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/**
* @author STF 574
* @version $Id$
* @desc This module provides the TP behaviour functions at GM interface
*/
module AtsImsIot_TP_behavior_GM {
// LibIms
import from LibIms_Templates all;
import from LibIms_UpperTester all;
// LibIot
import from LibIot_TypesAndValues all;
import from LibIot_Functions all;
import from LibIot_TestInterface all;
import from LibIot_PIXITS all;
// LibSip
import from LibSip_SIPTypesAndValues all;
import from LibSip_Templates all;
import from LibSip_Common all;
import from LibSip_SDPTypes all;
// LibMsrp
import from LibMsrp_TypesAndValues all;
import from LibMsrp_Functions all;
import from LibMsrp_Templates all;
// AtsImsIot
import from AtsImsIot_TestSystem all;
import from AtsImsIot_Templates all;
import from AtsImsIot_Templates_GM all;
import from AtsImsIot_TypesAndValues all;
import from AtsImsIot_Functions all;
group imsMessages {
/**
* @desc Verify that the P-CSCF successfully processes a SIP messages greater than 1300 bytes
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isNotRegisteredTo the IMS_A
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isRequestedToSend a MESSAGE containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* ContentLength indicating value greater than 1300 bytes
* ;
* to the IMS_P_CSCF_A entity
* }
* then {
* the IMS_P_CSCF_A entity receives the MESSAGE containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* ContentLength indicating value greater than 1300 bytes
* ;
* from the UE_A entity
* and the IMS_P_CSCF_A entity sends a 200_Ok containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* PChargingVector containing
* orig_ioi indicating value PX_OPERATOR_ID_A,
* term_ioi indicating value PX_OPERATOR_ID_B,
* not PAccessNetworkInfo
* ;;
* to the UE_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_MESSAGE_01(
SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := true
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)) {
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(mdw_MESSAGE_1500c)
}, // FIXME CallId and more can be checked
{ mw_SipRequest(mw_MESSAGE_Request_Base) },
{0, omit},
"TP_GM_PCSCF_MESSAGE_01 - Request",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_200OK_Base)
}, // FIXME CallId and more can be checked
{ },
{0, omit},
"TP_GM_PCSCF_MESSAGE_01 - Response",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_MESSAGE_01
} // End of group imsMessages
// 5.2 IMS Registration
group imsRegistration {
/**
* @desc Verify that the P-CSCF successfully processes a first registration (Successful)
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isNotRegisteredTo the IMS_A and
* the UE_B entity isNotRegisteredTo the IMS_B
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isTriggeredToStart
* }
* then {
* the UE_A entity sends a REGISTER containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Authorization containing
* Authentication_Schema indicating value PX_TO_BE_DEFINED,
* Authentication_URI indicating value PX_TO_BE_DEFINED,
* Username indicating value PX_UE_A_USERNAME,
* Realm indicating value PX_UE_A_REALM,
* Algorithm indicating value PX_UE_A_AUTH_ALG,
* Nonce indicating value "",
* not term_ioi,
* not SecurityClient
* ;;
* to the IMS_P_CSCF_A entity
* and the UE_A entity receives an 401_Unauthorized containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Path,
* Warning,
* PAccessNetworkInfo,
* WwwAuthenticate containing
* Digest,
* Realm indicating value PX_UE_A_REALM,
* Algorithm indicating value PX_UE_A_AUTH_ALG,
* Nonce indicating value "not empty",
* qop indicating value "auth"
* ;;
* from the IMS_P_CSCF_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_REGISTER_01(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)) {
var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A);
var SipMessage v_sip;
// Check the first REGISTER
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_REGISTER_01( // FIXME Add CallId...
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_01 - First request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
// Check REGISTER 401 Unauthorized response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_401Unauthorized(v_sip.request.msgHeader.cSeq, mw_WwwAuthenticate))
},
{
mw_SipResponse(mw_401Unauthorized_Base),
mw_SipResponse(mw_Response_4xx_Base(
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.cSeq
))
},
{0, omit},
"TP_GM_PCSCF_REGISTER_01 - 401 Unauthorized",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_REGISTER_01
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/**
* @desc Verify that the P-CSCF successfully processes a first registration (Successful)
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isNotRegisteredTo the IMS_A and
* the UE_B entity isNotRegisteredTo the IMS_B
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isTriggeredToStart
* }
* then {
* the UE_A entity sends a REGISTER containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Authorization containing
* Authentication_Schema indicating value PX_TO_BE_DEFINED,
* Authentication_URI indicating value PX_TO_BE_DEFINED,
* Username indicating value PX_UE_A_USERNAME,
* Realm indicating value PX_UE_A_REALM,
* Algorithm indicating value PX_UE_A_AUTH_ALG,
* Nonce indicating value "",
* not term_ioi,
* not SecurityClient
* ;;
* to the IMS_P_CSCF_A entity
* and the UE_A entity receives an 401_Unauthorized containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Path,
* Warning,
* PAccessNetworkInfo,
* WwwAuthenticate containing
* Digest,
* Realm indicating value PX_UE_A_REALM,
* Algorithm indicating value PX_UE_A_AUTH_ALG,
* Nonce indicating value "not empty",
* qop indicating value "auth"
* ;,
* Contact indicating value "sos"
* ;
* from the IMS_P_CSCF_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_ECO_REGISTER_01(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)) {
var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A);
var SipMessage v_sip;
// Check the first REGISTER
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_ECO_REGISTER_01( // FIXME Add CallId...
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other,
-, -,
mw_contact(mw_ContactAddress)
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_01 - First request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
// Check REGISTER 401 Unauthorized response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_401Unauthorized(v_sip.request.msgHeader.cSeq, mw_WwwAuthenticate))
},
{
mw_SipResponse(mw_401Unauthorized_Base),
mw_SipResponse(mw_Response_4xx_Base(
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.cSeq
))
},
{0, omit},
"TP_GM_PCSCF_REGISTER_01 - 401 Unauthorized",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_ECO_REGISTER_01
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/**
* @desc Verify that the P-CSCF successfully processes a first registration (Successful)
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isNotRegisteredTo the IMS_A and
* the UE_B entity isNotRegisteredTo the IMS_B
* }
*
* Expected behaviour
* ensure that {
* when {
* the IMS_P_CSCF_A entity receives a REGISTER containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Authorization containing
* Authentication_Schema indicating value PX_TO_BE_DEFINED,
* Authentication_URI indicating value PX_TO_BE_DEFINED,
* Username indicating value PX_UE_A_USERNAME,
* Realm indicating value PX_UE_A_REALM,
* Algorithm indicating value PX_UE_A_AUTH_ALG,
* Nonce indicating value "not empty",
* qop indicating value "auth",
* not SecurityClient
* ;;
* from the UE_A entity
* }
* then {
* the IMS_P_CSCF_A entity sends an 200_Ok containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* AuthenticationInfo,
* PAccessNetworkInfo,
* PAssociatedURI indicating value PX_UE_A_SIP_URI,
* PChargingVector,
* orig_ioi_parameter
* indicating value "Operator Identifier Of ImsA" ,
* term_ioi_parameter
* indicating value "Operator Identifier Of ImsB"
* Path,
* ServiceRoute
* ;
* to the UE_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_REGISTER_02(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)){
var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A);
var SipMessage v_sip;
// Check the first REGISTER
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_REGISTER_02(
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_02 - Second request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
// Check REGISTER 200 OK response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_200OK(
v_sip.request.msgHeader.cSeq,
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.fromField,
v_sip.request.msgHeader.toField
))
},
{
mw_SipResponse(mw_Response_2xx_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_02 - 200 OK",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_REGISTER_02
/**
* @desc Verify that the P-CSCF successfully processes an invalid first registration (Unsuccessful).
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isNotRegisteredTo the IMS_A and
* the UE_B entity isNotRegisteredTo the IMS_B
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isTriggeredToStart
* }
* then {
* the IMS_P_CSCF_A entity receives a REGISTER containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Authorization containing
* Authentication_Schema indicating value PX_TO_BE_DEFINED,
* Authentication_URI indicating value PX_TO_BE_DEFINED,
* Username indicating value PX_UE_A_INVALID_USERNAME,
* Realm indicating value PX_UE_A_REALM,
* Algorithm indicating value PX_UE_A_AUTH_ALG,
* Nonce indicating value ""
* ;;
* from the UE_A entity
* and the IMS_P_CSCF_A entity sends an 404_NotFound containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID
* ;
* to the UE_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_REGISTER_03(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)) {
var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A); // User removed from HSS
var SipMessage v_sip;
// Check the first REGISTER
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_REGISTER_03(
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_03 - First request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
log("v_sip", v_sip);
// Check REGISTER 404 Not Found response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_404NotFound(v_sip.request.msgHeader.cSeq/*, mw_WwwAuthenticate*/)),
mw_SipResponse(mw_480TemporaryUnavailable(-, v_sip.request.msgHeader.cSeq/*, mw_WwwAuthenticate*/))
},
{
mw_SipResponse(mw_Response_4xx_Base(
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.cSeq
))
},
{0, omit},
"TP_GM_PCSCF_REGISTER_03 - 404 Not Found",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_REGISTER_03
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/**
* @desc Verify that the P-CSCF successfully processes an invalid first registration (Unsuccessful).
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isNotRegisteredTo the IMS_A and
* the UE_B entity isNotRegisteredTo the IMS_B
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isTriggeredToStart
* }
* then {
* the IMS_P_CSCF_A entity receives a REGISTER containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Authorization containing
* Authentication_Schema indicating value PX_TO_BE_DEFINED,
* Authentication_URI indicating value PX_TO_BE_DEFINED,
* Username indicating value PX_UE_A_INVALID_USERNAME,
* Realm indicating value PX_UE_A_REALM,
* Algorithm indicating value PX_UE_A_AUTH_ALG,
* Nonce indicating value ""
* ;;
* from the UE_A entity
* and the IMS_P_CSCF_A entity sends an 404_NotFound containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_A_SIP_URI,
* CallId indicating value PX_UE_A_CALLID
* ;
* to the UE_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_ECO_REGISTER_03(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)) {
var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A); // User removed from HSS
var SipMessage v_sip;
// Check the first REGISTER
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_ECO_REGISTER_03(
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other,
-, -,
mw_contact(mw_ContactAddress)
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_03 - First request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
log("v_sip", v_sip);
// Check REGISTER 404 Not Found response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_404NotFound(v_sip.request.msgHeader.cSeq/*, mw_WwwAuthenticate*/)),
mw_SipResponse(mw_480TemporaryUnavailable(-, v_sip.request.msgHeader.cSeq/*, mw_WwwAuthenticate*/))
},
{
mw_SipResponse(mw_Response_4xx_Base(
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.cSeq
))
},
{0, omit},
"TP_GM_PCSCF_REGISTER_03 - 404 Not Found",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_ECO_REGISTER_03
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function f_mtc_check_TP_GM_PCSCF_REGISTER_04( // FIXME RMI To be reviewed
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)){
var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A);
var SipMessage v_sip;
// Check the first REGISTER
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_REGISTER_04(
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_04 - First request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
// Check REGISTER 404 Not Found response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_401Unauthorized(v_sip.request.msgHeader.cSeq, mw_WwwAuthenticate)),
mw_SipResponse(mw_480TemporaryUnavailable(-, v_sip.request.msgHeader.cSeq, mw_WwwAuthenticate))
},
{
mw_SipResponse(mw_401Unauthorized_Base),
mw_SipResponse(mw_Response_4xx_Base(
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.cSeq
))
},
{0, omit},
"TP_GM_PCSCF_REGISTER_04 - 401 Unauthorized",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_REGISTER_04
function f_mtc_check_TP_GM_PCSCF_REGISTER_05( // FIXME RMI To be reviewed
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)){
var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A);
var SipMessage v_sip;
// Check the first REGISTER
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_REGISTER_05(
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_05 - Second request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
// Check REGISTER 200 OK response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_200OK(
v_sip.request.msgHeader.cSeq,
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.fromField,
v_sip.request.msgHeader.toField
))
},
{
mw_SipResponse(mw_Response_2xx_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_05 - 200 OK",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_REGISTER_05
} // End of group imsRegistration
group imsDeRegistration {
/**
* @desc Verify that the P-CSCF successfully processes a user de-registration (no SIP session active).
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isRegisteredTo the IMS_A
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isTriggeredToDetachUser
* }
* then {
* the UE_A entity sends a REGISTER containing
* Expire indicating value 0
* ;
* to the IMS_P_CSCF_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_REGISTER_07(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)) {
var ImsUserInfo v_userInfoA := f_getTelUserId(PX_EUT_A);
var SipMessage v_sip;
// Check first DeREGISTER request
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_REGISTER_07(
mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_To_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
mw_Authorization_other/*(mw_credentialIntegrityYes)*/
)
)
},
{
mw_SipRequest(mw_REGISTER_Request_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_07 - Request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
// Check DeREGISTER 200 OK response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_200OK(
v_sip.request.msgHeader.cSeq,
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.fromField,
v_sip.request.msgHeader.toField
))
},
{
mw_SipResponse(mw_Response_2xx_Base)
},
{0, omit},
"TP_GM_PCSCF_REGISTER_07 - 200 OK",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_REGISTER_07
/**
* @desc Verify that the P-CSCF successfully processes a user de-registration (no SIP session active).
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isRegisteredTo the IMS_A
* the UE_A entity isRegisteredTo the IMS_A and
* the UE_B entity isRegisteredTo the IMS_B and
* the UE_A entity previouslyEstablishedCallWith the UE_B
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isTriggeredToDetachUser
* }
* then {
* the UE_A entity sends a REGISTER containing
* Expire indicating value 0
* ;
* to the IMS_P_CSCF_A entity and
* the UE_A entity receives a BYE
* from the IMS_P_CSCF_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_REGISTER_10(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := true
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)) {
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(mw_REGISTER_Request_Base)
//AXR mw_SipRequest(mw_BYE_Base),
},
{},
{0, omit},
"TP_GM_PCSCF_REGISTER_10",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}} // End of function f_mtc_check_TP_GM_PCSCF_REGISTER_10
} // End of group imsDeRegistration
group imsSubscribe {
/**
* @desc Verify that the P-CSCF successfully processes a SUBSCRIBE.
* Initial conditions with {
* the UE_A entity isAttachedTo the EPC_A and
* the UE_A entity isRegisteredTo the IMS_A
* }
*
* Expected behaviour
* ensure that {
* when {
* the UE_A entity isRequestedToSend a SUBSCRIBE
* }
* then {
* the IMS_P_CSCF_A entity receives an SUBSCRIBE containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_B_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA,
* Route indicating value PX_UE_A_SERVICE_ROUTE
* ;
* from the UE_A entity
* and the IMS_P_CSCF_A entity sends a 200_Ok containing
* From indicating value PX_UE_A_SIP_URI,
* To indicating value PX_UE_B_SIP_URI,
* CallId indicating value PX_UE_A_CALLID,
* Via indicating value PX_UE_A_VIA
* ;
* to the UE_A entity
* }
* }
*/
function f_mtc_check_TP_GM_PCSCF_SUBSCRIBE_01(
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)){
var ImsUserInfo v_userInfoA := f_getTelUserId(PX_EUT_A);
var ImsUserInfo v_userInfoB := f_getTelUserId(PX_EUT_B);
var SipMessage v_sip;
// Check the SUBSCRIBE
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_SUBSCRIBE_01(
-, // FIXME Set expected value
mw_From_AddrUnion_TelUrl(v_userInfoA.publicId),
mw_To_AddrUnion_TelUrl(v_userInfoB.publicId)
))
},
{ mw_SipRequest(mw_SUBSCRIBE_Request_Base) },
{0, omit},
"TP_GM_PCSCF_SUBSCRIBE_01 - Request",
true,
p_checkMessage
)
);
p_monitorCompRef.done;
// Retrieve messge
f_getSipMsgFromMonitor(p_monitorCompRef, v_sip);
if (not(isbound(v_sip))) {
return;
}
// Check REGISTER 200 OK response
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipResponse(mw_200OK(
v_sip.request.msgHeader.cSeq,
v_sip.request.msgHeader.callId,
v_sip.request.msgHeader.fromField,
v_sip.request.msgHeader.toField
))
},
{
mw_SipResponse(mw_Response_2xx_Base)
},
{0, omit},
"TP_MW_PCSCF_SUBSCRIBE_01 - Response",
false,
p_checkMessage
)
);
p_monitorCompRef.done;
}
} // End of function f_mtc_check_TP_GM_PCSCF_SUBSCRIBE_01
function f_mtc_check_TP_GM_PCSCF_SUBSCRIBE_02( // FIXME RMI To be reviewed
in SipInterfaceMonitor p_monitorCompRef,
in boolean p_checkMessage := false
) runs on ImsTestCoordinator {
if (isvalue(p_monitorCompRef)){
// var ImsUserInfo v_userInfoA := f_getSipUserId(PX_EUT_A);
// var ImsUserInfo v_userInfoB := f_getSipUserId(PX_EUT_B);
var ImsUserInfo v_userInfoA := f_getTelUserId(PX_EUT_A);
var ImsUserInfo v_userInfoB := f_getTelUserId(PX_EUT_B);
var SipMessage v_sip;
// Check the SUBSCRIBE
p_monitorCompRef.start(
f_Iot_Sip_receive(
{
mw_SipRequest(
mw_TP_GM_PCSCF_SUBSCRIBE_02(
-, // FIXME Set expected value
mw_From_AddrUnion_TelUrl(v_userInfoA.publicId),
mw_To_AddrUnion_TelUrl(v_userInfoB.publicId)
// mw_From_AddrUnion_SipUrl(omit, v_userInfoA.publicId, v_userInfoA.domain),
// mw_To_AddrUnion_SipUrl(omit, v_userInfoB.publicId, v_userInfoB.domain)
))
},
{mw_SipRequest(mw_SUBSCRIBE_Request_Base)},