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282 lines
10 KiB
282 lines
10 KiB
#-- copyright
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# OpenProject is a project management system.
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# Copyright (C) 2012-2013 the OpenProject Foundation (OPF)
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#
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# This program is free software; you can redistribute it and/or
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# modify it under the terms of the GNU General Public License version 3.
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#
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# OpenProject is a fork of ChiliProject, which is a fork of Redmine. The copyright follows:
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# Copyright (C) 2006-2013 Jean-Philippe Lang
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# Copyright (C) 2010-2013 the ChiliProject Team
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#
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# This program is free software; you can redistribute it and/or
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# modify it under the terms of the GNU General Public License
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# as published by the Free Software Foundation; either version 2
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# of the License, or (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
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#
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# See doc/COPYRIGHT.rdoc for more details.
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#++
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module Api
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module V2
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class PlanningElementsController < ApplicationController
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unloadable
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helper :timelines, :planning_elements
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include ::Api::V2::ApiController
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include ExtendedHTTP
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before_filter :find_project_by_project_id,
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:authorize, :except => [:index]
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before_filter :assign_planning_elements, :except => [:index, :update, :create]
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# Attention: find_all_projects_by_project_id needs to mimic all of the above
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# before filters !!!
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before_filter :find_all_projects_by_project_id, :only => :index
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helper :timelines
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helper :timelines_journals
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accept_key_auth :index, :create, :show, :update, :destroy
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def index
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optimize_planning_elements_for_less_db_queries
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rewire_ancestors
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respond_to do |format|
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format.api
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end
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end
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def create
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planning_element_params = permitted_params.planning_element.tap do |p|
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# map the old planning_element_type_id on the type_id of workpackage
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p[:type_id] = p[:planning_element_type_id]
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# and remove it from the params
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p.except!(:planning_element_type_id)
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end
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@planning_element = planning_element_scope.new(planning_element_params)
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# The planning_element inherits from workpackage, which requires an author.
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# Using the current_user also satisfies this demand for API-calls
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@planning_element.author ||= current_user
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successfully_created = @planning_element.save
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respond_to do |format|
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format.api do
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if successfully_created
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redirect_url = api_v2_project_planning_element_url(
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@project, @planning_element,
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# TODO this probably should be (params[:format] ||'xml'), however, client code currently anticipates xml responses.
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:format => 'xml'
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)
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see_other(redirect_url)
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else
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render_validation_errors(@planning_element)
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end
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end
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end
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end
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def show
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@planning_element = @project.work_packages.find(params[:id])
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respond_to do |format|
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format.api
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end
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end
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def update
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@planning_element = planning_element_scope.find(params[:id])
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@planning_element.attributes = permitted_params.planning_element
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successfully_updated = @planning_element.save
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respond_to do |format|
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format.api do
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if successfully_updated
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no_content
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else
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render_validation_errors(@planning_element)
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end
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end
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end
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end
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def destroy
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@planning_element = planning_element_scope.find(params[:id])
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@planning_element.destroy
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respond_to do |format|
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format.api
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end
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end
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protected
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# Filters
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def find_all_projects_by_project_id
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if params[:project_id] !~ /,/
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find_project_by_project_id unless performed?
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authorize unless performed?
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assign_planning_elements(@project) unless performed?
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else
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# find_project_by_project_id
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ids, identifiers = params[:project_id].split(/,/).map(&:strip).partition { |s| s =~ /^\d*$/ }
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ids = ids.map(&:to_i).sort
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identifiers = identifiers.sort
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@projects = []
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@projects |= Project.all(:conditions => {:id => ids}) unless ids.empty?
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@projects |= Project.all(:conditions => {:identifier => identifiers}) unless identifiers.empty?
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if (@projects.map(&:id) & ids).size != ids.size ||
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(@projects.map(&:identifier) & identifiers).size != identifiers.size
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# => not all projects could be found
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render_404
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return
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end
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# authorize
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# Ignoring projects, where user has no view_work_packages permission.
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permission = params[:controller].sub api_version, ''
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@projects = @projects.select do |project|
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User.current.allowed_to?({:controller => permission,
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:action => params[:action]},
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project)
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end
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if @projects.blank?
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@planning_elements = []
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return
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end
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assign_planning_elements(@projects)
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end
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end
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# is called as a before filter and as a method
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def assign_planning_elements(projects = (@projects || [@project]))
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@planning_elements = WorkPackage.for_projects(projects).without_deleted
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query = Query.new
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query.add_filters(params[:f], params[:op], params[:v]) if params[:f]
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@planning_elements = @planning_elements.with_query query
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end
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# remove this and replace by calls it with calls
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# to assign_planning_elements once WorkPackages can be created
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def planning_element_scope
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@project.work_packages.without_deleted
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end
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# Helpers
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helper_method :include_journals?
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def include_journals?
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params[:include].tap { |i| i.present? && i.include?("journals") }
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end
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# Actual protected methods
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def render_errors(errors)
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options = {:status => :bad_request, :layout => false}
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options.merge!(case params[:format]
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when 'xml'; {:xml => errors}
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when 'json'; {:json => {'errors' => errors}}
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else
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raise "Unknown format #{params[:format]} in #render_validation_errors"
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end
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)
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render options
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end
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def optimize_planning_elements_for_less_db_queries
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# abort if @planning_elements is already an array, using .class check since
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# .is_a? acts weird on named scopes
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return if @planning_elements.class == Array
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# triggering full load to avoid separate queries for count or related models
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@planning_elements = @planning_elements.all(:include => [:type, :status, :project])
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# Replacing association proxies with already loaded instances to avoid
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# further db calls.
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#
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# This assumes, that all planning elements within a project where loaded
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# and that parent-child relations may only occur within a project.
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#
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# It is also dependent on implementation details of ActiveRecord::Base,
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# so it might break in later versions of Rails.
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#
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# See association_instance_get/_set in ActiveRecord::Associations
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ids_hash = @planning_elements.inject({}) { |h, pe| h[pe.id] = pe; h }
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children_hash = Hash.new { |h,k| h[k] = [] }
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parent_refl, children_refl = [:parent, :children].map{|assoc| WorkPackage.reflect_on_association(assoc)}
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associations = {
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:belongs_to => ActiveRecord::Associations::BelongsToAssociation,
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:has_many => ActiveRecord::Associations::HasManyAssociation
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}
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# 'caching' already loaded parent and children associations
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@planning_elements.each do |pe|
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children_hash[pe.parent_id] << pe
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parent = nil
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if ids_hash.has_key? pe.parent_id
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parent = associations[parent_refl.macro].new(pe, parent_refl)
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parent.target = ids_hash[pe.parent_id]
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end
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pe.send(:association_instance_set, :parent, parent)
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children = associations[children_refl.macro].new(pe, children_refl)
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children.target = children_hash[pe.id]
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pe.send(:association_instance_set, :children, children)
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end
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end
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# Filtering work_packages can destroy the parent-child-relationships
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# of work_packages. If parents are removed, the relationships need
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# to be rewired to the first ancestor in the ancestor-chain.
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#
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# Before Filtering:
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# A -> B -> C
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# After Filtering:
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# A -> C
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#
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# to see the respective cases that need to be handled properly by this rewiring,
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# @see features/planning_elements/filter.feature
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def rewire_ancestors
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filtered_ids = @planning_elements.map(&:id)
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@planning_elements.each do |pe|
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# remove all children, that are not present in the filtered set
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pe.children = pe.children.select {|child| filtered_ids.include? child.id} unless pe.children.empty?
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# re-wire the parent of this pe to the first ancestor found in the filtered set
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# re-wiring is only needed, when there is actually a parent, and the parent has been filtered out
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if pe.parent_id && !filtered_ids.include?(pe.parent_id)
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ancestors = @planning_elements.select{|candidate| candidate.lft < pe.lft && candidate.rgt > pe.rgt }
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# the greatest lower boundary is the first ancestor not filtered
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pe.parent = ancestors.sort_by{|ancestor| ancestor.lft }.last
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end
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end
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end
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end
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end
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end
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