public float[] owlGetMappedItem(Pointer model, Pointer instance, long owlInstance) { Memory memory = new Memory(16 * 4 * getPlatformMultiplier()); LongByReference owlInstanceReference = new LongByReference(); owlInstanceReference.setValue(owlInstance); engine.owlGetMappedItem(model, instance, owlInstanceReference, memory); if (getPlatformMultiplier() == 2) { double[] doubleArray = memory.getDoubleArray(0, 16); float[] floatArray = new float[16]; for (int i=0; i<16; i++) { floatArray[i] = (float)doubleArray[i]; } return floatArray; } else { return memory.getFloatArray(0, 16); } }
public native short Schedule_ExtractBusyTimeRange( long hCntnr, int hSchedObj, NotesUniversalNoteIdStruct punidIgnore, NotesTimeDatePairStruct pInterval, IntByReference retdwSize, LongByReference rethRange, IntByReference rethMoreCtx);
public native long NIFFindByKeyExtended3 (long hCollection, Memory keyBuffer, int findFlags, int returnFlags, NotesCollectionPositionStruct retIndexPos, IntByReference retNumMatches, ShortByReference retSignalFlags, LongByReference rethBuffer, IntByReference retSequence, NotesCallbacks.NIFFindByKeyProc NIFFindByKeyCallback, NIFFindByKeyContextStruct Ctx);
public short NSFNoteCipherDecrypt( long hNote, long hKFC, int DecryptFlags, LongByReference rethCipherForAttachments, int Reserved, Pointer pReserved);
/** * 开始平台录像播放 * * @param cameraCode * 摄像机编码 * @param mediaAddrSrc * 媒体流目标地址 * @param playbackParam * 录像播放媒体参数 * @return SDKResult<Business> 封装领域层的SDKResult<Business>对象 * @since eSDK IVS V100R003C00 */ @Override public SDKResult<Business> startPlatformPlayBackByIP(String cameraCode, MediaAddress mediaAddrSrc, PlaybackParam playbackParam) { int sessionId = super.getIVSSessionId(); MediaAddressSouth mediaAddressSouthIn = businessMgrCabilityConvert.getMediaAddressModel2South(mediaAddrSrc); PlayBackParamSouth playBackParamSouthIn = businessMgrCabilityConvert.getPlayBackParamModel2South(playbackParam); LongByReference handle = new LongByReference(); MediaAddressSouth mediaAddressSouthOut = new MediaAddressSouth(); int resultCode = super.getBaseCablilityJNA().IVS_SDK_StartPlatformPlayBackByIP(sessionId, cameraCode, playBackParamSouthIn, mediaAddressSouthIn, mediaAddressSouthOut.getPointer(), handle); mediaAddressSouthOut.read(); SDKResult<Business> result = new SDKResult<Business>(); result.setErrCode(resultCode); if (0 == resultCode) { Business business = new Business(); business.setHandle(handle.getValue()); business.setMediaAddrSrc(businessMgrCabilityConvert.getMediaAddressSouth2Model(mediaAddressSouthOut)); result.setResult(business); } return result; }
public short NSFDbGetMultNoteInfo( long hDb, short Count, short Options, long hInBuf, IntByReference retSize, LongByReference rethOutBuf);
public native short Schedule_ExtractMoreBusyTimeRange( long hCntnr, int hMoreCtx, NotesUniversalNoteIdStruct punidIgnore, NotesTimeDatePairStruct pInterval, IntByReference retdwSize, LongByReference rethRange, IntByReference rethMore);
public short NIFReadEntriesExt(long hCollection, NotesCollectionPositionStruct CollectionPos, short SkipNavigator, int SkipCount, short ReturnNavigator, int ReturnCount, int ReturnMask, NotesTimeDateStruct DiffTime, long DiffIDTable, int ColumnNumber, int Flags, LongByReference rethBuffer, ShortByReference retBufferLength, IntByReference retNumEntriesSkipped, IntByReference retNumEntriesReturned, ShortByReference retSignalFlags, NotesTimeDateStruct retDiffTime, NotesTimeDateStruct retModifiedTime, IntByReference retSequence);
public native short NSFComputeEvaluate( long hCompute, long hNote, LongByReference rethResult, ShortByReference retResultLength, IntByReference retNoteMatchesFormula, IntByReference retNoteShouldBeDeleted, IntByReference retNoteModified);
public native short NIFFindByKeyExtended2 (long hCollection, Memory keyBuffer, int findFlags, int returnFlags, NotesCollectionPositionStruct retIndexPos, IntByReference retNumMatches, ShortByReference retSignalFlags, LongByReference rethBuffer, IntByReference retSequence);
public short NIFOpenCollectionWithUserNameList (long hViewDB, long hDataDB, int ViewNoteID, short OpenFlags, long hUnreadList, LongByReference rethCollection, LongByReference rethViewNote, Memory retViewUNID, LongByReference rethCollapsedList, LongByReference rethSelectedList, long nameList);
public short FTSearch( long hDB, LongByReference phSearch, long hColl, Memory query, int options, short limit, long hIDTable, IntByReference retNumDocs, Memory reserved, LongByReference rethResults);
public short NSFFormulaCompile( Memory FormulaName, short FormulaNameLength, Memory FormulaText, short FormulaTextLength, LongByReference rethFormula, ShortByReference retFormulaLength, ShortByReference retCompileError, ShortByReference retCompileErrorLine, ShortByReference retCompileErrorColumn, ShortByReference retCompileErrorOffset, ShortByReference retCompileErrorLength);
public short NSFComputeEvaluate( long hCompute, long hNote, LongByReference rethResult, ShortByReference retResultLength, IntByReference retNoteMatchesFormula, IntByReference retNoteShouldBeDeleted, IntByReference retNoteModified);
public native short NIFReadEntriesExt(long hCollection, NotesCollectionPositionStruct CollectionPos, short SkipNavigator, int SkipCount, short ReturnNavigator, int ReturnCount, int ReturnMask, NotesTimeDateStruct DiffTime, long DiffIDTable, int ColumnNumber, int Flags, LongByReference rethBuffer, ShortByReference retBufferLength, IntByReference retNumEntriesSkipped, IntByReference retNumEntriesReturned, ShortByReference retSignalFlags, NotesTimeDateStruct retDiffTime, NotesTimeDateStruct retModifiedTime, IntByReference retSequence);
public short SchFreeTimeSearch( NotesUniversalNoteIdStruct pApptUnid, NotesTimeDateStruct pApptOrigDate, short fFindFirstFit, int dwReserved, NotesTimeDatePairStruct pInterval, short Duration, Pointer pNames, LongByReference rethRange);
public short SchRetrieve( NotesUniversalNoteIdStruct pApptUnid, NotesTimeDateStruct pApptOrigDate, int dwOptions, NotesTimeDatePairStruct pInterval, Pointer pNames, LongByReference rethCntnr, Pointer mustBeNull1, Pointer mustBeNull2, Pointer mustBeNull3);
public native short SchRetrieve( NotesUniversalNoteIdStruct pApptUnid, NotesTimeDateStruct pApptOrigDate, int dwOptions, NotesTimeDatePairStruct pInterval, Pointer pNames, LongByReference rethCntnr, Pointer mustBeNull1, Pointer mustBeNull2, Pointer mustBeNull3);
public short Schedule_ExtractBusyTimeRange( long hCntnr, int hSchedObj, NotesUniversalNoteIdStruct punidIgnore, NotesTimeDatePairStruct pInterval, IntByReference retdwSize, LongByReference rethRange, IntByReference rethMoreCtx);
public short Schedule_ExtractSchedList( long hCntnr, int hSchedObj, NotesTimeDatePairStruct pInterval, IntByReference retdwSize, LongByReference rethSchedList, IntByReference rethMore);
public native short SECTokenGenerate( Memory ServerName, Memory OrgName, Memory ConfigName, Memory UserName, NotesTimeDateStruct Creation, NotesTimeDateStruct Expiration, LongByReference retmhToken, int dwReserved, Pointer vpReserved);
public native short ACLLookupAccess( long hACL, Pointer pNamesList, ShortByReference retAccessLevel, Memory retPrivileges, ShortByReference retAccessFlags, LongByReference rethPrivNames);
public short ACLLookupAccess( long hACL, Pointer pNamesList, ShortByReference retAccessLevel, Memory retPrivileges, ShortByReference retAccessFlags, LongByReference rethPrivNames);
public native short Schedule_ExtractSchedList( long hCntnr, int hSchedObj, NotesTimeDatePairStruct pInterval, IntByReference retdwSize, LongByReference rethSchedList, IntByReference rethMore);
boolean GetVolumeInformationW( char[] lpRootPathName, CharBuffer lpVolumeNameBuffer, int nVolumeNameSize, LongByReference lpVolumeSerialNumber, LongByReference lpMaximumComponentLength, LongByReference lpFileSystemFlags, CharBuffer lpFileSystemNameBuffer, int nFileSystemNameSize );
public short NSFNoteCipherDecrypt( int hNote, int hKFC, int DecryptFlags, LongByReference rethCipherForAttachments, int Reserved, Pointer pReserved);
public native short Schedule_ExtractMoreSchedList( long hCntnr, int hMoreCtx, NotesTimeDatePairStruct pInterval, IntByReference retdwSize, LongByReference rethSchedList, IntByReference rethMore);
public native short FTSearch( long hDB, LongByReference phSearch, long hColl, Memory query, int options, short limit, long hIDTable, IntByReference retNumDocs, Memory reserved, LongByReference rethResults);
public long owlGetModel(Pointer model) { LongByReference owlInstanceReference = new LongByReference(); engine.owlGetModel(model, owlInstanceReference); return owlInstanceReference.getValue(); }
public long owlGetInstance(Pointer model, Pointer instance) { LongByReference owlInstanceReference = new LongByReference(); engine.owlGetInstance(model, instance, owlInstanceReference); return owlInstanceReference.getValue(); }
public native short NSFFolderGetIDTable( long hViewDB, long hDataDB, int viewNoteID, int flags, LongByReference hTable);
/** * Internal helper method to fetch the ID from the ID vault. * * @param userName Name of user whose ID is being put into vault - either abbreviated or canonical format * @param password Password to id file being uploaded to the vault * @param idPath if not null, path to where the download ID file should be created or overwritten * @param rethKFC64 if not null, returns the hKFC handle to the in-memory id for 64 bit * @param rethKFC32 if not null, returns the hKFC handle to the in-memory id for 32 bit * @param serverName Name of server to contact * @return the vault server name * @throws NotesError in case of problems, e.g. ERR 22792 Wrong Password */ private static String _getUserIdFromVault(String userName, String password, String idPath, LongByReference rethKFC64, IntByReference rethKFC32, String serverName) { String userNameCanonical = NotesNamingUtils.toCanonicalName(userName); Memory userNameCanonicalMem = NotesStringUtils.toLMBCS(userNameCanonical, true); Memory passwordMem = NotesStringUtils.toLMBCS(password, true); Memory idPathMem = NotesStringUtils.toLMBCS(idPath, true); Memory serverNameMem = new Memory(NotesConstants.MAXPATH); { Memory serverNameParamMem = NotesStringUtils.toLMBCS(serverName, true); if (serverNameParamMem!=null && (serverNameParamMem.size() > NotesConstants.MAXPATH)) { throw new IllegalArgumentException("Servername length cannot exceed MAXPATH ("+NotesConstants.MAXPATH+" characters)"); } if (serverNameParamMem!=null) { byte[] serverNameParamArr = serverNameParamMem.getByteArray(0, (int) serverNameParamMem.size()); serverNameMem.write(0, serverNameParamArr, 0, serverNameParamArr.length); } else { serverNameMem.setByte(0, (byte) 0); } } short result; if (PlatformUtils.is64Bit()) { result = NotesNativeAPI64.get().SECidfGet(userNameCanonicalMem, passwordMem, idPathMem, rethKFC64, serverNameMem, 0, (short) 0, null); } else { result = NotesNativeAPI32.get().SECidfGet(userNameCanonicalMem, passwordMem, idPathMem, rethKFC32, serverNameMem, 0, (short) 0, null); } NotesErrorUtils.checkResult(result); int vaultServerNameLength = 0; for (int i=0; i<serverNameMem.size(); i++) { vaultServerNameLength = i; if (serverNameMem.getByte(i) == 0) { break; } } String vaultServerName = NotesStringUtils.fromLMBCS(serverNameMem, vaultServerNameLength); return vaultServerName; }
/** * Will open the ID file name provided, locate a vault server, synch the ID file contents to the vault, * then return the synched content. If successful the vault server name is returned. * @param userName Name of user whose ID is being put into vault - either abbreviated or canonical format * @param password Password to id file being uploaded to the vault * @param idPath Path to where the download ID file should be created or overwritten * @param serverName Name of server to contact * @return sync result */ public static SyncResult syncUserIdWithVault(String userName, String password, String idPath, String serverName) { String userNameCanonical = NotesNamingUtils.toCanonicalName(userName); Memory userNameCanonicalMem = NotesStringUtils.toLMBCS(userNameCanonical, true); Memory passwordMem = NotesStringUtils.toLMBCS(password, true); Memory idPathMem = NotesStringUtils.toLMBCS(idPath, true); Memory serverNameMem = new Memory(NotesConstants.MAXPATH); { Memory serverNameParamMem = NotesStringUtils.toLMBCS(serverName, true); if (serverNameParamMem!=null && (serverNameParamMem.size() > NotesConstants.MAXPATH)) { throw new IllegalArgumentException("Servername length cannot exceed MAXPATH ("+NotesConstants.MAXPATH+" characters)"); } if (serverNameParamMem!=null) { byte[] serverNameParamArr = serverNameParamMem.getByteArray(0, (int) serverNameParamMem.size()); serverNameMem.write(0, serverNameParamArr, 0, serverNameParamArr.length); } else { serverNameMem.setByte(0, (byte) 0); } } LongByReference phKFC64 = new LongByReference(); IntByReference phKFC32 = new IntByReference(); IntByReference retdwFlags = new IntByReference(); short result; if (PlatformUtils.is64Bit()) { result = NotesNativeAPI64.get().SECKFMOpen (phKFC64, idPathMem, passwordMem, NotesConstants.SECKFM_open_All, 0, null); } else { result = NotesNativeAPI32.get().SECKFMOpen (phKFC32, idPathMem, passwordMem, NotesConstants.SECKFM_open_All, 0, null); } NotesErrorUtils.checkResult(result); try { if (PlatformUtils.is64Bit()) { result = NotesNativeAPI64.get().SECidfSync(userNameCanonicalMem, passwordMem, idPathMem, phKFC64, serverNameMem, 0, (short) 0, null, retdwFlags); } else { result = NotesNativeAPI32.get().SECidfSync(userNameCanonicalMem, passwordMem, idPathMem, phKFC32, serverNameMem, 0, (short) 0, null, retdwFlags); } NotesErrorUtils.checkResult(result); } finally { if (PlatformUtils.is64Bit()) { result = NotesNativeAPI64.get().SECKFMClose(phKFC64, NotesConstants.SECKFM_close_WriteIdFile, 0, null); } else { result = NotesNativeAPI32.get().SECKFMClose(phKFC32, NotesConstants.SECKFM_close_WriteIdFile, 0, null); } NotesErrorUtils.checkResult(result); } NotesErrorUtils.checkResult(result); int vaultServerNameLength = 0; for (int i=0; i<serverNameMem.size(); i++) { vaultServerNameLength = i; if (serverNameMem.getByte(i) == 0) { break; } } String vaultServerName = NotesStringUtils.fromLMBCS(serverNameMem, vaultServerNameLength); SyncResult syncResult = new SyncResult(vaultServerName, retdwFlags.getValue()); return syncResult; }
public short OSMemAlloc( short BlkType, int dwSize, LongByReference retHandle);
public native short NSFSearchStartExtended(long hDB, long formula, long filter, int filterflags, NotesUniversalNoteIdStruct ViewUNID, Memory ViewTitle, long queue, int flags, int flags1, int flags2, int flags3, int flags4, short noteClass, short auxclass, short granularity, NotesTimeDateStruct.ByValue since, NotesTimeDateStruct rtnuntil, LongByReference rtnhandle);
public short NSFNoteOpenByUNID( long hDB, NotesUniversalNoteIdStruct pUNID, short flags, LongByReference rethNote);
public native short CompoundTextCreate( long hNote, Memory pszItemName, LongByReference phCompound);
public short NSFNoteCopyAndEncrypt( long hSrcNote, short EncryptFlags, LongByReference rethDstNote);
public short NSFDbReadObject( long hDB, int ObjectID, int Offset, int Length, LongByReference rethBuffer);
public short NIFOpenCollection(long hViewDB, long hDataDB, int ViewNoteID, short OpenFlags, long hUnreadList, LongByReference rethCollection, LongByReference rethViewNote, Memory retViewUNID, LongByReference rethCollapsedList, LongByReference rethSelectedList);
