class TestInsert(unittest.TestCase):
def setUp(self):
self.ins = Insert()
def test_empty(self):
self.assertEqual(0, len(list(self.ins.next())))
def test_feed(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = "(1,2,3,4)"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual(1, len(lst))
self.assertEqual('INSERT INTO "mytable" VALUES (1,2,3,4);', lst[0])
def test_feed_lower(self):
fmt = "insert into `MYTABLE` values {};"
values = "(1,2,3,4)"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual(1, len(lst))
self.assertEqual('INSERT INTO "MYTABLE" VALUES (1,2,3,4);', lst[0])
def test_feed_split_1(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = "(1,2,3,4)"
stmt = fmt.format(values)
self.ins.feed(stmt[:len(stmt)/2])
self.ins.feed(stmt[len(stmt)/2:])
lst = list(self.ins.next())
self.assertEqual(1, len(lst))
self.assertEqual('INSERT INTO "mytable" VALUES (1,2,3,4);', lst[0])
def test_feed_split_2(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = "(1,2,3,4),(5,6,7,8)"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual(2, len(lst))
self.assertEqual('INSERT INTO "mytable" VALUES (1,2,3,4);', lst[0])
self.assertEqual('INSERT INTO "mytable" VALUES (5,6,7,8);', lst[1])
def test_feed_split_3(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = "(1,2,3,4),(5,6,7,8),(15,16,17,18)"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual('INSERT INTO "mytable" VALUES (1,2,3,4);', lst[0])
self.assertEqual('INSERT INTO "mytable" VALUES (5,6,7,8);', lst[1])
self.assertEqual('INSERT INTO "mytable" VALUES (15,16,17,18);', lst[2])
self.assertEqual(3, len(lst))
def test_feed_split_1_false_2(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = "(1,'a 2001(3),(4), b',4)"
stmt = fmt.format(values)
self.ins.feed(stmt[:len(stmt)/2])
self.ins.feed(stmt[len(stmt)/2:])
lst = list(self.ins.next())
self.assertEqual('''INSERT INTO "mytable" VALUES (1,'a 2001(3),(4), b',4);''', lst[0])
self.assertEqual(1, len(lst), lst)
def test_feed_split_2_false_3(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = "(1,2,3,4),(5,'\\',77,88),(55,\\'ins\\',',7,8)"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual(lst[0], '''INSERT INTO "mytable" VALUES (1,2,3,4);''')
self.assertEqual(lst[1], """INSERT INTO "mytable" VALUES (5,''',77,88),(55,''ins'',',7,8);""")
self.assertEqual(2, len(lst), lst)
def test_quote_double(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = r"(1,'\\\'\\\'qwerty\\\'\\\'',8)"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual(lst[0], r"""INSERT INTO "mytable" VALUES (1,'\\''\\''qwerty\\''\\''',8);""")
def test_double_quote(self):
fmt = "INSERT INTO `mytable` VALUES ({});"
values = r"1,'\"qwerty\"',8"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual(lst[0], 'INSERT INTO "mytable" VALUES (1,\'"qwerty"\',8);')
def test_quote_recursive(self):
fmt = "INSERT INTO `mytable` VALUES {};"
values = r"(1,'\\\\\\\'qwerty\\\\\\\'',8)"
self.ins.feed(fmt.format(values))
lst = list(self.ins.next())
self.assertEqual(lst[0], r"""INSERT INTO "mytable" VALUES (1,'\\\\\\''qwerty\\\\\\''',8);""")
def test_sub_quote(self):
s = r"' qwerty \'dfssdf\\aaa\\''"
r = self.ins.re_quote.sub(self.ins.match_quote, s)
self.assertEqual(r"' qwerty ''dfssdf\\aaa\\''", r)
s = r"'\'one\''"
r = s.replace(r"\'", "''")
self.assertEqual("'''one'''", r)
s = r"182,'\'one\'',''"
r = s.replace(r"\'", "''")
self.assertEqual("182,'''one''',''", r)
#return
s = r"182,'\'Та сторона\'','','Альманах','','',0,'','','','\0','','','','','','','',47560,''"
#r = self.ins.sub_quote("''", s)
r = self.ins.re_quote.sub(self.ins.match_quote, s)
#r = s.replace(r"\'", "''")
#print
#print s
#print r
#print r"182,'''Та сторона''','','Альманах','','',0,'','','','\0','','','','','','','',47560,''"
self.assertEqual(r"182,'''Та сторона''','','Альманах','','',0,'','','','\0','','','','','','','',47560,''", r)
def setUp(self):
self.ins = Insert()