def regimen_dict_from_choice(key_type, regimen_string):
"""
Given a regimen string, "morning,noon,evening" return a dict of the appropriate update values
of the casedoc of this representation
key_type is ART or NONART
so if art will return 'artregimen': <int>, "dot_a_one": 0, "dot_a_two": "1", etc
if nonartregimen it'll be 'nonartregimen' and dot_n_one, etc.
"""
assert key_type in list(type_keys.keys()), 'the key_type must be ART or NONART'
#ensure regimen_string is in PACT_REGIMEN_CHOICES_DICT
#get integer day slot from DAY_SLOTS_BY_TIME[str]
if len(regimen_string) > 0:
regimen_split = regimen_string.split(',')
regimen_freq = len(regimen_split)
else:
regimen_freq = 0
regimen_split = []
day_key_prefix = type_keys[key_type]
if key_type == DOT_ART:
key_type_string = CASE_ART_REGIMEN_PROP
elif key_type == DOT_NONART:
key_type_string = CASE_NONART_REGIMEN_PROP
ret = { key_type_string: str(regimen_freq) }
for x in range(0, 4):
if x < regimen_freq:
ret[day_key_prefix % digit_strings[x]] = str(DAY_SLOTS_BY_TIME.get(regimen_split[x], None))
else:
ret[day_key_prefix % digit_strings[x]] = ""
return ret
def regimen_dict_from_choice(key_type, regimen_string):
"""
Given a regimen string, "morning,noon,evening" return a dict of the appropriate update values
of the casedoc of this representation
key_type is ART or NONART
so if art will return 'artregimen': <int>, "dot_a_one": 0, "dot_a_two": "1", etc
if nonartregimen it'll be 'nonartregimen' and dot_n_one, etc.
"""
assert key_type in type_keys.keys(), 'the key_type must be ART or NONART'
#ensure regimen_string is in PACT_REGIMEN_CHOICES_DICT
#get integer day slot from DAY_SLOTS_BY_TIME[str]
if len(regimen_string) > 0:
regimen_split = regimen_string.split(',')
regimen_freq = len(regimen_split)
else:
regimen_freq = 0
regimen_split = []
day_key_prefix = type_keys[key_type]
if key_type == DOT_ART:
key_type_string = CASE_ART_REGIMEN_PROP
elif key_type == DOT_NONART:
key_type_string = CASE_NONART_REGIMEN_PROP
ret = { key_type_string: str(regimen_freq) }
for x in range(0, 4):
if x < regimen_freq:
ret[day_key_prefix % digit_strings[x]] = str(DAY_SLOTS_BY_TIME.get(regimen_split[x], None))
else:
ret[day_key_prefix % digit_strings[x]] = ""
return ret
def get_regimen_code_arr(str_regimen):
"""
Helper function to decode regimens for both the old style regimens (in REGIMEN_CHOICES) as well as the new style
regimens as required in the technical specs above.
should return an array of day slot indices.
"""
if str_regimen is None or str_regimen == '' or str_regimen == 'None':
return []
#legacy handling
if str_regimen.lower() == 'qd':
return [0]
elif str_regimen.lower() == 'qd-am':
return [0]
elif str_regimen.lower() == 'qd-pm':
return [2]
elif str_regimen.lower() == 'bid':
return [0, 2]
elif str_regimen.lower() == 'qid':
return [0, 1, 2, 3]
elif str_regimen.lower() == 'tid':
return [0, 1, 2]
elif str_regimen.lower() == '':
return []
#newer handling, a split string
splits = str_regimen.split(',')
ret = []
for x in splits:
if x in DAY_SLOTS_BY_TIME.keys():
ret.append(DAY_SLOTS_BY_TIME[x])
else:
logging.error(
"value error, the regimen string is incorrect for the given patient, returning blank"
)
ret = []
return ret
def get_regimen_code_arr(str_regimen):
"""
Helper function to decode regimens for both the old style regimens (in REGIMEN_CHOICES) as well as the new style
regimens as required in the technical specs above.
should return an array of day slot indices.
"""
if str_regimen is None or str_regimen == '' or str_regimen == 'None':
return []
#legacy handling
if str_regimen.lower() == 'qd':
return [0]
elif str_regimen.lower() == 'qd-am':
return [0]
elif str_regimen.lower() == 'qd-pm':
return [2]
elif str_regimen.lower() == 'bid':
return [0, 2]
elif str_regimen.lower() == 'qid':
return [0, 1, 2, 3]
elif str_regimen.lower() == 'tid':
return [0, 1, 2]
elif str_regimen.lower() == '':
return []
#newer handling, a split string
splits = str_regimen.split(',')
ret = []
for x in splits:
if x in DAY_SLOTS_BY_TIME.keys():
ret.append(DAY_SLOTS_BY_TIME[x])
else:
logging.error("value error, the regimen string is incorrect for the given patient, returning blank")
ret = []
return ret
