/* call-seq:
* c = Xmms::Collection.new(type)
*
* Returns a new Xmms::Collection object of type _type_.
*/
static VALUE
c_coll_init (VALUE self, VALUE type)
{
COLL_METHOD_HANDLER_HEADER
coll->real = xmmsc_coll_new (check_uint32 (type));
return self;
}
void check_csr_op(testresult_t *result, void (*start)(), void (*stop)()) {
unsigned int act = 0;
unsigned int last = 0;
unsigned int i;
//-----------------------------------------------------------------
// Check CSRRW
//-----------------------------------------------------------------
for(i = 0; i < (sizeof(g_csrrw_a)/4); i++) {
// update and read CSR
util_csrrw("mepc", g_csrrw_a[i], last);
util_csrr ("mepc", act);
// check write
check_uint32(result, "csrrw", act, g_csrrw_exp[i]);
// check previous content
if (i != 0)
check_uint32(result, "csrrw_prev", last, g_csrrw_exp[i-1]);
}
//-----------------------------------------------------------------
// Check CSRRS
//-----------------------------------------------------------------
util_csrrw("mepc", 0, last);
for(i = 0; i < (sizeof(g_csrrs_a)/4); i++) {
// update and read CSR
util_csrrs("mepc", g_csrrs_a[i], last);
util_csrr ("mepc", act);
// check write
check_uint32(result, "csrrs", act, g_csrrs_exp[i]);
// check previous content
if (i != 0)
check_uint32(result, "csrrs_prev", last, g_csrrs_exp[i-1]);
}
//-----------------------------------------------------------------
// Check CSRRC
//-----------------------------------------------------------------
util_csrrw("mepc", 0xffffffff, last);
for(i = 0; i < (sizeof(g_csrrc_a)/4); i++) {
// update and read CSR
util_csrrc("mepc", g_csrrc_a[i], last);
util_csrr ("mepc", act);
// check write
check_uint32(result, "csrrc", act, g_csrrc_exp[i]);
// check previous content
if (i != 0)
check_uint32(result, "csrrc_prev", last, g_csrrc_exp[i-1]);
}
}
