"""
# XXX: Check if "gametext" is set correctly everywhere
+import operator
+
from sqlalchemy import Column, ForeignKey, MetaData, PrimaryKeyConstraint, Table
-from sqlalchemy.ext.declarative import declarative_base, declared_attr
+from sqlalchemy.ext.declarative import (
+ declarative_base, declared_attr, DeclarativeMeta,
+ )
from sqlalchemy.ext.associationproxy import association_proxy
from sqlalchemy.orm import backref, eagerload_all, relation, class_mapper
from sqlalchemy.orm.session import Session
from pokedex.db import markdown
+# A list of all table classes will live in table_classes
+table_classes = []
+
+class TableMetaclass(DeclarativeMeta):
+ def __init__(cls, name, bases, attrs):
+ super(TableMetaclass, cls).__init__(name, bases, attrs)
+ if hasattr(cls, '__tablename__'):
+ table_classes.append(cls)
+
metadata = MetaData()
-TableBase = declarative_base(metadata=metadata)
+TableBase = declarative_base(metadata=metadata, metaclass=TableMetaclass)
### Helper classes
class Named(object):
class LanguageSpecificColumn(object):
"""A column that will not appear in the table it's defined in, but in a related one"""
+ _ordering = [1]
def __init__(self, *args, **kwargs):
self.args = args
self.plural = kwargs.pop('plural')
self.kwargs = kwargs
+ self.order = self._ordering[0]
+ self._ordering[0] += 1
def makeSAColumn(self):
return Column(*self.args, **self.kwargs)
VersionGroup.regions = association_proxy('version_group_regions', 'region')
VersionGroup.pokedex = relation(Pokedex, back_populates='version_groups')
-### Convenience function
-def all_tables():
- u"""Yields all tables in the pokédex"""
- for table in set(t for t in globals().values() if isclass(t)):
- if issubclass(table, TableBase) and table is not TableBase:
- yield table
-
### Add name tables
-for table in all_tables():
+for table in list(table_classes):
if issubclass(table, OfficiallyNamed):
cls = TextColumn
info=dict(description="The name", format='plaintext', official=True)
return Strings
-for table in all_tables():
- text_columns = []
- prose_columns = []
+for table in list(table_classes):
+ # Find all the language-specific columns, keeping them in the order they
+ # were defined
+ all_columns = []
for colname in dir(table):
column = getattr(table, colname)
+ if isinstance(column, LanguageSpecificColumn):
+ all_columns.append((colname, column))
+ all_columns.sort(key=lambda pair: pair[1].order)
+
+ # Break them into text and prose columns
+ text_columns = []
+ prose_columns = []
+ for colname, column in all_columns:
+ spec = colname, column.plural, column.makeSAColumn()
if isinstance(column, TextColumn):
- text_columns.append((colname, column.plural, column.makeSAColumn()))
+ text_columns.append(spec)
elif isinstance(column, ProseColumn):
- prose_columns.append((colname, column.plural, column.makeSAColumn()))
+ prose_columns.append(spec)
+
+ if (text_columns or prose_columns) and issubclass(table, LanguageSpecific):
+ raise AssertionError("Language-specific table %s shouldn't have explicit language-specific columns" % table)
+
if text_columns:
string_table = makeTextTable(table, 'texts', 'text', text_columns, lazy=False)
- globals()[string_table.__name__] = string_table
if prose_columns:
string_table = makeTextTable(table, 'prose', 'prose', prose_columns, lazy=True)
- globals()[string_table.__name__] = string_table
- if (text_columns or prose_columns) and issubclass(table, LanguageSpecific):
- raise AssertionError("Language-specific table %s shouldn't have explicit language-specific columns" % table)
### Add language relations
-for table in all_tables():
+for table in list(table_classes):
if issubclass(table, LanguageSpecific):
table.language = relation(Language, primaryjoin=table.language_id == Language.id)