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* @desc Trigger a LPPa Transport procedure using a UE associated signalling on eNodeB
* @param p_associated_signalling_mode Set to true for an associated signalling mode, false otherwise
*/
external function fx_eNB_LPPa_Transport_procedure_ind(
in boolean p_associated_signalling_mode
) return boolean;
/**
* @desc Trigger a LPPa Transport procedure using a UE associated signalling on MME
* @param p_associated_signalling_mode Set to true for an associated signalling mode, false otherwise
*/
external function fx_mme_LPPa_Transport_procedure_ind(
in boolean p_associated_signalling_mode
) return boolean;
} // End of group externalFunctions
function f_preambleS1AP_MME()
runs on S1APComponent {
//TODO:...
function f_preambleS1AP_eNB()
runs on S1APComponent {
//TODO:...
} // End of function f_preambleS1AP_eNB
} // End of group preamble_S1AP
function f_postambleS1AP_MME()
runs on S1APComponent {
// TODO:...
} // End of function f_postambleS1AP_MME
/**
* @desc
* @verdict
*/
function f_postambleS1AP_eNB()
runs on S1APComponent {
// TODO:...
} // End of function f_postambleS1AP_eNB
} // End of group postamble_S1AP
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} // End of group postambles
/**
* @desc Global 'altstep' statements description
*/
group globalSteps {
/**
* @desc This is a test step that init S1AP component
*/
function f_S1AP_Init_Component()
runs on S1APComponent {
} // End of function f_S1AP_Init_Component
/**
* @desc Component termination
*/
function f_S1AP_terminate_component()
runs on S1APComponent {
log("component terminated - forced!");
deactivate;
stop;
} // End of function f_S1AP_terminate_component
/**
* @desc Component termination
*/
function f_componentStop()
runs on S1APComponent {
syncPort.send(m_syncClientStop);
S1_MMEeNB_P.clear;
stop;
} // End of function f_componentStop
/**
* @desc Original copied from older LibCommon_VerdictControl
*/
function f_getVerdict() // FIXME Are you sure we really need it???
return FncRetCode {
var FncRetCode v_ret := e_error;
if (getverdict == pass or getverdict == none) {
v_ret := e_success;
}
return v_ret;
} // End of function
/**
*
* @desc Wait for particular time before next expected message
*/
function f_wait(float p_time) // FIXME To be replace by LibCommon.f_sleep!!!
runs on S1APComponent {
tc_wait.start(p_time);
alt {
[] tc_wait.timeout{ }
}
} // End of function f_wait
} // End of group globalSteps
/**
* @desc Default 'altstep' statements description
*/
group defaultsTestStep {
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runs on S1APComponent {
[] any timer.timeout {
all timer.stop;
if (vc_serverStop==false) {
f_selfOrClientSyncAndVerdict("error", e_timeout);
}
else {
stop;
}
}
[] S1_MMEeNB_P.receive (S1AP_PDU:{initiatingMessage := ?}) -> value vc_recvS1AP_PDUDefault {
repeat;
}
[] S1_MMEeNB_P.receive (S1AP_PDU:{successfulOutcome := ?}) -> value vc_recvS1AP_PDUDefault {
repeat;
}
[] S1_MMEeNB_P.receive (S1AP_PDU:{unsuccessfulOutcome := ?}) -> value vc_recvS1AP_PDUDefault {
repeat;
}
[] S1_MMEeNB_P.receive (S1AP_PDU:?) -> value vc_recvS1AP_PDUDefault {
if (vc_serverStop==false) {
f_selfOrClientSyncAndVerdict("error", e_error);
}
else {
stop;
}
}
[] S1_MMEeNB_P.receive {
if (vc_serverStop==false) {
f_selfOrClientSyncAndVerdict("error", e_error);
}
else {
stop;
}
}
[] a_shutdown() {
// Process temination on error
log("*** a_defaultS1AP() : Process temination on error ***");
// Terminate component execution
stop;
}
runs on S1APComponent {
[] any timer.timeout {
all timer.stop;
if (vc_serverStop==false) {
f_selfOrClientSyncAndVerdict("error", e_timeout);
}
else {
stop;
}
}
//TODO:...
} // End of altstep a_defaultS1AP_MME
runs on S1APComponent {
[] any timer.timeout {
all timer.stop;
if (vc_serverStop==false) {
f_selfOrClientSyncAndVerdict("error", e_timeout);
}
else {
stop;
}
}