require 'spec_helper'
require_db 'db_layer'
require_db 'grid'
require_db 'position/point'
require_db 'position/positioner'
require_aggregator 'processor'

module RCS
module Aggregator

describe Processor do

  silence_alerts
  enable_license

  before { turn_off_tracer(print_errors: false) }

  context 'processing evidence from the queue' do
    before do
      @target = factory_create :target, name: 'testtarget'
      @agent = factory_create :agent, target: @target, name: 'test-agent'
      data = {'from' => ' sender ', 'rcpt' => 'receiver', 'incoming' => 1, 'program' => 'skype', 'content' => 'test message'}
      @evidence = factory_create :chat_evidence, agent: @agent, data: data
      @entry = {'target_id' => @target._id, 'evidence_id' => @evidence._id}
    end

    it 'should create intelligence queue' do
      Processor.process @entry
      entry, count = IntelligenceQueue.get_queued
      entry['target_id'].should eq @target._id.to_s
      entry['type'].should eq :aggregate
      # count is the number of queued after the entry that we already
      count.should be 0
    end

    context 'if intelligence is disabled' do
      before do
        Processor.stub(:check_intelligence_license).and_return false
      end

      it 'should not create intelligence queue' do
        Processor.process @entry
        entry, count = IntelligenceQueue.get_queued
        entry.should be_nil
        count.should be_nil
      end
    end

    context 'given an evidence of type "peer"' do
      before do
        @target = factory_create :target, name: 'testtarget'
        @agent = factory_create :agent, target: @target, name: 'test-agent'
        data = {'from' => ' sender ', 'rcpt' => 'receiver', 'incoming' => 0, 'program' => 'skype', 'content' => 'test message'}
        @evidence = factory_create :chat_evidence, agent: @agent, data: data
        @entry = {'target_id' => @target._id, 'evidence_id' => @evidence._id}
      end

      it 'should create aggregate from evidence' do
        Processor.process @entry

        aggregates = Aggregate.target(@target._id).where(type: :skype)
        aggregates.size.should be 1

        entry = aggregates.first
        entry.count.should be 1
        entry.type.should eq :skype
        entry.size.should eq @evidence.data['content'].size
        entry.aid.should eq @agent._id.to_s
        entry.day.should eq Time.now.strftime('%Y%m%d')
        entry.data['peer'].should eq 'receiver'
        entry.data['sender'].should eq 'sender'
      end

      it 'should aggregate multiple evidence' do
        iteration = 5

        # process the same entry N times
        iteration.times do
          Processor.process @entry
        end

        aggregates = Aggregate.target(@target._id).where(type: :skype)
        aggregates.size.should be 1

        entry = aggregates.first
        entry.count.should be iteration
      end

      it 'should create an handle book document' do
        Processor.process @entry

        expect(HandleBook.targets_that_communicate_with(:skype, 'receiver').count).to eq(1)
      end

      it 'should create suggested entity if the communication score is higher enough' do
        15.times do |day|
          data_in = {'from' => ' receiver ', 'rcpt' => 'sender', 'incoming' => 1, 'program' => 'skype', 'content' => 'test message'}
          evidence_in = Evidence.target(@target._id).create!(da: Time.now.to_i + day*86400, aid: @agent._id, type: :chat, data: data_in)
          entry_in = {'target_id' => @target._id, 'evidence_id' => evidence_in._id}

          data_out = {'from' => ' sender ', 'rcpt' => 'receiver', 'incoming' => 0, 'program' => 'skype', 'content' => 'test message'}
          evidence_out = Evidence.target(@target._id).create!(da: Time.now.to_i + day*86400, aid: @agent._id, type: :chat, data: data_out)
          entry_out = {'target_id' => @target._id, 'evidence_id' => evidence_out._id}

          Processor.process entry_out
          Processor.process entry_in
        end

        entity = Entity.where(name: 'receiver').first

        entity.should_not be_nil
        entity.level.should be :suggested
        handle = entity.handles.first
        handle.type.should eq :skype
        handle.handle.should eq 'receiver'

        entity.links.size.should be 1

        target_entity = Entity.targets.where(path: @target.id).first

        entity.links.first.le.should eq target_entity.id
      end

      it 'should not create suggested entity if intelligence is disabled' do
        Processor.stub(:check_intelligence_license).and_return false

        15.times do |day|
          data_in = {'from' => ' receiver ', 'rcpt' => 'sender', 'incoming' => 1, 'program' => 'skype', 'content' => 'test message'}
          evidence_in = Evidence.target(@target._id).create!(da: Time.now.to_i + day*86400, aid: @agent._id, type: :chat, data: data_in)
          entry_in = {'target_id' => @target._id, 'evidence_id' => evidence_in._id}

          data_out = {'from' => ' sender ', 'rcpt' => 'receiver', 'incoming' => 0, 'program' => 'skype', 'content' => 'test message'}
          evidence_out = Evidence.target(@target._id).create!(da: Time.now.to_i + day*86400, aid: @agent._id, type: :chat, data: data_out)
          entry_out = {'target_id' => @target._id, 'evidence_id' => evidence_out._id}

          Processor.process entry_out
          Processor.process entry_in
        end

        entity = Entity.where(name: 'receiver').first
        entity.should be_nil
      end
    end

    context 'given an evidence of type "position"' do

      before do
        @target = factory_create :target, name: 'testtarget'
        @agent = factory_create :agent, target: @target, name: 'test-agent'
        data = {'latitude' => 45.5353563, 'longitude' => 9.5939346, 'accuracy' => 50}
        # @evidence = Evidence.target(@target._id).create!(da: Time.now.to_i, aid: @agent._id, type: :position, data: data)
        @evidence = factory_create :position_evidence, agent: @agent, data: data
        @entry = {'target_id' => @target._id, 'evidence_id' => @evidence._id}
        PositionAggregator.stub(:extract) do |target, ev|
          [{type: :position,
            time: ev.da,
            point: {latitude: ev.data['latitude'], longitude: ev.data['longitude'], radius: ev.data['accuracy']},
            timeframe: {start: Time.at(ev.da), end: Time.at(ev.da + 1000)}}]
        end
      end

      it 'should not create an handle book document' do
        Processor.process @entry

        expect(HandleBook.count).to eq(0)
      end

      it 'should create aggregate from evidence' do
        Processor.process @entry

        aggregates = Aggregate.target(@target._id).where(type: :position)
        aggregates.size.should be 1

        entry = aggregates.first
        entry.count.should be 1
        entry.type.should eq :position
        entry.aid.should eq @agent._id.to_s
        entry.day.should eq Time.now.strftime('%Y%m%d')
        entry.data['position'].should_not be_nil
      end

      it 'should aggregate multiple evidence' do
         iteration = 5

         # process the same entry N times
         iteration.times do
           Processor.process @entry
         end

         aggregates = Aggregate.target(@target._id).where(type: :position)
         aggregates.size.should be 1

         entry = aggregates.first
         entry.count.should be iteration
      end

      it 'should alert intelligence for every position aggregation' do
        iteration = 5

        # process the same entry N times
        iteration.times do
          Processor.process @entry
        end

        entry, count = IntelligenceQueue.get_queued
        # count is the number of queued after the entry that we already
        count.should be 4
      end
    end

  end

  context 'given some evidence to be parsed' do
    before do
      @target = factory_create :target, name: 'testtarget'
      @agent = factory_create :agent, target: @target, name: 'test-agent'
      @evidence = Evidence.dynamic_new('testtarget')
    end

    context 'when is a wrong type evidence' do
      before do
        @evidence.type = 'wrong'
      end

      it 'should not parse it' do
        @evidence.data = {}
        parsed = Processor.extract_data(@target.id, @evidence)
        parsed.should be_a Array
        parsed.size.should be 0
      end
    end

    it 'should parse every type of peer evidence' do
      all_types = {chat: {'from' => ' sender ', 'rcpt' => 'receiver', 'incoming' => 1, 'program' => 'skype', 'content' => 'test message'},
                   call: {'from' => ' sender ', 'rcpt' => 'receiver', 'incoming' => 1, 'program' => 'skype', 'duration' => 30},
                   message: {'type' => :mail, 'from' => 'Test account <test@account.com>', 'rcpt' => 'receiver@mail.com', 'incoming' => 1, 'body' => 'test mail'}}

      all_types.each_pair do |key, value|
        @evidence.type = key.to_s
        @evidence.data = value

        parsed = Processor.extract_data(@target.id, @evidence)
        parsed.should be_a Array
        parsed.size.should be 1
      end
    end

    it 'should parse position evidence' do
      # the STAY point is:
      # 45.514992 9.5873462 10 (2013-01-15 07:37:43 - 2013-01-15 07:48:43)
      data =
      "2013-01-15 07:36:43 45.5149089 9.5880504 25
      2013-01-15 07:36:43 45.515057 9.586814 3500
      2013-01-15 07:37:43 45.5149920 9.5873462 10
      2013-01-15 07:37:43 45.515057 9.586814 3500
      2013-01-15 07:38:43 45.5149920 9.5873462 15
      2013-01-15 07:38:43 45.515057 9.586814 3500
      2013-01-15 07:43:43 45.5148914 9.5873097 10
      2013-01-15 07:43:43 45.515057 9.586814 3500
      2013-01-15 07:48:43 45.5148914 9.5873097 10
      2013-01-15 07:48:43 45.515057 9.586814 3500
      2013-01-15 07:49:43 45.5147590 9.5821532 25"

      results = []

      data.each_line do |e|
        values = e.split(' ')
        time = Time.parse("#{values.shift} #{values.shift} +0100")
        lat = values.shift.to_f
        lon = values.shift.to_f
        r = values.shift.to_i

        ev = factory_create :position_evidence, agent: @agent, da: time, data: {'latitude' => lat, 'longitude' => lon, 'accuracy' => r}
        results << Processor.extract_data(@target.id, ev)
      end

      results[0].should eq []
      results[1].should eq []
      results[2].should eq []
      results[3].should eq []
      results[4].should eq []
      results[5].should eq []
      results[6].should eq []
      results[7].should eq []
      results[8].should eq []
      results[9].should eq []
      # this should emit the stay point
      results[10].should_not eq []

      results[10].first[:point].should eq({:latitude=>45.514992, :longitude=>9.5873462, :radius=>10})
      results[10].first[:timeframe].should eq({start: Time.parse('2013-01-15 07:37:43'), end: Time.parse('2013-01-15 07:48:43')})
    end

  end

  context 'given a bounch of positions (multiple days)' do
    before do
      @target = factory_create :target, name: 'testtarget'
      @agent = factory_create :agent, target: @target, name: 'test-agent'
      @evidence = Evidence.dynamic_new('testtarget')
    end

    def parse_data(data)
      data.each_line do |e|
        values = e.split(' ')
        time = Time.parse("#{values.shift} #{values.shift} UTC")
        lat = values.shift.to_f
        lon = values.shift.to_f
        r = values.shift.to_i

        yield time, lat, lon, r if block_given?
      end
    end

    it 'should emit two consecutive points if reset at midnight' do
      # the STAY point is:
      # 45.123456 9.987654 10 (2012-12-31 23:45:00 - 2013-01-01 00:15:00)
      points =
      "2012-12-31 23:45:00 45.123456 9.987654 10
      2012-12-31 23:48:00 45.123456 9.987654 10
      2012-12-31 23:51:00 45.123456 9.987654 10
      2012-12-31 23:54:00 45.123456 9.987654 10
      2012-12-31 23:57:00 45.123456 9.987654 10
      2013-01-01 00:00:00 45.123456 9.987654 10
      2013-01-01 00:03:00 45.123456 9.987654 10
      2013-01-01 00:06:00 45.123456 9.987654 10
      2013-01-01 00:09:00 45.123456 9.987654 10
      2013-01-01 00:12:00 45.123456 9.987654 10
      2013-01-01 00:15:00 45.123456 9.987654 10
      2013-01-02 01:15:00 45.123456 9.987654 10" #fake one to trigger the data hole

      parse_data(points) do |time, lat, lon, r|
        ev = factory_create :position_evidence, agent: @agent, da: time, data: {'latitude' => lat, 'longitude' => lon, 'accuracy' => r}
        Processor.process('target_id' => @target.id, 'evidence_id' => ev)
      end

      results = Aggregate.target(@target.id).where(type: :position).order_by([[:day, :asc]])

      results.size.should be 2
      first = results.first
      second = results.last

      first.day.should eq '20121231'
      second.day.should eq '20130101'

      first.data['position'].should eq [9.987654, 45.123456]
      second.data['position'].should eq [9.987654, 45.123456]

      first.info.size.should be 1
      first.info.first['start'].should eq Time.parse('2012-12-31 23:45:00 UTC')
      first.info.first['end'].should eq Time.parse('2012-12-31 23:57:00 UTC')

      second.info.size.should be 1
      second.info.first['start'].should eq Time.parse('2013-01-01 00:00:00 UTC')
      second.info.first['end'].should eq Time.parse('2013-01-01 00:15:00 UTC')
    end

    def aggregate_from_fixture(file)
      points = File.read(file)

      parse_data(points) do |time, lat, lon, r|
        ev = factory_create :position_evidence, agent: @agent, da: time, data: {'latitude' => lat, 'longitude' => lon, 'accuracy' => r}
        Processor.process('target_id' => @target.id, 'evidence_id' => ev)
      end

      results = Aggregate.target(@target.id).where(type: :position).order_by([[:day, :asc]]).to_a

      normalized_results = []

      results.each do |p|
        p[:info].each do |tf|
          normalized_results << "#{p[:data]['position'][1]} #{p[:data]['position'][0]} #{p[:data]['radius']} (#{tf['start']} #{tf['end']})"
        end
      end

      normalized_results
    end

    it 'should output correctly data from t1', speed: 'slow' do

      normalized_results = aggregate_from_fixture(File.join(fixtures_path, 'positions.t1.txt'))

      expected_results = [
          "45.5353563 9.5939346 30 (2013-01-14 19:06:11 UTC 2013-01-14 19:18:11 UTC)",
          "45.4768394 9.1919074 30 (2013-01-15 08:41:43 UTC 2013-01-15 09:22:18 UTC)",
          "45.4792009 9.1891592 30 (2013-01-15 12:58:18 UTC 2013-01-15 13:12:18 UTC)",
          "45.4768394 9.1919074 30 (2013-01-15 14:49:29 UTC 2013-01-15 15:22:29 UTC)",
          "45.4768394 9.1919074 30 (2013-01-15 17:22:19 UTC 2013-01-15 17:41:23 UTC)",
          "45.5353563 9.5939346 30 (2013-01-15 18:56:43 UTC 2013-01-15 20:48:30 UTC)",
          "45.5215992 9.5953488 40 (2013-01-15 20:56:30 UTC 2013-01-15 21:03:30 UTC)", # forced by midnight
          "45.4768394 9.1919074 30 (2013-01-16 08:42:13 UTC 2013-01-16 09:12:19 UTC)",
          "45.4768394 9.1919074 30 (2013-01-16 12:32:06 UTC 2013-01-16 12:42:55 UTC)",
          "45.4768394 9.1919074 30 (2013-01-16 13:42:41 UTC 2013-01-16 14:35:41 UTC)",
          "45.4768394 9.1919074 30 (2013-01-16 16:43:14 UTC 2013-01-16 16:58:14 UTC)",
          "45.5353563 9.5939346 30 (2013-01-16 19:34:40 UTC 2013-01-16 20:06:40 UTC)"]

      normalized_results.size.should eq expected_results.size

      expected_results.each do |res|
        normalized_results.should include res
      end

    end

    it 'should output correctly data from t2', speed: 'slow' do

      normalized_results = aggregate_from_fixture(File.join(fixtures_path, 'positions.t2.txt'))

      expected_results = [
          "45.4761132 9.1911135 64 (2013-01-14 15:05:37 UTC 2013-01-14 18:01:43 UTC)",
          "45.4761132 9.1911135 64 (2013-01-15 09:04:12 UTC 2013-01-15 10:08:45 UTC)",
          "45.4793905 9.1896133 30 (2013-01-15 12:32:44 UTC 2013-01-15 13:51:44 UTC)",
          "45.4769144 9.1884792 32 (2013-01-15 13:51:54 UTC 2013-01-15 17:49:31 UTC)",
          "45.4361061 9.2376064 48 (2013-01-15 18:08:31 UTC 2013-01-15 18:29:31 UTC)",
          "45.3099474 9.4970635 30 (2013-01-15 18:40:30 UTC 2013-01-15 18:52:50 UTC)",
          "45.3090868 9.4974186 32 (2013-01-16 00:00:14 UTC 2013-01-16 07:47:34 UTC)", # after forcing midnight
          "45.4343889 9.238571 30 (2013-01-16 07:59:34 UTC 2013-01-16 08:15:34 UTC)",
          "45.4761132 9.1911135 64 (2013-01-16 08:37:34 UTC 2013-01-16 18:21:38 UTC)",
          "45.4334439 9.2391028 30 (2013-01-16 18:49:38 UTC 2013-01-16 19:13:38 UTC)",
          "45.3016618 9.4887711 30 (2013-01-16 19:36:38 UTC 2013-01-16 21:14:08 UTC)",
          "45.3184223 9.4797608 30 (2013-01-17 00:00:22 UTC 2013-01-17 07:34:37 UTC)", # after forcing midnight
          "45.3090868 9.4974186 32 (2013-01-17 07:42:37 UTC 2013-01-17 08:06:37 UTC)",
          "45.4771958 9.1919785 32 (2013-01-17 08:58:18 UTC 2013-01-17 09:22:02 UTC)",
          "45.4771958 9.1919785 32 (2013-01-17 12:20:34 UTC 2013-01-17 12:38:33 UTC)",
          "45.4793905 9.1896133 30 (2013-01-17 12:44:33 UTC 2013-01-17 13:22:58 UTC)"]

      normalized_results.size.should eq expected_results.size

      expected_results.each do |res|
        normalized_results.should include res
      end

    end

    it 'should output correctly data from t3', speed: 'slow' do

      normalized_results = aggregate_from_fixture(File.join(fixtures_path, 'positions.t3.txt'))

      expected_results = [
          "45.4766150877193 9.19190163157895 40 (2013-01-15 16:09:14 UTC 2013-01-15 16:49:14 UTC)",
          "45.4766150877193 9.19190163157895 40 (2013-01-15 16:52:14 UTC 2013-01-15 17:25:14 UTC)",
          "45.4766150877193 9.19190163157895 40 (2013-01-16 09:23:24 UTC 2013-01-16 09:43:24 UTC)",
          "45.4761685 9.1912577 30 (2013-01-16 10:01:24 UTC 2013-01-16 10:39:58 UTC)",
          "45.4766150877193 9.19190163157895 40 (2013-01-16 11:00:58 UTC 2013-01-16 12:41:31 UTC)",
          "45.4766150877193 9.19190163157895 40 (2013-01-16 13:38:36 UTC 2013-01-16 15:37:50 UTC)",
          "45.4761685 9.1912577 30 (2013-01-16 16:05:50 UTC 2013-01-16 16:30:50 UTC)",
          "45.4761685 9.1912577 30 (2013-01-16 16:37:50 UTC 2013-01-16 16:50:48 UTC)",
          "45.4766150877193 9.19190163157895 40 (2013-01-16 16:55:21 UTC 2013-01-16 17:17:21 UTC)",
          "45.4766150877193 9.19190163157895 40 (2013-01-18 15:15:55 UTC 2013-01-18 16:35:26 UTC)"]

      normalized_results.size.should eq expected_results.size

      expected_results.each do |res|
        normalized_results.should include res
      end

    end
  end

  describe 'Processing an evidence of type "url"' do

    def queue_entry(url_evidence)
      {'target_id' => target._id, 'evidence_id' => url_evidence._id}
    end

    def url_evidence(url)
      params = {da: Time.now.to_i, aid: agent._id, type: 'url', data: {url: url}}
      Evidence.target(target._id).create!(params)
    end

    let(:operation) { Item.create!(name: 'op', _kind: 'operation', path: [], stat: ::Stat.new) }
    let(:target) { Item.create!(name: 'bob', _kind: 'target', path: [operation._id], stat: ::Stat.new) }
    let(:agent) { Item.create(name: 'test-agent', _kind: 'agent', path: [target._id], stat: ::Stat.new) }
    let(:entry_wikipedia_tbl) { entry = queue_entry(url_evidence('http://it.wikipedia.org/wiki/Tim_Berners-Lee')) }
    let(:entry_wikipedia) { entry = queue_entry(url_evidence('http://it.wikipedia.org/')) }
    let(:entry_google) { entry = queue_entry(url_evidence('http://www.google.com/')) }

    context 'there are no exiting url aggregates' do

      let(:aggregate) { Aggregate.target(target).first }

      context 'an url evidence arrives' do

        before { described_class.process(entry_google) }

        it 'creates a valid url aggregate' do
          expect(aggregate.count).to eql 1
          expect(aggregate.info).to be_blank
          expect(aggregate.data['host']).to eql 'google.com'
        end
      end
    end

    context 'an url aggregate for "wikipedia" exists' do

      before { described_class.process(entry_wikipedia) }

      context 'some url evidences for the same domain arrives' do

        before do
          3.times { described_class.process(entry_wikipedia_tbl) }
          3.times { described_class.process(entry_wikipedia) }
        end

        let(:aggregate) { Aggregate.target(target).first }

        it 'increments the count of the exiting aggregate' do
          expect(aggregate.count).to eql 6+1
        end
      end

      context 'an url for "google" arrives' do

        before { described_class.process(entry_google) }

        let(:aggregates) { Aggregate.target(target).all }

        it 'creates another url aggregate without updating the exiting one' do
          expect(aggregates.size).to eql 2
          expect(aggregates.sum(&:count)).to eql 2
        end
      end
    end
  end
end

end
end

.