static void _zf_log_write_imp(
const zf_log_spec *log,
const src_location *const src, const mem_block *const mem,
const int lvl, const char *const tag, const char *const fmt, va_list va)
{
zf_log_message msg;
char buf[ZF_LOG_BUF_SZ];
const unsigned mask = log->output->mask;
msg.lvl = lvl;
msg.tag = tag;
g_buffer_cb(&msg, buf);
if (ZF_LOG_PUT_CTX & mask)
{
put_ctx(&msg);
}
if (ZF_LOG_PUT_TAG & mask)
{
put_tag(&msg, tag);
}
if (0 != src && ZF_LOG_PUT_SRC & mask)
{
put_src(&msg, src);
}
if (ZF_LOG_PUT_MSG & mask)
{
put_msg(&msg, fmt, va);
}
log->output->callback(&msg, log->output->arg);
if (0 != mem && ZF_LOG_PUT_MSG & mask)
{
output_mem(log, &msg, mem);
}
}
static void _bt_log_write_imp(
const bt_log_spec *log,
const src_location *const src, const mem_block *const mem,
const int lvl, const char *const tag, const char *const fmt, va_list va)
{
bt_log_message msg;
char buf[BT_LOG_BUF_SZ];
const unsigned mask = log->output->mask;
msg.lvl = lvl;
msg.tag = tag;
g_buffer_cb(&msg, buf);
const char *rst_color_p = bt_common_color_reset();
const char *rst_color_e = rst_color_p + strlen(rst_color_p);
const char *color_p = "";
const char *color_e = color_p;
switch (lvl) {
case BT_LOG_INFO:
color_p = bt_common_color_fg_blue();
color_e = color_p + strlen(color_p);
break;
case BT_LOG_WARN:
color_p = bt_common_color_fg_yellow();
color_e = color_p + strlen(color_p);
break;
case BT_LOG_ERROR:
case BT_LOG_FATAL:
color_p = bt_common_color_fg_red();
color_e = color_p + strlen(color_p);
break;
default:
break;
}
msg.p = put_stringn(color_p, color_e, msg.p, msg.e);
if (BT_LOG_PUT_CTX & mask)
{
put_ctx(&msg);
}
if (BT_LOG_PUT_TAG & mask)
{
put_tag(&msg, tag);
}
if (0 != src && BT_LOG_PUT_SRC & mask)
{
put_src(&msg, src);
}
if (BT_LOG_PUT_MSG & mask)
{
put_msg(&msg, fmt, va);
}
msg.p = put_stringn(rst_color_p, rst_color_e, msg.p, msg.e);
log->output->callback(&msg, log->output->arg);
if (0 != mem && BT_LOG_PUT_MSG & mask)
{
output_mem(log, &msg, mem);
}
}
/*
* output_acl_header
*
* output the ACL header record and data
*/
static int
output_acl_header(sec_attr_t *acl_info,
tlm_cmd_t *local_commands)
{
long actual_size;
tlm_tar_hdr_t *tar_hdr;
long acl_size;
if ((acl_info == NULL) || (*acl_info->attr_info == '\0'))
return (0);
tar_hdr = (tlm_tar_hdr_t *)get_write_buffer(RECORDSIZE,
&actual_size, TRUE, local_commands);
if (!tar_hdr)
return (0);
tar_hdr->th_linkflag = LF_ACL;
acl_info->attr_type = UFSD_ACL;
(void) snprintf(acl_info->attr_len, sizeof (acl_info->attr_len),
"%06o", strlen(acl_info->attr_info));
acl_size = sizeof (*acl_info);
(void) strlcpy(tar_hdr->th_name, "UFSACL", TLM_NAME_SIZE);
(void) snprintf(tar_hdr->th_size, sizeof (tar_hdr->th_size), "%011o ",
acl_size);
(void) snprintf(tar_hdr->th_mode, sizeof (tar_hdr->th_mode), "%06o ",
0444);
(void) snprintf(tar_hdr->th_uid, sizeof (tar_hdr->th_uid), "%06o ", 0);
(void) snprintf(tar_hdr->th_gid, sizeof (tar_hdr->th_gid), "%06o ", 0);
(void) snprintf(tar_hdr->th_mtime, sizeof (tar_hdr->th_mtime),
"%011o ", 0);
(void) strlcpy(tar_hdr->th_magic, TLM_MAGIC,
sizeof (tar_hdr->th_magic));
tlm_build_header_checksum(tar_hdr);
(void) output_mem(local_commands, (void *)acl_info, acl_size);
return (0);
}
/*
* output_humongus_header
*
* output a special header record for HUGE files
* output is: 1) a TAR "HUGE" header redord
* 2) a "file" of size, name
*/
static int
output_humongus_header(char *fullname, longlong_t file_size,
tlm_cmd_t *local_commands)
{
char *buf;
int len;
long actual_size;
tlm_tar_hdr_t *tar_hdr;
/*
* buf will contain: "%llu %s":
* - 20 is the maximum length of 'ulong_tlong' decimal notation.
* - The first '1' is for the ' ' between the "%llu" and the fullname.
* - The last '1' is for the null-terminator of fullname.
*/
len = 20 + 1 + strlen(fullname) + 1;
if ((buf = ndmp_malloc(sizeof (char) * len)) == NULL)
return (-1);
tar_hdr = (tlm_tar_hdr_t *)get_write_buffer(RECORDSIZE,
&actual_size, TRUE, local_commands);
if (!tar_hdr) {
free(buf);
return (0);
}
tar_hdr->th_linkflag = LF_HUMONGUS;
(void) snprintf(tar_hdr->th_size, sizeof (tar_hdr->th_size), "%011o ",
len);
tlm_build_header_checksum(tar_hdr);
(void) snprintf(buf, len, "%lld %s", file_size, fullname);
(void) output_mem(local_commands, buf, len);
free(buf);
return (0);
}
/*
* output_file_header
*
* output the TAR header record
*/
static int
output_file_header(char *name, char *link,
tlm_acls_t *tlm_acls, int section, tlm_cmd_t *local_commands)
{
static longlong_t file_count = 0;
struct stat64 *attr = &tlm_acls->acl_attr;
tlm_tar_hdr_t *tar_hdr;
long actual_size;
boolean_t long_name = FALSE;
boolean_t long_link = FALSE;
char *section_name = ndmp_malloc(TLM_MAX_PATH_NAME);
int nmlen, lnklen;
uid_t uid;
gid_t gid;
char *uname = "";
char *gname = "";
struct passwd *pwd;
struct group *grp;
if (section_name == NULL)
return (-TLM_NO_SCRATCH_SPACE);
/*
* if the file has to go out in sections,
* we must mung the name.
*/
if (section == 0) {
(void) strlcpy(section_name, name, TLM_MAX_PATH_NAME);
} else {
(void) snprintf(section_name,
TLM_MAX_PATH_NAME, "%s.%03d", name, section);
}
if ((pwd = getpwuid(attr->st_uid)) != NULL)
uname = pwd->pw_name;
if ((grp = getgrgid(attr->st_gid)) != NULL)
gname = grp->gr_name;
if ((ulong_t)(uid = attr->st_uid) > (ulong_t)OCTAL7CHAR)
uid = UID_NOBODY;
if ((ulong_t)(gid = attr->st_gid) > (ulong_t)OCTAL7CHAR)
gid = GID_NOBODY;
nmlen = strlen(section_name);
if (nmlen >= NAMSIZ) {
/*
* file name is too big, it must go out
* in its own data file
*/
tar_hdr = (tlm_tar_hdr_t *)get_write_buffer(RECORDSIZE,
&actual_size, TRUE, local_commands);
if (!tar_hdr) {
free(section_name);
return (0);
}
(void) snprintf(tar_hdr->th_name,
sizeof (tar_hdr->th_name),
"%s%08qd.fil",
LONGNAME_PREFIX,
file_count++);
tar_hdr->th_linkflag = LF_LONGNAME;
(void) snprintf(tar_hdr->th_size, sizeof (tar_hdr->th_size),
"%011o ", nmlen);
(void) snprintf(tar_hdr->th_mode, sizeof (tar_hdr->th_mode),
"%06o ", attr->st_mode & 07777);
(void) snprintf(tar_hdr->th_uid, sizeof (tar_hdr->th_uid),
"%06o ", uid);
(void) snprintf(tar_hdr->th_gid, sizeof (tar_hdr->th_gid),
"%06o ", gid);
(void) snprintf(tar_hdr->th_uname, sizeof (tar_hdr->th_uname),
"%.31s", uname);
(void) snprintf(tar_hdr->th_gname, sizeof (tar_hdr->th_gname),
"%.31s", gname);
(void) snprintf(tar_hdr->th_mtime, sizeof (tar_hdr->th_mtime),
"%011o ", attr->st_mtime);
(void) strlcpy(tar_hdr->th_magic, TLM_MAGIC,
sizeof (tar_hdr->th_magic));
tlm_build_header_checksum(tar_hdr);
(void) output_mem(local_commands,
(void *)section_name, nmlen);
long_name = TRUE;
}
lnklen = strlen(link);
if (lnklen >= NAMSIZ) {
/*
* link name is too big, it must go out
* in its own data file
*/
tar_hdr = (tlm_tar_hdr_t *)get_write_buffer(RECORDSIZE,
&actual_size, TRUE, local_commands);
if (!tar_hdr) {
free(section_name);
return (0);
}
(void) snprintf(tar_hdr->th_linkname,
sizeof (tar_hdr->th_name),
"%s%08qd.slk",
LONGNAME_PREFIX,
file_count++);
tar_hdr->th_linkflag = LF_LONGLINK;
(void) snprintf(tar_hdr->th_size, sizeof (tar_hdr->th_size),
"%011o ", lnklen);
(void) snprintf(tar_hdr->th_mode, sizeof (tar_hdr->th_mode),
"%06o ", attr->st_mode & 07777);
(void) snprintf(tar_hdr->th_uid, sizeof (tar_hdr->th_uid),
"%06o ", uid);
(void) snprintf(tar_hdr->th_gid, sizeof (tar_hdr->th_gid),
"%06o ", gid);
(void) snprintf(tar_hdr->th_uname, sizeof (tar_hdr->th_uname),
"%.31s", uname);
(void) snprintf(tar_hdr->th_gname, sizeof (tar_hdr->th_gname),
"%.31s", gname);
(void) snprintf(tar_hdr->th_mtime, sizeof (tar_hdr->th_mtime),
"%011o ", attr->st_mtime);
(void) strlcpy(tar_hdr->th_magic, TLM_MAGIC,
sizeof (tar_hdr->th_magic));
tlm_build_header_checksum(tar_hdr);
(void) output_mem(local_commands, (void *)link,
lnklen);
long_link = TRUE;
}
tar_hdr = (tlm_tar_hdr_t *)get_write_buffer(RECORDSIZE,
&actual_size, TRUE, local_commands);
if (!tar_hdr) {
free(section_name);
return (0);
}
if (long_name) {
(void) snprintf(tar_hdr->th_name,
sizeof (tar_hdr->th_name),
"%s%08qd.fil",
LONGNAME_PREFIX,
file_count++);
} else {
(void) strlcpy(tar_hdr->th_name, section_name, TLM_NAME_SIZE);
}
if (long_link) {
(void) snprintf(tar_hdr->th_linkname,
sizeof (tar_hdr->th_name),
"%s%08qd.slk",
LONGNAME_PREFIX,
file_count++);
} else {
(void) strlcpy(tar_hdr->th_linkname, link, TLM_NAME_SIZE);
}
switch (attr->st_mode & S_IFMT) {
case S_IFDIR:
tar_hdr->th_linkflag = LF_DIR;
break;
case S_IFIFO:
tar_hdr->th_linkflag = LF_FIFO;
break;
case S_IFBLK:
case S_IFCHR:
if (S_ISBLK(attr->st_mode))
tar_hdr->th_linkflag = LF_BLK;
else
tar_hdr->th_linkflag = LF_CHR;
(void) snprintf(tar_hdr->th_shared.th_dev.th_devmajor,
sizeof (tar_hdr->th_shared.th_dev.th_devmajor), "%06o ",
major(attr->st_rdev));
(void) snprintf(tar_hdr->th_shared.th_dev.th_devminor,
sizeof (tar_hdr->th_shared.th_dev.th_devminor), "%06o ",
minor(attr->st_rdev));
break;
default:
if (attr->st_nlink > 1) {
/* mark file with hardlink LF_LINK */
tar_hdr->th_linkflag = LF_LINK;
(void) snprintf(tar_hdr->th_shared.th_hlink_ino,
sizeof (tar_hdr->th_shared.th_hlink_ino),
"%011llo ", attr->st_ino);
} else {
tar_hdr->th_linkflag = *link == 0 ? LF_NORMAL :
LF_SYMLINK;
}
}
(void) snprintf(tar_hdr->th_size, sizeof (tar_hdr->th_size), "%011o ",
(long)attr->st_size);
(void) snprintf(tar_hdr->th_mode, sizeof (tar_hdr->th_mode), "%06o ",
attr->st_mode & 07777);
(void) snprintf(tar_hdr->th_uid, sizeof (tar_hdr->th_uid), "%06o ",
uid);
(void) snprintf(tar_hdr->th_gid, sizeof (tar_hdr->th_gid), "%06o ",
gid);
(void) snprintf(tar_hdr->th_uname, sizeof (tar_hdr->th_uname), "%.31s",
uname);
(void) snprintf(tar_hdr->th_gname, sizeof (tar_hdr->th_gname), "%.31s",
gname);
(void) snprintf(tar_hdr->th_mtime, sizeof (tar_hdr->th_mtime), "%011o ",
attr->st_mtime);
(void) strlcpy(tar_hdr->th_magic, TLM_MAGIC,
sizeof (tar_hdr->th_magic));
tlm_build_header_checksum(tar_hdr);
if (long_name || long_link) {
if (file_count > 99999990) {
file_count = 0;
}
}
free(section_name);
return (0);
}
