WebSVN - DIAMETER / DiameterS9 - Rev 74 - /trunk/DiameterS9/ttcn/DiameterS9

/**
* @author STF 466
* @version $Id: DiameterS9_TestConfiguration.ttcn 74 2015-02-05 17:15:11Z pintar $
* @desc This module provides test component configurations
* for DIAMETER tests.
*/

module DiameterS9_TestConfiguration
{
//LibCommon
import from LibCommon_Sync all;
import from LibCommon_VerdictControl {type FncRetCode;
function f_setVerdict;}
import from LibCommon_BasicTypesAndValues { type UInt };

//LibDiameter
import from LibDiameter_Interface all;
import from LibDiameter_PIXITS {modulepar PX_DIAM_LLP_ENABLED;};
//AtsIms
import from DiameterS9_TestSystem all;
import from DiameterS9_PIXITS {modulepar PX_Gxsupport,PX_Gxxsupport;};

/*
** @desc f_NrofComps returns the number of test components
** based on the PIXIT value PX_Rxsupportt
*/
function f_NrofComps() return UInt
{ if (PX_Gxsupport or PX_Gxxsupport)
{ return 2 }
else
{ return 1 }
};
// end f_NrofComps

group cfUp {

/**
*
* @desc Creates test configuration of cf_1S9_vpcrf - H-PCRF is SUT
* @param p_diameterComponent_vpcrf v-pcrf component
*/
function f_cf_1S9_vpcrfUp(out DiameterComponent p_diameterComponent_vpcrf)
runs on DiameterS9 system TestAdapter
{
//Variables
var FncRetCode v_ret := e_success;

//Create
p_diameterComponent_vpcrf := DiameterComponent.create ;

// Connect mtc sync port
connect(self:syncPort, self:syncPort);
// Connect client sync port
connect(p_diameterComponent_vpcrf:syncPort, self:syncPort) ;
//Map
map(p_diameterComponent_vpcrf:DIAMP, system:V_PCRF_S9);// Diameter Init test Configuration

activate(a_mtc_shutdown());

f_setVerdict(v_ret);
}//end f_cf_1S9_vpcrfUp

/**
*
* @desc Creates test configuration of CF_1S9_ - V-PCRF is SUT
* @param p_diameterComponent_hpcrf h-pcrf component
*/
function f_cf_1S9_hpcrfUp(out DiameterComponent p_diameterComponent_hpcrf)
runs on DiameterS9 system TestAdapter
{
//Variables
var FncRetCode v_ret := e_success;

//Create
p_diameterComponent_hpcrf := DiameterComponent.create ;

// Connect mtc sync port
connect(self:syncPort, self:syncPort);
// Connect client sync port
connect(p_diameterComponent_hpcrf:syncPort, self:syncPort) ;
//Map
map(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);// Diameter Init test Configuration

activate(a_mtc_shutdown());

f_setVerdict(v_ret);
}//end f_cf_1S9_hpcrfUp

/**
*
* @desc Creates test configuration of CF_1S9_1Gx - V-PCRF is SUT
* @param p_diameterComponent_hpcrf h-pcef component
* @param p_diameterComponent_pcef pcef component
*/
function f_cf_1S9_1Gx_hpcrfUp(out DiameterComponent p_diameterComponent_hpcrf, out DiameterComponent p_diameterComponent_pcef)
runs on DiameterS9 system TestAdapter
{
//Variables
var FncRetCode v_ret := e_success;

//Create
p_diameterComponent_hpcrf := DiameterComponent.create ;
if (PX_Gxsupport) {
p_diameterComponent_pcef := DiameterComponent.create ;
}
// Connect mtc sync port
connect(self:syncPort, self:syncPort);
// Connect client sync port
connect(p_diameterComponent_hpcrf:syncPort, self:syncPort) ;
if (PX_Gxsupport) {
connect(p_diameterComponent_pcef:syncPort, self:syncPort) ;
}
//Map
map(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);// Diameter Init test Configuration
if (PX_Gxsupport) {
map(p_diameterComponent_pcef:DIAMP, system:PCEF_Gx);// Diameter Init test Configuration
}

activate(a_mtc_shutdown());

f_setVerdict(v_ret);
}//end f_cf_1S9_1Gx_hpcrfUp

/**
*
* @desc Creates test configuration of CF_1S9_1Gxx - V-PCRF is SUT
* @param p_diameterComponent_hpcrf h-pcrf component
* @param p_diameterComponent_bberf bberf component
*/
function f_cf_1S9_1Gxx_hpcrfUp(out DiameterComponent p_diameterComponent_hpcrf, out DiameterComponent p_diameterComponent_bberf)
runs on DiameterS9 system TestAdapter
{
//Variables
var FncRetCode v_ret := e_success;

//Create
p_diameterComponent_hpcrf := DiameterComponent.create ;
if (PX_Gxxsupport) {
p_diameterComponent_bberf := DiameterComponent.create ;
}
// Connect mtc sync port
connect(self:syncPort, self:syncPort);
// Connect client sync port
connect(p_diameterComponent_hpcrf:syncPort, self:syncPort) ;
if (PX_Gxxsupport) {
connect(p_diameterComponent_bberf:syncPort, self:syncPort) ;
}
//Map
map(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);// Diameter Init test Configuration
if (PX_Gxxsupport) {
map(p_diameterComponent_bberf:DIAMP, system:BBERF_Gxx1);// Diameter Init test Configuration
}

activate(a_mtc_shutdown());

f_setVerdict(v_ret);
}//end f_cf_1S9_1Gxx_hpcrfUp

/**
*
* @desc Creates test configuration of CF_1S9_2Gxx - V-PCRF is SUT
* @param p_diameterComponent_hpcrf h-pcrf component
* @param p_diameterComponent_bberf1 bberf1 represents old bberf component
* @param p_diameterComponent_bberf2 bberf2 represents new bberf component
*/
function f_cf_1S9_2Gxx_hpcrfUp(out DiameterComponent p_diameterComponent_hpcrf, out DiameterComponent p_diameterComponent_bberf1, out DiameterComponent p_diameterComponent_bberf2)
runs on DiameterS9 system TestAdapter
{
//Variables
var FncRetCode v_ret := e_success;

//Create
p_diameterComponent_hpcrf := DiameterComponent.create ;
if (PX_Gxxsupport) {
p_diameterComponent_bberf1 := DiameterComponent.create ;
p_diameterComponent_bberf2 := DiameterComponent.create ;
}
// Connect mtc sync port
connect(self:syncPort, self:syncPort);
// Connect client sync port
connect(p_diameterComponent_hpcrf:syncPort, self:syncPort) ;
if (PX_Gxxsupport) {
connect(p_diameterComponent_bberf1:syncPort, self:syncPort) ;
connect(p_diameterComponent_bberf2:syncPort, self:syncPort) ;
}
//Map
map(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);// Diameter Init test Configuration
if (PX_Gxxsupport) {
map(p_diameterComponent_bberf1:DIAMP, system:BBERF_Gxx1);// Diameter Init test Configuration
map(p_diameterComponent_bberf2:DIAMP, system:BBERF_Gxx2);// Diameter Init test Configuration
}

activate(a_mtc_shutdown());

f_setVerdict(v_ret);
}//end f_cf_1S9_2Gxx_hpcrfUp

}//end group cfUp

group cfDown {

/**
*
* @desc Deletes configuration of cf_1S9_vpcrf - H-PCRF is SUT
* @param p_diameterComponent_vpcrf diameter component
*/
function f_cf_1S9_vpcrfDown(in DiameterComponent p_diameterComponent_vpcrf)
runs on DiameterS9 system TestAdapter
{
deactivate;

//Disconnect
disconnect(p_diameterComponent_vpcrf:syncPort, self:syncPort);
//Unmap
unmap(p_diameterComponent_vpcrf:DIAMP, system:V_PCRF_S9);

}//end f_cf_1S9_vpcrfDown

/**
*
* @desc Deletes configuration of CF_1S9_ - V-PCRF is SUT
* @param p_diameterComponent_hpcrf diameter component
*/
function f_cf_1S9_hpcrfDown(in DiameterComponent p_diameterComponent_hpcrf)
runs on DiameterS9 system TestAdapter
{
deactivate;

//Disconnect
disconnect(p_diameterComponent_hpcrf:syncPort, self:syncPort);

//Unmap
unmap(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);

}//end f_cf_1S9_hpcrfDown

/**
*
* @desc Deletes configuration of CF_1S9_1GxE - V-PCRF is SUT
* @param p_diameterComponent_hpcrf diameter component
* @param p_diameterComponent_pcef diameter component
*/
function f_cf_1S9_1Gx_hpcrfDown(in DiameterComponent p_diameterComponent_hpcrf, in DiameterComponent p_diameterComponent_pcef)
runs on DiameterS9 system TestAdapter
{
deactivate;

//Disconnect
disconnect(p_diameterComponent_hpcrf:syncPort, self:syncPort);
if (PX_Gxsupport) {
disconnect(p_diameterComponent_pcef:syncPort, self:syncPort);
}
//Unmap
unmap(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);
if (PX_Gxsupport) {
unmap(p_diameterComponent_pcef:DIAMP, system:PCEF_Gx);
}

}//end f_cf_1S9_1Gx_hpcrfDown

/**
*
* @desc Deletes configuration of CF_1S9_1GxxE - V-PCRF is SUT
* @param p_diameterComponent_hpcrf diameter component
* @param p_diameterComponent_bberf diameter component
*/
function f_cf_1S9_1Gxx_hpcrfDown(in DiameterComponent p_diameterComponent_hpcrf, in DiameterComponent p_diameterComponent_bberf)
runs on DiameterS9 system TestAdapter
{
deactivate;

//Disconnect
disconnect(p_diameterComponent_hpcrf:syncPort, self:syncPort);
if (PX_Gxxsupport) {
disconnect(p_diameterComponent_bberf:syncPort, self:syncPort);
}
//Unmap
unmap(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);
if (PX_Gxxsupport) {
unmap(p_diameterComponent_bberf:DIAMP, system:BBERF_Gxx1);
}

}//end f_cf_1S9_1Gxx_hpcrfDown

/**
*
* @desc Deletes configuration of CF_1S9_2GxxE - V-PCRF is SUT
* @param p_diameterComponent_hpcrf diameter component
* @param p_diameterComponent_bberf diameter component
*/
function f_cf_1S9_2Gxx_hpcrfDown(in DiameterComponent p_diameterComponent_hpcrf, in DiameterComponent p_diameterComponent_bberf1, in DiameterComponent p_diameterComponent_bberf2)
runs on DiameterS9 system TestAdapter
{
deactivate;

//Disconnect
disconnect(p_diameterComponent_hpcrf:syncPort, self:syncPort);
if (PX_Gxxsupport) {
disconnect(p_diameterComponent_bberf1:syncPort, self:syncPort);
disconnect(p_diameterComponent_bberf2:syncPort, self:syncPort);
}
//Unmap
unmap(p_diameterComponent_hpcrf:DIAMP, system:H_PCRF_S9);
if (PX_Gxxsupport) {
unmap(p_diameterComponent_bberf1:DIAMP, system:BBERF_Gxx1);
unmap(p_diameterComponent_bberf2:DIAMP, system:BBERF_Gxx2);
}

}//end f_cf_1S9_2Gxx_hpcrfDown

} //end group cfDown

group shutDownAltsteps {

altstep a_mtc_shutdown()
runs on SelfSyncComp {
[] syncSendPort.receive(m_syncServerStop){
tc_sync.stop ;
log("**** a_mtc_shutdown: MTC component received STOP signal **** ");
}
}

} // end group shutDownAltsteps

} // end module DiameterS9_TestConfiguration

ETSI Repository

(DiameterS9)/trunk/DiameterS9/ttcn/DiameterS9_TestConfiguration.ttcn - Rev 74