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How to use __push method in hypothesis

Best Python code snippet using hypothesis

vm.py

Source:vm.py

...130        else:131            raise RuntimeError('No such operation: ', op)132    def top(self):133        return self.__data_stack.top()134    def __push(self, value):135        self.__data_stack.push(value)136    def __pop(self):137        return self.__data_stack.pop()138    def __add(self):139        self.__push(self.__pop() + self.__pop())140    def __sub(self):141        last = self.__pop()142        self.__push(self.__pop() - last)143    def __mul(self):144        self.__push(self.__pop() * self.__pop())145    def __div(self):146        last = self.__pop()147        self.__push(self.__pop() / last)148    def __mod(self):149        last = self.__pop()150        self.__push(self.__pop() % last)151    def __eq(self):152        self.__push(self.__pop() == self.__pop())153    def __ne(self):154        self.__push(self.__pop() != self.__pop())155    def __lt(self):156        last = self.__pop()157        self.__push(self.__pop() < last)158    def __le(self):159        last = self.__pop()160        self.__push(self.__pop() <= last)161    def __gt(self):162        last = self.__pop()163        self.__push(self.__pop() > last)164    def __ge(self):165        last = self.__pop()166        self.__push(self.__pop() >= last)167    def __ord(self):168        char = self.__pop()169        if isinstance(char, str) and len(char) == 1:170            self.__push(ord(char))171        elif isinstance(char, str):172            raise ValueError('ord accepts only one symbol')173        else:174            raise ValueError('ord accepts char(one-symbol str)')175    def __chr(self):176        code = self.__pop()177        if isinstance(code, int) and code > 0:178            self.__push(chr(code))179        else:180            raise ValueError('chr accepts positive int')181    def __sep(self):182        word = self.__pop()183        word_size = len(word)184        if isinstance(word, str):185            for char in list(word):186                self.__push(char)187            self.__push(word_size)188        else:189            raise ValueError('sep accepts str')190    def __uni(self):191        word = ''192        word_size = self.__pop()193        for i in range(word_size):194            word += self.__pop()195        word = word[::-1]196        self.__push(word)197    def __encr(self):198        self.__sep()199        word_size = self.__pop()200        word = [0 for _ in range(word_size)]201        for i in reversed(range(word_size)):202            self.__ord()203            word[i] = self.__pop() + self.__key204        for char in word:205            self.__push(char)206            self.__chr()207        self.__push(word_size)208        self.__uni()209    def __decr(self):210        self.__sep()211        word_size = self.__pop()212        word = [0 for _ in range(word_size)]213        for i in reversed(range(word_size)):214            self.__ord()215            word[i] = self.__pop() - self.__key216        for char in word:217            self.__push(char)218            self.__chr()219        self.__push(word_size)220        self.__uni()221    def __cast_int(self):222        self.__push(int(self.__pop()))223    def __cast_str(self):224        self.__push(str(self.__pop()))225    def __drop(self):226        self.__pop()227    def __dup(self):228        self.__push(self.top())229    def __if_cond(self):230        condition = self.__pop()231        false_clause = self.__pop()232        true_clause = self.__pop()233        self.__push(true_clause if condition else false_clause)234    def __jmp(self):235        addr = self.__pop()236        if isinstance(addr, int) and 0 <= addr < len(self.__code):237            self.__instruction_pointer = addr238        else:239            raise ValueError('jmp address should be non-negative integer')240    def __stack(self):241        print('Data stack:', end='')242        print(' Empty') if self.__data_stack.empty() else print()243        for el in self.__data_stack:244            print(f" - type {type(el)}, value '{el}'")245        print(f'Instruction pointer: {self.__instruction_pointer}')246        print('Return stack:', end='')247        print(' Empty\n') if self.__return_stack.empty() else print('\n')248        for el in self.__return_stack:249            print(f" - type {type(el)}, value '{el}'")250    def __swap(self):251        self.__data_stack[-1], self.__data_stack[-2] = self.__data_stack[-2], self.__data_stack[-1]252    def __print_(self):253        print(self.__pop(), end=' ')254    def __println(self):255        print(self.__pop())256    def __read(self):257        self.__push(self.__get_input())258    def __get_input(self):259        return input()260    def __call(self):261        self.__return_stack.push(self.__instruction_pointer)262        self.__jmp()263    def __return_(self):264        self.__instruction_pointer = self.__return_stack.pop()265    def __exit(self):266        sys.exit(0)267    def __test(self):268        pass269    def __store(self):270        name = self.__pop()271        value = self.__pop()272        self.__vars[name] = value273    def __load(self):...

lazy_segtree.py

Source:lazy_segtree.py

...36    def __all_apply(self, k: int, f):37        self.__d[k] = self.__mapping(f, self.__d[k])38        if(k < self.__size):39            self.__lz[k] = self.__composition(f, self.__lz[k])40    def __push(self, k: int):41        self.__all_apply(2 * k, self.__lz[k])42        self.__all_apply(2 * k + 1, self.__lz[k])43        self.__lz[k] = self.__id44    def set(self, p: int, x):45        assert (0 <= p) & (p < self.__n)46        p += self.__size47        for i in range(self.__log, 0, -1):48            self.__push(p >> i)49        self.__d[p] = x50        for i in range(1, self.__log + 1):51            self.__update(p >> i)52    def get(self, p: int):53        assert (0 <= p) & (p < self.__n)54        p += self.__size55        for i in range(self.__log, 0, -1):56            self.__push(p >> i)57        return self.__d[p]58    def prod(self, l: int, r: int):59        assert (0 <= l) & (l <= r) & (r <= self.__n)60        if(l == r):61            return self.__e62        l += self.__size63        r += self.__size64        for i in range(self.__log, 0, -1):65            if((l >> i) << i) != l:66                self.__push(l >> i)67            if((r >> i) << i) != r:68                self.__push(r >> i)69        sml = self.__e70        smr = self.__e71        while(l < r):72            if(l & 1):73                sml = self.__op(sml, self.__d[l])74                l += 175            if(r & 1):76                r -= 177                smr = self.__op(self.__d[r], smr)78            l //= 279            r //= 280        return self.__op(sml, smr)81    def all_prod(self):82        return self.__d[1]83    def apply(self, p: int, f):84        assert (0 <= p) & (p < self.__n)85        p += self.__size86        for i in range(self.__log, 0, -1):87            self.__push(p >> i)88        self.__d[p] = self.__mapping(f, self.__d[p])89        for i in range(1, self.__log + 1):90            self.__update(p >> i)91    def apply_range(self, l: int, r: int, f):92        assert (0 <= l) & (l <= r) & (r <= self.__n)93        if(l == r):94            return95        l += self.__size96        r += self.__size97        for i in range(self.__log, 0, -1):98            if((l >> i) << i) != l:99                self.__push(l >> i)100            if((r >> i) << i) != r:101                self.__push((r - 1) >> i)102        l2, r2 = l, r103        while(l < r):104            if(l & 1):105                self.__all_apply(l, f)106                l += 1107            if(r & 1):108                r -= 1109                self.__all_apply(r, f)110            l //= 2111            r //= 2112        l, r = l2, r2113        for i in range(1, self.__log + 1):114            if((l >> i) << i) != l:115                self.__update(l >> i)116            if((r >> i) << i) != r:117                self.__update((r - 1) >> i)118    def max_right(self, l: int, g):119        assert (0 <= l) & (l <= self.__n)120        assert g(self.__e)121        if(l == self.__n):122            return self.__n123        l += self.__size124        for i in range(self.__log, 0, -1):125            self.__push(l >> i)126        sm = self.__e127        while(True):128            while(l % 2 == 0):129                l //= 2130            if(not g(self.__op(sm, self.__d[l]))):131                while(l < self.__size):132                    self.__push(l)133                    l *= 2134                    if(g(self.__op(sm, self.__d[l]))):135                        sm = self.__op(sm, self.__d[l])136                        l += 1137                return l - self.__size138            sm = self.__op(sm, self.__d[l])139            l += 1140            if(l & -l) == l:141                break142        return self.__n143    def min_left(self, r: int, g):144        assert (0 <= r) & (r <= self.__n)145        assert g(self.__e)146        if(r == 0):147            return 0148        r += self.__size149        for i in range(self.__log, 0, -1):150            self.__push((r - 1) >> i)151        sm = self.__e152        while(True):153            r -= 1154            while(r > 1) & (r % 2):155                r //= 2156            if(not g(self.__op(self.__d[r], sm))):157                while(r < self.__size):158                    self.__push(r)159                    r = 2 * r + 1160                    if(g(self.__op(self.__d[r], sm))):161                        sm = self.__op(self.__d[r], sm)162                        r -= 1163                return r + 1 - self.__size164            sm = self.__op(self.__d[r], sm)165            if(r & -r) == r:166                break167        return 0168    def all_push(self):169        for i in range(1, self.__size):170            self.__push(i)171    def get_all(self):172        self.all_push()173        return self.__d[self.__size:self.__size + self.__n]174    def print(self):175        print(list(map(lambda x: divmod(x, (1 << 30)), self.__d)))176        print(self.__lz)177        print('------------------')178# ----- åºéå ç®ã»åºéæå° ----- #179e = INF180id = 0181def op(a, b):182    return min(a, b)183def mapping(f, a):184    return a + f...

lexer.py

Source:lexer.py

...56        if self.index < len(self.src):57            return self.src[self.index]58        else:59            return None60    def __push(self, type):61        self.tokens.append((type, self.value))62        self.value = ""63    def __lex_func(self, fn, type=None):64        while self.index < len(self.src) and fn(self.__look()):65            self.__eat()66        if type != None:67            self.__push(type)68    def tokenize(self, src):69        self.index = 070        self.tokens = []71        self.src = src72        while self.index < len(src):73            char = self.__eat()74            if char.isalpha():75                self.__lex_func(lambda c: c.isalnum() or c == '_')76                if self.value == "on":77                    self.__push(Token.ON)78                elif self.value == "if":79                    self.__push(Token.IF)80                elif self.value == "or":81                    self.__push(Token.OR)82                elif self.value == "and":83                    self.__push(Token.AND)84                elif self.value == "not":85                    self.__push(Token.NOT)86                elif self.value == "send":87                    self.__push(Token.SEND)88                elif self.value == "with":89                    self.__push(Token.WITH)90                elif self.value == "do":91                    self.__push(Token.DO)92                elif self.value == "then":93                    self.__push(Token.THEN)94                elif self.value == "end":95                    self.__push(Token.END)96                elif self.value == "let":97                    self.__push(Token.LET)98                elif self.value == "entity":99                    self.__push(Token.ENTITY)100                elif self.value == "surface":101                    self.__push(Token.SURFACE)102                elif self.value == "texture":103                    self.__push(Token.TEXTURE)104                elif self.value == "overlay":105                    self.__push(Token.OVERLAY)106                elif self.value == "background":107                    self.__push(Token.BACKGROUND)108                else:109                    self.__push(Token.ID)110            elif char == '"':111                self.value = ""112                self.__lex_func(lambda c: c != '"')113                self.__push(Token.STRING)114                token = self.__eat()115                self.__assert(token, '"')116                self.value = ""117            elif char.isdigit():118                self.__lex_func(lambda c: c.isdigit(), Token.NUM)119            elif char == '(':120                self.__push(Token.LPAR)121            elif char == ')':122                self.__push(Token.RPAR)123            elif char == '*':124                self.__push(Token.MUL)125            elif char == '/':126                self.__push(Token.DIV)127            elif char == '+':128                self.__push(Token.ADD)129            elif char == '-':130                self.__push(Token.SUB)131            elif char == ':':132                self.__push(Token.COLON)133            elif char == '>':134                self.__push(Token.GT)135            elif char == '<':136                self.__push(Token.LT)137            elif char == '.':138                self.__push(Token.DOT)139            elif char == '@':140                self.__push(Token.AT)141            elif char == '\n':142                self.value = ""143                # self.__push(Token.NL)144            elif char.isspace():145                self.value = ""146            else:147                print("[Lexing Error] Unknown char: '" + char + "'")...

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