def ImportExes(self, event=None):
event_id = event.GetId()
if event_id == btnid.IMPORT:
# First clear the Auto-Link display and the executable list
self.Executables.Reset()
# Get executables from "files" tab
file_list = GetField(pgid.FILES, inputid.LIST)
for INDEX in range(file_list.GetItemCount()):
# Get the filename from the source
file_name = file_list.GetFilename(INDEX, basename=True)
file_path = file_list.GetPath(INDEX)
# Where the file linked to will be installed
file_target = file_list.GetItem(INDEX, 1)
# Walk directory to find executables
if file_list.IsDirectory(INDEX):
for EXE in GetFiles(file_path, os.X_OK):
self.Executables.Append(FileItem(EXE, file_target))
# Search for executables (distinguished by red text)
elif file_list.IsExecutable(INDEX):
try:
# If destination doesn't start with "/" do not include executable
if file_target.GetText()[0] == u'/':
if file_target.GetText()[-1] == u'/' or file_target.GetText()[-1] == u' ':
# In case the full path of the destination is "/" keep going
if len(file_target.GetText()) == 1:
dest_path = u''
else:
search = True
# Set the number of spaces to remove from dest path in case of multiple "/"
slashes = 1
while search:
# Find the number of slashes/spaces at the end of the filename
endline = slashes - 1
if file_target.GetText()[-slashes] == u'/' or file_target.GetText()[-slashes] == u' ':
slashes += 1
else:
dest_path = file_target.GetText()[:-endline]
search = False
else:
dest_path = file_target.GetText()
self.Executables.Append(file_name, dest_path)
else:
Logger.Warn(__name__, u'{}: The executables destination is not valid'.format(__name__))
except IndexError:
Logger.Warn(__name__, u'{}: The executables destination is not available'.format(__name__))
elif event_id in (btnid.REMOVE, wx.WXK_DELETE):
self.Executables.RemoveSelected()
def ImportExes(self, event=None):
event_id = event.GetId()
if event_id == btnid.IMPORT:
# First clear the Auto-Link display and the executable list
self.Executables.Reset()
file_list = GetField(pgid.FILES, inputid.LIST)
exe_list = file_list.GetExecutables(False)
for EXE in exe_list:
INDEX = file_list.GetIndex(EXE)
# Get the filename from the source
file_name = file_list.GetFilename(INDEX)
#file_name = EXE.GetBasename()
# Where the file linked to will be installed
# FIXME: FileItem.GetTarget() is not accurate
file_target = file_list.GetTarget(EXE)
self.Executables.Add(
FileItem(file_name,
ConcatPaths(file_target, file_name),
ignore_timestamp=True))
# retrieve nested executables
# FIXME: symlinks may cause problems here
for FITEM in file_list.GetFileItems():
if FITEM.IsDirectory():
# recurse into subdirectories
toplevel = FITEM.GetPath()
for ROOT, DIRS, FILES in os.walk(toplevel):
for FILE in FILES:
fullpath = ConcatPaths(ROOT, FILE)
DIR = os.path.dirname(
fullpath[len(toplevel):]).strip(u'/')
relpath = ConcatPaths(FITEM.GetBasename(), DIR,
FILE).strip(u'/')
if os.path.isfile(fullpath) and os.access(
fullpath, os.X_OK):
fulltarget = ConcatPaths(
FITEM.GetTarget(), relpath)
# check if item is already added to list
duplicate = False
for EXE in exe_list:
existingtarget = ConcatPaths(
EXE.GetTarget(),
file_list.GetFilename(EXE))
if fulltarget == existingtarget:
duplicate = True
break
if duplicate:
Logger.Warn(
__name__,
u'Not adding executable with duplicate target: {}'
.format(fulltarget))
continue
Logger.Debug(
__name__,
u'Adding nested executable: {}'.format(
relpath))
self.Executables.Add(
FileItem(relpath,
ConcatPaths(
FITEM.GetTarget(), relpath),
ignore_timestamp=True))
elif event_id in (btnid.REMOVE, wx.WXK_DELETE):
self.Executables.RemoveSelected()
