def OnDuplicateItemFromModel(self, evt):
indices = self.tree.GetIndexOfItem(self.tree.GetSelection())
self.tree.SelectItem(self.tree.GetSelection(), select=False)
mm = self.model.GetItem(indices)
name = mm.name()
base, num = mm.split_digits()
parent = mm.parent
newmm = pickle.loads(pickle.dumps(mm))
index = list(parent).index(name)
nums = []
for key in parent.keys():
#base0 = ''.join([k for k in key if not k.isdigit()])
base0, num = parent[key].split_digits()
if base0 != base: continue
#nums.append(int(''.join([k for k in key if k.isdigit()])))
nums.append(int(num))
parent.insert_item(index + 1, base + str(int(max(nums)) + 1), newmm)
self.tree.RefreshItems()
new_item = self.tree.GetItemByIndex(newmm.GetIndices())
self.tree.SelectItem(new_item)
self.OnEvalNS(evt)
def __call_server0(self, name, *params, **kparams):
if self.p is None: return
verbose = kparams.pop("verbose", False)
force_protocol1 = kparams.pop("force_protocol1", False)
prompt = kparams.pop("prompt", "?")
nowait = kparams.pop("nowait", False)
command = [name, params, kparams]
data = binascii.b2a_hex(pickle.dumps(command))
print("Sending request", command)
self.p.stdin.write(data.decode('utf-8') + '\n')
self.p.stdin.flush()
if nowait:
return
protocol = 1 if force_protocol1 else self.p.evalsvr_protocol
import threading
print("calling wait for prompt", threading.current_thread())
output, alive = wait_for_prompt(self.p,
prompt=prompt,
verbose = verbose,
withsize = protocol > 1)
if not alive:
self.p = None
return
if protocol > 1:
response = output[-1]
else:
response = binascii.a2b_hex(output[-1].strip())
try:
result = pickle.loads(response)
if verbose:
print("result", result)
except:
traceback.print_exc()
print("response", response)
print("output", output)
assert False, "Unpickle failed"
#print('output is', result)
if result[0] == 'ok':
return result[1]
elif result[0] == 'echo':
print(result[1])
else:
print(result)
#assert False, result[1]
message = ''.join(result[1])
assert False, message