gitlab-org--gitlab-foss/spec/support/project_forks_helper.rb

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module ProjectForksHelper
def fork_project(project, user = nil, params = {})
# Load the `fork_network` for the project to fork as there might be one that
# wasn't loaded yet.
project.reload unless project.fork_network
unless user
user = create(:user)
project.add_developer(user)
end
unless params[:namespace] || params[:namespace_id]
params[:namespace] = create(:group)
params[:namespace].add_owner(user)
end
service = Projects::ForkService.new(project, user, params)
create_repository = params.delete(:repository)
# Avoid creating a repository
unless create_repository
allow(RepositoryForkWorker).to receive(:perform_async).and_return(true)
shell = double('gitlab_shell', fork_repository: true)
allow(service).to receive(:gitlab_shell).and_return(shell)
end
forked_project = service.execute
# Reload the both projects so they know about their newly created fork_network
if forked_project.persisted?
project.reload
forked_project.reload
end
if create_repository
# The call to project.repository.after_import in RepositoryForkWorker does
# not reset the @exists variable of this forked_project.repository
# so we have to explicitely call this method to clear the @exists variable.
# of the instance we're returning here.
forked_project.repository.after_import
# We can't leave the hooks in place after a fork, as those would fail in tests
# The "internal" API is not available
FileUtils.rm_rf("#{forked_project.repository.path}/hooks")
end
forked_project
end
def fork_project_with_submodules(project, user = nil, params = {})
forked_project = fork_project(project, user, params)
TestEnv.copy_repo(forked_project,
bare_repo: TestEnv.forked_repo_path_bare,
refs: TestEnv::FORKED_BRANCH_SHA)
forked_project.repository.after_import
forked_project
end
end