166             let old_flags = vma_guard.flags();  in try_clone()
270             move |page, count, flags, mapper, flusher| {  in map_anonymous()
271                 Ok(VMA::zeroed(page, count, flags, mapper, flusher)?)  in map_anonymous()
454                 .flags()  in mprotect()
662         flags: MapFlags,  in find_free_at()
678             if flags.contains(MapFlags::MAP_FIXED_NOREPLACE) {  in find_free_at()
683             if flags.contains(MapFlags::MAP_FIXED) {  in find_free_at()
824         flags: PageFlags<MMArch>,  in remap()
835                     .remap(page.virt_address(), flags)  in remap()
840         guard.flags = flags;  in remap()
938     flags: PageFlags<MMArch>,  field
949         self.flags.hash(state);  in hash()
968             flags: self.flags,  in clone()
976     pub fn flags(&self) -> PageFlags<MMArch> {  in flags()  method
977         return self.flags;  in flags()
989         flags: PageFlags<MMArch>,  in remap()
1000                     .remap(page.virt_address(), flags)  in remap()
1007         self.flags = flags;  in remap()
1017         return (self.flags.has_write() || !prot_flags.contains(ProtFlags::PROT_WRITE))  in can_have_flags()
1018             && (self.flags.has_execute() || !prot_flags.contains(ProtFlags::PROT_EXEC));  in can_have_flags()
1035         flags: PageFlags<MMArch>,  in physmap()
1046                     mapper.map_phys(cur_dest.virt_address(), cur_phy.phys_address(), flags)  in physmap()
1064             flags,  in physmap()
1084         flags: PageFlags<MMArch>,  in zeroed()
1098             let r = unsafe { mapper.map(cur_dest.virt_address(), flags) }  in zeroed()
1112             flags,  in zeroed()