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How to use is_int method in autotest
Best Python code snippet using autotest_python
two_arguments.py
Source:two_arguments.py 
1from check_type import *2import math3import itertools4def get_list_or_string_item_or_concatenate_yield(a, b, arg):5 if is_int(a) and is_int(b):6 yield int(str(a)+str(b))7 elif is_int(a) and is_list(b):8 yield b[a % len(b)]9 elif is_list(a) and is_int(b):10 yield a[b % len(a)]11 elif is_int(a) and is_str(b):12 yield b[a % len(b)]13 elif is_str(a) and is_int(b):14 yield a[b % len(a)]15 elif is_list(a) and is_list(b):16 yield [a[n % len(a)] for n in b]17 else:18 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))19def is_equal(a, b, arg):20 if is_num(a) and is_num(b):21 yield int(a == b)22 elif type(a) == type(b) and type(a) != str:23 yield int(a == b)24 elif is_list(a):25 yield a.index(b) if b in a else -126 elif is_list(b):27 yield b.index(a) if a in b else -128 elif is_str(a) and is_str(b):29 if (len(a) == 1 or len(b) == 1) and len(a) != len(b):30 if len(a) < len(b):31 yield b.find(a)32 else:33 yield a.find(b)34 else:35 yield int(a == b)36 else:37 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))38def is_less(a, b, arg):39 if is_num(a) and is_num(b):40 yield int(a < b)41 elif is_int(a) and is_list(b):42 yield [b[i%len(b)] for i in range(a)]43 elif is_list(a) and is_int(b):44 yield [a[i%len(a)] for i in range(b)]45 elif is_int(a) and is_str(b):46 yield ''.join([b[i%len(b)] for i in range(a)])47 elif is_str(a) and is_int(b):48 yield ''.join([a[i%len(a)] for i in range(b)])49 else:50 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))51def is_greater(a, b, arg):52 if is_num(a) and is_num(b):53 yield int(a > b)54 elif is_int(a) and is_list(b):55 yield [b[i] for i in range((a+1)%len(b), len(b))]56 elif is_list(a) and is_int(b):57 yield [a[i] for i in range((b+1)%len(a), len(a))]58 elif is_int(a) and is_str(b):59 yield ''.join([b[i] for i in range((a+1)%len(b), len(b))])60 elif is_str(a) and is_int(b):61 yield ''.join([a[i] for i in range((b+1)%len(a), len(a))])62 else:63 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))64def is_leq(a, b, arg):65 if is_num(a) and is_num(b):66 yield int(a <= b)67 elif is_int(a) and is_list(b):68 yield [b[i%len(b)] for i in range(a+1)]69 elif is_list(a) and is_int(b):70 yield [a[i%len(a)] for i in range(b+1)]71 elif is_int(a) and is_str(b):72 yield ''.join([b[i%len(b)] for i in range(a+1)])73 elif is_str(a) and is_int(b):74 yield ''.join([a[i%len(a)] for i in range(b+1)])75 else:76 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))77def is_geq(a, b, arg):78 if is_num(a) and is_num(b):79 yield int(a >= b)80 elif is_int(a) and is_list(b):81 yield [b[i] for i in range(a%len(b), len(b))]82 elif is_list(a) and is_int(b):83 yield [a[i] for i in range(b%len(a), len(a))]84 elif is_int(a) and is_str(b):85 yield ''.join([b[i] for i in range(a%len(b), len(b))])86 elif is_str(a) and is_int(b):87 yield ''.join([a[i] for i in range(b%len(a), len(a))])88 else:89 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))90def is_not(a, b, arg):91 if type(a) == type(b):92 yield int(a != b)93 else:94 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))95def zip_yield(a, b, arg):96 if is_list(a) and is_list(b):97 max_len = max(len(a), len(b))98 yield [([a[i]] if i<len(a) else []) + ([b[i]] if i<len(b) else []) \99 for i in range(max_len)]100 elif is_str(a) and is_str(b):101 max_len = max(len(a), len(b))102 yield "".join([(a[i] if i<len(a) else "") + (b[i] if i<len(b) else "") \103 for i in range(max_len)])104 else:105 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))106def add_yield(a, b, arg):107 if is_num(a) and is_num(b):108 yield a+b109 elif is_num(a) and is_list(b):110 yield [n+a for n in b]111 elif is_list(a) and is_num(b):112 yield [n+b for n in a]113 elif is_list(a) and is_list(b):114 yield a+b115 elif is_str(a) and is_num(b):116 yield a+str(b)117 elif is_num(a) and is_str(b):118 yield str(a)+b119 elif is_list(a):120 yield [c for n in a for c in add_yield(n, b, arg)]121 elif is_list(b):122 yield [c for n in b for c in add_yield(a, n, arg)]123 elif is_str(a) and is_str(b):124 yield a+b125 else:126 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))127def subtract_yield(a, b, arg):128 if is_num(a) and is_num(b):129 yield a-b130 elif is_num(a) and is_list(b):131 yield [a-n for n in b]132 elif is_list(a) and is_num(b):133 yield [n-b for n in a]134 elif is_list(a) and is_list(b):135 yield [n for n in a if n not in set(b)]136 elif is_list(a) and is_str(b):137 yield [n for n in a if n not in set(b)]138 elif is_str(a) and is_list(b):139 yield ''.join([n for n in a if n not in set(b)])140 elif is_str(a) and is_str(b):141 yield ''.join([n for n in a if n not in set(b)])142 else:143 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))144def reverse_subtract_yield(a, b, arg):145 for res in subtract_yield(b, a, arg):146 yield res147def mult_yield(a, b, arg):148 if is_num(a) and is_num(b):149 yield a*b150 elif is_str(a) and is_num(b):151 yield a*int(b)152 elif is_num(a) and is_str(b):153 yield int(a)*b154 elif is_num(a) and is_list(b):155 yield a*b156 elif is_list(a) and is_num(b):157 yield [n2 for n in a for n2 in mult_yield(n, b, arg)]158 elif is_list(a) and is_str(b):159 yield [n2 for n in a for n2 in mult_yield(n, b, arg)]160 elif is_list(a) and is_list(b):161 yield [list(n) for n in itertools.product(a, b)]162 elif is_str(a) and is_list(b):163 if all(isinstance(item, str) for item in b):164 yield ''.join([''.join(n) for n in itertools.product(a, b)])165 else:166 yield [list(n) for n in itertools.product(a, b)]167 elif is_str(a) and is_str(b):168 yield ''.join([''.join(n) for n in itertools.product(a, b)])169 else:170 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))171def reverse_multiply_yield(a, b, arg):172 for res in mult_yield(b, a, arg):173 yield res174def divide_yield(a, b, arg):175 if is_int(a) and is_int(b):176 yield a//b177 elif is_num(a) and is_num(b):178 yield a/b179 elif is_num(a) and is_list(b):180 yield [a//n if is_int(a) and is_int(n) else a/n for n in b]181 elif is_list(a) and is_num(b):182 yield [n//b if is_int(b) and is_int(n) else n/b for n in a]183 elif is_list(a) and is_list(b):184 yield [n for n in a if n in set(b)]185 elif is_str(a) and is_int(b):186 yield [a[i*b:(i+1)*b] for i in range(math.ceil(len(a)/b))]187 elif is_str(a) and is_str(b):188 yield a.split(b)189 elif is_list(a) and is_str(b):190 yield [n for n in a if n != b]191 elif is_str(a) and is_list(b):192 if all(isinstance(item, str) for item in b):193 for n in b:194 a = a.replace(n, "")195 yield a196 elif all(isinstance(item, int) for item in b):197 yield [a[b[i]:b[i+1]] for i in range(len(b)-1)]198 else:199 raise ValueError("[%s][%s]%s is only supported for single type string or int arrays" % (type(a), type(b), arg.char))200 else:201 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))202def reverse_divide_yield(a, b, arg):203 for res in divide_yield(b, a, arg):204 yield res205def power_yield(a, b, arg):206 if is_num(a) and is_num(b):207 yield a**b208 elif is_num(a) and is_list(b):209 yield [a**n for n in b]210 elif is_list(a) and is_num(b):211 yield [n**b for n in a]212 else:213 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))214def reverse_power_yield(a, b, arg):215 for res in power_yield(b, a, arg):216 yield res217def modulo_yield(a, b, arg):218 if is_num(a) and is_num(b):219 yield a%b220 elif is_int(a) and is_list(b):221 yield [n for n in b[::a]]222 elif is_list(a) and is_num(b):223 yield [n%b for n in a]224 elif is_num(a) and is_str(b):225 yield ''.join([n for n in b[::n]])226 else:227 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))228def join_yield(a, b, arg):229 if is_list(a) and is_str(b):230 yield b.join([str(n) for n in a])231 elif is_str(a) and is_list(b):232 yield a.join([str(n) for n in b])233 elif(is_str(a) and is_str(b)):234 yield b.join(list(a))235 elif is_list(a) and is_list(b):236 yield [n.join(a) for n in b]237 else:238 raise ValueError("[%s]%s is not supported" % (type(a),arg.char))239def prepend_list_or_string_yield(a, b, arg):240 if is_num(a) and is_list(b):241 yield [a] + b242 elif is_list(a) and is_num(b):243 yield [b] + a244 elif is_str(a) and is_list(b):245 yield [a] + b246 elif is_list(a) and is_str(b):247 yield [b] + a248 elif is_str(a) and is_num(b):249 yield str(b) + a250 elif is_num(a) and is_str(b):251 yield str(a) + b252 elif is_str(a) and is_str(b):253 yield b + a254 elif is_int(a) and is_int(b):255 yield int(str(b)+str(a))256 elif is_list(a) and is_list(b):257 yield b + a258 else:259 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))260def append_list_or_string_yield(a, b, arg):261 if is_num(a) and is_list(b):262 yield b + [a]263 elif is_list(a) and is_num(b):264 yield a + [b]265 elif is_str(a) and is_list(b):266 yield b + [a]267 elif is_list(a) and is_str(b):268 yield a + [b]269 elif is_str(a) and is_num(b):270 yield a + str(b)271 elif is_num(a) and is_str(b):272 yield b + str(a)273 elif is_str(a) and is_str(b):274 yield a + b275 elif is_int(a) and is_int(b):276 yield int(str(a)+str(b))277 elif is_list(a) and is_list(b):278 yield a + b279 else:280 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))281def increase_array_element_yield(a, b, arg):282 if is_int(a) and is_list(b):283 b[a % len(b)] += 1284 yield b285 elif is_list(a) and is_int(b):286 a[b % len(a)] += 1287 yield a288 else:289 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))290def decrease_array_element_yield(a, b, arg):291 if is_int(a) and is_list(b):292 b[a % len(b)] -= 1293 yield b294 elif is_list(a) and is_int(b):295 a[b % len(a)] -= 1296 yield a297 else:298 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))299def is_divisible_yield(a, b, arg):300 if is_int(a) and is_int(b):301 yield int(a%b == 0)302 elif is_int(a) and is_list(b):303 yield [int(a%n == 0) for n in b]304 elif is_list(a) and is_int(b):305 yield [int(n%b == 0) for n in a]306 else:307 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))308def add(a, b):309 return a+b310def mult(a, b, arg):311 return a*b312def center_string_or_int_yield(a, b, arg):313 if is_int(a) and is_int(b):314 yield str(a).center(b)315 elif is_int(a) and is_str(b):316 yield b.center(a)317 elif is_str(a) and is_int(b):318 yield a.center(b)319 elif is_int(a) and is_list(b):320 yield [str(n).center(a) for n in b]321 elif is_list(a) and is_int(b):322 yield [str(n).center(b) for n in a]323 else:324 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))325def pad_to_equal_length(a, b, arg):326 if is_list(a) and (is_int(b) or is_str(b)):327 max_len = 0328 for n in a:329 max_len = max(max_len, len(str(n)))330 res = []331 for n in a:332 pad = max_len - len(str(n))333 res.append(pad*str(b)+str(n))334 yield res335 elif is_list(b) and (is_int(a) or is_str(a)):336 max_len = 0337 for n in b:338 max_len = max(max_len, len(str(n)))339 res = []340 for n in b:341 pad = max_len - len(str(n))342 res.append(pad*str(a)+str(n))343 yield res344 else:345 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))346def contains_yield(a, b, arg):347 if is_list(a):348 yield 1 if b in a else 0349 elif is_list(b):350 yield 1 if a in b else 0351 elif is_str(a) and is_str(b):352 if len(a) < len(b):353 yield 1 if a in b else 0354 else:355 yield 1 if b in a else 0356 elif is_str(a):357 yield 1 if str(b) in a else 0358 elif is_str(b):359 yield 1 if str(a) in b else 0360 elif is_int(a) and is_int(b):361 yield 1 if str(b) in str(a) else 0362 else:363 raise ValueError("[%s][%s]%s is not supported" % (type(a), type(b), arg.char))364def inclusive_range_yield(a, b, arg):365 if is_int(a) and is_int(b):366 if b < a:367 yield list(range(b, a+1))368 else:369 yield list(range(b, a-1, -1))370 else:...
expr.py
Source:expr.py
...41class Expression(object):42 """43 Base class for all expressions.44 """45 def is_int(self, val = None):46 return False47class Terminal(Expression):48 """49 A terminal object.50 """51 def __init__(self, val, pretty = None):52 """53 Construct a Terminal.54 The val variable is usually a string or an integer. Integers may also55 be passed as strings. The pretty-printer will use the string when56 formatting the expression.57 """58 self.val = val59 self.pretty = pretty60 def __str__(self):61 """62 Return the string expression of this object.63 """64 if self.pretty is None:65 return str(self.val)66 return self.pretty67 def simplify(self):68 """69 Return a simplified version of this sub-expression.70 """71 return self72 def is_int(self, val = None):73 """74 Return True if the value of this Terminal is an integer.75 """76 if type(self.val) is int:77 return val is None or self.val == val78 return False79class FunctionCall(Expression):80 """81 Represent a function call82 """83 def __init__(self, name, args):84 """85 Construct a function call object.86 """87 self.name = _classify(name)88 self.args = [_classify(arg) for arg in args]89 def __str__(self):90 """91 Return the string expression of this object.92 """93 return str(self.name) + '(' + ', '.join([str(arg) for arg in self.args]) + ')'94 def simplify(self):95 """96 Return a simplified version of this sub-expression.97 """98 args = [arg.simplify() for arg in self.args]99 return FunctionCall(self.name, args)100class Parenthesis(Expression):101 """102 Represent a pair of round brackets.103 """104 def __init__(self, val):105 """106 Construct a parenthesis object.107 """108 self.val = _classify(val)109 def simplify(self):110 """111 Return a simplified version of this sub-expression.112 """113 val = self.val.simplify()114 if type(val) is Terminal:115 return val116 return Parenthesis(val)117 def __str__(self):118 """119 Return the string expression of this object.120 """121 return '(' + str(self.val) + ')'122class Add(Expression):123 """124 Represent an addition of operands.125 """126 def __init__(self, lhs, rhs):127 """128 Construct an addition object.129 """130 self.lhs = _classify(lhs)131 self.rhs = _classify(rhs)132 def simplify(self):133 """134 Return a simplified version of this sub-expression.135 """136 lhs = self.lhs.simplify()137 rhs = self.rhs.simplify()138 if lhs.is_int() and rhs.is_int():139 return Terminal(lhs.val + rhs.val)140 if lhs.is_int(0):141 return rhs142 if rhs.is_int(0):143 return lhs144 return Add(lhs, rhs)145 def __str__(self):146 """147 Return the string expression of this object.148 """149 return str(self.lhs) + ' + ' + str(self.rhs)150class Sub(Expression):151 """152 Represent a subtraction of operands.153 """154 def __init__(self, lhs, rhs):155 """156 Construct subtraction object.157 """158 self.lhs = _classify(lhs)159 self.rhs = _classify(rhs)160 def simplify(self):161 """162 Return a simplified version of this sub-expression.163 """164 lhs = self.lhs.simplify()165 rhs = self.rhs.simplify()166 if lhs.is_int() and rhs.is_int():167 return Terminal(lhs.val - rhs.val)168 if lhs.is_int(0):169 return rhs170 if rhs.is_int(0):171 return lhs172 return Sub(lhs, rhs)173 def __str__(self):174 """175 Return the string expression of this object.176 """177 return str(self.lhs) + ' - ' + str(self.rhs)178class Mul(Expression):179 """180 Represent the multiplication of operands.181 """182 def __init__(self, lhs, rhs):183 """184 Construct a multiplication object.185 """186 self.lhs = _classify(lhs)187 self.rhs = _classify(rhs)188 def simplify(self):189 """190 Return a simplified version of this sub-expression.191 """192 lhs = self.lhs.simplify()193 rhs = self.rhs.simplify()194 if lhs.is_int() and rhs.is_int():195 return Terminal(lhs.val * rhs.val)196 if lhs.is_int(0) or rhs.is_int(0):197 return Terminal(0)198 if lhs.is_int(1):199 return rhs200 if rhs.is_int(1):201 return lhs202 return Mul(lhs, rhs)203 def __str__(self):204 """205 Return the string expression of this object.206 """207 return str(self.lhs) + ' * ' + str(self.rhs)208class Shl(Expression):209 """210 Shift left operation.211 """212 def __init__(self, lhs, rhs):213 """214 Construct a shift left object.215 """216 self.lhs = _classify(lhs)217 self.rhs = _classify(rhs)218 def simplify(self):219 """220 Return a simplified version of this sub-expression.221 """222 lhs = self.lhs.simplify()223 rhs = self.rhs.simplify()224 if lhs.is_int() and rhs.is_int():225 return Terminal(lhs.val << rhs.val)226 if lhs.is_int(0):227 return Terminal(0)228 if rhs.is_int(0):229 return lhs230 return Shl(lhs, rhs)231 def __str__(self):232 """233 Return the string expression of this object.234 """235 return str(self.lhs) + ' << ' + str(self.rhs)236class Shr(Expression):237 """238 Shift right operation.239 """240 def __init__(self, lhs, rhs):241 """242 Construct a shift right object.243 """244 self.lhs = _classify(lhs)245 self.rhs = _classify(rhs)246 def simplify(self):247 """248 Return a simplified version of this sub-expression.249 """250 lhs = self.lhs.simplify()251 rhs = self.rhs.simplify()252 if lhs.is_int() and rhs.is_int():253 return Terminal(lhs.val >> rhs.val)254 if lhs.is_int(0):255 return Terminal(0)256 if rhs.is_int(0):257 return lhs258 return Shr(lhs, rhs)259 def __str__(self):260 """261 Return the string expression of this object.262 """263 return str(self.lhs) + ' >> ' + str(self.rhs)264class Or(Expression):265 """266 Logical or operation.267 """268 def __init__(self, lhs, rhs):269 """270 Construct a logical and object.271 """272 self.lhs = _classify(lhs)273 self.rhs = _classify(rhs)274 def simplify(self):275 """276 Return a simplified version of this sub-expression.277 """278 lhs = self.lhs.simplify()279 rhs = self.rhs.simplify()280 if lhs.is_int() and rhs.is_int():281 return Terminal(lhs.val | rhs.val)282 if lhs.is_int(0):283 return rhs284 if rhs.is_int(0):285 return lhs286 return Or(lhs, rhs)287 def __str__(self):288 """289 Return the string expression of this object.290 """291 return str(self.lhs) + ' | ' + str(self.rhs)292class And(Expression):293 """294 Logical and operation.295 """296 def __init__(self, lhs, rhs):297 """298 Construct a logical and object.299 """300 self.lhs = _classify(lhs)301 self.rhs = _classify(rhs)302 def simplify(self):303 """304 Return a simplified version of this sub-expression.305 """306 lhs = self.lhs.simplify()307 rhs = self.rhs.simplify()308 if lhs.is_int() and rhs.is_int():309 return Terminal(lhs.val & rhs.val)310 if lhs.is_int(0) or rhs.is_int(0):311 return Terminal(0)312 return And(lhs, rhs)313 def __str__(self):314 """315 Return the string expression of this object.316 """317 return str(self.lhs) + ' & ' + str(self.rhs)318class Xor(Expression):319 """320 Logical xor operation.321 """322 def __init__(self, lhs, rhs):323 """324 Construct a logical xor object.325 """326 self.lhs = _classify(lhs)327 self.rhs = _classify(rhs)328 def simplify(self):329 """330 Return a simplified version of this sub-expression.331 """332 lhs = self.lhs.simplify()333 rhs = self.rhs.simplify()334 if lhs.is_int() and rhs.is_int():335 return Terminal(lhs.val ^ rhs.val)336 if lhs.is_int(0):337 return rhs338 if rhs.is_int(0):339 return lhs340 return Xor(lhs, rhs)341 def __str__(self):342 """343 Return the string expression of this object.344 """...
test_variable.py
Source:test_variable.py
...15 """16 def get_variable(self,cls):17 v = cls(host=mysql_host,port=mysql_port,user=mysql_user,password=mysql_password)18 return v.value19 def is_int(self,cls,msg=''):20 v = self.get_variable(cls)21 print("{cls.variable_name:32} = {v}".format(cls=cls,v=v))22 self.assertEqual(type(v),int,msg)23 def is_str(self,cls,msg=''):24 v = self.get_variable(cls)25 print("{cls.variable_name:<32} = {v}".format(cls=cls,v=v))26 self.assertEqual(type(v),str,msg)27 def test_ServerID(self):28 self.is_int(variable.ServerID)29 def test_BaseDir(self):30 self.is_str(variable.BaseDir)31 def test_DataDir(self):32 self.is_str(variable.DataDir)33 def test_Port(self):34 self.is_int(variable.Port)35 def test_CharacterSetServer(self):36 self.is_str(variable.CharacterSetServer)37 def test_Socket(self):38 self.is_str(variable.Socket)39 def test_ReadOnly(self):40 self.is_int(variable.ReadOnly)41 def test_SkipNameResolve(self):42 self.is_int(variable.SkipNameResolve)43 def test_LowerCaseTableNames(self):44 self.is_int(variable.LowerCaseTableNames)45 def test_ThreadCacheSize(self):46 self.is_int(variable.ThreadCacheSize)47 def test_TableOpenCache(self):48 self.is_int(variable.TableOpenCache)49 def test_TableDefinitionCache(self):50 self.is_int(variable.TableDefinitionCache)51 def test_TableOpenCacheInstances(self):52 self.is_int(variable.TableOpenCacheInstances)53 def test_MaxConnections(self):54 self.is_int(variable.MaxConnections)55 def test_BinlogFormat(self):56 self.is_str(variable.BinlogFormat)57 def test_LogBin(self):58 self.is_int(variable.LogBin)59 def test_BinlogRowsQueryLogEvents(self):60 self.is_int(variable.BinlogRowsQueryLogEvents)61 def test_LogSlaveUpdates(self):62 self.is_int(variable.LogSlaveUpdates)63 def test_ExpireLogsDays(self):64 self.is_int(variable.ExpireLogsDays)65 def test_BinlogCacheSize(self):66 self.is_int(variable.BinlogCacheSize)67 def test_SyncBinlog(self):68 self.is_int(variable.SyncBinlog)69 def test_ErrorLog(self):70 self.is_str(variable.ErrorLog)71 def test_GtidMode(self):72 self.is_str(variable.GtidMode)73 def test_EnforceGtidConsistency(self):74 self.is_str(variable.EnforceGtidConsistency)75 def test_MasterInfoRepository(self):76 self.is_str(variable.MasterInfoRepository)77 def test_RelayLogInfoRepository(self):78 self.is_str(variable.RelayLogInfoRepository)79 def test_SlaveParallelType(self):80 self.is_str(variable.SlaveParallelType)81 def test_SlaveParallelWorkers(self):82 self.is_int(variable.SlaveParallelWorkers)83 def test_InnodbDataFilePath(self):84 self.is_str(variable.InnodbDataFilePath)85 def test_InnodbTempDataFilePath(self):86 self.is_str(variable.InnodbTempDataFilePath)87 def test_InnodbBufferPoolFilename(self):88 self.is_str(variable.InnodbBufferPoolFilename)89 def test_InnodbLogGroupHomeDir(self):90 self.is_str(variable.InnodbLogGroupHomeDir)91 def test_InnodbLogFilesInGroup(self):92 self.is_int(variable.InnodbLogFilesInGroup)93 def test_InnodbLogFileSize(self):94 self.is_int(variable.InnodbLogFileSize)95 def test_InnodbFileformat(self):96 v = self.get_variable(variable.Version)97 if v.startswith('8'):98 #8.0.x 以ä¸çæ¬å·²ç»ä¸åæinnodb_file_formatåæ°99 pass100 else:101 self.is_str(variable.InnodbFileformat)102 def test_InnodbFilePerTable(self):103 self.is_int(variable.InnodbFilePerTable)104 def test_InnodbOnlineAlterLogMaxSize(self):105 self.is_int(variable.InnodbOnlineAlterLogMaxSize)106 def test_InnodbOpenFiles(self):107 self.is_int(variable.InnodbOpenFiles)108 def test_InnodbPageSize(self):109 self.is_int(variable.InnodbPageSize)110 def test_InnodbThreadConcurrency(self):111 self.is_int(variable.InnodbThreadConcurrency)112 def test_InnodbReadIoThreads(self):113 self.is_int(variable.InnodbReadIoThreads)114 def test_InnodbWriteIoThreads(self):115 self.is_int(variable.InnodbWriteIoThreads)116 def test_InnodbPurgeThreads(self):117 self.is_int(variable.InnodbPurgeThreads)118 def test_InnodbLockWaitTimeout(self):119 self.is_int(variable.InnodbLockWaitTimeout)120 def test_InnodbSpinWaitDelay(self):121 self.is_int(variable.InnodbSpinWaitDelay)122 def test_InnodbAutoincLockMode(self):123 self.is_int(variable.InnodbAutoincLockMode)124 def test_InnodbStatsAutoRecalc(self):125 self.is_int(variable.InnodbStatsAutoRecalc)126 def test_InnodbStatsPersistent(self):127 self.is_int(variable.InnodbStatsPersistent)128 def test_InnodbStatsPersistentSamplePages(self):129 self.is_int(variable.InnodbStatsPersistentSamplePages)130 def test_InnodbBufferPoolInstances(self):131 self.is_int(variable.InnodbBufferPoolInstances)132 def test_InnodbAdaptiveHashIndex(self):133 self.is_int(variable.InnodbAdaptiveHashIndex)134 def test_InnodbChangeBuffering(self):135 self.is_str(variable.InnodbChangeBuffering)136 def test_InnodbChangeBufferMaxSize(self):137 self.is_int(variable.InnodbChangeBufferMaxSize)138 def test_InnodbFlushNeighbors(self):139 self.is_int(variable.InnodbFlushNeighbors)140 def test_InnodbFlushMethod(self):141 self.is_str(variable.InnodbFlushMethod)142 def test_InnodbDoublewrite(self):143 self.is_int(variable.InnodbDoublewrite)144 def test_InnodbLogBufferSize(self):145 self.is_int(variable.InnodbLogBufferSize)146 def test_InnodbFlushLogAtTimeout(self):147 self.is_int(variable.InnodbFlushLogAtTimeout)148 def test_InnodbFlushLogAtTrxCommit(self):149 self.is_int(variable.InnodbFlushLogAtTrxCommit)150 def test_InnodbBufferPoolSize(self):151 self.is_int(variable.InnodbBufferPoolSize)152 def test_Autocommit(self):153 self.is_str(variable.Autocommit)154 def test_InnodbOldBlocksPct(self):155 self.is_int(variable.InnodbOldBlocksPct)156 def test_InnodbOldBlocksTime(self):157 self.is_int(variable.InnodbOldBlocksTime)158 def test_InnodbReadAheadThreshold(self):159 self.is_int(variable.InnodbReadAheadThreshold)160 def test_InnodbRandomReadAhead(self):161 self.is_int(variable.InnodbRandomReadAhead)162 def test_InnodbBufferPoolDumpPct(self):163 self.is_int(variable.InnodbBufferPoolDumpPct)164 def test_InnodbBufferPoolDumpAtShutdown(self):165 self.is_int(variable.InnodbBufferPoolDumpAtShutdown)166 def test_InnodbBufferPoolLoadAtStartup(self):167 self.is_int(variable.InnodbBufferPoolLoadAtStartup)168 def test_QueryCacheLimit(self):169 if not self.get_variable(variable.Version).startswith('8'):170 self.is_int(variable.QueryCacheLimit)171 def test_QueryCacheMinResUnit(self):172 if not self.get_variable(variable.Version).startswith('8'):173 self.is_int(variable.QueryCacheMinResUnit)174 def test_QueryCacheSize(self):175 if not self.get_variable(variable.Version).startswith('8'):176 self.is_int(variable.QueryCacheSize)177 def test_QueryCacheType(self):178 if not self.get_variable(variable.Version).startswith('8'):179 self.is_int(variable.QueryCacheType)180 def test_Version(self):181 self.is_str(variable.Version)182if __name__=="__main__":...
day18.py
Source:day18.py
...6 self.left = ch17 self.right = ch28 self.parent = None9 def is_simple_node(self):10 return is_int(self.left) and is_int(self.right)11 def __repr__(self):12 return f'[{self.left},{self.right}]'13 def magnitude(self):14 mag = 015 if is_int(self.left):16 mag += 3 * self.left17 else:18 mag += 3 * self.left.magnitude()19 if is_int(self.right):20 mag += 2 * self.right21 else:22 mag += 2 * self.right.magnitude()23 return mag24def is_node(v): return isinstance(v, Node)25def is_int(v): return isinstance(v, int)26def parse_snail(d):27 stack = []28 current_level = 029 for c in filter(lambda s: s not in list(', '), d):30 if c == '[':31 current_level += 132 elif c == ']':33 v1 = stack.pop()34 v2 = stack.pop()35 n = Node(current_level, v2, v1)36 if is_node(v1): v1.parent = n37 if is_node(v2): v2.parent = n38 stack.append(n)39 current_level -= 140 else:41 stack.append(int(c))42 return stack[0]43def inc_level(p):44 if not is_node(p): return45 p.level += 146 inc_level(p.left)47 inc_level(p.right)48def add_snails(s1, s2):49 s = Node(0, s1, s2)50 s1.parent = s51 s2.parent = s52 inc_level(s)53 return s54def explode_left(p, v):55 t = p.parent56 if is_int(t.left):57 t.left += v58 return59 prev = p60 while t and prev == t.left:61 prev = t62 t = t.parent63 if t is None: return64 if is_int(t.left):65 t.left += v66 return67 t = t.left68 while is_node(t.right):69 t = t.right70 t.right += v71def explode_right(p, v):72 t = p.parent73 if is_int(t.right):74 t.right += v75 return76 prev = p77 while t and prev == t.right:78 prev = t79 t = t.parent80 if t is None: return81 if is_int(t.right):82 t.right += v83 return84 t = t.right85 while is_node(t.left):86 t = t.left87 t.left += v88def explode_node(n: Node):89 if n is None: return90 p = n.parent91 explode_right(n, n.right)92 explode_left(n, n.left)93 if p.left == n:94 p.left = 095 else:96 p.right = 097def split_node(n: Node):98 if n is None: return99 if is_int(n.left) and n.left > 9:100 v = n.left101 n.left = Node(n.level + 1, floor(v / 2), ceil(v / 2))102 n.left.parent = n103 return104 if is_int(n.right) and n.right > 9:105 v = n.right106 n.right = Node(n.level + 1, floor(v / 2), ceil(v / 2))107 n.right.parent = n108 return109def check_for_explode(p):110 if is_int(p): return None111 if is_node(p) and p.level == 5: return p112 for_explode = check_for_explode(p.left)113 if for_explode: return for_explode114 return check_for_explode(p.right)115def check_for_split(p):116 if is_int(p.left) and is_int(p.right):117 if p.left > 9 or p.right > 9: return p118 return None119 elif is_int(p.left):120 if p.left > 9: return p121 return check_for_split(p.right)122 elif is_int(p.right):123 found = check_for_split(p.left)124 if found: return found125 if p.right > 9: return p126 return None127 else:128 found = check_for_split(p.left)129 if found: return found130 found = check_for_split(p.right)131 if found: return found132 return None133def reduce_snail(snail):134 while True:135 found = check_for_explode(snail)136 if found:...
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