def get_assignment_value_js(self):
value_tree = self.result_tree[parse_tree['CHILDREN_TREES']][
self.value_index]
prod_name = value_tree[parse_tree['PROD_NAME']]
production = Survey.string_to_class(prod_name)(value_tree)
return production.generate_js()
def get_assignment_value_js(self):
value_tree = self.result_tree[
parse_tree['CHILDREN_TREES']][self.value_index]
prod_name = value_tree[parse_tree['PROD_NAME']]
production = Survey.string_to_class(prod_name)(value_tree)
return production.generate_js()
def post(self, request, *args, **kwargs):
result = {}
if request.is_ajax():
if request.POST['type'] == self.GENERATE_TYPE:
Survey.text = ' ' + request.POST['input'] + ' '
error, survey = Survey.generate()
result['survey'] = survey
result['error'] = error
elif request.POST['type'] == self.SAVE_TYPE:
provider = DatabaseProvider()
result['success'] = provider.save(
request.POST['new'] == '1',
request.POST['name'],
request.POST['user'],
request.POST['code'],
request.POST['js'])
elif request.POST['type'] == self.SEARCH_TYPE:
provider = DatabaseProvider()
result['results'] = ';'.join(
provider.search(request.POST['text'],
request.POST['username']))
elif request.POST['type'] == self.OPEN_TYPE:
provider = DatabaseProvider()
result['survey'] = provider.find(
request.POST['name'])
return HttpResponse(json.dumps(result),
content_type="application/json")
def post(self, request, *args, **kwargs):
result = {}
if request.is_ajax():
if request.POST['type'] == self.GENERATE_TYPE:
Survey.text = ' ' + request.POST['input'] + ' '
error, survey = Survey.generate()
result['survey'] = survey
result['error'] = error
elif request.POST['type'] == self.SAVE_TYPE:
provider = DatabaseProvider()
result['success'] = provider.save(request.POST['new'] == '1',
request.POST['name'],
request.POST['user'],
request.POST['code'],
request.POST['js'])
elif request.POST['type'] == self.SEARCH_TYPE:
provider = DatabaseProvider()
result['results'] = ';'.join(
provider.search(request.POST['text'],
request.POST['username']))
elif request.POST['type'] == self.OPEN_TYPE:
provider = DatabaseProvider()
result['survey'] = provider.find(request.POST['name'])
return HttpResponse(json.dumps(result),
content_type="application/json")
def generate_js(self):
string_tree = self.result_tree[parse_tree['CHILDREN_TREES']][0]
self.result_tree[parse_tree['CHILDREN_TREES']].pop(0)
widget_subclass = Survey.string_tree_to_class(
string_tree, self.get_class_name())
return widget_subclass(
self.result_tree,
additional_js_args=self.js_args_list).generate_js()
def generate_js(self):
string_tree = self.result_tree[parse_tree['CHILDREN_TREES']][0]
self.result_tree[parse_tree['CHILDREN_TREES']].pop(0)
widget_subclass = Survey.string_tree_to_class(string_tree,
self.get_class_name())
return widget_subclass(
self.result_tree,
additional_js_args=self.js_args_list).generate_js()
def get_widget_value_js(self):
children_trees = self.result_tree[parse_tree['CHILDREN_TREES']]
value_tree = children_trees[self.value_index]
var_tree = children_trees[self.var_index]
var_id = Value(var_tree).generate_simple_js()
widget = Survey.string_to_class('widget')(
value_tree, additional_js_args=['resultVarName: "' + var_id + '"'])
return widget.generate_js()
def get_widget_value_js(self):
children_trees = self.result_tree[parse_tree['CHILDREN_TREES']]
value_tree = children_trees[self.value_index]
var_tree = children_trees[self.var_index]
var_id = Value(var_tree).generate_simple_js()
widget = Survey.string_to_class('widget')(
value_tree, additional_js_args=['resultVarName: "' + var_id + '"'])
return widget.generate_js()
def generate_simple_js(self):
js_parts = []
for production in self.result_tree[parse_tree['CHILDREN_TREES']]:
prod_class = Survey.string_to_class(
production[parse_tree['PROD_NAME']])
js_parts.append(prod_class(production).generate_simple_js())
has_else = len(js_parts) == 3
return '((' + js_parts[0] + ')?(' + js_parts[1] + '):(' +\
(js_parts[2] if has_else else '""') + '))'
def generate_simple_js(self):
text = []
for production in self.result_tree[parse_tree['CHILDREN_TREES']]:
prod_class = Survey.string_to_class(
production[parse_tree['PROD_NAME']])
prod_js = prod_class(production).generate_simple_js()
if production[parse_tree['PROD_NAME']] == 'innerString':
prod_js = '"' + prod_js + '"'
text.append(prod_js)
return ' + '.join(text)
def generate_simple_js(self):
js_parts = []
for production in self.result_tree[parse_tree['CHILDREN_TREES']]:
prod_class = Survey.string_to_class(
production[parse_tree['PROD_NAME']])
js_parts.append(prod_class(production).generate_simple_js())
has_else = len(js_parts) == 3
return '((' + js_parts[0] + ')?(' + js_parts[1] + '):(' +\
(js_parts[2] if has_else else '""') + '))'
def generate_simple_js(self):
text = []
for production in self.result_tree[parse_tree['CHILDREN_TREES']]:
prod_class = Survey.string_to_class(
production[parse_tree['PROD_NAME']])
prod_js = prod_class(production).generate_simple_js()
if production[parse_tree['PROD_NAME']] == 'innerString':
prod_js = '"' + prod_js + '"'
text.append(prod_js)
return ' + '.join(text)
def generate_js(self):
value_type = self.value_tree[parse_tree['PROD_NAME']]
if (self.data
and not value_type in self.type_synonims[self.data['type']]):
raise Exception('Argument ' + self.name
+ ' should be one of types: '
+ str(self.type_synonims[self.data['type']])
+ ' not ' + value_type)
value = Survey.string_to_class(value_type)(self.value_tree, self.data)
js = value.generate_js()
return ((self.name + ': ') if len(self.name) else '') + js
def generate_js(self):
condition = ''
conditions = []
js = []
for component in self.result_tree[parse_tree['CHILDREN_TREES']]:
if component[parse_tree['PROD_NAME']] == 'condition':
condition = Condition(component).generate_js()
else:
if condition == '':
condition = "function() { return true }"
js.append(
"{condition: function() { return " + condition + "()" +
(" && " +
" && ".join(conditions) if len(conditions) > 0 else "") +
" }, body: function() { " + Survey.generate_productions_js(
component[parse_tree['CHILDREN_TREES']]) + "}}")
conditions.append("!(" + condition + "())")
condition = ''
return (Survey.survey_var + ".addWidgetConditional([" + ",".join(js) +
"]);\n")
def generate_js(self):
condition = ''
conditions = []
js = []
for component in self.result_tree[parse_tree['CHILDREN_TREES']]:
if component[parse_tree['PROD_NAME']] == 'condition':
condition = Condition(
component).generate_js()
else:
if condition == '':
condition = "function() { return true }"
js.append("{condition: function() { return "
+ condition + "()" + (
" && " + " && ".join(conditions)
if len(conditions) > 0 else "")
+ " }, body: function() { "
+ Survey.generate_productions_js(
component[parse_tree['CHILDREN_TREES']])
+ "}}")
conditions.append("!(" + condition + "())")
condition = ''
return (Survey.survey_var
+ ".addWidgetConditional([" + ",".join(js) + "]);\n")
from iss.surveys.parser import Parser
from iss.surveys.survey import Survey
from iss.surveys.pythonTests import test_cases
errors = 0
sys.stdout = os.fdopen(sys.stdout.fileno(), 'w', 0) #unbuffered stdout
for i in range(0, len(test_cases)):
try:
Survey.text = test_cases[i]
success, result_trees, next_character = Parser.parse(Survey.text)
if not success or next_character != len(Survey.text):
raise Exception("Parsing error")
Survey.generate_js(result_trees)
print('.', end='')
except Exception:
errors += 1
if len(sys.argv) == 1 or (not sys.argv[1] in ['-v', '--verbose']):
print('x', end='')
continue
wrong_test_num = "\nTest %s error:\n" % i
error_details = "Survey text:\n%s\n" % test_cases[i]
print(wrong_test_num + error_details)
raise
from iss.surveys.parser import Parser
from iss.surveys.survey import Survey
from iss.surveys.pythonTests import test_cases
errors = 0
sys.stdout = os.fdopen(sys.stdout.fileno(), 'w', 0) #unbuffered stdout
for i in range(0, len(test_cases)):
try:
Survey.text = test_cases[i]
success, result_trees, next_character = Parser.parse(Survey.text)
if not success or next_character != len(Survey.text):
raise Exception("Parsing error")
Survey.generate_js(result_trees)
print('.', end='')
except Exception:
errors += 1
if len(sys.argv) == 1 or (not sys.argv[1] in ['-v', '--verbose']):
print('x', end='')
continue
wrong_test_num = "\nTest %s error:\n" % i
error_details = "Survey text:\n%s\n" % test_cases[i]
print(wrong_test_num + error_details)
raise