NoSQL Technology

NoSQL Muqorrobien MF robin@nosql.asia

What is NoSQL?

What is NoSQL? Key-value pair, non-relational, and schema-less data storage engine.

Why use NoSQL

Why use NoSQL Easy to scale.

Why use NoSQL Easy to scale. Lightweight.

Why use NoSQL Easy to scale. Lightweight. Robust with high-performance data storage engine.

Why use NoSQL Easy to scale. Lightweight. Robust with high-performance data storage engine. Anti SQL Injection.

Why use NoSQL Easy to scale. Lightweight. Robust with high-performance data storage engine. Anti SQL Injection. Scalability by design.

3 NoSQL Myths

1. Hard to understand

1. Hard to understand SQL Mindset

2. Hard to handle relation

2. Hard to handle relation One to one relation.

2. Hard to handle relation One to one relation. One to many relation.

2. Hard to handle relation One to one relation. One to many relation. Many to many relation.

3. NoSQL = NoTransaction

3. NoSQL = NoTransaction NoSQL = NoTransaction

3. NoSQL = NoTransaction

3. NoSQL = NoTransaction GT.M

3. NoSQL = NoTransaction GT.M Is a NoSQL Database that provide extreme transaction.

3. NoSQL = NoTransaction GT.M World’s largest core banking system!

3. NoSQL = NoTransaction http://ﬁs-gtm.com

Most Marketplace problems

Most Marketplace problems Polymorphism Items

Most Marketplace problems Search engine performance

What is MongoDB?

What is MongoDB? Is a scalable, high-performance, open source, document-oriented persistent storage engine, where bridges the gap between key-value stores and traditional RDBMS systems.

Why MongoDB?

Why MongoDB? Robust as key-value database Fast as Memcached but rich and deep functionality as RDBMS.

Scalability & Performance Why MongoDB? Depth of Functionality

Scalability & Performance Why MongoDB? Memcached Depth of Functionality

Scalability & Performance Why MongoDB? Memcached RDBMS Depth of Functionality

Scalability & Performance Why MongoDB? Memcached Key-value stores RDBMS Depth of Functionality

Scalability & Performance Why MongoDB? Memcached Key-value MongoDB stores RDBMS Depth of Functionality

Why MongoDB?

Why MongoDB? Easy to maintain and scale

Why MongoDB?

Why MongoDB? Support map-reduce functionality

Why MongoDB?

Why MongoDB? MAP()

Why MongoDB? MAP() REDUCE()

Why MongoDB? result = reduce(map(distributed_data))

Why MongoDB?

Why MongoDB? Faster development progress

Why MongoDB? http://github.com/mongodb/

Implementation

Object Relational Mapping (ORM)

Object Relational Mapping (ORM) Python:

Object Relational Mapping (ORM) Python: FMA (Full Mongo Alchemist) http://github.com/anvie/fullmongoalchemist

Object Relational Mapping (ORM) Python: FMA (Full Mongo Alchemist) http://github.com/anvie/fullmongoalchemist Mongo Engine http://mongoengine.org

FINISH

Reference: •http://www.mongodb.org •http://www.github.com •http://www.ansav.com •http://www.nosql.asia

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NoSQL Technology

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