/linux/fs/ocfs2/ |
H A D | ocfs2.h | 743 u32 clusters) in ocfs2_clusters_to_blocks() argument 748 return (u64)clusters << c_to_b_bits; in ocfs2_clusters_to_blocks() 774 unsigned int clusters; in ocfs2_clusters_for_bytes() local 778 clusters = (unsigned int)(bytes >> cl_bits); in ocfs2_clusters_for_bytes() 780 return clusters; in ocfs2_clusters_for_bytes() 787 unsigned int clusters; in ocfs2_bytes_to_clusters() local 789 clusters = (unsigned int)(bytes >> cl_bits); in ocfs2_bytes_to_clusters() 790 return clusters; in ocfs2_bytes_to_clusters() 801 u32 clusters) in ocfs2_clusters_to_bytes() argument 803 return (u64)clusters << OCFS2_SB(sb)->s_clustersize_bits; in ocfs2_clusters_to_bytes() [all …]
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H A D | ocfs2_trace.h | 505 unsigned int e_cpos, unsigned int clusters), 506 TP_ARGS(owner, cpos, len, index, e_cpos, clusters), 513 __field(unsigned int, clusters) 521 __entry->clusters = clusters; 525 __entry->e_cpos, __entry->clusters) 530 unsigned int clusters, unsigned int depth), 531 TP_ARGS(ino, new_cpos, clusters, depth), 535 __field(unsigned int, clusters) 541 __entry->clusters = clusters; 546 __entry->clusters, __entry->depth) [all …]
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H A D | file.c | 1438 u32 cpos, phys_cpos, clusters, alloc_size; in ocfs2_allocate_unwritten_extents() local 1467 clusters = ocfs2_clusters_for_bytes(inode->i_sb, start + len); in ocfs2_allocate_unwritten_extents() 1468 clusters -= cpos; in ocfs2_allocate_unwritten_extents() 1470 while (clusters) { in ocfs2_allocate_unwritten_extents() 1482 if (alloc_size > clusters) in ocfs2_allocate_unwritten_extents() 1483 alloc_size = clusters; in ocfs2_allocate_unwritten_extents() 1502 clusters -= alloc_size; in ocfs2_allocate_unwritten_extents() 2136 u32 cpos, clusters, extent_len, phys_cpos; in ocfs2_check_range_for_refcount() local 2145 clusters = ocfs2_clusters_for_bytes(sb, pos + count) - cpos; in ocfs2_check_range_for_refcount() 2147 while (clusters) { in ocfs2_check_range_for_refcount() [all …]
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H A D | alloc.c | 94 u32 clusters); 143 u32 clusters); 147 u32 clusters); 188 u32 clusters) in ocfs2_dinode_update_clusters() argument 193 le32_add_cpu(&di->i_clusters, clusters); in ocfs2_dinode_update_clusters() 208 u32 clusters) in ocfs2_dinode_extent_map_truncate() argument 212 ocfs2_extent_map_trunc(inode, clusters); in ocfs2_dinode_extent_map_truncate() 274 u32 clusters) in ocfs2_xattr_value_update_clusters() argument 278 le32_add_cpu(&vb->vb_xv->xr_clusters, clusters); in ocfs2_xattr_value_update_clusters() 320 u32 clusters) in ocfs2_xattr_tree_update_clusters() argument [all …]
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H A D | refcounttree.h | 42 u32 clusters,
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H A D | ocfs2_ioctl.h | 42 __u32 clusters; /* Total number of clusters in this group */ member
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/linux/arch/arm/common/ |
H A D | mcpm_entry.c | 36 mcpm_sync.clusters[cluster].cpus[cpu].cpu = CPU_GOING_DOWN; in __mcpm_cpu_going_down() 37 sync_cache_w(&mcpm_sync.clusters[cluster].cpus[cpu].cpu); in __mcpm_cpu_going_down() 50 mcpm_sync.clusters[cluster].cpus[cpu].cpu = CPU_DOWN; in __mcpm_cpu_down() 51 sync_cache_w(&mcpm_sync.clusters[cluster].cpus[cpu].cpu); in __mcpm_cpu_down() 66 mcpm_sync.clusters[cluster].cluster = state; in __mcpm_outbound_leave_critical() 67 sync_cache_w(&mcpm_sync.clusters[cluster].cluster); in __mcpm_outbound_leave_critical() 85 struct mcpm_sync_struct *c = &mcpm_sync.clusters[cluster]; in __mcpm_outbound_enter_critical() 137 sync_cache_r(&mcpm_sync.clusters[cluster].cluster); in __mcpm_cluster_state() 138 return mcpm_sync.clusters[cluster].cluster; in __mcpm_cluster_state() 436 mcpm_sync.clusters[i].cluster = CLUSTER_DOWN; in mcpm_sync_init() [all …]
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/linux/drivers/cpufreq/ |
H A D | tegra186-cpufreq.c | 69 struct tegra186_cpufreq_cluster clusters[]; member 77 policy->freq_table = data->clusters[cluster].table; in tegra186_cpufreq_init() 112 cluster = &data->clusters[cluster_id]; in tegra186_cpufreq_get() 225 struct_size(data, clusters, TEGRA186_NUM_CLUSTERS), in tegra186_cpufreq_probe() 243 struct tegra186_cpufreq_cluster *cluster = &data->clusters[i]; in tegra186_cpufreq_probe()
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/linux/fs/ntfs3/ |
H A D | Kconfig | 18 bool "64 bits per NTFS clusters" 21 Windows implementation of ntfs.sys uses 32 bits per clusters. 22 If activated 64 bits per clusters you will be able to use 4k cluster
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H A D | super.c | 875 u64 sectors, clusters, mlcn, mlcn2, dev_size0; in ntfs_init_from_boot() local 1053 clusters = sbi->volume.size >> cluster_bits; in ntfs_init_from_boot() 1056 if (clusters >> 32) { in ntfs_init_from_boot() 1067 sbi->used.bitmap.nbits = clusters; in ntfs_init_from_boot() 1093 sbi->maxbytes = (clusters << cluster_bits) - 1; in ntfs_init_from_boot() 1096 if (clusters >= (1ull << (64 - cluster_bits))) in ntfs_init_from_boot() 1111 sbi->zone_max = min_t(CLST, 0x20000000 >> cluster_bits, clusters >> 3); in ntfs_init_from_boot()
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/linux/sound/soc/apple/ |
H A D | mca.c | 7 // The MCA peripheral is made up of a number of identical units called clusters. 11 // The clusters can operate independently, or can be combined together in a 14 // ports. The I2S ports can be routed to any of the clusters (irrespective 160 /* Mutex for accessing port_driver of foreign clusters */ 164 struct mca_cluster clusters[] __counted_by(nclusters); 188 return &mca->clusters[cluster_no]; in mca_dai_to_cluster() 312 be_cl = &mca->clusters[i]; in mca_fe_clocks_in_use() 339 fe_cl = &mca->clusters[cl->port_driver]; in mca_be_prepare() 373 fe_cl = &mca->clusters[cl->port_driver]; in mca_be_hw_free() 991 struct mca_cluster *cl = &mca->clusters[ in apple_mca_release() 1012 struct mca_cluster *clusters; apple_mca_probe() local [all...] |
/linux/Documentation/admin-guide/perf/ |
H A D | qcom_l2_pmu.rst | 5 This driver supports the L2 cache clusters found in Qualcomm Technologies 6 Centriq SoCs. There are multiple physical L2 cache clusters, each with their
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H A D | starfive_starlink_pmu.rst | 7 clusters with an L3 memory system.
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H A D | hisi-pmu.rst | 94 clusters (SICL) containing multiple I/O clusters (ICLs). Each CCL/ICL in the
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/linux/Documentation/filesystems/ext4/ |
H A D | bigalloc.rst | 27 on, the block bitmaps track clusters, not individual blocks. This means 31 units of clusters instead of blocks” to the extent tree, though it is
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/linux/Documentation/admin-guide/blockdev/drbd/ |
H A D | index.rst | 10 clusters and in this context, is a "drop-in" replacement for shared
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/linux/arch/arm/include/asm/ |
H A D | mcpm.h | 298 struct mcpm_sync_struct clusters[MAX_NR_CLUSTERS]; member
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/linux/drivers/perf/ |
H A D | qcom_l2_pmu.c | 117 struct list_head clusters; member 752 list_for_each_entry(cluster, &l2cache_pmu->clusters, next) { in l2_cache_associate_cpu_with_cluster() 883 list_add(&cluster->next, &l2cache_pmu->clusters); in l2_cache_pmu_probe_cluster() 899 INIT_LIST_HEAD(&l2cache_pmu->clusters); in l2_cache_pmu_probe()
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/linux/Documentation/filesystems/ |
H A D | erofs.rst | 118 compressed physical clusters; 120 physical clusters for further reading. 122 for the rest compressed physical clusters. 319 extents and in the meanwhile, compressed into physical clusters (pclusters). 320 In order to record each variable-sized extent, logical clusters (lclusters) are
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/linux/Documentation/driver-api/xilinx/ |
H A D | eemi.rst | 15 components running across different processing clusters on a chip or
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/linux/drivers/net/hippi/ |
H A D | Kconfig | 13 single-mode). HIPPI networks are commonly used for clusters and to
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/linux/Documentation/devicetree/bindings/cpu/ |
H A D | cpu-capacity.txt | 61 Example 1 (ARM 64-bit, 6-cpu system, two clusters): 195 Example 2 (ARM 32-bit, 4-cpu system, two clusters,
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/linux/Documentation/arch/arm/ |
H A D | cluster-pm-race-avoidance.rst | 22 In a system containing multiple clusters of CPUs, it is also desirable 23 to have the ability to turn off entire clusters. 25 Turning entire clusters off and on is a risky business, because it 519 clusters of clusters are not supported). The algorithm could be
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/linux/Documentation/networking/ |
H A D | tipc.rst | 73 it is possible to scale TIPC clusters up to 1000 nodes with a maintained 74 neighbor failure discovery time of 1-2 seconds. For smaller clusters this
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/linux/drivers/block/drbd/ |
H A D | Kconfig | 21 clusters and in this context, is a "drop-in" replacement for shared
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