static unsigned long get_cpufreq(void) {
if (vx86_CpuID() == CPU_VORTEX86SX)
{
unsigned long strapreg = nb_Read(0x60);
return VX86_cpuCLK_SX[(int)(strapreg & 0x7L)];
}
else
if ((vx86_CpuID() == CPU_VORTEX86DX_A) || (vx86_CpuID() == CPU_VORTEX86DX_C) || (vx86_CpuID() == CPU_VORTEX86DX_UNKNOWN))
{
unsigned long strapreg = nb_Read(0x60);
if ((strapreg & 0x1fL) == 1L) return VX86_dramCLK_DX[(int)((strapreg >> 8) & 0x07L)];
return VX86_cpuCLK_DX_A[(int)(strapreg & 0x1fL)];
}
static int get_cpuid(void) {
unsigned long id = nb_Read(0x90);
switch (id)
{
case 0x31504D44L: //"DMP1"
return CPU_VORTEX86SX;
case 0x32504D44L: //"DMP2"
{
unsigned char nbrv = nb_Read8(0x08);
unsigned char sbrv = sb_Read8(0x08);
unsigned long ide = pci_In32(VX86_pciDev[VX86_IDE], 0x00);
if ((nbrv == 1) && (sbrv == 1) && (ide == 0x101017f3L)) return CPU_VORTEX86DX_A; // Vortex86DX ver. A
if ((nbrv == 1) && (sbrv == 2) && (ide != 0x101017f3L)) return CPU_VORTEX86DX_C; // Vortex86DX ver. C (PBA/PBB)
if ((nbrv == 2) && (sbrv == 2) && (ide != 0x101017f3L)) return CPU_VORTEX86DX_D; // Vortex86DX ver. D
return CPU_VORTEX86DX_UNKNOWN;
}
case 0x33504D44L: //"DMP3"
return CPU_VORTEX86MX;
case 0x35504D44L: //"DMP5"
return CPU_VORTEX86MX_PLUS;
case 0x34504D44L: //"DMP4"
return CPU_VORTEX86DX2;
case 0x36504D44L:
return CPU_VORTEX86DX3;
case 0x37504D44L:
return CPU_VORTEX86EX;
}
return CPU_UNSUPPORTED;
}
