Difference Between JSON vs BSON
BSON, on the other hand, is a computer interchange format which is mainly used for data storage and as a network transfer format in the MongoDB database. It is a simple binary form which is used to represent data structures and associative arrays (often called documents or objects in MongoDB). BSON stands for binary JSON which consist a list of ordered elements containing a field name, type, and a value. Field name types are typically a string.
The BSON type supports the dates and binary data and because of its nature, this is not in a readable form whereas normal JSON files consist of a key-value pair. It is not a mandate that the BSON files are always smaller than JSON files but it surely skips the records which are irrelevant while in case of JSON you need to parse each byte. This is the main reason for using it inside MongoDB.
The BSON type format is lightweight, highly traversable and fast in nature. BSON implementation is used for supporting embedding objects and arrays within other objects. Inside BSON objects indexes can be built and the objects are matched against query expressions on the top level and BSON keys. BSON is that binary encoding JSON document which is used to store documents in collections. Support for data types like binary and date which aren’t supported in JSON are added into BSON.
In practicality, much information about BSON is not needed. Using only the native types of the language and the supplied types such as the ObjectID of the driver is needed and the mapping will be done on its own to the BSON type.
Head to Head Comparison between JSON vs BSON (Infographics)
Below is the top 10 difference between JSON vs BSON :
Key Differences between JSON vs BSON
Both BSON vs JSON are popular choices in the market; let us discuss some of the major Difference Between JSON vs BSON :
BSON is a serialization format encoding format for JSON mainly used for storing and accessing the documents whereas JSON is a human-readable standard file format mainly used for transmission of data in the form of key-value attribute pairs.
BSON is designed such that it consumes less space, but it is not extremely efficient than JSON. BSON in fact in some cases uses more space than JSON. The reason for this is traversability which means that BSON adds some additional information to documents like string length and sub-objects which in turn makes the traversing faster.
BSON is also designed in a way that it has a comparatively faster encoding and decoding technique. For example, all those integers stored as 32-bit integers so that they are not parsed with them to and from the text. Therefore it makes use of more space as compared to JSON for smaller integers but BSON is anyway much faster to parse.
In addition to the above-mentioned points, BSON makes use of additional data types such as BinData and Date data types which are unavailable in JSON.BSON extends JSON type model in order to provide additional data types for more efficient encoding and decoding within different languages whereas in case of JSON no such provision is provided. It facilitates data interchange and along with XML which is particularly the main format. All the basic data types which you can think of is supported by JSON such as numbers, strings, and other Boolean values. It also supports the data types such as hashes and arrays. The JSON type format is utilized by the BSON to store the data in the form of documents exactly in the way the data is stored in the form of rows and columns in a relational database.
JSON vs BSON Comparison Table
Below is the topmost Comparison between JSON vs BSON :
|The basis Of Comparison Between JSON vs BSON||
|Type||Standard file format||Binary file format|
|Speed||Comparatively less fast||Faster|
|Space||Consumes comparatively less space.||More space is consumed.|
|Usage||Transmission of data.||Storage of data.|
|Encoding and Decoding technique||No such technique.||Faster encoding and decoding technique.|
|Characteristics||Key value pair only used for transmission of data.||Lightweight, fast and traversable.|
|Structure||Language independent format used for asynchronous server browser communication.||Binary JSON which consist of a list of ordered elements containing a field name, type, and a value. Field name types are typically a string.|
|Traversal||JSON doesn’t skip rather skims through all the content.||BSON on the other hand just indexes on the relevant content and skips all the content which does not have to be in use.|
|Parse||JSON formats need not be parsed as they are in a human readable format already.||BSON, on the other hand, needs to be parsed as they are easy for machines to parse and generate.|
|Creation type||Broadly JSON consists of object and array where the object is a collection of key-value pairs and the array is ordered list of values.||The binary encoding technique consists of additional information such as lengths of strings and the object subtypes. Moreover, BinData and Date data types are the data types which are not supported in JSON.|
Conclusion – JSON vs BSON
BSON is not used with every application and mainly extends its usage to NoSQL databases such as MongoDB. Due to its growing popularity, it can find its use in many other applications in months to come. JSON, on the other hand, is widely used by many organizations and is among the most popular format being used today in the majority of the files. JSON has its own limitations and advantages and the same is the case for BSON. Choose what suits your organization. Stay tuned to our blogs for more articles like these.
This has been a guide to the top difference between JSON vs BSON. Here we also discuss the BSON vs JSON key differences with infographics, and comparison table. You may also have a look at the following articles to learn more