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How to use get_memory_address method in avocado

Best Python code snippet using avocado_python

day13.py

Source:day13.py

...28        self.stop_on_output = False29        self.input_stack = []30        self.outputs = []31        self.relative_base = 032    def get_memory_address(self, n, mode=0):33        """Return the memory address depending on the value and mode."""34        # mode 0: position mode35        if mode == 0:36            return self.codes[n]37        # mode 1: immediate mode38        elif mode == 1:39            return n40        # mode 2: relative mode41        elif mode == 2:42            return self.relative_base + self.codes[n]43        else:44            raise ValueError45    def get_address_value(self, n, mode=0):46        return self.codes[self.get_memory_address(n, mode)]47    def set_address_value(self, n, val, mode=0):48        self.codes[self.get_memory_address(n, mode)] = val49    def get_mode(self, params, param):50        """Return the mode for the nth param, where the param is in reading order (0 is the first param)"""51        if param >= len(params):52            return 053        return params[-param - 1]54    def _process_instruction(self):55        """Process the next instruction, given by the position of the instruction pointer."""56        instruction = str(self.codes[self.instruction_ptr])57        opcode = int(instruction[-2:])58        params = [int(x) for x in instruction[:-2]]59        num_params = 160        if opcode == 1 or opcode == 2:61            # Sum or multiply and store result into address62            num_params = 363            val1 = self.get_address_value(self.instruction_ptr + 1, self.get_mode(params, 0))64            val2 = self.get_address_value(self.instruction_ptr + 2, self.get_mode(params, 1))65            result_pos = self.get_memory_address(self.instruction_ptr + 3, self.get_mode(params, 2))66            if opcode == 1:67                self.codes[result_pos] = val1 + val268            if opcode == 2:69                self.codes[result_pos] = val1 * val270        elif opcode == 3:  # Get input and store into address71            if self.input_stack:72                inp = self.input_stack.pop(0)73            else:74                inp = int(input("Input a number: "))75            self.set_address_value(self.instruction_ptr + 1, inp, self.get_mode(params, 0))76        elif opcode == 4:  # Output value77            output = self.get_address_value(self.instruction_ptr + 1, self.get_mode(params, 0))78            self.outputs.append(output)79            if self.stop_on_output:...

day9.py

Source:day9.py

...30        self.stop_on_output = False31        self.input_stack = []32        self.outputs = []33        self.relative_base = 034    def get_memory_address(self, n, mode=0):35        """Return the memory address depending on the value and mode."""36        # mode 0: position mode37        if mode == 0:38            return self.codes[n]39        # mode 1: immediate mode40        elif mode == 1:41            return n42        # mode 2: relative mode43        elif mode == 2:44            return self.relative_base + self.codes[n]45        else:46            raise ValueError47    def get_address_value(self, n, mode=0):48        return self.codes[self.get_memory_address(n, mode)]49    50    def set_address_value(self, n, val, mode=0):51        self.codes[self.get_memory_address(n, mode)] = val52    def get_mode(self, params, param):53        """Return the mode for the nth param, where the param is in reading order (0 is the first param)"""54        if param >= len(params):55            return 056        return params[-param - 1]57    def _process_instruction(self):58        """Process the next instruction, given by the position of the instruction pointer."""59        instruction = str(self.codes[self.instruction_ptr])60        opcode = int(instruction[-2:])61        params = [int(x) for x in instruction[:-2]]62        num_params = 163        if opcode == 1 or opcode == 2:64            # Sum or multiply and store result into address65            num_params = 366            val1 = self.get_address_value(self.instruction_ptr + 1, self.get_mode(params, 0))67            val2 = self.get_address_value(self.instruction_ptr + 2, self.get_mode(params, 1))68            result_pos = self.get_memory_address(self.instruction_ptr + 3, self.get_mode(params, 2))69            if opcode == 1:70                self.codes[result_pos] = val1 + val271            if opcode == 2:72                self.codes[result_pos] = val1 * val273        elif opcode == 3:  # Get input and store into address74            if self.input_stack:75                inp = self.input_stack.pop(0)76            else:77                inp = int(input("Input a number: "))78            self.set_address_value(self.instruction_ptr + 1, inp, self.get_mode(params, 0))79        elif opcode == 4:  # Output value80            output = self.get_address_value(self.instruction_ptr + 1, self.get_mode(params, 0))81            self.outputs.append(output)82            if self.stop_on_output:...

clone_graph.py

Source:clone_graph.py

...12        self.nodes.append(node)13        return14    def get_nodes():15        return self.nodes16    def get_memory_address():17        pass18# hash table19# key: value? 20# new_node: old_node21# assumption:22# graph could be cyclic or acyclic 23# graph has list of nodes24# graph no min max size25def duplicate_graph(node):26    """27    Time: O(|V| + |E|}28    Space: O(|V| + |E|}29    """30    if node is None:31        return None32    # memory_add_of_old_node: new_cloned_node33    mapping_table = {}34    queue = [node]35    # populating all ndoes into mapping_table36    while len(queue) > 0:37        curr = queue.pop(0)38        # put cloned node into map39        new_curr = Node()40        mapping_table[curr.get_memory_address()] = new_curr41        neighbours = curr.get_nodes()42        for i in xrange(len(neigbhours)):43            address = neighbours[i].get_memory_address()44            if address not in mapping_table:45                new_node = Node()46                mapping_table[address] = new_node47            else:48                new_node = mapping_table[address]49            new_curr.insert_node(new_node)50            # put new neighbours into curr new node51            if neigbhours[i].get_memory_address() not in mapping_table:52                queue.append(neighbours[i]) # visit all nodes53        ...

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