LmpInfoSeg MACRO ;******************************************************************************** ; LMP LAYER ;******************************************************************************** ; ; lap2lmpConnectIndication() call ; lap2lmpDisconnectIndication() ; ; lap2lmpRxData(w=Data) ;Incomming data bytes ; lap2lmpRxValid() call ;Data bytes passed since RxFrame message are valid ; lap2lmpRxError() call ;Data bytes passed since RxFrame message are invalid ; ; lap2lmpTxFrame(ret z=None) call ; lap2lmpTxData(ret w=Data ret z=Last) call ;Payload layer can accept a data byte (for an I frame) if there is one available. if there is data available then lmp returns data byte and sets z to false ; lap2lmpTxValid() call ;Lap layer is indicating that all data passed since last TxStart message was acknowledged ; lap2lmpTxError() call ;Lap layer is indicating that all data passed since last TxStart message will need to be sent again ; ;******************************************************************************** ENDM LmpDataSeg MACRO ;******************************************************************************** ; LMP LAYER ;******************************************************************************** org $90 lmpBank = $90 ;16 bytes lmpPosition ds 1 ;Position of multi byte stages lmpData ds 1 ;Temporary Data storage lmpAppLSAP ds 1 ;LSAP number of remote CommApp (or 0 if not connected) lmpAppStatus ds 1 lmpRxState ds 1 ;Current Rx state lmpRxDLSAP ds 1 ;Received DLSAP lmpRxSLSAP ds 1 ;Received SLSAP lmpRxInfo ds 4 lmpRxLMPCmdOpcode = lmpRxInfo + 0 ;LMP Command frames : holds opcode lmpRxIASErrOpcode = lmpRxInfo + 0 ;IAS frame : holds service request lmpRxIASErrRetCode = lmpRxInfo + 1 ;IAS frame : holds return code for service request lmpRxSendStringL = lmpRxInfo + 2 ;SendStringH = _lmpTxStringSegment lmpRxPostTest = lmpRxInfo + 3 lmpTxState ds 1 ;Current Tx state lmpTxDLSAP ds 1 ;Transmit DLSAP = Received SLSAP lmpTxSLSAP ds 1 ;Transmit SLSAP = Received DLSAP lmpTxInfo ds 2 lmpTxIASErrOpcode = lmpTxInfo + 0 ;IAS frame : holds service request lmpTxIASErrRetCode = lmpTxInfo + 1 ;IAS frame : holds return code for service request lmpTxStringH = lmpTxInfo + 0 lmpTxStringL = lmpTxInfo + 1 lmpConnectCmdOpcode = $01 lmpConnectRspOpcode = $81 lmpDisconnectOpcode = $02 lmpAccessCmdOpcode = $03 lmpAccessRspOpcode = $83 lmpLSAPServer = 0 lmpLSAPComm = 5 ;Random number between 1 and 6F lmpAppRxFlag = lmpAppStatus.0 ;Indicates that app layer has been passed unacknoldged data lmpAppTxFlag = lmpAppStatus.1 ;Indicates that app layer is passing data or has passed data that has not yet been acknoldged lmpRxDataMode = %00000000 ;More data is required lmpRxVerifyMode = %10000000 ;Waiting for frame to complete lmpRxSLSAPState = 1 + lmpRxDataMode ;Second byte = Source LSAP lmpRxLMPCmdOpcodeState = 2 + lmpRxDataMode ;LMP Command : Opcode lmpRxIASCmdState = 3 + lmpRxDataMode ;IAS Data : lmpRxIASClassLengthState = 4 + lmpRxDataMode ;IAS Data : lmpRxIASClassTestState = 5 + lmpRxDataMode ;IAS Data : lmpRxIASDeviceAttribState = 6 + lmpRxDataMode ;IAS Data : lmpRxIASCommAttribState = 7 + lmpRxDataMode ;IAS Data : lmpRxIASAttribTestState = 8 + lmpRxDataMode ;IAS Data : lmpRxCommDataState = 9 + lmpRxDataMode ;Comm Data lmpRxBadLSAPState = 1 + lmpRxVerifyMode ;Error state : Invalid Dest LSAP lmpRxLMPCmdVerifyState = 2 + lmpRxVerifyMode ;LMP Command : Verify lmpRxIASAttribVerifyState = 3 + lmpRxVerifyMode ;IAS Data : lmpRxIASErrorState = 4 + lmpRxVerifyMode ;IAS Data : lmpTxStringState = 1 ;Send a string lmpTxIASErrorState = 2 ;Reply stating that the IAS service is an un-supported option or error lmpTxCommDataState = 3 ;Sending Comm Data ;******************************************************************************** ENDM LmpCodeSeg MACRO ;******************************************************************************** ; LMP LAYER ;******************************************************************************** ;********** a2lmpReset ********** a2lmpReset bank lmpBank clr lmpRxState clr lmpTxState clr lmpAppLSAP retp ;********** lap2lmpConnectIndication ********** lap2lmpConnectIndication = a2lmpReset ;********** lap2lmpDisconnectIndication ********** lap2lmpDisconnectIndication = a2lmpReset ;********** lap2lmpRxData ********** lap2lmpRxData bank lmpBank mov lmpData, w ;Store data snb lmpRxState.7 ;Interested in data ? (lmpRxDataMode) retp mov w, lmpRxState ;Jump based on state jmp PC+w jmp lmpRxDLSAPByte ; 0 = lmpIdleState jmp lmpRxSLSAPByte ; 1 = lmpRxSLSAPState jmp lmpRxCmdOpcodeByte ; 2 = lmpRxLMPCmdOpcodeState jmp lmpRxIASCmd ; 3 = lmpRxIASCmdState jmp lmpRxIASClassLength ; 4 = lmpRxIASClassLengthState jmp lmpRxIASStringTest ; 5 = lmpRxIASClassTestState jmp lmpRxIASDeviceAttrib ; 6 = lmpRxIASDeviceAttribState jmp lmpRxIASCommAttrib ; 7 = lmpRxIASCommAttribState jmp lmpRxIASStringTest ; 8 = lmpRxIASAttribTestState jmp lmpRxCommData ; 9 = lmpRxCommDataState ;********** lap2lmpRxValid ********** lap2lmpRxValid debugl IFrameDataRx, '^' bank lmpBank snb lmpAppRxFlag ;CommData ? jmp lmpRxValidCommData ;Yes => process sb lmpRxState.7 ;Interested in valid ? (lmpRxVerifyMode) retp mov w, lmpRxState ;Jump based on state and w, #%01111111 ;Remove Mode bit clr lmpRxState ;Clear RxState back to idle jmp PC+w retp ; 0 = lmpIdleState (invalid) jmp lmpRxBadLSAP ; 1 = lmpRxBadLSAPState jmp lmpRxValidLMPCommand ; 2 = lmpRxLMPCmdVerifyState jmp lmpRxValidIASAttribVerify ; 3 = lmpRxIASAttribVerifyState jmp lmpRxValidIASError ; 4 = lmpRxIASErrorState ;********** lap2lmpRxInvalid ********** lap2lmpRxError debugl IFrameDataRx, '!' setb ledERR ;Turn ERR led on bank lmpBank clr lmpRxState ;Return to idle state sb lmpAppRxFlag ;CommDataMode ? retp ;No => return clrb lmpAppRxFlag ;Clear flag jmp @lmp2appRxCommError ;Yes => Inform app layer of valid (app layer will issue ret instruction) ;********** lap2lmpTxData ********** lap2lmpTxFrame bank lmpBank clr lmpPosition test lmpTxState ;Idle state ? jnz :Send :Idle test lmpAppLSAP ;LMP Connection open to comm layer ? snz ;Zero indicates no connection retp ;No => indicate no data and return call @lmp2appTxCommStart ;Yes => find out if data to send snz ;Data to send retp ;No => indicate no data and return bank lmpBank mov lmpTxState, #lmpTxCommDataState ;Prepare to transmit frame mov lmpTxDLSAP, lmpAppLSAP ;Ensure correct DLSAP mov lmpTxSLSAP, #lmpLSAPComm ;Ensure correct SLSAP mov lmpPosition, #lapMaxFrameSize-2 ;Protect frame size (LAP frame size less DLSAP and SLSAP bytes) :Send mov w, lmpTxDLSAP ;Desired DLSAP bank plBank mov plIDataDLSAP, w ;Store for transmission bank lmpBank mov w, lmpTxSLSAP ;Desired SLSAP bank plBank mov plIDataSLSAP, w ;Store for transmission clz ;Indicate more data to follow retp ;********** lap2lmpTxData ********** lap2lmpTxData ;Lap layer can accept a data byte (for an I frame) if there is one available. if there is data available then lmp returns data byte and sets z to false bank lmpBank mov w, lmpTxState ;Jump based on state jmp PC+w ;Jump based on state retp ; 0 = Idle state (cannot receive TxData in idle state) jmp lmpTxString ; 1 = lmpTxStringState jmp lmpTxIASError ; 2 = lmpTxIASErrorState jmp lmpTxCommData ; 3 = lmpTxCommDataState ;********** lap2lmpTxValid ********** lap2lmpTxValid ;Lap layer is indicating that all data passed since last TxStart message was acknowledged debugl IFrameDataTx, '^' bank lmpBank clr lmpTxState ;Return to idle state sb lmpAppTxFlag ;Transmitting app data ? retp ;No => return clrb lmpAppTxFlag jmp @lmp2appTxCommValid ;Yes => Inform app layer of valid (app layer will issue ret instruction) ;********** lap2lmpTxError ********** lap2lmpTxError ;Lap layer is indicating that all data passed since last TxStart message will need to be sent again debugl IFrameDataTx, '!' setb ledERR ;Turn ERR led on bank lmpBank sb lmpAppTxFlag ;Transmitting app data ? retp ;No => return (stay in this state for retransmission) clrb lmpAppTxFlag jmp @lmp2appTxCommError ;Yes => Inform app layer of error (app layer will issue ret instruction) ;******************************************************************************** ; LMP LAYER - Rx ;******************************************************************************** lmpRx2TxSetup mov lmpTxDLSAP, lmpRxSLSAP ;DLSAP = received SLSAP mov lmpTxSLSAP, lmpRxDLSAP ;SLSAP = received DLSAP retp ;******************************************************************************** ;********** lap2lmpRxData - RxDLSAPState ********** lmpRxDLSAPByte mov lmpRxDLSAP, lmpData ;Store data inc lmpRxState ;Next state = lmpRxSLSAPState retp ;********** lap2lmpRxData - RxSLSAPState ********** lmpRxSLSAPByte mov lmpRxSLSAP, lmpData ;Store data clrb lmpRxSLSAP.7 ;Ensure MSB is clear snb lmpRxDLSAP.7 ;Is this a LMP-Command frame (DLSAP bit 7 set) ? jmp :Cmd ;Yes => process command csne lmpRxDLSAP, #lmpLSAPComm ;DLSAP addressing Comm ? jmp :Comm ;Yes => accept mov w, lmpRxBadLSAPState ;If not server then Bad LSAP test lmpRxDLSAP ;0 = IAS Server snz ;Addressing IAS Server ? mov w, #lmpRxIASCmdState ;Yes => IAS Server state mov lmpRxState, w ;Apply state retp :Cmd mov lmpRxState, #lmpRxLMPCmdOpcodeState ;No => change to RxCmdOpcodeState clrb lmpRxDLSAP.7 ;Ensure MSB is clear retp :Comm mov w, #lmpRxCommDataState ;Comm data test lmpAppLSAP ;Connected ? snz mov w, lmpRxBadLSAPState ;No => error mov lmpRxState, w ;Apply state retp ;********** lap2lmpRxData - RxCmdOpcodeState ********** lmpRxCmdOpcodeByte mov lmpRxLMPCmdOpcode, lmpData ;Store data in opcode variable mov lmpRxState, #lmpRxLMPCmdVerifyState ;Wait for Valid message retp ;********** lap2lmpRxData - RxIASCmdState ********** lmpRxIASCmd mov w, lmpData ;IAS Service request and w, #%10111111 ;Mask out ack bit mov lmpRxIASErrOpcode, w ;Store Service Request in case of error xor w, #$84 ;Is the service request GetValueByClass ? jnz :Err ;No => must reply with service unsupported inc lmpRxState ;Yes => wait for class name length retp :Err mov lmpRxState, #lmpRxIASErrorState ;Will reply with Unsupported mov lmpRxIASErrRetCode, #$FF ;Reply = $FF = unsupported service retp ;********** lap2lmpRxData - RxIASClassLengthState ********** lmpRxIASClassLength ;Data = lnegth of class name inc lmpRxState ;Next state = lmpRxIASClassTestState mov lmpRxIASErrRetCode, #$01 ;If error then Reply = $01 = no such class csne lmpData, #$06 ;Is the class name length 6 indicating that we should test for "Device" ? jmp :Dev ;Yes => test for "Device" csne lmpData, #$0B ;Is the class name length 11 indicating that we should test for "IrDA:IrCOMM" ? jmp :Comm ;Yes => test for "IrDA:IrCOMM" mov lmpRxState, #lmpRxIASErrorState ;No => Will reply with IAS error retp :Dev mov lmpRxPostTest, #lmpRxIASDeviceAttribState ;If class is correct then will cahnge to DeviceAttrib state mov lmpPosition, #_lmpIASDeviceClass ;Pointer to string retp :Comm mov lmpRxPostTest, #lmpRxIASCommAttribState ;If class is correct then will cahnge to CommAttrib state mov lmpPosition, #_lmpIASCommClass ;Pointer to string retp ;********** lap2lmpRxData - RxIASDeviceAttribState ********** lmpRxIASDeviceAttrib mov lmpRxState, #lmpRxIASAttribTestState ;Next will verify attrib string mov lmpRxPostTest, #lmpRxIASAttribVerifyState ;If attrib is correct then will cahnge to AttribVerify state mov lmpRxIASErrRetCode, #$02 ;If error then Reply = $02 = no such attribute csne lmpData, #$0A ;Is the class name length 10 indicating that we should test for "DeviceName" ? jmp :Name ;Yes => test for "Device" csne lmpData, #12 ;Is the class name length 12 indicating that we should test for "IrLMPSupport" ? jmp :Supp ;Yes => test for "IrLMPSupport" mov lmpRxState, #lmpRxIASErrorState ;No => Will reply with IAS error retp :Name mov lmpRxSendStringL, #_lmpIASDeviceName ;Pointer to string to send in reply if attrib verifies mov lmpPosition, #_lmpIASDeviceAttribName ;Pointer to string to test retp :Supp mov lmpRxSendStringL, #_lmpIASDeviceSupport ;Pointer to string to send in reply if attrib verifies mov lmpPosition, #_lmpIASDeviceAttribSupport ;Pointer to string to test retp ;********** lap2lmpRxData - RxIASCommAttribState ********** lmpRxIASCommAttrib mov lmpRxState, #lmpRxIASAttribTestState ;Next will verify attrib string mov lmpRxPostTest, #lmpRxIASAttribVerifyState ;If attrib is correct then will cahnge to AttribVerify state mov lmpRxIASErrRetCode, #$02 ;If error then Reply = $02 = no such attribute csne lmpData, #$0A ;Is the class name length 10 indicating that we should test for "Parameters" ? jmp :Param ;Yes => test for "Parameters" csne lmpData, #$12 ;Is the class name length 18 indicating that we should test for "IrDA:IrLMP:LsapSel" ? jmp :Lsap ;Yes => test for "IrDA:IrLMP:LsapSel" mov lmpRxState, #lmpRxIASErrorState ;No => Will reply with IAS error retp :Param mov lmpRxSendStringL, #_lmpIASCommParam ;Pointer to string to send in reply if attrib verifies mov lmpPosition, #_lmpIASCommAttribParam ;Pointer to string to test retp :Lsap mov lmpRxSendStringL, #_lmpIASCommLsapSel ;Pointer to string to send in reply if attrib verifies mov lmpPosition, #_lmpIASCommAttribLsapSel ;Pointer to string to test retp ;********** lap2lmpRxData - RxIASStringTestState ********** lmpRxIASStringTest mov m, #_lmpRxStringSegment / 256 ;String Segment (high) mov w, lmpPosition ;Pointer to string (low) inc lmpPosition ;Increment offset for next byte iread ;Get data byte (in w) xor w, lmpData ;Is the received data byte correct ? jnz :Err ;No => error mov w, m ;Yes => continue. Move high part of data to w test w ;Is this the last byte ? (m is not 0) snz retp ;No => stay in this state mov lmpRxState, lmpRxPostTest ;Yes => Change to next state retp :Err mov lmpRxState, #lmpRxIASErrorState ;Will reply with Error code retp ;********** lap2lmpRxData - RxCommDataState ********** lmpRxCommData setb lmpAppRxFlag ;remember passing data mov w, lmpData ;Data to pass jmp @lmp2appRxCommData ;Pass data to app layer ;******************************************************************************** ;********** lap2lmpRxValid - RxBadLSAPState ********** lmpRxBadLSAP ;Should disconnect connection !!! jmp @lmp2lapDisconnectRequest ;********** lap2lmpRxValid - RxLMPCmdVerifyState ********** lmpRxValidLMPCommand csne lmpRxLMPCmdOpcode, #lmpConnectCmdOpcode ;Is this a request to open a connection ? jmp :Conn ;Yes => accept csne lmpRxLMPCmdOpcode, #lmpDisconnectOpcode ;Is this a request to clsoe a connection ? jmp :Disc ;Yes => close retp ;No => Unknown or unsupported command => ignore :Conn mov lmpTxStringH, #_lmpLMPConnRsp / 256 ;Pointer to string mov lmpTxStringL, #_lmpLMPConnRsp ;Pointer to string mov lmpTxState, #lmpTxStringState ;Prepare to transmit parameters setb lmpRxSLSAP.7 ;Indicate command (this will be the DLSAP byte when transmitted) cse lmpRxDLSAP, #lmpLSAPComm ;DLSAP addressing Comm ? jmp lmpRx2TxSetup ;No => nothing more to do other than to prepare to send reply mov lmpAppLSAP, lmpRxSLSAP ;Yes => Store Source LSAP in AppLSAP (ie remember the remote Comm App LSAP) clrb lmpAppLSAP.7 ;Set to information frame jmp lmpRx2TxSetup ;prepare to send reply :Disc csne lmpRxDLSAP, #lmpLSAPComm ;DLSAP addressing Comm ? clr lmpAppLSAP ;Yes => clear connection retp ;********** lap2lmpRxValid - RxIASAttribVerifyState ********** lmpRxValidIASAttribVerify mov lmpTxStringH, #_lmpTxStringSegment / 256 ;Pointer to string mov lmpTxStringL, lmpRxSendStringL ;Pointer to string mov lmpTxState, #lmpTxStringState ;Prepare to transmit parameters jmp lmpRx2TxSetup ;Prepare to transmit frame ;********** lap2lmpRxValid - RxIASErrorState ********** lmpRxValidIASError mov lmpTxState, #lmpTxIASErrorState ;Prepare to transmit error return code mov lmpTxIASErrOpcode, lmpRxIASErrOpcode mov lmpTxIASErrRetCode, lmpRxIASErrRetCode jmp lmpRx2TxSetup ;Prepare to transmit frame ;********** lap2lmpRxValid - RxCommDataState ********** lmpRxValidCommData clr lmpRxState ;Clear RxState back to idle clrb lmpAppRxFlag jmp @lmp2appRxCommValid ;******************************************************************************** ; LMP LAYER - Tx ;******************************************************************************** ;********** lap2lmpTxData - TxStringState ********** lmpTxString mov m, lmpTxStringH ;Pointer to string (high) mov w, lmpTxStringL ;Pointer to string (low) add w, lmpPosition ;Add offset inc lmpPosition ;Increment offset for next byte iread mov Temp, w ;Store data mov w, m ;Move high part of data to w test w ;Is this the last byte ? jnz :Last ;Yes mov w, Temp ;Data to pass clz ;Indicate more data to follow Data retp ;Return data to framing layer :Last mov w, Temp ;Data to pass stz ;Indicate last byte retp ;Return data to framing layer ;********** lap2lmpTxData - TxIASErrorState ********** lmpTxIASError test lmpPosition jnz :ErrCod :Opcode mov w, lmpTxIASErrOpcode ;Opcode that was received inc lmpPosition ;Next will send RetCode clz ;Indicate more data to follow retp :ErrCod mov w, lmpTxIASErrRetCode ;RetCode stz ;Indicate last byte retp ;********** lap2lmpTxData - TxCommDataState ********** lmpTxCommData setb lmpAppTxFlag ;remember receiving data call @lmp2appTxCommData ;Get next data byte bank lmpBank snz ;Skip if not last byte retp ;Z = 0 indicating last byte dec lmpPosition ;Byte counter retp ;Returns Z = true if counter = 0 ie when counter reaches 0 last flag will be set ;******************************************************************************** ENDM LmpRxStringSeg MACRO ;******************************************************************************** ; LMP LAYER - Strings ;WARNING - Strings must not go over a 256 boundry !!! ;******************************************************************************** _lmpRxStringSegment ;Rx strings must all be in the same segement !!! _lmpIASDeviceClass dw 'Device'+$F00 ;Classname = "Device" ($F00 indicates end) _lmpIASDeviceAttribName dw 'DeviceName'+$F00 ;Device Attribute: "DeviceName" ($F00 indicates end) _lmpIASDeviceAttribSupport dw 'IrLMPSupport'+$F00 ;Device Attribute: "IrLMPSupporte" ($F00 indicates end) _lmpIASCommClass dw 'IrDA:IrCOMM'+$F00 ;Classname = "IrDA:IrCOMM" ($F00 indicates end) _lmpIASCommAttribParam dw 'Parameters'+$F00 ;IrCOMM Attribute: "Parameters" ($F00 indicates end) _lmpIASCommAttribLsapSel dw 'IrDA:IrLMP:LsapSel'+$F00 ;IrCOMM Attribute: "LsapSel" ($F00 indicates end) ;******************************************************************************** ENDM LmpTxStringSeg MACRO ;******************************************************************************** ; LMP LAYER - String ;WARNING - Strings must not go over a 256 boundry !!! ;******************************************************************************** _lmpTxStringSegment ;Tx strings must all be in the same segement !!! _lmpLMPConnRsp dw lmpConnectRspOpcode, $00+$F00 _lmpIASDeviceName dw $84, $00 ;$84 = Reply to GetValueByClass, $00 = success _lmpIASDeviceName1 dw $00, $01 ;List length = 1 item _lmpIASDeviceName2 dw $00, $00 ;Object identifier = 0 _lmpIASDeviceName3 dw $03, $00 ;Data is of type "User string", ASCII _lmpIASDeviceName4 dw 28 ;length of text = 28 octets _lmpIASDeviceNameText dw 'SX IrDA IrComm Demonstration'+$F00 ;String to be displayed _lmpIASDeviceSupport dw $84, $00 ;$84 = Reply to GetValueByClass, $00 = success _lmpIASDeviceSupport1 dw $00, $01 ;List length = 1 item _lmpIASDeviceSupport2 dw $00, $00 ;Object identifier = 0 _lmpIASDeviceSupport3 dw $02 ;Data is of type "Octet Sequence" _lmpIASDeviceSupport4 dw $00, $03 ;Data is 3 bytes in length _lmpIASDeviceSupport5 dw $01 ;Data : IrLMP Version = 1 (refer LMP p 84) _lmpIASDeviceSupport6 dw $00 ;Data : IAS Support = no additional features (refer LMP p 84) _lmpIASDeviceSupport7 dw $00+$F00 ;Data : MUX Support = no additional features (refer LMP p 85) ($F00 indicates end) _lmpIASCommParam dw $84, $00 ;$84 = Reply to GetValueByClass, $00 = success _lmpIASCommParam1 dw $00, $01 ;List length = 1 item _lmpIASCommParam2 dw $00, $00 ;Object identifier = 0 _lmpIASCommParam3 dw $02 ;Data is of type "Octet Sequence" _lmpIASCommParam4 dw $00, $06 ;Data is 6 bytes in length _lmpIASCommParam5 dw $00, 1, %00000001 ;Data : Service types = 3 wire raw _lmpIASCommParam6 dw $01, 1, %00000011+$F00 ;Data : Port type = serial or parallel ($F00 indicates end) _lmpIASCommLsapSel dw $84, $00 ;$84 = Reply to GetValueByClass, $00 = success _lmpIASCommLsapSel1 dw $00, $01 ;List length = 1 item _lmpIASCommLsapSel2 dw $00, $00 ;Object identifier = 0 _lmpIASCommLsapSel3 dw $01 ;Data is of type "Integer" _lmpIASCommLsapSel4 dw $00, $00, $00, lmpLSAPComm+$F00 ;LsapSel = 5 ($F00 indicates end) ;******************************************************************************** ENDM
| file: /Techref/scenix/lib/io/osi2/ir/da/lmp.src, 21KB, , updated: 1999/8/20 19:48, local time: 2024/4/18 16:44,
18.227.161.132:LOG IN
|
| ©2024 These pages are served without commercial sponsorship. (No popup ads, etc...).Bandwidth abuse increases hosting cost forcing sponsorship or shutdown. This server aggressively defends against automated copying for any reason including offline viewing, duplication, etc... Please respect this requirement and DO NOT RIP THIS SITE. Questions? <A HREF="http://www.piclist.com/techref/scenix/lib/io/osi2/ir/da/lmp.src"> scenix lib io osi2 ir da lmp</A> |
| Did you find what you needed? |
|
PICList 2024 contributors:
o List host: MIT, Site host massmind.org, Top posters @none found - Page Editors: James Newton, David Cary, and YOU! * Roman Black of Black Robotics donates from sales of Linistep stepper controller kits. * Ashley Roll of Digital Nemesis donates from sales of RCL-1 RS232 to TTL converters. * Monthly Subscribers: Gregg Rew. on-going support is MOST appreciated! * Contributors: Richard Seriani, Sr. |
Welcome to www.piclist.com! |
.