All TODO assigned JP (exept some issues) don (70018025) · Commits · DMR / dPMR

ttcn/dPMR_ExtFunctions.ttcn

+4 −4

Original line number	Diff line number	Diff line

		/*
		* @author STF 340
		* @version $vx.x.x$
		@@ -19,9 +18,10 @@ module dPMR_ExtFunctions {



		//@Desc: fx_calcDialString calculates and returns the dialstring
		// that corresponds to the specified address.

		/*
		* @desc: fx_calcDialString calculates and returns the dialstring
		* that corresponds to the specified address.
		*/
		external function fx_calcDialString( CSFAddress p_addr )
		return DialString;

ttcn/dPMR_Functions.ttcn

+182 −118

Original line number	Diff line number	Diff line
		@@ -25,12 +25,15 @@

		group initFunctions {


		/*
		* @desc Init the Mse
		*/
		function f_initMse()
		runs on Simu {

		vc_mse.useAllCallCommonId := e_noAllCall;
		vc_mse.iutId := f_createMsAddress(); //(PIC_ISF_OR_CSF, vc_mse.useAllCallCommonId, PXT_APPLICABLE_COMMON_ID,PXT_CSF_ADDRESS_IUT)
		vc_mse.testerId := f_createMsAddress();//(PIC_ISF_OR_CSF, vc_mse.useAllCallCommonId, PXT_APPLICABLE_COMMON_ID,PXT_CSF_ADDRESS_TESTER)
		vc_mse.iutId := f_createMsAddress(true /* its IUT */);
		vc_mse.testerId := f_createMsAddress(false /* its not IUT (its Tester) */);
		vc_mse.iutIdUP := f_msAddress2Upper(vc_mse.iutId);
		vc_mse.iutIdLP := f_msAddress2Lower(vc_mse.iutId);
		vc_mse.testerIdUP := f_msAddress2Upper(vc_mse.testerId);
		@@ -42,8 +45,8 @@
		runs on Simu {

		vc_mse.useAllCallCommonId := p_useAllCallCommonId;
		vc_mse.iutId := f_createMsAddress(); //(PIC_ISF_OR_CSF, vc_mse.useAllCallCommonId, PXT_APPLICABLE_COMMON_ID,PXT_CSF_ADDRESS_IUT)
		vc_mse.testerId := f_createMsAddress();//(PIC_ISF_OR_CSF, vc_mse.useAllCallCommonId, PXT_APPLICABLE_COMMON_ID,PXT_CSF_ADDRESS_TESTER)
		vc_mse.iutId := f_createMsAddress(true /* its IUT */);
		vc_mse.testerId := f_createMsAddress(false /* its not IUT (its Tester) */);
		vc_mse.iutIdUP := f_msAddress2Upper(vc_mse.iutId);
		vc_mse.iutIdLP := f_msAddress2Lower(vc_mse.iutId);
		vc_mse.testerIdUP := f_msAddress2Upper(vc_mse.testerId);
		@@ -60,32 +63,43 @@
		* @desc The ISF MSUT is configured to use PXT_APPLICABLE_COMMON_ID.
		* An CSF MSUT does not need to be configured. It will receive
		* in the Header frame the CalledId and OwnId.
		* @param p_cc is the CoulourCode used
		*/
		function f_msConfigureRx(ColourCode p_cc)
		runs on Simu
		return FncRetCode {
		var FncRetCode v_ret := e_success;
		if (PIC_ISF_OR_CSF == e_isf) {
		v_ret := f_msConfig_Ut( m_msCfgParamsIsfRx( p_cc, int2bit(PXT_APPLICABLE_COMMON_ID,8)), v_ret);
		v_ret := f_msConfig_Ut( m_msCfgParamsIsfPoliteRx( p_cc, int2bit(PXT_APPLICABLE_COMMON_ID,8)), v_ret);
		}
		return v_ret;
		}//end f_msConfigureRx

		/*
		* @desc The ISF MSUT is configured to use PXT_APPLICABLE_COMMON_ID.
		* An CSF MSUT does not need to be configured. It will receive
		* in the Header frame the CalledId and OwnId.
		* @param p_cc is the CoulourCode used
		* @param p_politeLvl is the Polite level used
		* @param p_callType is the CallType used
		*/
		function f_msConfigureTx(ColourCode p_cc, PoliteLvl p_politeLvl, CallType p_callType)
		runs on Simu
		return FncRetCode {
		var FncRetCode v_ret := e_success;
		if (PIC_ISF_OR_CSF == e_isf) {
		v_ret := f_iutMsTxInit_Ut(m_msCfgParamsIsfTx(p_cc, p_politeLvl, p_callType, int2bit(PXT_APPLICABLE_COMMON_ID,8)), v_ret); }
		v_ret := f_iutMsTxInit_Ut(m_msCfgParamsIsfPoliteTx(p_cc, p_politeLvl, p_callType, int2bit(PXT_APPLICABLE_COMMON_ID,8)), v_ret); }
		else {
		v_ret := f_iutMsTxInit_Ut(m_msCfgParamsCsfTx(p_cc, p_politeLvl, p_callType, fx_calcDialString(PXT_CSF_ADDRESS_TESTER)), v_ret);
		v_ret := f_iutMsTxInit_Ut(m_msCfgParamsCsfPoliteTx(p_cc, p_politeLvl, p_callType, fx_calcDialString(PXT_CSF_ADDRESS_TESTER)), v_ret);
		}
		return v_ret;
		}//end f_msConfigureTx


		}//end configFunctions

		/*
		* @desc Configure Upper Tester
		* @param p_msCfgParams MS config parameters
		* @param p_ret the return code
		*/
		function f_msConfig_Ut( template MsCfgParams p_msCfgParams , FncRetCode p_ret )
		runs on Ut return FncRetCode{
		if(p_ret != e_success){
		@@ -111,12 +125,14 @@
		}
		return e_error;
		} // end f_msConfig_Ut
		} //end configFunctions

		//@Desc: f_iutMsTxInit_Ut is used to prepare the MS for transmission and
		// sets the following parameters
		// ColourCode
		// PoliteLvl (PoliteAll, PoliteCc, Impolite)
		// CallType (Voice, DataTp1, DataTp2, DataTp2)
		/*
		* @desc f_iutMsTxInit_Ut is used to prepare the MS for transmission and
		* sets the following parameters
		* @param p_msCfgParams MS config parameters
		* @param p_ret the return code
		*/

		function f_iutMsTxInit_Ut(template MsCfgParams p_msCfgParams, FncRetCode p_ret)
		runs on Ut return FncRetCode{
		@@ -147,9 +163,12 @@
		} //end f_iutMsTxInit_Ut



		//@Desc: f_iutMsAction_Ut is used to ask IUT ms to do following actions
		// Action Type:= PressPtt, DekeyPtt,
		/*
		* @desc: f_iutMsAction_Ut is used to ask IUT ms to do following actions
		* Action Type:= PressPtt, DekeyPtt,
		* @param p_msActParams MS config parameters
		* @param p_ret the return code
		*/

		function f_iutMsAction_Ut(template MsActParams p_msActParams, FncRetCode p_ret)
		runs on Ut return FncRetCode{
		@@ -161,10 +180,12 @@
		} //end f_iutMsAction_Ut



		//@Desc: f_getCommonId returns the Common ID from an ISF address.
		// This function shall be called only with a ISF address, if called with
		// an CSF address it will return the reserved Common ID value 0.
		/*
		* @desc f_getCommonId returns the Common ID from an ISF address.
		* This function shall be called only with a ISF address, if called with
		* an CSF address it will return the reserved Common ID value 0.
		* @param p_msAddress where to get the Common Id
		*/

		function f_getCommonId( MsAddress p_msAddress )
		runs on Ut return Common_ID {
		@@ -177,98 +198,141 @@

		group converterFunctions {

		/*
		* @desc f_getColourCode returns the Colour Code for ISF or CSF
		*/
		function f_getColourCode ()
		runs on Simu
		return ColourCode {

		//TODO JP implement
		var ColourCode v_cc := { isfColourCode := '11111'B };

		//if (PIC_ISF_OR_CSF)
		var ColourCode v_cc;
		if (PIC_ISF_OR_CSF == e_isf) {
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_0) { v_cc := { isfColourCode := c_grpAcf1 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_1) { v_cc := { isfColourCode := c_grpAcf2 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_2) { v_cc := { isfColourCode := c_grpAcf3 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_3) { v_cc := { isfColourCode := c_grpAcf4 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_4) { v_cc := { isfColourCode := c_grpAcf5 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_5) { v_cc := { isfColourCode := c_grpAcf6 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_6) { v_cc := { isfColourCode := c_grpAcf7 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_7) { v_cc := { isfColourCode := c_grpAcf8 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_8) { v_cc := { isfColourCode := c_grpAcf9 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_9) { v_cc := { isfColourCode := c_grpAcf10 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_10) { v_cc := { isfColourCode := c_grpAcf11 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_11) { v_cc := { isfColourCode := c_grpAcf12 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_12) { v_cc := { isfColourCode := c_grpAcf13 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_13) { v_cc := { isfColourCode := c_grpAcf14 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_14) { v_cc := { isfColourCode := c_grpAcf15 };}
		if (PXT_ISF_CHANNEL_NR == e_isfChannelNr_15) { v_cc := { isfColourCode := c_grpAcf16 };}
		}
		else { // e_csf
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_0) { v_cc := { csfColourCode := c_grpBcf1 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_1) { v_cc := { csfColourCode := c_grpBcf2 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_2) { v_cc := { csfColourCode := c_grpBcf3 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_3) { v_cc := { csfColourCode := c_grpBcf4 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_4) { v_cc := { csfColourCode := c_grpBcf5 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_5) { v_cc := { csfColourCode := c_grpBcf6 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_6) { v_cc := { csfColourCode := c_grpBcf7 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_7) { v_cc := { csfColourCode := c_grpBcf8 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_8) { v_cc := { csfColourCode := c_grpBcf9 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_9) { v_cc := { csfColourCode := c_grpBcf10 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_10) { v_cc := { csfColourCode := c_grpBcf11 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_11) { v_cc := { csfColourCode := c_grpBcf12 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_12) { v_cc := { csfColourCode := c_grpBcf13 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_13) { v_cc := { csfColourCode := c_grpBcf14 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_14) { v_cc := { csfColourCode := c_grpBcf15 };}
		if (PXT_CSF_CHANNEL_NR == e_csfChannelNr_15) { v_cc := { csfColourCode := c_grpBcf16 };}
		}

		return v_cc;

		} //end f_getColourCode

		function f_createMsAddress()
		/*
		* @desc f_createMsAddress returns an MsAddress.
		*
		* @param a booloan if the unit is IUT
		* @remark This function should perhaps be rewritten (split) , and the enumerated type UseAllCallCommonId removed
		*/
		function f_createMsAddress( boolean p_testingEntityIsIUT)
		runs on Simu
		return MsAddress {
		//TODO JP implement
		return {csfAddress := int2bit(12,24)}

		}//end f_createCalledId
		var MsAddress v_retAdr;
		if (PIC_ISF_OR_CSF == e_isf) {
		var ISFAddress v_retIsfAdr;
		if ((p_testingEntityIsIUT and ((vc_mse.useAllCallCommonId == e_iutUsesAllCallCommonId) or
		(vc_mse.useAllCallCommonId == e_testerAndIutUseAllCallCommonId))) or
		((not p_testingEntityIsIUT) and ((vc_mse.useAllCallCommonId == e_testerUsesAllCallCommonId) or
		(vc_mse.useAllCallCommonId == e_testerAndIutUseAllCallCommonId))))
		{
		v_retIsfAdr.common_ID := c_allCall;
		}
		else {
		v_retIsfAdr.common_ID := int2bit(PXT_APPLICABLE_COMMON_ID,c_commonIdLength);
		}
		v_retIsfAdr.fixedPart := c_isfFixedPart;
		v_retAdr := { isfAddress := v_retIsfAdr}
		}
		else { // e_csf
		v_retAdr := { csfAddress := f_getCsfAddress(p_testingEntityIsIUT) };
		}
		return v_retAdr;
		}//end f_createMsAddress

		/*
		* @desc f_getCsfAddress returns an CSFAddress.
		*
		* @param a booloan if the unit is IUT
		* @remark This function should perhaps be rewritten (split) , and the enumerated type UseAllCallCommonId removed
		*/
		function f_getCsfAddress (boolean p_testingEntityIsIUT)
		runs on Simu
		return CSFAddress {
		var CSFAddress v_ret;
		if (p_testingEntityIsIUT) {
		v_ret :=PXT_CSF_ADDRESS_IUT;
		}
		else { // its for tester
		v_ret :=PXT_CSF_ADDRESS_TESTER;
		}
		return v_ret;
		}

		}//end converterFunctions

		group UtilityFunctions {

		//TODO JP chnage name to f_msAddress...
		/*
		* @desc f_msAddress2Upper returns upper part of the MsAddress.
		*
		* @param MsAddress
		*/
		function f_msAddress2Upper(MsAddress p_msAddress) return Bit12 {

		/* if (ischosen(p_calledId.isfAddress)) {
		var Common_Id v_commonId := p_calledId.isfAddress.common_ID;
		if (ischosen(p_msAddress.isfAddress)) {
		var bitstring v_bs_commanId := p_msAddress.isfAddress.common_ID;
		var bitstring v_bs_fixedPart := p_msAddress.isfAddress.fixedPart;
		return (v_bs_commanId << 4) or4b (v_bs_fixedPart >> 8);
		}
		else {//csf


		var bitstring v_bs_commanId := p_msAddress.csfAddress;
		return v_bs_commanId >> 12;
		}



		//var CalledIdUP p_tmp := CalledIdUP(p_calledId & 'FFF000'H);
		var CalledId t1 := p_calledId;
		var MSAddress t2 := p_calledId;
		var ISFAddress t3 := t2.isfAddress;
		var Common_ID t4 := t3.common_ID
		var FixedPart t5 := t3.fixedPart;



		var CalledIdUP retval;
		var CalledIdUP tmp;


		retval := '000000000000'B;

		retval := retval or4b t4;
		tmp := t5 and4b '1111000000000000'B;
		tmp := tmp >> 12;

		retval := retval or4b tmp;


		return retval;


		// nn := p_calledId;
		// oo := nn and4b 'FFF000'H;
		// return oo; */
		return int2bit(0,12);
		}
		function f_msAddress2Lower(MsAddress p_msAddress) return Bit12 {

		/* var CalledId t1 := p_calledId;
		var MSAddress t2 := p_calledId;
		var ISFAddress t3 := t2.isfAddress;
		var Common_ID t4 := t3.common_ID
		var FixedPart t5 := t3.fixedPart;

		var CalledIdUP retval;
		var CalledIdUP tmp;


		retval := '000000000000'B;

		retval := retval or4b t4;
		tmp := t5 and4b '1111000000000000'B;
		tmp := tmp >> 12;

		retval := retval or4b tmp;


		return retval; */
		return int2bit(0,12);
		/*
		* @desc f_msAddress2Upper returns lower part of the MsAddress.
		*
		* @param MsAddress
		*/
		function f_msAddress2Lower(MsAddress p_msAddress) return Bit12 {
		if (ischosen(p_msAddress.isfAddress)) {
		var bitstring v_bs_commanId := p_msAddress.isfAddress.common_ID;
		var bitstring v_bs_fixedPart := p_msAddress.isfAddress.fixedPart;
		return v_bs_fixedPart and4b c_lowerPartSelector;
		}
		else {//csf
		var bitstring v_bs_commanId := p_msAddress.csfAddress;
		return v_bs_commanId and4b c_lowerPartSelector;
		}
		}

		} //end UtilityFunctions

ttcn/dPMR_Messages.ttcn

+1 −1

Original line number	Diff line number	Diff line
		/*
		* @author STF 340
		* @version $vx.x.x$
		*..@desc This module defines message types for digfital Public Mobile
		* @desc This module defines message types for digfital Public Mobile
		Radio (dPMR) upper Dynamic Link Layer (DLL) message. Message
		information elements are defined in the dPMR_types module.
		* @see dPMR_types

ttcn/dPMR_Pics.ttcn

+2 −2

Original line number	Diff line number	Diff line
		@@ -21,8 +21,8 @@ module dPMR_Pics {


		/*
		* @desc: Is the IUT an ISF or CSF entity?
		* @remark: see PICS, Table A.1/1.
		* @desc Is the IUT an ISF or CSF entity?
		* @remark see PICS, Table A.1/1.
		*/
		modulepar {Entity PIC_ISF_OR_CSF := e_isf}

ttcn/dPMR_Pixits.ttcn

+53 −66

Original line number	Diff line number	Diff line
		@@ -15,109 +15,96 @@ module dPMR_Pixits {
		import from dPMR_Values all;

		/*
		* @desc: ISF Channel Number to be used in ISF test cases.
		* @remark: see clause 6.1.5
		* @desc ISF Channel Number to be used in ISF test cases.
		* @remark see clause 6.1.5
		*/
		modulepar {IsfChannelNr PXT_ISF_CHANNEL_NR := e_isfChannelNr_0 }

		/*
		* @desc: ISF Channel Number to be used in ISF test cases.
		* @remark: see clause 6.1.5
		* @desc ISF Channel Number to be used in CSF test cases.
		* @remark see clause 6.1.5
		*/
		modulepar {CsfChannelNr PXT_CSF_CHANNEL_NR := e_csfChannelNr_0 }




		// @desc: Voice Test Tone for frame 1, 2, 3 and 4, must be chosen
		// They consist each of 4x72 bits of data, =288 bits
		/*
		* @desc Voice Test Tone for frame 1, 2, 3 and 4, must be chosen
		* They consist each of 4x72 bits of data, =288 bits
		*/
		modulepar {Payload PXT_VOICE_TEST_TONE_F1}
		modulepar {Payload PXT_VOICE_TEST_TONE_F2}
		modulepar {Payload PXT_VOICE_TEST_TONE_F3}
		modulepar {Payload PXT_VOICE_TEST_TONE_F4}


		// @desc: Type of call
		/*
		* @desc Type of call
		*/
		modulepar { CallType PXT_CALL_TYPE := e_voiceGrp }

		// @desc: Applicable Common Id used for ISF only
		/*
		* @desc Applicable Common Id used for ISF only
		*/
		modulepar {ApplicableCommonId PXT_APPLICABLE_COMMON_ID := 1}

		// @desc: Applicable Common Id used for ISF only
		/*
		* @desc Address of the Tester
		*/
		modulepar {CSFAddress PXT_CSF_ADDRESS_TESTER := '111111110000000000000001'B }

		/*
		* @desc Address of the IUT
		*/
		modulepar {CSFAddress PXT_CSF_ADDRESS_IUT := '111111110000000000000001'B }

		// @desc: Address value of IUT
		// modulepar {MSAddress PXT_TE_ADDRESS := { csfAddress := '111111110000000000000001'B }} // Note this value shall be overwritten. Only valid for CSF

		// @desc: Address value of IUT
		// modulepar {MSAddress PXT_IUT_ADDRESS := { csfAddress := '111111110000000000000001'B }} // Note this value shall be overwritten. Only valid for CSF

		// @desc: Value of IUT Address
		// modulepar {CalledId PXT_CALLED_ID}

		//:= {isfAddress := {commonID := '11111111'B, fixedPart := '0000000000000000'B}}}
		// @desc: Value of Tester Address
		// modulepar {OwnId PXT_OWN_ID } //:= '111111110000000000000001'B}



		// THE FOLLOWING 4 ADDRESS VALUES SHOULED BE DELETED AND REPLACED BY THE
		// TWO GENERAL ADDRESSES ABOVE

		// @desc: Value of IUT Address when TE transmits
		// modulepar {CalledId PXT_TE_TX_CALLED_ID := '111111110000000000000000'B}


		// @desc: Value of Tester Address when TE transmits
		// modulepar {OwnId PXT_TE_TX_OWN_ID := '111111110000000000000001'B}


		// @desc: Value of Tester Address when IUT transmits
		// modulepar {CalledId PXT_IUT_TX_CALLED_ID := '111111110000000000000000'B}


		// @desc: Value of IUT Address when IUT transmits
		// modulepar {OwnId PXT_IUT_TX_OWN_ID := '111111110000000000000001'B}




		// @desc: The politeness level to be used by the IUT attempts to transmit
		/*
		* @desc The politeness level to be used by the IUT attempts to transmit
		*/
		modulepar {PoliteLvl PXT_POLITE_LVL := e_impolite}


		// @desc: The ISF common ID used by IUT
		/*
		* @desc The ISF common ID used by IUT
		*/
		modulepar {Common_ID PXT_ISF_COM_ID := '00000001'B}

		// @desc: The Dialstring of the CSF address to be dialled by the IUT
		/*
		* @desc The Dialstring of the CSF address to be dialled by the IUT
		*/
		modulepar { DialString PXT_CSF_DIALSTRING := "1234567" }


		// @desc: Max Time of IUT sending back response of configuration/action's func/msg
		/*
		* @desc Max Time of IUT sending back response of configuration/action's func/msg
		*/
		modulepar {float PXT_MAX_TIME_CFG_ACT_RLY := 200E-3} // Value To be checked !!!



		/* @desc Guard timer to control a reaction from the IUT to a stimulus sent by the tester (e.g. a message).
		On expiry of this timer, the IUT is considered not to be be able to send the expected response
		/*
		* @desc Guard timer to control a reaction from the IUT to a stimulus sent by the tester (e.g. a message).
		* On expiry of this timer, the IUT is considered not to be be able to send the expected response
		*/
		modulepar {float PXT_TAC := 2.0}

		// @desc Guard timer to control a non-reaction from the IUT to a stimulus sent by the tester (e.g. a message).
		// On expiry of this timer, it is considered that, as it is expected in the test purpose,

		// the IUT has not responded to the stimulus
		/*
		* @desc Guard timer to control a non-reaction from the IUT to a stimulus sent by the tester (e.g. a message).
		* On expiry of this timer, it is considered that, as it is expected in the test purpose,
		* the IUT has not responded to the stimulus
		*/
		modulepar {float PXT_TNOAC := 5.0}

		// @desc Wait for an implicit send. This guard timer is used to limitated the time where the tester is waiting
		// for the response of the IUT that is triggered out by an action from the test operator.
		// On expiry of this timer, it is considered that the action will not succeed, and thus the test case will be terminated.
		/*
		* @desc Wait for an implicit send. This guard timer is used to limitated the time where the tester is waiting
		* for the response of the IUT that is triggered out by an action from the test operator.
		* On expiry of this timer, it is considered that the action will not succeed, and thus the test case will be terminated.
		*/
		modulepar {float PXT_TWAIT := 60.0}


		// @desc: Time of Max Case Execution
		/*
		* @desc Time of Max Case Execution
		*/
		modulepar {float PXT_MAX_CASE_EXEC_PERIOD := 5000E-3}

		} // end module dPMR_Pixits