# File lib/taskjuggler/reports/NikuReport.rb, line 56
    def initialize(report)
      super(report)

      # A Hash to store NikuProject objects by id
      @projects = {}

      # A Hash to map ClarityRID to Resource
      @resources = {}

      # Unallocated and vacation time during the report period for all
      # resources hashed by ClarityId. Values are in days.
      @resourcesFreeWork = {}

      # Resources total effort during the report period hashed by ClarityId
      @resourcesTotalEffort = {}

      @scenarioIdx = nil
    end

# File lib/taskjuggler/reports/NikuReport.rb, line 75
    def generateIntermediateFormat
      super

      @scenarioIdx = a('scenarios')[0]

      computeResourceTotals
      collectProjects
      computeProjectAllocations
    end

# File lib/taskjuggler/reports/NikuReport.rb, line 208
    def to_csv
      table = []
      # Header line with project names
      table << (row = [])
      # First column is the resource name and ID.
      row << ""
      projectIds = @projects.keys.sort
      projectIds.each do |projectId|
        row << @projects[projectId].name
      end

      # Header line with project IDs
      table << (row = [])
      row << "Resource"
      projectIds.each do |projectId|
        row << projectId
      end

      @resourcesTotalEffort.keys.sort.each do |resourceId|
        # Add one line per resource.
        table << (row = [])
        row << "#{@resources[resourceId].name} (#{resourceId})"
        projectIds.each do |projectId|
          row << sum(projectId, resourceId)
        end
      end

      table
    end

# File lib/taskjuggler/reports/NikuReport.rb, line 85
    def to_html
      tableFrame = generateHtmlTableFrame

      tableFrame << (tr = XMLElement.new('tr'))
      tr << (td = XMLElement.new('td'))
      td << (table = XMLElement.new('table', 'class' => 'tj_table',
                                             'cellspacing' => '1'))

      # Table Header with two rows. First the project name, then the ID.
      table << (thead = XMLElement.new('thead'))
      thead << (tr = XMLElement.new('tr', 'class' => 'tabline'))
      # First line
      tr << htmlTabCell('Project', true, 'right')
      @projects.keys.sort.each do |projectId|
        # Don't include projects without allocations.
        next if projectTotal(projectId) <= 0.0
        name = @projects[projectId].name
        # To avoid exploding tables for long project names, we only show the
        # last 15 characters for those. We expect the last characters to be
        # more significant in those names than the first.
        name = '...' + name[-15..-1] if name.length > 15
        tr << htmlTabCell(name, true, 'center')
      end
      tr << htmlTabCell('', true)
      # Second line
      thead << (tr = XMLElement.new('tr', 'class' => 'tabline'))
      tr << htmlTabCell('Resource', true, 'left')
      @projects.keys.sort.each do |projectId|
        # Don't include projects without allocations.
        next if projectTotal(projectId) <= 0.0
        tr << htmlTabCell(projectId, true, 'center')
      end
      tr << htmlTabCell('Total', true, 'center')

      # The actual content. One line per resource.
      table << (tbody = XMLElement.new('tbody'))
      numberFormat = a('numberFormat')
      @resourcesTotalEffort.keys.sort.each do |resourceId|
        tbody << (tr = XMLElement.new('tr', 'class' => 'tabline'))
        tr << htmlTabCell("#{@resources[resourceId].name} (#{resourceId})",
                          true, 'left')

        @projects.keys.sort.each do |projectId|
          next if projectTotal(projectId) <= 0.0
          value = sum(projectId, resourceId)
          valStr = numberFormat.format(value)
          valStr = '' if valStr.to_f == 0.0
          tr << htmlTabCell(valStr)
        end

        tr << htmlTabCell(numberFormat.format(resourceTotal(resourceId)), true)
      end

      # Project totals
      tbody << (tr = XMLElement.new('tr', 'class' => 'tabline'))
      tr << htmlTabCell('Total', 'true', 'left')
      @projects.keys.sort.each do |projectId|
        next if (pTotal = projectTotal(projectId)) <= 0.0
        tr << htmlTabCell(numberFormat.format(pTotal), true, 'right')
      end
      tr << htmlTabCell(numberFormat.format(total()), true, 'right')
      tableFrame
    end

# File lib/taskjuggler/reports/NikuReport.rb, line 149
    def to_niku
      xml = XMLDocument.new
      xml << XMLComment.new("Generated by \#{AppConfig.softwareName} v\#{AppConfig.version} on \#{TjTime.new}\nFor more information about \#{AppConfig.softwareName} see \#{AppConfig.contact}.\nProject: \#{@project['name']}\nDate:    \#{@project['now']}\n"
                           )
      xml << (nikuDataBus =
              XMLElement.new('NikuDataBus',
                             'xmlns:xsi' =>
                             'http://www.w3.org/2001/XMLSchema-instance',
                             'xsi:noNamespaceSchemaLocation' =>
                             '../xsd/nikuxog_project.xsd'))
      nikuDataBus << XMLElement.new('Header', 'action' => 'write',
                                    'externalSource' => 'NIKU',
                                    'objectType' => 'project',
                                    'version' => '7.5.0')
      nikuDataBus << (projects = XMLElement.new('Projects'))

      timeFormat = '%Y-%m-%dT%H:%M:%S'
      numberFormat = a('numberFormat')
      @projects.keys.sort.each do |projectId|
        prj = @projects[projectId]
        projects << (project =
                     XMLElement.new('Project',
                                    'name' => prj.name,
                                    'projectID' => prj.id))
        project << (resources = XMLElement.new('Resources'))
        # We iterate over all resources to ensure that all have an entry in
        # the Clarity database for all projects. This is done to work around a
        # limitation of Clarity with respect to filling time sheets with
        # assigned projects.
        @resources.keys.sort.each do |clarityRID|
          resources << (resource =
                        XMLElement.new('Resource',
                                       'resourceID' => clarityRID,
                                       'defaultAllocation' => '0'))
          resource << (allocCurve = XMLElement.new('AllocCurve'))
          sum = sum(prj.id, clarityRID)
          allocCurve << (XMLElement.new('Segment',
                                        'start' =>
                                        a('start').to_s(timeFormat),
                                        'finish' =>
                                        (a('end') - 1).to_s(timeFormat),
                                        'sum' => numberFormat.format(sum).to_s))
        end

        # The custom information section usually contains Clarity installation
        # specific parts. They are identical for each project section, so we
        # mis-use the title attribute to insert them as an XML blob.
        project << XMLBlob.new(a('title')) unless a('title').empty?
      end

      xml.to_s
    end