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Can't set parent issue when issue relations among child issues are present (#13654).
git-svn-id: http://svn.redmine.org/redmine/trunk@15056 e93f8b46-1217-0410-a6f0-8f06a7374b81
This commit is contained in:
Jean-Philippe Lang
parent
5e6cf80401
commit
3a48f09d4f
@ -660,7 +660,10 @@ class Issue < ActiveRecord::Base
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elsif @parent_issue
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if !valid_parent_project?(@parent_issue)
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errors.add :parent_issue_id, :invalid
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elsif (@parent_issue != parent) && (all_dependent_issues.include?(@parent_issue) || @parent_issue.all_dependent_issues.include?(self))
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elsif (@parent_issue != parent) && (
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self.would_reschedule?(@parent_issue) ||
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@parent_issue.self_and_ancestors.any? {|a| a.relations_from.any? {|r| r.relation_type == IssueRelation::TYPE_PRECEDES && r.issue_to.would_reschedule?(self)}}
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)
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errors.add :parent_issue_id, :invalid
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elsif !new_record?
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# moving an existing issue
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@ -1035,101 +1038,38 @@ class Issue < ActiveRecord::Base
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IssueRelation.where("issue_to_id = ? OR issue_from_id = ?", id, id).find(relation_id)
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end
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# Returns all the other issues that depend on the issue
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# The algorithm is a modified breadth first search (bfs)
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def all_dependent_issues(except=[])
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# The found dependencies
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dependencies = []
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# Returns true if this issue blocks the other issue, otherwise returns false
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def blocks?(other)
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all = [self]
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last = [self]
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while last.any?
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current = last.map {|i| i.relations_from.where(:relation_type => IssueRelation::TYPE_BLOCKS).map(&:issue_to)}.flatten.uniq
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current -= last
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current -= all
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return true if current.include?(other)
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last = current
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all += last
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end
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false
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end
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# The visited flag for every node (issue) used by the breadth first search
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eNOT_DISCOVERED = 0 # The issue is "new" to the algorithm, it has not seen it before.
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ePROCESS_ALL = 1 # The issue is added to the queue. Process both children and relations of
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# the issue when it is processed.
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ePROCESS_RELATIONS_ONLY = 2 # The issue was added to the queue and will be output as dependent issue,
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# but its children will not be added to the queue when it is processed.
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eRELATIONS_PROCESSED = 3 # The related issues, the parent issue and the issue itself have been added to
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# the queue, but its children have not been added.
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ePROCESS_CHILDREN_ONLY = 4 # The relations and the parent of the issue have been added to the queue, but
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# the children still need to be processed.
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eALL_PROCESSED = 5 # The issue and all its children, its parent and its related issues have been
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# added as dependent issues. It needs no further processing.
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issue_status = Hash.new(eNOT_DISCOVERED)
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# The queue
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queue = []
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# Initialize the bfs, add start node (self) to the queue
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queue << self
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issue_status[self] = ePROCESS_ALL
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while (!queue.empty?) do
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current_issue = queue.shift
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current_issue_status = issue_status[current_issue]
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dependencies << current_issue
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# Add parent to queue, if not already in it.
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parent = current_issue.parent
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parent_status = issue_status[parent]
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if parent && (parent_status == eNOT_DISCOVERED) && !except.include?(parent)
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queue << parent
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issue_status[parent] = ePROCESS_RELATIONS_ONLY
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end
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# Add children to queue, but only if they are not already in it and
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# the children of the current node need to be processed.
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if (current_issue_status == ePROCESS_CHILDREN_ONLY || current_issue_status == ePROCESS_ALL)
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current_issue.children.each do |child|
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next if except.include?(child)
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if (issue_status[child] == eNOT_DISCOVERED)
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queue << child
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issue_status[child] = ePROCESS_ALL
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elsif (issue_status[child] == eRELATIONS_PROCESSED)
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queue << child
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issue_status[child] = ePROCESS_CHILDREN_ONLY
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elsif (issue_status[child] == ePROCESS_RELATIONS_ONLY)
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queue << child
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issue_status[child] = ePROCESS_ALL
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end
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end
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end
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# Add related issues to the queue, if they are not already in it.
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current_issue.relations_from.map(&:issue_to).each do |related_issue|
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next if except.include?(related_issue)
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if (issue_status[related_issue] == eNOT_DISCOVERED)
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queue << related_issue
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issue_status[related_issue] = ePROCESS_ALL
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elsif (issue_status[related_issue] == eRELATIONS_PROCESSED)
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queue << related_issue
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issue_status[related_issue] = ePROCESS_CHILDREN_ONLY
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elsif (issue_status[related_issue] == ePROCESS_RELATIONS_ONLY)
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queue << related_issue
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issue_status[related_issue] = ePROCESS_ALL
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end
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end
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# Set new status for current issue
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if (current_issue_status == ePROCESS_ALL) || (current_issue_status == ePROCESS_CHILDREN_ONLY)
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issue_status[current_issue] = eALL_PROCESSED
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elsif (current_issue_status == ePROCESS_RELATIONS_ONLY)
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issue_status[current_issue] = eRELATIONS_PROCESSED
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end
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end # while
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# Remove the issues from the "except" parameter from the result array
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dependencies -= except
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dependencies.delete(self)
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dependencies
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# Returns true if the other issue might be rescheduled if the start/due dates of this issue change
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def would_reschedule?(other)
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all = [self]
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last = [self]
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while last.any?
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current = last.map {|i|
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i.relations_from.where(:relation_type => IssueRelation::TYPE_PRECEDES).map(&:issue_to) +
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i.leaves.to_a +
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i.ancestors.map {|a| a.relations_from.where(:relation_type => IssueRelation::TYPE_PRECEDES).map(&:issue_to)}
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}.flatten.uniq
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current -= last
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current -= all
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return true if current.include?(other)
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last = current
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all += last
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end
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false
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end
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# Returns an array of issues that duplicate this one
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@ -101,11 +101,8 @@ class IssueRelation < ActiveRecord::Base
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Setting.cross_project_issue_relations?
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errors.add :issue_to_id, :not_same_project
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end
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# detect circular dependencies depending wether the relation should be reversed
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if TYPES.has_key?(relation_type) && TYPES[relation_type][:reverse]
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errors.add :base, :circular_dependency if issue_from.all_dependent_issues.include? issue_to
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else
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errors.add :base, :circular_dependency if issue_to.all_dependent_issues.include? issue_from
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if circular_dependency?
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errors.add :base, :circular_dependency
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end
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if issue_from.is_descendant_of?(issue_to) || issue_from.is_ancestor_of?(issue_to)
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errors.add :base, :cant_link_an_issue_with_a_descendant
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@ -197,6 +194,22 @@ class IssueRelation < ActiveRecord::Base
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end
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end
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# Returns true if the relation would create a circular dependency
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def circular_dependency?
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case relation_type
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when 'follows'
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issue_from.would_reschedule? issue_to
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when 'precedes'
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issue_to.would_reschedule? issue_from
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when 'blocked'
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issue_from.blocks? issue_to
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when 'blocks'
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issue_to.blocks? issue_from
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else
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false
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end
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end
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def call_issues_relation_added_callback
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call_issues_callback :relation_added
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end
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@ -1848,20 +1848,49 @@ class IssueTest < ActiveSupport::TestCase
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end
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end
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def test_setting_parent_to_a_dependent_issue_should_not_validate
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def test_setting_parent_to_a_an_issue_that_precedes_should_not_validate
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# tests that 3 cannot have 1 as parent:
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#
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# 1 -> 2 -> 3
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#
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set_language_if_valid 'en'
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issue1 = Issue.generate!
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issue2 = Issue.generate!
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issue3 = Issue.generate!
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IssueRelation.create!(:issue_from => issue1, :issue_to => issue2, :relation_type => IssueRelation::TYPE_PRECEDES)
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IssueRelation.create!(:issue_from => issue3, :issue_to => issue1, :relation_type => IssueRelation::TYPE_PRECEDES)
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IssueRelation.create!(:issue_from => issue2, :issue_to => issue3, :relation_type => IssueRelation::TYPE_PRECEDES)
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issue3.reload
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issue3.parent_issue_id = issue2.id
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issue3.parent_issue_id = issue1.id
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assert !issue3.valid?
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assert_include 'Parent task is invalid', issue3.errors.full_messages
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end
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def test_setting_parent_should_not_allow_circular_dependency
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def test_setting_parent_to_a_an_issue_that_follows_should_not_validate
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# tests that 1 cannot have 3 as parent:
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#
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# 1 -> 2 -> 3
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#
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set_language_if_valid 'en'
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issue1 = Issue.generate!
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issue2 = Issue.generate!
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issue3 = Issue.generate!
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IssueRelation.create!(:issue_from => issue1, :issue_to => issue2, :relation_type => IssueRelation::TYPE_PRECEDES)
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IssueRelation.create!(:issue_from => issue2, :issue_to => issue3, :relation_type => IssueRelation::TYPE_PRECEDES)
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issue1.reload
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issue1.parent_issue_id = issue3.id
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assert !issue1.valid?
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assert_include 'Parent task is invalid', issue1.errors.full_messages
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end
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def test_setting_parent_to_a_an_issue_that_precedes_through_hierarchy_should_not_validate
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# tests that 4 cannot have 1 as parent:
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# changing the due date of 4 would update the end date of 1 which would reschedule 2
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# which would change the end date of 3 which would reschedule 4 and so on...
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#
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# 3 -> 4
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# ^
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# 1 -> 2
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#
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set_language_if_valid 'en'
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issue1 = Issue.generate!
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issue2 = Issue.generate!
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@ -1878,6 +1907,62 @@ class IssueTest < ActiveSupport::TestCase
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assert_include 'Parent task is invalid', issue4.errors.full_messages
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end
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def test_issue_and_following_issue_should_be_able_to_be_moved_to_the_same_parent
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set_language_if_valid 'en'
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issue1 = Issue.generate!
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issue2 = Issue.generate!
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relation = IssueRelation.create!(:issue_from => issue2, :issue_to => issue1, :relation_type => IssueRelation::TYPE_FOLLOWS)
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parent = Issue.generate!
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issue1.reload.parent_issue_id = parent.id
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assert_save issue1
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parent.reload
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issue2.reload.parent_issue_id = parent.id
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assert_save issue2
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assert IssueRelation.exists?(relation.id)
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end
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def test_issue_and_preceding_issue_should_be_able_to_be_moved_to_the_same_parent
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set_language_if_valid 'en'
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issue1 = Issue.generate!
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issue2 = Issue.generate!
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relation = IssueRelation.create!(:issue_from => issue2, :issue_to => issue1, :relation_type => IssueRelation::TYPE_PRECEDES)
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parent = Issue.generate!
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issue1.reload.parent_issue_id = parent.id
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assert_save issue1
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parent.reload
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issue2.reload.parent_issue_id = parent.id
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assert_save issue2
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assert IssueRelation.exists?(relation.id)
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end
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def test_issue_and_blocked_issue_should_be_able_to_be_moved_to_the_same_parent
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set_language_if_valid 'en'
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issue1 = Issue.generate!
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issue2 = Issue.generate!
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relation = IssueRelation.create!(:issue_from => issue2, :issue_to => issue1, :relation_type => IssueRelation::TYPE_BLOCKED)
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parent = Issue.generate!
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issue1.reload.parent_issue_id = parent.id
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assert_save issue1
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parent.reload
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issue2.reload.parent_issue_id = parent.id
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assert_save issue2
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assert IssueRelation.exists?(relation.id)
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end
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def test_issue_and_blocking_issue_should_be_able_to_be_moved_to_the_same_parent
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set_language_if_valid 'en'
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issue1 = Issue.generate!
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issue2 = Issue.generate!
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relation = IssueRelation.create!(:issue_from => issue2, :issue_to => issue1, :relation_type => IssueRelation::TYPE_BLOCKS)
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parent = Issue.generate!
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issue1.reload.parent_issue_id = parent.id
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assert_save issue1
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parent.reload
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issue2.reload.parent_issue_id = parent.id
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assert_save issue2
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assert IssueRelation.exists?(relation.id)
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end
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def test_overdue
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assert Issue.new(:due_date => 1.day.ago.to_date).overdue?
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assert !Issue.new(:due_date => Date.today).overdue?
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@ -2163,193 +2248,6 @@ class IssueTest < ActiveSupport::TestCase
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end
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end
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def test_all_dependent_issues
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IssueRelation.delete_all
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assert IssueRelation.create!(:issue_from => Issue.find(1),
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:issue_to => Issue.find(2),
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:relation_type => IssueRelation::TYPE_PRECEDES)
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assert IssueRelation.create!(:issue_from => Issue.find(2),
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:issue_to => Issue.find(3),
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:relation_type => IssueRelation::TYPE_PRECEDES)
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assert IssueRelation.create!(:issue_from => Issue.find(3),
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:issue_to => Issue.find(8),
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:relation_type => IssueRelation::TYPE_PRECEDES)
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assert_equal [2, 3, 8], Issue.find(1).all_dependent_issues.collect(&:id).sort
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end
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def test_all_dependent_issues_with_subtask
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IssueRelation.delete_all
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project = Project.generate!(:name => "testproject")
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parentIssue = Issue.generate!(:project => project)
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childIssue1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue.id)
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childIssue2 = Issue.generate!(:project => project, :parent_issue_id => parentIssue.id)
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assert_equal [childIssue1.id, childIssue2.id].sort, parentIssue.all_dependent_issues.collect(&:id).uniq.sort
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end
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def test_all_dependent_issues_does_not_include_self
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IssueRelation.delete_all
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project = Project.generate!(:name => "testproject")
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parentIssue = Issue.generate!(:project => project)
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childIssue = Issue.generate!(:project => project, :parent_issue_id => parentIssue.id)
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assert_equal [childIssue.id], parentIssue.all_dependent_issues.collect(&:id)
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end
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def test_all_dependent_issues_with_parenttask_and_sibling
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IssueRelation.delete_all
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project = Project.generate!(:name => "testproject")
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parentIssue = Issue.generate!(:project => project)
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childIssue1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue.id)
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childIssue2 = Issue.generate!(:project => project, :parent_issue_id => parentIssue.id)
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assert_equal [parentIssue.id].sort, childIssue1.all_dependent_issues.collect(&:id)
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end
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def test_all_dependent_issues_with_relation_to_leaf_in_other_tree
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IssueRelation.delete_all
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project = Project.generate!(:name => "testproject")
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parentIssue1 = Issue.generate!(:project => project)
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childIssue1_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue1.id)
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childIssue1_2 = Issue.generate!(:project => project, :parent_issue_id => parentIssue1.id)
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parentIssue2 = Issue.generate!(:project => project)
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childIssue2_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue2.id)
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childIssue2_2 = Issue.generate!(:project => project, :parent_issue_id => parentIssue2.id)
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assert IssueRelation.create(:issue_from => parentIssue1,
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:issue_to => childIssue2_2,
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:relation_type => IssueRelation::TYPE_BLOCKS)
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assert_equal [childIssue1_1.id, childIssue1_2.id, parentIssue2.id, childIssue2_2.id].sort,
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parentIssue1.all_dependent_issues.collect(&:id).uniq.sort
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end
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def test_all_dependent_issues_with_relation_to_parent_in_other_tree
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IssueRelation.delete_all
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project = Project.generate!(:name => "testproject")
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parentIssue1 = Issue.generate!(:project => project)
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childIssue1_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue1.id)
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childIssue1_2 = Issue.generate!(:project => project, :parent_issue_id => parentIssue1.id)
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parentIssue2 = Issue.generate!(:project => project)
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childIssue2_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue2.id)
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childIssue2_2 = Issue.generate!(:project => project, :parent_issue_id => parentIssue2.id)
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assert IssueRelation.create(:issue_from => parentIssue1,
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:issue_to => parentIssue2,
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:relation_type => IssueRelation::TYPE_BLOCKS)
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assert_equal [childIssue1_1.id, childIssue1_2.id, parentIssue2.id, childIssue2_1.id, childIssue2_2.id].sort,
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parentIssue1.all_dependent_issues.collect(&:id).uniq.sort
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end
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def test_all_dependent_issues_with_transitive_relation
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IssueRelation.delete_all
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project = Project.generate!(:name => "testproject")
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parentIssue1 = Issue.generate!(:project => project)
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childIssue1_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue1.id)
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parentIssue2 = Issue.generate!(:project => project)
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childIssue2_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue2.id)
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independentIssue = Issue.generate!(:project => project)
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assert IssueRelation.create(:issue_from => parentIssue1,
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:issue_to => childIssue2_1,
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:relation_type => IssueRelation::TYPE_RELATES)
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assert IssueRelation.create(:issue_from => childIssue2_1,
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:issue_to => independentIssue,
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||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
|
||||
assert_equal [childIssue1_1.id, parentIssue2.id, childIssue2_1.id, independentIssue.id].sort,
|
||||
parentIssue1.all_dependent_issues.collect(&:id).uniq.sort
|
||||
end
|
||||
|
||||
def test_all_dependent_issues_with_transitive_relation2
|
||||
IssueRelation.delete_all
|
||||
|
||||
project = Project.generate!(:name => "testproject")
|
||||
|
||||
parentIssue1 = Issue.generate!(:project => project)
|
||||
childIssue1_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue1.id)
|
||||
|
||||
parentIssue2 = Issue.generate!(:project => project)
|
||||
childIssue2_1 = Issue.generate!(:project => project, :parent_issue_id => parentIssue2.id)
|
||||
|
||||
independentIssue = Issue.generate!(:project => project)
|
||||
|
||||
assert IssueRelation.create(:issue_from => parentIssue1,
|
||||
:issue_to => independentIssue,
|
||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
|
||||
assert IssueRelation.create(:issue_from => independentIssue,
|
||||
:issue_to => childIssue2_1,
|
||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
|
||||
assert_equal [childIssue1_1.id, parentIssue2.id, childIssue2_1.id, independentIssue.id].sort,
|
||||
parentIssue1.all_dependent_issues.collect(&:id).uniq.sort
|
||||
|
||||
end
|
||||
|
||||
def test_all_dependent_issues_with_persistent_circular_dependency
|
||||
IssueRelation.delete_all
|
||||
assert IssueRelation.create!(:issue_from => Issue.find(1),
|
||||
:issue_to => Issue.find(2),
|
||||
:relation_type => IssueRelation::TYPE_PRECEDES)
|
||||
assert IssueRelation.create!(:issue_from => Issue.find(2),
|
||||
:issue_to => Issue.find(3),
|
||||
:relation_type => IssueRelation::TYPE_PRECEDES)
|
||||
|
||||
r = IssueRelation.create!(:issue_from => Issue.find(3),
|
||||
:issue_to => Issue.find(7),
|
||||
:relation_type => IssueRelation::TYPE_PRECEDES)
|
||||
IssueRelation.where(["id = ?", r.id]).update_all("issue_to_id = 1")
|
||||
|
||||
assert_equal [2, 3], Issue.find(1).all_dependent_issues.collect(&:id).sort
|
||||
end
|
||||
|
||||
def test_all_dependent_issues_with_persistent_multiple_circular_dependencies
|
||||
IssueRelation.delete_all
|
||||
assert IssueRelation.create!(:issue_from => Issue.find(1),
|
||||
:issue_to => Issue.find(2),
|
||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
assert IssueRelation.create!(:issue_from => Issue.find(2),
|
||||
:issue_to => Issue.find(3),
|
||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
assert IssueRelation.create!(:issue_from => Issue.find(3),
|
||||
:issue_to => Issue.find(8),
|
||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
|
||||
r = IssueRelation.create!(:issue_from => Issue.find(8),
|
||||
:issue_to => Issue.find(7),
|
||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
IssueRelation.where(["id = ?", r.id]).update_all("issue_to_id = 2")
|
||||
|
||||
r = IssueRelation.create!(:issue_from => Issue.find(3),
|
||||
:issue_to => Issue.find(7),
|
||||
:relation_type => IssueRelation::TYPE_RELATES)
|
||||
IssueRelation.where(["id = ?", r.id]).update_all("issue_to_id = 1")
|
||||
|
||||
assert_equal [2, 3, 8], Issue.find(1).all_dependent_issues.collect(&:id).sort
|
||||
end
|
||||
|
||||
test "#done_ratio should use the issue_status according to Setting.issue_done_ratio" do
|
||||
@issue = Issue.find(1)
|
||||
@issue_status = IssueStatus.find(1)
|
||||
|
||||
Loading…
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Reference in New Issue
Block a user