Class: TimeOverlap::Calculator

Inherits:
Object
  • Object
show all
Defined in:
lib/time_overlap.rb

Class Method Summary collapse

Instance Method Summary collapse

Constructor Details

#initialize(from:, to:, time_zone:, my_time_zone:, min_overlap:) ⇒ Calculator

TODO: add meeting time to choose overlap 1 or overlap 2



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# File 'lib/time_overlap.rb', line 12

def initialize(from:, to:, time_zone:, my_time_zone:, min_overlap:)
  @current_year = Time.current.year
  @current_month = Time.current.month
  @current_day = Time.current.day
  @from = from
  @to = to
  @time_zone = time_zone
  @my_time_zone = my_time_zone
  @min_overlap = min_overlap

  @duration = (end_time - start_time).to_i / 60 / 60

  @data = {}
end

Class Method Details

.count(*args) ⇒ Object 



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# File 'lib/time_overlap.rb', line 27

def self.count(*args)
  self.new(*args).execute
end

Instance Method Details

#execute ⇒ Object 



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# File 'lib/time_overlap.rb', line 31

def execute
  offset = duration - min_overlap

  start_time_in_my_time_zone = start_time.in_time_zone(my_time_zone)
  end_time_in_my_time_zone = end_time.in_time_zone(my_time_zone)

  x_start_time = (start_time - offset * 60 * 60).in_time_zone(my_time_zone)
  x_end_time = (end_time - offset * 60 * 60).in_time_zone(my_time_zone)

  y_start_time = (end_time - min_overlap * 60 * 60).in_time_zone(my_time_zone)
  y_end_time = (y_start_time + duration * 60 * 60).in_time_zone(my_time_zone)

  @data = {
    original: {
      start: start_time,
      end: end_time
    },
    full_overlap: {
      start: start_time_in_my_time_zone,
      end: end_time_in_my_time_zone
    },
    overlap_1: {
      start: x_start_time,
      end: x_end_time
    },
    overlap_2: {
      start: y_start_time,
      end: y_end_time
    }
  }

  check
  Presenter.new(@data).generate_output
  @data
end