for (byte = 0; byte < nr_bytes; byte++)
{
address_word address = base + byte;
- unsigned_1 write_byte = ((char*) source)[byte];
+ unsigned_1 write_byte = ((const char*) source)[byte];
int reg_number = (address - controller->base_address) / 4;
int reg_offset = 3 - (address - controller->base_address) % 4;
- unsigned_4* register_ptr;
- unsigned_4 register_value;
/* fill in entire register_value word */
switch (reg_number)
/* Check whether the timer ticking is enabled at this moment. This
largely a function of the TCE bit, but is also slightly
mode-dependent. */
- switch(GET_TCR_TMODE(controller))
+ switch((int) GET_TCR_TMODE(controller))
{
case 0: /* interval */
/* do not advance counter if TCE = 0 or if holding at count = CPRA */
unsigned_4 next_trr = (controller->trr + 1) % (1 << 24);
quotient --;
- switch(GET_TCR_TMODE(controller))
+ switch((int) GET_TCR_TMODE(controller))
{
case 0: /* interval timer mode */
{
/* update counter and report */
controller->trr = next_trr;
- HW_TRACE ((me, "counter trr %d tisr %x", controller->trr, controller->tisr));
+ /* HW_TRACE ((me, "counter trr %ld tisr %lx",
+ (long) controller->trr, (long) controller->tisr)); */
} /* end quotient loop */
/* Reschedule a timer event in near future, so we can increment the