- #DOWNLOAD MONGODB HOMEBREW VERSUS TARBALL HOW TO#
- #DOWNLOAD MONGODB HOMEBREW VERSUS TARBALL INSTALL#
- #DOWNLOAD MONGODB HOMEBREW VERSUS TARBALL SOFTWARE#
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Zonecfg:mongodb-node3:capped-memory> set physical=14g Zonecfg:mongodb-node3:net> set physical=mongodb_node3 Zonecfg:mongodb-node3:fs> set special=/usr/local Zonecfg:mongodb-node3:fs> set dir=/usr/local Zonecfg:mongodb-node3> set zonepath=/zones/mongodb-node3 Zonecfg:mongodb-node3> set limitpriv="default,sys_time"
Use 'create' to begin configuring a new zone.Ĭreate: Using system default template 'SYSdefault' The cluster configuration will share the MongoDB directory structure across the zones as a read-only file system. On the global zone, create the /usr/local directory if it doesn't exist.No versions are available for SPARC-based systems. Note: Only versions for Oracle Solaris on x86-based systems are available. For this article, I used the MongoDB Oracle Solaris 64-bit 2.4.1 release.
#DOWNLOAD MONGODB HOMEBREW VERSUS TARBALL DOWNLOAD#
To get a MongoDB distribution, download a recent stable release from the MongoDB download site. #DOWNLOAD MONGODB HOMEBREW VERSUS TARBALL INSTALL#
Architecture Download and Install MongoDBįor this article, I used Oracle Solaris 11.1, which you can download here. Figure 1 shows the architecture:įigure 1. In the example presented in this article, all the MongoDB cluster building blocks will be installed using the Oracle Solaris Zones, Service Management Facility, ZFS, and network virtualization technologies.
ZFS built-in compression provides optimized disk I/O utilization for better I/O performance. DTrace provides a holistic performance overview of the operating system and allows deep performance analysis through cooperation with the built-in MongoDB tools. 
You can discover performance issues in minutes versus days by using DTrace, which provides increased operating system observability. #DOWNLOAD MONGODB HOMEBREW VERSUS TARBALL SOFTWARE#
In case there is a user error or software error, the Service Management Facility ensures the high availability of each cluster member and ensures that MongoDB replication failover will occur only as a last resort. Using Oracle Solaris Zones, you can easily scale out your MongoDB cluster. You can add new MongoDB hosts to the cluster in minutes instead of hours using the zone cloning feature. The following are benefits of using Oracle Solaris for a MongoDB cluster: In addition, MongoDB supports master-slave replication using a replication set, and it also provides horizontal scalability with the sharding feature, which enables you to distribute the data (based on a shard key) on multiple MongoDB servers. This enables rapid development since the database schemas can be modified quickly as applications evolve without the need to shut down the database. MongoDB is a NoSQL open source document-oriented database that stores structured data as JavaScript Object Notation (JSON)–like documents with dynamic schemas. As a prerequisite, you should have a basic understanding of Oracle Solaris Zones and networking administration. This article starts with a brief overview of MongoDB and follows with an example of setting up a three-node MongoDB cluster on an x86-based system. Use DTrace for Better Operating System Observability. Configure the Service Management Facility. Edit the ZFS Memory Consumption Configuration. #DOWNLOAD MONGODB HOMEBREW VERSUS TARBALL HOW TO#
How to set up a MongoDB NoSQL cluster on an x86-based system using Oracle Solaris Zones and the Oracle Solaris 11 Service Management Facility and DTrace analysis tool.
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