Microservices technology stack and Two pizza rule

What are the best microservices technology stack and Two pizza rule

For enterprise software support and maintaining it and provide maz freedom for stack, microservices are very popular these days. Here we are gonna discuss What exactly amazon two-pizza rule and which language pick to write microservices and along with this we discuss the microservices technology stack along with microservices architecture.

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Top 10 Most Popular Programming Languages (2004/2020)

Microservices Technology Stack Highlights:

1. What is microservices
2. History of microservices
3. Microservices features
4. Who can use microservices
5. What is the best microservices technology stack
6. What is microservices technology stack architecture?
7. Two pizza rule? Why Amazon is using two pizza rules?
8. Conclusion

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1. What is microservices

Microservices also know as microservice architecture. It mainly uses in big enterprise applications.

The main purpose of microservice architecture is highly maintainable and it’s loosely coupled so that it does not affect the entire application when failure.
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2. Microservices features:

1. Write small services for each
2. Easy to maintain big enterprise application
3. Loosely coupled
4. One service failure does not affect the entire application
5. Provide technology stack freedom
6. The best example of agile methodology
7. Easy deployment
8. Reduce the complexity of big or large enterprise application

3. History of microservices

The idea of microservices or microservice architecture (MSA) comes in 2011 And It presented along with case studies in March 2012 by James Lewis. 

Microservices or Mirocsercies architecture MSA implementation approach of service oriented architecture (SOA) uses loosely couped, freedom of individual deployment software application.

Microservices are more popular in DevOps culture.
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4. Who can use microservices

Microservices are good for a mid-size and large-size application so it helps to reduce the complexity.

For example as Amazon application, Amazon is a very big enterprise application with millions of traffic. If there is any failure in services it is easy to maintain.

For this amazon use the two pizza rule mechanism.

Who is using microservices architecture (MSA)?

Big brands like Amazon, Uber, Netflix
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5. What is the best microservices programming language technology stack

Popular programming language like GoLang, Java, Python are very popular on the microservices technology stack

For Java microservices technology stack please refer this Java technology stack

For python microservices technology stack:

Server Side Technology Stack

• Programming Language: Python
• Backend Framework: Django Framework
• Database storage: PostgreSQL Database
• Right Key-value storage: Redis
• Web server: Apache Tomcat
• Hosting provider: Amazon web service (AWS)
• API testing tool: Postman tool

Client-Side Technology Stack

• Frontend Programming Language: HTML, CSS, JavaScript
• Frontend Framework: ReactJS
• Automation Framework: Selenium, Karma (If angular)

For Golang microservices technology stack:

Server Side Technology Stack

• Programming Language: GoLang
• Backend Framework: Revel Framework
• Database storage: MsSQL or PostgreSQL Database
• Right Key-value storage: Redis
• Web server: Apache Tomcat
• Hosting provider: Amazon web service (AWS)
• API testing tool: Postman tool

Client-Side Technology Stack

• Frontend Programming Language: HTML, CSS, JavaScript
• Frontend Framework: ReactJS or Angular any
• Automation Framework: Selenium, Karma
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6. What is microservice architecture (MSA) technology stack ?

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7. Two pizza rules? Why Amazon is using two pizza rules?

Two pizza rule is the very famous rule in microservices and many of organization is currently using it. It starts with Amazon, where each small services divide in a small-small team so they will respond so their services in a separate room this is how two pizza started.

This is how large companies handle and solve their problem and reduce their complexity. 

For Instance: In one room a team of 4-10 people maintains account services and another room another group of teams of 3-5 people manages inventory.
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8. Conclusion:

There is much architecture out there they are also able to handle large enterprise application but this microservice architecture uses population for maintaining an application without complexity.
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