as_async.h

Go to the documentation of this file.

/*
 * Copyright 2008-2024 Aerospike, Inc.
 *
 * Portions may be licensed to Aerospike, Inc. under one or more contributor
 * license agreements.
 *
 * Licensed under the Apache License, Version 2.0 (the "License"); you may not
 * use this file except in compliance with the License. You may obtain a copy of
 * the License at http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
 * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
 * License for the specific language governing permissions and limitations under
 * the License.
 */
#pragma once
 
#include <aerospike/as_async_proto.h>
#include <aerospike/as_command.h>
#include <aerospike/as_cluster.h>
#include <aerospike/as_event_internal.h>
#include <aerospike/as_listener.h>
#include <citrusleaf/alloc.h>
 
#ifdef __cplusplus
extern "C" {
#endif
 
/******************************************************************************
 * TYPES
 *****************************************************************************/
 
#define AS_ASYNC_TYPE_WRITE 0
#define AS_ASYNC_TYPE_RECORD 1
#define AS_ASYNC_TYPE_VALUE 2
#define AS_ASYNC_TYPE_BATCH 3
#define AS_ASYNC_TYPE_SCAN 4
#define AS_ASYNC_TYPE_QUERY 5
#define AS_ASYNC_TYPE_INFO 6
#define AS_ASYNC_TYPE_SCAN_PARTITION 7
#define AS_ASYNC_TYPE_QUERY_PARTITION 8
#define AS_ASYNC_TYPE_CONNECTOR 9
 
#define AS_AUTHENTICATION_MAX_SIZE 158
 
#define AS_ASYNC_CONNECTION_COMPLETE 0
#define AS_ASYNC_CONNECTION_PENDING 1
#define AS_ASYNC_CONNECTION_ERROR 2
    
typedef struct as_async_write_command {
    as_event_command command;
    as_async_write_listener listener;
    uint8_t space[];
} as_async_write_command;
    
typedef struct as_async_record_command {
    as_event_command command;
    as_async_record_listener listener;
    uint8_t space[];
} as_async_record_command;
 
typedef struct as_async_value_command {
    as_event_command command;
    as_async_value_listener listener;
    uint8_t space[];
} as_async_value_command;
 
typedef struct as_async_info_command {
    as_event_command command;
    as_async_info_listener listener;
    uint8_t space[];
} as_async_info_command;
 
/******************************************************************************
 * FUNCTIONS
 *****************************************************************************/
 
static inline as_event_command*
as_async_write_command_create(
    as_cluster* cluster, const as_policy_base* policy, as_partition_info* pi,
    as_policy_replica replica, as_async_write_listener listener, void* udata,
    as_event_loop* event_loop, as_pipe_listener pipe_listener, size_t size,
    as_event_parse_results_fn parse_results
    )
{
    // Allocate enough memory to cover: struct size + write buffer size + auth max buffer size
    // Then, round up memory size in 1KB increments.
    size_t s = (sizeof(as_async_write_command) + size + AS_AUTHENTICATION_MAX_SIZE + 1023) & ~1023;
    as_event_command* cmd = (as_event_command*)cf_malloc(s);
    as_async_write_command* wcmd = (as_async_write_command*)cmd;
    cmd->total_deadline = policy->total_timeout;
    cmd->socket_timeout = policy->socket_timeout;
    cmd->max_retries = policy->max_retries;
    cmd->iteration = 0;
    cmd->replica = as_command_write_replica(replica);
    cmd->event_loop = as_event_assign(event_loop);
    cmd->cluster = cluster;
    cmd->node = NULL;
    cmd->ns = pi->ns;
    cmd->partition = pi->partition;
    cmd->udata = udata;
    cmd->parse_results = parse_results;
    cmd->pipe_listener = pipe_listener;
    cmd->buf = wcmd->space;
    cmd->read_capacity = (uint32_t)(s - size - sizeof(as_async_write_command));
    cmd->type = AS_ASYNC_TYPE_WRITE;
    cmd->proto_type = AS_MESSAGE_TYPE;
    cmd->state = AS_ASYNC_STATE_UNREGISTERED;
    cmd->flags = 0;
    cmd->replica_size = pi->replica_size;
    cmd->replica_index = 0;
    cmd->latency_type = AS_LATENCY_TYPE_WRITE;
    wcmd->listener = listener;
    as_cluster_add_tran(cluster);
    return cmd;
}
    
static inline as_event_command*
as_async_record_command_create(
    as_cluster* cluster, const as_policy_base* policy, as_partition_info* pi,
    as_policy_replica replica, uint8_t replica_index, bool deserialize, bool heap_rec,
    uint8_t flags, as_async_record_listener listener, void* udata, as_event_loop* event_loop,
    as_pipe_listener pipe_listener, size_t size, as_event_parse_results_fn parse_results, 
    as_latency_type latency_type
    )
{
    // Allocate enough memory to cover: struct size + write buffer size + auth max buffer size
    // Then, round up memory size in 4KB increments to reduce fragmentation and to allow socket
    // read to reuse buffer for small socket write sizes.
    size_t s = (sizeof(as_async_record_command) + size + AS_AUTHENTICATION_MAX_SIZE + 4095) & ~4095;
    as_event_command* cmd = (as_event_command*)cf_malloc(s);
    as_async_record_command* rcmd = (as_async_record_command*)cmd;
    cmd->total_deadline = policy->total_timeout;
    cmd->socket_timeout = policy->socket_timeout;
    cmd->max_retries = policy->max_retries;
    cmd->iteration = 0;
    cmd->replica = replica;
    cmd->event_loop = as_event_assign(event_loop);
    cmd->cluster = cluster;
    cmd->node = NULL;
    cmd->ns = pi->ns;
    cmd->partition = pi->partition;
    cmd->udata = udata;
    cmd->parse_results = parse_results;
    cmd->pipe_listener = pipe_listener;
    cmd->buf = rcmd->space;
    cmd->read_capacity = (uint32_t)(s - size - sizeof(as_async_record_command));
    cmd->type = AS_ASYNC_TYPE_RECORD;
    cmd->proto_type = AS_MESSAGE_TYPE;
    cmd->state = AS_ASYNC_STATE_UNREGISTERED;
    cmd->flags = flags;
 
    if (deserialize) {
        cmd->flags |= AS_ASYNC_FLAGS_DESERIALIZE;
    }
 
    if (heap_rec) {
        cmd->flags |= AS_ASYNC_FLAGS_HEAP_REC;
    }
 
    cmd->replica_size = pi->replica_size;
    cmd->replica_index = replica_index;
    cmd->latency_type = latency_type;
    rcmd->listener = listener;
    as_cluster_add_tran(cluster);
    return cmd;
}
 
static inline as_event_command*
as_async_value_command_create(
    as_cluster* cluster, const as_policy_base* policy, as_partition_info* pi,
    as_policy_replica replica, as_async_value_listener listener, void* udata,
    as_event_loop* event_loop, as_pipe_listener pipe_listener, size_t size,
    as_event_parse_results_fn parse_results
    )
{
    // Allocate enough memory to cover: struct size + write buffer size + auth max buffer size
    // Then, round up memory size in 4KB increments to reduce fragmentation and to allow socket
    // read to reuse buffer for small socket write sizes.
    size_t s = (sizeof(as_async_value_command) + size + AS_AUTHENTICATION_MAX_SIZE + 4095) & ~4095;
    as_event_command* cmd = (as_event_command*)cf_malloc(s);
    as_async_value_command* vcmd = (as_async_value_command*)cmd;
    cmd->total_deadline = policy->total_timeout;
    cmd->socket_timeout = policy->socket_timeout;
    cmd->max_retries = policy->max_retries;
    cmd->iteration = 0;
    cmd->replica = as_command_write_replica(replica);
    cmd->event_loop = as_event_assign(event_loop);
    cmd->cluster = cluster;
    cmd->node = NULL;
    cmd->ns = pi->ns;
    cmd->partition = pi->partition;
    cmd->udata = udata;
    cmd->parse_results = parse_results;
    cmd->pipe_listener = pipe_listener;
    cmd->buf = vcmd->space;
    cmd->read_capacity = (uint32_t)(s - size - sizeof(as_async_value_command));
    cmd->type = AS_ASYNC_TYPE_VALUE;
    cmd->proto_type = AS_MESSAGE_TYPE;
    cmd->state = AS_ASYNC_STATE_UNREGISTERED;
    cmd->flags = 0;
    cmd->replica_size = pi->replica_size;
    cmd->replica_index = 0;
    cmd->latency_type = AS_LATENCY_TYPE_WRITE;
    vcmd->listener = listener;
    as_cluster_add_tran(cluster);
    return cmd;
}
 
static inline as_event_command*
as_async_info_command_create(
    as_node* node, const as_policy_info* policy, as_async_info_listener listener, void* udata,
    as_event_loop* event_loop, size_t size
    )
{
    // Allocate enough memory to cover: struct size + write buffer size + auth max buffer size
    // Then, round up memory size in 1KB increments.
    size_t s = (sizeof(as_async_info_command) + size + AS_AUTHENTICATION_MAX_SIZE + 1023) & ~1023;
    as_event_command* cmd = (as_event_command*)cf_malloc(s);
    as_async_info_command* icmd = (as_async_info_command*)cmd;
    cmd->total_deadline = policy->timeout;
    cmd->socket_timeout = policy->timeout;
    cmd->max_retries = 1;
    cmd->iteration = 0;
    cmd->replica = AS_POLICY_REPLICA_MASTER;
    cmd->event_loop = as_event_assign(event_loop);
    cmd->cluster = node->cluster;
    cmd->node = node;
    cmd->ns = NULL;
    cmd->partition = NULL;
    cmd->udata = udata;
    cmd->parse_results = as_event_command_parse_info;
    cmd->pipe_listener = NULL;
    cmd->buf = icmd->space;
    cmd->read_capacity = (uint32_t)(s - size - sizeof(as_async_info_command));
    cmd->type = AS_ASYNC_TYPE_INFO;
    cmd->proto_type = AS_INFO_MESSAGE_TYPE;
    cmd->state = AS_ASYNC_STATE_UNREGISTERED;
    cmd->flags = 0;
    cmd->replica_size = 1;
    cmd->replica_index = 0;
    cmd->latency_type = AS_LATENCY_TYPE_NONE;
    icmd->listener = listener;
    as_cluster_add_tran(node->cluster);
    return cmd;
}
 
#ifdef __cplusplus
} // end extern "C"
#endif