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Version: Operator 3.2.2

YAML Configuration Mapping for Aerospike on Kubernetes

Mapping between YAML and Aerospike configuration​

Kubernetes uses YAML configuration files and the Aerospike database uses its own format for configuration. The database configurations are stored in aerospike.conf. AKO translates between the two.

Translation conventions​

AKO uses the following conventions to translate its YAML configurations to the Aerospike server's aerospike.conf format.

Simple key and values​

Most simple key-value pairs file translate directly, with the exception of storage sizes.

YAML​

replication-factor: 2

aerospike.conf​

replication-factor 2

Storage Sizes​

File and device sizes in the YAML format are integers and must be specified as number of bytes. In aerospike.conf you may provide an integer byte unit as in YAML or provide a string with G or M to denote gigabytes or megabytes.

YAML​

filesize: 4294967296 # 4 gigabytes

aerospike.conf​

filesize 4G

Lists of Simple Values​

YAML uses a key's plural form when there are a list of values (and it uses a list type).

Lists of simple values are written in Aerospike by repeating the same configuration key multiple times.

YAML​

addresses:
  - 192.168.1.1
  - 192.168.5.1
files:
  - /opt/aerospike/ns1.dat
  - /opt/aerospike/ns2.dat

aerospike.conf​

address 192.168.1.1
address 192.168.5.1
file /opt/aerospike/ns1.dat
file /opt/aerospike/ns2.dat

Fixed Sections​

The Aerospike configuration groups parts of the configuration into sections. The YAML forms of these are represented as maps.

YAML​

service:
  service-threads: 4
  proto-fd-max: 15000

aerospike.conf​

service {
  service-threads 4
  proto-fd-max 15000
}

Named Sections​

Named sections, which can have multiple named entries in aerospike.conf, (such as namespace, dc, datacenter, etc.) are translated to a named list of maps in YAML.

The name of the list will be the plural form of the aerospike.conf section.

YAML​

namespaces:
  - name: test
    replication-factor: 2
    storage-engine:
      type: memory
      files:
        - /opt/aerospike/data/test1.dat
        - /opt/aerospike/data/test2.dat
      filesize: 4294967296
  - name: bar
    replication-factor: 2
    storage-engine:
      type: memory
      data-size: 4294967296

aerospike.conf​

namespace test {
    replication-factor 2
    storage-engine memory {
            file /opt/aerospike/data/test1.dat
            file /opt/aerospike/data/test2.dat
            filesize 4G
    }
}
namespace bar {
    replication-factor 2
    data-size 4G
    storage-engine memory
}

Typed Sections​

Typed sections have a fixed enum type associated with them in aerospike.conf such as storage-engine and index-type. These are translated to map with additional property type in YAML. The valid values for the type are the same as the valid enum values for the section.

YAML​

namespaces:
  - name: test
    .
    .
    storage-engine:
      type: memory
      files:
        - /opt/aerospike/data/test1.dat
        - /opt/aerospike/data/test2.dat
      filesize: 4294967296

aerospike.conf​

namespace test {
    .
    .
    storage-engine memory {
            file /opt/aerospike/data/test1.dat
            file /opt/aerospike/data/test2.dat
            filesize 4G
    }
}

Aerospike logging section​

Aerospike offers three types of log sinks in the YAML logging section: file, console, and syslog (introduced in server 6.3). The log sink type is specified by the name field in the YAML file, which can have the values console, syslog, or the actual file name if the sink type is file. You can define the logging context and log level for the log sink as key: value pairs. For more information, see Aerospike logging documentation.

YAML​

logging:
  - name: console
    any: info
  - name: /var/log/aerospike/aerospike.log
    any: info
    tls: debug
  - name: syslog
    audit: info
    facility: local0
    tag: aerospike-audit
    path: /dev/log

aerospike.conf​

logging {
    console {
        context any info
    }
    file /var/log/aerospike/aerospike.log {
        context any info
        context tls debug
    }
    syslog {
        context audit info
        facility local0
        tag aerospike-audit
        path /dev/log
    }
}

Complete Example​

YAML​

service:
  proto-fd-max: 15000

security: {}

logging:
  - name: console
    any: info
  - name: /var/log/aerospike/aerospike.log
    any: info

xdr:
  enable-xdr: true
  xdr-digestlog-path: /opt/aerospike/xdr/digestlog 5G
  xdr-compression-threshold: 1000
  datacenters:
    - name: REMOTE_DC_1
      dc-node-address-ports:
       - 172.68.17.123 3000
      dc-security-config-file: /etc/aerospike/secret/security_credentials_DC1.txt

namespaces:
  - name: test
    enable-xdr: true
    xdr-remote-datacenter: REMOTE_DC_1
    replication-factor: 2
    storage-engine:
      type: memory # Store data in memory in addition to file.
      files:
        - /opt/aerospike/data/test.dat
      filesize: 4294967296 

mod-lua:
  user-path: /opt/aerospike/usr/udf/lua

aerospike.conf​


service {                # Tuning parameters and process owner
    proto-fd-max 15000
}

security {               # (Optional, Enterprise Edition only) to enable
                         # ACL on the cluster
    enable-security true
}

logging {               # Logging configuration
    console {
        context any info
    }
    file /var/log/aerospike/aerospike.log {
        context any info
    }
}

xdr {
    enable-xdr true # Globally enable/disable XDR on local node.
    xdr-digestlog-path /opt/aerospike/digestlog 5G # Track digests to be shipped.
    xdr-compression-threshold 1000
    datacenter REMOTE_DC_1 {
            dc-node-address-port 172.68.17.123 3000
            dc-security-config-file /etc/aerospike/secret/security_credentials_DC1.txt
    }
}

namespace test {       # Define namespace record policies and storage engine
    enable-xdr true
    xdr-remote-datacenter REMOTE_DC_1
    replication-factor 2
    storage-engine memory { # Store data in memory in addition to file.
            file /opt/aerospike/data/test.dat
            filesize 4G 
    }
}

mod-lua {                # location of UDF modules
    user-path /opt/aerospike/usr/udf/lua
}
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