Class: CalcWorkingHours::TimeCardRow

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

Instance Attribute Summary collapse

Instance Method Summary collapse

Constructor Details

#initialize(date_string, starting_time, ending_time, auto_correction, *break_time) ⇒ TimeCardRow

Returns a new instance of TimeCardRow.



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# File 'lib/calc_working_hours/time_card_row.rb', line 9

def initialize(date_string, starting_time, ending_time, auto_correction, *break_time)

  if auto_correction
    unless CalcHelper.valid_time_order?(starting_time, ending_time)
      et = WorkingHours.new(ending_time)
      ending_time = et.add_time("24:00").time_string
    end
    unless break_time.empty?
      break_time.map! do |time|
        unless CalcHelper.valid_time_order?(starting_time, time[0])
          et = WorkingHours.new(time[0])
          time[0] = et.add_time("24:00").time_string
        end
        unless CalcHelper.valid_time_order?(starting_time, time[1])
          et = WorkingHours.new(time[1])
          time[1] = et.add_time("24:00").time_string
        end
        [time[0], time[1]]
      end
    end
  end

  unless date_string.class == String
    raise "failure set_date (date should string class)! TimeCardRow class"
  end

  unless CalcHelper.valid_time_format?(starting_time) && CalcHelper.valid_time_format?(ending_time)
    raise "failure initialize (invalid time format! TimeCardRow class)"
  end

  unless CalcHelper.valid_time_order?(starting_time, ending_time)
    raise "failure initialize (invalid time order! TimeCardRow class)"
  end

  unless break_time.empty?
    unless CalcHelper.valid_break_time?(break_time, starting_time, ending_time)
      raise "failure initialize (invalid break time! TimeCardRow class)"
    end
  end

  break_time.each do |time|
    unless CalcHelper.valid_time_order?(time[0], time[1])
      raise "failure initialize (invalid time order(break time)! TimeCardRow class)"
    end
  end

  total_break_time_string = "0:00"
  unless break_time.empty?
    total_break_time_string = CalcHelper.total_break_time(break_time).time_string
  end
  @date_string = date_string
  @starting_time = starting_time
  @ending_time = ending_time
  @break_time = break_time
  @working_hours = WorkingHours.new(ending_time).minus_time(starting_time).minus_time(total_break_time_string)
  @over_time = WorkingHours.new("0:00") if @over_time == nil
  @time_point = []
  @time_point << starting_time
  unless break_time.empty?
    break_time.each do |bt|
      @time_point << bt[0]
      @time_point << bt[1]
    end
  end
  @time_point << ending_time
  self
end

Instance Attribute Details

#break_time ⇒ Object (readonly)

Returns the value of attribute break_time.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def break_time
  @break_time
end

#date_string ⇒ Object (readonly)

Returns the value of attribute date_string.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def date_string
  @date_string
end

#ending_time ⇒ Object (readonly)

Returns the value of attribute ending_time.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def ending_time
  @ending_time
end

#id ⇒ Object (readonly)

Returns the value of attribute id.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def id
  @id
end

#over_time ⇒ Object (readonly)

Returns the value of attribute over_time.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def over_time
  @over_time
end

#starting_time ⇒ Object (readonly)

Returns the value of attribute starting_time.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def starting_time
  @starting_time
end

#time_point ⇒ Object (readonly)

Returns the value of attribute time_point.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def time_point
  @time_point
end

#working_hours ⇒ Object (readonly)

Returns the value of attribute working_hours.



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# File 'lib/calc_working_hours/time_card_row.rb', line 8

def working_hours
  @working_hours
end

Instance Method Details

#between_10pm_and_5am ⇒ Object 



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# File 'lib/calc_working_hours/time_card_row.rb', line 111

def between_10pm_and_5am
  self.working_hours_in_range("22:00", "29:00")
end

#set_fixed_working_hours(time) ⇒ Object 



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# File 'lib/calc_working_hours/time_card_row.rb', line 77

def set_fixed_working_hours(time)
  time = WorkingHours.new(time)
  working_hours = WorkingHours.new(@working_hours.time_string)
  if working_hours.minute < time.minute
    @over_time = working_hours.minus_time(working_hours.time_string)
  else
    @over_time = working_hours.minus_time(time.time_string)
  end
  self
end

#working_hours_in_range(start_range, end_range) ⇒ Object 



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# File 'lib/calc_working_hours/time_card_row.rb', line 88

def working_hours_in_range(start_range, end_range)
  i = @time_point.size / 2
  starting_time, ending_time = ""
  array_of_working_hours = []
  for counter in 1..i
    counter = 2 * counter - 2
    starting_time = @time_point[counter]
    ending_time = @time_point[counter + 1]

    if CalcHelper.valid_range?(end_range, starting_time) || CalcHelper.valid_range?(ending_time, start_range)
    elsif CalcHelper.valid_range?(start_range, starting_time) && CalcHelper.valid_range?(end_range, ending_time)
      array_of_working_hours << WorkingHours.new(end_range).minus_time(starting_time).time_string
    elsif CalcHelper.valid_range?(starting_time, start_range) && CalcHelper.valid_range?(end_range, ending_time)
      array_of_working_hours << WorkingHours.new(end_range).minus_time(start_range).time_string
    elsif CalcHelper.valid_range?(starting_time, start_range) && CalcHelper.valid_range?(ending_time, end_range)
      array_of_working_hours << WorkingHours.new(ending_time).minus_time(start_range).time_string
    elsif CalcHelper.valid_range?(start_range, starting_time) && CalcHelper.valid_range?(ending_time, end_range)
      array_of_working_hours << WorkingHours.new(ending_time).minus_time(starting_time).time_string
    end
  end
  return WorkingHours.new("0:00").add_array_time(array_of_working_hours).time_string
end