170 lines
6.3 KiB
Ruby
170 lines
6.3 KiB
Ruby
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class RulingTimerHistory
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include Mongoid::Document
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include Mongoid::Timestamps
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field :work_time_str, type: String, default: "00:00:00"
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field :rest_time_str, type: String, default: "00:00:00"
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field :all_work_times_seconds, type: Integer, default: 0
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field :all_rest_times_seconds, type: Integer, default: 0
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field :work_times, type: Array, default: []
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field :rest_times, type: Array, default: []
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field :sub_task_ids, type: Array, default: [] #store RulingTimerSubTask id
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field :tasks, type: Array, default: [] #store name only
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field :tasks_finished, type: Array, default: [] #store index only
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field :summary, type: String, default: ""
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field :time_offset, type: String, default: "+8"
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field :events, type: Array, default: []
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field :date, type: String, default: ""
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belongs_to :user
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def fix_work_times(store=true)
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time_now = DateTime.now.utc
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work_times_range = self.work_times.each_slice(2).to_a.map{|a,b| convert_datetime(a)..(b.nil? ? time_now : convert_datetime(b))}
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work_times_range = eliminate_intersection(work_times_range)
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new_work_times_range = merge_ranges(work_times_range.uniq).flat_map{|range| [range.first,range.last]}
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new_work_times_range = new_work_times_range[0...-1] if new_work_times_range.last == time_now
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self.work_times = new_work_times_range
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self.calc("work_times",false,true)
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self.work_time_str = transform_second_to_time(self.all_work_times_seconds)
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self.save if store
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self.work_times
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end
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def merge_work_times(new_work_times,store=true)
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time_now = DateTime.now.utc
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work_times_range = self.work_times.each_slice(2).to_a.map{|a,b| convert_datetime(a)..(b.nil? ? time_now : convert_datetime(b))}
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new_work_times_range = new_work_times.each_slice(2).to_a.map{|a,b| convert_datetime(a)..(b.nil? ? time_now : convert_datetime(b))}
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work_times_range = eliminate_intersection(work_times_range)
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new_work_times_range = eliminate_intersection(new_work_times_range)
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new_work_times_range = work_times_range + new_work_times_range
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new_work_times_range = eliminate_intersection(new_work_times_range).sort_by{|range| range.first.to_i}
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new_work_times_range = merge_ranges(new_work_times_range.uniq).flat_map{|range| [range.first,range.last]}
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new_work_times_range = new_work_times_range[0...-1] if new_work_times_range.last == time_now
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self.work_times = new_work_times_range
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self.calc("work_times",false,true)
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self.work_time_str = transform_second_to_time(self.all_work_times_seconds)
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self.save if store
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self.work_times
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end
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def merge_ranges(ranges)
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(0...(ranges.count)).each do |i|
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next if ranges[i+1].nil?
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if ranges[i].last == ranges[i+1].first
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ranges[i+1] = (ranges[i].first .. ranges[i+1].last)
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ranges[i] = nil
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end
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end
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ranges.compact
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end
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def eliminate_intersection(times_range)
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times_range = times_range.sort_by{|range| range.first.to_i}
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times_range.each_with_index do |range,i|
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next if range.nil?
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intersects = times_range[i+1..-1].map{|r| range & r}
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if intersects.compact.count != 0
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intersects.each_with_index do |intersect,j|
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next if intersect.nil?
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if range.last > intersect.last #overlap all
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times_range[i+1+j] = nil
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else
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if range.first == intersect.first
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times_range[i] = nil
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else
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times_range[i] = (range.first..intersect.first)
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end
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end
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end
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end
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end
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times_range.compact
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end
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def update_task_name(task_id,new_name)
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idx = self.sub_task_ids.index(task_id)
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self.tasks[idx] = new_name
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self.save
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end
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def remove_task(task_id)
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sub_task = RulingTimerSubTask.find(task_id) rescue nil
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idx = self.sub_task_ids.index(task_id)
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self.sub_task_ids.delete(task_id)
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self.tasks.delete_at(idx)
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self.tasks_finished = self.tasks_finished.to_a.map do |task_idx|
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if task_idx == idx
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nil
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elsif task_idx > idx
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task_idx - 1
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else
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task_idx
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end
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end.compact
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self.save!
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sub_task.stop if sub_task
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end
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def get_work_times(display_seond=false)
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work_times = self.work_times.clone
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if display_seond
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time_format = "%H:%M:%S"
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else
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time_format = "%H:%M"
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end
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work_times.map!{|t| convert_datetime(t).new_offset(self.time_offset).strftime(time_format)}
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end
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def convert_datetime(time)
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if time.class == Time
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return time.to_datetime
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elsif time.class == DateTime
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return time
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elsif time.class == String
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return DateTime.parse(time)
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else
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return Time.at(time).to_datetime #time is seconds
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end
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end
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def get_infos
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return {"work" => self.work_time_str, "rest" => self.rest_time_str}
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end
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def calc(field_name,padding=true,recalc=false)
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time_infos = self.send(field_name).clone rescue []
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record_field_name = "all_#{field_name}_seconds"
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tmp_seconds = self.send(record_field_name)
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all_seconds = 0
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start_index = 0
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if !recalc
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all_seconds = tmp_seconds
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start_index = time_infos.count - 1
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start_index -= (start_index % 2)
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time_infos = time_infos[start_index..-1].to_a
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end
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time_infos.push(DateTime.now.utc) if (padding && time_infos.count % 2 == 1)
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time_infos.each_with_index do |t,i|
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if i % 2 == 0
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next_t = time_infos[i+1]
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if !next_t.nil?
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all_seconds += ((convert_datetime(next_t) - convert_datetime(t)) * 1.day).round
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else
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break
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end
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end
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end
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self.send("#{record_field_name}=",all_seconds)
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return all_seconds
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end
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def recalc_all
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self.calc("work_times",false,true)
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self.calc("rest_times",false,true)
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self.work_time_str = transform_second_to_time(self.all_work_times_seconds)
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self.rest_time_str = transform_second_to_time(self.all_rest_times_seconds)
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self.save
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return self.to_json
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end
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def getPaddedComp(comp)
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return ((comp.to_i < 10) ? ('0' + comp.to_s) : comp.to_s)
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end
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def transform_second_to_time(seconds)
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seconds = 0 if seconds.nil?
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hour = 3600
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minute = 60
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total_hour = getPaddedComp(seconds / hour)
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rest_seconds = seconds % hour
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total_minute = getPaddedComp(rest_seconds / minute)
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total_second = getPaddedComp(rest_seconds % minute)
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return (total_hour + ":" + total_minute + ":" + total_second)
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end
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end
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