folder structure initialized (a34c0c3d) · Commits · DMR / dPMR

ttcn/LibdPMR_Messages.ttcn

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		/*
		* @author STF 312
		* @version $vx.x.x$
		*..@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
		*/

		module LibdPMR_Messages {

		import from LibdPMR_Values all;
		import from LibdPMR_Types all;
		import from LibCommon_DataStrings all;

		group Frames {

		// 5.1 Super frame

		type record SuperFrame {
		Frame1 frame1,
		Frame2 frame2,
		Frame3 frame3,
		Frame4 frame4
		}


		type record Frame1 {
		FrameSync24 frameSync,
		FrameNumber frameNumber,
		CalledIdUP calledIdUP,
		CommunicationsMode communicationsMode,
		CommsFormat commsFormat,
		Reserved2bit reserved2bit,
		SlowData slowData,
		Payload payload
		}


		type record Frame2 {
		ColourCode colourCode,
		FrameNumber frameNumber,
		CalledIdLP calledIdLP,
		CommunicationsMode communicationsMode,
		CommsFormat commsFormat,
		Reserved2bit reserved2bit,
		SlowData slowData,
		Payload payload
		}

		type record Frame3 {
		FrameSync24 frameSync,
		FrameNumber frameNumber,
		OwnIdUP ownIdUP,
		CommunicationsMode communicationsMode,
		CommsFormat commsFormat,
		Reserved2bit reserved2bit,
		SlowData slowData,
		Payload payload
		}


		type record Frame4 {
		ColourCode colourCode,
		FrameNumber frameNumber,
		OwnIdLP ownIdLP,
		CommunicationsMode communicationsMode,
		CommsFormat commsFormat,
		Reserved2bit reserved2bit,
		SlowData slowData,
		Payload payload
		}


		// 5.2 Header frame

		type record HeaderFrame {
		HeaderType headerType,
		CalledId calledId,
		OwnId ownId,
		CommunicationsMode communicationsMode,
		CommsFormat commsFormat,
		Reserved2bit reserved2bit,
		CallInformation callInformation
		}


		// 5.3 End frame

		type record EndFrame {
		EndType endType,
		AckRequest ackRequest,
		TxWait txWait,
		StatusMessage statusMessage,
		Reserved4bit reserved4bit
		}

		// 5.4 Packed data header

		type record PacketDataHeader {
		HeaderType headerType,
		CalledId calledId,
		OwnId ownId,
		CommunicationsMode communicationsMode,
		CommsFormat commsFormat,
		Reserved2bit reserved2bit,
		CallInformation callInformation
		}


		// 5.5 ACK frame

		type record AckFrame {
		HeaderType headerType,
		CalledId calledId,
		OwnId ownId,
		CommunicationsMode communicationsMode,
		CommsFormat commsFormat,
		Reserved2bit reserved2bit,
		CallInformation callInformation
		}

		} // End group Frames



		// 4.2.3 Transmission sequences

		group TransmissionSequences {

		type record PayloadContTransmission {
		HeaderFrame headerFrame,
		SuperFrameList sfLlist,
		EndFrame endFrame
		}


		// Structure for super continuous payload transmissions.
		type set length( 1.. c_maxNbrOfSfs ) of SuperFrame SuperFrameList;



		type record CallOrSrvReq {
		HeaderFrame headerFrame,
		EndFrame endFrame
		}

		type HeaderFrame Acknowledgement;

		type record StatusReqAck {
		HeaderFrame headerFrame,
		EndFrame endFrame
		}


		type record Disconnect {
		HeaderFrame headerFrame1,
		EndFrame endFrame1,
		HeaderFrame headerFrame2,
		EndFrame endFrame2
		}


		type record PacketDataTransmission {
		PacketDataHeader packetDataHeader,
		PacketDataFrameList packetDataFrameList,
		EndFrame endFrame
		}


		// 8.3.1 Packet data

		// Structure for packet data list max 8 packet frames in a packet transmission
		type set length (1 .. c_maxNmbPDF) of PacketFrame PacketDataFrameList;


		} // end group TransmissionSequences


		} // end module dPMR_messages
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ttcn/LibdPMR_Types.ttcn

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		/*
		* @author STF 312
		* @version $Id$
		* @desc Data type definitions for information elements for digital Public
		Mobile Radio (dPMR) messages
		*/

		module LibdPMR_Types {


		import from LibCommon_DataStrings all;
		import from LibCommon_BasicTypesAndValues all;




		// ------------ Information elements ---------------

		group InformationElements {

		// 5.6 Frame numbering

		type enumerated FrameNumber { // 2 bits
		e_frame1 (0),
		e_frame2 (1),
		e_frame3 (3),
		e_frame4 (4)
		} with {encode "2 bits"}


		// 5.7 Communication mode

		type enumerated CommunicationsMode { // 3 bits
		e_voice (0),
		e_voiceSlowData (1),
		e_dataT1 (2),
		e_dataT2 (3),
		e_dataT3 (4),
		e_voiceDataT2 (5),
		e_rsv6 (6),
		e_rsv7 (7)
		} with {encode "2 bits"}


		// 5.8 Communication format

		type enumerated CommsFormat { // 4 bits
		e_callAll (0),
		e_p2p (1),
		e_rsv2 (2),
		e_rsv3 (3),
		e_other (4)
		} with {encode "4 bits"}


		// 5.9 SLD format

		type union SlowData {
		SlowDataInVoice slowDataInVoice,
		SlowDataInDataT1OrT2 slowDataInDataT1OrT2
		}

		type record SlowDataInVoice {
		Continue cont1,
		UserData userData1,
		Continue cont2,
		UserData userData2
		}


		type enumerated Continue { // 1 bit
		e_continue (0),
		e_terminate (1)
		}

		type Bit8 UserData;

		type record SlowDataInDataT1OrT2 {
		Reserved5bit reserved5bit,
		DataPosition dataPosition,
		Format format,
		ContFlag contFlag,
		DataLength dataLength
		}


		type Bit6 DataLength;

		type enumerated DataPosition { // 2 bits
		e_NoDataInFrame (0),
		e_rsv1 (1),
		e_rsv2 (2),
		e_DataInFrame (3)
		} with {encode "2 bits"}


		type enumerated Format { // 4 bits
		e_statusMessage (0),
		e_precodedMessage (1),
		e_freeTextMessage (2),
		e_shortFileTransfer (3),
		e_userDefData1 (4),
		e_userDefData2 (5),
		e_userDefData3 (6),
		e_userDefData4 (7),
		e_other (8) // Represent all other non-defined values.
		} with {encode "2 bits"}



		type enumerated ContFlag { // 1 bit
		e_continueAfterFrame (0),
		e_finishAfterFrame (1)

		} with {encode "1 bit"}



		// 5.10 Call information

		type union CallInformation { // 11 bits
		CiInformationNormalOrPws ciInformationNormalOrPws,
		CiInformationSysTrans ciInformationSysTrans,
		CiInformationAck ciInformationAck
		}

		// 5.10.1

		type record CiInformationNormalOrPws {
		CiTypeNormalOrPws ciTypeNormalOrPws,
		CiInfoNormalOrPws ciInfoNormalOrPws
		}


		type enumerated CiTypeNormalOrPws { // 3 bits
		e_reserved0 (0),
		e_dataT1T2 (1),
		e_reserved2 (2),
		e_dataT3 (3),
		e_reserved4 (4),
		e_reserved5 (5),
		e_reserved6 (6),
		e_extendWakeupHdr (7)
		} with {encode "3 bit"}


		type union CiInfoNormalOrPws {
		CiInformationNormal ciInformationNormal,
		CiInformationPws ciInformationPws
		}


		type union CiInformationNormal {
		CiInfoNormalDataT1T2 ciInfoNormalDataT1T2,
		CiInfoNormalDataT3 ciInfoNormalDataT3
		}

		type record CiInfoNormalDataT1T2 {
		Format format,
		Reserved4bit reserved4bit
		}


		type record CiInfoNormalDataT3 {
		PdS pdS,
		PdM pdM
		}


		type enumerated PdS { // 4 bits
		e_frmTm80ms (0),
		e_frmTm160ms (1),
		e_frmTm240ms (2),
		e_frmTm320ms (3),
		e_rsv4 (4) // represent all other 4 bit values
		} with {encode "4 bit"}


		type enumerated PdM { // 4 bits
		e_pdM0 (0),
		e_pdM1 (1),
		e_pdM2 (2),
		e_pdM3 (3),
		e_pdM4 (4),
		e_pdM5 (5),
		e_pdM6 (6),
		e_pdM7 (7),
		e_rsv8 (8) // represent all other 4 bit values
		} with {encode "4 bit"}



		type enumerated CiInformationPws { // 8 bits
		e_normalHdrFrame (0),
		e_extHdrFrame1 (1),
		e_extHdrFrame2 (2),
		e_extHdrFrame3 (3),
		e_extHdrFrame4 (4),
		e_extHdrFrame5 (5),
		e_extHdrFrame6 (6),
		e_extHdrFrame7 (7),
		e_extHdrFrame8 (8),
		e_extHdrFrame9 (9),
		e_extHdrFrame10 (10),
		e_extHdrFrame11 (11),
		e_extHdrFrame12 (12),
		e_extHdrFrame13 (13),
		e_extHdrFrame14 (14),
		e_extHdrFrame15 (15),
		e_reserved (16) // Represent all other 8 bit values
		} with {encode "4 bit"}



		// 5.10.4 Call information for system transactions

		type record CiInformationSysTrans {
		CiTypeSysTrans ciTypeSysTrans,
		CiInfoSysTrans ciInfoSysTrans
		}


		type enumerated CiTypeSysTrans { // 3 bits
		e_rsv0 (0),
		e_dynGrpReqAnswDev (1),
		e_rsv2 (2),
		e_rsv3 (3),
		e_esnReqRpl (4),
		e_mfidReqRpl (5),
		e_contactStationAddr (6),
		e_rsv7 (7)
		} with {encode "3 bit"}


		type Bit8 CiInfoSysTrans; // All 8 bits shall be set to zero.


		// Call information for acknowledgements

		type record CiInformationAck {
		CiTypeAck ciTypeAck,
		CiInfoAck ciInfoAck
		}

		type enumerated CiTypeAck { // 3 bits
		e_rsv0 (0),
		e_ack (1),
		e_nackReqResend (2),
		e_nackReqDenied (3),
		e_rsv4 (4),
		e_rsv5 (5),
		e_rsv6 (6),
		e_rsv7 (7)
		} with {encode "3 bit"}

		type Bit8 CiInfoAck; // Value 0 reserved, value 1..255 ACK/NACK status (reject reason defined by user).


		// 5.11 Header type

		type enumerated HeaderType { // 4 bits
		e_commStartHeader (0),
		e_connReqHeader (1),
		e_unconnReqHeader (2),
		e_ack (3),
		e_sysReqHeader (4),
		e_ackHdrReply (5),
		e_sysDelivHdr (6),
		e_statusRspHdr (7),
		e_statusReqHdr (8),
		e_rsv9 (9) // represent all other undefined 4 bit values
		} with {encode "4 bit"}


		// 5.12 End type

		type enumerated EndType { // 2 bits
		e_endFrame (0),
		e_endFrameWithStatusMsg (1),
		e_rsv2 (2),
		e_rsv3 (3)
		} with {encode "2 bit"}


		// 5.13 ARQ

		type enumerated AckRequest { // 2 bits
		e_noAckReq (0),
		e_AckReq (1),
		e_rsv2 (2),
		e_rsv3 (3)
		} with {encode "2 bit"}


		// 5.14 Tx Wait

		type enumerated TxWait { // 4 bits
		e_noSpecTime (0),
		e_halfFrame40ms (1),
		e_oneFrame80ms (2),
		e_twoFrames160ms (3),
		e_fourFrames320ms (4),
		e_rsv5 (5) // All other non-defined 4 bit values
		} with {encode "4 bit"}


		// 5.15 Status message

		type Bit5 StatusMessage; // Status message 0.. 31




		// 6.1 Frame sync

		type Bit24 FrameSync24;
		type Bit48 FrameSync48;

		// 6.1.5 Coulour code

		type Bit24 ColourCode;





		// 8.3.3 Packet frame coding

		type record PacketFrame {
		ColourCode colourCode,
		NbrOfFrames nbrOfFrames,
		ValidDataLen validDataLength,
		Reserved14Bit reserved14bit,
		CrcD crcForData,
		Data data
		}


		type UInt3 NbrOfFrames; // Number of packet data frames in packet packet transmission (3 bits)

		type UInt8 ValidDataLen; // Actual length of valid data in the packet frame

		type Bit16 CrcD // CRC for data field.

		type union Data {
		UserDataPds0 userDataPds0, // 36 octets maximum
		UserDataPds1 userDataPds1, // 84 octets maximum
		UserDataPds2 userDataPds2, // 132 octets maximum
		UserDataPds3 userDataPds3 // 180 octets maximum
		}


		type Oct36 UserDataPds0;
		type Oct84 UserDataPds1;
		type Oct132 UserDataPds2;
		type Oct180 UserDataPds3;


		type octetstring Oct36 length(36) with {encode "36 bytes"};
		type octetstring Oct84 length(84) with {encode "84 bytes"};
		type octetstring Oct132 length(132) with {encode "132 bytes"};
		type octetstring Oct180 length(180) with {encode "180 bytes"};


		// Called and Own Id types

		type Bit12 CalledIdUP;
		type Bit12 CalledIdLP;

		type Bit24 CalledId;

		type Bit12 OwnIdUP;
		type Bit12 OwnIdLP;

		type Bit24 OwnId;


		// Payload

		type Oct9 Payload; // 72 bits



		// Reserved fields

		type Bit2 Reserved2bit;
		type Bit4 Reserved4bit;
		type Bit5 Reserved5bit;
		type Bit14 Reserved14Bit

		} // End group InformationElements



		// ---- ATS Related Types

		group AtsRelatedTypes {
		// --ATS related types --

		type enumerated FncRetCode {
		eSuccess (0),
		eError (1),
		eTimeout (2)
		}


		type record MsCfgParams { // TO BE COMPLETED BASED ON PRE-CONFIGURATION PARAMETERS.
		}


		type enumerated IutIndMsg { // TO BE COMPLETED WITH UPPER TESTER INDICATIONS!!!
		statusMessage(0),
		ToBeDefined (1)
		}


		} // End group AtsRelatedTypes




		} // End module dPMR_types
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ttcn/LibdPMR_Values.ttcn

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		/*
		* @author STF 312
		* @version $vx.x.x$
		* @desc This module defines constant values used in the dPMR test cases.
		*/

		module LibdPMR_Values {
		import from LibdPMR_Types all;
		import from LibCommon_BasicTypesAndValues all;



		// 6.1 Frame sync values

		const FrameSync48 c_fs1 := '010101111111111101011111011101011101010101110111'B; // FS in non-data header frames.
		const FrameSync24 c_fs2 := '010111111111011101111101'B; // FS in frame 1 and 3 of superframe.
		const FrameSync24 c_fs3 := '011111011101111111110101'B; // FS in End frame
		const FrameSync48 c_fs4 := '111111010101010111110101110111110111111111011101'B; // FS in


		// 6.1.5 Colour code values

		// Group A channel values
		const ColourCode c_grpAcf1 := '010101110111010101110111'B;
		const ColourCode c_grpAcf2 := '010101111101110101110101'B;
		const ColourCode c_grpAcf3 := '010101111111011101110101'B;
		const ColourCode c_grpAcf4 := '010101010101011101111101'B;
		const ColourCode c_grpAcf5 := '010101010111110101111101'B;
		const ColourCode c_grpAcf6 := '010101011101010101111111'B;
		const ColourCode c_grpAcf7 := '010101011111111101111111'B;
		const ColourCode c_grpAcf8 := '010111110101010101011111'B;
		const ColourCode c_grpAcf9 := '010111110111111101011111'B;
		const ColourCode c_grpAcf10 := '010111111101011101011101'B;
		const ColourCode c_grpAcf11 := '010111111111110101011101'B;
		const ColourCode c_grpAcf12 := '010111010101110101010101'B;
		const ColourCode c_grpAcf13 := '010111010111011101010101'B;
		const ColourCode c_grpAcf14 := '010111011101111101010111'B;
		const ColourCode c_grpAcf15 := '010111011111010101010111'B;
		const ColourCode c_grpAcf16 := '011101110101110111010111'B;

		// Group B channel values
		const ColourCode c_grpBcf1 := '111101110101011101010111'B;
		const ColourCode c_grpBcf2 := '111101110111110101010111'B;
		const ColourCode c_grpBcf3 := '111101111101010101010101'B;
		const ColourCode c_grpBcf4 := '111101111111111101010101'B;
		const ColourCode c_grpBcf5 := '111101010101111101011101'B;
		const ColourCode c_grpBcf6 := '111101010111010101011101'B;
		const ColourCode c_grpBcf7 := '111101011101110101011111'B;
		const ColourCode c_grpBcf8 := '111101011111011101011111'B;
		const ColourCode c_grpBcf9 := '111111110101110101111111'B;
		const ColourCode c_grpBcf10 := '111111110111011101111111'B;
		const ColourCode c_grpBcf11 := '111111111101111101111101'B;
		const ColourCode c_grpBcf12 := '111111111111010101111101'B;
		const ColourCode c_grpBcf13 := '111111010101010101110101'B;
		const ColourCode c_grpBcf14 := '111111010111111101110101'B;
		const ColourCode c_grpBcf15 := '111111011101011101110111'B;
		const ColourCode c_grpBcf16 := '111111011111110101110111'B;



		// Maximum number of Super frames in a continuous payload transmission. Limited by the rule of max 180 sec
		// continuous transmission.

		const UInt10 c_maxNbrOfSfs := 665;


		// Maximum number of packet frames in a Packet data transmission

		const UInt4 c_maxNmbPDF := 8;


		} // end module dPMR_values
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ttcn/dPMR_TestConfiguration.ttcn

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		/*
		* @author STF 340
		* @version $vx.x.x$
		* @desc Test Configuration
		*/

		module dPMR_TestConfiguration {

		//LibCommon
		import from LibCommon_Sync all;
		import from LibCommon_VerdictControl all;
		//Ats
		import from LibdPMR_Values all;
		import from LibdPMR_Types all;
		import from LibdPMR_Messages all;
		// import from dPMR_Templates all;
		import from dPMR_TestSystem all;
		// import from dPMR_Pixits all;
		// import from dPMR_ExternalFns all;


		group mapFns {

		/*
		* @desc This function maps all ports
		* @param void
		*
		*/
		function f_mapSimu()
		runs on Simu {
		// map (self: macMsg, system: taMacMsg);
		// map (self: macBcMsg, system: taMacBcMsg);
		// map (self: macPdu, system: taMacPdu);
		// map (self: phy, system: taPhy);
		} //end function f_mapSimu

		function f_unmapSimu()
		runs on Simu {
		//unmap(self:all port); //edition3 feature
		}

		} // end group mapFns

		}//end module dPMR_TestConfiguration
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ttcn/dPMR_TestSystem.ttcn

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		/*
		* @author STF 340
		* @version $vx.x.x$
		* @desc Ports, timers, primitives, test components, component variables
		* are defined here.
		*/

		module dPMR_TestSystem {

		//LibCommon
		import from LibCommon_AbstractData all;
		import from LibCommon_Sync all;
		import from LibCommon_DataStrings all;
		import from LibCommon_BasicTypesAndValues all;
		//Ats
		import from LibdPMR_Values all;
		import from LibdPMR_Types all;
		import from LibdPMR_Messages all;
		// import from dPMR_Pics all;
		// import from dPMR_Pixits all;

		type component Simu {

		//Start New 16e
		// port SyncPort syncPort;
		// PtcSyncPort used for synchronization between 2 PTCs
		// port SyncPort ptcSyncPort;
		//port CfPort cfPort;
		// port SyncPort syncSendPort;
		// timer tc_sync := PX_TSYNC_TIME_LIMIT;
		// Echange value between PTC
		// port ExchangePort exchangePort;
		//End New 16e
		//Ports
		// port Dp1Port dp1dPmrMsg;
		// port Dp2PortTx dp2Tx ;
		// port MacPduPort macPdu ;
		// port PhyPort phy;
		// port TaPort ta;
		// // Component variables
		// var SimuParams vc_simu ;
		//Timers
		// timer t_guard := PXT_TGUARD;
		// timer t_wait := PXT_TWAIT;
		// timer t_ac := PXT_TAC;
		// timer t_noac := PXT_TNOAC;
		// timer t_3 := PIC_T3* ( 100.0 + PXT_TIMER_PRECISION ) / 100.0;
		//Broadcast
		} // end of type component Simu


		type component TestAdapter {
		//Ports
		// port TaDp1Port tadPmrMsg;
		// port TaDp2PortRx tadPmrCommands;
		// port TaUtPort taUtPort ;
		} // end of type component TestAdapter


		group portDefs {



		//@desc: The port for MAC Management messsages
		// type port MacPduPort message {inout MacPduPrimitives};
		// type port MacBcMessagePort message {in MacBcMsgPrimitives};
		// type port MacMessagePort message {inout MacMsgPrimitives};
		// type port PhyPort message {in PhyInd};

		//@desc: The port for message exchange between PTCs
		// type port ExchangePort message { inout ExchangeMsg };

		//@desc: The port for message exchange between TTCN and test adapter (TA)
		// type port TaPort message { inout TaPrimitives };


		} // end group portDefs

		group primitives {


		}//end primitives

		} // end of module dPMR_TestSystem