def addValue(self, type_, val):
if self.type != type_:
self.type = type_
if type_ == "int":
self.values.append(int(val))
elif type_ == "bool":
self.values.append(cpp2py(val))
elif type_ == "float" or self.type == "double":
self.values.append(float(val))
def addValue(self, type_, val):
if self.type != type_:
self.type = type_
if type_ == "int":
self.values.append(int(val))
elif type_ == "bool":
self.values.append(cpp2py(val))
elif type_ == "float" or self.type == "double":
self.values.append(float(val))
def _setProgress(self):
if not self._elaborationDone or not self._inSimulatorControl:
return
if not cpp2py(self._elaborationDone.value) and not cpp2py(self._inSimulatorControl.value):
self.ui.progress.setValue(0)
self.ui.progress.setFormat("Elaboration")
elif cpp2py(self._elaborationDone.value) and cpp2py(self._inSimulatorControl.value):
self.ui.progress.setValue(1)
self.ui.progress.setFormat("Simulation")
elif cpp2py(self._elaborationDone.value) and not cpp2py(self._inSimulatorControl.value):
self.ui.progress.setValue(2)
self.ui.progress.setFormat("Finished")
else:
self.ui.progress.setValue(0)
self.ui.progress.setFormat("")
def update(self):
if not self.ctx_found and self.ctx is None:
self.__findSimContext()
if self.ctx is None:
return
else:
# don't try to analyze if elaboration is not done
if not cpp2py(self.ctx["m_elaboration_done"].value):
return
# prepare for easy information collection
object_vec = self.ctx["m_child_objects"]
# find all relevant information
self.__findSysCObjects(object_vec, self.object_type, self.sysc_objects)
# if there are no objects to draw than skip the drawing part
# this might happen if you set the breakpoint before any objects are
# created. This is actually catched above, but there might also be a
# design with no objects.
if len(self.sysc_objects.keys()) == 0:
return
clusters = {}
nodes = {}
# build pydot hierachy and add all subgraphs and nodes to the main
# graph
self.__buildHierachy(self.sysc_objects, clusters, nodes)
for sptr in clusters:
self.block_diagram.add_subgraph(clusters[sptr])
for sptr in nodes:
self.block_diagram.add_node(nodes[sptr])
self._file_obj.write(self.block_diagram.create_svg())
self.signalproxy.inferiorStoppedNormally.disconnect(self.update)
self.showDiagram()
def _setProgress(self):
if not self._elaborationDone or not self._inSimulatorControl:
return
if not cpp2py(self._elaborationDone.value) and not cpp2py(
self._inSimulatorControl.value):
self.ui.progress.setValue(0)
self.ui.progress.setFormat("Elaboration")
elif cpp2py(self._elaborationDone.value) and cpp2py(
self._inSimulatorControl.value):
self.ui.progress.setValue(1)
self.ui.progress.setFormat("Simulation")
elif cpp2py(self._elaborationDone.value) and not cpp2py(
self._inSimulatorControl.value):
self.ui.progress.setValue(2)
self.ui.progress.setFormat("Finished")
else:
self.ui.progress.setValue(0)
self.ui.progress.setFormat("")
def _setWriteCheck(self, v):
self.ui.writeCheckBox.setChecked(cpp2py(v))
def _setWriteCheck(self, v):
self.ui.writeCheckBox.setChecked(cpp2py(v))
