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Make no_children decorator more clear

pull/172/head
ariannedee 5 years ago
parent
96bd89eb67
commit
e2e5cb03b2
1 changed files with 14 additions and 14 deletions
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  1. +14
    -14
      edivorce/apps/core/utils/conditional_logic.py

+ 14
- 14
edivorce/apps/core/utils/conditional_logic.py View File

@ -3,7 +3,7 @@ import json
import re import re
def no_children(return_val):
def if_no_children(return_val):
def decorator_no_children(func): def decorator_no_children(func):
@functools.wraps(func) @functools.wraps(func)
def inner(questions_dict, *args, **kwargs): def inner(questions_dict, *args, **kwargs):
@ -18,7 +18,7 @@ def determine_has_children_of_marriage(questions_dict):
return questions_dict.get('children_of_marriage', '') == 'YES' return questions_dict.get('children_of_marriage', '') == 'YES'
@no_children([])
@if_no_children(return_val=[])
def get_children(questions_dict): def get_children(questions_dict):
children_json = questions_dict.get('claimant_children', '[]') children_json = questions_dict.get('claimant_children', '[]')
if isinstance(children_json, dict): if isinstance(children_json, dict):
@ -26,14 +26,14 @@ def get_children(questions_dict):
return json.loads(children_json) return json.loads(children_json)
@no_children('0')
@if_no_children(return_val='0')
def get_num_children_living_with(questions_dict, living_arrangement): def get_num_children_living_with(questions_dict, living_arrangement):
assert living_arrangement in ['Lives with you', 'Lives with spouse', 'Lives with both'] assert living_arrangement in ['Lives with you', 'Lives with spouse', 'Lives with both']
children = get_children(questions_dict) children = get_children(questions_dict)
return str(len([child for child in children if child['child_live_with'] == living_arrangement])) return str(len([child for child in children if child['child_live_with'] == living_arrangement]))
@no_children(False)
@if_no_children(return_val=False)
def determine_sole_custody(questions_dict): def determine_sole_custody(questions_dict):
""" Return True if all children live with one parent """ """ Return True if all children live with one parent """
child_list = get_children(questions_dict) child_list = get_children(questions_dict)
@ -41,7 +41,7 @@ def determine_sole_custody(questions_dict):
all([child['child_live_with'] == 'Lives with spouse' for child in child_list])) all([child['child_live_with'] == 'Lives with spouse' for child in child_list]))
@no_children(False)
@if_no_children(return_val=False)
def determine_shared_custody(questions_dict): def determine_shared_custody(questions_dict):
""" Return True if any children live with both parents """ """ Return True if any children live with both parents """
child_list = get_children(questions_dict) child_list = get_children(questions_dict)
@ -49,7 +49,7 @@ def determine_shared_custody(questions_dict):
for child in child_list]) for child in child_list])
@no_children(False)
@if_no_children(return_val=False)
def determine_split_custody(questions_dict): def determine_split_custody(questions_dict):
""" Return True if at least one child lives with one parent and at least one lives with the other (or both) """ """ Return True if at least one child lives with one parent and at least one lives with the other (or both) """
child_list = get_children(questions_dict) child_list = get_children(questions_dict)
@ -67,7 +67,7 @@ def determine_split_custody(questions_dict):
with_spouse > 0 and (with_you + with_both > 0)) with_spouse > 0 and (with_you + with_both > 0))
@no_children(False)
@if_no_children(return_val=False)
def determine_child_over_19_supported(questions_dict): def determine_child_over_19_supported(questions_dict):
has_children_over_19 = questions_dict.get('has_children_over_19', '') == 'YES' has_children_over_19 = questions_dict.get('has_children_over_19', '') == 'YES'
support = json.loads(questions_dict.get('children_financial_support', '[]')) support = json.loads(questions_dict.get('children_financial_support', '[]'))
@ -75,7 +75,7 @@ def determine_child_over_19_supported(questions_dict):
return has_children_over_19 and supporting_children return has_children_over_19 and supporting_children
@no_children(False)
@if_no_children(return_val=False)
def determine_missing_undue_hardship_reasons(questions_dict): def determine_missing_undue_hardship_reasons(questions_dict):
claiming_undue_hardship = questions_dict.get('claiming_undue_hardship', '') == 'YES' claiming_undue_hardship = questions_dict.get('claiming_undue_hardship', '') == 'YES'
if claiming_undue_hardship: if claiming_undue_hardship:
@ -98,7 +98,7 @@ def determine_missing_undue_hardship_reasons(questions_dict):
return False return False
@no_children('')
@if_no_children(return_val='')
def determine_child_support_payor(questions_dict): def determine_child_support_payor(questions_dict):
payor = questions_dict.get('child_support_payor', '') payor = questions_dict.get('child_support_payor', '')
if payor == 'Myself (Claimant 1)': if payor == 'Myself (Claimant 1)':
@ -110,7 +110,7 @@ def determine_child_support_payor(questions_dict):
return '' return ''
@no_children(False)
@if_no_children(return_val=False)
def determine_show_fact_sheet_f_you(questions_dict): def determine_show_fact_sheet_f_you(questions_dict):
""" """
If claimant 1 (you) is a payor and makes over $150,000/year, show fact sheet F for claimant 1 If claimant 1 (you) is a payor and makes over $150,000/year, show fact sheet F for claimant 1
@ -123,7 +123,7 @@ def determine_show_fact_sheet_f_you(questions_dict):
return (payor == 'Claimant 1' or payor == 'both Claimant 1 and Claimant 2') and annual > 150000 return (payor == 'Claimant 1' or payor == 'both Claimant 1 and Claimant 2') and annual > 150000
@no_children(False)
@if_no_children(return_val=False)
def determine_show_fact_sheet_f_spouse(questions_dict): def determine_show_fact_sheet_f_spouse(questions_dict):
""" """
If claimant 2 (spouse) is a payor and makes over $150,000/year, show fact sheet F for claimant 2 If claimant 2 (spouse) is a payor and makes over $150,000/year, show fact sheet F for claimant 2
@ -138,13 +138,13 @@ def determine_show_fact_sheet_f_spouse(questions_dict):
return (payor == 'Claimant 2' or payor == 'both Claimant 1 and Claimant 2') and annual > 150000 return (payor == 'Claimant 2' or payor == 'both Claimant 1 and Claimant 2') and annual > 150000
@no_children(False)
@if_no_children(return_val=False)
def determine_child_support_act_requirement(questions_dict): def determine_child_support_act_requirement(questions_dict):
orders_wanted = json.loads(questions_dict.get('want_which_orders', '[]')) orders_wanted = json.loads(questions_dict.get('want_which_orders', '[]'))
return 'Child support' in orders_wanted return 'Child support' in orders_wanted
@no_children(False)
@if_no_children(return_val=False)
def determine_missing_extraordinary_expenses(questions_dict): def determine_missing_extraordinary_expenses(questions_dict):
special_expenses_keys = ["child_care_expenses", special_expenses_keys = ["child_care_expenses",
"children_healthcare_premiums", "children_healthcare_premiums",
@ -167,7 +167,7 @@ def determine_missing_extraordinary_expenses(questions_dict):
return False return False
@no_children(False)
@if_no_children(return_val=False)
def determine_show_children_live_with_others(questions_dict): def determine_show_children_live_with_others(questions_dict):
has_children_under_19 = questions_dict.get('has_children_under_19', '') == 'YES' has_children_under_19 = questions_dict.get('has_children_under_19', '') == 'YES'
child_over_19_supported = determine_child_over_19_supported(questions_dict) child_over_19_supported = determine_child_over_19_supported(questions_dict)


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