Activemq installation and master slave setup using shared broker data
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This document discusses how to set up an Apache ActiveMQ master-slave topology using a shared broker data directory. It provides instructions for installing ActiveMQ on two machines, configuring the brokers, and starting them in a way that the slave will take over if the master fails. The master and slave brokers are configured to share a data directory so they can maintain the same state across the cluster.
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Creating your own AtoM demo data set for re-use with Vagrant
Creating your own AtoM demo data set for re-use with Vagrant
DCHQ Cloud Application Platform | Linux Containers | Docker PaaS
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Developing Realtime Data Pipelines With Apache Kafka
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Mule Requester Usage Demo
This document discusses using MuleSoft's requester component to pull messages from ActiveMQ on demand. It provides an overview of MuleSoft and the requester component. The prerequisites for the example are outlined, including downloading and installing the requester module. The document then describes creating a Mule project with an ActiveMQ connector and endpoint. It explains creating two flows - one to send a message to ActiveMQ and another to receive the message using the requester. Sample XML code is provided and steps to run and test the application are described.
Mule Integration with Dropbox
This document provides an overview of integrating MuleSoft with Dropbox using the Mule Dropbox connector. It describes setting up a Dropbox developer account and creating an app to get API keys. Steps are outlined for installing the Dropbox connector in Anypoint Studio and creating a Mule flow to perform authorization and create a folder in Dropbox. The flow uses the Dropbox connector endpoints to authorize and make API calls to create a folder, with the folder name passed as a query parameter. Running the application triggers the flow, which authorizes with Dropbox and creates the new folder, demonstrating successful integration between Mule and Dropbox.
Mule ESB integration with Stripe
MuleSoft is an ESB technology that can integrate on-premise and cloud applications using Stripe, an online payment provider. The Mule Stripe Connector allows developers to interact with Stripe's API to accept payments, create invoices, and manage customers and coupons. To use the connector, developers need a Stripe developer account, Stripe API keys, and to install the Mule Stripe connector. They can then build Mule flows to trigger Stripe actions like creating a customer or coupon through HTTP requests.
Mule integration with Servicenow
This document provides an overview of integrating the ServiceNow platform with MuleSoft applications using the MuleSoft ServiceNow connector. It describes how to set up ServiceNow developer and instance accounts, install the ServiceNow connector in Anypoint Studio, create a Mule application flow to create requests in ServiceNow, and test the integration by calling the application and verifying requests are successfully created. The key steps are: 1) setting up ServiceNow accounts, 2) installing the ServiceNow connector, 3) creating a Mule flow with HTTP and ServiceNow endpoints, and 4) running the application to test request creation in ServiceNow.
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This document discusses how to create a custom connector in MuleSoft to consume a REST API. It provides steps to install the Mule DevKit plugin in AnyPoint Studio, create an AnyPoint connector project, modify the template Java class to call the Weather API, build and install the connector, create a sample Mule project and flow using the custom connector, and test the application by calling the REST endpoint. The goal is to demonstrate how to develop a custom connector in MuleSoft to integrate with any underlying system exposed through an API.
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This document discusses how to integrate Atlassian JIRA with MuleSoft applications using the Mule JIRA connector. It provides an overview of JIRA and MuleSoft, prerequisites for integration, steps for installing JIRA locally and configuring the API, how to install and configure the Mule JIRA connector, and an example flow for creating a new project and issue in JIRA. The benefits of integration include seamless background integration, event notifications, automatic issue ticket creation, and bi-directional data exchange without manual intervention.
MMC control for failing flows consistently
1) The Mule Management Console (MMC) is a tool for deploying and monitoring Mule applications and flows.
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3) The document proposes a solution using Java code to calculate failure ratios, Spring to call this code periodically, and JMX to expose the ratio as a bean monitored by MMC alerts. This allows alerts based on consistent flow failures rather than each individual exception.
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This document discusses two ways to integrate with Salesforce using Mule ESB: 1) Using the Salesforce connector provided by Mule, which allows performing operations like create, update, and delete but may be missing some required parameters; 2) Integrating directly with Salesforce using Java code, which involves setting up the connection, preparing a request, executing the required method, and processing the response.
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Activemq installation and master slave setup using shared broker data
- 2. Overview: Apache ActiveMQ is the most popular and powerful open source messaging and Integration Patterns server. Apache ActiveMQ is fast, supports many Cross Language Clients. Using this we can enable to message throttling, redelivery, delay of messages. In this Presentation will going to see, how to setup ActiveMQ as Master Slave topology using Shared broker Data.
- 3. Download the ActiveMQ installer from here http://activemq.apache.org/activemq-5100-release.html Extract the downloaded installer (apache-activemq-5.10.0.zip) to C:apache-activemq-5.10.0_Master. Extract the downloaded installer (apache-activemq-5.10.0.zip) to C:apache-activemq-5.10.0_Slave. Open the activemq.xml available under slave broker (C:apache-activemq- 5.10.0_Slaveconf). Change the port numbers for "openwire" and "amqp" and remove the other transport connectors as those are not required(This is to avoid conflict between master and slave brokers)
- 4. Open the jetty.xml available under (C:apache-activemq- 5.10.0_Slaveconf) and change the web console port value to 8162 (As Master broker web console port will have default 8161).
- 5. Now both activemq instances are ready to run independently. Its time to set up the master slave topology using shared broker data. Create a new folder c:apache_activemq_shared_broker. Open the activemq.xml available under master broker (C:apache_activemq-5.10.0_Masterconf) and do the below things a) Add the below highlighted tag "persistenceAdapter" and point to the above created folder (C:apache_activemq_shared_broker). b) Modify the tag "dataDirectory" available at root "broker" tag by pointing to the shared broker directory c:apache_activemq_shared_broker. c) Add the new element schedulerSupport="true" in the root "broker" tag.
- 6. After all the above changes, activemq.xml file will look like below
- 7. Address the same above changes in Salve broker activemq.xml file available at (C:apache-activemq-5.10.0_Slaveconf). Now start the Master active broker by running the activemq.bat available at (C:apache-activemq-5.10.0_MasterbinWin64). Here Win64 depends on windows version you’re using. If you’re using 32 bit run active.bat available under Win32 instead of Win64.
- 8. Now start the Slave activemq broker by running the activemq.bat available at (C:apache-activemq-5.10.0_SlavebinWIN64). You can observe that slave broker is waiting for the lock and it’s trying to check for every 10 seconds about lock availability. Now if the master broker becomes unavailable, Slave broker will get the lock and becomes Master. Once unavailable broker has been started then it will join the topology and acts like slave broker.
- 9. THANKS YOU By Ramakrishna Narkedamilli