Specifications:

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Traffic Light Controller IO Input is read with S0003

Verify that we can read input status with S0003

Given the site is connected
When we read input with S0029
Then we should receive a valid response

# File 'spec/site/tlc/io_spec.rb', line 14

Validator::Site.connected do |task,supervisor,site|
          request_status_and_confirm site, "input status",
            { S0003: [:inputstatus] }
        end

Traffic Light Controller IO Input is read with S0003

Verify that we can read input status with S0003

Given the site is connected
When we read input with S0029
Then we should receive a valid response

# File 'spec/site/tlc/io_spec.rb', line 14

Validator::Site.connected do |task,supervisor,site|
          request_status_and_confirm site, "input status",
            { S0003: [:inputstatus] }
        end

Traffic Light Controller IO Input forcing is read with S0029

Verify that we can read forced input status with S0029

Given the site is connected
When we read input with S0029
Then we should receive a valid response

# File 'spec/site/tlc/io_spec.rb', line 36

Validator::Site.connected do |task,supervisor,site|
          request_status_and_confirm site, "forced input status",
            { S0029: [:status] }
        end

Traffic Light Controller IO Input forcing is set with M0019

Verify that we can force input with M0019

Given the site is connected
And the input is forced off
When we force the input on
Then S0003 should show the input on

# File 'spec/site/tlc/io_spec.rb', line 49

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          inputs = Validator.get_config('items','inputs')
          skip("No inputs configured") if inputs.nil? || inputs.empty?
          inputs.each do |input|
            force_input input: input, status: 'True', value: 'False'
            force_input input: input, status: 'True', value: 'True'
          ensure
            force_input input: input, status: 'False', validate: false
          end
        end

Traffic Light Controller IO Input is activated with M0006

Verify that we can activate input with M0006

Given the site is connected
When we activate input with M0006
Then S0003 should show the input is active
When we deactivate input with M0006
Then S0003 should show the input is inactive

# File 'spec/site/tlc/io_spec.rb', line 70

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          inputs = Validator.get_config('items','inputs')
          skip("No inputs configured") if inputs.nil? || inputs.empty?
          prepare task, site
          inputs.each { |input| switch_input input }
        end

Traffic Light Controller IO Input series is activated with M0013

Verify that we can acticate/deactivate a series of inputs with M0013

Given the site is connected
Send control command to set a serie of input
Wait for status = true

# File 'spec/site/tlc/io_spec.rb', line 84

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          inputs = Validator.get_config('items','inputs')
          skip("No inputs configured") if inputs.nil? || inputs.empty?
          status = "1,3,12;5,5,10"
          set_series_of_inputs status
        end

Traffic Light Controller IO Input sensitivity is set with M0021

Verify that input sensitivity can be set with M0021

Given the site is connected
When we set sensitivity with M0021
Then we receive a confirmation

# File 'spec/site/tlc/io_spec.rb', line 98

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          status = '1-50'
          set_trigger_level status
        end

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Traffic Light Controller IO Output is read with S0004

Verify that output status can be read with S0004

Given the site is connected
When we subscribe to S0004
We should receive a status updated
And the outputstatus attribute should be a digit string

# File 'spec/site/tlc/io_spec.rb', line 113

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          request_status_and_confirm site, "output status",
            { S0004: [:outputstatus] }
        end

Traffic Light Controller IO Output is read with S0004

Verify that output status can be read with S0004

Given the site is connected
When we subscribe to S0004
We should receive a status updated
And the outputstatus attribute should be a digit string

# File 'spec/site/tlc/io_spec.rb', line 113

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          request_status_and_confirm site, "output status",
            { S0004: [:outputstatus] }
        end

Traffic Light Controller IO Output forcing is read with S0030

Verify that forced output status can be read with S0030

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/io_spec.rb', line 138

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          request_status_and_confirm site, "forced output status",
            { S0030: [:status] }
        end

Traffic Light Controller IO Output forcing is set with M0020

Verify that output can be forced with M0020

Given the site is connected
When we force output with M0020
Wait for status = true

# File 'spec/site/tlc/io_spec.rb', line 150

Validator::Site.connected do |task,supervisor,site|
          prepare task, site
          outputs = Validator.get_config('items','outputs')
          skip("No outputs configured") if outputs.nil? || outputs.empty?
          outputs.each do |output|
            force_output output: output, status:'True', value:'True'
            force_output output: output, status:'True', value:'False'
          ensure
            force_output output: output, status:'False', validate: false
          end
       end

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Traffic Light Controller Alarm Alarm A0302 is raised when input is activated

Validate that a detector logic fault A0302 is raises and cleared.

The test requires that the device is programmed so that the alarm is raise when a specific input is activated, as specified in the test configuration.

Given the site is connected
When we force the input to True
Then an alarm should be raised, with a timestamp close to now
When we force the input to False
Then the alarm issue should become inactive, with a timestamp close to now

# File 'spec/site/tlc/alarm_spec.rb', line 29

Validator::Site.connected do |task,supervisor,site|
        alarm_code_id = 'A0302'
        prepare task, site
        def verify_timestamp alarm, duration=1.minute
          alarm_time = Time.parse(alarm.attributes["aTs"])
          expect(alarm_time).to be_within(duration).of Time.now.utc
        end
        deactivated, component_id = with_alarm_activated(task, site, alarm_code_id) do |alarm,component_id|   # raise alarm, by activating input
          verify_timestamp alarm
          log "Alarm #{alarm_code_id} is now Active on component #{component_id}"
        end
        verify_timestamp deactivated
        log "Alarm #{alarm_code_id} is now Inactive on component #{component_id}"
      end

Traffic Light Controller Alarm A0302 can be acknowledged

Validate that an alarm can be acknowledged.

The test expects that the TLC is programmed so that an detector logic fault alarm A0302 is raised and can be acknowledged when a specific input is activated. The alarm code and input nr is read from the test configuration.

Given the site is connected
When we trigger an alarm
Then we should receive an unacknowledged alarm issue
When we acknowledge the alarm
Then we should recieve an acknowledged alarm issue

# File 'spec/site/tlc/alarm_spec.rb', line 58

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        alarm_code_id = 'A0302'   # what alarm to expect
        timeout  = Validator.get_config('timeouts','alarm')

        log "Activating alarm #{alarm_code_id}"
        deactivate, component_id = with_alarm_activated(task, site, alarm_code_id) do |alarm, component_id|   # raise alarm, by activating input
          log "Alarm #{alarm_code_id} is now active on component #{component_id}"

          # verify timestamp
          alarm_time = Time.parse(alarm.attributes["aTs"])
          expect(alarm_time).to be_within(1.minute).of Time.now.utc

          # test acknowledge and confirm
          log "Acknowledge alarm #{alarm_code_id}"

          collect_task = task.async do
            RSMP::AlarmCollector.new(site,
              num: 1,
              matcher: {
                'aCId' => alarm_code_id,
                'aSp' => /Acknowledge/i,
                'ack' => /Acknowledged/i,
                'aS' => /Active/i
              },
              timeout: timeout
            ).collect!
          end

          site.send_message RSMP::AlarmAcknowledge.new(
            'cId' => component_id,
            'aTs' => site.clock.to_s,
            'aCId' => alarm_code_id
          )
          messages = collect_task.wait
          expect(messages).to be_an(Array)
          expect(messages.first).to be_a(RSMP::Alarm)
        end
      end

Traffic Light Controller Alarm A0302 can be suspended and resumed

Validate that alarms can be suspended. We’re using A0302 in this test.

Given the site is connected
And the alarm is resumed
When we suspend the alarm
Then we should received an alarm suspended messsage
When we resume the alarm
Then we should receive an alarm resumed message

# File 'spec/site/tlc/alarm_spec.rb', line 109

Validator::Site.connected do |task,supervisor,site|
        alarm_code_id = 'A0302'
        action = Validator.config.dig('alarms', alarm_code_id)
        skip "alarm #{alarm_code_id} is not configured" unless action
        component_id = action['component']
        skip "alarm #{alarm_code_id} has no component configured" unless component_id

        # first resume alarm to make sure something happens when we suspend
        resume_alarm site, task, cId: component_id, aCId: alarm_code_id, collect: false

        begin
          # suspend alarm
          request, response = suspend_alarm site, task, cId: component_id, aCId: alarm_code_id, collect: true
          expect(response).to be_a(RSMP::AlarmSuspended)

          # resume alarm
          request, response = resume_alarm site, task, cId: component_id, aCId: alarm_code_id, collect: true
          expect(response).to be_a(RSMP::AlarmResumed)
        ensure
          # always end with resuming alarm
          resume_alarm site, task, cId: component_id, aCId: alarm_code_id, collect: false
        end
      end

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Traffic Light Controller Clock can be read with S0096

Verify status 0096 current date and time

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/clock_spec.rb', line 21

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "current date and time",
          { S0096: [
            :year,
            :month,
            :day,
            :hour,
            :minute,
            :second,
          ] }
      end

Traffic Light Controller Clock can be set with M0104

Verify that the controller responds to M0104

Given the site is connected
Send command
Expect status response before timeout

# File 'spec/site/tlc/clock_spec.rb', line 40

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        set_clock(CLOCK)
      end

Traffic Light Controller Clock is used for S0096 status response

Verify status S0096 clock after changing clock

Given the site is connected
Send control command to set_clock
Request status S0096
Compare set_clock and status timestamp
Expect the difference to be within max_diff

# File 'spec/site/tlc/clock_spec.rb', line 54

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        site.with_watchdog_disabled do  # avoid time synchronization by disabling watchdogs
          with_clock_set site, CLOCK do
            status_list = { S0096: [
              :year,
              :month,
              :day,
              :hour,
              :minute,
              :second,
            ] }
            result = site.request_status Validator.get_config('main_component'), convert_status_list(status_list), collect!: {
              timeout: Validator.get_config('timeouts','status_update')
            }
            collector = result[:collector]
            status = status_list.keys.first.to_s

            received = Time.new(
              collector.matcher_result( {"sCI" => status, "n" => "year"} )['s'],
              collector.matcher_result( {"sCI" => status, "n" => "month"} )['s'],
              collector.matcher_result( {"sCI" => status, "n" => "day"} )['s'],
              collector.matcher_result( {"sCI" => status, "n" => "hour"} )['s'],
              collector.matcher_result( {"sCI" => status, "n" => "minute"} )['s'],
              collector.matcher_result( {"sCI" => status, "n" => "second"} )['s'],
              'UTC'
            )

            max_diff =
              Validator.get_config('timeouts','command_response') +
              Validator.get_config('timeouts','status_response')

            diff = received - CLOCK
            diff = diff.round
            expect(diff.abs).to be <= max_diff,
              "Clock reported by S0096 is off by #{diff}s, should be within #{max_diff}s"
          end
        end
      end

Traffic Light Controller Clock is used for S0096 response timestamp

Verify status response timestamp after changing clock

Given the site is connected
Send control command to set_clock
Request status S0096
Compare set_clock and response timestamp
Expect the difference to be within max_diff

# File 'spec/site/tlc/clock_spec.rb', line 103

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        site.with_watchdog_disabled do  # avoid time synchronization by disabling watchdogs
          with_clock_set site, CLOCK do
            status_list = { S0096: [
              :year,
              :month,
              :day,
              :hour,
              :minute,
              :second,
            ] }

            result = site.request_status Validator.get_config('main_component'),
              convert_status_list(status_list),
              collect!: {
                timeout: Validator.get_config('timeouts','status_response')
              }
            collector = result[:collector]

            max_diff = Validator.get_config('timeouts','command_response') + Validator.get_config('timeouts','status_response')
            diff = Time.parse(collector.messages.first.attributes['sTs']) - CLOCK
            diff = diff.round
            expect(diff.abs).to be <= max_diff,
              "Timestamp of S0096 is off by #{diff}s, should be within #{max_diff}s"
          end
        end
      end

Traffic Light Controller Clock is used for aggregated status timestamp

Verify aggregated status response timestamp after changing clock

Given the site is connected
Send control command to set clock
Wait for status = true
Request aggregated status
Compare set_clock and response timestamp
Expect the difference to be within max_diff

# File 'spec/site/tlc/clock_spec.rb', line 142

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        site.with_watchdog_disabled do  # avoid time synchronization by disabling watchdogs
          with_clock_set site, CLOCK do
            result = site.request_aggregated_status Validator.get_config('main_component'), collect!: {
              timeout: Validator.get_config('timeouts','status_response')
            }
            collector = result[:collector]
            max_diff = Validator.get_config('timeouts','command_response') + Validator.get_config('timeouts','status_response')
            diff = Time.parse(collector.messages.first.attributes['aSTS']) - CLOCK
            diff = diff.round
            expect(diff.abs).to be <= max_diff,
              "Timestamp of aggregated status is off by #{diff}s, should be within #{max_diff}s"
          end
        end
      end

Traffic Light Controller Clock is used for M0001 response timestamp

Verify command response timestamp after changing clock

Given the site is connected
Send control command to set clock
Send command to set functional position
Compare set_clock and response timestamp
Expect the difference to be within max_diff

# File 'spec/site/tlc/clock_spec.rb', line 168

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        site.with_watchdog_disabled do  # avoid time synchronization by disabling watchdogs
          with_clock_set site, CLOCK do
            result = set_functional_position 'NormalControl'
            collector = result[:collector]
            max_diff = Validator.get_config('timeouts','command_response') * 2
            diff = Time.parse(collector.messages.first.attributes['cTS']) - CLOCK
            diff = diff.round
            expect(diff.abs).to be <= max_diff,
              "Timestamp of command response is off by #{diff}s, should be within #{max_diff}s"
          end
        end
      end

Traffic Light Controller Clock is used for M0104 response timestamp

Verify command response timestamp after changing clock

Given the site is connected
Send control command to set clock
Send command to set functional position
Compare set_clock and response timestamp
Expect the difference to be within max_diff

# File 'spec/site/tlc/clock_spec.rb', line 192

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        site.with_watchdog_disabled do  # avoid time synchronization by disabling watchdogs
          with_clock_set site, CLOCK do
            result = set_functional_position 'NormalControl'
            collector = result[:collector]
            max_diff = Validator.get_config('timeouts','command_response')
            diff = Time.parse(collector.messages.first.attributes['cTS']) - CLOCK
            diff = diff.round
            expect(diff.abs).to be <= max_diff,
              "Timestamp of command response is off by #{diff}s, should be within #{max_diff}s"
          end
        end
      end

Traffic Light Controller Clock is used for alarm timestamp

Verify timestamp of alarm after changing clock The test requires the device to be programmed so that a A0302 alarm can be raise by activating a specific input, as configuted in the test config.

Given the site is connected
When we send a command to change the clock
And we raise an alarm, by acticate an input
Then we should receive an alarm
And the alarm timestamp should be close to the time set the clock to

# File 'spec/site/tlc/clock_spec.rb', line 220

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        site.with_watchdog_disabled do  # avoid time synchronization by disabling watchdogs
          with_clock_set site, CLOCK do                           # set clock
            with_alarm_activated(task, site, 'A0302') do |alarm|   # raise alarm, by activating input
              alarm_time = Time.parse( alarm.attributes["aTs"] )
              max_diff = Validator.get_config('timeouts','command_response') + Validator.get_config('timeouts','status_response')
              diff = alarm_time - CLOCK
              expect(diff.round.abs).to be <= max_diff,
                "Timestamp of alarm is off by #{diff}s, should be within #{max_diff}s"
            end
          end
        end
      end

Traffic Light Controller Clock is used for watchdog timestamp

Verify timestamp of watchdog after changing clock

Given the site is connected
Send control command to setset_clock
Wait for Watchdog
Compare set_clock and alarm response timestamp
Expect the difference to be within max_diff

# File 'spec/site/tlc/clock_spec.rb', line 244

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        site.with_watchdog_disabled do  # avoid time synchronization by disabling watchdogs
          with_clock_set site, CLOCK do
            log "Checking watchdog timestamp"
            collector = RSMP::Collector.new site, task:task, type: "Watchdog", num: 1, timeout: Validator.get_config('timeouts','watchdog')
            collector.collect!
            max_diff = Validator.get_config('timeouts','command_response') + Validator.get_config('timeouts','status_response')
            diff = Time.parse(collector.messages.first.attributes['wTs']) - CLOCK
            diff = diff.round
            expect(diff.abs).to be <= max_diff,
              "Timestamp of watchdog is off by #{diff}s, should be within #{max_diff}s"
          end
        end
      end

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Traffic Light Controller Operational control mode is read with S0020

Verify status S0020 control mode

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 11

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "control mode",
          { S0020: [:controlmode,:intersection] }
      end

Traffic Light Controller Operational startup status is read with S0005

Verify status S0005 traffic controller starting by intersection statusByIntersection requires core >= 3.2, since it uses the array data type.

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 23

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic controller starting (true/false)",
          { S0005: [:statusByIntersection] }
      end

Traffic Light Controller Operational startup status is read with S0005

Verify status S0005 traffic controller starting by intersection statusByIntersection requires core >= 3.2, since it uses the array data type.

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 23

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic controller starting (true/false)",
          { S0005: [:statusByIntersection] }
      end

Traffic Light Controller Operational switched on is read with S0007

Verify status S0007 controller switched on, source attribute

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 48

Validator::Site.connected do |task,supervisor,site|
        status_list = { S0007: [:status,:intersection,:source] }
        request_status_and_confirm site, "controller switch on (dark mode=off)", status_list
      end

Traffic Light Controller Operational switched on is read with S0007

Verify status S0007 controller switched on, source attribute

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 48

Validator::Site.connected do |task,supervisor,site|
        status_list = { S0007: [:status,:intersection,:source] }
        request_status_and_confirm site, "controller switch on (dark mode=off)", status_list
      end

Traffic Light Controller Operational manual control is read with S0008

Verify status S0008 manual control

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 72

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0008: [:status,:intersection,:source] }
        else
          status_list = { S0008: [:status,:intersection] }
        end
        request_status_and_confirm site, "manual control status", status_list
      end

Traffic Light Controller Operational fixed time control is read with S0009

Verify status S0009 fixed time control

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 88

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0009: [:status,:intersection,:source] }
        else
          status_list = { S0009: [:status,:intersection] }
        end
        request_status_and_confirm site, "fixed time control status", status_list
      end

Traffic Light Controller Operational fixed time control can be activated with M0007

Verify command M0007 fixed time control

Verify connection
Send command to switch to fixed time = true
Wait for status = true
Send command to switch to fixed time = false
Wait for status = false

# File 'spec/site/tlc/modes_spec.rb', line 106

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        switch_fixed_time 'True'
        switch_fixed_time 'False'
      end

Traffic Light Controller Operational isolated control is read with S0010

Verify status S0010 isolated control

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 119

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0010: [:status,:intersection,:source] }
        else
          status_list = { S0010: [:status,:intersection] }
        end
        request_status_and_confirm site, "isolated control status", status_list
      end

Traffic Light Controller Operational coordinated control is read with S0032

Verify status S0032 coordinated control

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 135

Validator::Site.connected do |task,supervisor,site|
        status_list = { S0032: [:status,:intersection,:source] }
        request_status_and_confirm site, "coordinated control status", status_list
      end

Traffic Light Controller Operational yellow flash can be read with S0011

Verify status S0011 yellow flash

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 147

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0011: [:status,:intersection,:source] }
        else
          status_list = { S0011: [:status,:intersection] }
        end
        request_status_and_confirm site, "yellow flash status", status_list
      end

Traffic Light Controller Operational yellow flash can be activated with M0001

Verify that we can activate yellow flash

Given the site is connected
Send the control command to switch to Yellow flash
Wait for status Yellow flash
Send command to switch to normal control
Wait for status “Yellow flash” = false, “Controller starting”= false, “Controller on”= true“

# File 'spec/site/tlc/modes_spec.rb', line 165

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        switch_yellow_flash
        switch_normal_control
      end

Traffic Light Controller Operational yellow flash affects all signal groups

Verify that we can yellow flash causes all groups to go to state ‘c’

Given the site is connected
Send the control command to switch to Yellow flash
Wait for all groups to go to group ‘c’
Send command to switch to normal control
Wait for all groups to switch do something else that ‘c’

# File 'spec/site/tlc/modes_spec.rb', line 180

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        timeout =  Validator.get_config('timeouts','yellow_flash')

        switch_yellow_flash
        wait_for_groups 'c', timeout: timeout      # c mean s yellow flash

        switch_normal_control
        wait_for_groups '[^c]', timeout: timeout   # not c, ie. not yellow flash
      end

Traffic Light Controller Operational all red can be read with S0012

Verify status S0012 all red

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 198

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0012: [:status,:intersection,:source] }
        else
          status_list = { S0012: [:status,:intersection] }
        end
        request_status_and_confirm site, "all-red status", status_list
      end

Traffic Light Controller Operational police key can be read with S0013

Verify status S0013 police key

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/modes_spec.rb', line 214

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "police key",
          { S0013: [:status] }
      end

Traffic Light Controller Operational dark mode can be activated with M0001

Verify that we can activate dark mode

Given the site is connected
Send the control command to switch todarkmode
Wait for status“Controller on” = false
Send command to switch to normal control
Wait for status “Yellow flash” = false, “Controller starting”= false, “Controller on”= true“

# File 'spec/site/tlc/modes_spec.rb', line 228

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        switch_dark_mode
        switch_normal_control
      end

Traffic Light Controller Operational yellow flash be used with a timeout of one minute

Verify that we can activate yellow flash and after 1 minute goes back to NormalControl

Given the site is connected
Send the control command to switch to Normal Control, and wait for this
Send the control command to switch to Yellow flash
Wait for status Yellow flash
Wait for automatic revert to Normal Control

# File 'spec/site/tlc/modes_spec.rb', line 243

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        switch_normal_control
        minutes = 1
        switch_yellow_flash timeout_minutes: minutes
        wait_normal_control timeout: minutes*60 + Validator.get_config('timeouts','functional_position')
      end

»

Traffic Light Controller System operator logged in/out of OP-panel is read with S0091

Verify status S0091 operator logged in/out OP-panel

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/system_spec.rb', line 11

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0091: [:user] }
        else
          status_list = { S0091: [:user, :status] }
        end
        request_status_and_confirm site, "operator logged in/out OP-panel", status_list
      end

Traffic Light Controller System operator logged in/out of web-interface is read with S0092

Verify status S0092 operator logged in/out web-interface

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/system_spec.rb', line 27

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0092: [:user] }
        else
          status_list = { S0092: [:user, :status] }
        end
        request_status_and_confirm site, "operator logged in/out web-interface", status_list
      end

Traffic Light Controller System version is read with S0095

Verify status S0095 version of traffic controller

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/system_spec.rb', line 43

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "version of traffic controller",
        { S0095: [:status] }
      end

Traffic Light Controller System security code is set with M0103

Verify connection
Send control command to set securitycode_level
Wait for status = true
Send control command to setsecuritycode_level
Wait for status = true

# File 'spec/site/tlc/system_spec.rb', line 55

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        set_security_code 1
        set_security_code 2
      end

Traffic Light Controller System security code is rejected when incorrect

Verify that the site responds with NotAck if we send incorrect security cdoes. RThis hehaviour is defined in SXL >= 1.1. For earlier versions, The behaviour is undefined.

Given the site is connected
When we send a M0008 command with incorrect security codes
Then we should received a NotAck

# File 'spec/site/tlc/system_spec.rb', line 69

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        expect { wrong_security_code }.to raise_error(RSMP::MessageRejected)
      end

»

Traffic Light Controller Subscription can be turned on and off for S0001

Check that we can subscribe to status messages. The test subscribes to S0001 (signal group status), because it will usually change once per second, but otherwise the choice is arbitrary as we simply want to check that the subscription mechanism works.

subscribe
check that we receive a status update with a predefined time
unsubscribe

# File 'spec/site/tlc/subscribe_spec.rb', line 15

Validator::Site.connected do |task,supervisor,site|
        log "Subscribe to status and wait for update"
        component = Validator.get_config('main_component')

        status_list = [{'sCI'=>'S0001','n'=>'signalgroupstatus','uRt'=>'1'}]
        status_list.map! { |item| item.merge!('sOc' => false) } if use_sOc?(site)

         site.subscribe_to_status component, status_list, collect!: {
          timeout: Validator.get_config('timeouts','status_update')
        }
      ensure
        unsubscribe_list = status_list.map { |item| item.slice('sCI','n') }
        site.unsubscribe_to_status component, unsubscribe_list
      end

»

Traffic Light Controller Signal Plan currently active is read with S0014

Verify status S0014 current time plan

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 11

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0014: [:status,:source] }
        else
          status_list = { S0014: [:status] }
        end
        request_status_and_confirm site, "current time plan", status_list
      end

Traffic Light Controller Signal Plan currently active is set with M0002

Verify that we change time plan (signal program) We try switching all programs configured

Given the site is connected
Verify that there is a Validator.get_config(‘validator’) with a time plan
Send command to switch time plan
Wait for status “Current timeplan” = requested time plan

# File 'spec/site/tlc/signal_plans_spec.rb', line 29

plans = Validator.get_config('items','plans')
      skip("No time plans configured") if plans.nil? || plans.empty?
      Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        plans.each { |plan| switch_plan plan }
      end

Traffic Light Controller Signal Plan list size is read with S0018

Verify status S0018 number of time plans Deprecated from 1.2, use S0022 instead.

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 44

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "number of time plans",
          { S0018: [:number] }
      end

Traffic Light Controller Signal Plan list is read with S0022

Verify status S0022 list of time plans

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 56

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "list of time plans",
          { S0022: [:status] }
      end

Traffic Light Controller Signal Plan week table is read with S0026

Verify status S0026 week time table

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 68

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "week time table",
          { S0026: [:status] }
      end

Traffic Light Controller Signal Plan week table is set with M0016

Verify connection
Send control command to set week_table
Wait for status = true

# File 'spec/site/tlc/signal_plans_spec.rb', line 78

Validator::Site.connected do |task,supervisor,site|
        status = "0-1,6-2"
        prepare task, site
        set_week_table status
      end

Traffic Light Controller Signal Plan day table is read with S0027

Verify status S0027 time tables

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 91

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "command table",
          { S0027: [:status] }
      end

Traffic Light Controller Signal Plan day table is set with M0017

Verify connection
Send control command to set time_table
Wait for status = true

# File 'spec/site/tlc/signal_plans_spec.rb', line 101

Validator::Site.connected do |task,supervisor,site|
        status = "12-1-12-59,1-0-23-12"
        prepare task, site
        set_day_table status
      end

Traffic Light Controller Signal Plan version is read with S0097

Verify status S0097 version of traffic program

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 114

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "version of traffic program",
          { S0097: [:timestamp,:checksum] }
      end

Traffic Light Controller Signal Plan M0018 set cycle time

Verify connection
Send control command to set cycle time
Wait for status = true

# File 'spec/site/tlc/signal_plans_spec.rb', line 124

Validator::Site.connected do |task,supervisor,site|
        status = 5
        plan = 0
        prepare task, site
        set_cycle_time status, plan
      end

Traffic Light Controller Signal Plan dynamic bands are read with S0023

Verify status S0023 command table

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 138

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "command table",
          { S0023: [:status] }
      end

Traffic Light Controller Signal Plan dynamic bands are set with M0014

Verify connection
Send control command to set dynamic_bands
Wait for status = true

# File 'spec/site/tlc/signal_plans_spec.rb', line 148

Validator::Site.connected do |task,supervisor,site|
        plan = "1"
        status = "1-12"
        prepare task, site
        set_dynamic_bands plan, status
      end

Traffic Light Controller Signal Plan dynamic bands values can be changed and read back

Given the site is connected
Read dynamic band
Set dynamic band to 2x previous value
Read band to confirm
Set dynamic band to previous value
Read dynamic band to confirm

# File 'spec/site/tlc/signal_plans_spec.rb', line 164

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        plan = 1
        band = 3

        value = get_dynamic_bands(plan, band) || 0
        expect( value ).to be_a(Integer)

        new_value = value + 1
        
        set_dynamic_bands plan, "#{band}-#{new_value}"
        expect( get_dynamic_bands(plan, band) ).to eq(new_value)

        set_dynamic_bands plan, "#{band}-#{value}"
        expect( get_dynamic_bands(plan, band) ).to eq(value)
      end

Traffic Light Controller Signal Plan timeout for dynamic bands is set with M0023

Verify command M0023 timeout of dynamic bands

Verify connection
When we send command to set timeout
Then we should get a confirmation
When we send command to disable timeout
Then we should get a confirmation

# File 'spec/site/tlc/signal_plans_spec.rb', line 190

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        status = 10
        set_timeout_for_dynamic_bands status
        status = 0
        set_timeout_for_dynamic_bands status
      end

Traffic Light Controller Signal Plan offset is read with S0024

Verify status S0024 offset time

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 205

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "offset time",
          { S0024: [:status] }
      end

Traffic Light Controller Signal Plan offset is set with M0015

Verify connection
Send control command to set dynamic_bands
Wait for status = true

# File 'spec/site/tlc/signal_plans_spec.rb', line 215

Validator::Site.connected do |task,supervisor,site|
        plan = 1
        status = 99
        prepare task, site
        set_offset status, plan
      end

Traffic Light Controller Signal Plan cycle time is read with S0028

Verify status S0028 cycle time

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_plans_spec.rb', line 229

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "cycle time",
          { S0028: [:status] }
      end

Traffic Light Controller Signal Plan cycle time is set with M0018

Verify connection
Send control command to set cycle time
Wait for status = true

# File 'spec/site/tlc/signal_plans_spec.rb', line 239

Validator::Site.connected do |task,supervisor,site|
        status = 5
        plan = 0
        prepare task, site
        set_cycle_time status, plan
      end

»

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

Verify status S0201 traffic counting: number of vehicles

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 10

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: number of vehicles",
          { S0201: [:starttime,:vehicles] },
          Validator.get_config('components','detector_logic').keys.first
      end

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

Verify status S0205 traffic counting: number of vehicles

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 23

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: number of vehicles",
          { S0205: [:start,:vehicles] }
      end

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

Verify status S0202 traffic counting: vehicle speed

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 35

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: vehicle speed",
          { S0202: [:starttime,:speed] },
          Validator.get_config('components','detector_logic').keys.first
      end

Traffic Light Controller Traffic Data vehicle speed for all detectors is read with S0206

Verify status S0206 traffic counting: vehicle speed

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 48

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: vehicle speed",
          { S0206: [:start,:speed] }
      end

Traffic Light Controller Traffic Data occupancy for a single detector is read with S0203

Verify status S0203 traffic counting: occupancy

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 60

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: occupancy",
          { S0203: [:starttime,:occupancy] },
          Validator.get_config('components','detector_logic').keys.first
      end

Traffic Light Controller Traffic Data occupancy for all detectors is read with S0207

Verify status S0207 traffic counting: occupancy

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 73

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: occupancy",
          { S0207: [:start,:occupancy] }
      end

Traffic Light Controller Traffic Data classification for a single detector is read with S0204

Verify status S0204 traffic counting: classification

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 85

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: classification",
          { S0204: [
              :starttime,
              :P,
              :PS,
              :L,
              :LS,
              :B,
              :SP,
              :MC,
              :C,
              :F
          ] },
          Validator.get_config('components','detector_logic').keys.first
      end

Traffic Light Controller Traffic Data classification for all detectors is read with S0208

Verify status S0208 traffic counting: classification

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_data_spec.rb', line 109

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "traffic counting: classification",
          { S0208: [
              :start,
              :P,
              :PS,
              :L,
              :LS,
              :B,
              :SP,
              :MC,
              :C,
              :F
          ] }
      end

»

Traffic Light Controller Signal Group is ordered to green with M0010

Validate that a signal group can be ordered to green using the M0010 command.

Verify connection
Send control command to start signalgrup, set_signal_start= true, include security_code
Wait for status = true

# File 'spec/site/tlc/signal_groups_spec.rb', line 11

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        set_signal_start
      end

Traffic Light Controller Signal Group is ordered to red with M0011

Verify connection
Send control command to stop signalgrup, set_signal_start= false, include security_code
Wait for status = true

# File 'spec/site/tlc/signal_groups_spec.rb', line 21

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        set_signal_stop
      end

Traffic Light Controller Signal Group state is read with S0001

Verify that signal group status can be read with S0001.

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_groups_spec.rb', line 33

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "signal group status",
          { S0001: [:signalgroupstatus, :cyclecounter, :basecyclecounter, :stage] }
      end

Traffic Light Controller Signal Group red/green predictions is read with S0025

Verify that time-of-green/time-of-red can be read with S0025.

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_groups_spec.rb', line 45

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "time-of-green/time-of-red",
          { S0025: [
              :minToGEstimate,
              :maxToGEstimate,
              :likelyToGEstimate,
              :ToGConfidence,
              :minToREstimate,
              :maxToREstimate,
              :likelyToREstimate
          ] },
          Validator.get_config('components','signal_group').keys.first
      end

Traffic Light Controller Signal Group series can be started/stopped with M0012

Verify connection
Send control command to start or stop a serie of signalgroups
Wait for status = true

# File 'spec/site/tlc/signal_groups_spec.rb', line 64

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        set_signal_start_or_stop '5,4134,65;5,11'
      end

Traffic Light Controller Signal Group list size is read with S0017

Verify status S0017 number of signal groups

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/signal_groups_spec.rb', line 76

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "number of signal groups",
          { S0017: [:number] }
      end

Traffic Light Controller Signal Group follow startup sequence after yellow flash

Verify that we can activate normal control after yellow flash mode is turned off

Given the site is connected and in yellow flash mode
When we activate normal control
All signal groups should go through e, f and g

# File 'spec/site/tlc/signal_groups_spec.rb', line 88

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        verify_startup_sequence do
          switch_yellow_flash
          set_functional_position 'NormalControl'
        end
        set_functional_position 'NormalControl'
      end

»

Traffic Light Controller Detector Logic list size is read with S0016

Verify status S0016 number of detector logics

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/detector_logics_spec.rb', line 11

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "number of detector logics",
          { S0016: [:number] }
      end

Traffic Light Controller Detector Logic status is read with S0002

Verify status S0002 detector logic status

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/detector_logics_spec.rb', line 23

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "detector logic status",
          { S0002: [:detectorlogicstatus] }
      end

Traffic Light Controller Detector Logic forcing is read with S0021

Verify status S0021 manually set detector logic

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/detector_logics_spec.rb', line 35

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "detector logic forcing",
          { S0021: [:detectorlogics] }
      end

Traffic Light Controller Detector Logic forcing is set with M0008

Verify connection
Send control command to switch detector_logic= true
Wait for status = true

# File 'spec/site/tlc/detector_logics_spec.rb', line 45

Validator::Site.connected do |task,supervisor,site|
        prepare task, site

        Validator.get_config('components','detector_logic').keys.each_with_index do |component, indx|
          force_detector_logic component, mode:'True'
          wait_for_status(@task,
            "detector logic #{component} to be True",
            [{'sCI'=>'S0002','n'=>'detectorlogicstatus','s'=>/^.{#{indx}}1/}]
          )
          
          force_detector_logic component, mode:'False'
          wait_for_status(@task,
            "detector logic #{component} to be False",
            [{'sCI'=>'S0002','n'=>'detectorlogicstatus','s'=>/^.{#{indx}}0/}]
          )
        end
      end

Traffic Light Controller Detector Logic sensitivity is read with S0031

Verify status S0031 trigger level sensitivity for loop detector

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/detector_logics_spec.rb', line 70

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "loop detector sensitivity",
          { S0031: [:status] }
      end

»

Traffic Light Controller Signal Priority can be requested with M0022

Validate that a signal priority can be requested.

Given the site is connected
When we send a signal priority request
Then we should receive an acknowledgement

# File 'spec/site/tlc/signal_priority_spec.rb', line 13

Validator::Site.connected do |task,supervisor,site|
        signal_group = Validator.get_config('components','signal_group').keys.first
        command_list = build_command_list :M0022, :requestPriority, {
          requestId: SecureRandom.uuid()[0..3],
          signalGroupId: signal_group,
          type: 'new',
          level: 7,
          eta: 10,
          vehicleType: 'car'
        }
        prepare task, site
        send_command_and_confirm @task, command_list,
          "Request signal priority for signal group #{signal_group}"
      end

Traffic Light Controller Signal Priority status can be fetched with S0033

Validate that signal priority status can be requested.

Given the site is connected
When we request signal priority status
Then we should receive a status update

# File 'spec/site/tlc/signal_priority_spec.rb', line 35

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "signal group status",
          { S0033: [:status] }
      end

Traffic Light Controller Signal Priority status can be subscribed to with S0033

Validate that we can subscribe signal priority status

Given the site is connected
And we subscribe to signal priority status updates
Then we should receive an acknowledgement
And we should reive a status updates

# File 'spec/site/tlc/signal_priority_spec.rb', line 48

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        status_list = [{'sCI'=>'S0033','n'=>'status','uRt'=>'0'}]
        status_list.map! { |item| item.merge!('sOc' => true) } if use_sOc?(site)
        wait_for_status task, 'signal priority status', status_list
      end

Traffic Light Controller Signal Priority becomes completed when cancelled

Validate that a signal priority completes when we cancel it.

Given the site is connected
And we subscribe to signal priority status
When we send a signal priority request
Then the request state should become ‘received’
Then the request state should become ‘activated’
When we cancel the request
Then the state should become ‘completed’

# File 'spec/site/tlc/signal_priority_spec.rb', line 67

Validator::Site.connected do |task,supervisor,site|
        timeout = Validator.get_config('timeouts','priority_completion')
        component = Validator.get_config('main_component')
        signal_group_id = Validator.get_config('components','signal_group').keys.first
        prio = Validator::StatusHelpers::SignalPriorityRequestHelper.new(
          site,
          component: component,
          signal_group_id: signal_group_id,
          timeout: timeout,
          task: task
        )

        prio.run do
          log "Before: Send unrelated signal priority request."
          prio.request_unrelated

          log "Send signal priority request, wait for reception."
          prio.request

          log "After: Send unrelated signal priority request."
          prio.request_unrelated

          prio.expect :received
          log "Signal priority request was received, wait for activation."

          prio.expect :activated
          log "Signal priority request was activated, now cancel it and wait for completion."


          prio.cancel
          prio.expect :completed
          log "Signal priority request was completed."
        end
      end

Traffic Light Controller Signal Priority becomes stale if not cancelled

Validate that a signal priority times out if not cancelled.

Given the site is connected
And we subscribe to signal priority status
When we send a signal priority request
Then the request state should become ‘received’
Then the request state should become ‘activated’
When we do not cancel the request
Then the state should become ‘stale’

# File 'spec/site/tlc/signal_priority_spec.rb', line 114

Validator::Site.connected do |task,supervisor,site|
        timeout = Validator.get_config('timeouts','priority_completion')
        component = Validator.get_config('main_component')
        signal_group_id = Validator.get_config('components','signal_group').keys.first
        prio = Validator::StatusHelpers::SignalPriorityRequestHelper.new(
          site,
          component: component,
          signal_group_id: signal_group_id,
          timeout: timeout,
          task: task
        )

        prio.run do
          log "Before: Send unrelated signal priority request."
          prio.request_unrelated

          log "Send signal priority request, wait for reception."
          prio.request

          log "After: Send unrelated signal priority request."
          prio.request_unrelated

          prio.expect :received
          log "Signal priority request was received, wait for activation."

          prio.expect :activated
          log "Signal priority request was activated, wait for it to become stale."


          # don't cancel request, it should then become stale by itself
          prio.expect :stale
          log "Signal priority request became stale."
        end
      end

»

Traffic Light Controller Emergency Route emergency route is read with S0006

Verify that current emergency route can be read with S0006. Depreciated from 1.2, use S0035 instead.

Given the site is connected.
When we request S0006.
Then we should receive a status response.

# File 'spec/site/tlc/emergency_routes_spec.rb', line 12

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "emergency route status",
          { S0006: [:status,:emergencystage] }
      end

Traffic Light Controller Emergency Route emergency route is read with S0035

Verify that current emergency routes can be read with S0035. Requires core >= 3.2 since it uses the array data type.

Given the site is connected.
When we request S0035.
Then we should receive a status response.

# File 'spec/site/tlc/emergency_routes_spec.rb', line 24

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "emergency route status",
          { S0035: [:emergencyroutes] }
      end

Traffic Light Controller Emergency Route can be activated with M0005 and read with S0006

Verify that emergency routes can be activated with M0005. S0006 should reflect the last route enabled/disabled.

Given the site is connected.
When we send M0005 to set emergency route.
Then we should get a command responds confirming the change.

# File 'spec/site/tlc/emergency_routes_spec.rb', line 36

emergency_routes = Validator.get_config('items','emergency_routes')
      skip("No emergency routes configured") if emergency_routes.nil? || emergency_routes.empty?

      def set_emergency_states task, emergency_routes, state
        emergency_routes.each do |emergency_route|
          set_emergency_route emergency_route.to_s, state
        end
        wait_for_status(task, "emergency route #{emergency_routes.last} to be enabled",
          [
            {'sCI'=>'S0006','n'=>'status','s'=>(state ? 'True' : 'False')},
            {'sCI'=>'S0006','n'=>'emergencystage','s'=>(state ? emergency_routes.last.to_s : '0')}
          ]
        )
     end

      Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        set_emergency_states task, emergency_routes, false
        begin
          set_emergency_states task, emergency_routes, true
        ensure
          set_emergency_states task, emergency_routes, false
        end
      end

Traffic Light Controller Emergency Route emergency routes can be activated with M0005 and read with S0035

Verify that emergency routes can be activated with M0005. S0035 should show all active routes.

Given the site is connected.
When we send M0005 to set emergency route.
Then we should get a command responds confirming the change.
When we request the current emergency routes with S035.
Then we should receive the list of active routes.

# File 'spec/site/tlc/emergency_routes_spec.rb', line 71

def enable_routes task, emergency_routes
        emergency_routes.each { |emergency_route| set_emergency_route emergency_route.to_s, true }
        routes = emergency_routes.map {|i| {'id'=>i.to_s} }
        wait_for_status(task, "emergency routes #{emergency_routes.to_s} to be enabled",
          [ {'sCI'=>'S0035','n'=>'emergencyroutes','s'=>routes} ]
        )
      end

      def disable_routes task, emergency_routes
        emergency_routes.each { |emergency_route| set_emergency_route emergency_route.to_s, false }
        routes = []
        wait_for_status(task, "all emergency routes to be disabled",
          [ {'sCI'=>'S0035','n'=>'emergencyroutes','s'=>routes} ]
        )
      end

      emergency_routes = Validator.get_config('items','emergency_routes')

      skip("No emergency routes configured") if emergency_routes.nil? || emergency_routes.empty?

      Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        disable_routes task, emergency_routes
        begin
          enable_routes task, emergency_routes
        ensure
          disable_routes task, emergency_routes
        end
      end

»

Traffic Light Controller Traffic Situation is read with S0015

Verify status S0015 current traffic situation

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_situations_spec.rb', line 11

Validator::Site.connected do |task,supervisor,site|
        if RSMP::Proxy.version_meets_requirement?( site.sxl_version, '>=1.1' )
          status_list = { S0015: [:status,:source] }
        else
          status_list = { S0015: [:status] }
        end
        request_status_and_confirm site, "current traffic situation", status_list
      end

Traffic Light Controller Traffic Situation is set with M0003

Verify that we change traffic situation

Given the site is connected
Verify that there is a Validator.get_config(‘validator’) with a traffic situation
Send the control command to switch traffic situation for each traffic situation
Wait for status “Current traffic situation” = requested traffic situation

# File 'spec/site/tlc/traffic_situations_spec.rb', line 28

situations = Validator.get_config('items','traffic_situations')
      skip("No traffic situations configured") if situations.nil? || situations.empty?
      Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        situations.each { |traffic_situation| switch_traffic_situation traffic_situation.to_s }
      ensure
        unset_traffic_situation
      end

Traffic Light Controller Traffic Situation list size is read with S0019

Verify status S0019 number of traffic situations

Given the site is connected
Request status
Expect status response before timeout

# File 'spec/site/tlc/traffic_situations_spec.rb', line 44

Validator::Site.connected do |task,supervisor,site|
        request_status_and_confirm site, "number of traffic situations",
          { S0019: [:number] }
      end

»
- Core Connection Sequence is correct for rsmp version 3.1.1
  Verify the connection sequence when using rsmp core 3.1.1
  
  Given the site is connected and using core 3.1.1
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.1
  
  And the connection sequence should be complete
  
  11
  
  # File 'spec/site/core/connect_spec.rb', line 11 check_sequence '3.1.1'
- Core Connection Sequence is correct for rsmp version 3.1.2
  Verify the connection sequence when using rsmp core 3.1.2
  
  Given the site is connected and using core 3.1.2
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.2
  
  And the connection sequence should be complete
  
  21
  
  # File 'spec/site/core/connect_spec.rb', line 21 check_sequence '3.1.2'
- Core Connection Sequence is correct for rsmp version 3.1.3
  Verify the connection sequence when using rsmp core 3.1.3
  
  Given the site is connected and using core 3.1.3
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.3
  
  And the connection sequence should be complete
  
  31
  
  # File 'spec/site/core/connect_spec.rb', line 31 check_sequence '3.1.3'
- Core Connection Sequence is correct for rsmp version 3.1.4
  Verify the connection sequence when using rsmp core 3.1.4
  
  Given the site is connected and using core 3.1.4
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.4
  
  And the connection sequence should be complete
  
  41
  
  # File 'spec/site/core/connect_spec.rb', line 41 check_sequence '3.1.4'
- Core Connection Sequence is correct for rsmp version 3.1.5
  Verify the connection sequence when using rsmp core 3.1.5
  
  Given the site is connected and using core 3.1.5
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.5
  
  And the connection sequence should be complete
  
  51
  
  # File 'spec/site/core/connect_spec.rb', line 51 check_sequence '3.1.5'
- Core Connection Sequence is correct for rsmp version 3.2
  Verify the connection sequence when using rsmp core 3.2
  
  Given the site is connected and using core 3.2
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.5
  
  And the connection sequence should be complete
  
  61
  
  # File 'spec/site/core/connect_spec.rb', line 61 check_sequence '3.2'
- Core Connection Sequence is correct for rsmp version 3.2.1
  Verify the connection sequence when using rsmp core 3.2.1
  
  Given the site is connected and using core 3.2.1
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.5
  
  And the connection sequence should be complete
  
  71
  
  # File 'spec/site/core/connect_spec.rb', line 71 check_sequence '3.2.1'
- Core Connection Sequence is correct for rsmp version 3.2.2
  Verify the connection sequence when using rsmp core 3.2.2
  
  Given the site is connected and using core 3.2.2
  
  When handshake messages are sent and received
  
  Then the handshake messages should be in the specified sequence corresponding to version 3.1.5
  
  And the connection sequence should be complete
  
  81
  
  # File 'spec/site/core/connect_spec.rb', line 81 check_sequence '3.2.2'

»

Core Connection is closed if watchdogs are not acknowledged

Given the site has just connected
When our supervisor does not acknowledge watchdogs
Then the site should disconnect

# File 'spec/site/core/disconnect_spec.rb', line 16

timeout = Validator.get_config('timeouts','disconnect')
      Validator::Site.isolated do |task,supervisor,site_proxy|
        supervisor.ignore_errors RSMP::DisconnectError do
          log "Disabling watchdog acknowledgements, site should disconnect"
          def site_proxy.acknowledge original
            if original.is_a? RSMP::Watchdog
              log "Not acknowledgning watchdog", message: original
            else
              super
            end
          end
          site_proxy.wait_for_state :disconnected, timeout: timeout
        end
      rescue RSMP::TimeoutError
        raise "Site did not disconnect within #{timeout}s"
      end

Core Connection is not closed if watchdogs are not received

Given the site has just connected
When our supervisor stops sending watchdogs
Then the site should not disconnect

# File 'spec/site/core/disconnect_spec.rb', line 38

Validator::Site.isolated do |task,supervisor,site|
        timeout = Validator.get_config('timeouts','disconnect')

        wait_task = task.async do
          site.wait_for_state :disconnected, timeout: timeout
          raise RSMP::DisconnectError
        rescue RSMP::TimeoutError
          # ok, no disconnect happened
        end

        log "Stop sending watchdogs, site should not disconnect"
        site.with_watchdog_disabled do
          wait_task.wait
        end
      end

»

Core Aggregated Status can be requested

Verify that the controller responds to an aggregated status request.

Given the site is connected
When we request aggregated status
Then we should receive an aggregated status

# File 'spec/site/core/aggregated_status_spec.rb', line 10

Validator::Site.connected do |task,supervisor,site|
        prepare task, site
        log "Request aggregated status"
        result = site.request_aggregated_status Validator.get_config('main_component'), collect!: {
          timeout: Validator.get_config('timeouts','status_response')
        }
      end

Core Aggregated Status uses null for functional position/state

Verify that aggregated status uses null for unused attributes, from SXL 1.1 For SXL versions before 1.1 empty strings “” is also allowed.

Given the is reconnected
When we receive an aggregated status
Then fP and fS should be null

# File 'spec/site/core/aggregated_status_spec.rb', line 26

Validator::Site.isolated(
        'collect' => {
          filter: RSMP::Filter.new(type:"AggregatedStatus"),
          timeout: Validator.get_config('timeouts','ready'),
          num: 1,
          ingoing: true
        }
      ) do |task,supervisor,site_proxy|
        collector = site_proxy.collector
        collector.use_task task
        collector.wait!
        aggregated_status = site_proxy.collector.messages.first

        expect(aggregated_status).to be_an(RSMP::AggregatedStatus)
        expect(aggregated_status.attribute('fP')).to be_nil
        expect(aggregated_status.attribute('fS')).to be_nil
      end