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This feature allows any number of SIPp instances to communicate with each other, each one of them being connected to a remote host.The SIPp instance which initiates the call is launched in "master" mode. Slave SIPp instances have names, given in the command line (for example, s1, s2...s N for the slaves and m for the master) Correspondances between instances names and their addresses must be stored in a file (provided by -slave_cfg command line argument), in the following format: Will send a command to the "s1" peer instance, which can be either master or slave, depending on the command line argument, which must be consistent with the scenario: a slave instance cannot have a send Cmd action before having any recv Cmd.Yes, there are scenarios that are embedded in SIPp executable.While you can create your own custom SIP scenarios (see how to create your own XML scenarios), a few basic (yet useful) scenarios are available in SIPp executable.Therefore, the log files names will contain another PID than the actual sipp instance PID. This allows to catch several cases in the same receive command. With GSL, normal, exponential, gamma, lambda, lognormal, negbin, (negative binomial), pareto, and weibull are available.Depending on the distribution you select, you must also supply distribution specific parameters.
Scenario file: ooc_(original XML file) When a SIPp UAC receives an out-of-call request, it instantiates an out-of-call scenario.In order to keep SIPp simple (remember, it's a test tool! Which is an issue in 3PCC call flows, like call flow I (SIPp being a controller): Scenario file: 3(original XML file) Scenario file: 3(original XML file) Scenario file: 3(original XML file) Scenario file: 3(original XML file) The 3PCC feature in SIPp allows to have two SIPp instances launched and synchronised together.If we take the example of call flow I, one SIPp instance will take care of the dialog with remote A (this instance is called 3PCC-C-A for 3PCC-Controller-A-Side) and another SIPp instance will take care of the dialog with remote B (this instance is called 3PCC-C-B for 3PCC-Controller-B-Side).SIPp will stop placing new calls and wait until all current calls go to their end. Current calls will be terminated by sending a BYE or CANCEL message (depending if the calls have been established or not).The same behaviour is obtained by pressing 'q' twice. It starts to listen to port 8888 and each following SIPp instance (up to 60) will listen to base_port 1 (8889, 8890, ...).Example: the following drawing illustrate the entire procedure.The arrows that are shown between SIPp master and slaves depict only the synchronization commands exchanged between the different SIPp instances. In command mode, you can type a single line command that instructs SIPp to take some action.So you can be confident that all mentioned features will work :) SIPp allows to generate one or many SIP calls to one remote system. In this example, two SIPp are started in front of each other to demonstrate SIPp capabilities.Run sipp with embedded server (uas) scenario: Integrated scenarios?It is then possible to control SIPp like this: You could also have a small shell script to automate a serie of action. There are many common attributes used for flow control and statistics, that can be used for all of the message commands (i.e., You can put a "next" in any command element to go to another part of the script when you are done with sending the message. In case of an optional message and if the message is actually received, it is not seen as a unexpected message.For example, this script will increase the call rate by 10 more new calls/s every 5 seconds, wait at this call rate for one minute and exit SIPp: command line option). For optional receives, the next is only taken if that message was received. You can put a "test" next to a "next" attribute to indicate that you only want to branch to the label specified with "next" if the variable specified in "test" is set (through regexp for example). When an unexpected message is received, Sipp looks if this message matches an optional message defined in the previous step of the scenario.