def _kw_name_match(self, item, expected):
if isinstance(expected, basestring) or is_unicode(expected):
return utils.eq(item, expected) or (
self._GIVEN_WHEN_THEN_MATCHER.match(item) and
utils.eq(
self._GIVEN_WHEN_THEN_MATCHER.sub('', item), expected))
return expected.match(item)
def _write_argfile(argfile, args):
m_args = list()
f = codecs.open(argfile, "wb") # , "utf-8")
if PY2:
# if IS_WINDOWS:
# m_args = [unicode(item,"utf-8") for item in args]
# else:
# DEBUG
# m_args = args
for item in args:
if is_unicode(item):
m_args.append(item.encode("utf-8")) # .decode("utf-8"))
else:
m_args.append(bytes(item))
# DEBUG m_args = [item.decode("utf-8") for item in args]
# print("DEBUG: write_args: %s\n" % m_args)
else:
m_args = [str(x) for x in args] # .encode("utf-8","surrogate")
# print("DEBUG: write_args: %s\n" % m_args)
# data = r"\n".join(m_args)
if PY2:
data = b"\n".join(m_args)
f.write(bytes(data)) # DEBUG .decode("utf-8") .encode("utf-8")
else:
data = "\n".join(m_args)
f.write(bytes(data.encode("utf-8",
"surrogate")))
f.close()
def _kw_name_match(self, item, expected):
if isinstance(expected, basestring) or is_unicode(expected):
return utils.eq(item, expected) or (
self._GIVEN_WHEN_THEN_MATCHER.match(item) and
utils.eq(
self._GIVEN_WHEN_THEN_MATCHER.sub('', item), expected))
return expected.match(item)
def _write_argfile(argfile, args):
if PY2 or IS_WINDOWS:
f = codecs.open(argfile,
"wb") #, encoding=encoding.OUTPUT_ENCODING)
for item in args:
if is_unicode(item):
enc_arg = item.encode(
'utf-8'
) # encoding.OUTPUT_ENCODING) # DEBUG CONSOLE_ENCODING
else:
enc_arg = item
try:
f.write(enc_arg) #.encode(encoding.OUTPUT_ENCODING))
f.write("\n".encode(encoding.OUTPUT_ENCODING))
except UnicodeError:
if PY2:
f.write(bytes(item))
else:
f.write(bytes(item, 'utf-8'))
f.write(b"\n")
# print("DEBUG: unicodedecodeerror when writting arg file")
else:
f = codecs.open(argfile, "w", "utf-8")
f.write("\n".join(args))
f.close()
def _write_argfile(argfile, args):
if PY2:
f = codecs.open(argfile, "wb")
for item in args:
if is_unicode(item):
enc_arg = item.encode(encoding.OUTPUT_ENCODING)
else:
enc_arg = item
f.write(enc_arg+"\n")
else:
f = codecs.open(argfile, "w", "utf-8")
f.write("\n".join(args))
f.close()
def _AppendText(self, textctrl, string, source="stdout", enc=True):
if not self.panel or not textctrl:
return
textctrl.update_scroll_width(string)
# we need this information to decide whether to autoscroll or not
new_text_start = textctrl.GetLength()
linecount = textctrl.GetLineCount()
lastVisibleLine = textctrl.GetFirstVisibleLine() + \
textctrl.LinesOnScreen() - 1
textctrl.SetReadOnly(False)
try:
if enc:
textctrl.AppendText(string.encode(encoding['SYSTEM']))
else:
textctrl.AppendText(string)
# print("DEBUG _AppendText Printed OK")
except UnicodeDecodeError as e:
# I'm not sure why I sometimes get this, and I don't know what I
# can do other than to ignore it.
if PY2:
if is_unicode(string):
textctrl.AppendTextRaw(bytes(string.encode('utf-8')))
else:
textctrl.AppendTextRaw(string)
else:
textctrl.AppendTextRaw(bytes(
string, encoding['SYSTEM'])) # DEBUG .encode('utf-8'))
# print(r"DEBUG UnicodeDecodeError appendtext string=%s\n" % string)
pass
except UnicodeEncodeError as e:
# I'm not sure why I sometimes get this, and I don't know what I
# can do other than to ignore it.
textctrl.AppendText(
string.encode('utf-8')) # DEBUG .encode('utf-8'))
# print(r"DEBUG UnicodeDecodeError appendtext string=%s\n" % string)
pass
# raise # DEBUG
new_text_end = textctrl.GetLength()
textctrl.StartStyling(new_text_start, 0x1f)
if source == "stderr":
textctrl.SetStyling(new_text_end - new_text_start, STYLE_STDERR)
textctrl.SetReadOnly(True)
if lastVisibleLine >= linecount - 4:
linecount = textctrl.GetLineCount()
textctrl.ScrollToLine(linecount)
def _AppendText(self, textctrl, string, source="stdout", enc=True):
if not self.panel or not textctrl:
return
textctrl.update_scroll_width(string)
# we need this information to decide whether to autoscroll or not
new_text_start = textctrl.GetLength()
linecount = textctrl.GetLineCount()
lastVisibleLine = textctrl.GetFirstVisibleLine() + \
textctrl.LinesOnScreen() - 1
textctrl.SetReadOnly(False)
try:
if enc:
textctrl.AppendText(string.encode(encoding['SYSTEM']))
else:
textctrl.AppendText(string)
# print("DEBUG _AppendText Printed OK")
except UnicodeDecodeError as e:
# I'm not sure why I sometimes get this, and I don't know what I
# can do other than to ignore it.
if PY2:
if is_unicode(string):
textctrl.AppendTextRaw(bytes(string.encode('utf-8')))
else:
textctrl.AppendTextRaw(string)
else:
textctrl.AppendTextRaw(bytes(string, encoding['SYSTEM'])) # DEBUG .encode('utf-8'))
# print(r"DEBUG UnicodeDecodeError appendtext string=%s\n" % string)
pass
except UnicodeEncodeError as e:
# I'm not sure why I sometimes get this, and I don't know what I
# can do other than to ignore it.
textctrl.AppendText(string.encode('utf-8')) # DEBUG .encode('utf-8'))
# print(r"DEBUG UnicodeDecodeError appendtext string=%s\n" % string)
pass
# raise # DEBUG
new_text_end = textctrl.GetLength()
textctrl.StartStyling(new_text_start, 0x1f)
if source == "stderr":
textctrl.SetStyling(new_text_end-new_text_start, STYLE_STDERR)
textctrl.SetReadOnly(True)
if lastVisibleLine >= linecount-4:
linecount = textctrl.GetLineCount()
textctrl.ScrollToLine(linecount)
def _format_command(self, argv):
"""Quote a list as if it were a command line command
This isn't perfect but seems to work for the normal use
cases. I'm not entirely sure what the perfect algorithm
is since *nix and windows have different quoting
behaviors.
"""
result = []
for arg in argv:
if PY2 and is_unicode(arg):
arg = arg.encode("utf-8")
if "'" in arg or " " in arg or "&" in arg:
# for windows, if there are spaces we need to use
# double quotes. Single quotes cause problems
result.append('"%s"' % arg)
elif '"' in arg:
result.append("'%s'" % arg)
else:
result.append(arg)
return " ".join(result) # DEBUG added bytes
def _format_command(self, argv):
"""Quote a list as if it were a command line command
This isn't perfect but seems to work for the normal use
cases. I'm not entirely sure what the perfect algorithm
is since *nix and windows have different quoting
behaviors.
"""
result = []
for arg in argv:
if PY2 and is_unicode(arg):
arg = arg.encode("utf-8")
if "'" in arg or " " in arg or "&" in arg:
# for windows, if there are spaces we need to use
# double quotes. Single quotes cause problems
result.append('"%s"' % arg)
elif '"' in arg:
result.append("'%s'" % arg)
else:
result.append(arg)
return " ".join(result) # DEBUG added bytes
def _write_argfile(argfile, args):
if PY2 or IS_WINDOWS:
f = codecs.open(argfile, "wb") #, encoding=encoding.OUTPUT_ENCODING)
for item in args:
if is_unicode(item):
enc_arg = item.encode('utf-8') # encoding.OUTPUT_ENCODING) # DEBUG CONSOLE_ENCODING
else:
enc_arg = item
try:
f.write(enc_arg) #.encode(encoding.OUTPUT_ENCODING))
f.write("\n".encode(encoding.OUTPUT_ENCODING))
except UnicodeError:
if PY2:
f.write(bytes(item))
else:
f.write(bytes(item, 'utf-8'))
f.write(b"\n")
# print("DEBUG: unicodedecodeerror when writting arg file")
else:
f = codecs.open(argfile, "w", "utf-8")
f.write("\n".join(args))
f.close()
def contains_keyword(self, name):
if isinstance(name, basestring) or is_unicode(name):
return self._item.name == name
return name.match(self._item.name)
def contains_keyword(self, name):
if isinstance(name, basestring) or is_unicode(name):
return self._item.name == name
return name.match(self._item.name)
