def compile(method="builtin_normal"):
''' make hiragana/katakana input state trie-tree
>>> hira_tree, kata_tree = compile('builtin_normal')
>>> hira_tree[ord('k')][ord('y')][ord('a')][SKK_ROMAN_VALUE]
u'\u304d\u3083'
>>> hira_tree[ord('t')][ord('t')][ord('a')][SKK_ROMAN_VALUE]
u'\u3063\u305f'
>>> kata_tree[ord('k')][ord('y')][ord('a')][SKK_ROMAN_VALUE]
u'\u30ad\u30e3'
>>> hira_tree, kata_tree = compile('builtin_azik')
>>> hira_tree[ord('k')][ord('y')][ord('a')][SKK_ROMAN_VALUE]
u'\u304d\u3083'
>>> kata_tree[ord('k')][ord('y')][ord('a')][SKK_ROMAN_VALUE]
u'\u30ad\u30e3'
>>> hira_tree, kata_tree = compile('builtin_act')
>>> hira_tree[ord('c')][ord('g')][ord('a')][SKK_ROMAN_VALUE]
u'\u304d\u3083'
>>> kata_tree[ord('c')][ord('g')][ord('a')][SKK_ROMAN_VALUE]
u'\u30ad\u30e3'
'''
logging.info("compile roman rule: %s" % method)
_base_name, base_ruledict = rule.get('builtin_base')
name, ruledict = rule.get(method)
ruledict.update(base_ruledict)
hira_rule, kata_rule = _make_rules(ruledict)
if method == 'builtin_normal':
onbin = 'bcdfghjkmprstvwxz'
else:
onbin = 'w'
_hira_tree = _maketree(hira_rule, onbin, u'っ', u'ん')
_kata_tree = _maketree(kata_rule, onbin, u'ッ', u'ン')
return (_hira_tree, _kata_tree)
def _load_builtin_dict():
"""
>>> _load_user_dict()
"""
try:
_load_dict(_get_fallback_dict_path('SKK-JISYO.builtin'))
except Exception, e:
logging.exception(e)
import rule
template = "@ローマ字ルール /%s;builtin:settings:romanrule:'%s'/"
try:
loader = SkkLineLoader()
for rulename in rule.list():
try:
ruledisplay, ruledict = rule.get(rulename)
loader.parse(template % (ruledisplay, rulename))
except ImportError, e:
logging.exception(e)
except Exception, e:
logging.exception(e)
try:
_load_dict(_get_fallback_dict_path('SKK-JISYO.L'))
except Exception, e:
logging.exception(e)
try:
_load_dict(_get_fallback_dict_path('SKK-JISYO.JIS2'))
except Exception, e:
logging.exception(e)