search for: errbuf

...ec) + error(str); + else + warn(str); +} + +static struct disk_gpt_header *try_gpt_hdr(const struct disk_info *di, int sec) +{ + const char *desc = sec ? "backup" : "primary"; + uint64_t gpt_cur = sec ? di->lbacnt - 1 : 1; + struct disk_gpt_header *gpth; + char errbuf[64]; + + gpth = disk_read_sectors(di, gpt_cur, 1); + if (!gpth) { + sprintf(errbuf, "Unable to read %s GPT header.", desc); + try_gpt_we(errbuf, sec); + return NULL; + } + if(!valid_crc_hdr(gpth)) { + sprintf(errbuf, "Invalid checksum of %s GPT header.", desc); + try...

This small set fixes few bugs, improves gpt handling (under buggy conditions) and implements strict flag with more fine grained control which should fix issues with sanity checks against disk sizes. If this set is allright I'd want to do what I mentioned in older discussion with Ady - backport missing patches from 6.x to 5.x and 4.x so all versions have up to date chain version. Michal

...(str); - else - warn(str); -} - -static struct disk_gpt_header *try_gpt_hdr(const struct disk_info *di, int sec, int flags) -{ - const char *desc = sec ? "backup" : "primary"; - uint64_t gpt_cur = sec ? di->lbacnt - 1 : 1; - struct disk_gpt_header *gpth; - char errbuf[96]; - - gpth = disk_read_sectors(di, gpt_cur, 1); - if (!gpth) { - sprintf(errbuf, "Unable to read %s GPT header.", desc); - goto out; - } - if(!valid_crc_gpth(gpth, flags)) { - sprintf(errbuf, "Invalid checksum of %s GPT header.", desc); - goto out; - } - if(...

...STRUCT_STAT *st) { char *p; int match_start=0; char *pattern = ex->pattern; +// return 1; <-- MEANS EXCLUDE +printf("NAME=%s, %d %d\n", name, ex->use_real_regexp, S_ISDIR(st->st_mode)); + if (ex->use_real_regexp) { + #define reg_errbuf_size 256 + char errbuf[reg_errbuf_size]; + int status; + char *fullName=NULL; + if(!ex->regexp){ // Compile the regular expression only once, this speeds up performance considerably + int options = 0; + char *modifiedPattern=NULL, +...

...e vsignalError : static void vsignalError(SEXP call, const char *format, va_list ap) { char localbuf[BUFSIZE]; SEXP list, oldstack; oldstack = R_HandlerStack; Rvsnprintf(localbuf, BUFSIZE - 1, format, ap); while ((list = findSimpleErrorHandler()) != R_NilValue) { char *buf = errbuf; SEXP entry = CAR(list); R_HandlerStack = CDR(list); strncpy(buf, localbuf, BUFSIZE - 1); /* Rvsnprintf(buf, BUFSIZE - 1, format, ap);*/ buf[BUFSIZE - 1] = 0; if (IS_CALLING_ENTRY(entry)) { if (ENTRY_HANDLER(entry) == R_RestartToken) return; /* go to default error handling; do not rese...

So last week I was wondering if XFS was still working -- even with its last on-disk structure changes -- and it _suprisingly_ worked as expected. Right, now I can finally get rid of GRUB and use Syslinux to boot my Linux on EFI from a rootfs with xfs. Shit, I have two partitions (the first one being the required ESP) so there is no way to access the other partitions since because Syslinux does not

Hi, Ever since I recently upgraded to Fedora 25, I can't get kvm working. It's worked on this system since initial fedora 20 install. All upgrades were done via yum, then once available, dnf. I do have libvirt-sock in LISTENING state: STREAM LISTENING /var/run/libvirt/libvirt-sock I noticed I also have multiple connections in CONNECTING state: STREAM CONNECTING 0

..._FUNCTION__ = "virCommandProcessIO" >#4 0x00007fcd6f08025a in virCommandRun (cmd=cmd@entry=0x7fcd344228f0, >exitstatus=exitstatus@entry=0x7fcd3bf1749c) at util/vircommand.c:2274 > ret = 0 > outbuf = 0x7fcd341c1850 "`\030\034\064\315\177" > errbuf = 0x0 > st = {st_dev = 140519450702688, st_ino = 5007254661694877440, >st_nlink = 140519321774352, st_mode = 1862726288, st_uid = 32717, st_gid >= 1865325018, __pad0 = 32717, st_rdev = 140732281970554, st_size = 0, >st_blksize = 11, st_blocks = 8, st_atim = {tv_sec = 14051932177...

...+extern bool tcp_keepalive; +extern bool tcp_nodelay; +extern uint32_t timeout; +extern const char *unix_socket_path; +extern const char *user; +extern const char *user_agent; + +/* The per-connection handle. */ +struct curl_handle { + CURL *c; + bool accept_range; + int64_t exportsize; + char errbuf[CURL_ERROR_SIZE]; + char *write_buf; + uint32_t write_count; + const char *read_buf; + uint32_t read_count; + struct curl_slist *auth_headers; +}; + +/* auth-script.c */ +extern int do_auth_script (struct curl_handle *h); +extern void auth_script_unload (void); + +#endif /* NBDKIT_CURLDEFS_H *...

This is an RFC only, at the very least it lacks tests. This implements a rather complex new feature in nbdkit-curl-plugin allowing you to specify an external shell script that can be used to fetch an authorization token for services which requires a token or cookie for access, especially if that token must be renewed periodically. The motivation can be seen in the changes to the docs in patch 2.

...+extern bool tcp_keepalive; +extern bool tcp_nodelay; +extern uint32_t timeout; +extern const char *unix_socket_path; +extern const char *user; +extern const char *user_agent; + +/* The per-connection handle. */ +struct curl_handle { + CURL *c; + bool accept_range; + int64_t exportsize; + char errbuf[CURL_ERROR_SIZE]; + char *write_buf; + uint32_t write_count; + const char *read_buf; + uint32_t read_count; + struct curl_slist *headers_copy; +}; + +/* scripts.c */ +extern int do_scripts (struct curl_handle *h); +extern void scripts_unload (void); + +#endif /* NBDKIT_CURLDEFS_H */ diff --git...

...rCommandProcessIO" >> #4 0x00007fcd6f08025a in virCommandRun (cmd=cmd@entry=0x7fcd344228f0, >> exitstatus=exitstatus@entry=0x7fcd3bf1749c) at util/vircommand.c:2274 >> ret = 0 >> outbuf = 0x7fcd341c1850 "`\030\034\064\315\177" >> errbuf = 0x0 >> st = {st_dev = 140519450702688, st_ino = 5007254661694877440, >> st_nlink = 140519321774352, st_mode = 1862726288, st_uid = 32717, st_gid >> = 1865325018, __pad0 = 32717, st_rdev = 140732281970554, st_size = 0, >> st_blksize = 11, st_blocks = 8, st_atim = {t...

Evolution of this patch series: https://www.redhat.com/archives/libguestfs/2020-July/thread.html#00073 Instead of auth-script, this implements header-script and cookie-script. It can be used for similar purposes but the implementation is somewhat saner. Rich.