def __get_args_and_kwargs(self, func_args=None, func_kwargs=None, name=None, allow_cls_override=True):
if not func_args and not func_kwargs:
return self.args or [], self.kwargs or DictCaseInsensitive()
func_args = func_args or allow_cls_override and self.args or []
func_kwargs = func_kwargs or allow_cls_override and self.kwargs or DictCaseInsensitive()
if is_seq_type(func_kwargs) and is_dict_type(func_args):
func_args, func_kwargs = func_kwargs, func_args
func_args = self.__args_to_list(func_args)
if isinstance(func_kwargs, dict):
func_kwargs = DictCaseInsensitive(func_kwargs, key=name, parent_key='kwargs')
if not isinstance(func_args, list):
func_args = []
if not isinstance(func_kwargs, DictCaseInsensitive):
func_kwargs = DictCaseInsensitive(key=name)
return func_args, func_kwargs
def __init__(self, max=None, interval=100, info=None, infoStr=None, automated=None, begin=True,
label=None, display_initial_info=None, max_allowed=None, do_print=False, **kw):
"""
:type info : ActionInfo
"""
args = DictCaseInsensitive(kw, locals(), delete='kw infoStr info max self')
simple_label = False
self.counts = EvernoteCounter()
self.__interval = interval
self.__reported_progress = False
if not isinstance(max, int):
if hasattr(max, '__len__'):
max = len(max)
else:
max = None
self.counts.max = -1
if max is not None:
self.counts.max = max
args.max = self.counts.max
if is_str(info):
# noinspection PyTypeChecker
info = ActionInfo(info, **args)
elif infoStr and not info:
info = ActionInfo(infoStr, **args)
elif label and not info:
simple_label = True
if display_initial_info is None:
display_initial_info = False
info = ActionInfo(label, **args)
elif label:
info.Label = label
if self.counts.max > 0 and info and (info.Max is None or info.Max < 1):
info.Max = max
self.counts.max_allowed = self.counts.max if max_allowed is None else max_allowed
self.__did_break = True
self.__do_print = do_print
self.__info = info
self.__action_initialized = False
self.__action_attempted = self.hasActionInfo and (display_initial_info is not False)
if self.__action_attempted:
if self.info is None:
log("Unexpected; Timer '%s' has no ActionInfo instance" % label, do_print=True)
else:
self.__action_initialized = self.info.displayInitialInfo(**args) is EvernoteAPIStatus.Initialized
if begin:
self.reset(False)
log_blank(filename='counters')
log(self.counts.fullSummary(self.name + ': Start'), 'counters')
def log_banner(title,
filename=None,
length=ANKNOTES.FORMATTING.BANNER_MINIMUM,
append_newline=True,
timestamp=False,
chr='-',
center=True,
clear=True,
crosspost=None,
prepend_newline=False,
*args,
**kwargs):
if crosspost is not None:
for cp in item_to_list(crosspost, False):
log_banner(
title, cp,
**DictCaseInsensitive(
kwargs,
locals(),
delete='title crosspost kwargs args filename'))
if length is 0:
length = ANKNOTES.FORMATTING.LINE_LENGTH + 1
if center:
title = title.center(length - (
ANKNOTES.FORMATTING.TIMESTAMP_PAD_LENGTH if timestamp else 0))
if prepend_newline:
log_blank(filename, **kwargs)
log(chr * length, filename, clear=clear, timestamp=False, **kwargs)
log(title, filename, timestamp=timestamp, **kwargs)
log(chr * length, filename, timestamp=False, **kwargs)
if append_newline:
log_blank(filename, **kwargs)
def process_kwargs(self, get_args=None, set_dict=None, func_kwargs=None, delete_from_kwargs=True, update_cls_args=True, **kwargs):
method_name='process_kwargs'
kwargs['return_value_only'] = False
cls_kwargs = func_kwargs is None
func_kwargs = self.kwargs if cls_kwargs else DictCaseInsensitive(func_kwargs)
keys = func_kwargs.keys()
for key, value in set_dict.items() if set_dict else []:
key = self.key_transform(key, keys)
if key not in func_kwargs:
func_kwargs[key] = value
if not get_args:
if cls_kwargs and update_cls_args:
self.__func_kwargs = func_kwargs
return func_kwargs
gets = []
for arg in get_args:
# for arg in args:
if len(arg) is 1 and isinstance(arg[0], list):
arg = arg[0]
result = self.process_kwarg(arg[0], arg[1], func_kwargs=func_kwargs, delete_from_kwargs=delete_from_kwargs, **kwargs)
if delete_from_kwargs:
func_kwargs = result[0]
result = result[1]
gets.append(result)
if cls_kwargs and update_cls_args:
self.__func_kwargs = func_kwargs
if delete_from_kwargs:
return [func_kwargs] + gets
return gets
def aggregateSummary(self, includeHeader=True):
aggs = '!max|!+max_allowed|total|+handled|++success|+++completed|+++queued|++delayed'
counts = self._get_summary_(header_only=True) if includeHeader else []
parents, last_level = [], 1
for key_code in aggs.split('|'):
override_default = key_code[0] is not '!'
counts += [
DictCaseInsensitive(marker='*' if override_default else ' ',
child_values={},
children=['<aggregate>'])
]
if not override_default:
key_code = key_code[1:]
key = key_code.lstrip('+')
counts.level, counts.value = len(key_code) - len(key) + 1, getattr(
self, key)
counts.class_name = type(counts.value)
if counts.class_name is not int:
counts.value = counts.value.getDefault()
parent_lbl = '.'.join(parents)
counts.key, counts.label = DictKey(key, parent_lbl), DictKey(
key, parent_lbl, 'label')
if counts.level < last_level:
del parents[-1]
elif counts.level > last_level:
parents.append(key)
last_level = counts.level
return self._summarize_lines_(counts, includeHeader)
def banner(self, title, filename=None, *args, **kwargs):
filename, kwargs = self.wrap_filename(
filename,
**DictCaseInsensitive(self.defaults,
kwargs,
wrap_fn_auto_header=False))
self.default_banner = title
log_banner(title, filename, *args, **kwargs)
def go(self,
content=None,
filename=None,
wrap_filename=True,
*args,
**kwargs):
if wrap_filename:
filename, kwargs = self.wrap_filename(
filename, **DictCaseInsensitive(self.defaults, kwargs))
log(content, filename, *args, **kwargs)
def process_kwarg(self, key, default=None, func_kwargs=None, replace_none_type=True, delete_from_kwargs=None, return_value_only=True, update_cls_args=True):
delete_from_kwargs = delete_from_kwargs is not False
cls_kwargs = func_kwargs is None
func_kwargs = self.kwargs if cls_kwargs else DictCaseInsensitive(func_kwargs)
key = self.key_transform(key, func_kwargs.keys())
if key not in func_kwargs:
return (func_kwargs, default) if delete_from_kwargs and not return_value_only else default
val = func_kwargs[key]
if val is None and replace_none_type:
val = default
if delete_from_kwargs:
del func_kwargs[key]
if cls_kwargs and update_cls_args:
del self.__func_kwargs[key]
if not delete_from_kwargs or return_value_only:
return val
return func_kwargs, val
def BannerHeader(self,
append_newline=False,
filename=None,
crosspost=None,
bh_wrap_filename=True,
**kw):
if filename is None:
filename = ''
if bh_wrap_filename:
filename = self.Label + filename
if crosspost is not None:
crosspost = [
self.Label + cp for cp in item_to_list(crosspost, False)
]
log_banner(self.ActionNumeric.upper(),
do_print=self.__do_print,
**DictCaseInsensitive(kw,
locals(),
delete='self kw bh_wrap_filename cp'))
def process_list_item(contents):
def check_subnote(li, sublist):
def check_heading_flags():
if not isinstance(sublist.heading_flags, list):
sublist.heading_flags = []
for str_ in "`':":
if sublist.heading.endswith(str_):
sublist.heading_flags.append(str_)
sublist.heading = sublist.heading[:-1*len(str_)]
check_heading_flags()
return
#Begin check_subnote()
if not (isinstance(li, Tag) and (li.name in list_tag_names) and li.contents and li.contents[0]):
sublist.list_items.append(decode_html(li))
return sublist
sublist.heading = strip_tags(decode_html(''.join(sublist.list_items)), True).strip()
sublist.base_title = u': '.join(names).replace(title + ': ', '')
sublist.is_reversible = not matches_list(sublist.heading, HEADINGS.NOT_REVERSIBLE)
check_heading_flags()
if "`" in sublist.heading_flags:
sublist.is_reversible = not sublist.is_reversible
sublist.use_descriptor = "'" in sublist.heading_flags or "`" in sublist.heading_flags
sublist.is_subnote = ':' in sublist.heading_flags or matches_list(sublist.heading, HEADINGS.TOP + '|' + HEADINGS.BOTTOM)
if not sublist.is_subnote:
return sublist
sublist.subnote = li
return sublist
# Begin process_list_item()
sublist = DictCaseInsensitive(is_subnote=False, list_items=[])
for li in contents:
sublist = check_subnote(li, sublist)
if sublist.is_subnote:
break
return sublist
def plain(self, content=None, filename=None, *args, **kwargs):
filename, kwargs = self.wrap_filename(
filename, **DictCaseInsensitive(self.defaults, kwargs))
log_plain(content, filename, *args, **kwargs)
def error(self, content, crosspost=None, *a, **kw):
if crosspost is None:
crosspost = []
crosspost.append(self.wrap_filename('error'),
**DictCaseInsensitive(self.defaults, kw))
log_error(content, crosspost=crosspost, *a, **kw)
def dump(self, obj, title='', filename=None, *args, **kwargs):
filename, kwargs = self.wrap_filename(
filename, **DictCaseInsensitive(self.defaults, kwargs))
# noinspection PyArgumentList
log_dump(obj, title, filename, *args, **kwargs)
def log_plain(*args, **kwargs):
log(*args, **DictCaseInsensitive(kwargs, timestamp=False))
def log_blank(*args, **kwargs):
log(None, *args,
**DictCaseInsensitive(kwargs, timestamp=False, delete='content'))
def default(self, *args, **kwargs):
self.log(wrap_filename=False,
*args,
**DictCaseInsensitive(self.defaults, kwargs))
def create_subnote(guid):
def process_lists(note, lst, levels=None, names=None):
def add_log_entry(title, content, filename=None, prefix_content=True, title_pad=16, **kw):
names_padded = u''.join(map(lambda x: (x+':').ljust(33) + ' ', names[1:-1])) + names[-1]
fmts = dict(levels_pad=u'\t' * level, levels=u'.'.join(map(str, levels)),
num_levels=len(levels), names=u': '.join(names[1:]).ljust(20),
names_padded=names_padded)
fmts['levels_str'] = (fmts['levels'] + ':').ljust(6)
if prefix_content:
fmts['content'] = content
content = u'{levels_pad}{levels_str} {content}'
if isinstance(lst_items, Tag) and lst_items.name in list_tag_names:
fmts['list_name'] = list_tag_names[lst_items.name]
content = fmt(content, 0, fmts)
if title:
title = (fmt(title, 0, fmts) + u': ').ljust(title_pad)
l.go(title + content, filename, **kw)
def process_tag():
def get_log_fn():
return u'.'.join(map(str, levels)) + u' - ' + u'-'.join(names[1:])
def log_tag():
if not lst_items.contents:
add_log_entry('NO TOP TEXT', decode_html(lst_items.contents), crosspost='no_top_text')
if lst_items.name in list_tag_names:
add_log_entry('{list_name}', '{levels_pad}[{num_levels}] {levels}', prefix_content=False)
elif lst_items.name != 'li':
add_log_entry('OTHER TAG', decode(lst_items.contents[0]) if lst_items.contents else u'N/A')
elif not sublist.is_subnote:
add_log_entry('LIST ITEM', strip_tags(u''.join(sublist.list_items), True).strip())
else:
subnote_fn = u'..\\subnotes\\process_tag*\\' + get_log_fn()
subnote_shared = '*\\..\\..\\subnotes\\process_tag-all'
l.banner(u': '.join(names), subnote_fn)
if not create_subnote.logged_subnote:
l.blank(subnote_shared)
l.banner(title, subnote_shared, clear=False, append_newline=False)
l.banner(title, '..\\subnotes\\process_tag')
create_subnote.logged_subnote = True
add_log_entry('SUBNOTE', sublist.heading)
add_log_entry('', sublist.heading, '..\\subnotes\\process_tag', crosspost=subnote_fn)
add_log_entry('{levels}', '{names_padded}', subnote_shared, prefix_content=False, title_pad=13)
l.go(decode_html(sublist.subnote), subnote_fn)
def add_note(sublist, new_levels, new_names):
subnote_html = decode_html(sublist.subnote)
log_fn = u'..\\subnotes\\add_note*\\' + get_log_fn()
add_log_entry('SUBNOTE', '{levels_str} {names}: \n%s\n' % subnote_html, '..\\subnotes\\add_note', crosspost=log_fn, prefix_content=False)
myNotes.append([new_levels, new_names, subnote_html])
def process_list_item(contents):
def check_subnote(li, sublist):
def check_heading_flags():
if not isinstance(sublist.heading_flags, list):
sublist.heading_flags = []
for str_ in "`':":
if sublist.heading.endswith(str_):
sublist.heading_flags.append(str_)
sublist.heading = sublist.heading[:-1*len(str_)]
check_heading_flags()
return
#Begin check_subnote()
if not (isinstance(li, Tag) and (li.name in list_tag_names) and li.contents and li.contents[0]):
sublist.list_items.append(decode_html(li))
return sublist
sublist.heading = strip_tags(decode_html(''.join(sublist.list_items)), True).strip()
sublist.base_title = u': '.join(names).replace(title + ': ', '')
sublist.is_reversible = not matches_list(sublist.heading, HEADINGS.NOT_REVERSIBLE)
check_heading_flags()
if "`" in sublist.heading_flags:
sublist.is_reversible = not sublist.is_reversible
sublist.use_descriptor = "'" in sublist.heading_flags or "`" in sublist.heading_flags
sublist.is_subnote = ':' in sublist.heading_flags or matches_list(sublist.heading, HEADINGS.TOP + '|' + HEADINGS.BOTTOM)
if not sublist.is_subnote:
return sublist
sublist.subnote = li
return sublist
# Begin process_list_item()
sublist = DictCaseInsensitive(is_subnote=False, list_items=[])
for li in contents:
sublist = check_subnote(li, sublist)
if sublist.is_subnote:
break
return sublist
# Begin process_tag()
new_levels = levels[:]
new_names = names[:]
if lst_items.name in list_tag_names:
new_levels.append(0)
new_names.append('CHILD ' + lst_items.name.upper())
elif lst_items.name == 'li':
levels[-1] = new_levels[-1] = levels[-1] + 1
sublist = process_list_item(lst_items.contents)
if sublist.is_subnote:
names[-1] = new_names[-1] = sublist.heading
add_note(sublist, new_levels, new_names)
else:
names[-1] = new_names[-1] = sublist.heading if sublist.heading else 'Xx' + strip_tags(unicode(''.join(sublist.list_items)), True).strip()
log_tag()
if lst_items.name in list_tag_names or lst_items.name == 'li':
process_lists(note, lst_items.contents, new_levels, new_names)
# Begin process_lists()
if levels is None or names is None:
levels = []
names = [title]
level = len(levels)
for lst_items in lst:
if isinstance(lst_items, Tag):
process_tag()
elif isinstance(lst_items, NavigableString):
add_log_entry('NAV STRING', decode_html(lst_items).strip(), crosspost=['nav_strings', '*\\..\\..\\nav_strings'])
else:
add_log_entry('LST ITEMS', lst_items.__class__.__name__, crosspost=['unexpected-type', '*\\..\\..\\unexpected-type'])
#Begin create_subnote()
content = db.scalar("guid = ?", guid, columns='content')
title = note_title = get_evernote_title_from_guid(guid)
l.path_suffix = '\\' + title
soup = BeautifulSoup(content)
en_note = soup.find('en-note')
note = DictCaseInsensitive(descriptor=None)
first_div = en_note.find('div')
if first_div:
descriptor_text = first_div.text
if descriptor_text.startswith('`'):
note.descriptor = descriptor_text[1:]
lists = en_note.find(['ol', 'ul'])
lists_all = soup.findAll(['ol', 'ul'])
l.banner(title, crosspost='strings')
create_subnote.logged_subnote = False
process_lists(note, [lists])
l.go(decode_html(lists), 'lists', clear=True)
l.go(soup.prettify(), 'full', clear=True)
def blank(self, filename=None, *args, **kwargs):
filename, kwargs = self.wrap_filename(
filename, **DictCaseInsensitive(self.defaults, kwargs))
log_blank(filename, *args, **kwargs)
def __init__(self,
max=None,
interval=100,
info=None,
infoStr=None,
automated=None,
begin=True,
label=None,
display_initial_info=None,
max_allowed=None,
do_print=False,
**kw):
"""
:type info : ActionInfo
"""
args = DictCaseInsensitive(kw,
locals(),
delete='kw infoStr info max self')
simple_label = False
self.counts = EvernoteCounter()
self.__interval = interval
self.__reported_progress = False
if not isinstance(max, int):
if hasattr(max, '__len__'):
max = len(max)
else:
max = None
self.counts.max = -1
if max is not None:
self.counts.max = max
args.max = self.counts.max
if is_str(info):
# noinspection PyTypeChecker
info = ActionInfo(info, **args)
elif infoStr and not info:
info = ActionInfo(infoStr, **args)
elif label and not info:
simple_label = True
if display_initial_info is None:
display_initial_info = False
info = ActionInfo(label, **args)
elif label:
info.Label = label
if self.counts.max > 0 and info and (info.Max is None or info.Max < 1):
info.Max = max
self.counts.max_allowed = self.counts.max if max_allowed is None else max_allowed
self.__did_break = True
self.__do_print = do_print
self.__info = info
self.__action_initialized = False
self.__action_attempted = self.hasActionInfo and (display_initial_info
is not False)
if self.__action_attempted:
if self.info is None:
log("Unexpected; Timer '%s' has no ActionInfo instance" %
label,
do_print=True)
else:
self.__action_initialized = self.info.displayInitialInfo(
**args) is EvernoteAPIStatus.Initialized
if begin:
self.reset(False)
log_blank(filename='counters')
log(self.counts.fullSummary(self.name + ': Start'), 'counters')
def setup_evernote(self):
global icoEvernoteWeb
global imgEvernoteWeb
global elements
global evernote_query_last_updated
global evernote_pagination_current_page_spinner
def update_checkbox(setting):
if setting is DECKS.EVERNOTE_NOTEBOOK_INTEGRATION and not elements[DECKS.BASE].text():
return
if setting.get.startswith(QUERY.get):
update_evernote_query_visibilities()
setting.save(elements[setting].isChecked())
# mw.col.conf[setting] =
if setting is QUERY.USE_TAGS:
update_evernote_query_visibilities()
if setting is QUERY.LAST_UPDATED.USE:
evernote_query_last_updated_value_set_visibilities()
def create_checkbox(setting, label=" ", default_value=False, is_fixed_size=False, fixed_width=None):
if isinstance(label, bool):
default_value = label
label = " "
checkbox = QCheckBox(label, self)
sval = setting.fetch()
if not isinstance(sval, bool):
sval = default_value
checkbox.setChecked(sval)
# noinspection PyUnresolvedReferences
checkbox.stateChanged.connect(lambda: update_checkbox(setting))
if is_fixed_size or fixed_width:
checkbox.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
if fixed_width:
checkbox.setFixedWidth(fixed_width)
elements[setting] = checkbox
return checkbox
def create_checked_checkbox(*a, **kw):
kw['default_value'] = True
return create_checkbox(*a, **kw)
def update_text(setting, text):
text = text.strip()
setting.save(text)
if setting is DECKS.BASE:
update_anki_deck_visibilities()
if setting.get.startswith(QUERY.get):
if text:
use_key = getattr(QUERY, 'USE_' + setting.label.name)
elements[use_key].setChecked(True)
evernote_query_text_changed()
if setting is QUERY.SEARCH_TERMS:
update_evernote_query_visibilities()
def create_textbox(setting, default_value=""):
textbox = QLineEdit()
textbox.setText(setting.fetch(default_value))
textbox.connect(textbox,
SIGNAL("textEdited(QString)"),
lambda text: update_text(setting, text))
elements[setting] = textbox
return textbox
def add_query_row(setting, is_checked=False, **kw):
try:
default_value = setting.val
except:
default_value = ''
row_label = ' '.join(x.capitalize() for x in setting.replace('_', ' ').split())
hbox = QHBoxLayout()
hbox.addWidget(create_checkbox(getattr(QUERY, 'USE_' + setting),
default_value=is_checked, **kw))
hbox.addWidget(create_textbox(getattr(QUERY, setting), default_value))
form.addRow(row_label, hbox)
def gen_qt_hr():
vbox = QVBoxLayout()
hr = QFrame()
hr.setAutoFillBackground(True)
hr.setFrameShape(QFrame.HLine)
hr.setStyleSheet("QFrame { background-color: #0060bf; color: #0060bf; }")
hr.setFixedHeight(2)
vbox.addWidget(hr)
vbox.addSpacing(4)
return vbox
# Begin setup_evernote()
widget = QWidget()
layout = QVBoxLayout()
elements = {}
rm_log_path('Dicts\\')
evernote_query_last_updated = DictCaseInsensitive()
########################## QUERY ##########################
##################### QUERY: TEXTBOXES ####################
group = QGroupBox("EVERNOTE SEARCH OPTIONS:")
group.setStyleSheet('QGroupBox{ font-size: 10px; font-weight: bold; color: rgb(105, 170, 53);}')
form = QFormLayout()
form.addRow(gen_qt_hr())
# Show Generated Evernote Query Button
button_show_generated_evernote_query = QPushButton(icoEvernoteWeb, "Show Full Query", self)
button_show_generated_evernote_query.setAutoDefault(False)
button_show_generated_evernote_query.connect(button_show_generated_evernote_query,
SIGNAL("clicked()"),
handle_show_generated_evernote_query)
# Add Form Row for Match Any Terms
hbox = QHBoxLayout()
hbox.addWidget(create_checked_checkbox(QUERY.ANY, " Match Any Terms", is_fixed_size=True))
hbox.addWidget(button_show_generated_evernote_query)
form.addRow("<b>Search Parameters:</b>", hbox)
# Add Form Rows for Evernote Query Textboxes
for el in QUERY_TEXTBOXES:
add_query_row(el, 'TAGS' in el)
################### QUERY: LAST UPDATED ###################
# Evernote Query: Last Updated Type
evernote_query_last_updated.type = QComboBox()
evernote_query_last_updated.type.setStyleSheet(' QComboBox { color: rgb(45, 79, 201); font-weight: bold; } ')
evernote_query_last_updated.type.setSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
evernote_query_last_updated.type.addItems([u"Δ Day", u"Δ Week", u"Δ Month", u"Δ Year", "Date", "+ Time"])
evernote_query_last_updated.type.setCurrentIndex(QUERY.LAST_UPDATED.TYPE.fetch(EvernoteQueryLocationType.RelativeDay))
evernote_query_last_updated.type.activated.connect(update_evernote_query_last_updated_type)
# Evernote Query: Last Updated Type: Relative Date
evernote_query_last_updated.value.relative.spinner = EvernoteQueryLocationValueQSpinBox()
evernote_query_last_updated.value.relative.spinner.setVisible(False)
evernote_query_last_updated.value.relative.spinner.setStyleSheet(
" QSpinBox, EvernoteQueryLocationValueQSpinBox { font-weight: bold; color: rgb(173, 0, 0); } ")
evernote_query_last_updated.value.relative.spinner.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
evernote_query_last_updated.value.relative.spinner.connect(evernote_query_last_updated.value.relative.spinner,
SIGNAL("valueChanged(int)"),
update_evernote_query_last_updated_value_relative_spinner)
# Evernote Query: Last Updated Type: Absolute Date
evernote_query_last_updated.value.absolute.date = QDateEdit()
evernote_query_last_updated.value.absolute.date.setDisplayFormat('M/d/yy')
evernote_query_last_updated.value.absolute.date.setCalendarPopup(True)
evernote_query_last_updated.value.absolute.date.setVisible(False)
evernote_query_last_updated.value.absolute.date.setStyleSheet(
"QDateEdit { font-weight: bold; color: rgb(173, 0, 0); } ")
evernote_query_last_updated.value.absolute.date.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
evernote_query_last_updated.value.absolute.date.connect(evernote_query_last_updated.value.absolute.date,
SIGNAL("dateChanged(QDate)"),
update_evernote_query_last_updated_value_absolute_date)
# Evernote Query: Last Updated Type: Absolute DateTime
evernote_query_last_updated.value.absolute.datetime = QDateTimeEdit()
evernote_query_last_updated.value.absolute.datetime.setDisplayFormat('M/d/yy h:mm AP')
evernote_query_last_updated.value.absolute.datetime.setCalendarPopup(True)
evernote_query_last_updated.value.absolute.datetime.setVisible(False)
evernote_query_last_updated.value.absolute.datetime.setStyleSheet(
"QDateTimeEdit { font-weight: bold; color: rgb(173, 0, 0); } ")
evernote_query_last_updated.value.absolute.datetime.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
evernote_query_last_updated.value.absolute.datetime.connect(evernote_query_last_updated.value.absolute.datetime,
SIGNAL("dateTimeChanged(QDateTime)"),
update_evernote_query_last_updated_value_absolute_datetime)
# Evernote Query: Last Updated Type: Absolute Time
evernote_query_last_updated.value.absolute.time = QTimeEdit()
evernote_query_last_updated.value.absolute.time.setDisplayFormat('h:mm AP')
evernote_query_last_updated.value.absolute.time.setVisible(False)
evernote_query_last_updated.value.absolute.time.setStyleSheet(
"QTimeEdit { font-weight: bold; color: rgb(143, 0, 30); } ")
evernote_query_last_updated.value.absolute.time.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
evernote_query_last_updated.value.absolute.time.connect(evernote_query_last_updated.value.absolute.time,
SIGNAL("timeChanged(QTime)"),
update_evernote_query_last_updated_value_absolute_time)
# Create HBox for Separated Date & Time
hbox_datetime = QHBoxLayout()
hbox_datetime.addWidget(evernote_query_last_updated.value.absolute.date)
hbox_datetime.addWidget(evernote_query_last_updated.value.absolute.time)
# Evernote Query: Last Updated Type
evernote_query_last_updated.value.stacked_layout = QStackedLayout()
evernote_query_last_updated.value.stacked_layout.addWidget(evernote_query_last_updated.value.relative.spinner)
evernote_query_last_updated.value.stacked_layout.addItem(hbox_datetime)
# Add Form Row for Evernote Query: Last Updated
hbox = QHBoxLayout()
label = QLabel("Last Updated: ")
label.setMinimumWidth(SETTINGS.FORM.LABEL_MINIMUM_WIDTH.val)
hbox.addWidget(create_checkbox(QUERY.LAST_UPDATED.USE, is_fixed_size=True))
hbox.addWidget(evernote_query_last_updated.type)
hbox.addWidget(evernote_query_last_updated.value.relative.spinner)
hbox.addWidget(evernote_query_last_updated.value.absolute.date)
hbox.addWidget(evernote_query_last_updated.value.absolute.time)
form.addRow(label, hbox)
# Add Horizontal Row Separator
form.addRow(gen_qt_hr())
############################ PAGINATION ##########################
# Evernote Pagination: Current Page
evernote_pagination_current_page_spinner = QSpinBox()
evernote_pagination_current_page_spinner.setStyleSheet("QSpinBox { font-weight: bold; color: rgb(173, 0, 0); } ")
evernote_pagination_current_page_spinner.setPrefix("PAGE: ")
evernote_pagination_current_page_spinner.setSizePolicy(QSizePolicy.Expanding, QSizePolicy.Fixed)
evernote_pagination_current_page_spinner.setValue(EVERNOTE.PAGINATION_CURRENT_PAGE.fetch(1))
evernote_pagination_current_page_spinner.connect(evernote_pagination_current_page_spinner,
SIGNAL("valueChanged(int)"),
update_evernote_pagination_current_page_spinner)
# Evernote Pagination: Automation
hbox = QHBoxLayout()
hbox.addWidget(create_checked_checkbox(EVERNOTE.AUTO_PAGING, " Automate", fixed_width=105))
hbox.addWidget(evernote_pagination_current_page_spinner)
# Add Form Row for Evernote Pagination
form.addRow("<b>Pagination:</b>", hbox)
# Add Query Form to Group Box
group.setLayout(form)
# Add Query Group Box to Main Layout
layout.addWidget(group)
########################## DECK ##########################
# Setup Group Box and Form
group = QGroupBox("ANKI NOTE OPTIONS:")
group.setStyleSheet('QGroupBox{ font-size: 10px; font-weight: bold; color: rgb(105, 170, 53);}')
form = QFormLayout()
# Add Horizontal Row Separator
form.addRow(gen_qt_hr())
# Add Form Row for Default Anki Deck
hbox = QHBoxLayout()
hbox.insertSpacing(0, 33)
hbox.addWidget(create_textbox(DECKS.BASE, DECKS.BASE_DEFAULT_VALUE))
label_deck = QLabel("<b>Anki Deck:</b>")
label_deck.setMinimumWidth(SETTINGS.FORM.LABEL_MINIMUM_WIDTH.val)
form.addRow(label_deck, hbox)
# Add Form Row for Evernote Notebook Integration
label_deck = QLabel("Evernote Notebook:")
label_deck.setMinimumWidth(SETTINGS.FORM.LABEL_MINIMUM_WIDTH.val)
form.addRow("", create_checked_checkbox(DECKS.EVERNOTE_NOTEBOOK_INTEGRATION, " Append Evernote Notebook"))
# Add Horizontal Row Separator
form.addRow(gen_qt_hr())
############################ TAGS ##########################
# Add Form Row for Evernote Tag Options
label = QLabel("<b>Evernote Tags:</b>")
label.setMinimumWidth(SETTINGS.FORM.LABEL_MINIMUM_WIDTH.val)
# Tags: Save To Anki Note
form.addRow(label, create_checkbox(TAGS.KEEP_TAGS, " Save To Anki Note", TAGS.KEEP_TAGS_DEFAULT_VALUE))
hbox = QHBoxLayout()
hbox.insertSpacing(0, 33)
hbox.addWidget(create_textbox(TAGS.TO_DELETE))
# Tags: Tags To Delete
form.addRow("Tags to Delete:", hbox)
form.addRow(" ", create_checkbox(TAGS.DELETE_EVERNOTE_QUERY_TAGS, " Also Delete Search Tags"))
# Add Horizontal Row Separator
form.addRow(gen_qt_hr())
############################ NOTE UPDATING ##########################
# Note Update Method
update_existing_notes = QComboBox()
update_existing_notes.setStyleSheet(
' QComboBox { color: #3b679e; font-weight: bold; } QComboBoxItem { color: #A40F2D; font-weight: bold; } ')
update_existing_notes.addItems(["Ignore Existing Notes", "Update In-Place",
"Delete and Re-Add"])
sval = ANKI.UPDATE_EXISTING_NOTES.fetch()
if not isinstance(sval, int):
sval = ANKI.UPDATE_EXISTING_NOTES.val
update_existing_notes.setCurrentIndex(sval)
update_existing_notes.activated.connect(update_update_existing_notes)
# Add Form Row for Note Update Method
hbox = QHBoxLayout()
hbox.insertSpacing(0, 33)
hbox.addWidget(update_existing_notes)
form.addRow("<b>Note Updating:</b>", hbox)
# Add Note Update Method Form to Group Box
group.setLayout(form)
# Add Note Update Method Group Box to Main Layout
layout.addWidget(group)
######################### UPDATE VISIBILITIES #######################
# Update Visibilities of Anki Deck Options
update_anki_deck_visibilities()
# Update Visibilities of Query Options
evernote_query_text_changed()
update_evernote_query_visibilities()
######################## ADD TO SETTINGS PANEL ######################
# Vertical Spacer
vertical_spacer = QSpacerItem(20, 0, QSizePolicy.Minimum, QSizePolicy.Expanding)
layout.addItem(vertical_spacer)
# Parent Widget
widget.setLayout(layout)
# New Tab
self.form.tabWidget.addTab(widget, "Anknotes")