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<A NAME="pgfId-1013319"></A>Programming the BLJB fuse</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1013320"></A>Syntax : setupBljbFuse <value></LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1013325"></A>Example : setupBljbFuse 0</LI></UL><P CLASS="BI-Body-Indent"><A NAME="pgfId-1053099"></A>The BLJB bit is active low.</P></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1013330"></A>Programming the X2 fuse</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1013331"></A>Syntax : setupX2Fuse <value></LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1013340"></A>Example : setupX2Fuse 1</LI></UL><P CLASS="BT-Body-Text"><A NAME="pgfId-1013280"></A>The above commands do not actually perform the described operations, they only setup them. In order to execute the described operations, you must select the File > Execute Configuration File command or press the F5 key.</P><P CLASS="BT-Body-Text"><A NAME="pgfId-1013306"></A>You may comment out a line of the configuration file by inserting a "#" character at the beginning of the line.</P></DIV></DIV><DIV><H2 CLASS="SHS1A-Section-Head-Sub-1-Across"><A NAME="pgfId-1052938"></A>Serializing Parts</H2><P CLASS="BT-Body-Text"><A NAME="pgfId-1052942"></A>You may want to register a serial number (64 bits max.) in your parts during the ISP process. FLIP provides a mean to do this through the configuration file, but it cannot produce the proper command automatically; you will have to add the serialization command to your configuration file by hand.</P><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1052956"></A>Syntax : setupSerialize <memory> <sn_init> <sn_width> <sn_step> <sn_lsb_addr></LI></UL><P CLASS="BT-Body-Text"><A NAME="pgfId-1052964"></A>Parameters:</P><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1052992"></A><memory> = FLASH or EEPROM</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1052996"></A><sn_init> = Serial Number initial value in hexadecimal, without any leading X, 0x or H prefix. sn_init must be composed of an even number of characters.</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053001"></A><sn_width> = number of bytes necessary to handle the serial number (8 max.).</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053002"></A><sn_step> = a positive or negative number to increment or decrement the serial number.</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053003"></A><sn_lsb_addr> = the less significant byte of the serial number in memory</H6><P CLASS="BT-Body-Text"><A NAME="pgfId-1053008"></A>The current serial number will be displayed in the Buffer Information frame of the main window. In case of wrong argument given to the setupSerialize procedure, an error message is displayed in the Buffer Information frame.</P><P CLASS="BT-Body-Text"><A NAME="pgfId-1053043"></A>The EEPROM selection may not be possible; this depends on the microcontroller type. An error message will be displayed </P><P CLASS="BT-Body-Text"><A NAME="pgfId-1053020"></A>Valid procedure calls:</P></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053021"></A>setupSerialize FLASH 00 8 1 7</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053039"></A>setupSerialize EEPROM DEADBEEF00000000 8 10 0x7FFF</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053044"></A>setupSerialize FLASH 090302FFFFFF 6 -1 255</H6><P CLASS="BT-Body-Text"><A NAME="pgfId-1053045"></A>Invalid procedure calls:</P></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053051"></A>setupSerialize FLAS 00 8 1 7 (the memory name is not correct)</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053055"></A>setupSerialize FLASH F00 8 1 7 (odd number of chars for the initial value; should be 0F00)</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053056"></A>setupSerialize FLASH 00 9 1 7 (the number of bytes reserved to store the serial number is too large)</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053057"></A>setupSerialize FLASH 00 8 0 7 (the step value is zero)</H6></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1053058"></A>setupSerialize FLASH 00 8 1 6 (you cannot store a 8-byte serial number if the address of its less significant byte is 6)</H6></DIV></DIV><DIV><H2 CLASS="SHS1A-Section-Head-Sub-1-Across"><A NAME="pgfId-1013346"></A>Configuration file example</H2><P CLASS="BT-Body-Text"><A NAME="pgfId-1013347"></A>Putting all this together, we can build a full configuration file :</P><P CLASS="BT-Body-Text"><A NAME="pgfId-1013461"></A> </P><P CLASS="C-Code"><A NAME="pgfId-1013391"></A># --------------- Configuration file example -------------------</P><P CLASS="C-Code"><A NAME="pgfId-1013463"></A>#</P><P CLASS="C-Code"><A NAME="pgfId-1013462"></A># Device selection and communication setup</P><P CLASS="C-Code"><A NAME="pgfId-1013422"></A>selectDevice T89C51RC2</P><P CLASS="C-Code"><A NAME="pgfId-1013423"></A>set port COM1</P><P CLASS="C-Code"><A NAME="pgfId-1013424"></A>set baud 57600</P><P CLASS="C-Code"><A NAME="pgfId-1020426"></A>initProtocol RS232Standard</P><P CLASS="C-Code"><A NAME="pgfId-1013425"></A>connectRS232 Standard</P><P CLASS="C-Code"><A NAME="pgfId-1013464"></A>#</P><P CLASS="C-Code"><A NAME="pgfId-1013426"></A>parseHexFile "D:/Labo/dev/app/Flip_dev/bin/2kisp.hex"</P><P CLASS="C-Code"><A NAME="pgfId-1013465"></A># Erase 3 blocks</P><P CLASS="C-Code"><A NAME="pgfId-1013427"></A>setupEraseBlock0</P><P CLASS="C-Code"><A NAME="pgfId-1013428"></A>setupEraseBlock1</P><P CLASS="C-Code"><A NAME="pgfId-1013429"></A>setupEraseBlock2</P><P CLASS="C-Code"><A NAME="pgfId-1013466"></A># Blank checking requires 3 lines</P><P CLASS="C-Code"><A NAME="pgfId-1013430"></A>setupBlankCheckDevice</P><P CLASS="C-Code"><A NAME="pgfId-1013431"></A>set blankCheckAddr(start) 0010</P><P CLASS="C-Code"><A NAME="pgfId-1013432"></A>set blankCheckAddr(end) 07FF</P><P CLASS="C-Code"><A NAME="pgfId-1013467"></A># Program the device with the above loaded HEX file</P><P CLASS="C-Code"><A NAME="pgfId-1013433"></A>setupProgramDevice</P><P CLASS="C-Code"><A NAME="pgfId-1013468"></A># Verify proper device programming</P><P CLASS="C-Code"><A NAME="pgfId-1013434"></A>setupVerifyDevice</P><P CLASS="C-Code"><A NAME="pgfId-1013469"></A># Program the special bytes</P><P CLASS="C-Code"><A NAME="pgfId-1013435"></A>setupSBV FB</P><P CLASS="C-Code"><A NAME="pgfId-1013436"></A>setupBSB 81</P><P CLASS="C-Code"><A NAME="pgfId-1013437"></A>setupOscFuse 1</P><P CLASS="C-Code"><A NAME="pgfId-1013438"></A>setupBljbFuse 0</P><P CLASS="C-Code"><A NAME="pgfId-1013439"></A>setupX2Fuse 1</P><P CLASS="C-Code"><A NAME="pgfId-1013440"></A>setupSecurityLevel 1</P><P CLASS="C-Code"><A NAME="pgfId-1053066"></A>setupSerialize FLASH 00 8 1 0x7FFF</P></DIV></DIV><DIV><H1 CLASS="SHNPA-Section-Head-New-Page-Across"><A NAME="pgfId-974400"></A>Troubleshooting</H1><DIV><H2 CLASS="SHS1A-Section-Head-Sub-1-Across"><A NAME="pgfId-1052847"></A>Configuration Files</H2><P CLASS="BT-Body-Text"><A NAME="pgfId-1052848"></A>The automatic generation of a configuration file done by FLIP is not fully functional for CAN interfaces. Therefore, you must create CAN configuration files by hand.</P><P CLASS="BT-Body-Text"><A NAME="pgfId-1052849"></A>Configuration files examples are provided in the /can directory of your FLIP installation directory.</P></DIV><DIV><H2 CLASS="SHS1A-Section-Head-Sub-1-Across"><A NAME="pgfId-1015904"></A>Global messages</H2><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-962605"></A>Time Out Error</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-962606"></A>Check the communication medium connections and the target hardware power supply.<BR>If everything is allright, reset the target hardware and select a smaller baud rate from the FLIP communication medium dialog box. For maximum performance purpose, FLIP and its software companion (the bootloader) do not perform any data flow control (no XON/XOFF). Therefore, at high baud rates, it may happen that the bootloader has no time enough to perform data management and does not answer properly to the FLIP commands or the answer comes too late.</LI></UL><P CLASS="BT-Body-Text"><A NAME="pgfId-962600"></A> </P></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015852"></A>Software Security Bit set. Cannot access device data.</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015860"></A>The major part of the target device is protected against writing operations when the device is set to the security level 1 and protected against reading operations when the device is set to the security level 2. The above message means that the operation performed by FLIP is not legal.</LI></UL></DIV></DIV><DIV><H2 CLASS="SHS1A-Section-Head-Sub-1-Across"><A NAME="pgfId-1015861"></A>CAN messages</H2><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015833"></A>CAN interface error</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015838"></A>The PC parallel port to CAN hardware interface did not execute the FLIP command properly.</LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015848"></A> </LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015843"></A>Unexpected CAN response data length</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015849"></A>The length of the CAN message sent by the bootloader is unexpected.</LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015842"></A> </LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-973571"></A>The bootloader did not understand the FLIP command</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015826"></A>The CAN protocol stack specification mentions that while sending programming frames to the device, the bootloader may answer with a data byte of 0x00 if it got all data from FLIP, 0x02 if it expects more data from FLIP and 0x01 if the bootloader failed to execute the write command.</LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015862"></A> </LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015865"></A>Got an error message ID from the bootloader but the CAN message data value is not correct.</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015873"></A>The bootloader has detected an error condition and signals it by an error message which is itself corrupted.</LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015874"></A> </LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015877"></A>Got an error message ID from the bootloader but the CAN message data length is not correct.</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015885"></A>The bootloader has detected an error condition and signals it by an error message which length is not correct.</LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015892"></A> </LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015883"></A>The CAN message ID is not correct.</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015893"></A>The bootloader answer contains an incorrect identifier.</LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015895"></A>Invalid bootloader answer on blank check</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015900"></A>During the device blank check operation, the bootloader has sent an incorrect answer to FLIP.</LI></UL></DIV></DIV><DIV><H2 CLASS="SHS1A-Section-Head-Sub-1-Across"><A NAME="pgfId-1015907"></A>RS232 messages</H2><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015909"></A>The board reply is not correct</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015914"></A>Probably a framing error detected by the microcontroller UART.</LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015929"></A> </LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015915"></A>The RS232 port could not be opened</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015921"></A>The selected serial port does not exist or has not been closed properly. Quit FLIP and start it again.</LI><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015933"></A> </LI></UL></DIV><DIV><H6 CLASS="BL-Bullet-List"><A NAME="pgfId-1015934"></A>Check sum error</H6><UL><LI CLASS="BLI-Bullet-List-Indent"><A NAME="pgfId-1015939"></A>The boot⌨️ 快捷键说明
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