-
Methods Method Description com.zebra.rfid.api3.BlockEraseAccessParams.getByteCount() Number of Bytes to be erased. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.BlockEraseAccessParams.getByteOffset() Address of the first byte to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.BlockEraseAccessParams.setByteCount(int) Number of Bytes to be erased. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.BlockEraseAccessParams.setByteOffset(int) Address of the first byte to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.BlockPermalockAccessParams.getByteCount() Number of Bytes for the Mask.com.zebra.rfid.api3.BlockPermalockAccessParams.getByteOffset() Byte offset; Address of the first word for the Mask.com.zebra.rfid.api3.BlockPermalockAccessParams.setByteCount(int) Number of Bytes for the Mask.com.zebra.rfid.api3.BlockPermalockAccessParams.setByteOffset(int) Byte offset; Address of the word byte for the Mask.com.zebra.rfid.api3.TagAccess.BlockEraseAccessParams.getByteCount() Number of Bytes to be erased. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.BlockEraseAccessParams.getByteOffset() Address of the first byte to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.BlockEraseAccessParams.setByteCount(int) Number of Bytes to be erased. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.BlockEraseAccessParams.setByteOffset(int) Address of the first byte to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.BlockPermalockAccessParams.getByteCount() Number of Bytes for the Mask.com.zebra.rfid.api3.TagAccess.BlockPermalockAccessParams.getByteOffset() Byte offset; Address of the first word for the Mask.com.zebra.rfid.api3.TagAccess.BlockPermalockAccessParams.setByteCount(int) Number of Bytes for the Mask.com.zebra.rfid.api3.TagAccess.BlockPermalockAccessParams.setByteOffset(int) Byte offset; Address of the word byte for the Mask.com.zebra.rfid.api3.TagAccess.ReadAccessParams.getByteCount() Number of bytes to read. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.ReadAccessParams.getByteOffset() The address of the first short to read from the chosen memory bank. Since Access operation is WORD aligned, offset should be in double bytes.com.zebra.rfid.api3.TagAccess.ReadAccessParams.setByteCount(int) Number of bytes to read. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.ReadAccessParams.setByteOffset(int) The address of the first short to read from the chosen memory bank. Since Access operation is WORD aligned, offset should be in double bytes.com.zebra.rfid.api3.TagAccess.WriteAccessParams.getByteOffset() Address of the first short to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.WriteAccessParams.setByteOffset(int) Address of the first short to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.TagAccess.WriteAccessParams.setWriteData(byte[]) - use same API with string as parameter Pointer to a short array which contains the data to be written. Write operation occurs only on word boundaries, hence it is required to input this field accordingly. For e.g The word 0x1122 will be short writeData[4] = {0x1,0x1,0x2,0x2}com.zebra.rfid.api3.WriteAccessParams.getByteOffset() Address of the first short to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.WriteAccessParams.setByteOffset(int) Address of the first short to be written to the chosen memory bank. Since Access operation is WORD aligned, offset be in double bytes.com.zebra.rfid.api3.WriteAccessParams.setWriteData(byte[]) - use same API with string as parameter Pointer to a short array which contains the data to be written. Write operation occurs only on word boundaries, hence it is required to input this field accordingly. For e.g The word 0x1122 will be short writeData[4] = {0x1,0x1,0x2,0x2}com.zebra.scannercontrol.IDcsSdkApi.dcssdkExecuteCommandOpCodeInXMLForScanner(DCSSDKDefs.DCSSDK_COMMAND_OPCODE, String, StringBuilder, int)