static void ShiftFshKey()
{
FlashAddr = 0X2074;
R0X41 = ReadFshData(R0XC1);
if (R0X41 != 0)
{
for (;;)
{
// asm("BANKSEL _A.R0XAB");
// asm("RRCF _A.R0XAB, F, B");
// asm("RRCF _A.R0XAC, F, B");
// asm("RRCF _A.R0XAD, F, B");
// asm("RRCF _A.R0XAE, F, B ");
ulR0XAB >>= 1;
BytesOP.ClrBit(ref ulR0XAB, 7);
if (BytesOP.GetBit(ulR0XAB, 27))
{
BytesOP.SetBit(ref ulR0XAB, 7);
}
;
// asm("BANKSEL _A.R0XAF");
// asm("RRCF _A.R0XAF, F, B");
// asm("RRCF _A.R0XB0, F, B");
// asm("RRCF _A.R0XB1, F, B");
// asm("RRCF _A.R0XB2, F, B");
ulR0XAF >>= 1;
BytesOP.ClrBit(ref ulR0XAF, 7);
if (BytesOP.GetBit(ulR0XAF, 27))
{
BytesOP.SetBit(ref ulR0XAF, 7);
}
;
R0X41--;
if (R0X41 == 0)
{
break;
}
}
}
R0XBB = 0XAB;
R0XBC = 0XB3;
R0X52 = 0X7F;
R0X53 = 0X3F;
BytesOP.SetBit(ref R0XCB, 6);
GetFshKey();
}
static void ShiftMixKey()
{
byte t;
int p0;
R0XBD = 0XE0;
for (;;)
{
FlashAddr = 0X1F74;
p0 = R0XBB;
t = RAMBUF[p0];
t = (byte)((t >> 1) | R0XBD);
R0X52 = ReadFshData(t);
t = RAMBUF[p0];
if ((t & 1) == 0)
{
R0X52 = (byte)(R0X52 >> 4);
}
R0X52 &= 0XF;
p0 = R0XBC;
if (!BytesOP.GetBit(R0XBD, 5))
{
R0XBC++;
t = RAMBUF[p0];
t <<= 4;
R0X52 |= t;
}
RAMBUF[p0] = R0X52;
R0XBB++;
t = R0XBD;
R0XBD = (byte)(R0XBD - 0X20);
//if (CARRY==0) break;
if (t < 0x20)
{
break;
}
}
}
static void GetFshKey()
{
byte t;
int p0, p1;
R0XBD = R0X52;
R0XBE = R0X53;
for (;;)
{
R0X40 = R0XBE;
R0X40 = (byte)((R0X40 >> 3) & 0X1F);
t = (byte)(R0XBC + R0X40);
p0 = t;
FlashAddr = 0x1E14;
if (BytesOP.GetBit(R0XCB, 6))
{
FlashAddr = 0X1EF4;
}
R0X41 = ReadFshData(R0XBD);
if ((R0X41 & 0x80) == 0)
{
R0XC0 = (byte)(R0X41 & 0X7);
FlashAddr = 0X1E14;
if (BytesOP.GetBit(R0XCB, 6))
{
FlashAddr = 0X1EF4;
}
R0X40 = ReadFshData(R0XBD);
R0X40 = (byte)((R0X40 >> 3) & 0x1F); // 去掉了高三位，即去掉了循环右移影响
t = (byte)(R0XBB + R0X40);
p1 = t;
FlashAddr = 0X2084;
t = ReadFshData(R0XC0);//(A.R0XC0);
t = (byte)(t & (RAMBUF[p1]));
if (t != 0)
{
t = 0x80;
}
}
else
{
t = 0x80;
}
RAMBUF[p0] = (byte)(((RAMBUF[p0]) >> 1) | t);
R0XBD--;
R0XBE--;
if ((R0XBE & 0X80) != 0)
{
break;
}
}
}