def account_config() -> pj.AccountConfig:
"""Creates the PJSUA2 AccountConfig object."""
LOGGER.trace("Creating account config")
acfg = pj.AccountConfig()
identity = doorpi.INSTANCE.config["sipphone.server.identity"]
sip_server = sipphone_server()
sip_user = doorpi.INSTANCE.config["sipphone.server.username"]
sip_pass = doorpi.INSTANCE.config["sipphone.server.password"]
sip_realm = doorpi.INSTANCE.config["sipphone.server.realm"] or sip_server
if identity:
identity = identity.replace("\\", "\\\\").replace('"', '\\"')
acfg.idUri = f'"{identity}" <sip:{sip_user}@{sip_server}>'
else:
acfg.idUri = f"sip:{sip_user}@{sip_server}"
acfg.regConfig.registrarUri = f"sip:{sip_server}"
acfg.regConfig.registerOnAdd = True
authCred = pj.AuthCredInfo()
authCred.scheme = "digest"
authCred.realm = sip_realm
authCred.username = sip_user
authCred.dataType = 0 # plain text password
authCred.data = sip_pass
acfg.sipConfig.authCreds.append(authCred)
acfg.presConfig.publishEnabled = True
return acfg
def account_config() -> pj.AccountConfig:
logger.trace("Creating account config")
acfg = pj.AccountConfig()
identity = conf.get_string(SIPPHONE_SECTION, "identity", "DoorPi")
sip_server = Config.sipphone_server()
sip_user = conf.get_string(SIPPHONE_SECTION, "sipserver_username")
sip_pass = conf.get_string(SIPPHONE_SECTION,
"sipserver_password",
password=True)
sip_realm = conf.get_string(SIPPHONE_SECTION, "sipserver_realm",
sip_server)
if not sip_user:
raise ValueError(f"No username given in [{SIPPHONE_SECTION}]")
if not sip_server:
raise ValueError(f"No server given in [{SIPPHONE_SECTION}]")
if identity:
identity = identity.replace("\\", "\\\\").replace("\"", "\\\"")
acfg.idUri = f"\"{identity}\" <sip:{sip_user}@{sip_server}>"
else:
acfg.idUri = f"sip:{sip_user}@{sip_server}"
acfg.regConfig.registrarUri = f"sip:{sip_server}"
acfg.regConfig.registerOnAdd = True
authCred = pj.AuthCredInfo()
authCred.scheme = "digest"
authCred.realm = sip_realm
authCred.username = sip_user
authCred.dataType = 0 # plain text password
authCred.data = sip_pass
acfg.sipConfig.authCreds.append(authCred)
acfg.presConfig.publishEnabled = True
return acfg
def _login(self):
errors = ''
if not self.domain.get():
errors += 'Domain is required\n'
if not self.username.get():
errors += 'Username is required\n'
if not self.password.get():
errors += 'Password is required\n'
if not validateSipUri('sip:' + self.username.get() + '@' +
self.domain.get()):
errors += 'Invalid SIP URI\n'
if errors:
msg.showerror('Error Detected', errors)
return
self.cfg.idUri = 'sip:' + self.username.get() + '@' + self.domain.get()
self.cfg.regConfig.registrarUri = 'sip:' + self.domain.get()
self.cfg.regConfig.registerOnAdd = True
self.cfg.sipConfig.authCreds.append(
pj.AuthCredInfo('digest', '*', self.username.get(),
pj.PJSIP_CRED_DATA_PLAIN_PASSWD,
self.password.get()))
# Video support
self.cfg.videoConfig.autoTransmitOutgoing = True
self.cfg.videoConfig.defaultCaptureDevice = pj.PJMEDIA_VID_DEFAULT_CAPTURE_DEV
self.cfg.videoConfig.defaultRenderDevice = pj.PJMEDIA_VID_DEFAULT_RENDER_DEV
self.is_ok = True
self.destroy()
def _test_account(self):
acfg = AccountConfig(enabled=True)
acfg.config.idUri = "sip:[email protected]"
# regConfig
acfg.config.regConfig.registrarUri = "sip:us-west.sb.2600hz.com"
acfg.config.regConfig.registerOnAdd = True
# acfg.config.regConfig.headers = # [{K, V}] The optional custom SIP headers to be put in the registration request.
# acfg.config.regConfig.contactParams = # Additional parameters that will be appended in the Contact header of the registration requests.
acfg.config.regConfig.timeoutSec = 300
acfg.config.regConfig.dropCallsOnFail = False
acfg.config.regConfig.proxyUse = 3
# sipConfig
cred = pj.AuthCredInfo("digest", "4a6863.sip.sandbox.2600hz.com",
"user_6kk5hzm2tf", 0, "wxhjrvuwf8ph")
acfg.config.sipConfig.authCreds.append(cred)
acfg.config.sipConfig.proxies.append("sip:us-west.sb.2600hz.com;lr")
# acfg.config.sipConfig.contactParams = ";my-param=X;another-param=Hi%20there"
# callConfig
# ....
# presConfig
# .....
# mwiConfig
# acfg.config.mwiConfig.enabled = True # subscribe
# natConfig
# ....
# mediaConfig
# ....
# videConfig
# ....
# ipChangeConfig
# ....
return acfg
def ua_data_test():
#
# AuthCredInfo
#
write("UA data types test..")
the_realm = "pjsip.org"
ci = pj.AuthCredInfo()
ci.realm = the_realm
ci.dataType = 20
ci2 = ci
assert ci.dataType == 20
assert ci2.realm == the_realm
#
# UaConfig
# See here how we manipulate std::vector
#
uc = pj.UaConfig()
uc.maxCalls = 10
uc.userAgent = "Python"
uc.nameserver = pj.StringVector(["10.0.0.1", "10.0.0.2"])
uc.nameserver.append("NS1")
uc2 = uc
assert uc2.maxCalls == 10
assert uc2.userAgent == "Python"
assert len(uc2.nameserver) == 3
assert uc2.nameserver[0] == "10.0.0.1"
assert uc2.nameserver[1] == "10.0.0.2"
assert uc2.nameserver[2] == "NS1"
write(" Dumping nameservers: " + "\r\n")
for s in uc2.nameserver:
write(s + "\r\n")
write("\r\n")
def onOk(self):
# Check basic settings
errors = ""
if not self.cfgAccId.get():
errors += "Account ID is required\n"
if self.cfgAccId.get():
if not endpoint.validateSipUri(self.cfgAccId.get()):
errors += "Invalid SIP ID URI: '%s'\n" % (self.cfgAccId.get())
if self.cfgRegistrar.get():
if not endpoint.validateSipUri(self.cfgRegistrar.get()):
errors += "Invalid SIP registrar URI: '%s'\n" % (
self.cfgRegistrar.get())
if self.cfgProxy.get():
if not endpoint.validateSipUri(self.cfgProxy.get()):
errors += "Invalid SIP proxy URI: '%s'\n" % (
self.cfgProxy.get())
if self.cfgTurnEnabled.get():
if not self.cfgTurnServer.get():
errors += "TURN server is required\n"
if errors:
msgbox.showerror("Error detected:", errors)
return
# Basic settings
self.cfg.priority = self.cfgPriority.get()
self.cfg.idUri = self.cfgAccId.get()
self.cfg.regConfig.registrarUri = self.cfgRegistrar.get()
self.cfg.regConfig.registerOnAdd = self.cfgRegisterOnAdd.get()
while len(self.cfg.sipConfig.authCreds):
self.cfg.sipConfig.authCreds.pop()
if self.cfgUsername.get():
cred = pj.AuthCredInfo()
cred.scheme = "digest"
cred.realm = "*"
cred.username = self.cfgUsername.get()
cred.data = self.cfgPassword.get()
self.cfg.sipConfig.authCreds.append(cred)
while len(self.cfg.sipConfig.proxies):
self.cfg.sipConfig.proxies.pop()
if self.cfgProxy.get():
self.cfg.sipConfig.proxies.append(self.cfgProxy.get())
# SIP features
self.cfg.callConfig.prackUse = self.cfgPrackUse.get()
self.cfg.callConfig.timerUse = self.cfgTimerUse.get()
self.cfg.callConfig.timerSessExpiresSec = self.cfgTimerExpires.get()
self.cfg.presConfig.publishEnabled = self.cfgPublish.get()
self.cfg.mwiConfig.enabled = self.cfgMwiEnabled.get()
self.cfg.natConfig.contactRewriteUse = 1 if self.cfgEnableContactRewrite.get(
) else 0
self.cfg.natConfig.viaRewriteUse = 1 if self.cfgEnableViaRewrite.get(
) else 0
self.cfg.natConfig.sdpNatRewriteUse = 1 if self.cfgEnableSdpRewrite.get(
) else 0
self.cfg.natConfig.sipOutboundUse = 1 if self.cfgEnableSipOutbound.get(
) else 0
self.cfg.natConfig.udpKaIntervalSec = self.cfgKaInterval.get()
# Media
self.cfg.mediaConfig.transportConfig.port = self.cfgMedPort.get()
self.cfg.mediaConfig.transportConfig.portRange = self.cfgMedPortRange.get(
)
self.cfg.mediaConfig.lockCodecEnabled = self.cfgMedLockCodec.get()
self.cfg.mediaConfig.srtpUse = self.cfgMedSrtp.get()
self.cfg.mediaConfig.srtpSecureSignaling = self.cfgMedSrtpSecure.get()
self.cfg.mediaConfig.ipv6Use = pj.PJSUA_IPV6_ENABLED if self.cfgMedIpv6.get(
) else pj.PJSUA_IPV6_DISABLED
# NAT
self.cfg.natConfig.sipStunUse = self.cfgSipUseStun.get()
self.cfg.natConfig.mediaStunUse = self.cfgMediaUseStun.get()
self.cfg.natConfig.iceEnabled = self.cfgIceEnabled.get()
self.cfg.natConfig.iceAggressiveNomination = self.cfgIceAggressive.get(
)
self.cfg.natConfig.iceAlwaysUpdate = self.cfgAlwaysUpdate.get()
self.cfg.natConfig.iceMaxHostCands = 0 if self.cfgIceNoHostCands.get(
) else -1
self.cfg.natConfig.turnEnabled = self.cfgTurnEnabled.get()
self.cfg.natConfig.turnServer = self.cfgTurnServer.get()
self.cfg.natConfig.turnConnType = self.cfgTurnConnType.get()
self.cfg.natConfig.turnUserName = self.cfgTurnUser.get()
self.cfg.natConfig.turnPasswordType = 0
self.cfg.natConfig.turnPassword = self.cfgTurnPasswd.get()
self.isOk = True
self.destroy()
def pjsua2_test():
global ep
# Create and initialize the library
ep_cfg = pj.EpConfig()
ep_cfg.logConfig.level = 5;
ep = pj.Endpoint()
ep.libCreate()
ep.libInit(ep_cfg)
ep.audDevManager().setNullDev()
for codec in ep.codecEnum2():
priority = 0
if 'PCMA/8000' in codec.codecId:
priority = 255
ep.codecSetPriority(codec.codecId, priority)
# Create SIP transport. Error handling sample is shown
sipTpConfig = pj.TransportConfig();
sipTpConfig.port = 15060;
ep.transportCreate(pj.PJSIP_TRANSPORT_UDP, sipTpConfig);
# Start the library
ep.libStart();
acfg = pj.AccountConfig();
acfg.idUri = "sip:1002@asterisk";
acfg.regConfig.registrarUri = "sip:asterisk";
cred = pj.AuthCredInfo("digest", "*", "1002", 0, "12345");
acfg.sipConfig.authCreds.append( cred )
# Create the account
acc = pj.Account()
acc.create(acfg)
# Here we don't have anything else to do..
while not acc.getInfo().regIsActive:
print('========== registering')
time.sleep(0.1)
if acc.getInfo().regStatus != 200:
print('++++++++++++++++++')
print('no registration')
return
call = Call(acc)
prm = pj.CallOpParam(True)
prm.opt.audioCount = 1
prm.opt.videoCount = 0
call.makeCall("sip:8080@asterisk", prm)
while call.getInfo().state != pj.PJSIP_INV_STATE_CONFIRMED:
print(call.getInfo().stateText)
time.sleep(0.1)
f = open('output.lpcm', 'wb')
f2 = open('hw.raw', 'rb')
hwraw = f2.read()
n = 320
[call.putFrame(hwraw[i:i+320]) for i in range(0, len(hwraw), n)]
for i in range(10):
time.sleep(1)
data = call.getFrames()
if data:
f.write(data)
f.close()
prm = pj.CallOpParam()
call.hangup(prm)
# Destroy the library
ep.hangupAllCalls()
print('unregistering')
acc.delete()
def startup(self):
self._logger.debug("entered startup()")
ep_cfg = pjsua2.EpConfig()
ep_cfg.uaConfig.mainThreadOnly = True
ep_cfg.uaConfig.threadCnt = 0
version = pkg_resources.require("gtkapplication")[0].version
ep_cfg.uaConfig.userAgent = "pyphone-{0}".format(version)
self._logger.debug('ep_cfg.uaConfig.userAgent = %s',
ep_cfg.uaConfig.userAgent)
ep_cfg.logConfig.msgLogging = 1
ep_cfg.logConfig.level = 5
ep_cfg.logConfig.consoleLevel = 5
decor = pjsua2.PJ_LOG_HAS_YEAR | pjsua2.PJ_LOG_HAS_MONTH | pjsua2.PJ_LOG_HAS_DAY_OF_MON | pjsua2.PJ_LOG_HAS_TIME | pjsua2.PJ_LOG_HAS_MICRO_SEC | pjsua2.PJ_LOG_HAS_SENDER | pjsua2.PJ_LOG_HAS_NEWLINE | pjsua2.PJ_LOG_HAS_SPACE | pjsua2.PJ_LOG_HAS_THREAD_SWC | pjsua2.PJ_LOG_HAS_INDENT
self._logger.debug('decor = %s', decor)
ep_cfg.logConfig.decor = decor
ep_cfg.logConfig.filename = "logs/pjsip.log"
ep_cfg.logConfig.fileFlags = pjsua2.PJ_O_APPEND
pjsip_log_writer = gtkapplication.api.sip.logger.PjLogger()
ep_cfg.logConfig.writer = pjsip_log_writer
sip_container = gtkapplication.api.sip.pjsip_container.sip_container
sip_container.pjsip_log_writer = pjsip_log_writer
sip_container.ep = pjsua2.Endpoint()
ep = sip_container.ep
ep.libCreate()
ep.libInit(ep_cfg)
pjsip_version = ep.libVersion().full
self._logger.debug('pjsip_version = %s', pjsip_version)
sip_udp_tranport_config = pjsua2.TransportConfig()
sip_udp_tranport_config.port = 5060
sip_udp_tranport_config.enabled = 1
ep.transportCreate(pjsua2.PJSIP_TRANSPORT_UDP, sip_udp_tranport_config)
self._logger.debug("transport created")
acfg = pjsua2.AccountConfig()
acfg.idUri = gtkapplication.data.config_data.PROFILE_DATA['sip_uri']
acfg.regConfig.registrarUri = gtkapplication.data.config_data.PROFILE_DATA[
'sip_registrar_uri']
acfg.regConfig.registerOnAdd = True
acfg.regConfig.timeoutSec = 60
acfg.regConfig.retryIntervalSec = 60
aci = pjsua2.AuthCredInfo()
aci.scheme = "digest"
aci.realm = "*"
aci.username = gtkapplication.data.config_data.PROFILE_DATA[
'sip_username']
aci.dataType = 0
aci.data = gtkapplication.data.config_data.PROFILE_DATA['sip_password']
aciv = pjsua2.AuthCredInfoVector()
aciv.append(aci)
acfg.sipConfig.authCreds = aciv
sip_container.sip_account_list.append(
gtkapplication.api.sip.account.Account(acfg))
sip_account = sip_container.sip_account_list[0]
sip_account.cfg = acfg
sip_account.create(acfg, True)
presence_status = pjsua2.PresenceStatus()
presence_status.status = pjsua2.PJSUA_BUDDY_STATUS_ONLINE
sip_account.setOnlineStatus(presence_status)
self._logger.debug("sip account created: %r", sip_account)
bcfg = pjsua2.BuddyConfig()
bcfg.uri = gtkapplication.data.config_data.PROFILE_DATA[
'sip_buddy_uri']
bcfg.subscribe = True
buddy = gtkapplication.api.sip.buddy.Buddy(sip_account)
buddy.create(sip_account, bcfg)
sip_account.server_buddy = buddy
contact_manager = gtkapplication.api.contacts.contact_manager.ContactManager(
)
contact_manager.create_free_buddy_contacts(sip_account)
acfg = pjsua2.AccountConfig()
acfg.idUri = gtkapplication.data.config_data.PROFILE_DATA[
'twilio_sip_uri']
acfg.regConfig.registrarUri = gtkapplication.data.config_data.PROFILE_DATA[
'twilio_sip_registrar_uri']
self._logger.debug("twilio sip_uri = '%s', registrar = %s", acfg.idUri,
acfg.regConfig.registrarUri)
acfg.regConfig.registerOnAdd = True
acfg.regConfig.timeoutSec = 60
acfg.regConfig.retryIntervalSec = 60
aci = pjsua2.AuthCredInfo()
aci.scheme = "digest"
aci.realm = "*"
aci.username = gtkapplication.data.config_data.PROFILE_DATA[
'twilio_sip_username']
aci.dataType = 0
aci.data = gtkapplication.data.config_data.PROFILE_DATA[
'twilio_sip_password']
aciv = pjsua2.AuthCredInfoVector()
aciv.append(aci)
acfg.sipConfig.authCreds = aciv
sip_container.sip_account_list.append(
gtkapplication.api.sip.account.Account(acfg))
twilio_sip_account = sip_container.sip_account_list[1]
twilio_sip_account.cfg = acfg
twilio_sip_account.create(acfg, True)
presence_status = pjsua2.PresenceStatus()
presence_status.status = pjsua2.PJSUA_BUDDY_STATUS_ONLINE
twilio_sip_account.setOnlineStatus(presence_status)
ep.libStart()
self._logger.debug("after libStart()")
tone_generator = pjsua2.ToneGenerator()
tone_generator.createToneGenerator(16000, 1)
sip_container.tone_generator = tone_generator
self._logger.debug("tone generator created")
self._source_tag = GObject.timeout_add(50,
self.poll_pjsip_events_timer,
False)
self._logger.debug("timer started source_tag is %s", self._source_tag)
self._logger.info("timer started")
