void
do_reset(int argc, char *argv[])
{
diag_printf("... Resetting.");
CYGACC_CALL_IF_DELAY_US(2*100000);
diag_printf("\n");
CYGACC_CALL_IF_RESET();
diag_printf("!! oops, RESET not working on this platform\n");
}
void afterBist(void)
{
unsigned int jumpers;
unsigned int selftest;
unsigned int bist;
P4205_REG_READ(P4205_BOARD_CNTL_STATUS, P4205_JUMPER_STATUS_REG, jumpers);
selftest = jumpers & P4205_SELFTEST_MODE_MASK;
// Turn off Front Panel Leds
P4205_SET_LED_STATE(0);
// Display all errors detected during initialization on console
printErrorLog();
// If user flash erase jumper is ON, Erase User flash
if (jumpers & P4205_FLASH_BOOTPARM_RESTORE)
{
extern void set_console_baud_rate(int);
set_console_baud_rate(9600);
diag_printf("Initializing Flash Defaults\n");
argv[1] = "-i";
argv[2] = "-v";
argc = 3;
do_flash_config(argc, argv);
}
/* If BIST in progress */
P4205_REG_READ(P4205_BOARD_CNTL_STATUS, P4205_BIST_REG, bist);
if (bist & P4205_BIST_IN_PROGRESS)
{
}
/* Run diagnostics continuously */
if (selftest == P4205_RUN_CONTINUOUS_BIST)
{
bist &= ~(P4205_BIST_WARM_START | P4205_BIST_IN_PROGRESS);
P4205_REG_WRITE(P4205_BOARD_CNTL_STATUS, P4205_BIST_REG, bist);
diag_printf("Diagnostic Only Mode, Resetting...\n");
CYGACC_CALL_IF_DELAY_US(2*100000);
CYGACC_CALL_IF_RESET();
}
else
{
bist &= ~(P4205_BIST_IN_PROGRESS);
P4205_REG_WRITE(P4205_BOARD_CNTL_STATUS, P4205_BIST_REG, bist);
}
}
static CYG_BYTE KeyboardAscii
(
CYG_BYTE scancode
)
{
CYG_BYTE ascii = 0xFF;
// Start by handling all shift/ctl keys:
switch( scancode )
{
case 0x53: // delete
if (KBFlags & KBCtrl && KBFlags & KBAlt)
{
CYGACC_CALL_IF_RESET();
}
break;
case 0xe0:
KBFlags |= KBExtend;
return 0xFF;
case 0xfa:
KBFlags |= KBAck;
return 0xFF;
case 0xfe:
KBFlags |= KBResend;
return 0xFF;
case LSHIFT:
KBFlags |= KBShiftL;
return 0xFF;
case LSHIFT | BREAK:
KBFlags &= ~KBShiftL;
return 0xFF;
case RSHIFT:
KBFlags |= KBShiftR;
return 0xFF;
case RSHIFT | BREAK:
KBFlags &= ~KBShiftR;
return 0xFF;
case CTRL:
if( KBFlags & KBExtend )
{
KBFlags |= KBCtrlR;
KBFlags &= ~KBExtend;
}
else KBFlags |= KBCtrlL;
return 0xFF;
case CTRL | BREAK:
if( KBFlags & KBExtend )
{
KBFlags &= ~KBCtrlR;
KBFlags &= ~KBExtend;
}
else KBFlags &= ~KBCtrlL;
return 0xFF;
case ALT:
if( KBFlags & KBExtend )
{
KBFlags |= KBAltR;
KBFlags &= ~KBExtend;
}
else KBFlags |= KBAltL;
return 0xFF;
case ALT | BREAK:
if( KBFlags & KBExtend )
{
KBFlags &= ~KBAltR;
KBFlags &= ~KBExtend;
}
else KBFlags &= ~KBAltL;
return 0xFF;
case CAPS:
KBFlags ^= KBCapsLock;
case CAPS | BREAK:
return 0xFF;
case NUMS:
KBFlags ^= KBNumLock;
case NUMS | BREAK:
return 0xFF;
}
// Clear Extend flag if set
KBFlags &= ~KBExtend;
// Ignore all other BREAK codes
if( scancode & 0x80 ) return 0xFF;
// Here the scancode is for something we can turn
// into an ASCII value
ascii = KBScanTable[scancode & 0x7F][KBIndexTab[KBFlags & KBIndex]];
return ascii;
} /* KeyboardAscii */
