intuitive3.xd

BEGIN
{
	targetobj = 8;
}

dnode_sync:entry
/args[0]->dn_object == targetobj/
{
	printf("syncing, allocated_txg=%u dnp_type=%u",
	    args[0]->dn_allocated_txg, args[0]->dn_phys->dn_type);
}

dmu_tx_hold_object_impl:return
{
	this->txh = (dmu_tx_hold_t *)arg1;
	if (entry->args[2] == targetobj) {
		printf("=================================\n");
		stack();
		print(*this->txh->txh_dnode);
		printf("\nfreeing obj=%u off=%u len=%d\n",
		    entry->args[2], entry->args[4], (long long)entry->args[5]);
		printf("datablkshift=%u\n", this->txh->txh_dnode->dn_datablkshift);
		breakpoint();
	}
}

dmu_free_long_range:entry
/args[1] == targetobj/
{
	printf("=========================\n");
	stack();
	printf("free long range obj=%u off=%u len=%u\n",
	    args[1], args[2], args[3]);
}

dnode_free_range:entry
/args[0]->dn_object == targetobj/
{
	printf("free_range off=%u len=%u maxblkid=%u\n", args[1], args[2], args[0]->dn_maxblkid);
}

dnode_free_range:return
/entry->args[0]->dn_object == targetobj/
{
	printf("max_blkid=%u\n", entry->args[0]->dn_maxblkid);
}

dmu_tx_count_write:entry
/callers["dmu_tx_hold_free"]/
{
	printf("count_write: off=%u len=%d\n", args[1], args[2]);
}