def save_document (self, * arg):
if self.data.key is None:
self.save_document_as ()
return
file = self.data.key.url [2]
if not self.modification_check ():
return
Utils.set_cursor (self.w, 'clock')
try:
try:
self.data.update (Sort.Sort([Sort.KeySort()]))
except (OSError, IOError), error:
Utils.set_cursor (self.w, 'normal')
Utils.error_dialog_s(_(u"Unable to save “%s”:\n%s") % (str (self.data.key),
str (error)))
return
except:
etype, value, tb = sys.exc_info ()
traceback.print_exception (etype, value, tb)
Utils.set_cursor (self.w, 'normal')
Utils.error_dialog_s(_(u"An internal error occurred during saving\nTry to Save As…"))
return
Utils.set_cursor (self.w, 'normal')
# get the current modification date
self.modification_date = os.stat (file) [stat.ST_MTIME]
self.update_status (0)
return
def sort_by_field (self, field):
if field == '-key-':
mode = Sort.KeySort ()
elif field == '-type-':
mode = Sort.TypeSort ()
else:
mode = Sort.FieldSort (field)
# Check if we are toggling or changing
cur = self.selection.sort
if cur and len (cur.fields) == 1:
cur = cur.fields [0]
# We are still filtering according to the same field,
# simply toggle the direction
if cur == mode:
mode.ascend = - cur.ascend
self.selection.sort = Sort.Sort ([mode])
self.redisplay_index ()
return
def autosave (self, url, how):
''' autosave file as x-pyblio-save-filename '''
if self.data.key.url [0] != 'file': return False
name = self.data.key.url [2]
# create an autosave file
save = os.path.join (os.path.dirname (name),
'x-pyblio-save-' + os.path.basename (name))
if self.changed:
try:
savefile = open (save, 'w')
except (IOError, OSError), error:
Utils.error_dialog_s(_("Error during autosaving:\n%s") % error [1])
return False
iterator = Selection.Selection (sort = Sort.Sort([Sort.KeySort()]))
Open.bibwrite (iterator.iterator (self.data.iterator ()),
out = savefile, how = how, database=self.data)
savefile.close ()
import sys from Pyblio import Selection, Sort how = sys.argv[2] if how == '': how = None a = bibopen(sys.argv[3], how) f = open(sys.argv[4], 'w') # write out in the key order sel = Selection.Selection(sort=Sort.Sort([Sort.KeySort()])) it = sel.iterator(a.iterator()) bibwrite(it, out=f, how=a.id)
def __init__(self, sort, parent=None):
""" Create the dialog.
- current_sort: the current sorting options
- parent: parent window
"""
Utils.Builder.__init__(self, parent)
self._model = gtk.ListStore (gtk.gdk.Pixbuf, str, gobject.TYPE_PYOBJECT, int)
self._w_tree.set_model (self._model)
# Only the first two rows are visibles, the others are for
# internal bookkeeping.
col = gtk.TreeViewColumn ('Direction', gtk.CellRendererPixbuf (), pixbuf = 0)
self._w_tree.append_column (col)
col = gtk.TreeViewColumn ('Field', gtk.CellRendererText (), text = 1)
self._w_tree.append_column (col)
self._w_sort.show ()
self._icon = {0: None}
for id, stock in ((1, gtk.STOCK_GO_UP), (-1, gtk.STOCK_GO_DOWN)):
self._icon [id] = self._w_tree.render_icon (stock_id = stock,
size = gtk.ICON_SIZE_MENU,
detail = None)
# Gather the current sort info for all the available
# fields. We create a tuple containing:
# (display name, sort criterion instance, sort direction)
#
# The sort direction can be:
# 0: not sorting according to this
# 1: ascending sort
# -1: descending sort
if sort: sort = sort.fields
else: sort = []
# These are additional search fields
avail = [[_("[Entry Type]"), Sort.TypeSort (), 0],
[_("[Key Value]"), Sort.KeySort (), 0]]
fields = map (lambda x: x.name,
Config.get ('base/fields').data.values ())
fields.sort ()
def make_one (x):
return [x, Sort.FieldSort (x.lower ()), 0]
avail = avail + map (make_one, fields)
# Update the list with the current user settings
for v in avail:
if v [1] not in sort: continue
i = sort.index (v [1])
if sort [i].ascend: v [2] = +1
else: v [2] = -1
# In the list, display the fields that are used in the current
# sort procedure first.
for k, v, d in filter (lambda x: x [2], avail):
s = self._icon [d]
self._model.append ((s, k, v, d))
s = self._icon [0]
for k, v, d in filter (lambda x: x [2] == 0, avail):
self._model.append ((s, k, v, d))
return
if os.path.exists (url):
if not Utils.Callback (
_(u"The file “%s” already exists.\nOverwrite it?")
% url, parent = self.w).answer ():
return
try:
file = open (url, 'w')
except IOError, error:
Utils.error_dialog_s(_("During opening:\n%s") % error [1])
return
Utils.set_cursor (self.w, 'clock')
iterator = Selection.Selection (sort = Sort.Sort([Sort.KeySort()]))
Open.bibwrite (iterator.iterator (self.data.iterator ()),
out = file, how = how, database=self.data)
file.close ()
# remove the old autosave object
if self.data.key is not None and self.source_id:
gobject.source_remove (self.source_id)
# remove old autosave file
if self.data.key:
if self.data.key.url [0] == 'file':
old_file = self.data.key.url [2]
old_auto_save = os.path.join (os.path.dirname (old_file),
'x-pyblio-save-' + os.path.basename (old_file))