def getCurrentProjectName(self):
item = self.tree.GetSelection()
if not self.is_ok(item):
projectname = ''
else:
projectname = common.getProjectName(self.get_node_filename(item))
return projectname
def getCurrentProjectName(self):
item = self.tree.GetSelection()
if not self.is_ok(item):
projectname = ''
else:
projectname = common.getProjectName(self.get_node_filename(item))
return projectname
def other_popup_menu(editor, projectname, menus):
if editor.languagename == 'xml' and 'docbook' in common.getProjectName(editor.filename):
menus.extend([(None, #parent menu id
[
(50, 'IDPM_DOCBOOK_PROJECT', 'DocBook', wx.ITEM_NORMAL, '', ''),
(51, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
('IDPM_DOCBOOK_PROJECT',
[
(100, 'IDPM_DOCBOOK_PROJECT_ENCLOSE', tr('Add/Enclose With DocBook Element...'), wx.ITEM_NORMAL, 'OnDocbookProjectFunc', tr('Add or enclose selected text with docbook element.')),
]),
])
def other_popup_menu(editor, projectname, menus):
if editor.languagename == 'python' and 'django' in common.getProjectName(editor.filename):
menus.extend([(None, #parent menu id
[
(30, 'IDPM_DJANGO_PROJECT', tr('&Django'), wx.ITEM_NORMAL, '', ''),
(40, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
('IDPM_DJANGO_PROJECT',
[
(100, 'IDPM_DJANGO_PROJECT_NEW_MODEL', tr('&New Model'), wx.ITEM_NORMAL, 'OnDjangoProjectFunc', tr('Create a new model.')),
(110, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
])
def other_popup_menu(editor, projectname, menus):
if editor.languagename == 'js' and 'jquery' in common.getProjectName(editor.filename):
menus.extend([(None, #parent menu id
[
(30, 'IDPM_JQUERY_PROJECT', tr('jQuery'), wx.ITEM_NORMAL, '', ''),
# (40, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
('IDPM_JQUERY_PROJECT',
[
(100, 'IDPM_JQUERY_PROJECT_CREATE_COMMENT', tr('Create Comment for Function'), wx.ITEM_NORMAL, 'OnJQueryProjectFunc', tr('Creates comment for a function.')),
# (110, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
])
def OnPopUp(self, event):
other_menus = []
if self.popmenu:
self.popmenu.Destroy()
self.popmenu = None
self.callplugin('other_popup_menu', self, common.getProjectName(self.filename), other_menus)
import copy
if other_menus:
pop_menus = copy.deepcopy(TextEditor.popmenulist + other_menus)
else:
pop_menus = copy.deepcopy(TextEditor.popmenulist)
self.popmenu = pop_menus = makemenu.makepopmenu(self, pop_menus, TextEditor.imagelist)
self.PopupMenu(self.popmenu, event.GetPosition())
def OnPopUp(self, event):
other_menus = []
if self.popmenu:
self.popmenu.Destroy()
self.popmenu = None
self.callplugin('other_popup_menu', self,
common.getProjectName(self.filename), other_menus)
import copy
if other_menus:
pop_menus = copy.deepcopy(TextEditor.popmenulist + other_menus)
else:
pop_menus = copy.deepcopy(TextEditor.popmenulist)
self.popmenu = pop_menus = makemenu.makepopmenu(
self, pop_menus, TextEditor.imagelist)
self.PopupMenu(self.popmenu, event.GetPosition())
def other_popup_menu(editor, projectname, menus):
if editor.languagename == 'xml' and 'docbook' in common.getProjectName(
editor.filename):
menus.extend([
(
None, #parent menu id
[
(50, 'IDPM_DOCBOOK_PROJECT', 'DocBook', wx.ITEM_NORMAL, '',
''),
(51, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
('IDPM_DOCBOOK_PROJECT', [
(100, 'IDPM_DOCBOOK_PROJECT_ENCLOSE',
tr('Add/Enclose With DocBook Element...'), wx.ITEM_NORMAL,
'OnDocbookProjectFunc',
tr('Add or enclose selected text with docbook element.')),
]),
])
def other_popup_menu(editor, projectname, menus):
if editor.languagename == 'python' and 'django' in common.getProjectName(
editor.filename):
menus.extend([
(
None, #parent menu id
[
(30, 'IDPM_DJANGO_PROJECT', tr('&Django'), wx.ITEM_NORMAL,
'', ''),
(40, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
('IDPM_DJANGO_PROJECT', [
(100, 'IDPM_DJANGO_PROJECT_NEW_MODEL', tr('&New Model'),
wx.ITEM_NORMAL, 'OnDjangoProjectFunc',
tr('Create a new model.')),
(110, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
])
def other_popup_menu(editor, projectname, menus):
if editor.languagename == 'js' and 'jquery' in common.getProjectName(
editor.filename):
menus.extend([
(
None, #parent menu id
[
(30, 'IDPM_JQUERY_PROJECT', tr('jQuery'), wx.ITEM_NORMAL,
'', ''),
# (40, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
(
'IDPM_JQUERY_PROJECT',
[
(100, 'IDPM_JQUERY_PROJECT_CREATE_COMMENT',
tr('Create Comment for Function'), wx.ITEM_NORMAL,
'OnJQueryProjectFunc',
tr('Creates comment for a function.')),
# (110, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
])
def other_popup_menu(editor, projectname, menus):
if 'web2py' in common.getProjectName(editor.filename):
path = common.getProjectHome(editor.filename)
if not os.path.exists(os.path.join(path, "web2py.py")):
common.showerror(
win,
tr("setting web2py project is not correctly, you must setting project on web2py folder"
))
return
if editor.filename.count(root) > 1:
common.showerror(
win,
tr(" '%s' occur twice, we can't handle this situation" % root))
return
if dynamic_menu(editor):
menus.extend([
(
None, #parent menu id
[
(30, 'IDPM_WEB2PY_PROJECT', tr('&Web2py'),
wx.ITEM_NORMAL, '', ''),
(35, 'IDPM_WEB2PY_PROJECT_CONTROLLERS_VIEW',
dynamic_menu(editor), wx.ITEM_NORMAL,
'OnWeb2pyProjectFunc',
tr('Create a view or open view.')),
(38, 'IDPM_WEB2PY_PROJECT_CONTROLLERS_WEB',
dynamic_menu(editor, 'web'), wx.ITEM_NORMAL,
'OnWeb2pyProjectFunc', tr('visit web site')),
(40, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
(
'IDPM_WEB2PY_PROJECT',
[
## (100, 'IDPM_WEB2PY_PROJECT_CONTROLLERS_VIEW', dynamic_menu(editor), wx.ITEM_NORMAL, 'OnWeb2pyProjectFunc', tr('Create a view or open view.')),
(110, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
])
def other_popup_menu(editor, projectname, menus):
if 'web2py' in common.getProjectName(editor.filename):
path = common.getProjectHome(editor.filename)
if not os.path.exists(os.path.join(path, "web2py.py")):
common.showerror(win, tr("setting web2py project is not correctly, you must setting project on web2py folder"))
return
if editor.filename.count(root)>1:
common.showerror(win, tr(" '%s' occur twice, we can't handle this situation" % root))
return
if dynamic_menu(editor):
menus.extend([(None, #parent menu id
[
(30, 'IDPM_WEB2PY_PROJECT', tr('&Web2py'), wx.ITEM_NORMAL, '', ''),
(35, 'IDPM_WEB2PY_PROJECT_CONTROLLERS_VIEW', dynamic_menu(editor), wx.ITEM_NORMAL, 'OnWeb2pyProjectFunc', tr('Create a view or open view.')),
(38, 'IDPM_WEB2PY_PROJECT_CONTROLLERS_WEB', dynamic_menu(editor, 'web'), wx.ITEM_NORMAL, 'OnWeb2pyProjectFunc', tr('visit web site')),
(40, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
('IDPM_WEB2PY_PROJECT',
[
## (100, 'IDPM_WEB2PY_PROJECT_CONTROLLERS_VIEW', dynamic_menu(editor), wx.ITEM_NORMAL, 'OnWeb2pyProjectFunc', tr('Create a view or open view.')),
(110, '', '-', wx.ITEM_SEPARATOR, None, ''),
]),
])
def _run(self):
if not self.syncvar.empty:
return True
win = self.editor
objs = self.get_all_acps()
if not objs:
return False
else:
#matching
for obj in objs:
if not self.syncvar.empty:
return True
if obj.projectname and obj.projectname not in common.getProjectName(win.filename):
continue
#autostring
if obj.autostring.has_key(self.key):
s = obj.autostring[self.key]
for k, text in s:
if not self.syncvar.empty:
return True
word, start, end = self.getWord(k)
if k == word:
if self.parse_result(obj, text, start, end, self.key, matchtext=None):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
def f():
win.BeginUndoAction()
win.SetTargetStart(start)
win.SetTargetEnd(end)
win.ReplaceTarget('')
win.GotoPos(start)
self.settext(text)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
win.word_len = start, end + 1
win.replace_strings = None
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
#autostring_append
if obj.autostring_append.has_key(self.key):
s = obj.autostring_append[self.key]
for k, text in s:
word, start, end = self.getWord(k)
if k == word:
if self.parse_result(obj, text, start, end, self.key):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
def f():
win.BeginUndoAction()
self.settext(text)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
win.replace_strings = None
win.word_len = win.GetCurrentPos(), -1
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
#autore
if obj.autore.has_key(self.key):
line = win.GetCurrentLine()
txt = win.GetTextRange(win.PositionFromLine(line), win.GetCurrentPos())
txt = txt.encode('utf-8')
s = obj.autore[self.key]
length = len(txt)
flag = False
for k, text in s:
pos = 0
b = k.search(txt, pos)
while b:
if b.end() == length: #find
flag = True
break
else:
pos += 1
b = k.search(txt, pos)
if flag:
r = []
r.append(unicode(b.group(), 'utf-8'))
r.extend([unicode(x, 'utf-8') for x in b.groups()])
if self.parse_result(obj, text, 0, 0, self.key, matchtext=r, line=line, matchobj=b):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
m = []
for p in text:
for i in range(len(r)):
p = p.replace('\\' + str(i), r[i])
m.append(p)
def f():
win.BeginUndoAction()
pos = win.PositionFromLine(line)
win.SetTargetStart(pos + b.start())
win.SetTargetEnd(pos + b.end())
win.ReplaceTarget('')
win.GotoPos(pos + b.start())
self.settext(m)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
pos = win.PositionFromLine(line)
win.replace_strings = r
win.word_len = pos + b.start(), pos + b.end()
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
#autore_append
if obj.autore_append.has_key(self.key):
line = win.GetCurrentLine()
txt = win.GetTextRange(win.PositionFromLine(line), win.GetCurrentPos())
txt = txt.encode('utf-8')
s = obj.autore_append[self.key]
length = len(txt)
flag = False
for k, text in s:
pos = 0
b = k.search(txt, pos)
while b:
if b.end() == length: #find
flag = True
break
else:
pos += 1
b = k.search(txt, pos)
if flag:
r = []
r.append(unicode(b.group(), 'utf-8'))
r.extend(unicode(x, 'utf-8') for x in b.groups())
if self.parse_result(obj, text, 0, 0, self.key, matchtext=r, line=line, matchobj=b):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
m = []
for p in text:
for i in range(len(r)):
p = p.replace('\\' + str(i), r[i])
m.append(p)
def f():
win.BeginUndoAction()
self.settext(m)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
pos = win.PositionFromLine(line)
win.replace_strings = r
win.word_len = win.GetCurrentPos(), -1
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
else:
if self.on_char: #in on_char event
#deal with auto identifiers
result = False
try:
if self.key[0] == 0 and self.key[1] == ord('('):
self.process_calltip_begin()
result = True
elif self.key[0] == 0 and self.key[1] == ord(')'):
self.process_calltip_end()
result = True
elif self.key[0] == 0 and self.key[1] == ord('.'):
self.process_autocomplete()
result = True
if not result:
return self.process_default()
else:
return True
except StopException:
pass
except:
error.traceback()
return False
def _run(self):
if not self.syncvar.empty:
return True
win = self.editor
objs = self.get_all_acps()
if not objs:
return False
else:
#matching
for obj in objs:
if not self.syncvar.empty:
return True
if obj.projectname and obj.projectname not in common.getProjectName(
win.filename):
continue
#autostring
if obj.autostring.has_key(self.key):
s = obj.autostring[self.key]
for k, text in s:
if not self.syncvar.empty:
return True
word, start, end = self.getWord(k)
if k == word:
if self.parse_result(obj,
text,
start,
end,
self.key,
matchtext=None):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
def f():
win.BeginUndoAction()
win.SetTargetStart(start)
win.SetTargetEnd(end)
win.ReplaceTarget('')
win.GotoPos(start)
self.settext(text)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
win.word_len = start, end + 1
win.replace_strings = None
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
#autostring_append
if obj.autostring_append.has_key(self.key):
s = obj.autostring_append[self.key]
for k, text in s:
word, start, end = self.getWord(k)
if k == word:
if self.parse_result(obj, text, start, end,
self.key):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
def f():
win.BeginUndoAction()
self.settext(text)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
win.replace_strings = None
win.word_len = win.GetCurrentPos(), -1
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
#autore
if obj.autore.has_key(self.key):
line = win.GetCurrentLine()
txt = win.GetTextRange(win.PositionFromLine(line),
win.GetCurrentPos())
txt = txt.encode('utf-8')
s = obj.autore[self.key]
length = len(txt)
flag = False
for k, text in s:
pos = 0
b = k.search(txt, pos)
while b:
if b.end() == length: #find
flag = True
break
else:
pos += 1
b = k.search(txt, pos)
if flag:
r = []
r.append(unicode(b.group(), 'utf-8'))
r.extend([unicode(x, 'utf-8') for x in b.groups()])
if self.parse_result(obj,
text,
0,
0,
self.key,
matchtext=r,
line=line,
matchobj=b):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
m = []
for p in text:
for i in range(len(r)):
p = p.replace('\\' + str(i), r[i])
m.append(p)
def f():
win.BeginUndoAction()
pos = win.PositionFromLine(line)
win.SetTargetStart(pos + b.start())
win.SetTargetEnd(pos + b.end())
win.ReplaceTarget('')
win.GotoPos(pos + b.start())
self.settext(m)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
pos = win.PositionFromLine(line)
win.replace_strings = r
win.word_len = pos + b.start(
), pos + b.end()
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
#autore_append
if obj.autore_append.has_key(self.key):
line = win.GetCurrentLine()
txt = win.GetTextRange(win.PositionFromLine(line),
win.GetCurrentPos())
txt = txt.encode('utf-8')
s = obj.autore_append[self.key]
length = len(txt)
flag = False
for k, text in s:
pos = 0
b = k.search(txt, pos)
while b:
if b.end() == length: #find
flag = True
break
else:
pos += 1
b = k.search(txt, pos)
if flag:
r = []
r.append(unicode(b.group(), 'utf-8'))
r.extend(unicode(x, 'utf-8') for x in b.groups())
if self.parse_result(obj,
text,
0,
0,
self.key,
matchtext=r,
line=line,
matchobj=b):
return True
if win.AutoCompActive():
self.postcall(win.AutoCompCancel)
if not isinstance(text, list):
m = []
for p in text:
for i in range(len(r)):
p = p.replace('\\' + str(i), r[i])
m.append(p)
def f():
win.BeginUndoAction()
self.settext(m)
win.EndUndoAction()
self.postcall(f)
return True
else:
def f():
win.BeginUndoAction()
# win.inputassistant_obj = obj
pos = win.PositionFromLine(line)
win.replace_strings = r
win.word_len = win.GetCurrentPos(), -1
win.UserListShow(list_type, " ".join(text))
win.EndUndoAction()
self.postcall(f)
return True
else:
if self.on_char: #in on_char event
#deal with auto identifiers
result = False
try:
if self.key[0] == 0 and self.key[1] == ord('('):
self.process_calltip_begin()
result = True
elif self.key[0] == 0 and self.key[1] == ord(')'):
self.process_calltip_end()
result = True
elif self.key[0] == 0 and self.key[1] == ord('.'):
self.process_autocomplete()
result = True
if not result:
return self.process_default()
else:
return True
except StopException:
pass
except:
error.traceback()
return False
