def visitResposta(self, ctx: EnquestesParser.RespostaContext):
RID = ctx.getChild(0).getText()
n = ctx.getChildCount()
res = []
for i in range(n - 3):
res.append(self.visit(ctx.getChild(i + 3)))
self.G.add_node(RID, content=res, tipo="respuesta")
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
# Crear nodo Rx con sus respuestas
g = ctx.getChildren() # obtenir els fills [ID : RESPOSTA opcio*]
fills = ctx.getChildCount()
l = [next(g) for i in range(fills)]
q = [self.visit(x) for x in l[3:]]
self.ast.add_node(l[0].getText(), content=q)
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
l = ctx.getChildren()
f = [next(l) for i in range(ctx.getChildCount())]
respostes = {}
for i in f[3:]:
k, v = self.visit(i)
respostes[k] = v
self.graph.add_node(f[0].getText(), respostes=respostes)
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
num = ctx.getChildCount()
g = ctx.getChildren()
L = [next(g) for i in range(num)]
id = L[0].getText()
opcions = {}
for j in range(3, num):
optnum, opttext = self.visit(L[j])
opcions[optnum] = opttext
self.G.add_node(id, res=opcions, type='resposta')
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
print("Visit Resposta: count=" + str(ctx.getChildCount()))
g = ctx.getChildren()
l = [next(g) for i in range(ctx.getChildCount())]
for x in l:
print("resposta text=" + x.getText())
EnquestesVisitor.myGraph.add_node((l[0]).getText(), resposta='')
EnquestesVisitor.actualNode = (l[0]).getText()
for y in range(5, ctx.getChildCount()):
self.visit(l[y])
values = nx.get_node_attributes(EnquestesVisitor.myGraph, 'resposta')
EnquestesVisitor.dictAnswers[EnquestesVisitor.actualNode] = values[(
l[0]).getText()]
print("options=" + values[(l[0]).getText()])
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
IDResposta = next(ctx.getChildren()).getText()
n = ctx.getChildren()
l = [next(n) for i in range((ctx.getChildCount()))]
resp = ""
for i in range((ctx.getChildCount())):
primer = True
if (i == ctx.getChildCount()-1):
if (primer):
resp = resp+(self.visit(l[i]))
primer = False
else:
resp = resp + (" ") + (self.visit(l[i]))
self.nodeRes.append(IDResposta)
self.G.add_node(IDResposta, tipus='resposta', r=resp)
return self.visitChildren(ctx)
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
# Retorna el identifiacador de la resposta i els numeros de la resposta
c = [x for x in ctx.getChildren()]
L = []
for i in range(3, len(c)):
L.append(self.visit(c[i]))
return ["RESPOSTA"] + [self.visit(c[0])] + L
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
if (ctx.getChildCount() == 5):
g = ctx.getChildren()
l = [next(g) for i in range(5)]
self.digraph._node[self.current_resposta]['respostes'].append(
l[2].getText()[1:-2])
self.visit(l[4])
else:
g = ctx.getChildren()
l = [next(g) for i in range(3)]
self.digraph._node[self.current_resposta]['respostes'].append(
l[2].getText()[1:-2])
self.visitChildren(ctx)
def visitContingutEnquesta(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
for i in range(len(l)):
if l[i].getText() != ' ':
G.add_edge(elemP[-1], labelsI[l[i].getText()], color='black')
G[elemP[-1]][labelsI[l[i].getText()]]['question'] = -1
G[elemP[-1]][labelsI[l[i].getText()]]['tipus'] = 2
elemP.append(labelsI[l[i].getText()])
G.add_edge(elemP[-1], 'END', color='black')
G[elemP[-1]]['END']['tipus'] = 2
G[elemP[-1]]['END']['question'] = -1
#del EnquestesParser
def visitContingutClaus(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
for i in range(len(l)):
if l[i].getText() == 'I':
labelsA[(labelsI[elemA[-1]],
labelsI[str(l[i].getText() +
l[i + 1].getText())])] = l[i -
2].getText()
G.add_edge(labelsI[elemA[-1]],
labelsI[str(l[i].getText() + l[i + 1].getText())],
color='green')
G[labelsI[elemA[-1]]][labelsI[
str(l[i].getText() +
l[i + 1].getText())]]['question'] = l[i - 2].getText()
G[labelsI[elemA[-1]]][labelsI[str(
l[i].getText() + l[i + 1].getText())]]['tipus'] = 2
def visitContingutResposta(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
G.nodes[elemR[-1]]['info'].append(' ' + str(l[1].getText()))
def visitInfoEnquesta(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
for i in range(len(l)):
self.visit(l[i])
def visitContingutAlternativa(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
elemA.append(l[0].getText())
for i in range(len(l)):
self.visit(l[i])
def visitAlternativa(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
self.visit(l[4])
def visitRelacioItem(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
labelsI[elemI[-1]] = l[0].getText()
labels[(l[0].getText(), l[4].getText())] = elemI[-1]
G.add_edge(l[0].getText(), l[4].getText(), color='blue')
G[l[0].getText()][l[4].getText()]['tipus'] = 1
def visitItem(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
elemI.append(l[0].getText())
self.visit(l[4])
def visitLlistaRespostes(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
G.nodes[elemR[-1]['possR']].append(int(l[0]))
self.visit(l[2])
def visitResposta(self, ctx: EnquestesParser.RespostaContext):
l = [x for x in ctx.getChildren()]
G.add_node(l[0].getText(), info=[])
elemR.append(l[0].getText())
for i in range(3, len(l)):
self.visit(l[i])