def _onitemactivated(self, item, expr, is_valid):
default_value = self.GetItemText(item, VariablesList.COL_VALUE)[1:]
if is_valid:
desc = "The new expression will be evaluated at the debuggee and its value will be set to the item."
labeltext = "New Expression:"
style=wx.TE_MULTILINE
else:
desc = "The current value of the expression (read only)."
labeltext = "Current Expression:"
style=wx.TE_MULTILINE|wx.TE_READONLY
expr_dialog = ExpressionDialog(self, default_value, "Enter Expression", desc, labeltext, (1000, -1), style)
pos = self.GetPositionTuple()
expr_dialog.SetPosition((pos[0] + 50, pos[1] + 50))
r = expr_dialog.ShowModal()
if r != wx.ID_OK:
expr_dialog.Destroy()
return
_expr = expr_dialog.get_expression()
expr_dialog.Destroy()
_suite = "%s = %s" % (expr, _expr)
worker = RunProcInThread(self.listtype, self._onitemactivatedcallback,
RpdbDebugger().execute, _suite)
worker.start()
def _onitemactivated(self, item, expr, is_valid):
default_value = self.GetItemText(item, VariablesList.COL_VALUE)[1:]
if is_valid:
desc = "The new expression will be evaluated at the debuggee and its value will be set to the item."
labeltext = "New Expression:"
style = wx.TE_MULTILINE
else:
desc = "The current value of the expression (read only)."
labeltext = "Current Expression:"
style = wx.TE_MULTILINE | wx.TE_READONLY
expr_dialog = ExpressionDialog(self, default_value, "Enter Expression",
desc, labeltext, (1000, -1), style)
pos = self.GetPositionTuple()
expr_dialog.SetPosition((pos[0] + 50, pos[1] + 50))
r = expr_dialog.ShowModal()
if r != wx.ID_OK:
expr_dialog.Destroy()
return
_expr = expr_dialog.get_expression()
expr_dialog.Destroy()
_suite = "%s = %s" % (expr, _expr)
worker = RunProcInThread(self.listtype, self._onitemactivatedcallback,
RpdbDebugger().execute, _suite)
worker.start()
def do_refresh(self, event=None):
host = self.m_entry_host.Value
if not host:
host = 'localhost'
self.Parent._lasthost = host
worker = RunProcInThread("DbgAttach", self._onserverlist,
RpdbDebugger().get_server_list, host)
worker.start()
def Evaluate(self, enabled, expression, idx):
if not enabled or not expression or not RpdbDebugger().broken:
return
worker = RunProcInThread("Expr", self.fillexpressionvalue, \
RpdbDebugger().evaluate, expression)
worker.pass_parameter(idx)
worker.start()
worker2 = RunProcInThread("Expr", self.fillexpressiontype, \
RpdbDebugger().evaluate, "type(%s).__name__" % expression)
worker2.pass_parameter(idx)
worker2.start()
def CatchUnhandledException(self):
if not ToolConfig.GetConfigValue(ToolConfig.TLC_IGNORE_SYSEXIT, True):
wx.CallAfter(self._unhandledexception)
return
expressionlist = [(RPDBEXCEPTIONSSTR, True)]
worker = RunProcInThread(RPDBEXCEPTIONSSTR, self._issysexit,
RpdbDebugger().catchexc_get_namespace,
expressionlist, 0)
worker.start()
def OnExecute(self, event):
"""Execute an expression"""
desc = _("This code will be executed at the debuggee:")
expr_dialog = ExpressionDialog(self, u"", _("Enter Code to Execute"),
desc, None, (200, 200))
pos = self.GetPositionTuple()
expr_dialog.SetPosition((pos[0] + 50, pos[1] + 50))
if expr_dialog.ShowModal() == wx.ID_OK:
_expr = expr_dialog.get_expression()
worker = RunProcInThread("DbgExec", self._oncodeexecuted,
RpdbDebugger().execute, _expr)
worker.start()
expr_dialog.Destroy()
def OnExecute(self, event):
"""Execute an expression"""
desc = _("This code will be executed at the debuggee:")
expr_dialog = ExpressionDialog(self, u"", _("Enter Code to Execute"),
desc, None, (200, 200))
pos = self.GetPositionTuple()
expr_dialog.SetPosition((pos[0] + 50, pos[1] + 50))
if expr_dialog.ShowModal() == wx.ID_OK:
_expr = expr_dialog.get_expression()
worker = RunProcInThread("DbgExec", self._oncodeexecuted,
RpdbDebugger().execute, _expr)
worker.start()
expr_dialog.Destroy()
def update_namespace(self, key, expressionlist):
old_key = self.key
old_expressionlist = self.get_expression_list()
if key == old_key:
expressionlist = old_expressionlist
self.key = key
if expressionlist is None:
expressionlist = [(self.listtype, True)]
worker = RunProcInThread(self.listtype, self.UpdateVariablesList,
RpdbDebugger().catchexc_get_namespace,
expressionlist, self.FilterLevel)
worker.start()
return (old_key, old_expressionlist)
def update_namespace(self, key, expressionlist):
old_key = self.key
old_expressionlist = self.get_expression_list()
if key == old_key:
expressionlist = old_expressionlist
self.key = key
if expressionlist is None:
expressionlist = [(self.listtype, True)]
worker = RunProcInThread(self.listtype, self.UpdateVariablesList,
RpdbDebugger().catchexc_get_namespace,
expressionlist, self.FilterLevel)
worker.start()
return (old_key, old_expressionlist)
def _onitemexpanding(self, item):
self.DeleteChildren(item)
child = self.AppendItem(item, _("Loading..."))
self.SetItemText(child, u' ' + _("Loading..."), VariablesList.COL_VALUE)
self.SetItemText(child, ' ' + _("Loading..."), VariablesList.COL_TYPE)
self.SetItemPyData(child, (_("Loading..."), False))
(expr, is_valid) = self.GetPyData(item)
item = self.find_item(expr)
if item == None:
return
worker = RunProcInThread(self.listtype, self._itemexpandingcallback,
RpdbDebugger().get_namespace, [(expr, True)],
self.FilterLevel)
worker.pass_parameter(item)
worker.start()
def _onitemexpanding(self, item):
self.DeleteChildren(item)
child = self.AppendItem(item, _("Loading..."))
self.SetItemText(child, u' ' + _("Loading..."),
VariablesList.COL_VALUE)
self.SetItemText(child, ' ' + _("Loading..."), VariablesList.COL_TYPE)
self.SetItemPyData(child, (_("Loading..."), False))
(expr, is_valid) = self.GetPyData(item)
item = self.find_item(expr)
if item == None:
return
worker = RunProcInThread(self.listtype, self._itemexpandingcallback,
RpdbDebugger().get_namespace, [(expr, True)],
self.FilterLevel)
worker.pass_parameter(item)
worker.start()
def RunDebugger(self):
self.debuggeewindow.calldebugger = None
self.processcreator.restorepath()
worker = RunProcInThread("Debug", None,
RpdbDebugger().attach, self.processcreator)
worker.start()
def Evaluate(self, enabled, expression, idx):
if not enabled or not expression or not RpdbDebugger().broken:
return
worker = RunProcInThread("Expr", self.fillexpressionvalue, \
RpdbDebugger().evaluate, expression)
worker.pass_parameter(idx)
worker.start()
worker2 = RunProcInThread("Expr", self.fillexpressiontype, \
RpdbDebugger().evaluate, "type(%s).__name__" % expression)
worker2.pass_parameter(idx)
worker2.start()
def RunDebugger(self):
self.debuggeewindow.calldebugger = None
self.processcreator.restorepath()
worker = RunProcInThread("Debug", None, RpdbDebugger().attach, self.processcreator)
worker.start()