45 /* Zeroed-grain enable bit */
1445  * to the cluster at @cluster_sector_num. If @zeroed is true, we're overwriting
1446  * a zeroed cluster in the current layer and must not copy data from the
1457                   bool zeroed)  in get_whole_cluster()  argument
1468     copy_from_backing = bs->backing && !zeroed;  in get_whole_cluster()
1594     bool zeroed = false;  in get_cluster_offset()  local
1700             zeroed = true;  in get_cluster_offset()
1716             zeroed = true;  in get_cluster_offset()
1720     if (!cluster_sector || zeroed) {  in get_cluster_offset()
1722             return zeroed ? VMDK_ZEROED : VMDK_UNALLOC;  in get_cluster_offset()
1740                                 zeroed);  in get_cluster_offset()
2053  * @zeroed:       buf is ignored (data is zero), use zeroed_grain GTE feature
2055  * @zero_dry_run: used for zeroed == true only, don't update L2 table, just try
2063              QEMUIOVector *qiov, bool zeroed, bool zero_dry_run)  in vmdk_pwritev()  argument
2093                                  !(extent->compressed || zeroed),  in vmdk_pwritev()
2102             } else if (!zeroed) {  in vmdk_pwritev()
2111         if (zeroed) {  in vmdk_pwritev()
2112             /* Do zeroed write, buf is ignored */  in vmdk_pwritev()
2517         error_setg(errp, "Flat image can't enable zeroed grain");  in vmdk_co_do_create()
3143                     "using the zeroed-grain GTE feature"