sdk-debuger-jlink/Samples/RDI/SetupFiles/TMS470R1B1M_Flash.setup

/*********************************************************************
*
* J-Link ARM Setup File - Generated by J-Flash ARM V3.31a
*
* Syntax:
*
*   SetJTAGSpeed(Speed);         : Sets the JTAG speed [kHz], (0 = Auto, 0xFFFF = Adaptive)
*   Delay(Delay);                : Waits a given time [msec]
*   DisableMMU();                : Disables the MMU
*   DisableChecks();             : Disables mode check after read operations
*   EnableChecks();              : Enables mode check after read operations
*   Go();                        : Starts the core
*   Halt();                      : Halts the core
*
*   Reset(Delay);                : Resets the target (normal)
*   ResetWP();                   : Resets the target (using watchpoint)
*   ResetDBGRQ();                : Resets the target (using DBGRQ)
*   ResetBP0(Delay);             : Resets the target (using breakpoint @ addr 0)
*   ResetADI();                  : Resets the target (using ADI software reset)
*
*   Read8 (Addr);                : Reads a 8/16/32 bit value,
*   Read16(Addr);                :   Addr = address to read (as hex value)
*   Read32(Addr);                :
*
*   Verify8 (Addr, Data);        : Verifies a 8/16/32 bit value,
*   Verify16(Addr, Data);        :   Addr = address to verify (as hex value)
*   Verify32(Addr, Data);        :   Data = data to verify (as hex value)
*
*   Write8 (Addr, Data);         : Writes a 8/16/32 bit value,
*   Write16(Addr, Data);         :   Addr = address to write (as hex value)
*   Write32(Addr, Data);         :   Data = data to write (as hex value)
*
*   WriteVerify8 (Addr, Data);   : Writes and verifies a 8/16/32 bit value,
*   WriteVerify16(Addr, Data);   :   Addr = address to write (as hex value)
*   WriteVerify32(Addr, Data);   :   Data = data to write (as hex value)
*
*   WriteRegister(Reg, Data);    : Writes a register
*   WriteJTAG_IR(Cmd);           : Writes the JTAG instruction register
*   WriteJTAG_DR(nBits, Data);   : Writes the JTAG data register
*
*   VarAND(Data);                : VAR = VAR AND Data
*   VarOR (Data);                : VAR = VAR OR  Data
*   VarXOR(Data);                : VAR = VAR XOR Data
*   VarBEQ(Index);               : Execute branch
*
*   VarWrite8 (Addr);            : Writes the value of VAR as 8/16/32 bit value,
*   VarWrite16(Addr);            :   Addr = address to write (as hex value)
*   VarWrite32(Addr);            :
*
**********************************************************************
*/

SetJTAGSpeed(30);
Reset(0);
DisableChecks();
Write32(0xFFFFFFE0, 0x00004007);        // Disable illegal address reset
Write32(0xFFFFFE04, 0x000000B0);        // MFBALR0 (1MB ROM)
Write32(0xFFFFFE00, 0x00000000);        // MFBAHR0 (ROM @ 0x0)
Write32(0xFFFFFE08, 0x00000000);        // MFBAHR1
Write32(0xFFFFFE0C, 0x00000000);        // MFBALR1
Write32(0xFFFFFE10, 0x00000040);        // MFBAHR2 (RAM @ 0x400000)
Write32(0xFFFFFE14, 0x00000070);        // MFBALR2 (64KB RAM)
Write32(0xFFFFFE18, 0x00000000);        // MFBAHR3
Write32(0xFFFFFE1C, 0x00000000);        // MFBALR3
Write32(0xFFFFFE20, 0x00000080);        // MFBAHR4 (HET RAM @ 0x800000
Write32(0xFFFFFE24, 0x00000010);        // MFBALR4 (1KB HET RAM)
Write32(0xFFFFFE04, 0x000001B0);        // Activate mapping
Write32(0xFFFFF724, 0x80000000);
Read32(0x0000FFE0);
Read32(0x0000FFE4);
Read32(0x0000FFE8);
Read32(0x0000FFEC);
Write32(0xFFFFFFDC, 0x00000000);
EnableChecks();
SetJTAGSpeed(8000);