How to use connect_to_master method in locust

Best Python code snippet using locust

pool.py

Source:pool.py

...6        Pop item from pool.7        :returns: obviously item8        :rtype: how knows(serializer knows)9        '''10        item = self.connect_to_master().spop(self.key)11        return self.decode(item)12    def push(self, item):13        '''14        Place item into pool.15        :param item: whatever you need to place into pool16        :rtype: bool17        '''18        item = self.encode(item)19        return bool(self.connect_to_master().sadd(self.key, item))20    def members(self):21        '''22        List all pool items.23        :rtype: list24        '''25        elements = self.connect_to_slave().smembers(self.key)26        if not elements:27            return []28        return [self.decode(e) for e in elements]29    def contains(self, item):30        '''31        Check if pool contains item32        :rtype: bool33        '''34        item = self.encode(item)35        return bool(self.connect_to_slave().sismember(self.key, item))36class SortedSet(redisext.models.abc.Model):37    def add(self, element, score):38        element = self.encode(element)39        data = {element: score}40        return bool(self.connect_to_master().zadd(self.key, data))41    def rem(self, element):42        element = self.encode(element)43        return bool(self.connect_to_master().zrem(self.key, element))44    def length(self, start_score, end_score):45        return int(self.connect_to_slave().zcount(self.key, start_score, end_score))46    def members(self, with_scores=False):47        elements = self.connect_to_slave().zrevrange(self.key, 0, -1, withscores=with_scores)48        if not elements:49            return elements50        if with_scores:51            return [(s, self.decode(e)) for e, s in elements]52        else:53            return [self.decode(e) for e in elements]54    def members_by_score(self, min_score='-inf', max_score='+inf', with_scores=False):55        elements = self.connect_to_slave().zrangebyscore(self.key, min_score, max_score, num=-1, withscores=with_scores)56        if not elements:57            return elements58        if with_scores:59            return [(s, self.decode(e)) for e, s in elements]60        else:61            return [self.decode(e) for e in elements]62    def contains(self, element):63        element = self.encode(element)64        return self.connect_to_slave().zscore(self.key, element) is not None65    def truncate(self, size):66        return int(self.connect_to_master().zremrangebyrank(self.key, 0, -1 * size - 1))67    def clean(self):68        return bool(self.connect_to_master().delete(self.key))69    def clean_by_score(self, min_score, max_score):70        elements = self.connect_to_master().zremrangebyscore(self.key, min_score, max_score)...

hashmap.py

Source:hashmap.py

...5        value = self.connect_to_slave().hget(self.key, hash_key)6        return self.decode(value)7    def set(self, hash_key, value):8        value = self.encode(value)9        return self.connect_to_master().hset(self.key, hash_key, value)10    def remove(self, hash_key):11        return bool(self.connect_to_master().hdel(self.key, hash_key))12class Map(redisext.models.abc.Model):13    def get(self):14        ''' Get stored value.15        :returns: stored value16        '''17        value = self.connect_to_slave().get(self.key)18        return self.decode(value)19    def set(self, value):20        ''' Store value into map.21        :param value:22        :type value:23        :returns: status if value saved or not24        :rtype: bool25        '''26        value = self.encode(value)27        return self.connect_to_master().set(self.key, value)28    def incr(self, value=1):29        ''' Increase stored value.30        :param value: value to add31        :type value: int32        :returns: current value33        '''34        value = self.connect_to_master().incr(self.key, value)35        return self.decode(value)36    def decr(self, value=1):37        ''' Decrease stored value.38        :param value: value to add39        :type value: int40        :returns: current value41        '''42        value = self.connect_to_master().decr(self.key, value)43        return self.decode(value)44    def remove(self):45        ''' Remove value from map.46        :returns: status of removal47        :rtype: bool48        '''49        return bool(self.connect_to_master().delete(self.key))50    def exists(self):51        ''' Returns status if key exists or not52        :returns: existence53        :rtype: bool54        '''...

key.py

Source:key.py

...6            try:7                seconds = int(self.EXPIRE)8            except TypeError:9                raise ValueError(seconds)10        return self.connect_to_master().expire(self.key, seconds)11    def ttl(self):12        return self.connect_to_master().ttl(self.key)13    def persist(self):14        return self.connect_to_master().persist(self.key)15class Key(object):16    def rename(self, newkey):17        if self.connect_to_master().exists(self.key):18            self.connect_to_master().rename(self.key, newkey)19            return True20        else:...

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