def __init__(self):
CardType.__init__(self)
self.id = "4"
self.name = _("Map")
self.description = _("A card type for learning locations on a map")
# List and name the keys.
self.fields.append(("loc", _("Location")))
self.fields.append(("blank", _("Blank map")))
self.fields.append(("marked", _("Marked map")))
# Recognition.
v = FactView(1, _("Recognition"))
v.q_fields = ["marked"]
v.a_fields = ["loc"]
v.required_fields = ["marked", "loc"]
self.fact_views.append(v)
# Production.
v = FactView(2, _("Production"))
v.q_fields = ["loc","blank"]
v.a_fields = ["marked"]
v.required_fields = ["loc", "blank", "marked"]
v.a_on_top_of_q = True
self.fact_views.append(v)
# The following field needs to be unique.
self.unique_fields = ["loc"]
def __init__(self, language_name=""):
CardType.__init__(self)
if not language_name:
self.id = "2"
self.name = _("Front-to-back and back-to-front")
self.is_language = False
else:
self.id = "2_" + language_name
self.name = language_name
self.is_language = True
# List and name the keys.
self.fields.append(("q", _("Question")))
self.fields.append(("a", _("Answer")))
# Front-to-back.
v = FactView(1, _("Front-to-back"))
v.q_fields = ["q"]
v.a_fields = ["a"]
v.required_fields = ["q"]
self.fact_views.append(v)
# Back-to-front.
v = FactView(2, _("Back-to-front"))
v.q_fields = ["a"]
v.a_fields = ["q"]
v.required_fields = ["a"]
self.fact_views.append(v)
# The question field needs to be unique. As for duplicates is the answer
# field, these are better handled through a synonym detection plugin.
self.unique_fields = ["q"]
def __init__(self, language_name=""):
CardType.__init__(self)
if not language_name:
self.id = "3"
self.name = _("Foreign word with pronunciation")
self.is_language = False
else:
self.id = "3_" + language_name
self.name = language_name
self.is_language = True
# List and name the keys.
self.fields.append(("f", _("Foreign word")))
self.fields.append(("p", _("Pronunciation")))
self.fields.append(("t", _("Translation")))
# Recognition.
v = FactView(1, _("Recognition"))
v.q_fields = ["f"]
v.a_fields = ["p", "t"]
v.required_fields = ["f"]
self.fact_views.append(v)
# Production.
v = FactView(2, _("Production"))
v.q_fields = ["t"]
v.a_fields = ["f", "p"]
v.required_fields = ["t"]
self.fact_views.append(v)
# The foreign word field needs to be unique. As for duplicates is the
# answer field, these are better handled through a synonym detection
# plugin.
self.unique_fields = ["f"]
def fact_view_from_log_entry(self, log_entry):
# Get fact view object to be deleted now.
if log_entry["type"] == EventTypes.DELETED_FACT_VIEW:
return self.get_fact_view(log_entry["o_id"], id_is_internal=False)
# Create an empty shell of fact view object that will be deleted later
# during this sync.
if "name" not in log_entry:
return FactView("irrelevant", log_entry["o_id"])
# Create fact view object.
fact_view = FactView(log_entry["name"], log_entry["o_id"])
fact_view.q_fields = eval(log_entry["q_fields"])
fact_view.a_fields = eval(log_entry["a_fields"])
fact_view.a_on_top_of_q = bool(eval(log_entry["a_on_top_of_q"]))
fact_view.type_answer = bool(eval(log_entry["type_answer"]))
if "extra" in log_entry:
fact_view.extra_data = eval(log_entry["extra"])
return fact_view
def __init__(self):
CardType.__init__(self)
self.id = "1"
self.name = _("Front-to-back only")
# List and name the keys.
self.fields.append(("q", _("Question")))
self.fields.append(("a", _("Answer")))
# Front-to-back.
v = FactView(1, _("Front-to-back"))
v.q_fields = ["q"]
v.a_fields = ["a"]
v.required_fields = ["q"]
self.fact_views.append(v)
# The following field needs to be unique.
self.unique_fields = ["q"]
def get_view(self, view_id):
"""Get view object by id."""
res = self.conn.execute("select name from views where id=?",
(view_id, )).fetchone()
fact_view = FactView(view_id, res["name"])
# Find fact view in registered card_types and copy
# *fields attributes from it
for card_type in card_types():
for view in card_type.fact_views:
if view.name == res["name"]:
fact_view.q_fields = view.q_fields
fact_view.a_fields = view.a_fields
fact_view.required_fields = view.required_fields
return fact_view
raise RuntimeError("Wrong view(id=%d) found in the database" % view_id)
