Commit a34c0c3d authored by kristofferse's avatar kristofferse
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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