Developing with MongoDB

Introduction to MongoDB 5 lectures 45:26 The Course Overview This video provides an overview of the entire course. How Is MongoDB Different from Relational(SQL) Databases? The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation Overview of the MongoDB Document Model "BSON" One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON Overview of MongoDB Replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Overview of MongoDB Sharding MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design Introduction to MongoDB 5 lectures 45:26 The Course Overview This video provides an overview of the entire course. How Is MongoDB Different from Relational(SQL) Databases? The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation Overview of the MongoDB Document Model "BSON" One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON Overview of MongoDB Replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Overview of MongoDB Sharding MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design The Course Overview This video provides an overview of the entire course. The Course Overview This video provides an overview of the entire course. The Course Overview This video provides an overview of the entire course. The Course Overview This video provides an overview of the entire course. This video provides an overview of the entire course. This video provides an overview of the entire course. How Is MongoDB Different from Relational(SQL) Databases? The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation How Is MongoDB Different from Relational(SQL) Databases? The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation How Is MongoDB Different from Relational(SQL) Databases? The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation How Is MongoDB Different from Relational(SQL) Databases? The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation The viewer is probably familiar with SQL databases such as Postgres or MySQL and is interested in MongoDB. This video will position MongoDB versus relational (SQL) databases, with a special take on the why of the differences. • Define some MongoDB terminology (tables versus collections, rows versus documents) • Show how design for horizontal scaling drives MongoDB's architecture • Show how MongoDB's document model still allows rich data representation Overview of the MongoDB Document Model "BSON" One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON Overview of the MongoDB Document Model "BSON" One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON Overview of the MongoDB Document Model "BSON" One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON Overview of the MongoDB Document Model "BSON" One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON One of the biggest differences between MongoDB and SQL databases is the use of BSON documents to store data. This video shows how BSON documents are structured to contain complex data. • Show how BSON and JSON evolved over time • Show how BSON documents can store complex data • Warn viewers of the performance pitfalls of BSON Overview of MongoDB Replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Overview of MongoDB Replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Overview of MongoDB Replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Overview of MongoDB Replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Replication is the core method to achieve durability in MongoDB. Developers need to understand why replication is important and the basics of how it works. • Show how replication provides better durability than journaling • Explain MongoDB's replica set model for replication • Show how developers can scale reads via replication Overview of MongoDB Sharding MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design Overview of MongoDB Sharding MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design Overview of MongoDB Sharding MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design Overview of MongoDB Sharding MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design MongoDB clusters scale best by sharding (partitioning) data across many servers. Developers need to know the basics of how this works and how it affects their application design. • Show how partitioning is better than replication for scaling • Show the different parts of a sharded MongoDB cluster • Show how shard keys affect application design Getting Comfortable with the Shell 4 lectures 34:46 Launching the Shell To start using MongoDB, you must be able to connect to a database server using the "mongo" command-line shell and perform basic operations. • Launch the shell to connect to local and remote servers • Inspect the databases and collections on the server • Perform simple operations on collections using the shell Performing Queries in the Shell How can you query the database using the shell? • Demonstrate a simple query by example • Demonstrate the MongoDB query language • Show how to use projection and sorting in queries Modifying Data The student should be able to write simple data to the database as well as query. • Demonstrate insert and remove • Demonstrate update and replace, and explain the difference • Demonstrate the findAndModify command for atomic read-modify-write Using Indexes The student should be able to use the shell to create and drop various index types. • Show how to get the existing indexes for a collection • Show how to create basic and compound indexes • Demonstrate the use of special index types Getting Comfortable with the Shell eds to know how to manage cursors through large data sets in pymongo. • Demonstrate basic cursor iteration • Show how to use skip and limit • Demonstrate sorting The student needs to know how to...