Searched refs:cluster (Results 1 - 13 of 13) sorted by relevance
/barrelfish-2018-10-04/usr/skb/programs/ |
H A D | plat_VE_A15x4_A7x4.pl | 20 % One cluster of four Cortex A15s 26 % A second cluster of four Cortex A5s
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H A D | plat_PandaboardES.pl | 15 % One cluster of two Cortex A9s
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H A D | plat_VE_A15x1.pl | 16 % One cluster of one Cortex A15
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H A D | plat_VE_A9x1.pl | 15 % One cluster of one Cortex A9
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H A D | plat_VE_A9x4.pl | 15 % One cluster of four Cortex A9s
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H A D | plat_zynq7.pl | 15 % One cluster of two Cortex A9s
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H A D | plat_VE_A15x4.pl | 16 % One cluster of four Cortex A15s
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/barrelfish-2018-10-04/lib/vfs/ |
H A D | vfs_fat.c | 80 #define cluster_to_block(cluster, mount) \ 81 ((mount)->clusters_start + (((cluster) - 2) * (mount)->cluster_size)) 86 #define fat_block_for_cluster(cluster, mount) \ 87 ((cluster) * cluster_entry_size(mount) / (mount)->block_size) 89 #define fat_offset_for_cluster(cluster, mount) \ 90 ((cluster) * cluster_entry_size(mount) % (mount)->block_size) 154 uint32_t last_cluster_start; // cluster 204 acquire_cluster(struct fat_mount *mount, uint32_t cluster, uint8_t **data) argument 206 return acquire_or_read(mount, mount->cluster_cache, cluster, data, 207 cluster_to_block(cluster, moun 212 release_cluster(struct fat_mount *mount, uint32_t cluster) argument 245 next_cluster(struct fat_mount *mount, uint32_t cluster, uint32_t *rescluster) argument 399 uint32_t cluster = 0; local 760 uint32_t cluster = fat_direntry_start_rd(dirent); local [all...] |
/barrelfish-2018-10-04/usr/eclipseclp/Shm/src/ |
H A D | alloc.c | 130 * pages->free[i] holds a list of i-page cluster descriptor. 133 * Allocation of an i-page cluster: 135 * - if this is empty, split a larger cluster 136 * - if no sufficiently large cluster available, call sbrk() 138 * Freeing a cluster: 141 * - put resulting free cluster into appropriate free list 146 * TODO: Especially for shared memory, the free cluster links should 220 pages->free[i] = (struct cluster *) 0; 289 ((struct cluster *)ptr)->next = hd->pages->free[list_index]; 290 ((struct cluster *)pt 544 register struct cluster *cluster; local [all...] |
H A D | memman.h | 121 struct cluster { struct 122 struct cluster *next; 139 struct cluster *free[PAGE_LISTS]; /* free[i]: i-page-clusters */
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/barrelfish-2018-10-04/doc/015-disk-driver-arch/ |
H A D | fat.tex | 8 sector size. The cluster corresponding to a \ac{fat} entry is simply the 9 cluster with the same index, i.e. for an index $i$ the \ac{fat} entry is 10 $fat\_start + i \cdot entry\_size$ and the cluster entry is $clusters\_start + 11 i \cdot cluster\_size$. 63 The FAT code uses a cache layer as a global block and cluster store,
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/barrelfish-2018-10-04/usr/drivers/megaraid/ |
H A D | megaraid.h | 1719 * HA cluster information 1730 } cluster; member in struct:mrsas_ctrl_info
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/barrelfish-2018-10-04/doc/006-routing/ |
H A D | Routing.tex | 64 \item If Barrelfish is operated on a cluster of machines, there is only an Ethernet-based ICD link between the core(s) where the network stack is running. In order to allow every core to communicate with every other core, the available link must be multiplexed.
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