Lines Matching refs:size
111 .size = 0,
117 .size = 0,
122 .size = 0,
131 .size = 0,
136 .size = 0,
141 .size = 0,
146 .size = 0,
151 .size = 0,
156 .size = 0,
161 .size = 0,
168 .size = 0,
173 .size = 0,
178 .size = 0,
183 .size = 0,
188 .size = 0,
193 .size = 0,
394 mi->bank[0].size = mem_size;
402 mi->bank[0].size = lo_size;
409 mi->bank[1].size = mem_size - lo_size;
417 void __init bcm47xx_adjust_zones(unsigned long *size, unsigned long *hole)
421 if (size[0] <= dma_size)
427 size[ZONE_NORMAL] = size[0] - dma_size;
428 size[ZONE_DMA] = dma_size;
512 /* Find out prom size */
556 static uint lookup_flash_rootfs_offset(struct mtd_info *mtd, int *trx_off, size_t size,
577 for (off = *trx_off; off < size; off += (64 * 1024)) {
631 init_mtd_partitions(hndsflash_t *sfl_info, struct mtd_info *mtd, size_t size)
659 bcm947xx_parts[i].size = ROUNDUP(NVRAM_SPACE, mtd->erasesize);
660 bcm947xx_parts[i].offset = size - bcm947xx_parts[i].size;
666 bcm947xx_parts[i].size = (mtd->erasesize) * 1; /* 64K */
668 bcm947xx_parts[i].size = (mtd->erasesize) * 1; /* 64K */
670 bcm947xx_parts[i].size = (mtd->erasesize) * 1; /* 64K */
672 bcm947xx_parts[i].size = (mtd->erasesize) * 1; /* 64K */
681 - bcm947xx_parts[i].size;
686 rfs_off = lookup_flash_rootfs_offset(mtd, &vmlz_off, size, &trx_size);
687 // bcm947xx_parts[0].size = 256 * 1024;
688 bcm947xx_parts[0].size = vmlz_off;
693 // bcm947xx_parts[1].size = 0;
694 bcm947xx_parts[1].size = mtd->size - vmlz_off;
695 /* size of rootfs */
696 knl_size = bcm947xx_parts[1].size;
698 // bcm947xx_parts[2].size = 0;
699 bcm947xx_parts[2].size = knl_size - (rfs_off - vmlz_off);
701 bcm947xx_parts[1].size -= (12*0X10000);
702 bcm947xx_parts[2].size -= (12*0X10000);
704 if ((bcm947xx_flash_parts[nparts].size - trx_size) >=
706 bcm947xx_flash_parts[nparts].size -= ROUNDUP(0x4000, mtd->erasesize);
730 .size = 0,
736 .size = 0,
741 .size = 0,
746 .size = 0,
753 .size = 0,
758 .size = 0,
763 .size = 0,
768 .size = 0,
773 .size = 0,
778 .size = 0,
783 .size = 0,
788 .size = 0,
793 .size = 0,
798 .size = 0,
803 .size = 0,
808 .size = 0,
813 .size = 0,
818 .size = 0,
822 .size = 0,
835 .size = 0,
841 .size = 0,
847 .size = 0,
852 .size = 0,
860 .size = 0,
865 .size = 0,
870 .size = 0,
875 .size = 0,
880 .size = 0,
885 .size = 0,
890 .size = 0,
895 .size = 0,
900 .size = 0,
905 .size = 0,
910 .size = 0,
915 .size = 0,
921 .size = 0,
927 .size = 0,
932 .size = 0,
939 .size = 0,
947 lookup_nflash_rootfs_offset(hndnand_t *nfl, struct mtd_info *mtd, int offset, size_t size)
972 for (off = offset; off < offset + size; off += blocksize) {
1029 init_nflash_mtd_partitions(hndnand_t *nfl, struct mtd_info *mtd, size_t size)
1067 /*Get erase size of nandflash*/
1076 /*change bootcode size*/
1083 printk("Boot partition size = %d(0x%x)\n", bootsz, bootsz);
1087 /*set bootcode and nvram size and offset*/
1090 /*change to dynamic size of bootcode*/
1091 bcm947xx_nflash_parts[0].size = bootsz;
1095 offset = bcm947xx_nflash_parts[0].size;
1098 /*change to dynamic size of nvram*/
1099 bcm947xx_nflash_parts[1].size = NFL_BOOT_SIZE - bootsz;
1100 bcm947xx_nflash_parts[1].offset = bcm947xx_nflash_parts[0].size;
1105 bcm947xx_nflash_parts[nparts].size = bootsz;
1108 offset = bcm947xx_nflash_parts[nparts].size;
1113 bcm947xx_nflash_parts[nparts].size = NFL_BOOT_SIZE - offset;
1127 bcm947xx_nflash_parts[2].offset = bcm947xx_nflash_parts[1].offset + bcm947xx_nflash_parts[1].size;
1128 bcm947xx_nflash_parts[2].size = NFL_BOOT_OS_SIZE; /* reserved 32 MB for firmware */ //NFL_BOOT_OS_SIZE - bcm947xx_nflash_parts[2].offset ;
1131 bcm947xx_nflash_parts[2].size );
1133 /* size of rootfs */
1135 bcm947xx_nflash_parts[3].size = (bcm947xx_nflash_parts[2].offset + bcm947xx_nflash_parts[2].size) - shift;
1139 bcm947xx_nflash_parts[i].size = partition_size*2; /* reserved 2 block for each partition */
1140 bcm947xx_nflash_parts[i].offset = bcm947xx_nflash_parts[i-1].offset + bcm947xx_nflash_parts[i-1].size;
1144 bcm947xx_nflash_parts[2].size = NFL_BOOT_OS_SIZE;
1146 shift = lookup_nflash_rootfs_offset(nfl, mtd, bcm947xx_nflash_parts[2].offset, bcm947xx_nflash_parts[2].size );
1149 bcm947xx_nflash_parts[3].size = (bcm947xx_nflash_parts[2].offset + bcm947xx_nflash_parts[2].size) - shift;
1151 /* size of rootfs */
1155 bcm947xx_nflash_parts[i].size = (partition_size <<2 );
1157 bcm947xx_nflash_parts[i].size = (partition_size <<1 );
1158 bcm947xx_nflash_parts[i].offset = bcm947xx_nflash_parts[i-1].offset + bcm947xx_nflash_parts[i-1].size;
1166 bcm947xx_nflash_parts[i].size = partition_size;
1167 bcm947xx_nflash_parts[i].offset = bcm947xx_nflash_parts[i-1].offset + bcm947xx_nflash_parts[i-1].size;
1171 bcm947xx_nflash_parts[14].offset = bcm947xx_nflash_parts[i-1].offset + bcm947xx_nflash_parts[i-1].size;
1172 bcm947xx_nflash_parts[14].size = NFL_BOOT_OS_SIZE - bcm947xx_nflash_parts[2].offset ;
1175 bcm947xx_nflash_parts[14].size );
1177 /* size of rootfs */
1179 bcm947xx_nflash_parts[15].size = (bcm947xx_nflash_parts[14].offset + bcm947xx_nflash_parts[14].size) - shift;
1187 bcm947xx_nflash_parts[nparts].size =
1192 bcm947xx_nflash_parts[nparts].size =
1198 bcm947xx_nflash_parts[nparts].size);
1212 bcm947xx_nflash_parts[nparts].size = image_second_offset - shift;
1215 bcm947xx_nflash_parts[nparts].size = NFL_BOOT_OS_SIZE - shift;
1226 bcm947xx_nflash_parts[nparts].size = NFL_BOOT_OS_SIZE - image_second_offset;
1229 bcm947xx_nflash_parts[nparts].size);
1233 bcm947xx_nflash_parts[nparts].size = NFL_BOOT_OS_SIZE - shift;
1245 if( size > offset ) {
1247 bcm947xx_nflash_parts[nparts].size = size - offset ;
1272 unsigned size, offset, nparts ;
1286 size = mtd->size ;
1290 printk("%s: slicing up %uMiB provisionally\n", __func__, size >> 20 );
1293 cfenand_parts[nparts].size = NFL_BOOT_OS_SIZE ;
1301 cfenand_parts[nparts].size = size - offset ;
1347 if (buf_len > mtd->size)
1348 buf_len = mtd->size;