About

ActiveMQ is one of the most powerful and prevailing messaging and Integration Patterns server. Apache ActiveMQ is quick, supports numerous Cross Language Clients and Protocols, comes along with easy to use Enterprise Integration Patterns and many more advanced features whilst supporting JMS 1.1 and J2EE 1.4.

Apache ActiveMQ available on GCP allows to foster the communication from more than just one client or which is known as Enterprise Feature. The communication is managed with components like computer clustering & ability to use any database as a JMS persistence provider besides cache, virtual memory, and journal persistency.

Miri Infotech, a leading IT Solutions Provider is launching a product which will configure and publish ActiveMQ, messaging server written in PHP for the MySQL database which is embedded pre-configured tool with LAMP and ready-to-launch VM on GCP that contains Apache, MySQL, Linux, PHP (LAMP).

In simple words, ActiveMQ, is designed for the purpose of sending messages amongst two applications, or two components inside one application. Numerous modes of high-availability are engaged that include both file-system and database row-level locking mechanisms. In an enterprise, it supports relatively larger number of transport procedures, including OpenWire, AMQP, STOMP, REST, MQTT, and WebSockets and is celebrated for its flexibility in configuration as well.

Why use the ActiveMQ services from Miri?

Consistent between platforms
Secure
Up-to-date

Some features of ActiveMQ are:

Supports the Enterprise Integration Patterns both in the JMS client as well as the Message Broker
Fully supports JMS 1.1 and J2EE 1.4 with transient, persistent, transactional and XA messaging
Fully supports pluggable transport protocols like in-VM, c SSL, UDP, multicast, NIO, JGroups, NIO, and JXTA transports
Supports a range of Cross Language Clients as well as Protocols from Java, C, C++, C#, Ruby, Perl, Python, PHP
CXF and Active Support so that ActiveMQ can be effortlessly dropped into either of these web service stacks to offer reliable messaging
Supports advanced features like Virtual Destinations, Message Groups, Wildcards and Composite Destinations
REST API to deliver technology agnostic and language neutral web centered API to messaging

Usage/Deployment Instructions

1. Access the ACTIVEMQ on Google Marketplace and click the LAUNCH ON COMPUTE ENGINE button.

2. In the Configure & Deploy window, enter or select appropriate values for zone, machine type, and so on. Click the Deploy button.

3. The Google Developers Console confirms that ACTIVEMQ was deployed

Step 1: Make a firewall rule with tag activemq at port 8161.

Step 2: Do SSH into your vm and execute following commands as follows,

Become root user: -

$sudo su

Change directory to opt/activemq/

$cd /opt/activemq/

Reload systemd with the following command:

$systemctl demon-reload

Start ActiveMQ service and enable it to start on boot with the following command:

$systemctl start activemq

$systemctl enable activemq

Step 3: You can check ActiveMQ process with the following command:

$ps aux | grep activemq

Step 4: You can also check ActiveMQ default port and admin port with the following command:

$netstat -naptu | grep 61616

Step 5: Now to access the application on browser at http://<instance ip address>:8161/admin replace <instance ip address> with the actual IP address of the running instance.

A Sign in dialog box pop ups,

Username as: admin

Password as: admin

Step 6:

All your queries are important to us. Please feel free to connect.

24X7 support provided for all the customers.

We are happy to help you.

Submit your Query: http://www.miritech.com/ContactUs.aspx

Contact Numbers:

(510) 298-5936
(510) 870-8668

Contact E-mail:

support@miritech.com

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You can subscribe to this product from GCP Marketplace and launch an instance from the product's image using the GCP compute service.

Go to the VM instances page.
Select your project and click Continue.
Click the Create instance button.
Specify a Name for your instance.
Optionally, change the Zone for this instance.

Note: The list of zones is randomized within each region to encourage use across multiple zones.

Select a Machine configuration for your instance.
In the Boot disk section, click Change to configure your boot disk.

Create a boot disk no larger than 2 TB to account for the limitations of MBR partitions.

Select the Custom Images tab.
Select the image project from the dropdown.
Choose the image you want and click the Select button.
To permit HTTP or HTTPS traffic to the VM instance, select Allow HTTP traffic or Allow HTTPS traffic.

The GCP Console adds a network tag to your instance and creates the corresponding ingress firewall rule that allows all incoming traffic on tcp:80 (HTTP) or tcp:443 (HTTPS). The network tag associates the firewall rule with the instance. For more information, see Firewall Rules Overview in the Virtual Private Cloud documentation.

To add secondary non-boot disks to your VM instance:
1. Click Management, security, disks, networking, sole tenancy.
2. Select the Disks tab.
3. Under Additional disks click Add new disk.
4. Specify a disk Name, Type, Source type, Mode, and Deletion rule.
5. Click Done.
6. Add additional disks as needed.
Click the Create button to create and start the instance.

1What are the recommended DBMS settings (configuration variables, private caches, buffer pools, etc)?

These things vary on the sizing/number of the application transactions and/or hardware considerations for the database. For more details on this you need to request for Database Planning with our support team.
2What is big data security analytics?

Add the words “information security” (or “cybersecurity” if you like) before the term “data sets” in the definition above. Security and IT operations tools spit out an avalanche of data like logs, events, packets, flow data, asset data, configuration data, and assortment of other things on a daily basis. Security professionals need to be able to access and analyze this data in real-time in order to mitigate risk, detect incidents, and respond to breaches. These tasks have come to the point where they are “difficult to process using on-hand data management tools or traditional (security) data processing applications.”
3Is it similar to a Database Trigger?

In a rough sense, it is similar to the Post-Triggers of the database world. But with functions, the action is already completed at the data-layer, and the event handler just gives an interface by which developers can key in the logic of what needs to happen ‘after’ the action is done. What a function sees is the actual event of the change, and hence it does not directly correlate with Database Triggers.
4What is database normalization?

It is a process of analyzing the given relation schemas based on their functional dependencies and primary keys to achieve the following desirable properties:

1) Minimizing Redundancy
2) Minimizing the Insertion, Deletion, And Update Anomalies
Relation schemas that do not meet the properties are decomposed into smaller relation schemas that could meet desirable properties.
5What are the popular machine learning algorithms in use today?
There are many machine learning algorithms in use today, but the most popular ones are:
- Decision Trees
- Naive Bayes Classification
- Ordinary Least Squares Regression
- Logistic Regression
- Support vector machines
- Ensemble Methods
- Clustering Algorithms
- Principal Component Analysis
- Singular Value Decomposition
- Independent Component Analysis

activemq

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Submit Your Request

1What are the recommended DBMS settings (configuration variables, private caches, buffer pools, etc)?

2What is big data security analytics?

3Is it similar to a Database Trigger?

4What is database normalization?

5What are the popular machine learning algorithms in use today?

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