Traffic Data

Tests

Traffic Data classification for a single detector is read with S0204

Verify status S0204 traffic counting: classification

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'classification for a single detector is read with S0204' do
  with_site(:connected, sxl: '>=1.0.7') do |site_proxy|
    component = RSMP::Validator.get_config('components', 'detector_logic').keys.first
    site_proxy.request_status_and_collect(
      { S0204: %i[
        starttime
        P
        PS
        L
        LS
        B
        SP
        MC
        C
        F
      ] },
      component: component,
      within: RSMP::Validator.get_config('timeouts', 'status_response')
    ).value!
  end
end

Traffic Data classification for all detectors is read with S0208

Verify status S0208 traffic counting: classification

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'classification for all detectors is read with S0208' do
  with_site(:connected, sxl: '>=1.0.14') do |site_proxy|
    site_proxy.request_status_and_collect(
      { S0208: %i[
        start
        P
        PS
        L
        LS
        B
        SP
        MC
        C
        F
      ] },
      within: RSMP::Validator.get_config('timeouts', 'status_response')
    ).value!
  end
end

Traffic Data number of vehicles for a single detector is read with S0201

Verify status S0201 traffic counting: number of vehicles

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'number of vehicles for a single detector is read with S0201' do
  with_site(:connected, sxl: '>=1.0.7') do |site_proxy|
    component = RSMP::Validator.get_config('components', 'detector_logic').keys.first
    site_proxy.request_status_and_collect(
      { S0201: %i[starttime vehicles] },
      component: component,
      within: RSMP::Validator.get_config('timeouts', 'status_response')
    ).value!
  end
end

Traffic Data number of vehicles for all detectors is read with S0205

Verify status S0205 traffic counting: number of vehicles

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'number of vehicles for all detectors is read with S0205' do
  with_site(:connected, sxl: '>=1.0.14') do |site_proxy|
    site_proxy.request_status_and_collect({ S0205: %i[start vehicles] },
                                          within: RSMP::Validator.get_config('timeouts', 'status_response')).value!
  end
end

Traffic Data occupancy for a single detector is read with S0203

Verify status S0203 traffic counting: occupancy

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'occupancy for a single detector is read with S0203' do
  with_site(:connected, sxl: '>=1.0.7') do |site_proxy|
    component = RSMP::Validator.get_config('components', 'detector_logic').keys.first
    site_proxy.request_status_and_collect(
      { S0203: %i[starttime occupancy] },
      component: component,
      within: RSMP::Validator.get_config('timeouts', 'status_response')
    ).value!
  end
end

Traffic Data occupancy for all detectors is read with S0207

Verify status S0207 traffic counting: occupancy

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'occupancy for all detectors is read with S0207' do
  with_site(:connected, sxl: '>=1.0.14') do |site_proxy|
    exchange = wait_for_status(site_proxy, 'traffic counting: occupancy',
                               { S0207: %i[start occupancy] },
                               update_rate: 60)
    values = exchange.reached.to_h { |item| [item['n'], item['s']] }
    occupancies = values['occupancy']
    start = values['start']
    expect(start).to be_a(String)
    occupancy_values = if RSMP::Validator.sxl_matches?('<1.1.0')
                         expect(occupancies).to be_a(String)
                         occupancies.split(',').map do |occupancy|
                           assert(occupancy.match?(/\A-?\d+\z/), "Occupancy must be an Integer, got #{occupancy}")
                           occupancy.to_i
                         end
                       else
                         expect(occupancies).to be_a(Array)
                         occupancies
                       end
    occupancy_values.each do |occupancy|
      assert(occupancy.is_a?(Integer), "Occupancy must be an Integer, got #{occupancy.class}")
      assert((-1..100).cover?(occupancy), "Occupancy must be in the range -1..100, got #{occupancy}")
    end
  end
end

Traffic Data vehicle speed for a single detector is read with S0202

Verify status S0202 traffic counting: vehicle speed

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'vehicle speed for a single detector is read with S0202' do
  with_site(:connected, sxl: '>=1.0.7') do |site_proxy|
    component = RSMP::Validator.get_config('components', 'detector_logic').keys.first
    site_proxy.request_status_and_collect(
      { S0202: %i[starttime speed] },
      component: component,
      within: RSMP::Validator.get_config('timeouts', 'status_response')
    ).value!
  end
end

Traffic Data vehicle speed for all detectors is read with S0206

Verify status S0206 traffic counting: vehicle speed

  1. Given the site is connected
  2. Request status
  3. Expect status response before timeout
View Source 
it 'vehicle speed for all detectors is read with S0206' do
  with_site(:connected, sxl: '>=1.0.14') do |site_proxy|
    site_proxy.request_status_and_collect({ S0206: %i[start speed] },
                                          within: RSMP::Validator.get_config('timeouts', 'status_response')).value!
  end
end
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