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|
# $Id$
import time
import imp
import sys
import inc_param as param
import inc_const as const
# Load configuration
cfg_file = imp.load_source("cfg_file", sys.argv[2])
# Test title
title = cfg_file.config.title
port1 = "9060"
# First pjsua
p1 = param.Pjsua(
"callee",
args = cfg_file.config.callee_cfg.arg + " --local-port="+port1,
echo = cfg_file.config.callee_cfg.echo_enabled,
trace = cfg_file.config.callee_cfg.trace_enabled
)
# Second pjsua, make call to the first one
p2 = param.Pjsua(
"caller",
args = cfg_file.config.caller_cfg.arg + " --local-port=0",
echo = cfg_file.config.caller_cfg.echo_enabled,
trace = cfg_file.config.caller_cfg.trace_enabled
)
# Test body function
def test_func(t):
callee = t.process[0]
caller = t.process[1]
# Caller making call
caller.send("m")
caller.send("sip:localhost:" + port1)
caller.expect(const.STATE_CALLING)
# Callee answers with 200/OK
time.sleep(1)
callee.expect(const.EVENT_INCOMING_CALL)
callee.send("a")
callee.send("200")
# Wait until call is connected in both endpoints
time.sleep(1)
if callee.expect(const.STATE_CONFIRMED, False)==None:
raise TestError("Call failed")
caller.expect(const.STATE_CONFIRMED)
# Synchronize stdout
caller.send("echo 1")
caller.expect("echo 1")
callee.send("echo 1")
callee.expect("echo 1")
# Test that media is okay (with RFC 2833 DTMF)
time.sleep(2)
caller.send("#")
caller.send("1122")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "2")
callee.expect(const.RX_DTMF + "2")
# Hold call
caller.send("H")
caller.expect(const.MEDIA_HOLD)
callee.expect(const.MEDIA_HOLD)
# Release hold
time.sleep(2)
caller.send("v")
caller.expect(const.MEDIA_ACTIVE)
callee.expect(const.MEDIA_ACTIVE)
# Synchronize stdout
caller.send("echo 1")
caller.expect("echo 1")
callee.send("echo 1")
callee.expect("echo 1")
# Test that media is okay (with RFC 2833 DTMF)
caller.send("#")
caller.send("1122")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "2")
callee.expect(const.RX_DTMF + "2")
# Synchronize stdout
caller.send("echo 1")
caller.expect("echo 1")
callee.send("echo 1")
callee.expect("echo 1")
# UPDATE (by caller)
caller.send("U")
caller.expect(const.MEDIA_ACTIVE)
callee.expect(const.MEDIA_ACTIVE)
# Synchronize stdout
caller.send("echo 1")
caller.expect("echo 1")
callee.send("echo 1")
callee.expect("echo 1")
# Test that media is okay (with RFC 2833 DTMF)
time.sleep(2)
caller.send("#")
caller.send("1122")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "2")
callee.expect(const.RX_DTMF + "2")
# UPDATE (by callee)
callee.send("U")
callee.expect(const.MEDIA_ACTIVE)
caller.expect(const.MEDIA_ACTIVE)
# Synchronize stdout
caller.send("echo 1")
caller.expect("echo 1")
callee.send("echo 1")
callee.expect("echo 1")
# Test that media is okay (with RFC 2833 DTMF)
time.sleep(2)
caller.send("#")
caller.send("1122")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "1")
callee.expect(const.RX_DTMF + "2")
callee.expect(const.RX_DTMF + "2")
# Hangup call
time.sleep(1)
caller.send("h")
# Wait until calls are cleared in both endpoints
caller.expect(const.STATE_DISCONNECTED)
callee.expect(const.STATE_DISCONNECTED)
# Here where it all comes together
test = param.Test(title, run=[p1, p2], func=test_func)
|
