def handle_line(self, line):
self._input_data.append(line)
code = '\n'.join(self._input_data)
if len(self._input_data) == 1 and empty_or_comment_only(code):
_debug('empty or comment')
# needed or we get a SyntaxError
self._input_data = []
def enter_comment():
self.Text = ''
self.printer.print_lines(code)
self.printer.scroll()
return self.do_synchronously(enter_comment)
if not self.is_complete(code, len(code)):
return
else:
self._input_data = []
def execute():
self.execute(code)
return self.do_synchronously(execute, wait_sync=True)
def _handle_lines(self, lines):
try:
self._input_data = []
for line in lines:
self.handle_line(line)
if self._input_data:
self.handle_line('')
self.Dispatcher.BeginInvoke(self.Focus)
except Exception, e:
_debug('Handle lines', e)
def _handle_lines(self, lines):
try:
self._input_data = []
for line in lines:
self.handle_line(line)
if self._input_data:
self.handle_line('')
self.Dispatcher.BeginInvoke(lambda: self.Focus())
except Exception, e:
_debug('Handle lines', e)
def print_lines(self, data):
code = data.replace('\r\n', '\n').replace('\r', '\n')
_debug('code', repr(code))
self.block = get_console_block()
self.parent.Children.Add(self.block)
ps1 = sys.ps1
ps2 = sys.ps2
if not isinstance(ps1, str):
ps1 = str(ps1)
ps2 = str(ps2)
for run in colorize(code, ps1, ps2):
self.block.Inlines.Add(run)
color = run.Foreground.Color
#_debug("Printing run", repr(run.Text), color.R, color.G, color.B)
#_debug(repr(self.block.Text))
self.block = None
def print_lines(self, data):
code = data.replace('\r\n', '\n').replace('\r', '\n')
_debug('code', repr(code))
self.block = get_console_block()
self.parent.Children.Add(self.block)
ps1 = sys.ps1
ps2 = sys.ps2
if not isinstance(ps1, str):
ps1 = str(ps1)
ps2 = str(ps2)
for run in colorize(code, ps1, ps2):
self.block.Inlines.Add(run)
color = run.Foreground.Color
#_debug("Printing run", repr(run.Text), color.R, color.G, color.B)
#_debug(repr(self.block.Text))
self.block = None
def colorize(code, ps1, ps2):
results = [get_prompt(ps1)]
position = 0
count_newlines = 0
previous_token = None
for token in tokenize(code):
_debug(token.Category)
if extra_newline(token, previous_token, code):
position = token.SourceSpan.Start.Index + token.SourceSpan.Length
continue
results.extend(create_leading_whitespace_run(code, position, token, ps2))
if token.Category == TokenCategory.WhiteSpace:
continue
position = token.SourceSpan.Start.Index + token.SourceSpan.Length
results.extend(create_text_run(code, token, ps2))
previous_token = token
return results
def colorize(code, ps1, ps2):
results = [get_prompt(ps1)]
position = 0
count_newlines = 0
previous_token = None
for token in tokenize(code):
_debug(token.Category)
if extra_newline(token, previous_token, code):
position = token.SourceSpan.Start.Index + token.SourceSpan.Length
continue
results.extend(
create_leading_whitespace_run(code, position, token, ps2))
if token.Category == TokenCategory.WhiteSpace:
continue
position = token.SourceSpan.Start.Index + token.SourceSpan.Length
results.extend(create_text_run(code, token, ps2))
previous_token = token
return results
def handle_line(self, line):
self._input_data.append(line)
code = '\n'.join(self._input_data)
if len(self._input_data) == 1 and empty_or_comment_only(code):
_debug('empty or comment')
# needed or we get a SyntaxError
self._input_data = []
def enter_comment():
self.Text = ''
self.printer.print_lines(code)
self.printer.scroll()
return self.do_synchronously(enter_comment)
if not self.is_complete(code, len(code)):
return
else:
self._input_data = []
def execute():
self.execute(code)
return self.do_synchronously(execute, wait_sync=True)
def on_mouse_wheel(self, sender, event):
delta = 0
e = event.EventObject
if e.GetProperty("detail"):
delta = e.GetProperty("detail")
elif e.GetProperty("wheelDelta"):
delta = -e.GetProperty("wheelDelta")
delta = Math.Sign(delta) * 40
try:
for scroller in self.scrollers:
if self.mouse_over(scroller):
e.SetProperty('cancel', True)
e.SetProperty('cancelBubble', True)
e.SetProperty('returnValue', False)
if e.GetProperty('preventDefault'):
e.Invoke('preventDefault')
elif e.GetProperty('stopPropagation'):
e.Invoke('stopPropagation')
scroller.ScrollToVerticalOffset(scroller.VerticalOffset + delta)
return
except Exception, e:
_debug('Error in mouse wheel handler', e)
def on_mouse_wheel(self, sender, event):
delta = 0
e = event.EventObject
if e.GetProperty("detail"):
delta = e.GetProperty("detail")
elif e.GetProperty("wheelDelta"):
delta = -e.GetProperty("wheelDelta")
delta = Math.Sign(delta) * 40
try:
for scroller in self.scrollers:
if self.mouse_over(scroller):
e.SetProperty('cancel', True)
e.SetProperty('cancelBubble', True)
e.SetProperty('returnValue', False)
if e.GetProperty('preventDefault'):
e.Invoke('preventDefault')
elif e.GetProperty('stopPropagation'):
e.Invoke('stopPropagation')
scroller.ScrollToVerticalOffset(scroller.VerticalOffset +
delta)
return
except Exception, e:
_debug('Error in mouse wheel handler', e)
def goto_page(s, e, page=i + 1):
_debug('goto', page)
if topComboBoxPart.SelectedIndex == 0:
topComboBoxPart.SelectedIndex = page
else:
topComboBoxPage.SelectedIndex = page
def goto_page(s, e, page=i + 1):
_debug("goto", page)
if topComboBoxPart.SelectedIndex == 0:
topComboBoxPart.SelectedIndex = page
else:
topComboBoxPage.SelectedIndex = page
