Ned4J 图库的集群部署与基础使用

部署机器

名称 配置 IP
server1 8 核 16G 172.16.0.2
server2 8 核 16G 172.16.0.3
server3 8 核 16G 172.16.0.4
server4 8 核 16G 172.16.0.5

# 创建项目目录
mkdir -p /opt/neo4j/ # 环境变量
export USER_ID="$(id -u)"
export GROUP_ID="$(id -g)"
export NEO4J_DOCKER_IMAGE=neo4j:5-community
export NEO4J_EDITION=docker_compose
export EXTENDED_CONF=yes
export NEO4J_ACCEPT_LICENSE_AGREEMENT=yes
export NEO4J_AUTH=neo4j/your_password

neo4j.conf 配置文件

# Setting that specifies how much memory Neo4j is allowed to use for the page cache.
server.memory.pagecache.size=100M # Setting that specifies the initial JVM heap size.
server.memory.heap.initial_size=100M # The behavior of the initial discovery is determined by the parameters `dbms.cluster.discovery.resolver_type` and `dbms.cluster.discovery.endpoints`.
# The DNS strategy fetches the IP addresses of the cluster members using the DNS A records.
# ### dbms.cluster.discovery.resolver_type=DNS # The value of `dbms.cluster.discovery.endpoints` should be set to a single domain name and the port of the discovery service.
# The domain name returns an A record for every server in the cluster when a DNS lookup is performed.
# Each A record returned by DNS should contain the IP address of the server in the cluster.
# The configured server uses all the IP addresses from the A records to join or form a cluster.
# The discovery port must be the same on all servers when using this configuration.
# ### dbms.cluster.discovery.endpoints=neo4j-network:5000 # Address (the public hostname/IP address of the machine)
# and port setting that specifies where this instance advertises for discovery protocol messages from other members of the cluster.
# ### server.discovery.advertised_address=$(hostname -i) # Address (the public hostname/IP address of the machine)
# and port setting that specifies where this instance advertises for Raft messages within the cluster.
# ### server.cluster.raft.advertised_address=$(hostname) # Address (the public hostname/IP address of the machine)
# and port setting that specifies where this instance advertises for requests for transactions in the transaction-shipping catchup protocol.
# ### server.cluster.advertised_address=$(hostname) # Enable server-side routing
# ###dbms.routing.enabled=true # Use server-side routing for neo4j:// protocol connections.
# ###dbms.routing.default_router=SERVER # The advertised address for the intra-cluster routing connector.
# ###server.routing.advertised_address=$(hostname) # HTTP Connector
#
dbms.connector.http.type=HTTP
dbms.connector.http.enabled=true
dbms.connectors.default_listen_address=0.0.0.0
#
#dbms.connector.http.address=0.0.0.0:#{default.http.port}
dbms.connector.http.address=0.0.0.0:7474
dbms.connector.http.listen_address=0.0.0.0:7474

Docker-Compose.yml 文件

version: '3.8'

# Custom top-level network
networks:
neo4j-internal: services: server1:
# Docker image to be used
image: ${NEO4J_DOCKER_IMAGE} # Hostname
hostname: server1 # Service-level network, which specifies the networks, from the list of the top-level networks (in this case only neo4j-internal), that the server will connect to.
# Adds a network alias (used in neo4j.conf when configuring the discovery members)
networks:
neo4j-internal:
aliases:
- neo4j-network # The ports that will be accessible from outside the container - HTTP (7474) and Bolt (7687).
ports:
- "7474:7474"
- "7687:7687" # Uncomment the volumes to be mounted to make them accessible from outside the container.
volumes:
- /opt/neo4j/neo4j.conf:/conf/neo4j.conf # This is the main configuration file.
- /opt/neo4j/data/server1:/var/lib/neo4j/data
- /opt/neo4j/logs/server1:/var/lib/neo4j/logs
- /opt/neo4j/conf/server1:/var/lib/neo4j/conf
- /opt/neo4j/import/server1:/var/lib/neo4j/import
#- /opt/neo4j/metrics/server1:/var/lib/neo4j/metrics
#- /opt/neo4j/licenses/server1:/var/lib/neo4j/licenses
#- /opt/neo4j/ssl/server1:/var/lib/neo4j/ssl # Passes the following environment variables to the container
environment:
- NEO4J_ACCEPT_LICENSE_AGREEMENT
- NEO4J_AUTH
- EXTENDED_CONF
- NEO4J_EDITION
- NEO4J_initial_server_mode__constraint=PRIMARY # Simple check testing whether the port 7474 is opened.
# If so, the instance running inside the container is considered as "healthy".
# This status can be checked using the "docker ps" command.
healthcheck:
test: ["CMD-SHELL", "wget --no-verbose --tries=1 --spider localhost:7474 || exit 1"] # Set up the user
user: ${USER_ID}:${GROUP_ID} server2:
image: ${NEO4J_DOCKER_IMAGE}
hostname: server2
networks:
neo4j-internal:
aliases:
- neo4j-network
ports:
- "7475:7474"
- "7688:7687"
volumes:
- /opt/neo4j/neo4j.conf:/conf/neo4j.conf
- /opt/neo4j/data/server2:/var/lib/neo4j/data
- /opt/neo4j/logs/server2:/var/lib/neo4j/logs
- /opt/neo4j/conf/server2:/var/lib/neo4j/conf
- /opt/neo4j/import/server2:/var/lib/neo4j/import
#- /opt/neo4j/metrics/server2:/var/lib/neo4j/metrics
#- /opt/neo4j/licenses/server2:/var/lib/neo4j/licenses
#- /opt/neo4j/ssl/server2:/var/lib/neo4j/ssl
environment:
- NEO4J_ACCEPT_LICENSE_AGREEMENT
- NEO4J_AUTH
- EXTENDED_CONF
- NEO4J_EDITION
- NEO4J_initial_server_mode__constraint=PRIMARY
healthcheck:
test: ["CMD-SHELL", "wget --no-verbose --tries=1 --spider localhost:7474 || exit 1"]
user: ${USER_ID}:${GROUP_ID} server3:
image: ${NEO4J_DOCKER_IMAGE}
hostname: server3
networks:
neo4j-internal:
aliases:
- neo4j-network
ports:
- "7476:7474"
- "7689:7687"
volumes:
- /opt/neo4j/neo4j.conf:/conf/neo4j.conf
- /opt/neo4j/data/server3:/var/lib/neo4j/data
- /opt/neo4j/logs/server3:/var/lib/neo4j/logs
- /opt/neo4j/conf/server3:/var/lib/neo4j/conf
- /opt/neo4j/import/server3:/var/lib/neo4j/import
#- /opt/neo4j/metrics/server3:/var/lib/neo4j/metrics
#- /opt/neo4j/licenses/server3:/var/lib/neo4j/licenses
#- /opt/neo4j/ssl/server3:/var/lib/neo4j/ssl
environment:
- NEO4J_ACCEPT_LICENSE_AGREEMENT
- NEO4J_AUTH
- EXTENDED_CONF
- NEO4J_EDITION
- NEO4J_initial_server_mode__constraint=PRIMARY
healthcheck:
test: ["CMD-SHELL", "wget --no-verbose --tries=1 --spider localhost:7474 || exit 1"]
user: ${USER_ID}:${GROUP_ID} server4:
image: ${NEO4J_DOCKER_IMAGE}
hostname: server4
networks:
neo4j-internal:
aliases:
- neo4j-network
ports:
- "7477:7474"
- "7690:7687"
volumes:
- /opt/neo4j/neo4j.conf:/conf/neo4j.conf
- /opt/neo4j/data/server4:/var/lib/neo4j/data
- /opt/neo4j/logs/server4:/var/lib/neo4j/logs
- /opt/neo4j/conf/server4:/var/lib/neo4j/conf
- /opt/neo4j/import/server4:/var/lib/neo4j/import
#- /opt/neo4j/metrics/server4:/var/lib/neo4j/metrics
#- /opt/neo4j/licenses/server4:/var/lib/neo4j/licenses
#- /opt/neo4j/ssl/server4:/var/lib/neo4j/ssl
environment:
- NEO4J_ACCEPT_LICENSE_AGREEMENT
- NEO4J_AUTH
- EXTENDED_CONF
- NEO4J_EDITION
- NEO4J_initial_server_mode__constraint=SECONDARY
healthcheck:
test: ["CMD-SHELL", "wget --no-verbose --tries=1 --spider localhost:7474 || exit 1"]
user: ${USER_ID}:${GROUP_ID}
version: '2'
services:
neo4j:
image: docker.io/bitnami/neo4j:5
ports:
- '7474:7474'
- '7473:7473'
- '7687:7687'
volumes:
- 'neo4j_data:/bitnami'
environment:
- NEO4J_AUTH=neo4j/bitnami1
volumes:
neo4j_data:
driver: local

Neo4J 的基础使用

基于 7474 端口的访问

通过远程配置的IP访问与配置,特别需要注意的就是对应的Auth这块,从而基于对应的外部IP才可以访问 比如 http://192.168.1.217:7474/

参考

Neo4J Developer Docs

Neo4J 图库的集群部署与基础使用的更多相关文章

  1. HBase集群部署与基础命令

    HBase 集群部署 安装 hbase 之前需要先搭建好 hadoop 集群和 zookeeper 集群.hadoop 集群搭建可以参考:https://www.cnblogs.com/javammc ...

  2. Storm1.0.3集群部署

    Storm集群部署 所有集群部署的基本流程都差不多:下载安装包并上传.解压安装包并配置环境变量.修改配置文件.分发安装包.启动集群.查看集群是否部署成功. 1.所有的集群上都要配置hosts vi   ...

  3. Kafka集群部署 (守护进程启动)

    1.Kafka集群部署 1.1集群部署的基本流程 下载安装包.解压安装包.修改配置文件.分发安装包.启动集群 1.2集群部署的基础环境准备 安装前的准备工作(zk集群已经部署完毕)  关闭防火墙 c ...

  4. Storm集群部署及单词技术

    1. 集群部署的基本流程 集群部署的流程:下载安装包.解压安装包.修改配置文件.分发安装包.启动集群 注意: 所有的集群上都需要配置hosts vi  /etc/hosts 192.168.239.1 ...

  5. 2.Storm集群部署及单词统计案例

    1.集群部署的基本流程 2.集群部署的基础环境准备 3.Storm集群部署 4.Storm集群的进程及日志熟悉 5.Storm集群的常用操作命令 6.Storm源码下载及目录熟悉 7.Storm 单词 ...

  6. openstack(pike 版)集群部署(一)----基础环境部署

    一.环境 1.系统: a.CentOS Linux release 7.4.1708 (Core) b.更新yum源和安装常用软件 #  yum -y install  epel-release ba ...

  7. k8s1.9.0安装--基础集群部署

    二.基础集群部署 - kubernetes-simple 1. 部署ETCD(主节点) 1.1 简介 kubernetes需要存储很多东西,像它本身的节点信息,组件信息,还有通过kubernetes运 ...

  8. Dubbo入门到精通学习笔记(二十):MyCat在MySQL主从复制的基础上实现读写分离、MyCat 集群部署(HAProxy + MyCat)、MyCat 高可用负载均衡集群Keepalived

    文章目录 MyCat在MySQL主从复制的基础上实现读写分离 一.环境 二.依赖课程 三.MyCat 介绍 ( MyCat 官网:http://mycat.org.cn/ ) 四.MyCat 的安装 ...

  9. 2.Ceph 基础篇 - 集群部署及故障排查

    文章转载自:https://mp.weixin.qq.com/s?__biz=MzI1MDgwNzQ1MQ==&mid=2247485243&idx=1&sn=e425c31a ...

  10. 理解 OpenStack + Ceph (1):Ceph + OpenStack 集群部署和配置

    本系列文章会深入研究 Ceph 以及 Ceph 和 OpenStack 的集成: (1)安装和部署 (2)Ceph RBD 接口和工具 (3)Ceph 物理和逻辑结构 (4)Ceph 的基础数据结构 ...

随机推荐

  1. webgl 系列 —— 着色器语言

    其他章节请看: webgl 系列 着色器语言 本篇开始学习着色器语言 -- GLSL全称是 Graphics Library Shader Language (图形库着色器语言) GLSL 是一门独立 ...

  2. ArcGIS倾斜摄影无法加载找不到nodes节点

    倾斜摄影无法加载,在fiddler请求中,nodes/root请求失败,如:http://10.0.7.173:6080/arcgis/rest/services/Hosted/xm4490/Scen ...

  3. 运输问题和指派问题—R实现

    运输问题和指派问题 运输问题经常出现在计划货物配送和从某些供给地区到达需求地区之间的服务中,特别是每个供给地区(起点)的货物可获得量是有限的,每个需求地区(目的地)的货物需求量是已知的.运输问题中最常 ...

  4. 图与网络分析—R实现(四)

    三 最短路问题 最短路问题(short-path problem)是图论理论的一个经典问题.寻找最短路径就是在指定网络中两结点间找一条距离最小的路.最短路不仅仅指一般地理意义上的距离最短,还可以引申到 ...

  5. pychearm日常用法

    一 常用快捷键 编辑类:Ctrl + D             复制选定的区域或行Ctrl + Y           删除选定的行Ctrl + Alt + L     代码格式化Ctrl + Al ...

  6. [MySQL]SQL条件语句

    IF语句:IF(expr1, trueResultExpr, falseResultExpr) 若expr1 == TRUE, 则:返回值为 trueResultExpr: 若expr1 == FAL ...

  7. day05 运算符和流程控制

    Day05 逻辑运算符 成员运算符 身份运算符 流程控制(重点) if判断 while循环 标志位的使用 逻辑运算符 and  与 #可以用and链接多个条件,会按照从左到右的顺序依次判断,有一个为F ...

  8. day9:文件相关操作&文件扩展模式&文件相关函数

    文件的操作 # 文件的写入 # 1.打开文件 fp = open("ceshi1.txt",mode="w",encoding="utf-8" ...

  9. Android 为什么事件分发的入口函数是dispatchTouchEvent

    参考:https://xiaozhuanlan.com/topic/8946537021 从触摸屏幕到事件在底层传输最终会到: private int processPointerEvent(Queu ...

  10. Activity中的setContentView(R.layout.xxx)源码分析

    点进去会看到下图: 其中getWindow()是获取到Window类的唯一子类PhoneWindow的对象 找到PhoneWindow的setContentView()方法点进去: 1 @Overri ...