Connect Cassandra using DBeaver

DBearver:
Download enterpriese DBearver .its free (dbeaver-ee-3.7.4-x86_64-setup) http://dbeaver.jkiss.org/download/enterprise/
cassandra-jdbc-driver:
http://www.dbschema.com/cassandra-jdbc-driver.html
Step-1: Select Database->Driver Manager
Step-2:Select New
Step-3:
Driver Information :
Driver Name:                  User Friendly Name
Driver Type:                    Generic
Java Driver Class:           com.dbschema.CassandraJdbcDriver
URL:                                    jdbc:cassandra://{host}[:{port}]/{database}
Required File(s):            cassandra-driver.jar
Default Port:                   9042
Library File:                      cassandrajdbc1.1
Step-4: Get the class jar file cassandrajdbc1.1
Step-5: select Find Class
Step-6: Apply Ok
Step-7: New Database connection
Step-8: Select Database Type
Step-9: Put the database connection information
Step-10: put the ssh tunnel information

Comments

Gururaj said…
Thanks this helped
12:03 PM
Unknown said…
Nice shoot!
2:17 AM
Post a Comment

Popular posts from this blog

LTE-Architecture Overview

Image
  Today, LTE is on the tip of everyone’s tongues. It’s the up and coming, lighting fast data network we’ve been waiting for. When discussing LTE, however, there are many technical terms and many complexities. To help you better understand, an LTE architecture overview of the LTE network is helpful. Let’s break it down. LTE contains many components that make it different than General Packet Radio Service (GPRS), High Speed Packet Access) HSPA and any other wireless network for that matter. First of all, radio access for LTE is called Evolved UMTS Terrestrial Radio Access Network (E-UTRAN), and is poised to substantially improve end-user through-puts, sector capacity and reduce user plane latency, bringing significantly improved user experience with full mobility. System Architecture Evolution (SAE) is the core network architecture of 3GPP’s LTE wireless communication standard. SAE is the evolution of the GPRS Core Network. And, unlike HSPA, LTE has a new packet core, kn
Read more

SIP-TIMERS “Timing is everything”

Image
      There are several aspects of SIP that ensure that messages are delivered on time. Three basic SIP timer parameters – T1, Timer B, and Timer F.  T1 is the estimated round trip time of an IP packet.  By default, T1 is set to 500 milliseconds which for many networks can be a little on the high side.   However, the SIP standard allows you to ignore the default and set it to something that better matches your network characteristics. The second SIP timer parameter is Timer B.  Timer B is the maximum amount of time that a sender will wait for an INVITE message to be acknowledged — i.e. a SIP response message is received. Timer F is the maximum amount of time that a sender will wait for a non-INVITE message to be acknowledged.  SIP messages such as REFER, INFO, MESSAGE, BYE, and CANCEL fall into this category. The way that Timer B and Timer F function is pretty straightforward.   Both timers default to 64 times T1.  If you take the T1 default of 500ms, Timer B and Time
Read more