Classes
struct	SWI_STRUCT_TcpOpt
	This structure contains TCP optimization parameters. More...

Typedefs
typedef void(SWICALLBACK *	tFNPacketTotals) (ULONG totalPacketTX, ULONG totalPacketRX)
	API Return Codes. More...

typedef void(SWICALLBACK *	tFNNewNMEA) (LPCSTR pNMEA)

typedef void(SWICALLBACK *	tFNNewNMEAPlus) (LPCSTR pNMEA, ULONG mode)

typedef void(SWICALLBACK *	tFNSwiSignalStrengthInfo) (INT8 nCdmaRssi, ULONG nCdmaEcio, INT8 nHdrRssi, ULONG nHdrEcio, ULONG nHdrSinr, ULONG nHdrIo, INT8 nGsmRssi, INT8 nWcdmaRssi, ULONG nWcdmaEcio, INT8 nLteRssi, INT8 nLteRsrq, INT16 nLteRsrp, UINT8 nLteSnr)

typedef void(SWICALLBACK *	tFNEcio) (INT8 nEcio, ULONG nRadioIf)
	ECIO callback function. More...

typedef void(SWICALLBACK *	tFNSnir) (ULONG nSnir)
	SNIR callback function. More...

typedef void(SWICALLBACK *	tFNErrorRate) (ULONG nErrorRate, ULONG nRadioIf)
	Error rate callback function. More...

typedef void(SWICALLBACK *	tFNRsrq) (INT8 nRsrq, ULONG nRadioIf)
	RSRQ callback function. More...

typedef void(SWICALLBACK *	tFNSwiDeviceRemoval) (ULONG nStatus)
	Device removal callback function. More...

typedef void(SWICALLBACK *	tFNSWIOMADMFota) (UINT8 SessionState, UINT8 UserInputReq, UINT16 UserInputTimeout, UINT32 FWDownloadSize, UINT32 FWDownloadComplete, UINT16 UpdateStatus, UINT8 Severity, UINT16 VersionLength, BYTE Version, UINT16 NameLength, BYTE PackageName, UINT16 DescriptionLength, BYTE *Description)
	SWIOMA-DM network initiated FOTA callback function. More...

typedef void(SWICALLBACK *	tFNSWIOMADMAlert) (UINT8 SessionState, UINT8 UserInputReq, UINT16 UserInputTimeout, UINT16 AlertMsgLength, BYTE *AlertMsg)
	SWIOMA-DM network initiated alert callback function. More...

typedef void(SWICALLBACK *	tFNSwiCurrentDataBearer) (ULONG NetworkType, ULONG RatMask, ULONG SoMask)

Functions
SWIIMPORT ULONG SWICMAPI	SwiSetDeviceRemovalCallback (tFNSwiDeviceRemoval pCallback)
	This function enables/disables the device removal callback function. More...

SWIIMPORT ULONG SWICMAPI	SwiSetEcioCallback (tFNEcio pCallback, BYTE nThreshold)
	This function enables/disables the ECIO callback function. More...

SWIIMPORT ULONG SWICMAPI	SwiSetSnirCallback (tFNSnir pCallback, BYTE nThreshold)
	This function enables/disables the SNIR callback function. More...

SWIIMPORT ULONG SWICMAPI	SwiSetErrorRateCallback (tFNErrorRate pCallback)
	This function enables/disables the error rate callback function. More...

SWIIMPORT ULONG SWICMAPI	SwiSetRsrqCallback (tFNRsrq pCallback, BYTE nThreshold)
	This function enables/disables the RSRQ callback function. More...

SWIIMPORT ULONG SWICMAPI	SwiGoDormant (void)
	This command forces the device to drop the traffic channel. The channel may be reactivated the next time data is sent over the interface. Thus, there is no guarantee that the channel will remain dormant for any guaranteed period. More...

SWIIMPORT ULONG SWICMAPI	GetRoutes (ULONG pRouteInstances, BYTE pRouteList)
	This function queries the behavior used to route new MT messages to MSM memory storage and WMS clients. The response indicates the current actions for all messaging routes on the MSM device taken upon receipt of an incoming WMS message matching that route. More...

SWIIMPORT ULONG SWICMAPI	SetRoutes (ULONG nRouteInstances, BYTE *pRouteList)
	This function sets the routing action taken upon receipt of incoming the WMS message per message category. A storage location on the MSM device and whether indications should be sent to interested WMS clients may be specified separate for each message category. All routes need not be set at the same time. Routes not specified in the request message will be left unchanged. More...

SWIIMPORT ULONG SWICMAPI	GetIPConfiguration (ULONG pIPAddress, ULONG pGatewayAddress, ULONG pSubnetMask, ULONG pPrimaryDnsAddress, ULONG *pSecondaryDnsAddress)
	This function returns IP configuration data for the current packet data session. More...

SWIIMPORT ULONG SWICMAPI	WCDMADecodeMOTextMsg (BYTE pMessage, BYTE pDestAddrLength, CHAR pDestAdd, BYTE pTextMsgLength, WCHAR pTextMsg, BYTE pScAddrLength, CHAR pScAddr, BOOLEAN pRejectDuplicates, BOOLEAN pStatusReportReq, BOOLEAN pReplyPath, BYTE pValidityFormat, BYTE validityPeriod[7], BOOLEAN pConcatenatedMsg, ULONG pMsgRefNum, BYTE pTotalSegments, BYTE *pSegmentNum)
	This function can be used to decode a WCDMA draft message read from the device using GetSMS() API. The text message will be returned in UCS2 along with related message information. More...

SWIIMPORT ULONG SWICMAPI	WCDMADecodeMTTextMsg (BYTE pMessage, BYTE pSenderAddrLength, CHAR pSenderAddr, BYTE pTextMsgLength, WCHAR pTextMsg, BYTE pScAddrLength, CHAR pScAddr, BOOLEAN pMoreMsgSend, BOOLEAN pReplyPath, BOOLEAN pStatusReportInd, BYTE scTimeStamp[7], BOOLEAN pConcatenatedMsg, ULONG pMsgRefNum, BYTE pTotalSegments, BYTE pSegmentNum)
	This function can be used to decode a received WCDMA SMS message read off the device using the GetSMS() API. The text message will be returned in UCS2 along with related message information. More...

SWIIMPORT ULONG SWICMAPI	CDMADecodeMTTextMsg (ULONG messageLength, BYTE pMessage, ULONG pMessageID, BYTE pSenderAddrLength, CHAR pSenderAddr, BYTE pTextMsgLength, WCHAR pTextMsg, BYTE pPriority, BYTE pPrivacy, BYTE pLanguage, BYTE mcTimeStamp[7], BYTE absoluteValidity[7], BYTE pRelativeValidity, BYTE pDisplayMode, BOOL pUserAcknowledgementReq, BOOL pReadAcknowledgementReq, BYTE pAlertPriority, BYTE pCallbkAddrLength=NULL, CHAR pCallbkAddr=NULL)
	This function can be used to decode a received CDMA SMS message read off the device using the GetSMS() API. The text message will be returned in UCS2 along with related message information. More...

SWIIMPORT ULONG SWICMAPI	WCDMAEncodeMOTextMsg (BYTE pMessageListSize, BYTE pMessageList, BYTE messageRefNum, CHAR pDestAddr, ULONG textMsgLength, WCHAR pTextMsg, CHAR pScAddr, BOOLEAN pRejectDuplicates, BOOLEAN pStatusReportReq, BOOLEAN pReplyPath, BYTE pValidityFormat, BYTE validityPeriod[7], BYTE pEncodingAlphabet)
	This function can be used to encode an outgoing WCDMA message. The the resulting message can be either stored on the device using SaveSMS() or sent to the service center using SendSMS(). More...

SWIIMPORT ULONG SWICMAPI	CDMAEncodeMOTextMsg (BYTE pMessageSize, BYTE pMessage, BYTE messageId, CHAR pDestAddr, CHAR pCallbackAddr, ULONG textMsgLength, WCHAR pTextMsg, BYTE pPriority, BYTE pEncodingAlphabet, BYTE pRelValidity=NULL)
	This function can be used to encode an outgoing CDMA message. The the resulting message can be either stored on the device using SaveSMS() or sent to the service center using SendSMS(). More...

SWIIMPORT ULONG SWICMAPI	LTEDeleteSMS (ULONG storageType, ULONG pMessageIndex, ULONG pMessageTag, ULONG *pMessageMode)
	This function deletes one or more SMS messages from the device memory of an LTE device. More...

SWIIMPORT ULONG SWICMAPI	LTEGetSMSList (ULONG storageType, ULONG pRequestedTag, ULONG pMessageListSize, BYTE pMessageList, ULONG pMessageMode)
	This function returns the list of SMS messages stored on an LTE device. More...

SWIIMPORT ULONG SWICMAPI	LTEGetSMS (ULONG storageType, ULONG messageIndex, ULONG pMessageTag, ULONG pMessageFormat, ULONG pMessageSize, BYTE pMessage, ULONG *pMessageMode)
	This function returns an SMS message from the device memory of an LTE device. More...

SWIIMPORT ULONG SWICMAPI	LTEModifySMSStatus (ULONG storageType, ULONG messageIndex, ULONG messageTag, ULONG *pMessageMode)
	This function modifies the status of an SMS message saved in storage on an LTE device. More...

SWIIMPORT ULONG SWICMAPI	GetImageInfo3KW (WCHAR pDeviceID, WCHAR pDeviceKey, WCHAR pFilePath, BYTE pImageType, BYTE pImageID, ULONG pVersionID, USHORT versionSize, WCHAR *pVersion)
	This function can be used to get image information (including Image ID,. More...

SWIIMPORT ULONG SWICMAPI	SwiGetServingNetwork (ULONG pRegistrationState, ULONG pCSDomain, ULONG pPSDomain, ULONG pRAN, BYTE pRadioIfacesSize, BYTE pRadioIfaces, ULONG pRoaming, WORD pMCC, WORD pMNC, BYTE nameSize, CHAR pName, WORD pSID, WORD pNID)
	Gets information regarding the system that currently provides service to the device. More...

SWIIMPORT ULONG SWICMAPI	GetWiFiState (ULONG *pState)
	This function returns the WiFi positioning state. More...

SWIIMPORT ULONG SWICMAPI	SetWiFiState (ULONG state)
	This function sets the WiFi positioning state. More...

SWIIMPORT ULONG SWICMAPI	InvokeApiCrash (ULONG nCrashMethod)
	This function instructs the API to generate a fatal exception. More...

SWIIMPORT ULONG SWICMAPI	SwiOptimizeTcp (LPCTSTR lpstrInterfaceID, SWI_STRUCT_TcpOpt sTcpOpt)
	This function is called to optimize Window's TCP stack to improve wireless transfer performance with the modem. More...

SWIIMPORT ULONG SWICMAPI	SwiGetTcpOpt (LPCTSTR lpstrInterfaceID, SWI_STRUCT_TcpOpt &sTcpOpt)
	This function is called to retrieve the Window's TCP stack optimization values. More...

SWIIMPORT ULONG SWICMAPI	LTEGetAGPSConfig (ULONG pServerAddress, ULONG pServerPort, ULONG networkMode)
	This function returns the configuration used by the MSM GPS to perform fixes while in 2 MS-Based mode. More...

SWIIMPORT ULONG SWICMAPI	LTESetAGPSConfig (ULONG serverAddress, ULONG serverPort, ULONG networkMode)
	This function sets the default configuration used by the MSM GPS to perform MS-based fixes. More...

SWIIMPORT ULONG SWICMAPI	SetNMEAPlusCallback (tFNNewNMEAPlus pCallback)
	This function enables/disables the NMEA sentence plus mode callback function. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMInitApi ()
	This function initializes the API for SWIOMA-DM functionality. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMShutdownApi ()
	This function cleans up SWIOMA-DM resources. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMSessionStart (ULONG sessionType)
	This function starts an SWIOMA-DM session. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMSessionCancel (UINT8 sessionType)
	This function cancels an ongoing SWIOMA-DM session. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMSessionGetInfo (UINT8 nSessionType, UINT8 nSessionState)
	This function returns information related to the current (or previous if no session is active) SWIOMA-DM session. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMSelection (UINT8 UserInput)
	This function sends the specified SWIOMA-DM selection for the current network initiated session. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMGetSettings (UINT32 enabled, UINT8 fwAutoDownload, UINT8 fwAutoUpdate)
	This function gets FOTA settings. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMSetSettings (UINT8 fwAutoLoad, UINT8 fwAutoUpdate)
	This function sets FOTA settings. More...

SWIIMPORT ULONG SWICMAPI	SWIOMADMSetEventReport ()
	This function set enables event reporting. More...

SWIIMPORT ULONG SWICMAPI	SetSWIOMADMFotaCallback (tFNSWIOMADMFota pCallback)
	This function enables/disables the OMA-DM network initiated FOTA callback function. More...

SWIIMPORT ULONG SWICMAPI	SetSWIOMADMAlertCallback (tFNSWIOMADMAlert pCallback)
	This function enables/disables the OMA-DM network initiated alert callback function. More...

SWIIMPORT ULONG SWICMAPI	StartDataSessionLTE (ULONG pTechnology, ULONG pPrimaryDNSv4, ULONG pSecondaryDNSv4, ULONG pPrimaryNBNSv4, ULONG pSecondaryNBNSv4, ULONG pPrimaryDNSv6, ULONG pSecondaryDNSv6, CHAR pAPNName, ULONG pIPAddressv4, ULONG pIPAddressv6, ULONG pAuthentication, CHAR pUsername, CHAR pPassword, ULONG pSessionId, ULONG *pFailureReason)
	These functions activate a packet data session on an LTE device. More...

SWIIMPORT ULONG SWICMAPI	GetIPAddressLTE (ULONG pIPAddressv4, USHORT pIPAddressv6, BYTE *pIPv6prefixlen)
	This function returns the current packet data session IP address(es) More...

SWIIMPORT ULONG SWICMAPI	SwiSetCurrentDataBearerCallback (tFNSwiCurrentDataBearer pCallback)
	This function enables/disables the current data bearer status callback function. More...

SWIIMPORT ULONG SWICMAPI	SwiGetCurrentDataBearerTechnology (ULONG pNetworkType, ULONG pRatMask, ULONG *pSoMask)
	This function returns the current data bearer technology. More...

SWIIMPORT ULONG SWICMAPI	SwitchModemToBootMode ()
	This function switches the modem from application mode to boot & hold mode. More...

SWIIMPORT ULONG SWICMAPI	SetRfSarState (ULONG RfSarState)
	This function sets the specified RF SAR state. More...

SWIIMPORT ULONG SWICMAPI	GetRfSarState (ULONG *pRfSarState)
	This function gets the specified RF SAR state. More...

SWIIMPORT ULONG SWICMAPI	SwiGetSignalStrengthInfo (INT8 pCdmaRssi, ULONG pCdmaEcio, INT8 pHdrRssi, ULONG pHdrEcio, ULONG pHdrSinr, ULONG pHdrIo, INT8 pGsmRssi, INT8 pWcdmaRssi, ULONG pWcdmaEcio, INT8 pLteRssi, INT8 pLteRsrq, INT16 pLteRsrp, UINT8 *pLteSnr)
	This function returns information regarding the signal strength. More...

SWIIMPORT ULONG SWICMAPI	SwiSetSignalStrengthInfoCallback (tFNSwiSignalStrengthInfo pCallback)
	This function enables/disables the signal strength info callback function. More...

SWIIMPORT ULONG SWICMAPI	SwiGetApn (BYTE nProfileType, BYTE nProfileIndex, BYTE nLength, CHAR *pApn)
	This function gets the APN information from a configured profile. More...

Detailed Description

Typedef Documentation

typedef void(SWICALLBACK * tFNEcio) (INT8 nEcio, ULONG nRadioIf)

ECIO callback function.

Parameters

[O]	nEcio ECIO value representing negative 0.5 dBm increments, i.e., 2 means -1 dBm; valid range of this field is 14 to 63 (14 means -7 dBm, 63 means -31.5 dBm)

[O] nRadioIf 0x00 � None (no service) 0x01 � cdma2000 1X 0x02 � cdma2000 HRPD (1xEV-DO) 0x03 � AMPS 0x04 � GSM 0x05 � UMTS

See also: SetEcioCallback

typedef void(SWICALLBACK * tFNErrorRate) (ULONG nErrorRate, ULONG nRadioIf)

Error rate callback function.

Parameters

[O]	nErrorRate Error rate of frames/packets/bits/blocks transmitted in the channel duration a call; valid error rates values between 1 and 10000 will be returned to indicate the percentage; e.g. value of 300 means error rate is 3%; a value of 0xFFFF indicates that the error rate is unknown/unavailable.

Terms used for error rate in different technologies:

Frame Error Rate CDMA
Packet Error Rate for HDR
Bit Error Rate for GSM
Block Error Rate for UMTS

[O] nRadioIf Radio interface technology of the signal being measured 0x00 - None (no service) 0x01 - cdma2000 1X 0x02 - cdma2000 HRPD (1xEV-DO) 0x04 - GSM 0x05 - UMTS

See also: SetErrorRateCallback

typedef void(SWICALLBACK * tFNPacketTotals) (ULONG totalPacketTX, ULONG totalPacketRX)

API Return Codes.

See QC WWAN CM API for a description of return codes defined by Qualcomm.

The following is a list of return codes defined by Sierra Wireless.

Value Description

0899 API functions invoked within the context of an API callback thread is not allowed.

typedef void(SWICALLBACK * tFNRsrq) (INT8 nRsrq, ULONG nRadioIf)

RSRQ callback function.

Parameters

[O]	nRsrq RSRQ value in dB in signed integer value. Valid range of this field is -3 to -20 (-3 means -3dB, -20 means -20 dB)

[O] nRadioIf Radio interface technology of the signal being measured 0x08 - LTE

See also: SetRsrqCallback

typedef void(SWICALLBACK * tFNSnir) (ULONG nSnir)

SNIR callback function.

Parameters

[O]	nSnir SINR level - SNIR is only applicable for 1xEV-DO; valid levels are 0 to 8 where max value for Level 0 is -9 dB Level 1 is -6 dB Level 2 is -4.5 dB Level 3 is -3 dB Level 4 is -2 dB Level 5 is +1 dB Level 6 is +3 dB Level 7 is +6 dB Level 8 is +9 dB

See also: SetSnirCallback

typedef void(SWICALLBACK * tFNSwiDeviceRemoval) (ULONG nStatus)

Device removal callback function.

Parameters

[O]	nStatus Status code

See also: SetDeviceRemovalCallback

typedef void(SWICALLBACK * tFNSWIOMADMAlert) (UINT8 SessionState, UINT8 UserInputReq, UINT16 UserInputTimeout, UINT16 AlertMsgLength, BYTE *AlertMsg)

SWIOMA-DM network initiated alert callback function.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

   \sa SetSWIOMADMFotaCallback

typedef void(SWICALLBACK * tFNSWIOMADMFota) (UINT8 SessionState, UINT8 UserInputReq, UINT16 UserInputTimeout, UINT32 FWDownloadSize, UINT32 FWDownloadComplete, UINT16 UpdateStatus, UINT8 Severity, UINT16 VersionLength, BYTE *Version, UINT16 NameLength, BYTE *PackageName, UINT16 DescriptionLength, BYTE *Description)

SWIOMA-DM network initiated FOTA callback function.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

   \sa SetSWIOMADMFotaCallback

Function Documentation

SWIIMPORT ULONG SWICMAPI CDMADecodeMTTextMsg	(	ULONG	messageLength,
		BYTE *	pMessage,
		ULONG *	pMessageID,
		BYTE *	pSenderAddrLength,
		CHAR *	pSenderAddr,
		BYTE *	pTextMsgLength,
		WCHAR *	pTextMsg,
		BYTE *	pPriority,
		BYTE *	pPrivacy,
		BYTE *	pLanguage,
		BYTE	mcTimeStamp[7],
		BYTE	absoluteValidity[7],
		BYTE *	pRelativeValidity,
		BYTE *	pDisplayMode,
		BOOL *	pUserAcknowledgementReq,
		BOOL *	pReadAcknowledgementReq,
		BYTE *	pAlertPriority,
		BYTE *	pCallbkAddrLength = `NULL`,
		CHAR *	pCallbkAddr = `NULL`
	)

This function can be used to decode a received CDMA SMS message read off the device using the GetSMS() API. The text message will be returned in UCS2 along with related message information.

Parameters

[I]	messageLength: Length of the message to be decoded in bytes
[I]	pMessage: Message read off the device via GetSMS
[I/O]	pSenderAddrLength Upon input, indicates the maximum number of ASCII characters (including NULL termination) that the pSenderAddr buffer can accommodate. Note that a length of 14 is reasonable. Upon successful output, returns the length of originating address string (including the NULL termination)
[O]	pSenderAddr Returns NULL-terminated ASCII String containing the originating address International number will be prepended with a '+' character.
[I/O]	pTextMsgLength Upon input, specifies the number of UCS2 characters the given text message buffer can accommodate. Upon successful output, returns the number of UCS2 characters returns in the given text message buffer (including the NULL-terminator)
[O]	pTextMsg Returns the text message as NULL-terminated UCS2 string
[O]	pPriority (optional pointer) Returns the priority setting of the message 0x00 - normal 0x01 - interactive 0x02 - urgent 0x03 - emergency 0xFF - unavailable setting
[O]	pPrivacy (optional pointer) Returns the privacy setting of the message 0x00 - not restricted 0x01 - restricted 0x02 - confidential 0x03 - secret 0xFF - unavailable setting
[O]	pLanguage (optional pointer) Returns the language setting of the message 0x00 - unspecified 0x01 - english 0x02 - french 0x03 - spanish 0x04 - japanese 0x05 - korean 0x06 - chinese 0x07 - hebrew 0xFF - unavailable setting
[O]	mcTimeStamp[7] (optional pointer) Returns the message center timestamp which takes the form: YYMMDDHHMMSSTZ where YY - year MM - month DD - day HH - hour MM - minute SS - second TZ - timezone All values are in decimal. The timezone is in relation to GMT, one unit is equal to 15 minutes and the MSB indicates a negative value. If this information is unavailable for this message then this field will be filled with 0xFF.
[O]	absoluteValidity[7] (optional pointer) Returns the absolute validity period setting for this message. This field takes the same form as mcTimeStamp.
[O]	pRelativeValidity (optional pointer) Returns the relative validity period. Values have the following meanings: For values 0 to 143: validity period = (value + 1)* 5 minutes For values 144 to 167: validity period = 12 hours + (value - 143)* 30 minutes For values 168 to 196: validity period = (value - 166) * 1 day For values 197 to 244: validity period = (value - 192) * 1 week For value 245: validity period = indefinite For value 246: validity period = immediate For value 247: validity period = valid until mobile becomes inactive For value 248: validity period = valid until registration area changes For values 249 to 254: reserved for value 255: unavailable information
[O]	pDisplayMode (optional pointer) Returns the display mode parameter 0x00 - immediate display 0x01 - mobile default setting 0x02 - user invoked 0x03 - reserved 0xFF - unavailable parameter
[O]	pUserAcknowledgementReq (optional pointer) Returns the user (manual) acknowledgment request parameter TRUE means the user is requested to manually acknowledge the delivery of the message FALSE means no such user acknowledgement is requested
[O]	pReadAcknowledgementReq (optional pointer) Returns the read acknowledgement request parameter TRUE means acknowledgment of the message being viewed is requested FALSE means no such read acknowledgement is requested
[O]	pAlertPriority (optional pointer) Returns the alerting parameter setting 0x00 - use default alert 0x01 - use low priority alert 0x02 - use medium priority alert 0x03 - use high priority alert 0xFF - unavailable parameter
[O]	pCallbkAddrLength (optional pointer) returns the length of Callback address string (including the NULL termination)
[O]	pCallbkAddr Returns NULL-terminated ASCII String containing callback address String containing the Call Back number with a 32 maximum characters.

Returns: QCWWAN_ERR_BUFFER_TOO_SMALL if pSenderAddrLength, pTextMsgLength or pScAddrLength is too small to accommodate the decoded data then the required length will be returned in the problem parameter.

SWI_ERR_API_INVALID_PDU_MESSAGE_TYPE if the given message can not decoded by this function because it is of a different format.

See other return codes.

SWIIMPORT ULONG SWICMAPI CDMAEncodeMOTextMsg	(	BYTE *	pMessageSize,
		BYTE *	pMessage,
		BYTE	messageId,
		CHAR *	pDestAddr,
		CHAR *	pCallbackAddr,
		ULONG	textMsgLength,
		WCHAR *	pTextMsg,
		BYTE *	pPriority,
		BYTE *	pEncodingAlphabet,
		BYTE *	pRelValidity = `NULL`
	)

This function can be used to encode an outgoing CDMA message. The the resulting message can be either stored on the device using SaveSMS() or sent to the service center using SendSMS().

The caller must provide an UCS2 text message to be encoded, a message ID, a callback address and a destination address. All other information is optional for the caller to specify. Default values will be used in the encoded when option parameter are not given.

Note that currently this API can only encode 7bit ASCII messages.

Parameters

[I/O]	pMessageSize: Upon input, specifies the total number of bytes that the given pMessage buffer can hold (a buffer of length 240 is recommended) Upon successful output, specifies the length of the constructed message placed in the pMessage buffer (in bytes).
[O]	pMessage: The constructed raw message
[I]	messageId The message reference number for this message. This value should be incremented for every message the host application sends.
[I]	pDestAddr Gives NULL-terminated ASCII String containing a destination address. International number will be prepended with a '+' character.
[I]	pCallbackAddr Gives NULL-terminated ASCII String containing a callback address. International number will be prepended with a '+' character.
[I]	textMsgLength Number of UCS2 characters in the text message (excluding NULL)
[O]	pTextMsg UCS2 text message to be encoded
[I]	pPriority (optional pointer) Gives the priority of the outgoing message: 0 - normal (default if NULL pointer is given) 1 - interactive 2 - urgent 3 - emergency 64 - 64 is decoded value for URGENT VZAM Support interactive 128 - 128 is decoded value for URGENT VZAM Support urgent 192 - 128 is decoded value for URGENT VZAM Support emergency
[I/O]	pEncodingAlphabet (optional pointer) Upon input, specifies the alphabet the text message should be encoded in 0 - 8bit ASCII (not supported at this time) 1 - IS91EP (not supported at this time) 2 - 7bit ASCII (default if NULL pointer is given) 3 - IA5 (not supported at this time) 4 - unicode (not supported at this time) 5 - shift JIS (not supported at this time) 6 - korean (not supported at this time) 7 - latin hebrew (not supported at this time) 8 - latin (not supported at this time) 9 - GSM 7 bit default Upon successful output, specifies the alphabet used to encode the message.
[I]	pRelValidity (optional pointer) Gives the relative validity period of the outgoing message per per 4.5.6-1 of spec 0 - Set Relative validity to 11 1 - Set Relative validity to 71 2 - Set Relative validity to 167 3 - Set Relative validity to 169 4 - Set Relative validity to 171 Values have the following meanings: For values 0 to 143: validity period = (value + 1)* 5 minutes For values 144 to 167: validity period = 12 hours + (value - 143)* 30 minutes For values 168 to 196: validity period = (value - 166) * 1 day For values 197 to 244: validity period = (value - 192) * 1 week For value 245: validity period = indefinite

Returns: QCWWAN_ERR_BUFFER_TOO_SMALL if pMessageListSize is too small to accommodate given text message. pMessageListSize shall return the required size.

SWI_ERR_API_IMPOSSIBLE_ENCODING if requested encoding alphabet can not accommodate the given text message. pEncodingAlphabet shall return an appropriate encoding alphabet.

See other return codes

SWIIMPORT ULONG SWICMAPI GetImageInfo3KW	(	WCHAR *	pDeviceID,
		WCHAR *	pDeviceKey,
		WCHAR *	pFilePath,
		BYTE *	pImageType,
		BYTE *	pImageID,
		ULONG *	pVersionID,
		USHORT	versionSize,
		WCHAR *	pVersion
	)

This function can be used to get image information (including Image ID,.

Parameters

[I]	pDeviceID (optional pointer) The device ID as reported by Windows, default to NULL for Win CE
[I]	pDeviceKey (optional pointer) The device key (unique, stored on-device), default to NULL for Win CE
[I]	pFilePath Fully qualified path to image file, normallly amss.mbn and
[O]	pImageType Image type for the firmware, SMS message mode pointer 0x00 Modem Image 0x01 PRI Image
[O]	pImageID Unique image ID, an unique 16 byte ID
[O]	pImageID Unique image ID, an unique 16 byte ID
[O]	pVersionID Vsersion ID, include carrier, radio technoledge, GPS etc. information
[I]	versionSize The maximum number of characters including the NULL terminator that can be copied to the version array
[I]	pVersion NULL-terminated string representing the build ID of the image

Returns: Return code

SWIIMPORT ULONG SWICMAPI GetIPAddressLTE	(	ULONG *	pIPAddressv4,
		USHORT *	pIPAddressv6,
		BYTE *	pIPv6prefixlen
	)

This function returns the current packet data session IP address(es)

Parameters

[O]	pIPAddressv4 Assigned IPv4 address
[O]	pIPAddressv6 Assigned IPv6 address
[O]	pIPv6prefixlen IPv6 prefix length in number of bits
Return	code

SWIIMPORT ULONG SWICMAPI GetIPConfiguration	(	ULONG *	pIPAddress,
		ULONG *	pGatewayAddress,
		ULONG *	pSubnetMask,
		ULONG *	pPrimaryDnsAddress,
		ULONG *	pSecondaryDnsAddress
	)

This function returns IP configuration data for the current packet data session.

Parameters

[O]	pIPAddress Assigned IPv4 address

[O] pGatewayAddress Assigned IPv4 gateway address

[O] pSubnetMask Assigned IPv4 subnet mask

[O] pPrimaryDnsAddress Assigned IPv4 primary DNS address

[O] pSecondaryDnsAddress Assigned IPv4 secondary DNS address

Returns: Return code

SWIIMPORT ULONG SWICMAPI GetRfSarState ( ULONG * pRfSarState )

This function gets the specified RF SAR state.

Parameters

[O]	pRfSarState RF SAR state 0x0: RF_STATE_DEFAULT 0x1: RF_STATE_1 0x2: RF_STATE_2 0x3: RF_STATE_3 0x4: RF_STATE_4 0x5: RF_STATE_5 0x6: RF_STATE_6 0x7: RF_STATE_7 0x8: RF_STATE_8
Return	Code

SWIIMPORT ULONG SWICMAPI GetRoutes	(	ULONG *	pRouteInstances,
		BYTE *	pRouteList
	)

This function queries the behavior used to route new MT messages to MSM memory storage and WMS clients. The response indicates the current actions for all messaging routes on the MSM device taken upon receipt of an incoming WMS message matching that route.

This API is similar to Qualcomm's Gobi Anywhere SetSMSRoutes API. The main difference is the Sierra version uses BYTE for each SMS route array item whereas Qualcomm defined ULONG.

   \param   [O] pRouteInstances 
                    Number of routes

    [O] pRouteList
                    List of route type, route class, route memory, route value

   \return  Return code

SWIIMPORT ULONG SWICMAPI GetWiFiState ( ULONG * pState )

This function returns the WiFi positioning state.

Note: this API is not supported for Gobi 2000.

Parameters

[O]	pState XTRA time positioning state 0x00 - Disabled 0x01 - Enabled 0xFF - Not supported

Returns: Return code

SWIIMPORT ULONG SWICMAPI InvokeApiCrash ( ULONG nCrashMethod )

This function instructs the API to generate a fatal exception.

This function is useful for applications validating error conditions.

Parameters

[I]	nCrashMethod 0 - Division by zero 1 - NULL pointer access

Returns: Return code

SWIIMPORT ULONG SWICMAPI LTEDeleteSMS	(	ULONG	storageType,
		ULONG *	pMessageIndex,
		ULONG *	pMessageTag,
		ULONG *	pMessageMode
	)

This function deletes one or more SMS messages from the device memory of an LTE device.

Parameters

[I]	storageType SMS message storage type 0x0 UIM 0x1 NV
[I]	pMessageIndex (optional pointer) SMS message index
[I]	pMessageTag (optional pointer) SMS message tag 0x00 - MT_READ 0x01 - MT_NOT_READ 0x02 - MO_SENT 0x03 - MO_NOT_SENT
[I]	pMessageMode (optional pointer) SMS message mode 0x00 - CDMA 0x01 - GSM/WCDMA

Returns: Return code

SWIIMPORT ULONG SWICMAPI LTEGetAGPSConfig	(	ULONG *	pServerAddress,
		ULONG *	pServerPort,
		ULONG	networkMode
	)

This function returns the configuration used by the MSM GPS to perform fixes while in 2 MS-Based mode.

Parameters

[O]	pServerAddress IPv4 address of AGPS server

[O] pServerPort: Port number of AGPS server

[I] networkMode: Network mode 0x00 - UMTS 0x01 - CDMA

Returns: Return code

SWIIMPORT ULONG SWICMAPI LTEGetSMS	(	ULONG	storageType,
		ULONG	messageIndex,
		ULONG *	pMessageTag,
		ULONG *	pMessageFormat,
		ULONG *	pMessageSize,
		BYTE *	pMessage,
		ULONG *	pMessageMode
	)

This function returns an SMS message from the device memory of an LTE device.

Parameters

[I]	storageType SMS message storage type 0x0 - UIM 0x1 - NV
[I]	messageIndex SMS message index
[O]	pMessageTag SMS message tag 0x00 - MT_READ 0x01 - MT_NOT_READ 0x02 - MO_SENT 0x03 - MO_NOT_SENT
[O]	pMessageFormat SMS message format 0x00 - CDMA 0x02 to 0x05 - Reserved 0x06 - GSM/WCDMA PP
[O]	pMessageSize Upon input the maximum number of bytes that can be written to the message array. Upon successful output the actual number of bytes written to the message array
[O]	pMessage The message contents array
[I]	pMessageMode (optional pointer) SMS message mode 0x00 - CDMA 0x01 - GSM/WCDMA

Returns: Return code

SWIIMPORT ULONG SWICMAPI LTEGetSMSList	(	ULONG	storageType,
		ULONG *	pRequestedTag,
		ULONG *	pMessageListSize,
		BYTE *	pMessageList,
		ULONG *	pMessageMode
	)

This function returns the list of SMS messages stored on an LTE device.

Parameters

[I]	storageType SMS message storage type
[I]	pRequestedTag (optional pointer) SMS message tag pointer 0x00 - MT_READ 0x01 - MT_NOT_READ 0x02 - MO_SENT 0x03 - MO_NOT_SENT
[O]	pMessageListSize Upon input the maximum number of elements that the message list array can contain. Upon successful output the actual number of elements in the message list array
[O]	pMessageList SMS message list array
[I]	pMessageMOde (optional pointer) SMS message mode 0x00 - CDMA 0x01 - GSM/WCDMA

Returns: Return code

SWIIMPORT ULONG SWICMAPI LTEModifySMSStatus	(	ULONG	storageType,
		ULONG	messageIndex,
		ULONG	messageTag,
		ULONG *	pMessageMode
	)

This function modifies the status of an SMS message saved in storage on an LTE device.

Parameters

[I]	storageType SMS message storage type 0x0 - UIM 0x1 - NV
[I]	messageIndex (optional pointer) SMS message index
[I]	messageTag (optional pointer) SMS message tag 0x00 - MT_READ 0x01 - MT_NOT_READ 0x02 - MO_SENT 0x03 - MO_NOT_SENT
[I]	pMessageMOde (optional pointer) SMS message mode pointer 0x00 CDMA 0x01 GSM/WCDMA

Returns: Return code

SWIIMPORT ULONG SWICMAPI LTESetAGPSConfig	(	ULONG	serverAddress,
		ULONG	serverPort,
		ULONG	networkMode
	)

This function sets the default configuration used by the MSM GPS to perform MS-based fixes.

Parameters

[O]	serverAddress IPv4 address of AGPS server

[O] serverPort: Port number of AGPS server

[I] networkMode: Network mode 0x00 - UMTS 0x01 - CDMA

Returns: Return code

SWIIMPORT ULONG SWICMAPI SetNMEAPlusCallback ( tFNNewNMEAPlus pCallback )

This function enables/disables the NMEA sentence plus mode callback function.

Parameters

[I]	pCallback Callback function (0 = disable)

Returns: Return code

SWIIMPORT ULONG SWICMAPI SetRfSarState ( ULONG RfSarState )

This function sets the specified RF SAR state.

Parameters

[I]	RfSarState RF SAR state 0x0: RF_STATE_DEFAULT 0x1: RF_STATE_1 0x2: RF_STATE_2 0x3: RF_STATE_3 0x4: RF_STATE_4 0x5: RF_STATE_5 0x6: RF_STATE_6 0x7: RF_STATE_7 0x8: RF_STATE_8
Return	Code

SWIIMPORT ULONG SWICMAPI SetRoutes	(	ULONG	nRouteInstances,
		BYTE *	pRouteList
	)

This function sets the routing action taken upon receipt of incoming the WMS message per message category. A storage location on the MSM device and whether indications should be sent to interested WMS clients may be specified separate for each message category. All routes need not be set at the same time. Routes not specified in the request message will be left unchanged.

This API is similar to Qualcomm's Gobi Anywhere SetSMSRoutes API. The main difference is the Sierra version uses BYTE for each SMS route array item whereas Qualcomm defined ULONG.

   \param   [I] RouteInstances 
                    Number of routes

    [I] pRouteList
                    List of route type, route class, route memory, route value

   \return  Return code

SWIIMPORT ULONG SWICMAPI SetSWIOMADMAlertCallback ( tFNSWIOMADMAlert pCallback )

This function enables/disables the OMA-DM network initiated alert callback function.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

[I]	pCallback Callback function (0 = disable)

Returns: Return code

SWIIMPORT ULONG SWICMAPI SetSWIOMADMFotaCallback ( tFNSWIOMADMFota pCallback )

This function enables/disables the OMA-DM network initiated FOTA callback function.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

[I]	pCallback Callback function (0 = disable)

Returns: Return code

SWIIMPORT ULONG SWICMAPI SetWiFiState ( ULONG state )

This function sets the WiFi positioning state.

Note: this API is not supported for Gobi 2000.

Parameters

[I]	State XTRA time positioning state 0x00 - Disabled 0x01 - Enabled

Returns: Return code

SWIIMPORT ULONG SWICMAPI StartDataSessionLTE	(	ULONG *	pTechnology,
		ULONG *	pPrimaryDNSv4,
		ULONG *	pSecondaryDNSv4,
		ULONG *	pPrimaryNBNSv4,
		ULONG *	pSecondaryNBNSv4,
		ULONG *	pPrimaryDNSv6,
		ULONG *	pSecondaryDNSv6,
		CHAR *	pAPNName,
		ULONG *	pIPAddressv4,
		ULONG *	pIPAddressv6,
		ULONG *	pAuthentication,
		CHAR *	pUsername,
		CHAR *	pPassword,
		ULONG *	pSessionId,
		ULONG *	pFailureReason
	)

These functions activate a packet data session on an LTE device.

Parameters

[I]	pTechnology (Optional) Technology bitmap
[I]	pPrimaryDNSv4 (Optional) Primary DNS IPv4 address
[I]	pSecondaryDNSv4 (Optional) Secondary DNS IPv4 address
[I]	pPrimaryDNSv6 (Optional) Primary DNS IPv6 address
[I]	pSecondaryDNSv6 (Optional) Secondary DNS IPv6 address
[I]	pPrimaryNBNSv4 (Optional) Primary NetBIOS NS IPv4 address
[I]	pSecondaryNBNSv4 (Optional) Secondary NetBIOS NS IPv4 address
[I]	pAPNName (Optional) Access point name
[I]	pIPAddressv4 (Optional) Preferred assigned IPv4 address
[I]	pIPAddressv6 (Optional) Preferred assigned IPv6 address
[I]	pAuthentication (Optional) Authentication algorithm bitmap
[I]	pUsername (Optional) Username used during authentication
[I]	pPassword (Optional) Password used during authentication
[O]	pSessionId The assigned session ID
[O]	pFailureReason Upon call failure the failure reason provided

Returns: Return code

SWIIMPORT ULONG SWICMAPI SwiGetApn	(	BYTE	nProfileType,
		BYTE	nProfileIndex,
		BYTE	nLength,
		CHAR *	pApn
	)

This function gets the APN information from a configured profile.

Parameters

[I]	nProfileType Identifies the type of profile 0x00 � 3GPP 0x01 � 3GPP2
[I]	nProfileIndex Index of the configured profile from which settings are read
[I]	nLength Maximum number of characters (including NULL terminator) that APN name array can contain.
[O]	pApn Access point name. NULL-terminated string.

Returns: Return Code

SWIIMPORT ULONG SWICMAPI SwiGetCurrentDataBearerTechnology	(	ULONG *	pNetworkType,
		ULONG *	pRatMask,
		ULONG *	pSoMask
	)

This function returns the current data bearer technology.

Parameters

[O]	pNetworkType Current network type of data bearer 0x00 ?UNKNOWN 0x01 ?3GPP2 0x02 ?3GPP
[O]	pRatMask RAT mask to indicate the type of technology (RAT mask value of zero indicates that this field is ignored) 0x00 ?DO_NOT_CARE CDMA RAT mask 0x01 ?CDMA_1X 0x02 ?EVDO_REV0 0x04 ?EVDO_REVA UMTS RAT mask 0x01 ?WCDMA 0x02 ?GPRS 0x04 ?HSDPA 0x08 ?HSUPA 0x10 ?EDGE 0x20 ?LTE
[O]	pSoMask SO mask to indicate the SO or type of application (SO mask value of zero indicates that this field is ignored) 0x00 ?DO_NOT_CARE CDMA 1X SO mask 0x01 ?CDMA_1X_IS95 0x02 ?CDMA_1X_IS2000 0x04 ?CDMA_1X_IS2000_REL_A CDMA EV-DO Rev A SO mask 0x01 ?EVDO_REVA_DPA 0x02 ?EVDO_REVA_MFPA 0x04 ?EVDO_REVA_EMPA 0x08 ?EVDO_REVA_EMPA_EHRPD
Return	code

SWIIMPORT ULONG SWICMAPI SwiGetServingNetwork	(	ULONG *	pRegistrationState,
		ULONG *	pCSDomain,
		ULONG *	pPSDomain,
		ULONG *	pRAN,
		BYTE *	pRadioIfacesSize,
		BYTE *	pRadioIfaces,
		ULONG *	pRoaming,
		WORD *	pMCC,
		WORD *	pMNC,
		BYTE	nameSize,
		CHAR *	pName,
		WORD *	pSID,
		WORD *	pNID
	)

Gets information regarding the system that currently provides service to the device.

Note: this API is not supported for Gobi 2000.

Parameters

[O]	pRegistrationState Registration state
[O]	pCSDomain Circuit switch domain status
[O]	pPSDomain Packet switch domain status
[O]	pRAN Radio access network
[O]	pRadioIfacesSize Upon input the maximum number of elements that the radio interfaces can contain. Upon successful output the actual number of elements in the radio interface array [O] pRadioIfaces The radio interface array [O] pRoaming Roaming indicator (0xFFFFFFFF - Unknown) [O] pMCC Mobile country code (0xFFFF - Unknown) [O] pMNC Mobile network code (0xFFFF - Unknown) [I] nameSize The maximum number of characters (including NULL terminator) that the network name array can contain [O] pName The network name or description represented as a NULL terminated string (empty string returned when unknown) [O] pSID CDMA System ID [O] pNID CDMA Network ID

Returns: Return code

SWIIMPORT ULONG SWICMAPI SwiGetSignalStrengthInfo	(	INT8 *	pCdmaRssi,
		ULONG *	pCdmaEcio,
		INT8 *	pHdrRssi,
		ULONG *	pHdrEcio,
		ULONG *	pHdrSinr,
		ULONG *	pHdrIo,
		INT8 *	pGsmRssi,
		INT8 *	pWcdmaRssi,
		ULONG *	pWcdmaEcio,
		INT8 *	pLteRssi,
		INT8 *	pLteRsrq,
		INT16 *	pLteRsrp,
		UINT8 *	pLteSnr
	)

This function returns information regarding the signal strength.

Parameters

[O]	pCdmaRssi Received RSSI in dBm (signed value); a value of -125 dBm or lower is used to indicate No Signal. 0 (zero) indicate value was not available.
[O]	pCdmaEcio ECIO value representing negative 0.5 dBm increments, i.e., 2 means -1 dBm (14 means -7 dBm, 63 means -31.5 dBm). 0 (zero) indicates value was not available.
[O]	pHdrRssi Received RSSI in dBm (signed value); a value of -125 dBm or lower is used to indicate No Signal. 0 (zero) indicate value was not available.
[O]	pHdrEcio ECIO value representing negative 0.5 dBm increments, i.e., 2 means -1 dBm (14 means -7 dBm, 63 means -31.5 dBm). 0 (zero) indicates value was not available.
[O]	pHdrSinr SINR level � SINR is only applicable for 1xEV-DO; valid levels are 0 to 8 where maximum value for � 0 � SINR_LEVEL_0 is -9 dB � 1 � SINR_LEVEL_1 is -6 dB � 2 � SINR_LEVEL_2 is -4.5 dB � 3 � SINR_LEVEL_3 is -3 dB � 4 � SINR_LEVEL_4 is -2 dB � 5 � SINR_LEVEL_5 is +1 dB � 6 � SINR_LEVEL_6 is +3 dB � 7 � SINR_LEVEL_7 is +6 dB � 8 � SINR_LEVEL_8 is +9 dB � 255 indicate value was not available.
[O]	pHdrIo Received IO in dBm; IO is only applicable for 1xEV-DO. 0 (zero) indicates value was not available.
[O]	pGsmRssi Received RSSI in dBm (signed value); a value of -125 dBm or lower is used to indicate No Signal. 0 (zero) indicate value was not available.
[O]	pWcdmaRssi Received RSSI in dBm (signed value); a value of -125 dBm or lower is used to indicate No Signal. 0 (zero) indicate value was not available.
[O]	pWcdmaEcio ECIO value representing negative 0.5 dBm increments, i.e., 2 means -1 dBm (14 means -7 dBm, 63 means -31.5 dBm). 0 (zero) indicates value was not available.
[O]	pLteRssi Received RSSI in dBm (signed value); a value of -125 dBm or lower is used to indicate No Signal. 0 (zero) indicate value was not available.
[O]	pLteRsrq RSRQ value in dB (signed integer value) as measured by L1; valid range is -3 to -20 (-3 means -3 dB, -20 means -20 dB). 0 (zero) indicates value was not available.
[O]	pLteRsrp Current Reference Signal Received Power (RSRP) in dBm as measured by L1; valid range is -44 to -140 (-44 means -44 dBm, -104 means -140 dBm). 0 (zero) indicate value was not available.
[O]	pLteSnr SNR in dB10 scale. 250=+30dB, 0=-20dB (y = 0.2x - 20)
Return	Code

SWIIMPORT ULONG SWICMAPI SwiGetTcpOpt	(	LPCTSTR	lpstrInterfaceID,
		SWI_STRUCT_TcpOpt &	sTcpOpt
	)

This function is called to retrieve the Window's TCP stack optimization values.

Parameters

[I]	lpstrInterfaceID NDIS Interface GUID

[O] sTcpOpt: Structure to store TCP optimization settings

Returns: See ::SWI_RCODE for additional information.

See also: SWI_STRUCT_TcpOpt

SWIIMPORT ULONG SWICMAPI SwiGoDormant ( void )

   This command forces the device to drop the traffic channel. The channel may

be reactivated the next time data is sent over the interface. Thus, there is no guarantee that the channel will remain dormant for any guaranteed period.

Parameters

None

Returns: Return code

SWIIMPORT ULONG SWICMAPI SWIOMADMGetSettings	(	UINT32	enabled,
		UINT8	fwAutoDownload,
		UINT8	fwAutoUpdate
	)

This function gets FOTA settings.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

[O]	enabled Enabled/Disabled
[O]	fwAutoDownload FOTA Automatic Download
[O]	fwAutoUpdate FOTA Automatic update

Returns: Return code

SWIIMPORT ULONG SWICMAPI SWIOMADMInitApi ( )

This function initializes the API for SWIOMA-DM functionality.

This API must be called before invoking any other SWIOMA-DM APIs. SWIOMADMShutdownApi should be called when SWIOMA-DM functionality is no longer required by the application.

Parameters

None	\return Return code

See also: SWIOMADMShutdownApi

SWIIMPORT ULONG SWICMAPI SWIOMADMSelection ( UINT8 UserInput )

This function sends the specified SWIOMA-DM selection for the current network initiated session.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

[I]	userInput UserInput

Returns: Return code

SWIIMPORT ULONG SWICMAPI SWIOMADMSessionCancel ( UINT8 sessionType )

This function cancels an ongoing SWIOMA-DM session.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

None	\return Return code

SWIIMPORT ULONG SWICMAPI SWIOMADMSessionGetInfo	(	UINT8	nSessionType,
		UINT8	nSessionState
	)

This function returns information related to the current (or previous if no session is active) SWIOMA-DM session.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

[I]	nSessionType Type of session
[O]	nSessionState State of session

Returns: Return code

SWIIMPORT ULONG SWICMAPI SWIOMADMSessionStart ( ULONG sessionType )

This function starts an SWIOMA-DM session.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

[I]	sessionType Type of session to initiate

Returns: Return code

See also: SWIOMADMInitApi

SWIIMPORT ULONG SWICMAPI SWIOMADMSetEventReport ( )

This function set enables event reporting.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

None	\return Return code

SWIIMPORT ULONG SWICMAPI SWIOMADMSetSettings	(	UINT8	fwAutoLoad,
		UINT8	fwAutoUpdate
	)

This function sets FOTA settings.

SWIOMADMInitApi must be called first to initialize the SWIOMADM service.

Parameters

[I]	fwAutoLoad FOTA Automatic Download
[I]	fwAutoUpdate FOTA Automatic Update

Returns: Return code

SWIIMPORT ULONG SWICMAPI SWIOMADMShutdownApi ( )

This function cleans up SWIOMA-DM resources.

This API must be called when SWIOMA-DM functionality is no longer required by the application.

Parameters

None	\return Return code

SWIIMPORT ULONG SWICMAPI SwiOptimizeTcp	(	LPCTSTR	lpstrInterfaceID,
		SWI_STRUCT_TcpOpt	sTcpOpt
	)

This function is called to optimize Window's TCP stack to improve wireless transfer performance with the modem.

This request modifies Window's registry values.

Parameters

[I]	lpstrInterfaceID NDIS Interface GUID

[I] sTcpOpt: SWI_STRUCT_TcpOpt structure containing TCP optimizations

Returns: See ::SWI_RCODE for additional information.

See also: SWI_STRUCT_TcpOpt

SWIIMPORT ULONG SWICMAPI SwiSetCurrentDataBearerCallback ( tFNSwiCurrentDataBearer pCallback )

This function enables/disables the current data bearer status callback function.

Parameters

[I]	pCallback Callback function (0 = disable)
Return	code

SWIIMPORT ULONG SWICMAPI SwiSetDeviceRemovalCallback ( tFNSwiDeviceRemoval pCallback )

This function enables/disables the device removal callback function.

The callback will be invoked when the device becomes unavailable. The application should cache required information and release the callback thread ASAP. The application must then call QCWWANDisconnect to shutdown the API. To reinitialize the API, QCWWANConnect must be called. Note that previous callback assignments will be lost and must be re-assigned.

   \param   [I] pCallback   
                    Callback function (NULL = disable).

   \return  Return code

   \sa tFNSwiDeviceRemoval

SWIIMPORT ULONG SWICMAPI SwiSetEcioCallback	(	tFNEcio	pCallback,
		BYTE	nThreshold
	)

This function enables/disables the ECIO callback function.

The callback will be invoked when the current ECIO and the last value indicated crosses the specified threshold.

   \param   [I] pCallback   
                    Callback function (NULL = disable).

            [I] nThreshold
                    ECIO delta at which an event report indication will be sent.
                    ECIO delta is an unsigned, 1 byte value that increments in 
                    negative 0.5 dBm, e.g., ECIO delta of 2 means a change of -1 dBm.
                    Must be 0 when disabling the callback.

   \return  Return code

   \sa tFNEcio

SWIIMPORT ULONG SWICMAPI SwiSetErrorRateCallback ( tFNErrorRate pCallback )

This function enables/disables the error rate callback function.

Parameters

[I]	pCallback Callback function (NULL = disable).

Returns: Return code

See also: tFNErrorRate

SWIIMPORT ULONG SWICMAPI SwiSetRsrqCallback	(	tFNRsrq	pCallback,
		BYTE	nThreshold
	)

This function enables/disables the RSRQ callback function.

The callback will be invoked when the current RSRQ and the last value indicated crosses the specified threshold.

   \param   [I] pCallback   
                    Callback function (NULL = disable).

            [I] nThreshold
                    RSRQ delta level at which an event report indication, including
                    the current RSRQ, will be sent to the requesting control point; 
                    rsrq_delta level is an unsigned, 1 byte value.  Must be 0 when
                    disabling callback

   \return  Return code

   \sa tFNRsrq

SWIIMPORT ULONG SWICMAPI SwiSetSignalStrengthInfoCallback ( tFNSwiSignalStrengthInfo pCallback )

This function enables/disables the signal strength info callback function.

Parameters

[I]	pCallback Callback function (0 = disable)

Returns: Return code

SWIIMPORT ULONG SWICMAPI SwiSetSnirCallback	(	tFNSnir	pCallback,
		BYTE	nThreshold
	)

This function enables/disables the SNIR callback function.

The callback will be invoked when the current SNIR and the last value indicated crosses the specified threshold.

   \param   [I] pCallback   
                    Callback function (NULL = disable).

            [I] nThreshold
                    SINR delta level at which an event report indication, including
                    the current SINR, will be sent to the requesting control point;
                    sinr_delta level is an unsigned, 1 byte value.  Must be 0 when
                    disabling callback.

   \return  Return code

   \sa tFNSnir

SWIIMPORT ULONG SWICMAPI SwitchModemToBootMode ( )

This function switches the modem from application mode to boot & hold mode.

Parameters

None
Return	code

SWIIMPORT ULONG SWICMAPI WCDMADecodeMOTextMsg	(	BYTE *	pMessage,
		BYTE *	pDestAddrLength,
		CHAR *	pDestAdd,
		BYTE *	pTextMsgLength,
		WCHAR *	pTextMsg,
		BYTE *	pScAddrLength,
		CHAR *	pScAddr,
		BOOLEAN *	pRejectDuplicates,
		BOOLEAN *	pStatusReportReq,
		BOOLEAN *	pReplyPath,
		BYTE *	pValidityFormat,
		BYTE	validityPeriod[7],
		BOOLEAN *	pConcatenatedMsg,
		ULONG *	pMsgRefNum,
		BYTE *	pTotalSegments,
		BYTE *	pSegmentNum
	)

This function can be used to decode a WCDMA draft message read from the device using GetSMS() API. The text message will be returned in UCS2 along with related message information.

Note that some text messages span multiple messages. Decoded messages can be concatenated based on the information returned by this function. All text message segments part of the same text message shall share a message reference number and the same number of total segments.

Parameters

[I]	pMessage Message read off the device via GetSMS
[I/O]	pDestAddrLength Upon input, indicates the maximum number of ASCII characters (including NULL termination) that the pDestAddr buffer can accommodate. Note that a length of 14 is reasonable. Upon successful output, returns the length of destination address string (including NULL termination)
[O]	pDestAddr Returns NULL-terminated ASCII String containing destination address International number will be prepended with a '+' character
[I/O]	pTextMsgLength Upon input, specifies the number of UCS2 characters the given text message buffer can accommodate. Upon successful output, returns the number of UCS2 characters returns in the given text message buffer (including the NULL-terminator).
[O]	pTextMsg Returns the text message as NULL-terminated UCS2 string
[I/O]	pScAddrLength (optional pointer) Upon input, indicates the maximum number of ASCII characters (including NULL termination) that the pScAddr buffer can accommodate. Note that a length of 14 is reasonable. Upon successful output, returns the length of SC address string (including the NULL termination)
[O]	pScAddr (optional pointer) NULL-terminated ASCII String containing service center address International number will be prepended with a '+' character.
[O]	pRejectDuplicates (optional pointer) Returns the reject duplicates parameter. A value of TRUE instructs the service center to reject new messages that have the same message reference number and destination address as a message already held in the service center.
[O]	pStatusReportReq (optional pointer) Returns the status report request parameter. A value of TRUE indicates that a status report is requested.
[O]	pReplyPath (optional pointer) Returns the reply path parameter. See 3GPP TS 23.040 Annex D for more information.
[O]	pValidityFormat (optional pointer) Returns validity period format (see note for more information) 0 - no validity period present 1 - relative validity period format 2 - enhanced validity period format 3 - absolute validity period format
[O]	validityPeriod[7] (optional pointer) Returns the validity period (see note for more information) Relative format: only the first octet is used Enhanced format: all 7 bytes are used Absolute format: all 7 bytes are used
[O]	pConcatenatedMsg (optional pointer) Returns TRUE if this message is a segment of a concatenated message
[O]	pMsgRefNum (optional pointer) Returns the message reference number
[O]	pTotalSegments (optional pointer) Returns the total number of segments if this message is part of a concatenated message.
[O]	pSegmentNum (optional pointer) Returns the segment sequence number of this portion of the concatenated message.

Note: Validity period formats Relative format is 1 octet in length and takes the following form: For values 0 to 143: validity period = (value + 1)* 5 minutes For values 144 to 167: validity period = 12 hours + (value - 143)* 30 minutes For values 168 to 196: validity period = (value - 166) * 1 day For values 197 to 255: validity period = (value - 192) * 1 week

Absolute format is 7 octets in length and takes the following form: YYMMDDHHMMSSTZ where YY - year MM - month DD - day HH - hour MM - minute SS - second TZ - timezone The timezone is in relation to GMT, one unit is equal to 15 minutes and the MSB indicates a negative value

Enhanced format is 7 octets in length. Please see 3GPP TS 23.040 for the form.

Returns: QCWWAN_ERR_BUFFER_TOO_SMALL if pDestAddrLength, pTextMsgLength or pScAddrLength is too small to accommodate the decoded data then the required length will be returned in the problem parameter.

SWI_ERR_API_INVALID_PDU_MESSAGE_TYPE if the given message can not be decoded by this function because it is of a different format.

See other return codes.

SWIIMPORT ULONG SWICMAPI WCDMADecodeMTTextMsg	(	BYTE *	pMessage,
		BYTE *	pSenderAddrLength,
		CHAR *	pSenderAddr,
		BYTE *	pTextMsgLength,
		WCHAR *	pTextMsg,
		BYTE *	pScAddrLength,
		CHAR *	pScAddr,
		BOOLEAN *	pMoreMsgSend,
		BOOLEAN *	pReplyPath,
		BOOLEAN *	pStatusReportInd,
		BYTE	scTimeStamp[7],
		BOOLEAN *	pConcatenatedMsg,
		ULONG *	pMsgRefNum,
		BYTE *	pTotalSegments,
		BYTE *	pSegmentNum
	)

This function can be used to decode a received WCDMA SMS message read off the device using the GetSMS() API. The text message will be returned in UCS2 along with related message information.

Note that some text messages span multiple messages. Decoded messages can be concatenated based on the information returned by this function. All text message segment share a message reference number and the same number of total segments.

Parameters

[I]	pMessage Message read off the device via GetSMS
[I/O]	pSenderAddrLength Upon input, indicates the maximum number of ASCII characters (including NULL termination) that the pSenderAddr buffer can accommodate. Note that a length of 14 is reasonable. Upon successful output, returns the length of destination address string (including the NULL termination)
[O]	pSenderAddr Returns NULL-terminated ASCII String containing destination address International number will be prepended with a '+' character.
[I/O]	pTextMsgLength Upon input, specifies the number of UCS2 characters the given text message buffer can accommodate. Upon successful output, returns the number of UCS2 characters returns in the given text message buffer (including the NULL-terminator)
[O]	pTextMsg Returns the text message as NULL-terminated UCS2 string
[I/O]	pScAddrLength (optional pointer) Upon input, indicates the maximum number of ASCII characters (including NULL termination) that the pScAddr buffer can accommodate. Note that a length of 14 is reasonable. Upon successful output, returns the length of SC address string (including the NULL termination)
[O]	pScAddr (optional pointer) NULL-terminated ASCII String containing service center address International number will be prepended with a '+' character.
[O]	pMoreMsgSend (optional pointer) Returns the more message to send parameter. A value of TRUE indicates that no more messages are waiting to be delivered
[O]	pReplyPath (optional pointer) Returns the reply path parameter. See 3GPP TS 23.040 Annex D for more information
[O]	pStatusReportInd (optional pointer) Returns the status report indication parameter. A value of TRUE indicates a that a status report will be returned to the sender
[O]	scTimeStamp[7] (optional pointer) Returns the service center address which takes the form: YYMMDDHHMMSSTZ where YY - year MM - month DD - day HH - hour MM - minute SS - second TZ - timezone All values are in decimal. The timezone is in relation to GMT, one unit is equal to 15 minutes and the MSB indicates a negative value
[O]	pConcatenatedMsg (optional pointer) Returns TRUE if this message is a segment of a concatenated message
[O]	pMsgRefNum (optional pointer) Returns the message reference number
[O]	pTotalSegments (optional pointer) Returns the total number of segments if this message is part of a concatenated message.
[O]	pSegmentNum (optional pointer) Returns the segment sequence number of this portion of the concatenated message.

Returns: QCWWAN_ERR_BUFFER_TOO_SMALL if pSenderAddrLength, pTextMsgLength or pScAddrLength is too small to accommodate the decoded data then the required length will be returned in the problem parameter.

SWI_ERR_API_INVALID_PDU_MESSAGE_TYPE if the given message can not decoded by this function because it is of a different format.

See other return codes.

SWIIMPORT ULONG SWICMAPI WCDMAEncodeMOTextMsg	(	BYTE *	pMessageListSize,
		BYTE *	pMessageList,
		BYTE	messageRefNum,
		CHAR *	pDestAddr,
		ULONG	textMsgLength,
		WCHAR *	pTextMsg,
		CHAR *	pScAddr,
		BOOLEAN *	pRejectDuplicates,
		BOOLEAN *	pStatusReportReq,
		BOOLEAN *	pReplyPath,
		BYTE *	pValidityFormat,
		BYTE	validityPeriod[7],
		BYTE *	pEncodingAlphabet
	)

This function can be used to encode an outgoing WCDMA message. The the resulting message can be either stored on the device using SaveSMS() or sent to the service center using SendSMS().

The caller must provide an UCS2 text message to be encoded, a message reference number and a destination address. All other information is optional for the caller to specify. Default values will be used in the encoded when option parameter are not given.

The caller can specify what character set should be used to encode the given text message. If the character set is not specified then this function will encode the message using the character set that yields the smallest encoded message.

Some text messages will span multiple messages. This function return all the messages necessary to encode the entire given text message.

Parameters

[I/O]	pMessageListSize: Upon input, specifies the total number of Messages that can be constructed in the memory indicated by pMessageList. Note that in WCDMA it may take multiple message to encode a single text message Upon successful output, specifies the total number of Messages required.
[O]	pMessageList: A list of constructed message where every member of the list takes the following form: BYTE messageLength BYTE message[176]
[I]	messageRefNum The message reference number for this message. This value should be incremented for every message the host application sends.
[I]	pDestAddr Gives NULL-terminated ASCII String containing destination address. International number will be prepended with a '+' character.
[I]	textMsgLength Number of UCS2 characters in the text message (excluding NULL)
[O]	pTextMsg UCS2 text message to be encoded
[I]	pScAddr (optional pointer) Gives NULL-terminated ASCII String containing service center address. International number will be prepended with a '+' character.
[I]	pRejectDuplicates (optional pointer) Gives the reject duplicates parameter. TRUE instructs the service center to reject new messages if they share the same message reference number and destination address as a message already being held in the service center. FALSE instructs the service centre to accept new messages if they share the same message reference number and destination address as a message already being held in the service center (default setting if NULL pointer is given)
[I]	pStatusReportReq (optional pointer) Gives the status report request parameter. TRUE if a status report is requested. FALSE if no status report is requested (default setting if NULL pointer is given).
[I]	pReplyPath (optional pointer) Gives the reply path parameter. FALSE is the default setting if NULL pointer is given. See 3GPP TS 23.040 Annex D for more information
[I]	pDestAddr Gives NULL-terminated ASCII String containing destination address. International number will be prepended with a '+' character.
[I]	pValidityFormat (optional pointer) Gives validity period format (see note for more information) 0 - no validity period present (default setting if NULL pointer given) 1 - relative validity period format (recommended as a validity period format) 2 - enhanced validity period format 3 - absolute validity period format
[I]	validityPeriod[7] (optional pointer) Gives the validity period (see note for more information) Relative format: only the first octet is used Enhanced format: all 7 bytes are used Absolute format: all 7 bytes are used
[I/O]	pEncodingAlphabet (optional pointer) Upon input, specifies the alphabet the text message should be encoded in 0 - smallest possible alphabet (default if NULL pointer given) 1 - default 7-bit alphabet 2 - 8-bit alphabet (ASCII) 3 - UCS2 Upon successful output, specifies the alphabet used to encode the message.

Note: Validity period formats: Relative format is 1 octet in length and takes the following form: for values 0 to 143: validity period = (value + 1)* 5 minutes for values 144 to 167: validity period = 12 hours + (value - 143)* 30 minutes for values 168 to 196: validity period = (value - 166) * 1 day for values 197 to 255: validity period = (value - 192) * 1 week

Absolute format is 7 octets in length and takes the following form: YYMMDDHHMMSSTZ where YY - year MM - month DD - day HH - hour MM - minute SS - second TZ - timezone The timezone is in relation to GMT, one unit is equal to 15 minutes and the MSB indicates a negative value

Enhanced format is 7 octets in length. Please see 3GPP TS 23.040 for the form.

Returns: QCWWAN_ERR_BUFFER_TOO_SMALL if pMessageListSize is too small to accommodate given text message. pMessageListSize shall return the required size.

SWI_ERR_API_IMPOSSIBLE_ENCODING if requested encoding alphabet can not accommodate the given text message. pEncodingAlphabet shall return an appropriate encoding alphabet.

See other return codes

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