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Example. Lets say you have 8hr/day overtime at 1.5x, and 12hr/day overtime at 2x. Now you can create a 2x overtime rules for 12 hours/day, and use it as the overtime rules for the original overtime worktype.
88 lines
4.0 KiB
Python
88 lines
4.0 KiB
Python
from collections import defaultdict
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from odoo import models
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class HRPayslip(models.Model):
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_inherit = 'hr.payslip'
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def aggregate_overtime(self, work_data, day_week_start=None):
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"""
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:param work_data: list(tuple(iso_date, list(tuple(hr.work.entry.type(), hours, original_record))
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:param day_week_start: day of the week to start (otherwise employee's resource calendar start day of week)
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:return: dict(hr.work.entry.type(): list(days_worked, hours_worked, ))
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"""
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if not day_week_start:
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if self.employee_id.resource_calendar_id.day_week_start:
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day_week_start = self.employee_id.resource_calendar_id.day_week_start
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else:
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day_week_start = '1'
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day_week_start = int(day_week_start)
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if day_week_start < 1 or day_week_start > 7:
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day_week_start = 1
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def _adjust_week(isodate):
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if isodate[2] < day_week_start:
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return (isodate[0], isodate[1] + 1, isodate[2])
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return isodate
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result = defaultdict(lambda: [0.0, 0.0, 1.0])
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day_hours = defaultdict(float)
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week_hours = defaultdict(float)
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iso_days = set()
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for iso_date, entries in work_data:
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iso_date = _adjust_week(iso_date)
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for work_type, hours, _ in entries:
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self._aggregate_overtime_add_work_type_hours(work_type, hours, iso_date, result, iso_days, day_hours, week_hours)
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return result
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def _aggregate_overtime_add_work_type_hours(self, work_type, hours, iso_date, working_aggregation, iso_days, day_hours, week_hours):
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"""
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:param work_type: work type of hours being added
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:param hours: hours being added
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:param iso_date: date hours were worked
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:param working_aggregation: dict of work type hours as they are processed
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:param iso_days: set of iso days already seen
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:param day_hours: hours worked on iso dates already processed
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:param week_hours: hours worked on iso week already processed
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:return:
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"""
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week = iso_date[1]
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if work_type.overtime_work_type_id and work_type.overtime_type_id:
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ot_h_w = work_type.overtime_type_id.hours_per_week
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ot_h_d = work_type.overtime_type_id.hours_per_day
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regular_hours = hours
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# adjust the hours based on overtime conditions
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if ot_h_d and (day_hours[iso_date] + hours) > ot_h_d:
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# daily overtime in effect
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remaining_hours = max(ot_h_d - day_hours[iso_date], 0.0)
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regular_hours = min(remaining_hours, hours)
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elif ot_h_w:
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# not daily, but weekly limits....
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remaining_hours = max(ot_h_w - week_hours[week], 0.0)
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regular_hours = min(remaining_hours, hours)
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ot_hours = hours - regular_hours
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if regular_hours:
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if iso_date not in iso_days:
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iso_days.add(iso_date)
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working_aggregation[work_type][0] += 1.0
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working_aggregation[work_type][1] += regular_hours
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day_hours[iso_date] += regular_hours
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week_hours[week] += regular_hours
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if ot_hours:
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# we need to save this because it won't be set once it reenter, we won't know what the original
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# overtime multiplier was
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working_aggregation[work_type.overtime_work_type_id][2] = work_type.overtime_type_id.multiplier
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self._aggregate_overtime_add_work_type_hours(work_type.overtime_work_type_id, ot_hours, iso_date,
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working_aggregation, iso_days, day_hours, week_hours)
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else:
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# No overtime, just needs added to set
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if iso_date not in iso_days:
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iso_days.add(iso_date)
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working_aggregation[work_type][0] += 1.0
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working_aggregation[work_type][1] += hours
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day_hours[iso_date] += hours
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week_hours[week] += hours
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