必备的组件：
gcc
gcc-c++
glibc-devel
make
pam-devel
使用yum安装相关组件
sudo yum install gcc gcc-c++ glibc-devel make git pam-devel
开始安装
wget http://s3.amazonaws.com/downloads.basho.com/riak/2.0/2.0.0/riak-2.0.0.tar.gz
tar zxvf riak-2.0.0.tar.gz
cd riak-2.0.0
make rel
修改全局配置：
vi /etc/riak/riak.conf
%% -*- mode: erlang;erlang-indent-level: ;indent-tabs-mode: nil -*-
%% ex: ft=erlang ts= sw= et
[
%% Riak Client APIs config
{riak_api, [
%% pb_backlog is the maximum length to which the queue of pending
%% connections may grow. If .
%% By . If you anticipate a huge number of
%% connections being initialised *simultaneously*, set this number
%% higher.
%% {pb_backlog, },
%% pb is a list of IP addresses and TCP ports that the Riak
%% Protocol Buffers interface will bind.
{pb, [ { } ]}
]},
%% Riak Core config
{riak_core, [
%% Default location of ringstate
{ring_state_dir, "/var/lib/riak/ring"},
%% Default ring creation size. Make sure it ,
%% e.g. , , , , , etc
%{ring_creation_size, },
%% http is a list of IP addresses and TCP ports that the Riak
%% HTTP interface will bind.
{http, [ { } ]},
%% https is a list of IP addresses and TCP ports that the Riak
%% HTTPS interface will bind.
%{https, [{ }]},
%% Default cert and key locations for https can be overridden
%% with the ssl config variable, for example:
%{ssl, [
% {certfile, "/etc/riak/cert.pem"},
% {keyfile, "/etc/riak/key.pem"}
% ]},
%% riak_handoff_port is the TCP port that Riak uses for
%% intra-cluster data handoff.
{handoff_port, },
%% To encrypt riak_core intra-cluster data handoff traffic,
%% uncomment the following line and edit its path to an
%% appropriate certfile and keyfile. (This example uses a
%% single file with both items concatenated together.)
%{handoff_ssl_options, [{certfile, "/tmp/erlserver.pem"}]},
%% DTrace support
%% Do not enable 'dtrace_support' unless your Erlang/OTP
%% runtime is compiled to support DTrace. DTrace is
%% available in R15B01 (supported by the Erlang/OTP
%% official source package) and in R14B04 via a custom
%% source repository & branch.
{dtrace_support, false},
%% Health Checks
%% If disabled, health checks registered by an application will
%% be ignored. NOTE: this option cannot be changed at runtime.
%% To re-enable, the setting must be changed and the node restarted.
%% NOTE: As of Riak , health checks are deprecated as they
%% may interfere with the new overload protection mechanisms.
%% If there is a good reason to re-enable them, you must uncomment
%% this line and also add an entry in the riak_kv section:
%% {riak_kv, [ ..., {enable_health_checks, true}, ...]}
%% {enable_health_checks, true},
%% Platform-specific installation paths (substituted by rebar)
{platform_bin_dir, "/usr/sbin"},
{platform_data_dir, "/var/lib/riak"},
{platform_etc_dir, "/etc/riak"},
{platform_lib_dir, "/usr/lib64/riak/lib"},
{platform_log_dir, "/var/log/riak"}
]},
%% Riak KV config
{riak_kv, [
%% Storage_backend specifies the Erlang module defining the storage
%% mechanism that will be used on this node.
{storage_backend, riak_kv_bitcask_backend},
%% raw_name is the first part of all URLS used by the Riak raw HTTP
%% interface. See riak_web.erl and raw_http_resource.erl for
%% details.
%{raw_name, "riak"},
%% Enable active anti-entropy subsystem + optional debug messages:
%% {anti_entropy, {on|off, []}},
%% {anti_entropy, {on|off, [debug]}},
{anti_entropy, {on, []}},
%% Restrict how fast AAE can build hash trees. Building the tree
%% for a given partition requires a full scan over that partition's
%% data. Once built, trees stay built until they are expired.
%% Config is of the form:
%% {num-builds, per-timespan-in-milliseconds}
%% Default build per hour.
{anti_entropy_build_limit, {, }},
%% Determine how often hash trees are expired after being built.
%% Periodically expiring a hash tree ensures the on-disk hash tree
%% data stays consistent with the actual k/v backend data. It also
%% helps Riak identify silent disk failures and bit rot. However,
%% expiration is not needed for normal AAE operation and should be
%% infrequent for performance reasons. The time is specified in
%% milliseconds. The week.
{anti_entropy_expire, },
%% Limit how many AAE exchanges/builds can happen concurrently.
{anti_entropy_concurrency, },
%% The tick determines how often the AAE manager looks for work
%% to do (building/expiring trees, triggering exchanges, etc).
%% The seconds. Lowering this value will
%% speedup the rate that all replicas are synced across the cluster.
%% Increasing the value is not recommended.
{anti_entropy_tick, },
%% The directory where AAE hash trees are stored.
{anti_entropy_data_dir, "/var/lib/riak/anti_entropy"},
%% The LevelDB options used by AAE to generate the LevelDB-backed
%% on-disk hashtrees.
{anti_entropy_leveldb_opts, [{write_buffer_size, },
{max_open_files, }]},
%% mapred_name is URL used to submit map/reduce requests to Riak.
{mapred_name, "mapred"},
%% mapred_2i_pipe indicates whether secondary-index
%% MapReduce inputs are queued in parallel via their own
%% pipe ('true'), or serially via a helper process
%% ('false' or undefined). Set to 'false' or leave
%% undefined during a rolling upgrade from 1.0.
{mapred_2i_pipe, true},
%% Each of the following entries control how many Javascript
%% virtual machines are available for executing map, reduce,
%% pre- and post-commit hook functions.
{map_js_vm_count, },
{reduce_js_vm_count, },
{hook_js_vm_count, },
%% js_max_vm_mem is the maximum amount of memory, in megabytes,
%% allocated to the Javascript VMs. If unset, the default is
%% 8MB.
{js_max_vm_mem, },
%% js_thread_stack is the maximum amount of thread stack, in megabyes,
%% allocate to the Javascript VMs. If unset, the default is 16MB.
%% NOTE: This is not the same as the C thread stack.
{js_thread_stack, },
%% js_source_dir should point to a directory containing Javascript
%% source files which will be loaded by Riak when it initializes
%% Javascript VMs.
%{js_source_dir, "/tmp/js_source"},
%% http_url_encoding determines how Riak treats URL encoded
%% buckets, keys, and links over the REST API. When set to 'on'
%% Riak always decodes encoded values sent as URLs and Headers.
%% Otherwise, Riak defaults to compatibility mode where links
%% are decoded, but buckets and keys are not. The compatibility
%% mode will be removed in a future release.
{http_url_encoding, on},
%% Switch to vnode-based vclocks rather than client ids. This
%% significantly reduces the number of vclock entries.
%% Only set true if *all* nodes in the cluster are upgraded to 1.0
{vnode_vclocks, true},
%% This option toggles compatibility of keylisting with 1.0
%% and earlier versions. Once a rolling upgrade to a version
%% > 1.0 is completed for a cluster, this should be set to
%% true for better control of memory usage during key listing
%% operations
{listkeys_backpressure, true},
%% This option specifies how many of each type of fsm may exist
%% concurrently. This is for overload protection and is a new
%% mechanism that obsoletes 1.3's health checks. Note that this number
%% represents two potential processes, so +P in vm.args should be at
%% least 3X the fsm_limit.
{fsm_limit, },
%% Uncomment to make non-paginated results be sorted the
%% same way paginated results are: by term, then key.
%% In Riak , all results were sorted this way
%% by default, which can adversely affect performance in some cases.
%% Setting this to true emulates that behavior.
%% {secondary_index_sort_default, true},
%% object_format controls which binary representation of a riak_object
%% is stored on disk.
%% Current options are: v0, v1.
%% v0: Original erlang:term_to_binary format. Higher space overhead.
%% v1: New format for more compact storage of small values.
{object_format, v1}
]},
%% Riak Search Config
{riak_search, [
%% To enable Search functionality set this 'true'.
{enabled, false}
]},
%% Merge Index Config
{merge_index, [
%% The root dir to store search merge_index data
{data_root, "/var/lib/riak/merge_index"},
%% Size, in bytes, of the in-memory buffer. When this
%% threshold has been reached the data is transformed
%% into a segment file which resides on disk.
{buffer_rollover_size, },
%% Overtime the segment files need to be compacted.
%% This is the maximum number of segments that will be
%% compacted at once. A lower value will lead to
%% quicker but more frequent compactions.
{max_compact_segments, }
]},
%% Bitcask Config
{bitcask, [
%% Configure how Bitcask writes data to disk.
%% erlang: Erlang's built-in file API
%% nif: Direct calls to the POSIX C API
%%
%% The NIF mode provides higher throughput for certain
%% workloads, but has the potential to negatively impact
%% the Erlang VM, leading to higher worst-case latencies
%% and possible throughput collapse.
{io_mode, erlang},
{data_root, "/var/lib/riak/bitcask"}
]},
%% eLevelDB Config
{eleveldb, [
{data_root, "/var/lib/riak/leveldb"}
]},
%% Lager Config
{lager, [
%% What handlers to install with what arguments
%% The defaults for the logfiles are to rotate the files when
%% they reach 10Mb or at midnight, whichever comes first, and keep
%% the last rotations. See the lager README for a description of
%% the time rotation format:
%% https://github.com/basho/lager/blob/master/README.org
%%
%% If you wish to disable rotation, you can either
%% and the rotation time to -tuple that only
%% consists of {Logfile, Level}.
%%
%% If you wish to have riak log messages to syslog, you can use a handler
%% like this:
%% {lager_syslog_backend, ["riak", daemon, info]},
%%
{handlers, [
{lager_file_backend, [
{, },
{, }
]}
] },
%% Whether to write a crash log, and where.
%% Commented/omitted/undefined means no crash logger.
{crash_log, "/var/log/riak/crash.log"},
%% Maximum size
{crash_log_msg_size, },
%% Maximum size of the crash log in bytes, before its rotated, set
%% to to disable rotation -
{crash_log_size, },
%% What time to rotate the crash log - default is no time
%% rotation. See the lager README for a description of this format:
%% https://github.com/basho/lager/blob/master/README.org
{crash_log_date, "$D0"},
%% Number of rotated crash logs to keep, means keep only the
%% current one -
{crash_log_count, },
%% Whether to redirect error_logger messages into lager - defaults to true
{error_logger_redirect, true},
%% maximum number of error_logger messages to handle in a second
%% lager shipped with a limit of , which is a little low for riak's startup
{error_logger_hwm, }
]},
%% riak_sysmon config
{riak_sysmon, [
%% To disable forwarding events of a particular type, use a
%% limit of .
{process_limit, },
{port_limit, },
%% Finding reasonable limits for a given workload is a matter
%% of experimentation.
%% NOTE: Enabling the 'gc_ms_limit' monitor (by setting non-zero)
%% can cause performance problems on multi-CPU systems.
{gc_ms_limit, },
{heap_word_limit, },
%% Configure the following items to 'false' to disable logging
%% of that event type.
{busy_port, true},
{busy_dist_port, true}
]},
%% SASL config
{sasl, [
{sasl_error_logger, false}
]},
%% riak_control config
{riak_control, [
%% Set to false to disable the admin panel.
{enabled, false},
%% Authentication style used for access to the admin
%% panel. Valid styles are 'userlist' <TODO>.
{auth, userlist},
%% If auth is set to 'userlist' then this is the
%% list of usernames and passwords for access to the
%% admin panel.
{userlist, [{"user", "pass"}
]},
%% The admin panel is broken up into multiple
%% components, each of which is enabled or disabled
%% by one of these settings.
{admin, true}
]}
].
/etc/init.d/riak restart
web访问：
http://192.168.1.111:8098/riak/test
