def automatic_questioner3(function_name, db, choosen={}):
"""Function which carry out the automatic questioning task.
Parameters
----------
function_name: str
the function for which we are interested in their params in order to
call it.
db: dict
the dictionary of all the information about the system with all its
functions and dependencies between them in order to ask for their
variables authomatically.
choosen: dict
previous choosen parameters. The function will avoid to ask for the
pre-set parameters.
Returns
-------
choosen_values: dict
the selected values which are disposed to input in the function we want
to call.
"""
## Initialize variables needed
m1 = "Not value for a variables in order to create aggregate variables."
choosen_values = choosen
if function_name in db.keys():
data_f = db[function_name]
else:
# Better raise error?
return choosen_values
# Put the variables
for var in data_f['variables'].keys():
# Put the variables if there are still not selected
if var not in choosen_values.keys():
question = data_f['variables'][var]['question_info']
choosen_values[var] = general_questioner(**question)
# Put aggregated variables (descendants)
for i in range(len(data_f['descendants'])):
# Possible variables and aggregated parameter name
vars_values = data_f['descendants'][i]['variable_values']
agg_param = data_f['descendants'][i]['parameters']
variables = vars_values.keys()
# prepare possible input for existant aggregated value in choosen
ifaggvar = agg_param in choosen_values
aggvarval = choosen_values[agg_param] if ifaggvar else {}
for var in variables:
# boolean variables
value = choosen_values[var]
iflist = type(value) == list
ifvars = var in choosen_values.keys()
# if we have to return a list
if ifvars and iflist:
# Initialization values
n = len(value)
aggvarval = aggvarval if ifaggvar else [{} for i in range(n)]
results = []
i = 0
for val in value:
# Obtain function_name
f_name = vars_values[var][value]
# Recurrent call
aux = authomatic_questioner(f_name, db, aggvarval[i])
# Insert in the correspondent list
results.append(aux)
i += 1
# if we have to return a dict
elif ifvars and not iflist:
# Obtain function_name
f_name = vars_values[var][value]
# Recurrent call
choosen_values[agg_param] = authomatic_questioner(f_name, db,
aggvarval)
return choosen_values
def automatic_questioner(function_name, db, choosen={}):
"""Function which carry out the automatic questioning task.
Parameters
----------
function_name: str
the function for which we are interested in their params in order to
call it.
db: dict
the dictionary of all the information about the system with all its
functions and dependencies between them in order to ask for their
variables authomatically.
choosen: dict
previous choosen parameters. The function will avoid to ask for the
pre-set parameters.
Returns
-------
choosen_values: dict
the selected values which are disposed to input in the function we want
to call.
"""
## Initialize variables needed
m1 = "Not value for a variables in order to create aggregate variables."
choosen_values = choosen
if function_name in db.keys():
data_f = db[function_name]
else:
# Better raise error?
return choosen_values
# Put the variables
for var in data_f['variables'].keys():
# Put the variables if there are still not selected
if var not in choosen_values.keys():
question = data_f['variables'][var]['question_info']
choosen_values[var] = general_questioner(**question)
# Put aggregated variables (descendants)
for var_desc in data_f['descendants']:
# Possible variables and aggregated parameter name
agg_description = var_desc['agg_description']
agg_param = var_desc['agg_name']
# prepare possible input for existant aggregated value in choosen
ifaggvar = agg_param in choosen_values
aggvarval = choosen_values[agg_param] if ifaggvar else {}
## Without dependant variable
if type(agg_description) == str:
# Obtain function name
fn = choosen_values[agg_param]
# Recurrent call
aux = automatic_questioner(fn, db, aggvarval)
# Aggregate to our values
choosen_values[agg_param] = aux
## With dependant variable
elif type(agg_description) == dict:
for var in var_desc['agg_description']:
if not var in choosen_values:
raise Exception(m1)
## Give a list and return a dict in the aggparam variable
elif type(choosen_values[var]) == str:
# Obtain function name
fn = var_desc['agg_description'][var][choosen_values[var]]
# Recurrent call
aux = automatic_questioner(fn, db, aggvarval)
# Aggregate to our values
choosen_values[agg_param] = aux
## Give a list and return a list in the aggparam variable
elif type(choosen_values[var]) == list:
choosen_values[agg_param] = []
aggvarval = [] if type(aggvarval) != list else aggvarval
for i in range(len(choosen_values[var])):
val = choosen_values[var][i]
fn = var_desc['agg_description'][var][val]
aux = automatic_questioner(fn, db, aggvarval[i])
choosen_values.append(aux)
return choosen_values
