def __init__(self):
view.Composite.__init__(self)
#Schedule connecting the event pipe to event pump. The reason for
# doing it this way rather than directly calling gobject.io_add_watch
# is to let the UI paint itself before starting a (possibly) lengthy
# debugger operation. (The PythonGate plugin blocks the main thread
# until zero.event_pipe() is called).
gobject.idle_add(self.__connect_event_pipe)
self.__corefile = None
self.__debugger = zero.debugger()
self.__process = None
self.__thread = None
self.__widgets = gtk.glade.XML(gladefile)
self.__window = self.__widgets.get_widget("main")
self.__window.connect("destroy", self.__on_destroy)
#The listings view shows C++ code and assembly code
self.__listings = view.Listings(self.__widgets.get_widget("listings"))
self.__init_bottom_book()
self.__init_right_book()
self.add(self.__listings)
self.__init_menu()
self.__init_toolbar(self.__widgets.get_widget("toolbar"))
self.__init_font_button()
def __init__(self):
view.Composite.__init__(self)
#Schedule connecting the event pipe to event pump. The reason for
# doing it this way rather than directly calling gobject.io_add_watch
# is to let the UI paint itself before starting a (possibly) lengthy
# debugger operation. (The PythonGate plugin blocks the main thread
# until zero.event_pipe() is called).
gobject.idle_add(self.__connect_event_pipe)
self.__corefile = None
self.__debugger = zero.debugger()
self.__process = None
self.__thread = None
self.__widgets = gtk.glade.XML(gladefile)
self.__window = self.__widgets.get_widget("main")
self.__window.connect("destroy", self.__on_destroy)
#The listings view shows C++ code and assembly code
self.__listings = view.Listings(self.__widgets.get_widget("listings"))
self.__init_bottom_book()
self.__init_right_book()
self.add(self.__listings)
self.__init_menu()
self.__init_toolbar(self.__widgets.get_widget("toolbar"))
self.__init_font_button()
def on_table_done(symTable):
"""
Calback function automatically invoked
by the debugger each time a new symbol table
is loaded into memory
"""
if symTable.is_dynamic():
return
#print symTable.filename()
tests = []
extension = re.compile('.d$')
process = symTable.process()
for unit in symTable.module().translation_units():
#print unit.filename(),unit.language()
if unit.language() == zero.TranslationUnit.Language.D:
name = os.path.basename(unit.filename())
#i = 0
i = 1
while True:
#As of now, the D demangler does not support any flags,
# and we cannot instruct it to omit result types and
# param lists from the mangled name.
#symName = "void " + extension.sub('.__unittest%d()' % i, name)
symName = "void " + unit.module() + ('.__unittest%d()' % i)
print symName
matches = symTable.lookup(symName)
if not len(matches):
break
#print symName
tests.append(symName)
for sym in matches:
process.set_breakpoint(sym.addr())
i += 1
if len(tests):
zero.debugger().message('Detected: \n' + ',\n'.join(tests),
zero.Message.Info)
def on_table_done(symTable):
"""
Calback function automatically invoked
by the debugger each time a new symbol table
is loaded into memory
"""
if symTable.is_dynamic():
return
#print symTable.filename()
tests = []
extension = re.compile('.d$')
process = symTable.process()
for unit in symTable.module().translation_units():
#print unit.filename(),unit.language()
if unit.language() == zero.TranslationUnit.Language.D:
name = os.path.basename(unit.filename())
#i = 0
i = 1
while True:
#As of now, the D demangler does not support any flags,
# and we cannot instruct it to omit result types and
# param lists from the mangled name.
#symName = "void " + extension.sub('.__unittest%d()' % i, name)
symName = "void " + unit.module() + ('.__unittest%d()' % i)
print symName
matches = symTable.lookup(symName)
if not len(matches):
break
#print symName
tests.append(symName)
for sym in matches:
process.set_breakpoint(sym.addr())
i += 1
if len(tests):
zero.debugger().message(
'Detected: \n' + ',\n'.join(tests), zero.Message.Info)
def step(count=1):
thread = zero.debugger().current_thread()
thread.step(zero.Step.OverStatement, count)
def msg(txt):
zero.debugger().message(txt, zero.Message.Info)
def get_addresses(self, iter): lineNum = int(self._Code__model.get_value(iter, 1)) #convert line number to addresses: addrs = zero.debugger().line_to_addr(self.filename(), lineNum) return addrs
def msg(txt): zero.debugger().message(txt, zero.Message.Info)
def step(count = 1): thread = zero.debugger().current_thread() thread.step(zero.Step.OverStatement, count)
