def between(cls, answer, lowerlmt, upperlmt):
if isinstance(answer, basestring):
answer = extract_date(answer, dayfirst=True).date()
if isinstance(lowerlmt, basestring):
lowerlmt = extract_date(lowerlmt, dayfirst=True).date()
if isinstance(upperlmt, basestring):
upperlmt = extract_date(upperlmt, dayfirst=True).date()
return upperlmt > answer >= lowerlmt
def validate_test_value(cls, value):
'''Shall be used to validate that a given value is appropriate for this answer
:return:
'''
try:
extract_date(value, fuzzy=True)
except ValueError as ex:
raise ValidationError([unicode(ex), ])
def validate_test_value(cls, value):
'''Shall be used to validate that a given value is appropriate for this answer
:return:
'''
try:
extract_date(value, fuzzy=True)
except ValueError as ex:
raise ValidationError([unicode(ex), ])
def between(cls, answer, lowerlmt, upperlmt):
if isinstance(answer, basestring):
answer = extract_date(answer, dayfirst=True).date()
if isinstance(lowerlmt, basestring):
lowerlmt = extract_date(lowerlmt, dayfirst=True).date()
if isinstance(upperlmt, basestring):
upperlmt = extract_date(upperlmt, dayfirst=True).date()
return upperlmt > answer >= lowerlmt
def create(cls, interview, question, answer):
raw_answer = answer
if isinstance(answer, basestring):
answer = extract_date(answer, dayfirst=False)
# use zfill to normalize the string for comparism
return super(DateAnswer, cls).create(interview, question, answer, as_text=raw_answer,
as_value=cls.prep_value(answer)
)
def create(cls, interview, question, answer):
raw_answer = answer
if isinstance(answer, basestring):
answer = extract_date(answer, dayfirst=False)
# use zfill to normalize the string for comparism
return super(DateAnswer, cls).create(interview, question, answer, as_text=raw_answer,
as_value=cls.prep_value(answer)
)
def save_non_response(survey_tree, qset, survey, survey_allocation, access_channel, answer, reference_interview):
interviewer = survey_allocation.interviewer
extracted_date = extract_date(_get_nodes(CREATION_DATE_PATH, tree=survey_tree)[0].text, dayfirst=False)
closure_date = extracted_date.replace(tzinfo=timezone.now().tzinfo)
interview = Interview.objects.create(survey=survey, question_set=qset, ea=survey_allocation.allocation_ea,
interviewer=interviewer, interview_channel=access_channel,
closure_date=closure_date,
interview_reference_id=reference_interview)
return NonResponseAnswer.objects.create(interview=interview, value=answer, interviewer=interviewer)
def get_answers(node, qset, question_map, completion_date):
"""get answers for the node set. Would work for nested loops but for loops sitting in same inline question thread
"""
answers = []
inline_record = {}
for e in node.getchildren():
if e.getchildren():
if _get_nodes('./creationDate', tree=e):
completion_date = extract_date(_get_nodes('./creationDate', tree=e)[0].text, dayfirst=False)
loop_answers = get_answers(e, qset, question_map, completion_date)
_update_loop_answers(inline_record, loop_answers)
answers.extend(loop_answers)
else:
inline_record['completion_date'] = completion_date
inline_record[e.tag.strip('q')] = e.text
question = question_map.get(e.tag.strip('q'), '')
if question:
_update_answer_dict(question, e.text, answers)
if len(answers) == 0: # if there is no child here, you have to record the inline
answers.append(inline_record)
return answers
def create(cls, interview, question, answer, loop_id=Answer.NO_LOOP):
if isinstance(answer, basestring):
answer = extract_date(answer, fuzzy=True)
question = question
return cls.objects.create(question=question, value=answer, interview=interview, loop_id=loop_id)
def to_odk_date(cls, date_val):
if isinstance(date_val, basestring):
date_val = extract_date(date_val, dayfirst=True)
return "date('%s')" % date_val.strftime('%Y-%m-%d')
def less_than(cls, answer, value):
if isinstance(value, basestring):
value = extract_date(value, dayfirst=True).date()
if isinstance(answer, basestring):
answer = extract_date(answer, dayfirst=True).date()
return answer < value
def prep_value(cls, val):
if isinstance(val, basestring):
val = extract_date(val, dayfirst=False)
# prepare as integer. for saving
date_value = int(time.mktime(val.timetuple()))
return unicode(date_value).zfill(cls.STRING_FILL_LENGTH)
def to_odk_date(cls, date_val):
if isinstance(date_val, basestring):
date_val = extract_date(date_val, dayfirst=True)
return "date('%s')" % date_val.strftime('%Y-%m-%d')
def less_than(cls, answer, value):
if isinstance(value, basestring):
value = extract_date(value, dayfirst=True).date()
if isinstance(answer, basestring):
answer = extract_date(answer, dayfirst=True).date()
return answer < value
def prep_value(cls, val):
if isinstance(val, basestring):
val = extract_date(val, dayfirst=False)
# prepare as integer. for saving
date_value = int(time.mktime(val.timetuple()))
return unicode(date_value).zfill(cls.STRING_FILL_LENGTH)
def create(cls, interview, question, answer):
if isinstance(answer, basestring):
answer = extract_date(answer, fuzzy=True)
question = question
return cls.objects.create(question=question, value=answer, interview=interview)
def _get_default_date_created(survey_tree):
date_string = _get_nodes(DEFAULT_DATE_CREATED_PATH, tree=survey_tree)[0].text
if date_string:
return extract_date(date_string, dayfirst=False)
else:
return datetime.now()
