DFM_VERSION_MINOR=%s' % 0,
                  '-DFM_VERSION_BUILD=%s' % 0])
          else:
              options.extend([
                  '-DFM_VERSION_MAJOR=%s' % self.spec.version[0],
                  '-DFM_VERSION_MINOR=%s' % self.spec.version[1],
                  '-DFM_VERSION_BUILD=%s' % self.spec.version[2]])
  
          # build tests
          options.append(self.define('MOFEM_UM_BUILD_TESTS', self.run_tests))
  
          return options
  
      # This function is not needed to run code installed by extension, nor in
      # the install process. However, for users like to have access to source
      # code to play, change and make it. Having source code at hand one can
      # compile in own build directory it in package view when the extension is
      # activated.
      @run_after('install')
      def copy_source_code(self):
          source = self.stage.source_path
          prefix = self.prefix
          install_tree(source, prefix.ext_users_modules.fracture_mechanics)
  