def _makeparams(self):
params = [utils.escape('%s:@"%s"' % target) for target in
self._target.items()]
param = Expression.OR.join(params)
exprs = [utils.escape(self._makeexpr(expr)) for expr in self._expr]
expr = Expression.OR.join(exprs)
result = param and '(%s)' % param
if result and expr:
result += Expression.AND
result += expr
return '--query "%s"' % result if result else ''
def _makeparams(self):
params = ['%s:@%s' % (k, utils.escape(v, True)) for k, v in
sorted(self._target.items())]
op = QueryExpression.operator[Operator.BIT_OR]
param = op.join(params)
expr = op.join(expr.build(QueryExpression) for expr in self._exprs)
result = param and '(%s)' % param
if result and expr:
result += QueryExpression.operator[Operator.BIT_AND]
result += expr
return '--query %s' % utils.escape(result, True) if result else ''
def __str__(self):
value = self.value
if value is True:
expr_str = 'true'
elif value is False:
expr_str = 'false'
elif value is None:
expr_str = 'null'
elif isinstance(value, (datetime, date)):
expr_str = utils.escape(value.strftime('%Y/%m/%d %H:%M:%S.%f'))
else:
expr_str = utils.escape(utils.to_text(value))
# TODO: Geo point, Array
return expr_str
def _make_match_columns(self):
if self._match_columns:
exprs = (e.build(MatchColumn) for e in self._match_columns)
result = MatchColumn.operator[Operator.OR].join(exprs)
return '--match_columns %s' % utils.escape(result, True)
else:
return ''
def __str__(self):
return ' '.join((
'load',
'--table', self._table.__tablename__,
'--input_type', 'json',
'--each',
"'suggest_preparer(_id, type, item, sequence, time, pair_query)'",
utils.escape(self._makejson(), True)))
def __str__(self):
return ' '.join((
'suggest',
'--table', '"%s"' % self._table.__tablename__,
'--column', '"%s"' % self._table.kana.name,
'--types', '"%s"' % self._types,
self._condition(),
'--query', utils.escape(self._query, True)))
def __str__(self):
return 'suggest --table "%(table)s" --column "%(column)s" --types ' \
'"%(types)s" %(condition)s --query "%(query)s"' % \
dict(table=self._table.__tablename__,
column=self._table.kana.name,
types=self._types,
condition=self._condition(),
query=utils.escape(self._query))
def delete(self, key=None, id=None, filter=None):
"""Get the 'delete' query
:param table: Table class
:param key: string of key of record, default is None
:param id: string of id of record, default is None
:param filter: instance of ExpressionTree or string of filter,
default is None
:returns: :class:`SimpleQuery` object
"""
query = ['delete', '--table', self._table.__tablename__]
if key is not None:
query.extend(('--key', key))
if id is not None:
query.extend(('--id', str(id)))
if filter is not None:
query.extend(('--filter', utils.escape(str(filter), True)))
self._query.extend(query)
return self
def __str__(self):
return ' '.join((
'load',
'--table', self._table.__tablename__,
'--input-type', 'json',
'--values', utils.escape(self._makejson(), True)))
def __str__(self):
expr_str = utils.to_text(getattr(self.value, 'lvalue', self.value))
return utils.escape(expr_str)
def _makefilters(self):
if not self._filters:
return ''
exprs = (e.build(FilterExpression) for e in self._filters)
result = FilterExpression.operator[Operator.OR].join(exprs)
return '--filter %s' % utils.escape(result, True)
def _makejson(self):
return utils.escape(json.dumps([v.asdict() for v in self._data]))
def test_escape(values, expected):
result = utils.escape(*values)
assert result == expected
