def install_default_auto_identifier(self, obj):
if not obj.ini.has_key('auto_default'):
return
r = obj.ini.auto_default.values()
if not r:
return
slist = []
for i in r:
func = self.get_function(i)
if func:
try:
result = func(self.editor)
if result:
slist.extend(result)
except:
error.error('Execute %s.%s failed!' % (func.module_name, func.function_name))
error.traceback()
return False
else:
if not isinstance(i, list):
slist.append(i)
else:
slist.extend(i)
d = self.editor.default_auto_identifier
for i in slist:
if len(i) <= 1:
continue
k = i[0].upper()
s = d.setdefault(k, [])
if i not in s:
s.append(i)
for k, v in d.items():
d[k].sort(lambda x, y:cmp(x.upper(), y.upper()))
def get_function(self, modstring):
func = None
if not isinstance(modstring, list) and modstring.startswith('@'):
module, function = modstring[1:].rsplit('.', 1)
if self.acpmodules.has_key(module):
mod = self.acpmodules[module]
if self.need_reinstall_module(mod):
mod = reload(mod)
self.set_modules_time(mod)
else:
try:
mod = __import__(module, [], [], [''])
self.set_modules_time(mod)
except:
error.error("Can't load the module " + module)
error.traceback()
return False
self.acpmodules[module] = mod
func = getattr(mod, function, None)
if not callable(func):
func = None
else:
func.module_name = module
func.function_name = function
return func
def get_function(self, modstring):
func = None
if not isinstance(modstring, list) and modstring.startswith('@'):
module, function = modstring[1:].rsplit('.', 1)
if self.acpmodules.has_key(module):
mod = self.acpmodules[module]
if self.need_reinstall_module(mod):
mod = reload(mod)
self.set_modules_time(mod)
else:
try:
mod = __import__(module, [], [], [''])
self.set_modules_time(mod)
except:
error.error("Can't load the module " + module)
error.traceback()
return False
self.acpmodules[module] = mod
func = getattr(mod, function, None)
if not callable(func):
func = None
else:
func.module_name = module
func.function_name = function
return func
def install_default_auto_identifier(self, obj):
if not obj.ini.has_key('auto_default'):
return
r = obj.ini.auto_default.values()
if not r:
return
slist = []
for i in r:
func = self.get_function(i)
if func:
try:
result = func(self.editor)
if result:
slist.extend(result)
except:
error.error('Execute %s.%s failed!' %
(func.module_name, func.function_name))
error.traceback()
return False
else:
if not isinstance(i, list):
slist.append(i)
else:
slist.extend(i)
d = self.editor.default_auto_identifier
for i in slist:
if len(i) <= 1:
continue
k = i[0].upper()
s = d.setdefault(k, [])
if i not in s:
s.append(i)
for k, v in d.items():
d[k].sort(lambda x, y: cmp(x.upper(), y.upper()))
def loadEasySyntaxItems(self):
if not self.syntaxitems:
self.initSyntaxItems()
else:
def get_id(s):
return s.replace(' ', '_').lower()
for name, style, display in self.syntaxitems:
_id = get_id(name)
i = 0
old_id = _id
while 1:
if i:
_id = "%s%d" % (old_id, i)
if not self._syntaxitems.has_key(_id):
self._syntaxitems[_id] = SyntaxItem(
_id, name, style, display)
self._syntaxnames.append(_id)
break
else:
error.error(
tr('The name [%s] is already existed in lexer [%s]'
) % (name, self.name))
i += 1
def init_accelerator(win, accellist, editoraccellist):
ini = common.get_config_file_obj(onelevel=True)
keylist = {}
for mid, v in accellist.items():
keys, func = v
if not keys:
continue
if not keys in keylist:
keylist[keys] = (mid, 'main')
else:
error.error('There is already %s defined! Please check.' % keys)
for mid, v in editoraccellist.items():
keys, func = v
if not keys in keylist:
keylist[keys] = (mid, 'editor')
else:
error.error('There is already %s defined! Please check.' % keys)
#mid can be a mainframe menu ID or a mainframe function name
#which should only has one parameter
for mid, hotkey in ini.main_hotkey.items():
_id, _t = keylist.get(hotkey, ('', ''))
if _id:
if _t == 'main':
keys, func = accellist[_id]
accellist[_id] = ('', func)
else:
keys, func = editoraccellist[_id]
editoraccellist[_id] = ('', func)
if mid in editoraccellist:
keys, func = editoraccellist[mid]
del editoraccellist[mid]
accellist[mid] = (hotkey, func)
elif mid in accellist:
keys, func = accellist[mid]
accellist[mid] = (hotkey, func)
#mid can be a editor menu ID or a editor function name
#which should only has one parameter
for mid, hotkey in ini.editor_hotkey.items():
_id, _t = keylist.get(hotkey, ('', ''))
if _id:
if _t == 'main':
keys, func = accellist[_id]
accellist[_id] = ('', func)
else:
keys, func = editoraccellist[_id]
editoraccellist[_id] = ('', func)
if accellist.has_key(mid):
keys, func = accellist[mid]
del accellist[mid]
editoraccellist[mid] = (hotkey, func)
elif editoraccellist.has_key(mid):
keys, func = editoraccellist[mid]
editoraccellist[mid] = (hotkey, func)
def init_accelerator(win, accellist, editoraccellist):
ini = common.get_config_file_obj(onelevel=True)
keylist = {}
for mid, v in accellist.items():
keys, func = v
if not keys:
continue
if not keys in keylist:
keylist[keys] = (mid, 'main')
else:
error.error('There is already %s defined! Please check.' % keys)
for mid, v in editoraccellist.items():
keys, func = v
if not keys in keylist:
keylist[keys] = (mid, 'editor')
else:
error.error('There is already %s defined! Please check.' % keys)
#mid can be a mainframe menu ID or a mainframe function name
#which should only has one parameter
for mid, hotkey in ini.main_hotkey.items():
_id, _t = keylist.get(hotkey, ('', ''))
if _id:
if _t == 'main':
keys, func = accellist[_id]
accellist[_id] = ('', func)
else:
keys, func = editoraccellist[_id]
editoraccellist[_id] = ('', func)
if mid in editoraccellist:
keys, func = editoraccellist[mid]
del editoraccellist[mid]
accellist[mid] = (hotkey, func)
elif mid in accellist:
keys, func = accellist[mid]
accellist[mid] = (hotkey, func)
#mid can be a editor menu ID or a editor function name
#which should only has one parameter
for mid, hotkey in ini.editor_hotkey.items():
_id, _t = keylist.get(hotkey, ('', ''))
if _id:
if _t == 'main':
keys, func = accellist[_id]
accellist[_id] = ('', func)
else:
keys, func = editoraccellist[_id]
editoraccellist[_id] = ('', func)
if accellist.has_key(mid):
keys, func = accellist[mid]
del accellist[mid]
editoraccellist[mid] = (hotkey, func)
elif editoraccellist.has_key(mid):
keys, func = editoraccellist[mid]
editoraccellist[mid] = (hotkey, func)
def addSyntaxItem(self, name, dispname, wx_const, defaultstylestring):
if not self._syntaxitems.has_key(name):
self._syntaxitems[name] = SyntaxItem(name, dispname, wx_const,
defaultstylestring)
self._syntaxnames.append(name)
else:
error.error(
tr('The name [%s] is already existed in lexer [%s]') %
(name, self.name))
def convert_key(self, keydef):
f = 0
ikey = 0
for k in keydef.split('+'):
uk = k.upper()
if uk == 'CTRL':
f |= wx.stc.STC_SCMOD_CTRL
elif uk == 'ALT':
f |= wx.stc.STC_SCMOD_ALT
elif uk == 'SHIFT':
f |= wx.stc.STC_SCMOD_SHIFT
elif keylist.has_key(uk):
ikey = keylist[uk]
elif len(uk) == 1:
ikey = ord(uk)
else:
error.error("[TextEditor] Undefined char [%s]" % uk)
continue
return f, ikey
def convert_key(self, keydef):
f = 0
ikey = 0
for k in keydef.split('+'):
uk = k.upper()
if uk == 'CTRL':
f |= wx.stc.STC_SCMOD_CTRL
elif uk == 'ALT':
f |= wx.stc.STC_SCMOD_ALT
elif uk == 'SHIFT':
f |= wx.stc.STC_SCMOD_SHIFT
elif keylist.has_key(uk):
ikey = keylist[uk]
elif len(uk) == 1:
ikey = ord(uk)
else:
error.error("[TextEditor] Undefined char [%s]" % uk)
continue
return f, ikey
def loadEasySyntaxItems(self):
if not self.syntaxitems:
self.initSyntaxItems()
else:
def get_id(s):
return s.replace(' ', '_').lower()
for name, style, display in self.syntaxitems:
_id = get_id(name)
i = 0
old_id = _id
while 1:
if i:
_id = "%s%d" % (old_id, i)
if not self._syntaxitems.has_key(_id):
self._syntaxitems[_id] = SyntaxItem(_id, name, style, display)
self._syntaxnames.append(_id)
break
else:
error.error(tr('The name [%s] is already existed in lexer [%s]') % (name, self.name))
i += 1
def parse_result(self, assistant_obj, text, start, end, key='', matchtext='', line=None, matchobj=None):
""" return True if success
return False is failed
"""
win = self.editor
text = text[0]
if (text and text[0] == '@') or (assistant_obj.ini.has_key('auto_funcs') and assistant_obj.ini.auto_funcs.has_key(text)): #maybe a function
if text[0] != '@':
modstring = assistant_obj.auto_funcs.get(text)
else:
modstring = text
func = self.get_function(modstring)
if func:
try:
flag, result = func(win, matchobj)
if isinstance(result, tuple):
result = list(result)
result.sort(lambda x, y:cmp(x.upper(), y.upper()))
elif isinstance(result, list):
result.sort(lambda x, y:cmp(x.upper(), y.upper()))
except:
error.error('Execute %s.%s failed!' % (func.module_name, func.function_name))
error.traceback()
return False
if flag == 'replace':
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if isinstance(result, list):
def f():
win.BeginUndoAction()
# win.inputassistant_obj = assistant_obj
pos = win.PositionFromLine(line)
win.replace_strings = matchtext
win.word_len = pos + matchobj.start(), pos + matchobj.end()
win.UserListShow(list_type, " ".join(result))
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
win.SetTargetStart(start)
win.SetTargetEnd(end)
win.ReplaceTarget('')
win.GotoPos(start)
self.settext(result)
win.EndUndoAction()
self.postcall(f)
return True
elif flag == 'append':
if win.AutoCompActive():
wx.CallAfter(win.AutoCompCancel)
if isinstance(result, list):
def f():
win.BeginUndoAction()
# win.inputassistant_obj = assistant_obj
win.replace_strings = matchtext
win.word_len = win.GetCurrentPos(), -1
win.UserListShow(list_type, " ".join(result))
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
self.settext(result)
win.EndUndoAction()
self.postcall(f)
return True
elif flag == "blank":
return True
else:
error.error("Can't recognize result type " + flag)
error.traceback()
return True
return False
def parse_result(self,
assistant_obj,
text,
start,
end,
key='',
matchtext='',
line=None,
matchobj=None):
""" return True if success
return False is failed
"""
win = self.editor
text = text[0]
if (text and text[0] == '@') or (
assistant_obj.ini.has_key('auto_funcs') and
assistant_obj.ini.auto_funcs.has_key(text)): #maybe a function
if text[0] != '@':
modstring = assistant_obj.auto_funcs.get(text)
else:
modstring = text
func = self.get_function(modstring)
if func:
try:
flag, result = func(win, matchobj)
if isinstance(result, tuple):
result = list(result)
result.sort(lambda x, y: cmp(x.upper(), y.upper()))
elif isinstance(result, list):
result.sort(lambda x, y: cmp(x.upper(), y.upper()))
except:
error.error('Execute %s.%s failed!' %
(func.module_name, func.function_name))
error.traceback()
return False
if flag == 'replace':
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if isinstance(result, list):
def f():
win.BeginUndoAction()
# win.inputassistant_obj = assistant_obj
pos = win.PositionFromLine(line)
win.replace_strings = matchtext
win.word_len = pos + matchobj.start(
), pos + matchobj.end()
win.UserListShow(list_type, " ".join(result))
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
win.SetTargetStart(start)
win.SetTargetEnd(end)
win.ReplaceTarget('')
win.GotoPos(start)
self.settext(result)
win.EndUndoAction()
self.postcall(f)
return True
elif flag == 'append':
if win.AutoCompActive():
wx.CallAfter(win.AutoCompCancel)
if isinstance(result, list):
def f():
win.BeginUndoAction()
# win.inputassistant_obj = assistant_obj
win.replace_strings = matchtext
win.word_len = win.GetCurrentPos(), -1
win.UserListShow(list_type, " ".join(result))
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
self.settext(result)
win.EndUndoAction()
self.postcall(f)
return True
elif flag == "blank":
return True
else:
error.error("Can't recognize result type " + flag)
error.traceback()
return True
return False
def addSyntaxItem(self, name, dispname, wx_const, defaultstylestring):
if not self._syntaxitems.has_key(name):
self._syntaxitems[name] = SyntaxItem(name, dispname, wx_const, defaultstylestring)
self._syntaxnames.append(name)
else:
error.error(tr('The name [%s] is already existed in lexer [%s]') % (name, self.name))
def ColumnEditAction(win, event, col, begin, end, in_key_down=False):
"""if dealed then return True"""
char = event.GetKeyCode()
alt = event.AltDown()
shift = event.ShiftDown()
ctrl = event.ControlDown()
line = win.GetCurrentLine()
f = None
if in_key_down:
if not alt and not shift and not ctrl:
if char == wx.WXK_RETURN:
return True
elif char == wx.WXK_DELETE:
def func(win, line):
if win.GetCurrentPos() < win.GetLineEndPosition(line) and win.GetLineEndPosition(line) > 0:
win.execute_key('DEL')
f = func
elif char == wx.WXK_TAB:
def func(win, line):
win.execute_key('TAB')
f = func
elif char == wx.WXK_BACK:
def func(win, line):
col = win.GetCurrentPos() - win.PositionFromLine(line)
if col == 0:
if win.GetLineEndPosition(line) > 0:
win.execute_key('DEL')
else:
win.execute_key(wx.stc.STC_CMD_DELETEBACK)
f = func
else:
return False
else:
return False
else:
if not ((31 <char < 127) or char > wx.WXK_PAGEDOWN):
return False
i = 0
win.BeginUndoAction()
try:
lastline = win.GetCurrentLine()
while begin+i <= end:
delta = win.PositionFromLine(begin+i) + col - win.GetLineEndPosition(begin+i)
if delta > 0:
win.GotoPos(win.GetLineEndPosition(begin+i))
win.AddText(' '*delta)
else:
win.GotoPos(win.PositionFromLine(begin+i) + col)
if f:
f(win, begin+i)
else:
if 31 <char < 127:
win.AddText(chr(char))
else:
try:
win.AddText(unichr(char))
except:
error.error("Conver %d to unichar failed" % char)
error.traceback()
break
if begin + i == lastline:
lastpos = win.GetCurrentPos()
i += 1
win.GotoPos(lastpos)
finally:
win.EndUndoAction()
return True
def ColumnEditAction(win, event, col, begin, end, in_key_down=False):
"""if dealed then return True"""
char = event.GetKeyCode()
alt = event.AltDown()
shift = event.ShiftDown()
ctrl = event.ControlDown()
line = win.GetCurrentLine()
f = None
if in_key_down:
if not alt and not shift and not ctrl:
if char == wx.WXK_RETURN:
return True
elif char == wx.WXK_DELETE:
def func(win, line):
if win.GetCurrentPos() < win.GetLineEndPosition(
line) and win.GetLineEndPosition(line) > 0:
win.execute_key('DEL')
f = func
elif char == wx.WXK_TAB:
def func(win, line):
win.execute_key('TAB')
f = func
elif char == wx.WXK_BACK:
def func(win, line):
col = win.GetCurrentPos() - win.PositionFromLine(line)
if col == 0:
if win.GetLineEndPosition(line) > 0:
win.execute_key('DEL')
else:
win.execute_key(wx.stc.STC_CMD_DELETEBACK)
f = func
else:
return False
else:
return False
else:
if not ((31 < char < 127) or char > wx.WXK_PAGEDOWN):
return False
i = 0
win.BeginUndoAction()
try:
lastline = win.GetCurrentLine()
while begin + i <= end:
delta = win.PositionFromLine(
begin + i) + col - win.GetLineEndPosition(begin + i)
if delta > 0:
win.GotoPos(win.GetLineEndPosition(begin + i))
win.AddText(' ' * delta)
else:
win.GotoPos(win.PositionFromLine(begin + i) + col)
if f:
f(win, begin + i)
else:
if 31 < char < 127:
win.AddText(chr(char))
else:
try:
win.AddText(unichr(char))
except:
error.error("Conver %d to unichar failed" % char)
error.traceback()
break
if begin + i == lastline:
lastpos = win.GetCurrentPos()
i += 1
win.GotoPos(lastpos)
finally:
win.EndUndoAction()
return True