Searched refs:GB (Results 1 – 23 of 23) sorted by relevance
| /xen/xen/include/asm-arm/ |
| A D | config.h | 155 #define VMAP_VIRT_START GB(1)
156 #define VMAP_VIRT_END (VMAP_VIRT_START + GB(1))
158 #define FRAMETABLE_VIRT_START GB(32)
159 #define FRAMETABLE_SIZE GB(32)
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| /xen/xen/include/asm-x86/ |
| A D | config.h | 217 #define VMAP_VIRT_END (VMAP_VIRT_START + GB(64))
220 #define RDWR_COMPAT_MPT_VIRT_END (RDWR_COMPAT_MPT_VIRT_START + GB(1))
223 #define XEN_VIRT_END (XEN_VIRT_START + GB(1))
227 #define FRAMETABLE_SIZE GB(128)
230 #define FRAMETABLE_SIZE GB(1536)
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| /xen/tools/libxl/ |
| A D | check-xl-vif-parse | 152 one 0 rate=1GB/s
153 one 0 rate=1GB/s@50ms
206 one $e rate=4294967295GB/s@5us
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| A D | libxl_dom.c | 1114 dom->mmio_size = GB(4) - start; in libxl__build_hvm()
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| A D | libxl_internal.h | 133 #define GB(_gb) (_AC(_gb, ULL) << 30) macro
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| /xen/tools/firmware/hvmloader/ |
| A D | pci.c | 61 uint64_t end, min_end = GB(4); in find_next_rmrr()
319 uint64_t max_ram_below_4g = GB(4) - mmio_hole_size; in pci_setup()
407 if ( high_mem_resource.base < GB(4) ) in pci_setup()
413 high_mem_resource.base = GB(4); in pci_setup()
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| A D | e820.c | 85 high_mem_end && map_start == GB(4) ) in adjust_memory_map()
97 memory_map.map[i].addr = GB(4); in adjust_memory_map()
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| A D | util.h | 52 #define GB(gb) (gb##ULL << 30) macro
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| A D | smbios.c | 242 sz += (((uint64_t)hvm_info->high_mem_pgend << PAGE_SHIFT) - GB(4)); in get_memsize()
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| /xen/xen/include/xen/ |
| A D | config.h | 83 #define GB(_gb) (_AC(_gb, ULL) << 30) macro
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| /xen/xen/arch/x86/hvm/ |
| A D | dom0_build.c | 112 { .align = PFN_DOWN(GB(1)), .order = PAGE_ORDER_1G }, in pvh_populate_memory_range()
293 if ( !pvh_steal_ram(d, HVM_VM86_TSS_SIZE, 128, GB(4), &gaddr) ) in pvh_setup_vmx_realmode_helpers()
308 if ( pvh_steal_ram(d, PAGE_SIZE, PAGE_SIZE, GB(4), &gaddr) ) in pvh_setup_vmx_realmode_helpers()
851 if ( pvh_steal_ram(d, size, 0, GB(4), addr) ) in pvh_setup_acpi_madt()
1015 if ( pvh_steal_ram(d, size, 0, GB(4), addr) ) in pvh_setup_acpi_xsdt()
1127 if ( pvh_steal_ram(d, sizeof(rsdp), 0, GB(4), &rsdp_paddr) ) in pvh_setup_acpi()
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| A D | dm.c | 67 if ( nr > (GB(1) >> PAGE_SHIFT) ) in track_dirty_vram()
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| /xen/xen/include/asm-x86/x86_64/ |
| A D | page.h | 67 BUILD_BUG_ON(XEN_VIRT_END - XEN_VIRT_START != GB(1)); in __virt_to_maddr()
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| /xen/xen/drivers/passthrough/x86/ |
| A D | iommu.c | 232 max_pfn = (GB(4) >> PAGE_SHIFT) - 1; in arch_iommu_hwdom_init()
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| /xen/xen/arch/x86/guest/xen/ |
| A D | xen.c | 159 PFN_DOWN(GB(4) - 1))) ) in init_memmap()
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| /xen/tools/hotplug/Linux/init.d/ |
| A D | sysconfig.xendomains.in | 130 # of a 1GB machine over Gigabit ethernet may actually take something like
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| /xen/docs/man/ |
| A D | xl-network-configuration.5.pod | 211 GB, MB, KB, B for bytes.
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| A D | xl.cfg.5.pod.in | 1858 than 4GB of RAM. Enabling PAE also enabled other features such as
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| /xen/docs/features/ |
| A D | feature-levelling.pandoc | 163 preventing a guest from using 1GB superpages if the hardware supports it.
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| /xen/docs/misc/ |
| A D | xen-command-line.pandoc | 781 identity IOMMU mappings for all non-RAM regions below 4GB except for
874 allow it to balloon up as far as 1GB use `dom0_mem=512M,max:1G`
881 So `<sz>` being `1G+25%` on a 256 GB host would result in 65 GB.
1175 Flag to enable 1 GB host page table support for Hardware Assisted
2430 By default will use 1/32 of the RAM up to a maximum of 1GB and with a
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| A D | livepatch.pandoc | 1257 we are limited to up to 2GB of virtual address to place the new code
1261 However if we need - we can always add two trampolines. One at the 2GB
1266 to accomodate the trampoline. On x86 with +-2 GB relative jumps,
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| /xen/xen/arch/x86/ |
| A D | setup.c | 1150 if ( highmem_start < GB(4) ) in __start_xen()
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| /xen/xen/arch/arm/ |
| A D | domain_build.c | 2329 BUG_ON((kinfo->gnttab_start + kinfo->gnttab_size) > GB(4)); in find_gnttab_region()
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