def parse(self, input, question_node):
#производим поиск всех связок отношения координаты* в ответе
coord_sheafs = []
res_list = session.search3_f_a_a(input, sc.SC_A_CONST|sc.SC_POS, sc.SC_CONST|sc.SC_NODE)
if res_list is not None:
for res in res_list:
sheaf_node = res[2]
is_coord_rel_sheaf = sc_utils.checkIncToSets(session, sheaf_node, [sc_coord_rel_node], sc.SC_A_CONST|sc.SC_POS)
if is_coord_rel_sheaf:
coord_sheafs.append(sheaf_node)
#элементы связки отношения и запоминаем название географического
for sheaf in coord_sheafs:
obj_node = sc_utils.searchOneShot(session.search5_f_a_a_a_f(sheaf, sc.SC_A_CONST|sc.SC_POS, sc.SC_CONST|sc.SC_NODE, sc.SC_A_CONST|sc.SC_POS, sc_keys.n_1))[2]
obj_name = sc_utils.getLocalizedIdentifier(session, obj_node)[0]
"""obj_class_node = session.search3_a_a_f(sc.SC_CONST|sc.SC_ELMNCLASS, sc.SC_A_CONST|sc.SC_POS, obj_node)
if obj_class_node is not None:
for el_set in obj_class_node:
print sc_utils.getLocalizedIdentifier(session, el_set[0])[0]
obj_class_name = sc_utils.getLocalizedIdentifier(session, obj_class_node)[0]"""
obj_class_name = "geo_obj"
coord_node = sc_utils.searchOneShot(session.search5_f_a_a_a_f(sheaf, sc.SC_A_CONST|sc.SC_POS, sc.SC_CONST|sc.SC_NODE, sc.SC_A_CONST|sc.SC_POS, sc_keys.n_2))[2]
#получаем координаты из содержимого узла
_cont = session.get_content_const(coord_node)
_cont_data = _cont.convertToCont()
coords_str = str(_cont_data.d.ptr)
#сохраняем сведения об географическом объекте в карту
self.parsed_data[obj_class_name + " " + obj_name] = coords_str
def translate_impl(self, _input, _output):
"""Translator implementation
@param _input: input data set
@type _input: sc_global_addr
@param _output: output window (must be created)
@type _output: sc_global_addr
@return: list of errors each element of list is a tuple(object, error)
@rtype: list
"""
#look for question node
els = session.search11_f_a_a_a_a_a_f_a_f_a_f(_input,
sc.SC_A_CONST|sc.SC_POS, sc.SC_N_CONST,
sc.SC_A_CONST|sc.SC_POS, sc.SC_N_CONST,
sc.SC_A_CONST|sc.SC_POS, sc_keys.n_2,
sc.SC_A_CONST|sc.SC_POS, sc_keys.n_1,
sc.SC_A_CONST|sc.SC_POS, sc_keys.info.stype_sheaf)
el = sc_utils.searchOneShot(els)
assert el is not None
#get question node
question_node = el[4]
#check if answer on question can be translated
if sc_utils.checkIncToSets(session, question_node, [sc_show_map_question_set], sc.SC_POS | sc.SC_CONST):
print "Show map question, translating answer"
#parse sc-construction
parser = SCParser()
parser.parse(_input, question_node)
data = parser.toYmapsML()
file_name = self._generate_filename()
self._send_data_to_server(file_name, data)
#set returned script to _output node content
session.set_content_str(_output, env.server_address + "/file/"+file_name)
errors = []
print "sc2yandexmaps finish translation"
return errors
def searchOneShotPosArcAttrFrom(_session, _el, _attr):
"""Searches positive arc with attribute
@see: searchPosArcAttrFrom
"""
return sc_utils.searchOneShot(searchPosArcAttrFrom(_session, _el, _attr))
def searchOneShotPosArcAttrFrom(_session, _el, _attr):
"""Searches positive arc with attribute
@see: searchPosArcAttrFrom
"""
return sc_utils.searchOneShot(searchPosArcAttrFrom(_session, _el, _attr))
def running(self, question):
print "runing: Show map operation"
res = []
"""targets = session.search3_f_a_a(question, sc.SC_A_CONST|sc.SC_POS, sc.SC_CONST|sc.SC_NODE)
# перебираем найденые элементы
for target in targets:
els = session.search3_f_a_a(target[2], sc.SC_A_CONST|sc.SC_POS, sc.SC_EMPTY)
if els is not None:
for el in els:
res.append(el[2])"""
#return test cont
cont = sc_utils.searchOneShot(session.search3_f_a_a(sc_test_res_1, sc.SC_A_CONST|sc.SC_POS, sc.SC_CONST|sc.SC_NODE))[2]
search_res_list = session.search3_f_a_a(cont, sc.SC_A_CONST|sc.SC_POS, sc.SC_CONST)
if search_res_list is not None:
for search_res in search_res_list:
res.append(search_res[2])
#add sheet with type YMAPSML to display answer to
"""output_window = session.create_el(ui_segment, sc.SC_N_CONST)
session.gen3_f_a_f(ui_segment, ymapsml_fmt_node, output_window, sc.SC_A_CONST)
core.addOutputWindow(output_window)"""
"""input_param_set = None
#get set of input parameters
els = session.search3_f_a_f(question, sc.SC_A_CONST|sc.SC_POS, arg_set_node)
result = sc_utils.searchOneShot(els)[2]
assert result is not None
input_param_set = result[2]
res = []
#search for output element from input_param and add all object in such set to result
els = session.search3_f_a_a(input_param_set, sc.SC_A_CONST|sc.SC_POS, sc.SC_N_CONST)
if els is not None:
for el in els:
elem_id = sc_utils.getLocalizedIdentifier(session, el[2])
res.append(el[2])
print "param id = %s" % (elem_id[0])"""
"""it = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_5_a_a_f_a_a,
sc.SC_POS,
sc.SC_A_CONST | sc.SC_POS,
question,
sc.SC_A_CONST | sc.SC_POS,
sc.SC_POS), True)
print "attributes for input arcs"
while not it.is_over():
elem_id = sc_utils.getLocalizedIdentifier(session, it.value(0))
attr_id = sc_utils.getLocalizedIdentifier(session, it.value(4))
print "elem id = %s with attr id = %s" % (elem_id[0], attr_id[0])
it.next()"""
#show all input elements id's
#print "input elements id's"
#re = sc_utils.strInputIdtf(session, question)
#print re
# создаем множество для ответа
#res = []
# получаем элементы текущего вопроса
"""it = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
question,
sc.SC_A_CONST | sc.SC_POS,
sc.SC_CONST
), True)
print "ids of all question's elements"
while not it.is_over():
id = sc_utils.getLocalizedIdentifier(session, it.value(2))
print "id = %s" % id[0]
it.next()
#test only"""
#res.append(question)
return res
