def calculate_graph_prop(_params, _segment):
kernel = core.Kernel.getSingleton()
session = kernel.session()
segment = kernel.segment()
# check type
question = session.search_one_shot(session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
keynodes.questions.initiated,
sc.SC_A_CONST,
sc.SC_N_CONST,
sc.SC_A_CONST,
_params), True, 5)
assert question is not None
question = question[2]
global graph_prop_calculators
for question_type, calculator, relation in graph_prop_calculators:
# check command type
if sc_utils.checkIncToSets(session, question, [question_type], sc.SC_CONST):
graph = session.search_one_shot(session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
question,
sc.SC_A_CONST,
sc.SC_N_CONST), True, 3)
if graph is None:
return
graph = graph[2]
if not sc_utils.checkIncToSets(session, graph, [graph_keynodes.Common.graph], sc.SC_CONST):
return
g = Graph(segment, graph)
g.makeNxGraph()
result = calculator(g.graphNx)
if result is None:
raise RuntimeWarning("Calculator can't calculate value")
value = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
bin_rel = sc_utils.createPairBinaryOrientFull(session, segment, graph, value, sc.SC_CONST)
a = sc_utils.createPairPosPerm(session, segment, relation, bin_rel[0], sc.SC_CONST)
elements = translate_value(session, segment, value, result)
elements.extend([value, graph, a, relation])
elements.extend(bin_rel)
answer = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
for el in elements:
sc_utils.createPairPosPerm(session, segment, answer, el, sc.SC_CONST)
sc_utils.makeAnswer(session, segment, question, answer)
def calculate_graph_element_prop(_params, _segment):
kernel = core.Kernel.getSingleton()
session = kernel.session()
segment = kernel.segment()
# check type
question = session.search_one_shot(
session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
keynodes.questions.initiated, sc.SC_A_CONST,
sc.SC_N_CONST, sc.SC_A_CONST, _params), True,
5)
assert question is not None
question = question[2]
global graph_prop_calculators
for question_type, calculator, relation in graph_element_prop_calculators:
# check command type
if sc_utils.checkIncToSets(session, question, [question_type],
sc.SC_CONST):
element = session.search_one_shot(
session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
question, sc.SC_A_CONST,
sc.SC_N_CONST), True, 3)
if element is None:
return
element = element[2]
graph = None
arc = None
it = session.create_iterator(
session.sc_constraint_new(sc_constants.CONSTR_3_a_a_f,
sc.SC_NODE,
sc.SC_A_CONST | sc.SC_POS, element),
True)
while not it.is_over():
if sc_utils.checkIncToSets(session, it.value(0),
[graph_keynodes.Common.graph],
sc.SC_CONST):
graph = it.value(0)
arc = it.value(1)
break
it.next()
if graph is None:
continue
# make graph and calculate property value
g = Graph(segment, graph)
sc2obj = g.makeNxGraph()
result = calculator(g.graphNx, sc2obj[str(element.this)])
#
if result is None:
raise RuntimeWarning("Calculator can't calculate value")
value = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
bin_rel = sc_utils.createPairBinaryOrientFull(
session, segment, arc, value, sc.SC_CONST)
a = sc_utils.createPairPosPerm(session, segment, relation,
bin_rel[0], sc.SC_CONST)
elements = translate_value(session, segment, value, result)
elements.extend([value, graph, a, relation])
elements.extend(bin_rel)
answer = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
for el in elements:
sc_utils.createPairPosPerm(session, segment, answer, el,
sc.SC_CONST)
sc_utils.makeAnswer(session, segment, question, answer)
def calculate_graph_prop(_params, _segment):
kernel = core.Kernel.getSingleton()
session = kernel.session()
segment = kernel.segment()
# check type
question = session.search_one_shot(
session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
keynodes.questions.initiated, sc.SC_A_CONST,
sc.SC_N_CONST, sc.SC_A_CONST, _params), True,
5)
assert question is not None
question = question[2]
global graph_prop_calculators
for question_type, calculator, relation in graph_prop_calculators:
# check command type
if sc_utils.checkIncToSets(session, question, [question_type],
sc.SC_CONST):
graph = session.search_one_shot(
session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
question, sc.SC_A_CONST,
sc.SC_N_CONST), True, 3)
if graph is None:
return
graph = graph[2]
if not sc_utils.checkIncToSets(session, graph,
[graph_keynodes.Common.graph],
sc.SC_CONST):
return
g = Graph(segment, graph)
g.makeNxGraph()
result = calculator(g.graphNx)
if result is None:
raise RuntimeWarning("Calculator can't calculate value")
value = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
bin_rel = sc_utils.createPairBinaryOrientFull(
session, segment, graph, value, sc.SC_CONST)
a = sc_utils.createPairPosPerm(session, segment, relation,
bin_rel[0], sc.SC_CONST)
elements = translate_value(session, segment, value, result)
elements.extend([value, graph, a, relation])
elements.extend(bin_rel)
answer = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
for el in elements:
sc_utils.createPairPosPerm(session, segment, answer, el,
sc.SC_CONST)
sc_utils.makeAnswer(session, segment, question, answer)
def find_graph(_params, _segment):
kernel = core.Kernel.getSingleton()
session = kernel.session()
segment = kernel.segment()
# check type
question = session.search_one_shot(
session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
keynodes.questions.initiated, sc.SC_A_CONST,
sc.SC_N_CONST, sc.SC_A_CONST, _params), True,
5)
assert question is not None
question = question[2]
# check command type
if sc_utils.checkIncToSets(session, question,
[graph_keynodes.Command.search_graph_full],
sc.SC_CONST):
graph = session.search_one_shot(
session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a, question,
sc.SC_A_CONST, sc.SC_N_CONST), True, 5)
if graph is None:
return
struct = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
graph = graph[2]
sc_utils.createPairPosPerm(session, segment, struct, graph,
sc.SC_CONST)
sc_utils.createPairPosPerm(session, segment, struct,
graph_keynodes.Common.rrel_edge,
sc.SC_CONST)
sc_utils.createPairPosPerm(session, segment, struct,
graph_keynodes.Common.rrel_vertex,
sc.SC_CONST)
# collect verticies
it = session.create_iterator(
session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f, graph,
sc.SC_A_CONST | sc.SC_POS, sc.SC_NODE,
sc.SC_A_CONST | sc.SC_POS,
graph_keynodes.Common.rrel_vertex), True)
while not it.is_over():
for i in xrange(1, 4):
sc_utils.createPairPosPerm(session, segment, struct,
it.value(i), sc.SC_CONST)
it.next()
it = session.create_iterator(
session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f, graph,
sc.SC_A_CONST | sc.SC_POS, sc.SC_NODE,
sc.SC_A_CONST | sc.SC_POS,
graph_keynodes.Common.rrel_edge), True)
# collect edges
while not it.is_over():
for i in xrange(1, 4):
sc_utils.createPairPosPerm(session, segment, struct,
it.value(i), sc.SC_CONST)
it1 = session.create_iterator(
session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
it.value(2),
sc.SC_A_CONST | sc.SC_POS,
sc.SC_NODE), True)
while not it1.is_over():
sc_utils.createPairPosPerm(session, segment, struct,
it1.value(1), sc.SC_CONST)
it1.next()
it.next()
sc_utils.makeAnswer(session, segment, question, struct)
def calculate_graph_element_prop(_params, _segment):
kernel = core.Kernel.getSingleton()
session = kernel.session()
segment = kernel.segment()
# check type
question = session.search_one_shot(session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
keynodes.questions.initiated,
sc.SC_A_CONST,
sc.SC_N_CONST,
sc.SC_A_CONST,
_params), True, 5)
assert question is not None
question = question[2]
global graph_prop_calculators
for question_type, calculator, relation in graph_element_prop_calculators:
# check command type
if sc_utils.checkIncToSets(session, question, [question_type], sc.SC_CONST):
element = session.search_one_shot(session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
question,
sc.SC_A_CONST,
sc.SC_N_CONST), True, 3)
if element is None:
return
element = element[2]
graph = None
arc = None
it = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_3_a_a_f,
sc.SC_NODE,
sc.SC_A_CONST | sc.SC_POS,
element), True)
while not it.is_over():
if sc_utils.checkIncToSets(session, it.value(0), [graph_keynodes.Common.graph], sc.SC_CONST):
graph = it.value(0)
arc = it.value(1)
break
it.next()
if graph is None:
continue
# make graph and calculate property value
g = Graph(segment, graph)
sc2obj = g.makeNxGraph()
result = calculator(g.graphNx, sc2obj[str(element.this)])
#
if result is None:
raise RuntimeWarning("Calculator can't calculate value")
value = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
bin_rel = sc_utils.createPairBinaryOrientFull(session, segment, arc, value, sc.SC_CONST)
a = sc_utils.createPairPosPerm(session, segment, relation, bin_rel[0], sc.SC_CONST)
elements = translate_value(session, segment, value, result)
elements.extend([value, graph, a, relation])
elements.extend(bin_rel)
answer = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
for el in elements:
sc_utils.createPairPosPerm(session, segment, answer, el, sc.SC_CONST)
sc_utils.makeAnswer(session, segment, question, answer)
def find_graph(_params, _segment):
kernel = core.Kernel.getSingleton()
session = kernel.session()
segment = kernel.segment()
# check type
question = session.search_one_shot(session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
keynodes.questions.initiated,
sc.SC_A_CONST,
sc.SC_N_CONST,
sc.SC_A_CONST,
_params), True, 5)
assert question is not None
question = question[2]
# check command type
if sc_utils.checkIncToSets(session, question, [graph_keynodes.Command.search_graph_full], sc.SC_CONST):
graph = session.search_one_shot(session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
question,
sc.SC_A_CONST,
sc.SC_N_CONST), True, 5)
if graph is None:
return
struct = sc_utils.createNodeElement(session, segment, sc.SC_CONST)
graph = graph[2]
sc_utils.createPairPosPerm(session, segment, struct, graph, sc.SC_CONST)
sc_utils.createPairPosPerm(session, segment, struct, graph_keynodes.Common.rrel_edge, sc.SC_CONST)
sc_utils.createPairPosPerm(session, segment, struct, graph_keynodes.Common.rrel_vertex, sc.SC_CONST)
# collect verticies
it = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
graph,
sc.SC_A_CONST | sc.SC_POS,
sc.SC_NODE,
sc.SC_A_CONST | sc.SC_POS,
graph_keynodes.Common.rrel_vertex), True)
while not it.is_over():
for i in xrange(1, 4):
sc_utils.createPairPosPerm(session, segment, struct, it.value(i), sc.SC_CONST)
it.next()
it = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_5_f_a_a_a_f,
graph,
sc.SC_A_CONST | sc.SC_POS,
sc.SC_NODE,
sc.SC_A_CONST | sc.SC_POS,
graph_keynodes.Common.rrel_edge), True)
# collect edges
while not it.is_over():
for i in xrange(1, 4):
sc_utils.createPairPosPerm(session, segment, struct, it.value(i), sc.SC_CONST)
it1 = session.create_iterator(session.sc_constraint_new(sc_constants.CONSTR_3_f_a_a,
it.value(2),
sc.SC_A_CONST | sc.SC_POS,
sc.SC_NODE), True)
while not it1.is_over():
sc_utils.createPairPosPerm(session, segment, struct, it1.value(1), sc.SC_CONST)
it1.next()
it.next()
sc_utils.makeAnswer(session, segment, question, struct)