* reads superblock and returns: * fc = feature_compat * fi = feature_incompat * frc = feature_ro_compat */

* fdisk_get_label: * @cxt: context instance * @name: label name (e.g. "gpt") * * If no @name specified then returns the current context label. *

* Zeros in-memory first sector buffer */

* fdisk_is_listonly: * @cxt: context * * Returns: 1 if list-only mode enabled */

* fdisk_partition_end_follow_default * @pa: partition * @enable: 0|1 * * When @pa used as a tempalate for fdisk_add_partition() when force label d

* fdisk_partition_start_follow_default * @pa: partition * @enable: 0|1 * * When @pa used as a tempalate for fdisk_add_partition() when force label

* fdisk_unref_context: * @cxt: fdisk context * * Deallocates context struct. */

Is this hack still needed? */

MTP_HOST

Display a menu with the specified 'headers' and 'items'. Device specific HandleMenuKey() may return a positive number beyond the given range. Caller s

return a C++ string while not reading outside the type char array

not all POSIX implementations create threads as joinable by default, so that is made explicit here */

** libtar_list_add() - adds an element to the list ** returns: ** 0 success ** -1 (and sets errno) failure */

* @lc: context * * Returns: file descriptor to the open loop device or <0 on error. The mode * depends on LOOPDEV_FL_{RDWR,RDONLY} context

* Same as loopcxt_set_device, but also checks if the device is * associeted with any file. * * Returns: <0 on error, 0 on success, 1 device does no

* Generate a stream of random nbytes into buf. * Use /dev/urandom if possible, and if not, * use glibc pseudo-random functions. */

Returns in-memory fdisk data. */

appends a file to the tar archive */

close tarfile handle */

Return true on success.

Search an array of sha1 strings for one matching the given sha1. Return the index of the match on success, or -1 if no match is found.

Given an offset of the file, checks if the corresponding block (by considering the file as 0-based continuous block ranges) is covered by the SortedRa

* The core of the MD5 algorithm, this alters an existing MD5 hash to * reflect the addition of 16 longwords of new data. MD5Update blocks * the dat

* The core of the MD5 algorithm, this alters an existing MD5 hash to * reflect the addition of 16 longwords of new data. MD5Update blocks * the dat