mirror of
https://github.com/ClickHouse/ClickHouse.git
synced 2024-12-09 07:52:19 +00:00
1772 lines
58 KiB
Python
1772 lines
58 KiB
Python
# Generated by Grammarinator 19.3
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from itertools import chain
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from grammarinator.runtime import *
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charset_0 = list(chain(*multirange_diff(printable_unicode_ranges, [(39, 40),(92, 93)])))
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charset_1 = list(chain(range(97, 98), range(65, 66)))
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charset_2 = list(chain(range(98, 99), range(66, 67)))
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charset_3 = list(chain(range(99, 100), range(67, 68)))
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charset_4 = list(chain(range(100, 101), range(68, 69)))
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charset_5 = list(chain(range(101, 102), range(69, 70)))
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charset_6 = list(chain(range(102, 103), range(70, 71)))
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charset_7 = list(chain(range(103, 104), range(71, 72)))
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charset_8 = list(chain(range(104, 105), range(72, 73)))
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charset_9 = list(chain(range(105, 106), range(73, 74)))
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charset_10 = list(chain(range(106, 107), range(74, 75)))
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charset_11 = list(chain(range(107, 108), range(75, 76)))
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charset_12 = list(chain(range(108, 109), range(76, 77)))
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charset_13 = list(chain(range(109, 110), range(77, 78)))
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charset_14 = list(chain(range(110, 111), range(78, 79)))
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charset_15 = list(chain(range(111, 112), range(79, 80)))
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charset_16 = list(chain(range(112, 113), range(80, 81)))
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charset_17 = list(chain(range(113, 114), range(81, 82)))
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charset_18 = list(chain(range(114, 115), range(82, 83)))
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charset_19 = list(chain(range(115, 116), range(83, 84)))
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charset_20 = list(chain(range(116, 117), range(84, 85)))
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charset_21 = list(chain(range(117, 118), range(85, 86)))
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charset_22 = list(chain(range(118, 119), range(86, 87)))
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charset_23 = list(chain(range(119, 120), range(87, 88)))
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charset_24 = list(chain(range(120, 121), range(88, 89)))
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charset_25 = list(chain(range(121, 122), range(89, 90)))
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charset_26 = list(chain(range(122, 123), range(90, 91)))
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charset_27 = list(chain(range(97, 123), range(65, 91)))
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charset_28 = list(chain(range(48, 58)))
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charset_29 = list(chain(range(48, 58), range(97, 103), range(65, 71)))
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charset_30 = list(chain(*multirange_diff(printable_unicode_ranges, [(92, 93),(92, 93)])))
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charset_31 = list(chain(range(32, 33), range(11, 12), range(12, 13), range(9, 10), range(13, 14), range(10, 11)))
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class ClickHouseUnlexer(Grammarinator):
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def __init__(self, *, max_depth=float('inf'), weights=None, cooldown=1.0):
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super(ClickHouseUnlexer, self).__init__()
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self.unlexer = self
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self.max_depth = max_depth
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self.weights = weights or dict()
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self.cooldown = cooldown
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def EOF(self, *args, **kwargs):
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pass
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@depthcontrol
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def INTERVAL_TYPE(self):
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current = self.create_node(UnlexerRule(name='INTERVAL_TYPE'))
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choice = self.choice([0 if [2, 2, 2, 2, 2, 2, 2, 2][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_0', i), 1) for i, w in enumerate([1, 1, 1, 1, 1, 1, 1, 1])])
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self.unlexer.weights[('alt_0', choice)] = self.unlexer.weights.get(('alt_0', choice), 1) * self.unlexer.cooldown
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if choice == 0:
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current += self.unlexer.SECOND()
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elif choice == 1:
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current += self.unlexer.MINUTE()
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elif choice == 2:
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current += self.unlexer.HOUR()
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elif choice == 3:
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current += self.unlexer.DAY()
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elif choice == 4:
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current += self.unlexer.WEEK()
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elif choice == 5:
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current += self.unlexer.MONTH()
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elif choice == 6:
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current += self.unlexer.QUARTER()
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elif choice == 7:
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current += self.unlexer.YEAR()
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return current
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INTERVAL_TYPE.min_depth = 2
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@depthcontrol
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def ALIAS(self):
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current = self.create_node(UnlexerRule(name='ALIAS'))
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current += self.unlexer.A()
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current += self.unlexer.L()
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current += self.unlexer.I()
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current += self.unlexer.A()
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current += self.unlexer.S()
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return current
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ALIAS.min_depth = 1
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@depthcontrol
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def ALL(self):
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current = self.create_node(UnlexerRule(name='ALL'))
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current += self.unlexer.A()
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current += self.unlexer.L()
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current += self.unlexer.L()
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return current
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ALL.min_depth = 1
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@depthcontrol
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def AND(self):
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current = self.create_node(UnlexerRule(name='AND'))
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current += self.unlexer.A()
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current += self.unlexer.N()
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current += self.unlexer.D()
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return current
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AND.min_depth = 1
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@depthcontrol
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def ANTI(self):
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current = self.create_node(UnlexerRule(name='ANTI'))
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current += self.unlexer.A()
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current += self.unlexer.N()
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current += self.unlexer.T()
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current += self.unlexer.I()
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return current
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ANTI.min_depth = 1
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@depthcontrol
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def ANY(self):
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current = self.create_node(UnlexerRule(name='ANY'))
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current += self.unlexer.A()
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current += self.unlexer.N()
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current += self.unlexer.Y()
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return current
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ANY.min_depth = 1
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@depthcontrol
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def ARRAY(self):
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current = self.create_node(UnlexerRule(name='ARRAY'))
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current += self.unlexer.A()
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current += self.unlexer.R()
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current += self.unlexer.R()
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current += self.unlexer.A()
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current += self.unlexer.Y()
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return current
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ARRAY.min_depth = 1
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@depthcontrol
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def AS(self):
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current = self.create_node(UnlexerRule(name='AS'))
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current += self.unlexer.A()
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current += self.unlexer.S()
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return current
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AS.min_depth = 1
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@depthcontrol
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def ASCENDING(self):
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current = self.create_node(UnlexerRule(name='ASCENDING'))
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choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_9', i), 1) for i, w in enumerate([1, 1])])
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self.unlexer.weights[('alt_9', choice)] = self.unlexer.weights.get(('alt_9', choice), 1) * self.unlexer.cooldown
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if choice == 0:
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current += self.unlexer.A()
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current += self.unlexer.S()
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current += self.unlexer.C()
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elif choice == 1:
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current += self.unlexer.A()
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current += self.unlexer.S()
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current += self.unlexer.C()
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current += self.unlexer.E()
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current += self.unlexer.N()
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current += self.unlexer.D()
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current += self.unlexer.I()
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current += self.unlexer.N()
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current += self.unlexer.G()
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return current
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ASCENDING.min_depth = 1
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@depthcontrol
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def ASOF(self):
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current = self.create_node(UnlexerRule(name='ASOF'))
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current += self.unlexer.A()
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current += self.unlexer.S()
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current += self.unlexer.O()
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current += self.unlexer.F()
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return current
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ASOF.min_depth = 1
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@depthcontrol
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def BETWEEN(self):
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current = self.create_node(UnlexerRule(name='BETWEEN'))
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current += self.unlexer.B()
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current += self.unlexer.E()
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current += self.unlexer.T()
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current += self.unlexer.W()
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current += self.unlexer.E()
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current += self.unlexer.E()
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current += self.unlexer.N()
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return current
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BETWEEN.min_depth = 1
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@depthcontrol
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def BOTH(self):
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current = self.create_node(UnlexerRule(name='BOTH'))
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current += self.unlexer.B()
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current += self.unlexer.O()
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current += self.unlexer.T()
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current += self.unlexer.H()
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return current
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BOTH.min_depth = 1
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@depthcontrol
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def BY(self):
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current = self.create_node(UnlexerRule(name='BY'))
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current += self.unlexer.B()
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current += self.unlexer.Y()
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return current
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BY.min_depth = 1
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@depthcontrol
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def CASE(self):
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current = self.create_node(UnlexerRule(name='CASE'))
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current += self.unlexer.C()
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current += self.unlexer.A()
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current += self.unlexer.S()
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current += self.unlexer.E()
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return current
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CASE.min_depth = 1
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@depthcontrol
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def CAST(self):
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current = self.create_node(UnlexerRule(name='CAST'))
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current += self.unlexer.C()
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current += self.unlexer.A()
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current += self.unlexer.S()
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current += self.unlexer.T()
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return current
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CAST.min_depth = 1
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@depthcontrol
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def CLUSTER(self):
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current = self.create_node(UnlexerRule(name='CLUSTER'))
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current += self.unlexer.C()
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current += self.unlexer.L()
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current += self.unlexer.U()
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current += self.unlexer.S()
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current += self.unlexer.T()
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current += self.unlexer.E()
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current += self.unlexer.R()
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return current
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CLUSTER.min_depth = 1
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@depthcontrol
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def COLLATE(self):
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current = self.create_node(UnlexerRule(name='COLLATE'))
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current += self.unlexer.C()
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current += self.unlexer.O()
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current += self.unlexer.L()
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current += self.unlexer.L()
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current += self.unlexer.A()
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current += self.unlexer.T()
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current += self.unlexer.E()
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return current
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COLLATE.min_depth = 1
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@depthcontrol
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def CREATE(self):
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current = self.create_node(UnlexerRule(name='CREATE'))
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current += self.unlexer.C()
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current += self.unlexer.R()
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current += self.unlexer.E()
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current += self.unlexer.A()
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current += self.unlexer.T()
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current += self.unlexer.E()
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return current
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CREATE.min_depth = 1
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@depthcontrol
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def CROSS(self):
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current = self.create_node(UnlexerRule(name='CROSS'))
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current += self.unlexer.C()
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current += self.unlexer.R()
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current += self.unlexer.O()
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current += self.unlexer.S()
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current += self.unlexer.S()
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return current
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CROSS.min_depth = 1
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@depthcontrol
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def DATABASE(self):
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current = self.create_node(UnlexerRule(name='DATABASE'))
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current += self.unlexer.D()
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current += self.unlexer.A()
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current += self.unlexer.T()
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current += self.unlexer.A()
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current += self.unlexer.B()
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current += self.unlexer.A()
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current += self.unlexer.S()
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current += self.unlexer.E()
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return current
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DATABASE.min_depth = 1
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@depthcontrol
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def DAY(self):
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current = self.create_node(UnlexerRule(name='DAY'))
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current += self.unlexer.D()
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current += self.unlexer.A()
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current += self.unlexer.Y()
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return current
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DAY.min_depth = 1
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@depthcontrol
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def DEFAULT(self):
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current = self.create_node(UnlexerRule(name='DEFAULT'))
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current += self.unlexer.D()
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current += self.unlexer.E()
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current += self.unlexer.F()
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current += self.unlexer.A()
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current += self.unlexer.U()
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current += self.unlexer.L()
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current += self.unlexer.T()
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return current
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DEFAULT.min_depth = 1
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@depthcontrol
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def DELETE(self):
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current = self.create_node(UnlexerRule(name='DELETE'))
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current += self.unlexer.D()
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current += self.unlexer.E()
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current += self.unlexer.L()
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current += self.unlexer.E()
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current += self.unlexer.T()
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current += self.unlexer.E()
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return current
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DELETE.min_depth = 1
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@depthcontrol
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def DESCENDING(self):
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current = self.create_node(UnlexerRule(name='DESCENDING'))
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choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_12', i), 1) for i, w in enumerate([1, 1])])
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self.unlexer.weights[('alt_12', choice)] = self.unlexer.weights.get(('alt_12', choice), 1) * self.unlexer.cooldown
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if choice == 0:
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current += self.unlexer.D()
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current += self.unlexer.E()
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current += self.unlexer.S()
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current += self.unlexer.C()
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elif choice == 1:
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current += self.unlexer.D()
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current += self.unlexer.E()
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current += self.unlexer.S()
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current += self.unlexer.C()
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current += self.unlexer.E()
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current += self.unlexer.N()
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current += self.unlexer.D()
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current += self.unlexer.I()
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current += self.unlexer.N()
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current += self.unlexer.G()
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return current
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DESCENDING.min_depth = 1
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@depthcontrol
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def DISK(self):
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current = self.create_node(UnlexerRule(name='DISK'))
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current += self.unlexer.D()
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current += self.unlexer.I()
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current += self.unlexer.S()
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current += self.unlexer.K()
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return current
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DISK.min_depth = 1
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@depthcontrol
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def DISTINCT(self):
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current = self.create_node(UnlexerRule(name='DISTINCT'))
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current += self.unlexer.D()
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current += self.unlexer.I()
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current += self.unlexer.S()
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current += self.unlexer.T()
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current += self.unlexer.I()
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current += self.unlexer.N()
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current += self.unlexer.C()
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current += self.unlexer.T()
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return current
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DISTINCT.min_depth = 1
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@depthcontrol
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def DROP(self):
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current = self.create_node(UnlexerRule(name='DROP'))
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current += self.unlexer.D()
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current += self.unlexer.R()
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current += self.unlexer.O()
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current += self.unlexer.P()
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return current
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DROP.min_depth = 1
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@depthcontrol
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def ELSE(self):
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current = self.create_node(UnlexerRule(name='ELSE'))
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current += self.unlexer.E()
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current += self.unlexer.L()
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current += self.unlexer.S()
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current += self.unlexer.E()
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return current
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ELSE.min_depth = 1
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@depthcontrol
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def END(self):
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current = self.create_node(UnlexerRule(name='END'))
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current += self.unlexer.E()
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current += self.unlexer.N()
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current += self.unlexer.D()
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return current
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END.min_depth = 1
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@depthcontrol
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|
def ENGINE(self):
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current = self.create_node(UnlexerRule(name='ENGINE'))
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current += self.unlexer.E()
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current += self.unlexer.N()
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current += self.unlexer.G()
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current += self.unlexer.I()
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current += self.unlexer.N()
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current += self.unlexer.E()
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return current
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ENGINE.min_depth = 1
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@depthcontrol
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|
def EXISTS(self):
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current = self.create_node(UnlexerRule(name='EXISTS'))
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current += self.unlexer.E()
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current += self.unlexer.X()
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current += self.unlexer.I()
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current += self.unlexer.S()
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current += self.unlexer.T()
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current += self.unlexer.S()
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return current
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EXISTS.min_depth = 1
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|
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@depthcontrol
|
|
def EXTRACT(self):
|
|
current = self.create_node(UnlexerRule(name='EXTRACT'))
|
|
current += self.unlexer.E()
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current += self.unlexer.X()
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|
current += self.unlexer.T()
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|
current += self.unlexer.R()
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|
current += self.unlexer.A()
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current += self.unlexer.C()
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|
current += self.unlexer.T()
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|
return current
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|
EXTRACT.min_depth = 1
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|
|
@depthcontrol
|
|
def FINAL(self):
|
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current = self.create_node(UnlexerRule(name='FINAL'))
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current += self.unlexer.F()
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current += self.unlexer.I()
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current += self.unlexer.N()
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current += self.unlexer.A()
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current += self.unlexer.L()
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return current
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FINAL.min_depth = 1
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|
|
@depthcontrol
|
|
def FIRST(self):
|
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current = self.create_node(UnlexerRule(name='FIRST'))
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.I()
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current += self.unlexer.R()
|
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current += self.unlexer.S()
|
|
current += self.unlexer.T()
|
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return current
|
|
FIRST.min_depth = 1
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|
|
|
@depthcontrol
|
|
def FORMAT(self):
|
|
current = self.create_node(UnlexerRule(name='FORMAT'))
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.T()
|
|
return current
|
|
FORMAT.min_depth = 1
|
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|
|
@depthcontrol
|
|
def FROM(self):
|
|
current = self.create_node(UnlexerRule(name='FROM'))
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.M()
|
|
return current
|
|
FROM.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def FULL(self):
|
|
current = self.create_node(UnlexerRule(name='FULL'))
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.L()
|
|
return current
|
|
FULL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def GLOBAL(self):
|
|
current = self.create_node(UnlexerRule(name='GLOBAL'))
|
|
current += self.unlexer.G()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.B()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.L()
|
|
return current
|
|
GLOBAL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def GROUP(self):
|
|
current = self.create_node(UnlexerRule(name='GROUP'))
|
|
current += self.unlexer.G()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.P()
|
|
return current
|
|
GROUP.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def HAVING(self):
|
|
current = self.create_node(UnlexerRule(name='HAVING'))
|
|
current += self.unlexer.H()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.V()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.G()
|
|
return current
|
|
HAVING.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def HOUR(self):
|
|
current = self.create_node(UnlexerRule(name='HOUR'))
|
|
current += self.unlexer.H()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.R()
|
|
return current
|
|
HOUR.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def IF(self):
|
|
current = self.create_node(UnlexerRule(name='IF'))
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.F()
|
|
return current
|
|
IF.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def IN(self):
|
|
current = self.create_node(UnlexerRule(name='IN'))
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
return current
|
|
IN.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def INF(self):
|
|
current = self.create_node(UnlexerRule(name='INF'))
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_15', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_15', choice)] = self.unlexer.weights.get(('alt_15', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.F()
|
|
elif choice == 1:
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.Y()
|
|
return current
|
|
INF.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def INNER(self):
|
|
current = self.create_node(UnlexerRule(name='INNER'))
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
return current
|
|
INNER.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def INSERT(self):
|
|
current = self.create_node(UnlexerRule(name='INSERT'))
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.T()
|
|
return current
|
|
INSERT.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def INTERVAL(self):
|
|
current = self.create_node(UnlexerRule(name='INTERVAL'))
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.V()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.L()
|
|
return current
|
|
INTERVAL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def INTO(self):
|
|
current = self.create_node(UnlexerRule(name='INTO'))
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.O()
|
|
return current
|
|
INTO.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def IS(self):
|
|
current = self.create_node(UnlexerRule(name='IS'))
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.S()
|
|
return current
|
|
IS.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def JOIN(self):
|
|
current = self.create_node(UnlexerRule(name='JOIN'))
|
|
current += self.unlexer.J()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
return current
|
|
JOIN.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def KEY(self):
|
|
current = self.create_node(UnlexerRule(name='KEY'))
|
|
current += self.unlexer.K()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.Y()
|
|
return current
|
|
KEY.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def LAST(self):
|
|
current = self.create_node(UnlexerRule(name='LAST'))
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.T()
|
|
return current
|
|
LAST.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def LEADING(self):
|
|
current = self.create_node(UnlexerRule(name='LEADING'))
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.D()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.G()
|
|
return current
|
|
LEADING.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def LEFT(self):
|
|
current = self.create_node(UnlexerRule(name='LEFT'))
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.T()
|
|
return current
|
|
LEFT.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def LIKE(self):
|
|
current = self.create_node(UnlexerRule(name='LIKE'))
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.K()
|
|
current += self.unlexer.E()
|
|
return current
|
|
LIKE.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def LIMIT(self):
|
|
current = self.create_node(UnlexerRule(name='LIMIT'))
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.T()
|
|
return current
|
|
LIMIT.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def LOCAL(self):
|
|
current = self.create_node(UnlexerRule(name='LOCAL'))
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.C()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.L()
|
|
return current
|
|
LOCAL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def MATERIALIZED(self):
|
|
current = self.create_node(UnlexerRule(name='MATERIALIZED'))
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.Z()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.D()
|
|
return current
|
|
MATERIALIZED.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def MINUTE(self):
|
|
current = self.create_node(UnlexerRule(name='MINUTE'))
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.E()
|
|
return current
|
|
MINUTE.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def MONTH(self):
|
|
current = self.create_node(UnlexerRule(name='MONTH'))
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.H()
|
|
return current
|
|
MONTH.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def NAN_SQL(self):
|
|
current = self.create_node(UnlexerRule(name='NAN_SQL'))
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.N()
|
|
return current
|
|
NAN_SQL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def NOT(self):
|
|
current = self.create_node(UnlexerRule(name='NOT'))
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.T()
|
|
return current
|
|
NOT.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def NULL_SQL(self):
|
|
current = self.create_node(UnlexerRule(name='NULL_SQL'))
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.L()
|
|
return current
|
|
NULL_SQL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def NULLS(self):
|
|
current = self.create_node(UnlexerRule(name='NULLS'))
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.S()
|
|
return current
|
|
NULLS.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def OFFSET(self):
|
|
current = self.create_node(UnlexerRule(name='OFFSET'))
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.T()
|
|
return current
|
|
OFFSET.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def ON(self):
|
|
current = self.create_node(UnlexerRule(name='ON'))
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.N()
|
|
return current
|
|
ON.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def OR(self):
|
|
current = self.create_node(UnlexerRule(name='OR'))
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.R()
|
|
return current
|
|
OR.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def ORDER(self):
|
|
current = self.create_node(UnlexerRule(name='ORDER'))
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.D()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
return current
|
|
ORDER.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def OUTER(self):
|
|
current = self.create_node(UnlexerRule(name='OUTER'))
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
return current
|
|
OUTER.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def OUTFILE(self):
|
|
current = self.create_node(UnlexerRule(name='OUTFILE'))
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.F()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.E()
|
|
return current
|
|
OUTFILE.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def PARTITION(self):
|
|
current = self.create_node(UnlexerRule(name='PARTITION'))
|
|
current += self.unlexer.P()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.N()
|
|
return current
|
|
PARTITION.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def PREWHERE(self):
|
|
current = self.create_node(UnlexerRule(name='PREWHERE'))
|
|
current += self.unlexer.P()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.W()
|
|
current += self.unlexer.H()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.E()
|
|
return current
|
|
PREWHERE.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def PRIMARY(self):
|
|
current = self.create_node(UnlexerRule(name='PRIMARY'))
|
|
current += self.unlexer.P()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.Y()
|
|
return current
|
|
PRIMARY.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def QUARTER(self):
|
|
current = self.create_node(UnlexerRule(name='QUARTER'))
|
|
current += self.unlexer.Q()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
return current
|
|
QUARTER.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def RIGHT(self):
|
|
current = self.create_node(UnlexerRule(name='RIGHT'))
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.G()
|
|
current += self.unlexer.H()
|
|
current += self.unlexer.T()
|
|
return current
|
|
RIGHT.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def SAMPLE(self):
|
|
current = self.create_node(UnlexerRule(name='SAMPLE'))
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.P()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.E()
|
|
return current
|
|
SAMPLE.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def SECOND(self):
|
|
current = self.create_node(UnlexerRule(name='SECOND'))
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.C()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.D()
|
|
return current
|
|
SECOND.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def SELECT(self):
|
|
current = self.create_node(UnlexerRule(name='SELECT'))
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.C()
|
|
current += self.unlexer.T()
|
|
return current
|
|
SELECT.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def SEMI(self):
|
|
current = self.create_node(UnlexerRule(name='SEMI'))
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.I()
|
|
return current
|
|
SEMI.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def SET(self):
|
|
current = self.create_node(UnlexerRule(name='SET'))
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.T()
|
|
return current
|
|
SET.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def SETTINGS(self):
|
|
current = self.create_node(UnlexerRule(name='SETTINGS'))
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.G()
|
|
current += self.unlexer.S()
|
|
return current
|
|
SETTINGS.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def TABLE(self):
|
|
current = self.create_node(UnlexerRule(name='TABLE'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.B()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.E()
|
|
return current
|
|
TABLE.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def TEMPORARY(self):
|
|
current = self.create_node(UnlexerRule(name='TEMPORARY'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.P()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.Y()
|
|
return current
|
|
TEMPORARY.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def THEN(self):
|
|
current = self.create_node(UnlexerRule(name='THEN'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.H()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.N()
|
|
return current
|
|
THEN.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def TO(self):
|
|
current = self.create_node(UnlexerRule(name='TO'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.O()
|
|
return current
|
|
TO.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def TOTALS(self):
|
|
current = self.create_node(UnlexerRule(name='TOTALS'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.S()
|
|
return current
|
|
TOTALS.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def TRAILING(self):
|
|
current = self.create_node(UnlexerRule(name='TRAILING'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.G()
|
|
return current
|
|
TRAILING.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def TRIM(self):
|
|
current = self.create_node(UnlexerRule(name='TRIM'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.M()
|
|
return current
|
|
TRIM.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def TTL(self):
|
|
current = self.create_node(UnlexerRule(name='TTL'))
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.L()
|
|
return current
|
|
TTL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def UNION(self):
|
|
current = self.create_node(UnlexerRule(name='UNION'))
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.N()
|
|
return current
|
|
UNION.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def USING(self):
|
|
current = self.create_node(UnlexerRule(name='USING'))
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.S()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.N()
|
|
current += self.unlexer.G()
|
|
return current
|
|
USING.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def VALUES(self):
|
|
current = self.create_node(UnlexerRule(name='VALUES'))
|
|
current += self.unlexer.V()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.S()
|
|
return current
|
|
VALUES.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def VOLUME(self):
|
|
current = self.create_node(UnlexerRule(name='VOLUME'))
|
|
current += self.unlexer.V()
|
|
current += self.unlexer.O()
|
|
current += self.unlexer.L()
|
|
current += self.unlexer.U()
|
|
current += self.unlexer.M()
|
|
current += self.unlexer.E()
|
|
return current
|
|
VOLUME.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def WEEK(self):
|
|
current = self.create_node(UnlexerRule(name='WEEK'))
|
|
current += self.unlexer.W()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.K()
|
|
return current
|
|
WEEK.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def WHEN(self):
|
|
current = self.create_node(UnlexerRule(name='WHEN'))
|
|
current += self.unlexer.W()
|
|
current += self.unlexer.H()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.N()
|
|
return current
|
|
WHEN.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def WHERE(self):
|
|
current = self.create_node(UnlexerRule(name='WHERE'))
|
|
current += self.unlexer.W()
|
|
current += self.unlexer.H()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.R()
|
|
current += self.unlexer.E()
|
|
return current
|
|
WHERE.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def WITH(self):
|
|
current = self.create_node(UnlexerRule(name='WITH'))
|
|
current += self.unlexer.W()
|
|
current += self.unlexer.I()
|
|
current += self.unlexer.T()
|
|
current += self.unlexer.H()
|
|
return current
|
|
WITH.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def YEAR(self):
|
|
current = self.create_node(UnlexerRule(name='YEAR'))
|
|
current += self.unlexer.Y()
|
|
current += self.unlexer.E()
|
|
current += self.unlexer.A()
|
|
current += self.unlexer.R()
|
|
return current
|
|
YEAR.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def IDENTIFIER(self):
|
|
current = self.create_node(UnlexerRule(name='IDENTIFIER'))
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_18', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_18', choice)] = self.unlexer.weights.get(('alt_18', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.LETTER()
|
|
elif choice == 1:
|
|
current += self.unlexer.UNDERSCORE()
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_more():
|
|
choice = self.choice([0 if [1, 1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_22', i), 1) for i, w in enumerate([1, 1, 1])])
|
|
self.unlexer.weights[('alt_22', choice)] = self.unlexer.weights.get(('alt_22', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.LETTER()
|
|
elif choice == 1:
|
|
current += self.unlexer.UNDERSCORE()
|
|
elif choice == 2:
|
|
current += self.unlexer.DEC_DIGIT()
|
|
|
|
return current
|
|
IDENTIFIER.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def FLOATING_LITERAL(self):
|
|
current = self.create_node(UnlexerRule(name='FLOATING_LITERAL'))
|
|
choice = self.choice([0 if [2, 2, 2, 2][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_26', i), 1) for i, w in enumerate([1, 1, 1, 1])])
|
|
self.unlexer.weights[('alt_26', choice)] = self.unlexer.weights.get(('alt_26', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.HEXADECIMAL_LITERAL()
|
|
current += self.unlexer.DOT()
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_more():
|
|
current += self.unlexer.HEX_DIGIT()
|
|
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_one():
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_33', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_33', choice)] = self.unlexer.weights.get(('alt_33', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.P()
|
|
elif choice == 1:
|
|
current += self.unlexer.E()
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_one():
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_37', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_37', choice)] = self.unlexer.weights.get(('alt_37', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.PLUS()
|
|
elif choice == 1:
|
|
current += self.unlexer.DASH()
|
|
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.one_or_more():
|
|
current += self.unlexer.DEC_DIGIT()
|
|
|
|
|
|
elif choice == 1:
|
|
current += self.unlexer.HEXADECIMAL_LITERAL()
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_40', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_40', choice)] = self.unlexer.weights.get(('alt_40', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.P()
|
|
elif choice == 1:
|
|
current += self.unlexer.E()
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_one():
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_44', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_44', choice)] = self.unlexer.weights.get(('alt_44', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.PLUS()
|
|
elif choice == 1:
|
|
current += self.unlexer.DASH()
|
|
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.one_or_more():
|
|
current += self.unlexer.DEC_DIGIT()
|
|
|
|
elif choice == 2:
|
|
current += self.unlexer.INTEGER_LITERAL()
|
|
current += self.unlexer.DOT()
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_more():
|
|
current += self.unlexer.DEC_DIGIT()
|
|
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_one():
|
|
current += self.unlexer.E()
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_one():
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_50', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_50', choice)] = self.unlexer.weights.get(('alt_50', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.PLUS()
|
|
elif choice == 1:
|
|
current += self.unlexer.DASH()
|
|
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.one_or_more():
|
|
current += self.unlexer.DEC_DIGIT()
|
|
|
|
|
|
elif choice == 3:
|
|
current += self.unlexer.INTEGER_LITERAL()
|
|
current += self.unlexer.E()
|
|
if self.unlexer.max_depth >= 1:
|
|
for _ in self.zero_or_one():
|
|
choice = self.choice([0 if [1, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_54', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_54', choice)] = self.unlexer.weights.get(('alt_54', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.unlexer.PLUS()
|
|
elif choice == 1:
|
|
current += self.unlexer.DASH()
|
|
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.one_or_more():
|
|
current += self.unlexer.DEC_DIGIT()
|
|
|
|
return current
|
|
FLOATING_LITERAL.min_depth = 2
|
|
|
|
@depthcontrol
|
|
def HEXADECIMAL_LITERAL(self):
|
|
current = self.create_node(UnlexerRule(name='HEXADECIMAL_LITERAL'))
|
|
current += self.create_node(UnlexerRule(src='0'))
|
|
current += self.unlexer.X()
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.one_or_more():
|
|
current += self.unlexer.HEX_DIGIT()
|
|
|
|
return current
|
|
HEXADECIMAL_LITERAL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def INTEGER_LITERAL(self):
|
|
current = self.create_node(UnlexerRule(name='INTEGER_LITERAL'))
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.one_or_more():
|
|
current += self.unlexer.DEC_DIGIT()
|
|
|
|
return current
|
|
INTEGER_LITERAL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def STRING_LITERAL(self):
|
|
current = self.create_node(UnlexerRule(name='STRING_LITERAL'))
|
|
current += self.unlexer.QUOTE_SINGLE()
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.zero_or_more():
|
|
choice = self.choice([0 if [0, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_59', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_59', choice)] = self.unlexer.weights.get(('alt_59', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += UnlexerRule(src=self.char_from_list(charset_0))
|
|
elif choice == 1:
|
|
current += self.unlexer.BACKSLASH()
|
|
current += UnlexerRule(src=self.any_char())
|
|
|
|
current += self.unlexer.QUOTE_SINGLE()
|
|
return current
|
|
STRING_LITERAL.min_depth = 1
|
|
|
|
@depthcontrol
|
|
def A(self):
|
|
current = self.create_node(UnlexerRule(name='A'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_1)))
|
|
return current
|
|
A.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def B(self):
|
|
current = self.create_node(UnlexerRule(name='B'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_2)))
|
|
return current
|
|
B.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def C(self):
|
|
current = self.create_node(UnlexerRule(name='C'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_3)))
|
|
return current
|
|
C.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def D(self):
|
|
current = self.create_node(UnlexerRule(name='D'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_4)))
|
|
return current
|
|
D.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def E(self):
|
|
current = self.create_node(UnlexerRule(name='E'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_5)))
|
|
return current
|
|
E.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def F(self):
|
|
current = self.create_node(UnlexerRule(name='F'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_6)))
|
|
return current
|
|
F.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def G(self):
|
|
current = self.create_node(UnlexerRule(name='G'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_7)))
|
|
return current
|
|
G.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def H(self):
|
|
current = self.create_node(UnlexerRule(name='H'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_8)))
|
|
return current
|
|
H.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def I(self):
|
|
current = self.create_node(UnlexerRule(name='I'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_9)))
|
|
return current
|
|
I.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def J(self):
|
|
current = self.create_node(UnlexerRule(name='J'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_10)))
|
|
return current
|
|
J.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def K(self):
|
|
current = self.create_node(UnlexerRule(name='K'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_11)))
|
|
return current
|
|
K.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def L(self):
|
|
current = self.create_node(UnlexerRule(name='L'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_12)))
|
|
return current
|
|
L.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def M(self):
|
|
current = self.create_node(UnlexerRule(name='M'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_13)))
|
|
return current
|
|
M.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def N(self):
|
|
current = self.create_node(UnlexerRule(name='N'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_14)))
|
|
return current
|
|
N.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def O(self):
|
|
current = self.create_node(UnlexerRule(name='O'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_15)))
|
|
return current
|
|
O.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def P(self):
|
|
current = self.create_node(UnlexerRule(name='P'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_16)))
|
|
return current
|
|
P.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def Q(self):
|
|
current = self.create_node(UnlexerRule(name='Q'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_17)))
|
|
return current
|
|
Q.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def R(self):
|
|
current = self.create_node(UnlexerRule(name='R'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_18)))
|
|
return current
|
|
R.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def S(self):
|
|
current = self.create_node(UnlexerRule(name='S'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_19)))
|
|
return current
|
|
S.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def T(self):
|
|
current = self.create_node(UnlexerRule(name='T'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_20)))
|
|
return current
|
|
T.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def U(self):
|
|
current = self.create_node(UnlexerRule(name='U'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_21)))
|
|
return current
|
|
U.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def V(self):
|
|
current = self.create_node(UnlexerRule(name='V'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_22)))
|
|
return current
|
|
V.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def W(self):
|
|
current = self.create_node(UnlexerRule(name='W'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_23)))
|
|
return current
|
|
W.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def X(self):
|
|
current = self.create_node(UnlexerRule(name='X'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_24)))
|
|
return current
|
|
X.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def Y(self):
|
|
current = self.create_node(UnlexerRule(name='Y'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_25)))
|
|
return current
|
|
Y.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def Z(self):
|
|
current = self.create_node(UnlexerRule(name='Z'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_26)))
|
|
return current
|
|
Z.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def LETTER(self):
|
|
current = self.create_node(UnlexerRule(name='LETTER'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_27)))
|
|
return current
|
|
LETTER.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def DEC_DIGIT(self):
|
|
current = self.create_node(UnlexerRule(name='DEC_DIGIT'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_28)))
|
|
return current
|
|
DEC_DIGIT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def HEX_DIGIT(self):
|
|
current = self.create_node(UnlexerRule(name='HEX_DIGIT'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_29)))
|
|
return current
|
|
HEX_DIGIT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def ARROW(self):
|
|
current = self.create_node(UnlexerRule(name='ARROW'))
|
|
current += self.create_node(UnlexerRule(src='->'))
|
|
return current
|
|
ARROW.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def ASTERISK(self):
|
|
current = self.create_node(UnlexerRule(name='ASTERISK'))
|
|
current += self.create_node(UnlexerRule(src='*'))
|
|
return current
|
|
ASTERISK.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def BACKQUOTE(self):
|
|
current = self.create_node(UnlexerRule(name='BACKQUOTE'))
|
|
current += self.create_node(UnlexerRule(src='`'))
|
|
return current
|
|
BACKQUOTE.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def BACKSLASH(self):
|
|
current = self.create_node(UnlexerRule(name='BACKSLASH'))
|
|
current += self.create_node(UnlexerRule(src='\\'))
|
|
return current
|
|
BACKSLASH.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def COLON(self):
|
|
current = self.create_node(UnlexerRule(name='COLON'))
|
|
current += self.create_node(UnlexerRule(src=':'))
|
|
return current
|
|
COLON.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def COMMA(self):
|
|
current = self.create_node(UnlexerRule(name='COMMA'))
|
|
current += self.create_node(UnlexerRule(src=','))
|
|
return current
|
|
COMMA.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def CONCAT(self):
|
|
current = self.create_node(UnlexerRule(name='CONCAT'))
|
|
current += self.create_node(UnlexerRule(src='||'))
|
|
return current
|
|
CONCAT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def DASH(self):
|
|
current = self.create_node(UnlexerRule(name='DASH'))
|
|
current += self.create_node(UnlexerRule(src='-'))
|
|
return current
|
|
DASH.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def DOT(self):
|
|
current = self.create_node(UnlexerRule(name='DOT'))
|
|
current += self.create_node(UnlexerRule(src='.'))
|
|
return current
|
|
DOT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def EQ_DOUBLE(self):
|
|
current = self.create_node(UnlexerRule(name='EQ_DOUBLE'))
|
|
current += self.create_node(UnlexerRule(src='=='))
|
|
return current
|
|
EQ_DOUBLE.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def EQ_SINGLE(self):
|
|
current = self.create_node(UnlexerRule(name='EQ_SINGLE'))
|
|
current += self.create_node(UnlexerRule(src='='))
|
|
return current
|
|
EQ_SINGLE.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def GE(self):
|
|
current = self.create_node(UnlexerRule(name='GE'))
|
|
current += self.create_node(UnlexerRule(src='>='))
|
|
return current
|
|
GE.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def GT(self):
|
|
current = self.create_node(UnlexerRule(name='GT'))
|
|
current += self.create_node(UnlexerRule(src='>'))
|
|
return current
|
|
GT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def LBRACKET(self):
|
|
current = self.create_node(UnlexerRule(name='LBRACKET'))
|
|
current += self.create_node(UnlexerRule(src='['))
|
|
return current
|
|
LBRACKET.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def LE(self):
|
|
current = self.create_node(UnlexerRule(name='LE'))
|
|
current += self.create_node(UnlexerRule(src='<='))
|
|
return current
|
|
LE.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def LPAREN(self):
|
|
current = self.create_node(UnlexerRule(name='LPAREN'))
|
|
current += self.create_node(UnlexerRule(src='('))
|
|
return current
|
|
LPAREN.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def LT(self):
|
|
current = self.create_node(UnlexerRule(name='LT'))
|
|
current += self.create_node(UnlexerRule(src='<'))
|
|
return current
|
|
LT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def NOT_EQ(self):
|
|
current = self.create_node(UnlexerRule(name='NOT_EQ'))
|
|
choice = self.choice([0 if [0, 0][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_79', i), 1) for i, w in enumerate([1, 1])])
|
|
self.unlexer.weights[('alt_79', choice)] = self.unlexer.weights.get(('alt_79', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.create_node(UnlexerRule(src='!='))
|
|
elif choice == 1:
|
|
current += self.create_node(UnlexerRule(src='<>'))
|
|
return current
|
|
NOT_EQ.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def PERCENT(self):
|
|
current = self.create_node(UnlexerRule(name='PERCENT'))
|
|
current += self.create_node(UnlexerRule(src='%'))
|
|
return current
|
|
PERCENT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def PLUS(self):
|
|
current = self.create_node(UnlexerRule(name='PLUS'))
|
|
current += self.create_node(UnlexerRule(src='+'))
|
|
return current
|
|
PLUS.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def QUERY(self):
|
|
current = self.create_node(UnlexerRule(name='QUERY'))
|
|
current += self.create_node(UnlexerRule(src='?'))
|
|
return current
|
|
QUERY.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def QUOTE_SINGLE(self):
|
|
current = self.create_node(UnlexerRule(name='QUOTE_SINGLE'))
|
|
current += self.create_node(UnlexerRule(src='\''))
|
|
return current
|
|
QUOTE_SINGLE.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def RBRACKET(self):
|
|
current = self.create_node(UnlexerRule(name='RBRACKET'))
|
|
current += self.create_node(UnlexerRule(src=']'))
|
|
return current
|
|
RBRACKET.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def RPAREN(self):
|
|
current = self.create_node(UnlexerRule(name='RPAREN'))
|
|
current += self.create_node(UnlexerRule(src=')'))
|
|
return current
|
|
RPAREN.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def SEMICOLON(self):
|
|
current = self.create_node(UnlexerRule(name='SEMICOLON'))
|
|
current += self.create_node(UnlexerRule(src=';'))
|
|
return current
|
|
SEMICOLON.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def SLASH(self):
|
|
current = self.create_node(UnlexerRule(name='SLASH'))
|
|
current += self.create_node(UnlexerRule(src='/'))
|
|
return current
|
|
SLASH.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def UNDERSCORE(self):
|
|
current = self.create_node(UnlexerRule(name='UNDERSCORE'))
|
|
current += self.create_node(UnlexerRule(src='_'))
|
|
return current
|
|
UNDERSCORE.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def SINGLE_LINE_COMMENT(self):
|
|
current = self.create_node(UnlexerRule(name='SINGLE_LINE_COMMENT'))
|
|
current += self.create_node(UnlexerRule(src='--'))
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.zero_or_more():
|
|
current += UnlexerRule(src=self.char_from_list(charset_30))
|
|
|
|
choice = self.choice([0 if [0, 0, 1][i] > self.unlexer.max_depth else w * self.unlexer.weights.get(('alt_95', i), 1) for i, w in enumerate([1, 1, 1])])
|
|
self.unlexer.weights[('alt_95', choice)] = self.unlexer.weights.get(('alt_95', choice), 1) * self.unlexer.cooldown
|
|
if choice == 0:
|
|
current += self.create_node(UnlexerRule(src='\n'))
|
|
elif choice == 1:
|
|
current += self.create_node(UnlexerRule(src='\r'))
|
|
elif choice == 2:
|
|
current += self.unlexer.EOF()
|
|
return current
|
|
SINGLE_LINE_COMMENT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def MULTI_LINE_COMMENT(self):
|
|
current = self.create_node(UnlexerRule(name='MULTI_LINE_COMMENT'))
|
|
current += self.create_node(UnlexerRule(src='/*'))
|
|
if self.unlexer.max_depth >= 0:
|
|
for _ in self.zero_or_more():
|
|
current += UnlexerRule(src=self.any_char())
|
|
|
|
current += self.create_node(UnlexerRule(src='*/'))
|
|
return current
|
|
MULTI_LINE_COMMENT.min_depth = 0
|
|
|
|
@depthcontrol
|
|
def WHITESPACE(self):
|
|
current = self.create_node(UnlexerRule(name='WHITESPACE'))
|
|
current += self.create_node(UnlexerRule(src=self.char_from_list(charset_31)))
|
|
return current
|
|
WHITESPACE.min_depth = 0
|
|
|