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  /tools/external/fat32lib/src/main/java/de/waldheinz/fs/fat/
Sector.java 30 class Sector {
35 * The buffer holding the contents of this {@code Sector}.
41 protected Sector(BlockDevice device, long offset, int size) {
50 * Reads the contents of this {@code Sector} from the device into the
72 * Returns the {@code BlockDevice} where this {@code Sector} is stored.
74 * @return this {@code Sector}'s device
122 * Returns the device offset to this {@code Sector}.
124 * @return the {@code Sector}'s device offset
FsInfoSector.java 25 * The FAT32 File System Information Sector.
30 final class FsInfoSector extends Sector {
33 * The offset to the free cluster count value in the FS info sector.
38 * The offset to the "last allocated cluster" value in this sector.
43 * The offset to the signature of this sector.
55 * @param bs the boot sector that specifies where the FS info sector is
57 * @return the FS info sector that was read
74 * @param bs the boot sector specifying the FS info sector storag
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BootSector.java 28 * The boot sector.
33 public abstract class BootSector extends Sector {
55 * The offset to the sectors per cluster value stored in a boot sector.
65 * The size of a boot sector in bytes.
81 "missing boot sector signature");
159 * sector. these are x86 jump instructions which lead into
166 /* the boot sector signature */
269 * Gets the number of bytes/sector
278 * Sets the number of bytes/sector
280 * @param v the new value for bytes per sector
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  /external/valgrind/main/coregrind/
m_transtab.c 62 /* Number of TC entries in each sector. This needs to be a prime
69 /* Because each sector contains a hash table of TTEntries, we need to
70 specify the maximum allowable loading, after which the sector is
74 /* The sector is deemed full when this many entries are in it. */
95 UInt from_sNo; /* sector number */
96 UInt from_tteNo; /* TTE number in given sector */
106 UInt to_sNo; /* sector number */
107 UInt to_tteNo; /* TTE number in given sector */
151 the corresponding host code (must be in the same sector!)
152 This is a pointer into the sector's tc (code) area. *
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  /external/libnfc-nxp/src/
phFriNfc_MifStdFormat.c 53 * a block or a sector from the card.
104 * sector trailer using the block number.
110 * access bits of each sector trailer.
128 uint8_t Sector[]);
144 * the error status of the writing sector trailer
150 * the error status of the reading sector trailer
156 * the error status of the writing sector trailer
162 * ndef compliant in the MAD array which will be later used for updating the MAD sector
188 /* MAD sector key A */
198 /* NFC forum sector key A *
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  /external/kernel-headers/original/linux/
blkdev.h 138 sector_t sector; /* next sector to submit */ member in struct:request
143 sector_t hard_sector; /* next sector to complete */
811 typedef struct {struct page *v;} Sector;
813 unsigned char *read_dev_sector(struct block_device *, sector_t, Sector *);
815 static inline void put_dev_sector(Sector p)
  /prebuilts/devtools/tools/lib/
fat32lib.jar 
  /bionic/libc/kernel/common/linux/
blkdev.h 124 sector_t sector; member in struct:request
450 typedef struct {struct page *v;} Sector;
  /external/blktrace/doc/
blktrace.tex 521 The output will detail the sector and size of that request, as well
608 \emph{S} & Sector number \\ \hline
690 If no payload is present, the sector and number of blocks are presented
701 If no payload is present, the sector and number of blocks are presented
710 \item[S -- sleep] The starting sector and number of blocks is output
722 \item[X -- split] The original starting sector followed by the new
723 sector (separated by a slash (/) is output, followed by the command
726 \item[A -- remap] Sector and length is output, along with the original
727 device and sector offset.
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