def delete_function(self,parent):
global l_menu
menu_name = self.eny3.get()
func_name = self.eny8.get()
if len(func_name) == 0:
return
if gui_message.ask('Do you really want to delete function [%s]?'%func_name):
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == menu_name:
functions = l_menu[i]['m_items']
number_of_functions = len(functions)
for j in range(number_of_functions):
if functions[j]['i_nam'] == func_name:
del l_menu[i]['m_items'][j]
index = parent.menu.main_menu.component('%s-menu'%menu_name).index(func_name)
parent.menu.main_menu.component('%s-menu'%menu_name).delete(index)
self.functions.remove(func_name)
try:
os.remove('%s/PCMDI_GRAPHICS/%s_%s.py'%(os.environ['HOME'],menu_name,func_name))
except:
pass
try:
os.remove('%s/PCMDI_GRAPHICS/%s_%s.pyo'%(os.environ['HOME'],menu_name,func_name))
except:
pass
self.eny8.clear()
if len(self.functions) > 0:
self.eny8.setlist(self.functions)
break
break
gui_saved_settings.save_menus()
def rename(self, evt=None):
global l_menu
menu_name = self.eny3.get()
function_name = self.eny8.get()
new_name = self.eny8a.get()
# If user tried to change the name but did not enter a new name, return
if len(new_name) == 0:
return
else:
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == menu_name:
for j in range(len(l_menu[i]['m_items'])):
# Check to see if function name already exists
if l_menu[i]['m_items'][j]['i_nam'] == new_name:
gui_message.error('Function name already exists')
return
if l_menu[i]['m_items'][j]['i_nam'] == function_name:
try:
old_filename = '%s/PCMDI_GRAPHICS/%s_%s.py' % (
os.environ['HOME'], l_menu[i]['m_nam'],
function_name)
new_filename = '%s/%s_%s.py' % (
os.path.dirname(old_filename),
l_menu[i]['m_nam'], new_name)
infile = open(old_filename, 'r')
outfile = open(new_filename, 'w')
a = infile.read().split('\n')
# Change function wrapper to use new name
a[0] = 'def %s( item_name, func_dir ):' % new_name
for k in range(len(a)):
outfile.write('%s\n' % a[k])
outfile.close()
# Remove old files
try:
os.remove(old_filename)
except:
pass
try:
os.remove('%so' % old_filename)
except:
pass
l_menu[i]['m_items'][j]['i_nam'] = new_name
index = self.functions.index(function_name)
self.functions[index] = new_name
# Dean will add code here to rename a function
# and change the command of that function to
# the new wrapped py file
self.eny8.setlist(self.functions)
self.eny8.setentry(new_name)
except os.error, values:
gui_message.error('Could not rename file: %s' %
values[1])
return
break
break
gui_saved_settings.save_menus()
def rename(self,evt = None):
global l_menu
menu_name = self.eny3.get()
function_name = self.eny8.get()
new_name = self.eny8a.get()
# If user tried to change the name but did not enter a new name, return
if len(new_name) == 0:
return
else:
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == menu_name:
for j in range(len(l_menu[i]['m_items'])):
# Check to see if function name already exists
if l_menu[i]['m_items'][j]['i_nam'] == new_name:
gui_message.error('Function name already exists')
return
if l_menu[i]['m_items'][j]['i_nam'] == function_name:
try:
old_filename = '%s/PCMDI_GRAPHICS/%s_%s.py'%(os.environ['HOME'],l_menu[i]['m_nam'],function_name)
new_filename = '%s/%s_%s.py'%(os.path.dirname(old_filename),l_menu[i]['m_nam'],new_name)
infile = open(old_filename,'r')
outfile = open(new_filename,'w')
a = infile.read().split('\n')
# Change function wrapper to use new name
a[0] = 'def %s( item_name, func_dir ):'%new_name
for k in range(len(a)):
outfile.write('%s\n'%a[k])
outfile.close()
# Remove old files
try:
os.remove(old_filename)
except:
pass
try:
os.remove('%so'%old_filename)
except:
pass
l_menu[i]['m_items'][j]['i_nam'] = new_name
index = self.functions.index(function_name)
self.functions[index] = new_name
# Dean will add code here to rename a function
# and change the command of that function to
# the new wrapped py file
self.eny8.setlist(self.functions)
self.eny8.setentry(new_name)
except os.error, values:
gui_message.error( 'Could not rename file: %s'%values[1])
return
break
break
gui_saved_settings.save_menus()
def change_description(self,parent,evt = None):
global l_menu
a = parent.menu.main_menu
nam = self.eny3.get()
descrip = self.eny4.get()
if len(nam) == 0:
return
# Freakin' yeah, this was tough enough to figure out =)
parent.balloon.bind(parent.menu.main_menu.component('%s-button'%nam),descrip)
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == nam:
l_menu[i]['m_info'] = descrip
gui_saved_settings.save_menus()
break
def del_top_menu(self, parent):
global l_menu
a = parent.menu.main_menu
nam = self.eny9.get()
if len(nam) == 0:
return
if not (gui_message.ask(
'Do you really want to\ndelete menu [%s]?' % nam)):
return
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == nam:
a.deletemenu(nam)
del l_menu[i]
#--------------------------------------
# Remove files from ~/PCMDI_GRAPHICS
#--------------------------------------
menuname = glob(os.environ['HOME'] + '/PCMDI_GRAPHICS/' + nam +
'.py')
if menuname:
os.remove(menuname)
menuitems = glob(os.environ['HOME'] + '/PCMDI_GRAPHICS/' +
nam + '_*.py*')
for j in range(len(menuitems)):
os.remove(menuitems[j])
for k in range(len(self.menus)):
if self.menus[k] == nam:
del self.menus[k]
self.eny3.setlist(self.menus)
self.eny9.setlist(self.menus)
self.eny9.setentry('')
if nam == self.eny3.get():
self.eny3.setentry('')
self.functions = []
self.func_list = []
self.eny4.clear()
self.eny5_file.clear()
self.eny6.clear()
self.eny7.clear()
self.eny8.clear()
break
break
gui_saved_settings.save_menus()
def change_description(self, parent, evt=None):
global l_menu
a = parent.menu.main_menu
nam = self.eny3.get()
descrip = self.eny4.get()
if len(nam) == 0:
return
# Freakin' yeah, this was tough enough to figure out =)
parent.balloon.bind(parent.menu.main_menu.component('%s-button' % nam),
descrip)
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == nam:
l_menu[i]['m_info'] = descrip
gui_saved_settings.save_menus()
break
def del_top_menu(self,parent):
global l_menu
a = parent.menu.main_menu
nam = self.eny9.get()
if len(nam) == 0:
return
if not (gui_message.ask('Do you really want to\ndelete menu [%s]?'%nam)):
return
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == nam:
a.deletemenu(nam)
del l_menu[i]
#--------------------------------------
# Remove files from ~/PCMDI_GRAPHICS
#--------------------------------------
menuname = glob(os.environ['HOME']+'/PCMDI_GRAPHICS/'+nam+'.py')
if menuname:
os.remove(menuname)
menuitems = glob(os.environ['HOME']+'/PCMDI_GRAPHICS/'+nam+'_*.py*')
for j in range(len(menuitems)):
os.remove(menuitems[j])
for k in range(len(self.menus)):
if self.menus[k] == nam:
del self.menus[k]
self.eny3.setlist(self.menus)
self.eny9.setlist(self.menus)
self.eny9.setentry('')
if nam == self.eny3.get():
self.eny3.setentry('')
self.functions = []
self.func_list = []
self.eny4.clear()
self.eny5_file.clear()
self.eny6.clear()
self.eny7.clear()
self.eny8.clear()
break
break
gui_saved_settings.save_menus()
def add_top_menu(self, parent, evt=None):
global l_menu
addmenu = 1
a = parent.menu.main_menu
nam = self.eny1.get()
inf = self.eny2.get()
if len(nam) == 0:
gui_message.error(('Please enter a new menu name'))
return
for i in range(len(l_menu)):
x = l_menu[i]
# Add check here to make sure menu is not already defined as
# a main menu
if x['m_nam'] == nam:
addmenu = 0
gui_message.error((
'Menu name already exists.\nPlease choose another menu name.'
))
break
# Update main menu and "Menu name" pull down menu. Update
# all appropriate fields
if addmenu:
men7 = a.addmenu(nam, inf, tearoff=1)
m_dict = {'m_nam': nam, 'm_info': inf, 'm_items': []}
l_menu.append(m_dict)
self.menus.append(nam)
self.eny3.setlist(self.menus)
self.eny3.setentry(nam)
self.eny4.setentry(inf)
self.eny9.clear()
self.eny9.setlist(self.menus)
gui_saved_settings.save_menus()
self.eny1.clear()
self.eny2.clear()
self.eny5_file.clear()
self.eny5_import.clear()
self.eny6.clear()
self.eny7.clear()
self.eny8.clear()
def add_top_menu( self, parent, evt = None ):
global l_menu
addmenu = 1
a = parent.menu.main_menu
nam = self.eny1.get()
inf = self.eny2.get()
if len(nam) == 0:
gui_message.error( ('Please enter a new menu name') )
return
for i in range( len(l_menu) ):
x = l_menu[i]
# Add check here to make sure menu is not already defined as
# a main menu
if x[ 'm_nam' ] == nam:
addmenu = 0
gui_message.error( ('Menu name already exists.\nPlease choose another menu name.'))
break
# Update main menu and "Menu name" pull down menu. Update
# all appropriate fields
if addmenu:
men7 = a.addmenu( nam, inf, tearoff = 1 )
m_dict = { 'm_nam' : nam, 'm_info' : inf, 'm_items' : [] }
l_menu.append( m_dict )
self.menus.append(nam)
self.eny3.setlist(self.menus)
self.eny3.setentry(nam)
self.eny4.setentry(inf)
self.eny9.clear()
self.eny9.setlist(self.menus)
gui_saved_settings.save_menus()
self.eny1.clear()
self.eny2.clear()
self.eny5_file.clear()
self.eny5_import.clear()
self.eny6.clear()
self.eny7.clear()
self.eny8.clear()
def delete_function(self, parent):
global l_menu
menu_name = self.eny3.get()
func_name = self.eny8.get()
if len(func_name) == 0:
return
if gui_message.ask('Do you really want to delete function [%s]?' %
func_name):
for i in range(len(l_menu)):
if l_menu[i]['m_nam'] == menu_name:
functions = l_menu[i]['m_items']
number_of_functions = len(functions)
for j in range(number_of_functions):
if functions[j]['i_nam'] == func_name:
del l_menu[i]['m_items'][j]
index = parent.menu.main_menu.component(
'%s-menu' % menu_name).index(func_name)
parent.menu.main_menu.component(
'%s-menu' % menu_name).delete(index)
self.functions.remove(func_name)
try:
os.remove(
'%s/PCMDI_GRAPHICS/%s_%s.py' %
(os.environ['HOME'], menu_name, func_name))
except:
pass
try:
os.remove(
'%s/PCMDI_GRAPHICS/%s_%s.pyo' %
(os.environ['HOME'], menu_name, func_name))
except:
pass
self.eny8.clear()
if len(self.functions) > 0:
self.eny8.setlist(self.functions)
break
break
gui_saved_settings.save_menus()
def restore_menus( parent ):
try:
for i in range(len(user_menus.set.menu_dict)):
success = 1
if user_menus.set.menu_dict[i].keys()[0] == 'Menu_name':
nam = user_menus.set.menu_dict[i].values()[0]
inf = user_menus.set.menu_dict[i+1].values()[0]
menu_name = parent.menu.main_menu.addmenu( nam, inf, tearoff = 1 )
m_dict = { 'm_nam' : nam,
'm_info' : inf,
'm_items' : [] }
l_menu.append( m_dict )
if user_menus.set.menu_dict[i].keys()[0] == 'item_Name':
i_nam = user_menus.set.menu_dict[i].values()[0]
i_dir = user_menus.set.menu_dict[i+1].values()[0]
i_fun = user_menus.set.menu_dict[i+2].values()[0]
i_file = user_menus.set.menu_dict[i+3].values()[0]
i_dict = { 'i_nam' :i_nam,
'i_dir' : i_dir,
'i_file' : i_file,
'i_fun' : i_fun
}
l_item = m_dict[ 'm_items' ]
pfile_name = nam + '_' + i_dict['i_nam']
if i_dir != '-999':
current_directory = os.getcwd()
try:
eval('os.chdir(i_dir)')
except:
success = 0
gui_message.error('Could not access module directory')
pass
eval('os.chdir(current_directory)')
try:
exec "from %s import %s" % (pfile_name, i_dict['i_nam'])
except:
success = 0
m1 = ( 'Cannot access def [ %s ] in .py file [ %s ]'
% (i_dict['i_nam'],pfile_name) )
gui_message.error( m1 )
pass
try:
f = eval( i_dict['i_nam'] )
parent.menu.main_menu.addmenuitem( nam, 'command', ' ',
label = i_nam,
command = gui_control.Command( f, i_dict['i_nam'], i_dict['i_dir'] ) )
except:
success = 0
pass
if success:
l_item.append( i_dict )
gui_saved_settings.save_menus()
except:
pass
try:
exec "from %s import %s" % (pfile_name, i_dict['i_nam'])
except Exception,err:
m1 = ( 'Cannot access def [ %s ] in .py file [ %s ]\nError was %s'
% (pfile_name, i_dict['i_nam'],err) )
gui_message.error( m1 )
return
f = eval( i_dict['i_nam'] )
men7 = parent.menu.main_menu.addmenuitem( menu_name, 'command', ' ',
label = menu_item,
command = gui_control.Command( f, i_dict['i_nam'], i_dict['i_dir'] ) )
self.eny6.setentry('')
self.eny7.clear()
gui_saved_settings.save_menus()
self.functions.append(menu_item)
self.eny8.setlist(self.functions)
#---------------------------------------------
# Delete a function from the main menu bar
#---------------------------------------------
def delete_function(self,parent):
global l_menu
menu_name = self.eny3.get()
func_name = self.eny8.get()
if len(func_name) == 0:
return
if gui_message.ask('Do you really want to delete function [%s]?'%func_name):
def restore_menus(parent):
try:
for i in range(len(user_menus.set.menu_dict)):
success = 1
if user_menus.set.menu_dict[i].keys()[0] == 'Menu_name':
nam = user_menus.set.menu_dict[i].values()[0]
inf = user_menus.set.menu_dict[i + 1].values()[0]
menu_name = parent.menu.main_menu.addmenu(nam, inf, tearoff=1)
m_dict = {'m_nam': nam, 'm_info': inf, 'm_items': []}
l_menu.append(m_dict)
if user_menus.set.menu_dict[i].keys()[0] == 'item_Name':
i_nam = user_menus.set.menu_dict[i].values()[0]
i_dir = user_menus.set.menu_dict[i + 1].values()[0]
i_fun = user_menus.set.menu_dict[i + 2].values()[0]
i_file = user_menus.set.menu_dict[i + 3].values()[0]
i_dict = {
'i_nam': i_nam,
'i_dir': i_dir,
'i_file': i_file,
'i_fun': i_fun
}
l_item = m_dict['m_items']
pfile_name = nam + '_' + i_dict['i_nam']
if i_dir != '-999':
current_directory = os.getcwd()
try:
eval('os.chdir(i_dir)')
except:
success = 0
gui_message.error('Could not access module directory')
pass
eval('os.chdir(current_directory)')
try:
exec "from %s import %s" % (pfile_name, i_dict['i_nam'])
except:
success = 0
m1 = ('Cannot access def [ %s ] in .py file [ %s ]' %
(i_dict['i_nam'], pfile_name))
gui_message.error(m1)
pass
try:
f = eval(i_dict['i_nam'])
parent.menu.main_menu.addmenuitem(
nam,
'command',
' ',
label=i_nam,
command=gui_control.Command(f, i_dict['i_nam'],
i_dict['i_dir']))
except:
success = 0
pass
if success:
l_item.append(i_dict)
gui_saved_settings.save_menus()
except:
pass
(pfile_name, i_dict['i_nam'], err))
gui_message.error(m1)
return
f = eval(i_dict['i_nam'])
men7 = parent.menu.main_menu.addmenuitem(menu_name,
'command',
' ',
label=menu_item,
command=gui_control.Command(
f, i_dict['i_nam'],
i_dict['i_dir']))
self.eny6.setentry('')
self.eny7.clear()
gui_saved_settings.save_menus()
self.functions.append(menu_item)
self.eny8.setlist(self.functions)
#---------------------------------------------
# Delete a function from the main menu bar
#---------------------------------------------
def delete_function(self, parent):
global l_menu
menu_name = self.eny3.get()
func_name = self.eny8.get()
if len(func_name) == 0:
return
if gui_message.ask('Do you really want to delete function [%s]?' %
