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visual basic 6.0

Abstract: No abstract text available
Text: Public DCBlength As Int32 Public BaudRate As Int32 Public fBitFields As Int32 'See Comments in , Use End Structure Public Structure COMMTIMEOUTS Public ReadlntervalTimeout As Int32 Public ReadTotalTimeoutMultiplier As Int32 Public ReadTotalTimeoutConstant As Int32 Public WriteTotalTimeoutMultiplier As Int32 Public WriteTotalTimeoutConstant As Int32 End Structure 'Declare constants. Public Const GENERIC_READ As Int32 = &H80000000 Public Const GENERIC_WRITE As Int32 = &H40000000 Public Const OPEN_EXISTING As Int32


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PDF /kb/904795/) /en-us/library/aal41354 /kb/i64660/) kbvs2005swept kbvs2005doesnotapply kbkern32dll kb32bitonly KB823179 com/kb/823179 visual basic 6.0
scsi usb

Abstract: IEEE1667 dCBWTag 0x43425355 PD70F3760 uPD70F3770 uPD70F3764 uPD70F3763 uPD70F3762 uPD70F3761
Text: usbf850_data_send USB C INT32 usbf850_data_send(UINT8 *data, INT32 len, INT8 ep) UINT8 *data INT8 ep INT32 len DEV_OK DEV_ERROR FIFO 1 68 U19659JJ1V0AN 3 usbf850_data_receive USB C INT32 usbf850_data_receive(UINT8 *data, INT32 len, INT8 ep) UINT8 *data INT8 ep INT32 len , usbf850_storage_cbwchk 74 U19659JJ1V0AN 3 usbf850_storage_cbwchk CBW C INT32


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PDF V850ES/JG3-H, V850ES/JH3-H V850ES/JG3-U, V850ES/JH3-U V850ES/JG3-H PD70F3760 PD70F3761 PD70F3762 PD70F3770 scsi usb IEEE1667 dCBWTag 0x43425355 PD70F3760 uPD70F3770 uPD70F3764 uPD70F3763 uPD70F3762 uPD70F3761
smartphone htm

Abstract: No abstract text available
Text: . - Overload List Name SerialPort.Read (Bvtefl. Int32. i nt32) Description Reads a number of bytes , . Supported by the .NET Compact Framework. SerialPort.Read fCharl"!. Int32 , Int32 ) Reads a number of bytes , (Byte[], Int32 , Int32 ) Page 1 o f 2 .NET Framework Class Library SerialPort.Read Method (Byte[], Int32 , Int32 ) See Also B Collapse All v · Language Filter: Visual Basic Note: This method is new in , /M_System_IC). 03/05/2006 SerialPort.Read Method (Byte[], Int32 , Int32 ) Page 2 o f 2


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PDF Int32. Int32, Int32) v80/M smartphone htm
2010 - U20291JJ1V0AN00

Abstract: U19193J CC78K0R RA78K0R fe20h xxx void
Text: ) { fsl_u08 fslRetCode; UINT32 first_addr; INT32 ret; INT32 lp; UINT8 code; per_7SegControl( LED_A , usbserial_init() static void usbserial_init( UINT8 *buf , INT32 buf_len ) { INT32 lp; recv_buf , recv_record() static INT32 recv_record( void ) { INT32 ret,i,chk; usbserial_clear_buffer(); /* */ ret , INT32 usbserial_recv( UINT8 *data , INT32 len ) { INT32 num = 0; while (num < len) { while (recv_len , 3.4.3.4 usb_read() usb_read( ) RAM 3-17 usb_read() void usb_read( void ) { INT32 iidx


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PDF 78K0R 78K0RUSB U20291JJ1V0AN00 M8J1V0AN00 U20291JJ1V0AN00 U19193J CC78K0R RA78K0R fe20h xxx void
onenand xsr

Abstract: Sector Translation Layer Extended Sector Remapper Flash Translation Layer XSR NAND XSR samsung xsr SAMSUNG NAND FLASH TRANSLATION LAYER onenand block header s3c2410 SAMSUNG NAND FTL
Text: OAM_Memset(VOID *pDst, UINT8 nData, UINT32 nLen) { memset(void *) pDst, (int) nData, nLen); } INT32 , #define _MY_LLD_H_ #ifdef _cplusplus extern "C" { #endif /* _cplusplus */ INT32 INT32 INT32 INT32 INT32 MyLLD_Init (VOID *pParm); MyLLD_Open (UINT32 nDev); MyLLD_Close (UINT32 nDev , *pMBuf, UINT8 *pSBuf, UINT32 nFlag); INT32 MyLLD_Write (UINT32 nDev, UINT32 nPsn, UINT32 nNumOfScts, UINT8 *pMBuf, UINT8 *pSBuf, UINT32 nFlag); INT32 MyLLD_Erase (UINT32 nDev, UINT32 nPbn, UINT32 nFlag


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PDF JUN-2007, onenand xsr Sector Translation Layer Extended Sector Remapper Flash Translation Layer XSR NAND XSR samsung xsr SAMSUNG NAND FLASH TRANSLATION LAYER onenand block header s3c2410 SAMSUNG NAND FTL
samsung xsr

Abstract: Sector Translation Layer SAMSUNG NAND FLASH TRANSLATION LAYER Flash Translation Layer XSR onenand xsr s3c2410 BML STL nand flash spare area assignment XSR v1.5.1 SAMSUNG NAND FLASH TRANSLATION LAYER SOFTWARE
Text: (void *) pDst, (int) nData, nLen); } INT32 OAM_Memcmp(VOID *pCmp1, VOID *pCmp2, UINT32 nLen , _cplusplus extern "C" { #endif /* _cplusplus */ INT32 INT32 INT32 INT32 INT32 MyLLD_Init (VOID , nFlag); INT32 MyLLD_Write (UINT32 nDev, UINT32 nPsn, UINT32 nNumOfScts, UINT8 *pMBuf, UINT8 *pSBuf, UINT32 nFlag); INT32 MyLLD_Erase (UINT32 nDev, UINT32 nPbn, UINT32 nFlag); INT32 MyLLD_CopyBack (UINT32 nDev, CpBkArg *pstCpArg, UINT32 nFlag); INT32 MyLLD_GetDevInfo (UINT32 nDev, LLDSpec* pstLLDDev


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PDF APR-07-2006, samsung xsr Sector Translation Layer SAMSUNG NAND FLASH TRANSLATION LAYER Flash Translation Layer XSR onenand xsr s3c2410 BML STL nand flash spare area assignment XSR v1.5.1 SAMSUNG NAND FLASH TRANSLATION LAYER SOFTWARE
msc commands

Abstract: PD70F3760 jack 3.5 mm uPD70F3770 uPD70F3764 uPD70F3763 uPD70F3762 uPD70F3761 uPD70F3760 UCKSEL
Text: No file text available


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PDF G0706 msc commands PD70F3760 jack 3.5 mm uPD70F3770 uPD70F3764 uPD70F3763 uPD70F3762 uPD70F3761 uPD70F3760 UCKSEL
Not Available

Abstract: No abstract text available
Text: Framework. UTF8Encoding.GetByteCount (Char[], Int32. Int32 ) - See Also Reference UTF8Encoding , . UTF8Encodinq.GetBvtes (Strinql UTF8Encoding.GetBytes (Char[], Int32 , Int32 ) UTF8Encoding.GetBytes (Char* Int32. Bvte*. Int32 ) UTF8Encodina.GetBvtes fCharf], Int32 , Int32 , Byte[], Int32 ) UTF8Encodina.GetBvtes (String, Int32 , Int32 , ByteQ, Int32 ) Encodes a set of characters from the specified String into the , . UTF8Encodina.GetByteCount (String) UTF8Encodina.GetByteCount (Char* Int32i Calculates the number of bytes produced by


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PDF Int32i Int32, Int32) Int32.
2000 - spra683

Abstract: No abstract text available
Text: . In short, the correct expression for a 16x16­>32 multiply is (with appropriate typedefs): INT32 res = ( INT32 )(INT16)src1 * ( INT32 )(INT16)src2; According to the C arithmetic rules, this is actually a , . For a 16x16­>32 multiply, this means the operation must be done as INT32 at the C level, but INT16 at , to accomplish this. Both operands must be 32 bits: INT32 res = ( INT32 )src1 * ( INT32 )src2; but if it is known that both operands are only 16-bit values, the compiler should be told so: INT32 res =


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PDF SPRA683
2010 - NEC78K0R

Abstract: uPD78F1000 virtual uart R01AN0003JJ0100U20312JJ1V0AN00 uPD78F1026 uPD78F1025 uPD78F1024 uPD78F1023 uPD78F1022 78F1003
Text: R01AN0003JJ0100U20312JJ1V0AN00 3 usbf78k0r_send_EP0 Endpoint0USB C INT32 usbf78k0r_send_EP0(UINT8* data, INT32 len) UINT8* data INT32 len DEV_OK DEV_ERROR Endpoint0FIFO1 R01AN0003JJ0100U20312JJ1V0AN00 44 3 usbf78k0r_receive_EP0 Endpoint0USB C INT32 usbf78k0r_receive_EP0(UINT8* data, INT32 len) UINT8* data INT32 len DEV_OK DEV_ERROR , / FIFO C INT32 usbf78k0r_ep_status(INT8 ep) INT8 ep DEV_OK FIFO empty


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PDF 201041NEC 78K0R/KC3-L, 78K0R/KE3-L PD78F1022 PD78F1023 PD78F1024 PD78F1025 PD78F1026 R01AN0003JJ0100U20312JJ1V0AN00 NEC78K0R uPD78F1000 virtual uart R01AN0003JJ0100U20312JJ1V0AN00 uPD78F1026 uPD78F1025 uPD78F1024 uPD78F1023 uPD78F1022 78F1003
2001 - mp3 decoder

Abstract: audio convertor 2.1 convert into 5.1 MP3 Decode Module DIAB Int16 TO 48 A IC MP3 PROCESSOR MCF5249
Text: document are given below. Enumerations: 1. Typedef for a 32-bit integer typedef long int INT32 2 , , INT32 input_buf_length); where input_buffer => pointer to input buffer input_buf_length => length of , ( INT16 output_buf [2*MP3_FRAME_SIZE], INT32 *sampling_rate, INT32 *num_chans, INT32 *output_frame_len , function is: INT32 MP3D_swap_buffers (INT16 *new_buf_ptr, INT32 *new_buf_length); where new_buf_ptr = , is composed of two 8-bit bytes). The C language prototype for this function is: INT32 MP3D_sarco


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1998 - 100-4790

Abstract: MXT3010
Text: Guide cmhiCOMMOUTWait Boolean cmhiCOMMOUTWait (CMHI *ck, int32 maxWait) The user calls this , more information. int32 maxWait The number of seconds to wait before returning a timeout , FALSE if a time-out occurred. cmhiCOMMOUTRead uint32 cmhiCOMMOUTRead (CMHI *ck, int32 maxWait) The , CMHI *ck The handle of a logical unit. See cmhiOpen on page 3 for more information. int32 , cmhiCOMMINWait (CMHI *ck, int32 maxWait) The user calls this function to wait until COMMIN is has available data


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2010 - tk 69

Abstract: PD70F3767 USB00X uPD70F3771 uPD70F3770 uPD70F3766 uPD70F3765 uPD70F3762 uPD70F3761 tk69
Text: / Interrupt In EndpointUSB C INT32 usbf850_data_send(UINT8* data, INT32 len, INT8 ep) UINT8* data INT8 ep INT32 len len>=0 DEV_ERROR FIFO1 , EndpointNull C INT32 usbf850_send_null (INT8 ep) INT8 ep DEV_OK , usbf850_data_receive USB C INT32 usbf850_data_receive(UINT8* data, INT32 len, INT8 ep) UINT8* data INT8 ep INT32 len len(>=0) DEV_ERROR FIFO1


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PDF 201041NEC V850ES/JG3-H, V850ES/JH3-H V850ES/JG3-H PD70F3760 PD70F3761 PD70F3762 PD70F3770 PD70F3765 tk 69 PD70F3767 USB00X uPD70F3771 uPD70F3770 uPD70F3766 uPD70F3765 uPD70F3762 uPD70F3761 tk69
2010 - V850E

Abstract: V850E1 V850ES usbf850 PD70F3760 PD70F3782
Text: usbf850_data_send Bulk/ Interrupt In EndpointUSB C INT32 usbf850_data_send(UINT8* data, INT32 len, INT8 ep) UINT8* data INT8 ep INT32 len len>=0 DEV_ERROR FIFO1 , INT32 usbf850_send_null (INT8 ep) INT8 ep DEV_OK DEV_ERROR EndpointFIFO(1) USBNull U20292JJ1V0AN00 47 3 usbf850_data_receive USB C INT32 usbf850_data_receive(UINT8* data, INT32 len, INT8 ep) UINT8* data INT8 ep INT32 len


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PDF U20292JJ1V0AN001 U20292JJ1V0AN00 M8E0909J V850ES V850E usbf850 V850E V850E1 V850ES PD70F3760 PD70F3782
2010 - Not Available

Abstract: No abstract text available
Text: ADC_IsEndConversion(uint8 retMode) int8 ADC_GetResult8(void) int16 ADC_GetResult16(void) int32 ADC_GetResult32(void) void ADC_SetOffset( int32 offset) void ADC_SetGain( int32 adcGain) int16 ADC_CountsTo_mVolts( int32 adcCounts) Int32 ADC_CountsTo_uVolts( int32 adcCounts) float ADC_CountsTo_Volts( int32 adcCounts) Description , -bit result of the last ADC conversion. None Parameters: Return Value: Side Effects: int32 , conversion with a result that has a resolution of 8 to 20 bits. None ( int32 ) Result of the last ADC


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PDF 16-bit
Not Available

Abstract: No abstract text available
Text: SerialPort.Write Method (Byte[], Int32 , Int32 ) Page 1 o f 2 .NET Framework Class Library SerialPort.W rite Method (Byte[], Int32 , Int32 ) See Also B Collapse All v Language Filter: Visual Basic Note: This method is new in the .NET Framework version 2.0. Writes a specified number of bytes to an output buffer at the specified offset. Namespace: System.10.Ports Assembly: System (in system.dll) - , 10. 26/04/2006 SerialPort.Write Method (Byte[], Int32 , Int32 ) Page 2 o f 2 Use this


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PDF Int32, Int32) v80/M
2009 - uPD70F3760

Abstract: uPD70F3761 uPD70F3762 uPD70F3763 uPD70F3764 uPD70F3770 PD70F3760 QB-v850MINI PD70F3768
Text: ) BKO1DTusbf850_rdata_flg 1 U19599JJ1V0AN 47 3 usbf850_data_send USB C INT32 usbf850_data_send(UINT8* data, INT32 len, INT8 ep) UINT8* data INT8 ep INT32 len , USB C INT32 usbf850_data_receive(UINT8* data, INT32 len, INT8 ep) UINT8* data INT8 ep INT32 len DEV_OK DEV_ERROR FIFO1 U19599JJ1V0AN 49 3 usbf850_rdata_length USB C void usbf850_rdata_length( INT32 * len , INT8 ep


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PDF V850ES/JG3-H, V850ES/JH3-H V850ES/JG3-U, V850ES/JH3-U V850ES/JG3-H PD70F3760 PD70F3761 PD70F3762 PD70F3770 uPD70F3760 uPD70F3761 uPD70F3762 uPD70F3763 uPD70F3764 uPD70F3770 PD70F3760 QB-v850MINI PD70F3768
2008 - 78f0730

Abstract: U19340J CC78K0 uPD78F0730 RA78K0 w401
Text: INT32 usbf78k_data_sendUINT8* data, INT32 len, INT8 ep USB UINT8 * data INT32 , U19340JJ1V0UM 21 6 void usbf78k_rdata_lengthINT32 *len, INT8 ep USB INT32 * len INT8 ep void INT32 usbf78k_data_receiveUINT8 *data, INT32 len, INT8 ep USB UINT8 * data INT32 len INT8 ep DEV_OK


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PDF PD78F0730 U19340JJ1V0UM001 U19340JJ1V0UM usbf78k 78f0730 U19340J CC78K0 uPD78F0730 RA78K0 w401
2010 - PD78F1023

Abstract: uPD78F1000 TK78K0R 78K0RUSB PD78F1024 uPD78F1026 uPD78F1025 uPD78F1024 uPD78F1023 uPD78F1022
Text: INT32 usbf78k0r_send_EP0(UINT8* data, INT32 len) UINT8* data INT32 len DEV_OK , usbf78k0r_receive_EP0 Endpoint0USB C INT32 usbf78k0r_receive_EP0(UINT8* data, INT32 len) UINT8* data INT32 len DEV_OK DEV_ERROR Endpoint0FIFO1 53 R01AN0004JJ0100 , R01AN0004JJ0100(U20313JJ1V0AN00) 3 usbf78k0r_ep_status / FIFO C INT32 usbf78k0r_ep_status(INT8 , / NULL C INT32 usbf78k0r_send_null(INT8 ep) INT8 ep DEV_OK DEV_ERROR


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PDF 201041NEC 78K0R/KC3-L, 78K0R/KE3-L PD78F1022 PD78F1023 PD78F1024 PD78F1025 PD78F1026 R01AN0004JJ0100 U20313JJ1V0AN00) PD78F1023 uPD78F1000 TK78K0R 78K0RUSB PD78F1024 uPD78F1026 uPD78F1025 uPD78F1024 uPD78F1023 uPD78F1022
inmos transputer reference manual

Abstract: No abstract text available
Text: status Query firmware version Reboot target 29.1.5 BYTE `b'; INT32 count; [count]BYTE array BYTE `C; INT32 count; [count]BYTE array BYTE `e'; INT16 device BYTE `r'; INT32 address; INT32 count BYTE `w'; INT32 address; INT32 count; [countJBYTE ; BYTE `s' BYTE BYTE `V ' ; ` X' INT16 n Programming


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PDF 64Kbyte 400mA 800mA B418-10 inmos transputer reference manual
2008 - 78f0730

Abstract: CC78K0 P120 uPD78F0730 RA78K0 ID78K0-QB-EZ U19339J
Text: void void CPUDEC U19339JJ1V0UM 21 8 INT32 usbf78k_data_sendUINT8* data, INT32 len, INT8 ep USB 1 UINT8 * 2 INT32 3 INT8 DEV_OK DEV_ERROR FIFO1byte FIFO INT32 usbf78k_data_receiveUINT8 *data, INT32 len, INT8 ep USB 1 UINT8 * 2 INT32 3 INT8 DEV_OK DEV_ERROR FIFO1 byte FIFO void


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PDF PD78F0730 U19339JJ1V0UM001 U19339JJ1V0UM 78f0730 CC78K0 P120 uPD78F0730 RA78K0 ID78K0-QB-EZ U19339J
2013 - Not Available

Abstract: No abstract text available
Text: Function int32 DieTemp_CountsTo_Celsius ( int32 adcCounts) Description Converts the ADC output to degrees Celsius. Global Variables None int32 DieTemp_CountsTo_Celsius( int32 adcCounts) Description: Parameters: Return Value: Converts the ADC output to degrees Celsius. ( int32 ) adcCounts Die Temperature in


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XT8380S

Abstract: ST296N ST4350N ST2383N ST125N ST4766N maxtor lxt200s ST41200N seagate ST01 st-125n
Text: ): SCSI.HADD.IF( CHAN OF TO.SCSI CHAN OF FROM.SCSI VAL BYTE VAL BYTE VAL BYTE V A L []BYTE VAL BYTE VAL INT32 []BYTE VAL INT32 V A L []BYTE BYTE []BYTE BYTE INTI 6 TO.SCSI.HA, FROM.SCSI.HA Target.ID, LUN , L BYTE V A L BYTE V A L BYTE V A L BYTE V A L INT32 V A L INT32 V A L INT32 V A L BYTE []BYTE BYTE , IS 512: VAL INT32 B l o c k . Size IS INT32 Buff.Size: VAL INT32 N u m b e r . O f .Blocks IS 1 ( INT32 ): [ B u f f .S ize]B Y T E Block: [255]BYTE Message: [In q u i r y .D a t a .L e n g t h ]B Y T E


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PDF F002B Dx205 Dx214) X3T9/89-042) XT8380S ST296N ST4350N ST2383N ST125N ST4766N maxtor lxt200s ST41200N seagate ST01 st-125n
ISV54

Abstract: 0X734 0x09D8 fprintf DS31256 0x514
Text: been created and transmit correctly. void dumpTx(drvDev * dp, int32 filename, int32 channel, int32 , Descriptor */ dmaPendQDesc * pendq; /* structure of Transmit Pending Queue*/ int i, a = 0; int32 dev = 0; int32 tdqrp, tdqwp; int32 tpqrp, tpqwp; tdma = &dp->txDma; /* Get the pointer from the device


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PDF DS31256 DS31256 0x0050, 0x0000) ISV54 0X734 0x09D8 fprintf 0x514
2012 - ASTM E230

Abstract: ASTM E230 type T Thermocouple Type K material ca 600 KeilPK51
Text: name used in the following table is "Thermocouple". Function int32 Thermocouple_GetTemperature( int32 voltage) int32 Thermocouple_GetVoltage( int32 temperature) Description Calculates the temperature from , int32 Thermocouple_GetTemperature( int32 voltage) Description: Parameters: Return Value: Side Effects , int32 Thermocouple_GetVoltage( int32 temperature) Description: Calculates the voltage given the


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