Mule esb architectural styles
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This document discusses different architectural styles and patterns for integration including service-oriented architecture (SOA) and microservices. It describes SOA components like services, service bus, and service repository. It then explains how Mule ESB can be used to componentize microservices with API policies. The benefits are scalability, reusability and service independence while the downside is longer initial development time. Microservices architecture is described as taking a lightweight distributed approach compared to heavyweight monolithic systems, with minimal centralized management. Common integration patterns are also listed.
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IEEE PROJECTS 2016-2017
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Contact:+91-9994232214,+91-7806844441
Email: ieeeprojectchennai@gmail.co
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SOA is a style of architecting applications in such a way that they are composed of discrete software agents that have simple, well defined interfaces and are orchestrated through a loose coupling to perform a required function.
SOA architecture patterns, Matjaž Jurič (FRI/Univerza v Ljubljani)
This document discusses SOA architectural patterns and antipatterns. It begins by defining the objective of SOA patterns as enabling loosely-coupled, standards-based architectures. It then describes several common antipatterns that represent bad practices like tight coupling. The document outlines typical SOA architecture components and then provides examples of specific SOA patterns and antipatterns related to areas like services, processes, integration and governance. It concludes by mentioning the IBM SOMA methodology for service-oriented modeling and architecture.
Soa & Bpel With Web Sphere
The document discusses Service Oriented Architecture (SOA) and the Business Process Execution Language (BPEL). It defines SOA as an architectural style that allows for interoperability and flexibility. BPEL is introduced as an XML-based language used to specify business processes composed of discrete web services. Key concepts covered include the need for SOA to address heterogeneous systems and changing business needs, the role of services, and how BPEL allows the orchestration of services to create composite applications and implement business processes.
Soa & Bpel With Web Sphere
The document discusses Service Oriented Architecture (SOA) and the role of the Business Process Execution Language (BPEL). It defines SOA as an architectural style that allows components to work together through standardized interfaces. BPEL is presented as an XML-based language used to specify business processes composed of discrete web services. BPEL allows the orchestration of services by defining message sequences and processing logic. It bridges the bottom-up exposure of services and the top-down definition of business processes in SOA.
SOA@MODULE-III.pptSOA@MODULE-III.pptSOA@MODULE-III.ppt
The document discusses Service Oriented Architecture (SOA). It defines SOA as a collection of services that communicate with each other. These communication units are called services. Communication can involve simple data passing or coordinating an activity between two or more services. The document also discusses the evolution of SOA including the roles of XML, web services, and how SOA is defined with service requestors, providers, and registries. Key characteristics of SOA are also outlined such as being service-based, specification-based, combinable, reusable, and more. Past architectures like client-server and distributed architectures are also compared to SOA.
Microservice Architecture Software Architecture Microservice Design Pattern
Architecture serves as a blueprint for a system, providing abstraction to manage complexity and coordination among components. It defines a structured solution meeting requirements while optimizing qualities like performance and security. Microservices are small, independent, loosely coupled services written by small teams, deployed independently using APIs. They improve build/deploy speed and scalability over monolithic architectures.
Mule : Building Blocks for Microservices
Various deployment patterns, coexistence patterns and building blocks for microservices , And how PaaS and Containers enable it.
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Harness the potential of Microservices application architecture in your Ruby on Rails projects. Create autonomous services that communicate seamlessly to deliver scalable apps.
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Microservices and DevOps form a powerful alliance for modern software development.Reiterate that microservices and DevOps are not just technology choices; they represent a fundamental shift in the way we build and deliver software. By embracing these approaches, organizations can accelerate innovation and achieve long-term success in today's fast-changing digital landscape.
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Introduction to Service-Oriented Architecture and Enterprise Service Bus.
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SOA
This document discusses service-oriented architecture (SOA). It defines SOA as an architecture based on reusable services that are loosely coupled and provide platform, technology, and language independence. The document outlines SOA principles like standardized service contracts, loose coupling, abstraction, and others. It also discusses SOA implementation steps, the value of SOA for businesses and technologies, and when SOA may not be recommended.
Mule soa
SOA is an approach to developing enterprise systems by loosely coupling interoperable services from separate systems to perform discrete tasks. A crucial aspect of SOA is service orchestration, which is the coordination and arrangement of multiple services to create higher-level business services through message exchange according to a predetermined business logic. Service orchestration works through a central messaging engine like an ESB and enables the automation of business processes by coupling services across different applications. Mule ESB offers flexibility for service orchestration by making it possible to reuse and exchange services and messages of any format within and outside the enterprise.
Microservices with mule
Microservices is an architectural style that structures an application as a collection of small, independently deployable services. It contrasts with monolithic architecture, where the application is structured as a single unit. The document discusses the characteristics of microservices, compares it to monolithic architecture, and explains how MuleSoft's integration platform ESB can be used to implement a microservices architecture by creating each service as an independently deployable application on its CloudHub platform.
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Service oriented architecture characteristics of soa
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The document summarizes a meetup event on logging and exception handling in MuleSoft. The agenda included introductions, discussions on common logging and exception handling best practices in MuleSoft, demonstrations of logging bad practices versus best practices, and a Q&A session. Resources on learning MuleSoft through online courses and instructor-led training were also provided.
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This document summarizes a MuleSoft meetup event on CloudHub architecture and integration deployment patterns. The agenda included an introduction to CloudHub architecture components and different integration deployment models. There was also an open discussion period for Q&A, topics for future meetups, and potential future speakers. The meetup provided an overview of CloudHub architecture, including its runtime manager, platform services, worker cloud, and REST API. It also covered deployment models like on-premise, CloudHub, private cloud, and hybrid deployments. The meetup concluded by providing information on learning more about MuleSoft and certifications.
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Calico architecture
Calico is a network solution composed of several components: Felix agents on each host, orchestrator plugins that integrate Calico into orchestrators like Kubernetes, etcd for consistent data storage, BIRD for distributing routing information between hosts, and an optional BGP route reflector for larger deployments. Felix programs routes and access controls on each host. Orchestrator plugins tightly integrate Calico into platforms like OpenStack and Kubernetes. etcd stores network data and ensures components have an accurate view. BIRD and the route reflector distribute routing information across the data center.
Calico to secure host interfaces
The document discusses how to use Calico to secure the network interfaces of a host, called "host endpoints", in addition to workload endpoints like containers and VMs. Calico supports the same security policy model for host endpoints as it does for workloads. It distinguishes host and workload interfaces by configurable prefix. The steps to enable host endpoint security include installing Calico's Felix daemon, initializing the etcd database, adding basic connectivity policy, and creating host endpoint objects for each interface in etcd.
Calico and how interprets neutron api
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Calico with open stack and chef
This document provides instructions for installing OpenStack with Calico network integration using Chef. It describes using Chef to install a single control node and at least two compute nodes connected in a BGP mesh. The instructions require at least four Ubuntu 14.04 servers, one for the control node, two for compute nodes, and one as the Chef bootstrap server. The document outlines preparing the OpenStack nodes, setting up Chef, bootstrapping the nodes with Chef roles, and running chef-client on each node to configure the BGP mesh.
Calico with open stack
Calico provides networking and security for containers and VMs across cloud platforms like OpenStack and Docker. It integrates with OpenStack through components like the Calico Neutron driver, Etcd database, Felix agent, and BIRD routing daemon. These allow Calico to implement OpenStack network operations and security policies by reading workload information from Etcd and configuring connectivity and rules. Calico's integration architecture is designed to scale independently of OpenStack.
Calico with docker
Calico implements a Docker network plugin that provides routing and network policy for Docker containers. It uses profiles to represent each Docker network and apply access policies. Security can be implemented using Calico profiles alone or in conjunction with labels and global policy. When using labels, the --use-docker-networking-container-labels flag must be set. Calico also supports IP address management (IPAM) by using Docker subnets that match existing Calico IP pools.
Object Store in Mule
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MuleSoft Offers a Data Migration Solution
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Mule esb architectural styles
- 1. MULE ESB: Architectural Styles & Patterns
- 2. Architectural styles Service oriented architecture (SOA) An architectural style that supports service-orientation. Service- orientation is a way of thinking in terms of services and service-based development and the outcomes of services. 2
- 4. Integration Style – MULE ESB 4 Componentize micro services with API policies Pro: • Scalability • Reusability • Promotes services Independence Con: • Longer time-to-value but even bigger ROI
- 5. Architectural styles Microservices Evolved from SOA, but takes a different approach to service design and management Lightweight, distributed model, rather than heavyweight, monolithic model -Often minimal or lightweight management tools 5
- 6. Microservices Based on the concept of lightweight, self contained services Services represent business capabilities Communicating with lightweight mechanisms -Often an HTTP resource API Independently deployable by fully automated deployment machinery Often just a bare minimum of centralized management of these services Lightweight, distributed model, rather than heavyweight, monolithic model Often minimal or lightweight management tools 6
- 7. Advantages Gives developers the freedom to independently develop and deploy services in small teams Code for different services could be in different languages and frameworks Easy integration and automatic deployment Easy to understand and modify for developers, thus can help a new team member become productive quickly The developers can make use of the latest technologies The code is organized around business capabilities 7
- 8. Integration Patterns Existing integration solutions are often modeled after either business processes/functionalities or data flows – A combination of both is not common and could be difficult to design and implement Most integration solutions’ architecture can be deducted into just a few common patterns – Migration – Broadcast – Aggregation – Bi-directional synchronization – Correlation 8
- 9. End
- 10. End