Commit 93cbcdb0 authored by Kevin Deldycke's avatar Kevin Deldycke

Update french paysheet rates.

Add comments and TODOs.
Clean file.
Normalize "fixed/forfait" datas.

git-svn-id: https://svn.erp5.org/repos/public/erp5/trunk@10825 20353a03-c40f-0410-a6d1-a30d3c3de9de
parent a34d3c0b
...@@ -74,6 +74,14 @@ ...@@ -74,6 +74,14 @@
This script define all rates to apply in 2006 to calculate an entire paysheet\n This script define all rates to apply in 2006 to calculate an entire paysheet\n
according french fiscal & social rules for a SME.\n according french fiscal & social rules for a SME.\n
"""\n """\n
\n
\n
\n
##########################\n
# This part of the script define usefull variables to help us calculate dynamic rates and contributions.\n
# This part depend mostly of the current localisation.\n
##########################\n
\n
global paysheet\n global paysheet\n
paysheet = context.getObject()\n paysheet = context.getObject()\n
paysheet_type = paysheet.getPortalType()\n paysheet_type = paysheet.getPortalType()\n
...@@ -86,9 +94,6 @@ gross_salary = abs(paysheet.getGrossSalary())\n ...@@ -86,9 +94,6 @@ gross_salary = abs(paysheet.getGrossSalary())\n
start_date = paysheet.getStartDate()\n start_date = paysheet.getStartDate()\n
stop_date = paysheet.getStopDate()\n stop_date = paysheet.getStopDate()\n
\n \n
\n
### This part of the script define usefull variables to help us calculate dynamic rates\n
\n
# Each year, look at http://www.urssaf.fr to complete the table\n # Each year, look at http://www.urssaf.fr to complete the table\n
ceiling_salary_list = { 2003: 2432.0\n ceiling_salary_list = { 2003: 2432.0\n
, 2004: 2476.0\n , 2004: 2476.0\n
...@@ -161,56 +166,82 @@ else:\n ...@@ -161,56 +166,82 @@ else:\n
comp_type = \'new\'\n comp_type = \'new\'\n
\n \n
\n \n
### This part of the script aggregate base salary and rates.\n
\n \n
default = {}\n ##########################\n
# This part of the script create the data structure designed to hold the result of pre calculation.\n
# TODO: This part must be generic to be moved outside this localized script. Probably in PaySheetTransaction_preCalculation.\n
##########################\n
\n \n
# Initialize all variables to None\n # \'d\' is the dict which contain the default values of the Pay Sheet fast input\n
paysheet_services = []\n d = {}\n
erp5site = context.portal_url.getPortalObject()\n
\n \n
# during 06/2005 service module has been renamed service_module\n # During 06/2005 service module has been renamed service_module\n
# both names are supported\n # both names are supported\n
# XXX This should definitly use portal_catalog !!!\n # XXX This should definitly use portal_catalog !!!\n
if hasattr(erp5site, \'payroll_service_module\') :\n # XXX The following code will be deprecated when the Payroll Service portal type will be used\n
erp5site = context.portal_url.getPortalObject()\n
if hasattr(erp5site, \'payroll_service_module\'):\n
service_module = erp5site.payroll_service_module\n service_module = erp5site.payroll_service_module\n
elif hasattr(erp5site, \'service_module\') :\n elif hasattr(erp5site, \'service_module\'):\n
service_module = erp5site.service_module\n service_module = erp5site.service_module\n
else :\n else:\n
service_module = erp5site.service\n service_module = erp5site.service\n
\n \n
# Check service validity\n
# TODO: Use a validation workflow on Payroll Service and check the validity of a Service there\n
# TODO: Only choose services of the current localisation.\n
paysheet_services = []\n
for service in service_module.objectValues():\n for service in service_module.objectValues():\n
base_cat = service.getVariationRangeBaseCategoryList()\n base_cat = service.getVariationRangeBaseCategoryList()\n
if \'tax_category\' in base_cat and \'salary_range\' in base_cat:\n if \'tax_category\' in base_cat and \'salary_range\' in base_cat:\n
paysheet_services.append(service)\n paysheet_services.append(service)\n
for serv in paysheet_services:\n \n
cat_list = serv.getCategoryList()\n \n
tax_cat = []\n for service in paysheet_services:\n
range_cat = []\n # XXX Is there a better way to get categorylist ? Something like getCategoryList(base=\'tax_category\') will be nice to have.\n
for cat in cat_list:\n service_categories = service.getCategoryList()\n
if str(cat).find(\'tax_category\') != -1:\n tax_categories = []\n
tax_cat.append(cat)\n salary_range_categories = []\n
if str(cat).find(\'salary_range\') != -1:\n for category in service_categories:\n
range_cat.append(cat)\n if category.startswith(\'tax_category/\'): tax_categories.append(category)\n
for base in range_cat:\n elif category.startswith(\'salary_range/\'): salary_range_categories.append(category)\n
mycategory = context.portal_categories.resolveCategory(base)\n for salary_range in salary_range_categories:\n
if mycategory is None:\n salary_range_object = context.portal_categories.resolveCategory(salary_range)\n
context.log("PaySheetTransaction_preCalculation", "WARNING! Category not found: %s" % base)\n if salary_range_object is None:\n
context.log( "PaySheetTransaction_preCalculation"\n
, "WARNING! Category not found: %s" % salary_range\n
)\n
else:\n else:\n
new_name = serv.getId() + \'/\' + mycategory.getId()\n preview_line_uid = "%s/%s" % (service.getId(), salary_range_object.getId())\n
default[new_name] = { \'employer_rate\': None\n d[preview_line_uid] = { \'employer_rate\': None\n
, \'employee_rate\': None\n , \'employee_rate\': None\n
, \'base\' : None\n , \'base\' : None\n
}\n }\n
\n \n
\n
\n
##########################\n
# This part of the script calculate the default salaey range and rates.\n
# This part is the core of the script: all rates and amounts are defined below.\n
#\n
# Here is a model of a line definition:\n
# d[\'payroll_service_id/salary_range_category_id\'] = \\\n
# { \'employer_rate\' : employer_rate_in_percent\n
# , \'employee_rate\' : employee_rate_in_percent\n
# , \'base\' : contribution_base_in_currency\n
# }\n
# Rates and base must be floats.\n
# Be carefull: Rates are not in percents !\n
##########################\n
\n
# Sickness insurance = Assurance maladie\n # Sickness insurance = Assurance maladie\n
if executive:\n if executive:\n
employer_rate = None\n employer_rate = None\n
employee_rate = 1.15\n employee_rate = 0.85\n
else:\n else:\n
employer_rate = 13.10\n employer_rate = 13.10\n
employee_rate = 0.75\n employee_rate = 0.75\n
default[\'sickness_insurance/salaire_brut\'] = \\\n d[\'sickness_insurance/salaire_brut\'] = \\\n
{ \'employer_rate\' : employer_rate\n { \'employer_rate\' : employer_rate\n
, \'employee_rate\' : employee_rate\n , \'employee_rate\' : employee_rate\n
, \'base\' : gross_salary\n , \'base\' : gross_salary\n
...@@ -218,18 +249,18 @@ default[\'sickness_insurance/salaire_brut\'] = \\\n ...@@ -218,18 +249,18 @@ default[\'sickness_insurance/salaire_brut\'] = \\\n
\n \n
# Old-age insurance = Assurance vieillesse\n # Old-age insurance = Assurance vieillesse\n
if executive:\n if executive:\n
default[\'oldage_insurance/salaire_plafonne\'] = \\\n d[\'oldage_insurance/salaire_plafonne\'] = \\\n
{ \'employer_rate\' : None\n { \'employer_rate\' : None\n
, \'employee_rate\' : 6.65\n , \'employee_rate\' : 6.65\n
, \'base\' : limited_salary\n , \'base\' : limited_salary\n
}\n }\n
else:\n else:\n
default[\'oldage_insurance/salaire_brut\'] = \\\n d[\'oldage_insurance/salaire_brut\'] = \\\n
{ \'employer_rate\' : 1.60\n { \'employer_rate\' : 1.60\n
, \'employee_rate\' : 0.10\n , \'employee_rate\' : 0.10\n
, \'base\' : gross_salary\n , \'base\' : gross_salary\n
}\n }\n
default[\'oldage_insurance/salaire_plafonne\'] = \\\n d[\'oldage_insurance/salaire_plafonne\'] = \\\n
{ \'employer_rate\' : 8.30\n { \'employer_rate\' : 8.30\n
, \'employee_rate\' : 6.65\n , \'employee_rate\' : 6.65\n
, \'base\' : limited_salary\n , \'base\' : limited_salary\n
...@@ -237,7 +268,7 @@ else:\n ...@@ -237,7 +268,7 @@ else:\n
\n \n
# Family benefits = Allocations familliale\n # Family benefits = Allocations familliale\n
if not executive:\n if not executive:\n
default[\'family_benefits/salaire_brut\'] = \\\n d[\'family_benefits/salaire_brut\'] = \\\n
{ \'employer_rate\' : 5.40\n { \'employer_rate\' : 5.40\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : gross_salary\n , \'base\' : gross_salary\n
...@@ -245,7 +276,7 @@ if not executive:\n ...@@ -245,7 +276,7 @@ if not executive:\n
\n \n
# Industrial accident = Accidents du travail\n # Industrial accident = Accidents du travail\n
if not executive:\n if not executive:\n
default[\'industrial_accident/salaire_brut\'] = \\\n d[\'industrial_accident/salaire_brut\'] = \\\n
{ \'employer_rate\' : 1.10\n { \'employer_rate\' : 1.10\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : gross_salary\n , \'base\' : gross_salary\n
...@@ -253,13 +284,13 @@ if not executive:\n ...@@ -253,13 +284,13 @@ if not executive:\n
\n \n
# Lodging helps = Aide au logemenent\n # Lodging helps = Aide au logemenent\n
# if company_size > 9:\n # if company_size > 9:\n
# default[\'lodging_helps/salaire_brut\'] = \\\n # d[\'lodging_helps/salaire_brut\'] = \\\n
# { \'employer_rate\' : 0.40\n # { \'employer_rate\' : 0.40\n
# , \'employee_rate\' : None\n # , \'employee_rate\' : None\n
# , \'base\' : gross_salary\n # , \'base\' : gross_salary\n
# }\n # }\n
# else:\n # else:\n
# default[\'lodging_helps/salaire_plafonne\'] = \\\n # d[\'lodging_helps/salaire_plafonne\'] = \\\n
# { \'employer_rate\' : 0.10\n # { \'employer_rate\' : 0.10\n
# , \'employee_rate\' : None\n # , \'employee_rate\' : None\n
# , \'base\' : limited_salary\n # , \'base\' : limited_salary\n
...@@ -268,33 +299,33 @@ if not executive:\n ...@@ -268,33 +299,33 @@ if not executive:\n
# Transport payment\n # Transport payment\n
# TODO: rate depending of the town, 1.80 is the \'default\' value (when the town isn\'t referenced by laws)\n # TODO: rate depending of the town, 1.80 is the \'default\' value (when the town isn\'t referenced by laws)\n
if company_size > 9:\n if company_size > 9:\n
default[\'transport_payment/salaire_brut\'] = \\\n d[\'transport_payment/salaire_brut\'] = \\\n
{ \'employer_rate\' : 1.80\n { \'employer_rate\' : 1.80\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : gross_salary\n , \'base\' : gross_salary\n
}\n }\n
\n \n
# CSG\n # CSG\n
default[\'csg_deductible/salaire_brut_csg\'] = \\\n d[\'csg_deductible/salaire_brut_csg\'] = \\\n
{ \'employer_rate\' : None\n { \'employer_rate\' : None\n
, \'employee_rate\' : 5.10\n , \'employee_rate\' : 5.10\n
, \'base\' : 0.97 * gross_salary\n , \'base\' : 0.97 * gross_salary\n
}\n }\n
default[\'csg_non_deductible/salaire_brut_csg\'] = \\\n d[\'csg_non_deductible/salaire_brut_csg\'] = \\\n
{ \'employer_rate\' : None\n { \'employer_rate\' : None\n
, \'employee_rate\' : 2.9\n , \'employee_rate\' : 2.9\n
, \'base\' : 0.97 * gross_salary\n , \'base\' : 0.97 * gross_salary\n
}\n }\n
\n \n
# CRDS\n # CRDS\n
# default[\'crds/salaire_brut_crds\'] = \\\n # d[\'crds/salaire_brut_crds\'] = \\\n
# { \'employer_rate\' : None\n # { \'employer_rate\' : None\n
# , \'employee_rate\' : 0.50\n # , \'employee_rate\' : 0.50\n
# , \'base\' : 0.97 * gross_salary\n # , \'base\' : 0.97 * gross_salary\n
# }\n # }\n
\n \n
# Unemployment insurance = Assurance chomage\n # Unemployment insurance = Assurance chomage\n
default[\'unemployment_insurance/salaire_brut\'] = \\\n d[\'unemployment_insurance/salaire_brut\'] = \\\n
{ \'employer_rate\' : 4.04\n { \'employer_rate\' : 4.04\n
, \'employee_rate\' : 2.44\n , \'employee_rate\' : 2.44\n
, \'base\' : gross_salary\n , \'base\' : gross_salary\n
...@@ -305,7 +336,7 @@ default[\'unemployment_insurance/salaire_brut\'] = \\\n ...@@ -305,7 +336,7 @@ default[\'unemployment_insurance/salaire_brut\'] = \\\n
fngs_employer_rate = 0.25\n fngs_employer_rate = 0.25\n
if start_date >= DateTime(2006, 7, 1):\n if start_date >= DateTime(2006, 7, 1):\n
fngs_employer_rate = 0.15\n fngs_employer_rate = 0.15\n
default[\'fngs/salaire_brut\'] = \\\n d[\'fngs/salaire_brut\'] = \\\n
{ \'employer_rate\' : fngs_employer_rate\n { \'employer_rate\' : fngs_employer_rate\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : gross_salary\n , \'base\' : gross_salary\n
...@@ -314,7 +345,7 @@ default[\'fngs/salaire_brut\'] = \\\n ...@@ -314,7 +345,7 @@ default[\'fngs/salaire_brut\'] = \\\n
# ARRCO\n # ARRCO\n
if not executive:\n if not executive:\n
if salary_slices.has_key(\'1\'):\n if salary_slices.has_key(\'1\'):\n
default[\'arrco/tranche_1\'] = \\\n d[\'arrco/tranche_1\'] = \\\n
{ \'employer_rate\' : 4.5\n { \'employer_rate\' : 4.5\n
, \'employee_rate\' : 3.0\n , \'employee_rate\' : 3.0\n
, \'base\' : salary_slices[\'1\']\n , \'base\' : salary_slices[\'1\']\n
...@@ -326,14 +357,13 @@ if not executive:\n ...@@ -326,14 +357,13 @@ if not executive:\n
else:\n else:\n
employee_share_rate = 8.0\n employee_share_rate = 8.0\n
employer_share_rate = 12.0\n employer_share_rate = 12.0\n
\n d[\'arrco/tranche_2\'] = \\\n
default[\'arrco/tranche_2\'] = \\\n
{ \'employer_rate\' : employer_share_rate\n { \'employer_rate\' : employer_share_rate\n
, \'employee_rate\' : employee_share_rate\n , \'employee_rate\' : employee_share_rate\n
, \'base\' : salary_slices[\'2\']\n , \'base\' : salary_slices[\'2\']\n
}\n }\n
elif salary_slices.has_key(\'A\'):\n elif salary_slices.has_key(\'A\'):\n
default[\'arrco/tranche_a\'] = \\\n d[\'arrco/tranche_a\'] = \\\n
{ \'employer_rate\' : 4.5\n { \'employer_rate\' : 4.5\n
, \'employee_rate\' : 3.0\n , \'employee_rate\' : 3.0\n
, \'base\' : salary_slices[\'A\']\n , \'base\' : salary_slices[\'A\']\n
...@@ -342,26 +372,26 @@ elif salary_slices.has_key(\'A\'):\n ...@@ -342,26 +372,26 @@ elif salary_slices.has_key(\'A\'):\n
# AGFF\n # AGFF\n
if executive:\n if executive:\n
if salary_slices.has_key(\'A\'):\n if salary_slices.has_key(\'A\'):\n
default[\'agff_tranche_a/tranche_a\'] = \\\n d[\'agff_tranche_a/tranche_a\'] = \\\n
{ \'employer_rate\' : 1.20\n { \'employer_rate\' : 1.20\n
, \'employee_rate\' : 0.80\n , \'employee_rate\' : 0.80\n
, \'base\' : salary_slices[\'A\']\n , \'base\' : salary_slices[\'A\']\n
}\n }\n
if salary_slices.has_key(\'B\'):\n if salary_slices.has_key(\'B\'):\n
default[\'agff_tranche_b/tranche_b\'] = \\\n d[\'agff_tranche_b/tranche_b\'] = \\\n
{ \'employer_rate\' : 1.30\n { \'employer_rate\' : 1.30\n
, \'employee_rate\' : 0.90\n , \'employee_rate\' : 0.90\n
, \'base\' : salary_slices[\'B\']\n , \'base\' : salary_slices[\'B\']\n
}\n }\n
else:\n else:\n
if salary_slices.has_key(\'1\'):\n if salary_slices.has_key(\'1\'):\n
default[\'agff_tranche_a/tranche_1\'] = \\\n d[\'agff_tranche_a/tranche_1\'] = \\\n
{ \'employer_rate\' : 1.20\n { \'employer_rate\' : 1.20\n
, \'employee_rate\' : 0.80\n , \'employee_rate\' : 0.80\n
, \'base\' : salary_slices[\'1\']\n , \'base\' : salary_slices[\'1\']\n
}\n }\n
if salary_slices.has_key(\'2\'):\n if salary_slices.has_key(\'2\'):\n
default[\'agff_tranche_b/tranche_2\'] = \\\n d[\'agff_tranche_b/tranche_2\'] = \\\n
{ \'employer_rate\' : 1.30\n { \'employer_rate\' : 1.30\n
, \'employee_rate\' : 0.90\n , \'employee_rate\' : 0.90\n
, \'base\' : salary_slices[\'2\']\n , \'base\' : salary_slices[\'2\']\n
...@@ -371,14 +401,14 @@ else:\n ...@@ -371,14 +401,14 @@ else:\n
# TODO: fix the repartition of share rate in case of slice C\n # TODO: fix the repartition of share rate in case of slice C\n
if executive:\n if executive:\n
if salary_slices.has_key(\'B\'):\n if salary_slices.has_key(\'B\'):\n
default[\'argic/tranche_b\'] = \\\n d[\'argic/tranche_b\'] = \\\n
{ \'employer_rate\' : 12.60\n { \'employer_rate\' : 12.60\n
, \'employee_rate\' : 7.70\n , \'employee_rate\' : 7.70\n
, \'base\' : salary_slices[\'B\']\n , \'base\' : salary_slices[\'B\']\n
}\n }\n
if salary_slices.has_key(\'C\'):\n if salary_slices.has_key(\'C\'):\n
# free repartition (20.30% to share between employee & employer)\n # free repartition (20.30% to share between employee & employer)\n
default[\'argic/tranche_c\'] = \\\n d[\'argic/tranche_c\'] = \\\n
{ \'employer_rate\' : 10.15\n { \'employer_rate\' : 10.15\n
, \'employee_rate\' : 10.15\n , \'employee_rate\' : 10.15\n
, \'base\' : salary_slices[\'C\']\n , \'base\' : salary_slices[\'C\']\n
...@@ -387,19 +417,19 @@ if executive:\n ...@@ -387,19 +417,19 @@ if executive:\n
# CET\n # CET\n
if executive:\n if executive:\n
if salary_slices.has_key(\'A\'):\n if salary_slices.has_key(\'A\'):\n
default[\'cet/tranche_a\'] = \\\n d[\'cet/tranche_a\'] = \\\n
{ \'employer_rate\' : 0.22\n { \'employer_rate\' : 0.22\n
, \'employee_rate\' : 0.13\n , \'employee_rate\' : 0.13\n
, \'base\' : salary_slices[\'A\']\n , \'base\' : salary_slices[\'A\']\n
}\n }\n
if salary_slices.has_key(\'B\'):\n if salary_slices.has_key(\'B\'):\n
default[\'cet/tranche_b\'] = \\\n d[\'cet/tranche_b\'] = \\\n
{ \'employer_rate\' : 0.22\n { \'employer_rate\' : 0.22\n
, \'employee_rate\' : 0.13\n , \'employee_rate\' : 0.13\n
, \'base\' : salary_slices[\'B\']\n , \'base\' : salary_slices[\'B\']\n
}\n }\n
if salary_slices.has_key(\'C\'):\n if salary_slices.has_key(\'C\'):\n
default[\'cet/tranche_c\'] = \\\n d[\'cet/tranche_c\'] = \\\n
{ \'employer_rate\' : 0.22\n { \'employer_rate\' : 0.22\n
, \'employee_rate\' : 0.13\n , \'employee_rate\' : 0.13\n
, \'base\' : salary_slices[\'C\']\n , \'base\' : salary_slices[\'C\']\n
...@@ -407,7 +437,7 @@ if executive:\n ...@@ -407,7 +437,7 @@ if executive:\n
\n \n
# Life insurance = Assurance vie\n # Life insurance = Assurance vie\n
# if executive == True and salary_slices.has_key(\'A\'):\n # if executive == True and salary_slices.has_key(\'A\'):\n
# default[\'life_insurance/tranche_a\'] = \\\n # d[\'life_insurance/tranche_a\'] = \\\n
# { \'employer_rate\' : 1.5\n # { \'employer_rate\' : 1.5\n
# , \'employee_rate\' : None\n # , \'employee_rate\' : None\n
# , \'base\' : salary_slices[\'A\']\n # , \'base\' : salary_slices[\'A\']\n
...@@ -415,36 +445,36 @@ if executive:\n ...@@ -415,36 +445,36 @@ if executive:\n
\n \n
# APEC forfaitaire\n # APEC forfaitaire\n
if executive:\n if executive:\n
default[\'apec/forfait\'] = \\\n d[\'apec/forfait\'] = \\\n
{ \'employer_rate\' : 3.72\n { \'employer_rate\' : 3.72\n
, \'employee_rate\' : 2.49\n , \'employee_rate\' : 2.49\n
, \'base\' : 100.0\n , \'base\' : 1.0\n
}\n }\n
if salary_slices.has_key(\'B\'):\n if salary_slices.has_key(\'B\'):\n
default[\'apec/tranche_b\'] = \\\n d[\'apec/tranche_b\'] = \\\n
{ \'employer_rate\' : 0.036\n { \'employer_rate\' : 0.036\n
, \'employee_rate\' : 0.024\n , \'employee_rate\' : 0.024\n
, \'base\' : salary_slices[\'B\']\n , \'base\' : salary_slices[\'B\']\n
}\n }\n
\n \n
# Retirement = Retraite forfaitaire\n # Retirement = Retraite Cadre forfaitaire\n
if executive:\n if executive:\n
default[\'cavcic/forfait\'] = \\\n d[\'cavcic/forfait\'] = \\\n
{ \'employer_rate\' : 34.58\n { \'employer_rate\' : 35.62\n
, \'employee_rate\' : 20.75\n , \'employee_rate\' : 21.21\n
, \'base\' : 100.0\n , \'base\' : 1.0\n
}\n }\n
\n \n
# construction tax\n # construction tax\n
# if company_size > 9:\n # if company_size > 9:\n
# default[\'construction_tax/salaire_brut\'] = \\\n # d[\'construction_tax/salaire_brut\'] = \\\n
# { \'employer_rate\' : 0.45\n # { \'employer_rate\' : 0.45\n
# , \'employee_rate\' : None\n # , \'employee_rate\' : None\n
# , \'base\' : gross_salary\n # , \'base\' : gross_salary\n
# }\n # }\n
\n \n
# training tax\n # training tax\n
# default[\'training_tax/salaire_brut\'] = \\\n # d[\'training_tax/salaire_brut\'] = \\\n
# { \'employer_rate\' : 0.50\n # { \'employer_rate\' : 0.50\n
# , \'employee_rate\' : None\n # , \'employee_rate\' : None\n
# , \'base\' : gross_salary\n # , \'base\' : gross_salary\n
...@@ -455,7 +485,7 @@ if executive:\n ...@@ -455,7 +485,7 @@ if executive:\n
# rate = 0.15\n # rate = 0.15\n
# else:\n # else:\n
# rate = 1.5\n # rate = 1.5\n
# default[\'courses_tax/salaire_brut\'] = \\\n # d[\'courses_tax/salaire_brut\'] = \\\n
# { \'employer_rate\' : rate\n # { \'employer_rate\' : rate\n
# , \'employee_rate\' : None\n # , \'employee_rate\' : None\n
# , \'base\' : gross_salary\n # , \'base\' : gross_salary\n
...@@ -471,7 +501,7 @@ if col_agr not in (None, \'\') and \'syntec\' in col_agr.lower():\n ...@@ -471,7 +501,7 @@ if col_agr not in (None, \'\') and \'syntec\' in col_agr.lower():\n
syntec_rate = 0.96\n syntec_rate = 0.96\n
if employee.getMaritalStatusId() == \'married\':\n if employee.getMaritalStatusId() == \'married\':\n
syntec_rate *= 2\n syntec_rate *= 2\n
default[\'syntec_insurance/salaire_plafonne_syntec\'] = \\\n d[\'syntec_insurance/salaire_plafonne_syntec\'] = \\\n
{ \'employer_rate\' : syntec_rate\n { \'employer_rate\' : syntec_rate\n
, \'employee_rate\' : syntec_rate\n , \'employee_rate\' : syntec_rate\n
, \'base\' : ceiling_salary\n , \'base\' : ceiling_salary\n
...@@ -483,33 +513,47 @@ if col_agr not in (None, \'\') and \'syntec\' in col_agr.lower():\n ...@@ -483,33 +513,47 @@ if col_agr not in (None, \'\') and \'syntec\' in col_agr.lower():\n
# * non-working days (= absences)\n # * non-working days (= absences)\n
# Thanks to this, the accountant has the freedom to add the missing amount of money\n # Thanks to this, the accountant has the freedom to add the missing amount of money\n
# that this script can\'t guess.\n # that this script can\'t guess.\n
default[\'retenue_maladie/forfait\'] = \\\n d[\'retenue_maladie/forfait\'] = \\\n
{ \'employer_rate\' : None\n { \'employer_rate\' : None\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : 100.0\n , \'base\' : 1.0\n
}\n }\n
default[\'primes/forfait\'] = \\\n d[\'primes/forfait\'] = \\\n
{ \'employer_rate\' : None\n { \'employer_rate\' : None\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : 100.0\n , \'base\' : 1.0\n
}\n }\n
default[\'absences/forfait\'] = \\\n d[\'absences/forfait\'] = \\\n
{ \'employer_rate\' : None\n { \'employer_rate\' : None\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : 100.0\n , \'base\' : 1.0\n
}\n }\n
\n \n
# Also add a brand new line for "Reduction Fillon", a negative contribution.\n # Also add a brand new line for "Reduction Fillon", a negative contribution.\n
# This tax can be calculated automaticcaly.\n # This tax can be calculated automaticcaly.\n
# Because of lack of time we just let the accountant do the work.\n # Because of lack of time we just let the accountant do the work.\n
# See coresponding service description for more details.\n # See coresponding service description for more details.\n
default[\'reduction_fillon_forfait/forfait\'] = \\\n d[\'reduction_fillon_forfait/forfait\'] = \\\n
{ \'employer_rate\' : None\n { \'employer_rate\' : None\n
, \'employee_rate\' : None\n , \'employee_rate\' : None\n
, \'base\' : 100.0\n , \'base\' : 1.0\n
}\n }\n
\n \n
return default\n # Because all rates above are written in percents, we must convert them in pure floats.\n
# TODO: this part is generic, so move it to PaySheetTransaction_preCalculation script.\n
for line_id in d.keys():\n
# Only \'Fixed\' (or \'Forfait\' in french) base are expressed in percents\n
if not line_id.endswith(\'/forfait\'):\n
# Fix percents\n
for share_type in [\'employer_rate\', \'employee_rate\']:\n
share_value = d[line_id][share_type]\n
if share_value not in (\'\', None):\n
d[line_id][share_type] = share_value / 100.0\n
# Normalize the value of \'Fixed\' (or \'Forfait\' in french) base to 1.0\n
else:\n
d[line_id][\'base\'] = 1.0\n
\n
return d\n
]]></string> </value> ]]></string> </value>
...@@ -600,24 +644,22 @@ return default\n ...@@ -600,24 +644,22 @@ return default\n
<string>DateTime</string> <string>DateTime</string>
<string>old_limit</string> <string>old_limit</string>
<string>comp_type</string> <string>comp_type</string>
<string>default</string> <string>d</string>
<string>paysheet_services</string>
<string>erp5site</string> <string>erp5site</string>
<string>hasattr</string> <string>hasattr</string>
<string>service_module</string> <string>service_module</string>
<string>paysheet_services</string>
<string>_getiter_</string> <string>_getiter_</string>
<string>service</string> <string>service</string>
<string>base_cat</string> <string>base_cat</string>
<string>serv</string> <string>service_categories</string>
<string>cat_list</string> <string>tax_categories</string>
<string>tax_cat</string> <string>salary_range_categories</string>
<string>range_cat</string> <string>category</string>
<string>cat</string> <string>salary_range</string>
<string>str</string> <string>salary_range_object</string>
<string>base</string>
<string>mycategory</string>
<string>None</string> <string>None</string>
<string>new_name</string> <string>preview_line_uid</string>
<string>employer_rate</string> <string>employer_rate</string>
<string>employee_rate</string> <string>employee_rate</string>
<string>fngs_employer_rate</string> <string>fngs_employer_rate</string>
...@@ -625,6 +667,9 @@ return default\n ...@@ -625,6 +667,9 @@ return default\n
<string>employer_share_rate</string> <string>employer_share_rate</string>
<string>col_agr</string> <string>col_agr</string>
<string>syntec_rate</string> <string>syntec_rate</string>
<string>line_id</string>
<string>share_type</string>
<string>share_value</string>
</tuple> </tuple>
</value> </value>
</item> </item>
......
2006-10-19 Kevin
* Update french paysheet rates.
2006-10-18 Kevin 2006-10-18 Kevin
* Add new french payroll services. * Add new french payroll services.
* Do not display base and rate for "forfait" services. * Do not display base and rate for "forfait" services.
......
21 10
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0.1.11 0.1.12
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