def __init__ (self,
custom_parser = None,
tags=DEFAULT_TAGS,
tag_labels=DEFAULT_TAG_LABELS,
modal=True,
title=_('Import recipe')):
self.title = title
if custom_parser: self.parser = custom_parser
else: self.parser = RecipeParser()
self.labels_by_tag = tag_labels
self.tags_by_label = {self.NEW_REC_TEXT:'newrec'}
for k,v in self.labels_by_tag.items(): self.tags_by_label[v]=k
self.tags = tags
self.setup_window()
self.setup_action_area()
self.markup_marks = {}; self.markup_partners = {}
self.anchors = []
self.midno = 0 # an ID counter for markup marks we insert
self.labelled = []
self.label_counts = {}
self.modal = modal # If we're in an embedded gtk mainloop...
ConvenientImporter.__init__(self)
class InteractiveImporter(ConvenientImporter, NotThreadSafe):
NEW_REC_TEXT = _('New Recipe')
def __init__(self,
custom_parser=None,
tags=DEFAULT_TAGS,
tag_labels=DEFAULT_TAG_LABELS,
modal=True,
title=_('Import recipe')):
self.title = title
if custom_parser: self.parser = custom_parser
else: self.parser = RecipeParser()
self.labels_by_tag = tag_labels
self.tags_by_label = {self.NEW_REC_TEXT: 'newrec'}
for k, v in self.labels_by_tag.items():
self.tags_by_label[v] = k
self.tags = tags
self.setup_window()
self.setup_action_area()
self.markup_marks = {}
self.markup_partners = {}
self.anchors = []
self.midno = 0 # an ID counter for markup marks we insert
self.labelled = []
self.label_counts = {}
self.modal = modal # If we're in an embedded gtk mainloop...
ConvenientImporter.__init__(self)
def setup_window(self):
# set our parent...
from gourmet.threadManager import get_thread_manager_gui
import gourmet.GourmetRecipeManager
tmg = get_thread_manager_gui()
self.w = gtk.Window()
self.w.set_title(self.title)
main_app = gourmet.GourmetRecipeManager.get_application()
self.w.set_transient_for(main_app.window)
self.w.set_destroy_with_parent(False)
self.hb = gtk.HBox()
self.w.add(self.hb)
self.tv = gtk.TextView()
self.tv.set_size_request(600, 500)
self.tv.set_wrap_mode(gtk.WRAP_WORD)
self.action_area = gtk.VBox()
sw = gtk.ScrolledWindow()
sw.add(self.tv)
sw.set_policy(gtk.POLICY_NEVER, gtk.POLICY_AUTOMATIC)
self.hb.add(sw)
sw.show()
self.tv.show()
self.hb.pack_end(self.action_area, expand=False)
self.action_area.show()
self.tb = self.tv.get_buffer()
self.setup_tags()
def setup_action_area(self):
# Set up hard-coded functional buttons...
self.new_recipe_button = gtk.Button(_('_New Recipe'))
self.new_recipe_button.connect('clicked', self.new_recipe_cb)
self.remove_markup_button = gtk.Button(_('Clear _Tags'))
self.remove_markup_button.connect('clicked', self.clear_tags)
# Set up ActionModel (used for drop-down menu version of these commands)
self.action_model = gtk.ListStore(str, str)
action_table = gtk.Table()
self.action_area.pack_start(action_table, expand=False)
r = 0 #rownum
# Get our UI layout from UI_TAG_ORDER
for label, rows in UI_TAG_ORDER:
if r != 0:
blank = gtk.Label('')
action_table.attach(blank, 0, 2, r, r + 1)
blank.show()
r += 1
l = gtk.Label()
l.set_markup('<b>' + label + '</b>')
l.set_alignment(0.0, 0.5)
action_table.attach(l, 0, 2, r, r + 1)
l.show()
r += 1
for row in rows:
for c, t in enumerate(row): #column number, tag
if t == 'clear':
tag_button = self.remove_markup_button
elif t == 'newrec':
tag_button = self.new_recipe_button
else:
tag_button = gtk.Button('_' + self.labels_by_tag[t])
self.action_model.append([self.labels_by_tag[t], t])
tag_button.connect('clicked', self.label_callback,
self.labels_by_tag[t])
action_table.attach(
tag_button,
c,
c + 1,
r,
r + 1,
xpadding=12,
)
r += 1
action_table.set_row_spacings(3)
action_table.set_col_spacings(3)
#for t in self.tags:
#
# self.action_model.append([self.labels_by_tag[t],t])
# tag_button = gtk.Button('_'+self.labels_by_tag[t])
# tag_button.connect('clicked',
# self.label_callback,
# self.labels_by_tag[t])
# self.action_area.pack_start(tag_button,expand=False,fill=False,padding=6)
# tag_button.show()
#
self.import_button = gtk.Button(_('Import Recipe'))
self.import_button.connect('clicked',
lambda *args: self.commit_changes())
self.import_button.set_alignment(0.5, 1.0)
self.action_area.pack_end(self.import_button, fill=False, expand=False)
self.action_area.show_all()
def setup_tags(self):
self.markup_tag = gtk.TextTag('markup')
self.markup_tag.set_property('editable', False)
self.markup_tag.set_property('scale', pango.SCALE_SMALL)
self.markup_tag.set_property('rise', 15)
self.markup_tag.set_property('foreground', '#f00')
self.ignore_tag = gtk.TextTag('ignore')
self.ignore_tag.set_property('invisible', True)
self.ignore_tag.set_property('editable', False)
self.tb.get_tag_table().add(self.markup_tag)
self.tb.get_tag_table().add(self.ignore_tag)
def label_callback(self, button, label):
self.label_selection(label)
def label_selection(self, label):
cursel = self.tb.get_selection_bounds()
if cursel:
st, end = cursel
else:
# Otherwise, there's no clear sane default... we'll just
# select the current whole line
cur_mark = self.tb.get_insert()
cur_pos = gtk.TextBuffer.get_iter_at_mark(cur_pos)
cur_pos.backward_chars(cur_pos.get_line_offset())
st = cur_pos
end = cur_pos.copy()
end = cur_pos.forward_line()
self.label_range(st, end, label)
def insert_with_label(self, st, text, label):
start_offset = st.get_offset()
self.tb.insert(st, text)
end_offset = start_offset + len(text)
self.label_range(self.tb.get_iter_at_offset(start_offset),
self.tb.get_iter_at_offset(end_offset), label)
def unhide_area(self, midno):
st, end = self.markup_marks[midno]
self.tb.remove_tag(self.ignore_tag, self.tb.get_iter_at_mark(st),
self.tb.get_iter_at_mark(end))
def hide_range(self, st, end):
"""Hide text between start and end.
Return midno that can be used to unhide the range."""
midno = self.midno
self.midno += 1
start_mark = gtk.TextMark('start-markup-%s' % midno, False)
end_mark = gtk.TextMark('end-markup-%s' % midno, True)
self.tb.apply_tag(self.ignore_tag, st, end)
self.tb.add_mark(start_mark, st)
self.tb.add_mark(end_mark, end)
self.markup_marks[midno] = (start_mark, end_mark)
return midno
def label_range(self, st, end, label):
if self.tags_by_label.get(label, '') == 'ignore':
midno = self.hide_range(st, end)
b = gtk.Button('Ignored text: Reveal hidden text')
anchor = self.insert_widget(end, b)
def unhide_text(*args):
self.unhide_area(midno)
self.remove_widget(anchor)
b.connect('clicked', unhide_text)
b.show()
return
if self.label_counts.has_key(label):
count = self.label_counts[label]
self.label_counts[label] += 1
else:
self.label_counts[label] = 1
count = 0
smark = gtk.TextMark(label + '-' + str(count) + '-start', True)
emark = gtk.TextMark(label + '-' + str(count) + '-end', False)
self.tb.add_mark(smark, st)
self.tb.add_mark(emark, end)
self.labelled.append((smark, emark))
# Now we add the labels...
start_txt = '['
start_id = self.insert_markup_text(st, start_txt, self.markup_tag)
# Now move the mark back up...
new_pos = self.tb.get_iter_at_mark(smark)
new_pos.forward_chars(len(start_txt))
self.tb.move_mark(smark, new_pos)
# Create a "Remove me" button
#b = gtk.Button('_Remove tag'); b.show)(
b = gtk.Button()
i = gtk.Image()
i.set_from_stock(gtk.STOCK_REMOVE, gtk.ICON_SIZE_MENU)
b.add(i)
i.show()
itr = self.tb.get_iter_at_mark(emark)
anchor = self.insert_widget(itr, b)
# Set up combo button...
labelbutton = gtk.combo_box_new_text()
labelbutton.set_model(self.action_model)
cb.cb_set_active_text(labelbutton, label)
anchor2 = self.insert_widget(self.tb.get_iter_at_mark(smark),
labelbutton)
# Add final bracket for end of markup
end_bracket_itr = self.tb.get_iter_at_mark(emark)
end_id = self.insert_markup_text(end_bracket_itr, ']', self.markup_tag)
self.markup_partners[start_id] = end_id
self.markup_partners[end_id] = start_id
# Now back up our itr one character (it got advanced by adding
# the right bracket and the button)
eitr = self.tb.get_iter_at_mark(emark)
eitr.backward_chars(2)
self.tb.move_mark(emark, eitr)
# Define callback to remove our text when button is clicked
def remove_markup(*args):
self.labelled.remove((smark, emark))
self.remove_markup_text(start_id)
self.remove_markup_text(end_id)
self.remove_widget(anchor)
self.remove_widget(anchor2)
def change_mark(cb):
# copy marks for safekeeping...
new_text = cb.get_active_text()
sm = gtk.TextMark(None, True)
self.tb.add_mark(sm, self.tb.get_iter_at_mark(smark))
em = gtk.TextMark(None, False)
self.tb.add_mark(em, self.tb.get_iter_at_mark(emark))
# remove old marks...
remove_markup()
# And relabel!
self.label_range(self.tb.get_iter_at_mark(sm),
self.tb.get_iter_at_mark(em), new_text)
labelbutton.connect('changed', change_mark)
b.connect('clicked', remove_markup)
def new_recipe_cb(self, *args):
# Start a new recipe at cursor
itr = self.tb.get_iter_at_mark(self.tb.get_insert())
self.label_range(itr, itr, self.NEW_REC_TEXT)
def insert_markup_text(self, itr, text, *tags):
"""Insert markup text into the buffer. We do this in such a
way that we can remove it easily later.
"""
midno = self.midno
self.midno += 1
start_mark = gtk.TextMark('start-markup-%s' % midno, False)
end_mark = gtk.TextMark('end-markup-%s' % midno, True)
start_offset = itr.get_offset()
if tags:
self.tb.insert_with_tags(itr, text, *tags)
else:
self.tb.insert(itr, text)
self.tb.add_mark(start_mark, self.tb.get_iter_at_offset(start_offset))
end_offset = start_offset + len(text)
end_itr = self.tb.get_iter_at_offset(end_offset)
self.tb.add_mark(end_mark, end_itr)
self.markup_marks[midno] = (start_mark, end_mark)
return midno
def change_mark(self, cb, smark, emark, start_id, end_id):
new_label = cb.get_active_text()
def insert_widget(self, itr, widget):
anchor = self.tb.create_child_anchor(itr)
self.anchors.append(anchor)
self.tv.add_child_at_anchor(widget, anchor)
widgetstart = self.tb.get_iter_at_child_anchor(anchor)
widgetend = widgetstart.copy()
widgetend.forward_char()
self.tb.apply_tag(self.markup_tag, widgetstart, widgetend)
widget.show()
return anchor
def remove_widget(self, anchor):
anchor_iter = self.tb.get_iter_at_child_anchor(anchor)
delete_to = anchor_iter.copy()
delete_to.forward_char()
self.tb.delete(anchor_iter, delete_to)
def remove_markup_text(self, idno):
smark, emark = self.markup_marks[idno]
sitr, eitr = (self.tb.get_iter_at_mark(smark),
self.tb.get_iter_at_mark(emark))
self.tb.delete(sitr, eitr)
def clear_tags(self, *args):
"""Clear all markup in current selection, or whole buffer if
there is no selection
"""
cursel = self.tb.get_selection_bounds()
if cursel:
st, end = cursel
else:
st, end = self.tb.get_bounds()
st_offset = st.get_offset()
e_offset = end.get_offset()
for idno, iters in self.markup_marks.items():
lst, lend = iters
if ((e_offset > self.tb.get_iter_at_mark(lst).get_offset() >
st_offset)
or (e_offset > self.tb.get_iter_at_mark(lend).get_offset()
> st_offset)):
self.remove_markup_text(idno)
if self.markup_partners.has_key(idno):
self.remove_markup_text(self.markup_partners[idno])
for lst, lend in self.labelled[:]:
if ((e_offset > self.tb.get_iter_at_mark(lst).get_offset() >
st_offset)
or (e_offset > self.tb.get_iter_at_mark(lend).get_offset()
> st_offset)):
self.labelled.remove((lst, lend))
for anchor in self.anchors[:]:
anchor_iter = self.tb.get_iter_at_child_anchor(anchor)
if e_offset > anchor_iter.get_offset() > st_offset:
self.anchors.remove(anchor)
self.remove_widget(anchor)
def commit_changes(self):
def mark_sorter(a, b):
a = self.tb.get_iter_at_mark(a[0]).get_offset()
b = self.tb.get_iter_at_mark(b[0]).get_offset()
return cmp(a, b)
self.labelled.sort(mark_sorter)
if not self.labelled: return
self.start_rec()
started = False
for smark, emark in self.labelled:
siter = self.tb.get_iter_at_mark(smark)
eiter = self.tb.get_iter_at_mark(emark)
text = siter.get_text(eiter)
name = smark.get_name()
label = name.split('-')[0]
tag = self.tags_by_label[label]
if tag in gglobals.TEXT_ATTR_DIC:
self.add_text(tag, text)
started = True
elif tag in gglobals.REC_ATTR_DIC:
if text: self.add_attribute(tag, text)
elif tag == 'ingredient':
if text:
self.add_ing_from_text(text)
started = True
elif tag == 'ingredients':
if text:
self.add_ings_from_text(text)
started = True
elif tag == 'inggroup':
if text:
self.add_ing_group(text)
started = True
elif tag == 'newrec':
if not started: continue
# Then we're starting a new recipe at this point...
# Commit old recipe...
self.commit_rec()
started = False
# Start new one...
self.start_rec()
elif tag == 'ignore':
continue
elif tag == 'servings':
self.add_attribute('yields', text)
self.add_attribute('yield_unit', 'servings')
else:
try:
print 'UNKNOWN TAG', tag, text, label
except UnicodeError:
print 'UNKNOWN TAG (unprintable)'
if started: self.commit_rec()
if hasattr(self, 'images') and self.images:
# This is ugly -- we run the dialog once per recipe. This
# should happen rarely in current use-case (I don't know
# of a usecase where many recipes will come from a single
# text document / website); if in fact this becomes a
# common usecase, we'll need to rework the UI here.
for rec in self.added_recs:
ibd = imageBrowser.ImageBrowserDialog(
title=_('Select recipe image'),
label=_('Select image for recipe "%s"') %
escape(rec.title or _('Untitled')),
sublabel=
_("Below are all the images found for the page you are importing. Select any images that are of the recipe, or don't select anything if you don't want any of these images."
),
)
for i in self.images:
ibd.add_image_from_uri(i)
ibd.run()
if ibd.ret:
ifi = file(imageBrowser.get_image_file(ibd.ret), 'r')
image_str = ifi.read()
ifi.close()
image = ImageExtras.get_image_from_string(image_str)
# Adding image!
thumb = ImageExtras.resize_image(image, 40, 40)
self.rd.modify_rec(
rec, {
'image': ImageExtras.get_string_from_image(image),
'thumb': ImageExtras.get_string_from_image(thumb),
})
if self.modal:
self.w.hide()
gtk.main_quit()
def set_text(self, txt):
txt = unicode(txt) # convert to unicode for good measure
txt = re.sub('(\n\s*\n)+', '\n\n', txt) # Take out extra newlines
txt = self.parser.parse(txt) # Parse
self.set_parsed(txt)
def set_parsed(self, parsed):
#dbg_file = file('/tmp/out','w')
for chunk, tag in parsed:
#dbg_file.write(chunk)
if tag == None:
self.tb.insert(self.tb.get_end_iter(), chunk)
else:
self.insert_with_label(self.tb.get_end_iter(), chunk,
self.labels_by_tag.get(tag, tag))
#dbg_file.close()
def do_run(self):
self.w.show_all()
if self.modal:
self.w.connect('delete-event', gtk.main_quit)
gtk.main()
else:
self.w.connect('delete-event', lambda *args: self.w.hide())
class InteractiveImporter (ConvenientImporter, NotThreadSafe):
NEW_REC_TEXT = _('New Recipe')
def __init__ (self,
custom_parser = None,
tags=DEFAULT_TAGS,
tag_labels=DEFAULT_TAG_LABELS,
modal=True,
title=_('Import recipe')):
self.title = title
if custom_parser: self.parser = custom_parser
else: self.parser = RecipeParser()
self.labels_by_tag = tag_labels
self.tags_by_label = {self.NEW_REC_TEXT:'newrec'}
for k,v in self.labels_by_tag.items(): self.tags_by_label[v]=k
self.tags = tags
self.setup_window()
self.setup_action_area()
self.markup_marks = {}; self.markup_partners = {}
self.anchors = []
self.midno = 0 # an ID counter for markup marks we insert
self.labelled = []
self.label_counts = {}
self.modal = modal # If we're in an embedded gtk mainloop...
ConvenientImporter.__init__(self)
def setup_window (self):
# set our parent...
from gourmet.threadManager import get_thread_manager_gui
import gourmet.GourmetRecipeManager
tmg = get_thread_manager_gui()
self.w = gtk.Window();
self.w.set_title(self.title)
main_app = gourmet.GourmetRecipeManager.get_application()
self.w.set_transient_for(main_app.window)
self.w.set_destroy_with_parent(False)
self.hb = gtk.HBox()
self.w.add(self.hb)
self.tv = gtk.TextView()
self.tv.set_size_request(600,500)
self.tv.set_wrap_mode(gtk.WRAP_WORD)
self.action_area = gtk.VBox()
sw = gtk.ScrolledWindow(); sw.add(self.tv)
sw.set_policy(gtk.POLICY_NEVER,gtk.POLICY_AUTOMATIC)
self.hb.add(sw); sw.show(); self.tv.show()
self.hb.pack_end(self.action_area,expand=False); self.action_area.show()
self.tb = self.tv.get_buffer()
self.setup_tags()
def setup_action_area (self):
# Set up hard-coded functional buttons...
self.new_recipe_button = gtk.Button(_('_New Recipe'))
self.new_recipe_button.connect('clicked',self.new_recipe_cb)
self.remove_markup_button = gtk.Button(_('Clear _Tags'))
self.remove_markup_button.connect('clicked',self.clear_tags)
# Set up ActionModel (used for drop-down menu version of these commands)
self.action_model = gtk.ListStore(str,str)
action_table = gtk.Table()
self.action_area.pack_start(action_table,expand=False)
r = 0 #rownum
# Get our UI layout from UI_TAG_ORDER
for label,rows in UI_TAG_ORDER:
if r != 0:
blank = gtk.Label('')
action_table.attach(blank,0,2,r,r+1);blank.show()
r += 1
l = gtk.Label(); l.set_markup('<b>'+label+'</b>')
l.set_alignment(0.0,0.5)
action_table.attach(l,0,2,r,r+1); l.show()
r += 1
for row in rows:
for c,t in enumerate(row): #column number, tag
if t == 'clear':
tag_button = self.remove_markup_button
elif t=='newrec':
tag_button = self.new_recipe_button
else:
tag_button = gtk.Button('_'+self.labels_by_tag[t])
self.action_model.append([self.labels_by_tag[t],t])
tag_button.connect('clicked',
self.label_callback,
self.labels_by_tag[t])
action_table.attach(
tag_button,
c,c+1,r,r+1,
xpadding=12,
)
r += 1
action_table.set_row_spacings(3)
action_table.set_col_spacings(3)
#for t in self.tags:
#
# self.action_model.append([self.labels_by_tag[t],t])
# tag_button = gtk.Button('_'+self.labels_by_tag[t])
# tag_button.connect('clicked',
# self.label_callback,
# self.labels_by_tag[t])
# self.action_area.pack_start(tag_button,expand=False,fill=False,padding=6)
# tag_button.show()
#
self.import_button = gtk.Button(_('Import Recipe'))
self.import_button.connect('clicked',
lambda *args: self.commit_changes())
self.import_button.set_alignment(0.5,1.0)
self.action_area.pack_end(self.import_button,fill=False,expand=False)
self.action_area.show_all()
def setup_tags (self):
self.markup_tag = gtk.TextTag('markup')
self.markup_tag.set_property('editable',False)
self.markup_tag.set_property('scale',pango.SCALE_SMALL)
self.markup_tag.set_property('rise',15)
self.markup_tag.set_property('foreground',
'#f00'
)
self.ignore_tag = gtk.TextTag('ignore')
self.ignore_tag.set_property('invisible',True)
self.ignore_tag.set_property('editable',False)
self.tb.get_tag_table().add(self.markup_tag)
self.tb.get_tag_table().add(self.ignore_tag)
def label_callback (self, button, label):
self.label_selection(label)
def label_selection (self, label):
cursel = self.tb.get_selection_bounds()
if cursel:
st,end = cursel
else:
# Otherwise, there's no clear sane default... we'll just
# select the current whole line
cur_mark = self.tb.get_insert()
cur_pos=gtk.TextBuffer.get_iter_at_mark(cur_pos)
cur_pos.backward_chars(
cur_pos.get_line_offset())
st = cur_pos
end = cur_pos.copy()
end = cur_pos.forward_line()
self.label_range(st,end,label)
def insert_with_label (self, st, text, label):
start_offset = st.get_offset()
self.tb.insert(st,text)
end_offset = start_offset + len(text)
self.label_range(
self.tb.get_iter_at_offset(start_offset),
self.tb.get_iter_at_offset(end_offset),
label
)
def unhide_area (self, midno):
st,end = self.markup_marks[midno]
self.tb.remove_tag(self.ignore_tag,
self.tb.get_iter_at_mark(st),
self.tb.get_iter_at_mark(end)
)
def hide_range (self, st, end):
"""Hide text between start and end.
Return midno that can be used to unhide the range."""
midno = self.midno; self.midno += 1
start_mark = gtk.TextMark('start-markup-%s'%midno,False)
end_mark = gtk.TextMark('end-markup-%s'%midno,True)
self.tb.apply_tag(self.ignore_tag,
st,end)
self.tb.add_mark(start_mark,st)
self.tb.add_mark(end_mark,end)
self.markup_marks[midno] = (start_mark,end_mark)
return midno
def label_range (self, st, end, label):
if self.tags_by_label.get(label,'')=='ignore':
midno = self.hide_range(st,end)
b = gtk.Button('Ignored text: Reveal hidden text')
anchor = self.insert_widget(end,b)
def unhide_text (*args):
self.unhide_area(midno)
self.remove_widget(anchor)
b.connect('clicked',unhide_text)
b.show()
return
if self.label_counts.has_key(label):
count = self.label_counts[label]
self.label_counts[label] += 1
else:
self.label_counts[label] = 1
count = 0
smark = gtk.TextMark(label+'-'+str(count)+'-start',True)
emark = gtk.TextMark(label+'-'+str(count)+'-end',False)
self.tb.add_mark(smark,st)
self.tb.add_mark(emark,end)
self.labelled.append((smark,emark))
# Now we add the labels...
start_txt = '['
start_id = self.insert_markup_text(st,start_txt,self.markup_tag)
# Now move the mark back up...
new_pos = self.tb.get_iter_at_mark(smark); new_pos.forward_chars(len(start_txt))
self.tb.move_mark(smark,new_pos)
# Create a "Remove me" button
#b = gtk.Button('_Remove tag'); b.show)(
b = gtk.Button()
i = gtk.Image(); i.set_from_stock(gtk.STOCK_REMOVE,gtk.ICON_SIZE_MENU)
b.add(i); i.show()
itr = self.tb.get_iter_at_mark(emark)
anchor = self.insert_widget(itr,b)
# Set up combo button...
labelbutton = gtk.combo_box_new_text()
labelbutton.set_model(self.action_model)
cb.cb_set_active_text(labelbutton,label)
anchor2 = self.insert_widget(self.tb.get_iter_at_mark(smark),labelbutton)
# Add final bracket for end of markup
end_bracket_itr = self.tb.get_iter_at_mark(emark)
end_id = self.insert_markup_text(end_bracket_itr,']',self.markup_tag)
self.markup_partners[start_id]=end_id; self.markup_partners[end_id]=start_id
# Now back up our itr one character (it got advanced by adding
# the right bracket and the button)
eitr = self.tb.get_iter_at_mark(emark)
eitr.backward_chars(2)
self.tb.move_mark(emark,eitr)
# Define callback to remove our text when button is clicked
def remove_markup (*args):
self.labelled.remove((smark,emark))
self.remove_markup_text(start_id)
self.remove_markup_text(end_id)
self.remove_widget(anchor)
self.remove_widget(anchor2)
def change_mark (cb):
# copy marks for safekeeping...
new_text = cb.get_active_text()
sm = gtk.TextMark(None,True)
self.tb.add_mark(sm,self.tb.get_iter_at_mark(smark))
em = gtk.TextMark(None,False)
self.tb.add_mark(em,self.tb.get_iter_at_mark(emark))
# remove old marks...
remove_markup()
# And relabel!
self.label_range(
self.tb.get_iter_at_mark(sm),
self.tb.get_iter_at_mark(em),
new_text
)
labelbutton.connect('changed',change_mark)
b.connect('clicked',remove_markup)
def new_recipe_cb (self, *args):
# Start a new recipe at cursor
itr = self.tb.get_iter_at_mark(self.tb.get_insert())
self.label_range(itr,itr,self.NEW_REC_TEXT)
def insert_markup_text (self, itr, text, *tags):
"""Insert markup text into the buffer. We do this in such a
way that we can remove it easily later.
"""
midno = self.midno; self.midno += 1
start_mark = gtk.TextMark('start-markup-%s'%midno,False)
end_mark = gtk.TextMark('end-markup-%s'%midno,True)
start_offset = itr.get_offset()
if tags:
self.tb.insert_with_tags(itr,text,*tags)
else:
self.tb.insert(itr,text)
self.tb.add_mark(start_mark,self.tb.get_iter_at_offset(start_offset))
end_offset = start_offset + len(text)
end_itr = self.tb.get_iter_at_offset(end_offset)
self.tb.add_mark(end_mark,end_itr)
self.markup_marks[midno] = (start_mark,end_mark)
return midno
def change_mark (self, cb, smark, emark, start_id, end_id):
new_label = cb.get_active_text()
def insert_widget (self, itr, widget):
anchor = self.tb.create_child_anchor(itr)
self.anchors.append(anchor)
self.tv.add_child_at_anchor(widget,anchor)
widgetstart = self.tb.get_iter_at_child_anchor(anchor)
widgetend = widgetstart.copy(); widgetend.forward_char()
self.tb.apply_tag(self.markup_tag,widgetstart,widgetend)
widget.show()
return anchor
def remove_widget (self, anchor):
anchor_iter = self.tb.get_iter_at_child_anchor(anchor)
delete_to = anchor_iter.copy()
delete_to.forward_char()
self.tb.delete(anchor_iter,delete_to)
def remove_markup_text (self, idno):
smark,emark = self.markup_marks[idno]
sitr,eitr = (self.tb.get_iter_at_mark(smark),
self.tb.get_iter_at_mark(emark))
self.tb.delete(sitr,eitr)
def clear_tags (self, *args):
"""Clear all markup in current selection, or whole buffer if
there is no selection
"""
cursel = self.tb.get_selection_bounds()
if cursel:
st,end = cursel
else:
st,end = self.tb.get_bounds()
st_offset = st.get_offset()
e_offset = end.get_offset()
for idno,iters in self.markup_marks.items():
lst,lend = iters
if ((e_offset > self.tb.get_iter_at_mark(lst).get_offset() > st_offset)
or
(e_offset > self.tb.get_iter_at_mark(lend).get_offset() > st_offset)):
self.remove_markup_text(idno)
if self.markup_partners.has_key(idno):
self.remove_markup_text(self.markup_partners[idno])
for lst,lend in self.labelled[:]:
if ((e_offset > self.tb.get_iter_at_mark(lst).get_offset() > st_offset)
or
(e_offset > self.tb.get_iter_at_mark(lend).get_offset() > st_offset)):
self.labelled.remove((lst,lend))
for anchor in self.anchors[:]:
anchor_iter = self.tb.get_iter_at_child_anchor(anchor)
if e_offset > anchor_iter.get_offset() > st_offset:
self.anchors.remove(anchor)
self.remove_widget(anchor)
def commit_changes (self):
def mark_sorter (a,b):
a = self.tb.get_iter_at_mark(a[0]).get_offset()
b = self.tb.get_iter_at_mark(b[0]).get_offset()
return cmp(a,b)
self.labelled.sort(mark_sorter)
if not self.labelled: return
self.start_rec()
started = False
for smark,emark in self.labelled:
siter = self.tb.get_iter_at_mark(smark)
eiter = self.tb.get_iter_at_mark(emark)
text = siter.get_text(eiter)
name = smark.get_name()
label = name.split('-')[0]
tag = self.tags_by_label[label]
if tag in gglobals.TEXT_ATTR_DIC:
self.add_text(tag,text); started=True
elif tag in gglobals.REC_ATTR_DIC:
if text: self.add_attribute(tag,text)
elif tag == 'ingredient':
if text: self.add_ing_from_text(text); started=True
elif tag == 'ingredients':
if text: self.add_ings_from_text(text); started=True
elif tag == 'inggroup':
if text: self.add_ing_group(text); started=True
elif tag=='newrec':
if not started: continue
# Then we're starting a new recipe at this point...
# Commit old recipe...
self.commit_rec(); started=False
# Start new one...
self.start_rec()
elif tag=='ignore':
continue
elif tag == 'servings':
self.add_attribute('yields',text)
self.add_attribute('yield_unit','servings')
else:
try:
print 'UNKNOWN TAG',tag,text,label
except UnicodeError:
print 'UNKNOWN TAG (unprintable)'
if started: self.commit_rec()
if hasattr(self,'images') and self.images:
# This is ugly -- we run the dialog once per recipe. This
# should happen rarely in current use-case (I don't know
# of a usecase where many recipes will come from a single
# text document / website); if in fact this becomes a
# common usecase, we'll need to rework the UI here.
for rec in self.added_recs:
ibd = imageBrowser.ImageBrowserDialog(
title=_('Select recipe image'),
label=_('Select image for recipe "%s"')%escape(rec.title or _('Untitled')),
sublabel=_("Below are all the images found for the page you are importing. Select any images that are of the recipe, or don't select anything if you don't want any of these images."),
)
for i in self.images: ibd.add_image_from_uri(i)
ibd.run()
if ibd.ret:
ifi = file(imageBrowser.get_image_file(ibd.ret),'r')
image_str = ifi.read(); ifi.close()
image = ImageExtras.get_image_from_string(image_str)
# Adding image!
thumb = ImageExtras.resize_image(image,40,40)
self.rd.modify_rec(rec,{'image':ImageExtras.get_string_from_image(image),
'thumb':ImageExtras.get_string_from_image(thumb),
})
if self.modal:
self.w.hide()
gtk.main_quit()
def set_text (self, txt):
txt = unicode(txt) # convert to unicode for good measure
txt = re.sub('(\n\s*\n)+','\n\n',txt) # Take out extra newlines
txt = self.parser.parse(txt) # Parse
self.set_parsed(txt)
def set_parsed (self, parsed):
#dbg_file = file('/tmp/out','w')
for chunk,tag in parsed:
#dbg_file.write(chunk)
if tag==None:
self.tb.insert(self.tb.get_end_iter(),
chunk)
else:
self.insert_with_label(
self.tb.get_end_iter(),
chunk,
self.labels_by_tag.get(tag,tag)
)
#dbg_file.close()
def do_run (self):
self.w.show_all()
if self.modal:
self.w.connect('delete-event',gtk.main_quit)
gtk.main()
else:
self.w.connect('delete-event',lambda *args: self.w.hide())
