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|
// SPDX-License-Identifier: GPL-3.0-or-later
#include "systemd-internals.h"
const char *errno_map[] = {
[1] = "1 (EPERM)", // "Operation not permitted",
[2] = "2 (ENOENT)", // "No such file or directory",
[3] = "3 (ESRCH)", // "No such process",
[4] = "4 (EINTR)", // "Interrupted system call",
[5] = "5 (EIO)", // "Input/output error",
[6] = "6 (ENXIO)", // "No such device or address",
[7] = "7 (E2BIG)", // "Argument list too long",
[8] = "8 (ENOEXEC)", // "Exec format error",
[9] = "9 (EBADF)", // "Bad file descriptor",
[10] = "10 (ECHILD)", // "No child processes",
[11] = "11 (EAGAIN)", // "Resource temporarily unavailable",
[12] = "12 (ENOMEM)", // "Cannot allocate memory",
[13] = "13 (EACCES)", // "Permission denied",
[14] = "14 (EFAULT)", // "Bad address",
[15] = "15 (ENOTBLK)", // "Block device required",
[16] = "16 (EBUSY)", // "Device or resource busy",
[17] = "17 (EEXIST)", // "File exists",
[18] = "18 (EXDEV)", // "Invalid cross-device link",
[19] = "19 (ENODEV)", // "No such device",
[20] = "20 (ENOTDIR)", // "Not a directory",
[21] = "21 (EISDIR)", // "Is a directory",
[22] = "22 (EINVAL)", // "Invalid argument",
[23] = "23 (ENFILE)", // "Too many open files in system",
[24] = "24 (EMFILE)", // "Too many open files",
[25] = "25 (ENOTTY)", // "Inappropriate ioctl for device",
[26] = "26 (ETXTBSY)", // "Text file busy",
[27] = "27 (EFBIG)", // "File too large",
[28] = "28 (ENOSPC)", // "No space left on device",
[29] = "29 (ESPIPE)", // "Illegal seek",
[30] = "30 (EROFS)", // "Read-only file system",
[31] = "31 (EMLINK)", // "Too many links",
[32] = "32 (EPIPE)", // "Broken pipe",
[33] = "33 (EDOM)", // "Numerical argument out of domain",
[34] = "34 (ERANGE)", // "Numerical result out of range",
[35] = "35 (EDEADLK)", // "Resource deadlock avoided",
[36] = "36 (ENAMETOOLONG)", // "File name too long",
[37] = "37 (ENOLCK)", // "No locks available",
[38] = "38 (ENOSYS)", // "Function not implemented",
[39] = "39 (ENOTEMPTY)", // "Directory not empty",
[40] = "40 (ELOOP)", // "Too many levels of symbolic links",
[42] = "42 (ENOMSG)", // "No message of desired type",
[43] = "43 (EIDRM)", // "Identifier removed",
[44] = "44 (ECHRNG)", // "Channel number out of range",
[45] = "45 (EL2NSYNC)", // "Level 2 not synchronized",
[46] = "46 (EL3HLT)", // "Level 3 halted",
[47] = "47 (EL3RST)", // "Level 3 reset",
[48] = "48 (ELNRNG)", // "Link number out of range",
[49] = "49 (EUNATCH)", // "Protocol driver not attached",
[50] = "50 (ENOCSI)", // "No CSI structure available",
[51] = "51 (EL2HLT)", // "Level 2 halted",
[52] = "52 (EBADE)", // "Invalid exchange",
[53] = "53 (EBADR)", // "Invalid request descriptor",
[54] = "54 (EXFULL)", // "Exchange full",
[55] = "55 (ENOANO)", // "No anode",
[56] = "56 (EBADRQC)", // "Invalid request code",
[57] = "57 (EBADSLT)", // "Invalid slot",
[59] = "59 (EBFONT)", // "Bad font file format",
[60] = "60 (ENOSTR)", // "Device not a stream",
[61] = "61 (ENODATA)", // "No data available",
[62] = "62 (ETIME)", // "Timer expired",
[63] = "63 (ENOSR)", // "Out of streams resources",
[64] = "64 (ENONET)", // "Machine is not on the network",
[65] = "65 (ENOPKG)", // "Package not installed",
[66] = "66 (EREMOTE)", // "Object is remote",
[67] = "67 (ENOLINK)", // "Link has been severed",
[68] = "68 (EADV)", // "Advertise error",
[69] = "69 (ESRMNT)", // "Srmount error",
[70] = "70 (ECOMM)", // "Communication error on send",
[71] = "71 (EPROTO)", // "Protocol error",
[72] = "72 (EMULTIHOP)", // "Multihop attempted",
[73] = "73 (EDOTDOT)", // "RFS specific error",
[74] = "74 (EBADMSG)", // "Bad message",
[75] = "75 (EOVERFLOW)", // "Value too large for defined data type",
[76] = "76 (ENOTUNIQ)", // "Name not unique on network",
[77] = "77 (EBADFD)", // "File descriptor in bad state",
[78] = "78 (EREMCHG)", // "Remote address changed",
[79] = "79 (ELIBACC)", // "Can not access a needed shared library",
[80] = "80 (ELIBBAD)", // "Accessing a corrupted shared library",
[81] = "81 (ELIBSCN)", // ".lib section in a.out corrupted",
[82] = "82 (ELIBMAX)", // "Attempting to link in too many shared libraries",
[83] = "83 (ELIBEXEC)", // "Cannot exec a shared library directly",
[84] = "84 (EILSEQ)", // "Invalid or incomplete multibyte or wide character",
[85] = "85 (ERESTART)", // "Interrupted system call should be restarted",
[86] = "86 (ESTRPIPE)", // "Streams pipe error",
[87] = "87 (EUSERS)", // "Too many users",
[88] = "88 (ENOTSOCK)", // "Socket operation on non-socket",
[89] = "89 (EDESTADDRREQ)", // "Destination address required",
[90] = "90 (EMSGSIZE)", // "Message too long",
[91] = "91 (EPROTOTYPE)", // "Protocol wrong type for socket",
[92] = "92 (ENOPROTOOPT)", // "Protocol not available",
[93] = "93 (EPROTONOSUPPORT)", // "Protocol not supported",
[94] = "94 (ESOCKTNOSUPPORT)", // "Socket type not supported",
[95] = "95 (ENOTSUP)", // "Operation not supported",
[96] = "96 (EPFNOSUPPORT)", // "Protocol family not supported",
[97] = "97 (EAFNOSUPPORT)", // "Address family not supported by protocol",
[98] = "98 (EADDRINUSE)", // "Address already in use",
[99] = "99 (EADDRNOTAVAIL)", // "Cannot assign requested address",
[100] = "100 (ENETDOWN)", // "Network is down",
[101] = "101 (ENETUNREACH)", // "Network is unreachable",
[102] = "102 (ENETRESET)", // "Network dropped connection on reset",
[103] = "103 (ECONNABORTED)", // "Software caused connection abort",
[104] = "104 (ECONNRESET)", // "Connection reset by peer",
[105] = "105 (ENOBUFS)", // "No buffer space available",
[106] = "106 (EISCONN)", // "Transport endpoint is already connected",
[107] = "107 (ENOTCONN)", // "Transport endpoint is not connected",
[108] = "108 (ESHUTDOWN)", // "Cannot send after transport endpoint shutdown",
[109] = "109 (ETOOMANYREFS)", // "Too many references: cannot splice",
[110] = "110 (ETIMEDOUT)", // "Connection timed out",
[111] = "111 (ECONNREFUSED)", // "Connection refused",
[112] = "112 (EHOSTDOWN)", // "Host is down",
[113] = "113 (EHOSTUNREACH)", // "No route to host",
[114] = "114 (EALREADY)", // "Operation already in progress",
[115] = "115 (EINPROGRESS)", // "Operation now in progress",
[116] = "116 (ESTALE)", // "Stale file handle",
[117] = "117 (EUCLEAN)", // "Structure needs cleaning",
[118] = "118 (ENOTNAM)", // "Not a XENIX named type file",
[119] = "119 (ENAVAIL)", // "No XENIX semaphores available",
[120] = "120 (EISNAM)", // "Is a named type file",
[121] = "121 (EREMOTEIO)", // "Remote I/O error",
[122] = "122 (EDQUOT)", // "Disk quota exceeded",
[123] = "123 (ENOMEDIUM)", // "No medium found",
[124] = "124 (EMEDIUMTYPE)", // "Wrong medium type",
[125] = "125 (ECANCELED)", // "Operation canceled",
[126] = "126 (ENOKEY)", // "Required key not available",
[127] = "127 (EKEYEXPIRED)", // "Key has expired",
[128] = "128 (EKEYREVOKED)", // "Key has been revoked",
[129] = "129 (EKEYREJECTED)", // "Key was rejected by service",
[130] = "130 (EOWNERDEAD)", // "Owner died",
[131] = "131 (ENOTRECOVERABLE)", // "State not recoverable",
[132] = "132 (ERFKILL)", // "Operation not possible due to RF-kill",
[133] = "133 (EHWPOISON)", // "Memory page has hardware error",
};
const char *linux_capabilities[] = {
[CAP_CHOWN] = "CHOWN",
[CAP_DAC_OVERRIDE] = "DAC_OVERRIDE",
[CAP_DAC_READ_SEARCH] = "DAC_READ_SEARCH",
[CAP_FOWNER] = "FOWNER",
[CAP_FSETID] = "FSETID",
[CAP_KILL] = "KILL",
[CAP_SETGID] = "SETGID",
[CAP_SETUID] = "SETUID",
[CAP_SETPCAP] = "SETPCAP",
[CAP_LINUX_IMMUTABLE] = "LINUX_IMMUTABLE",
[CAP_NET_BIND_SERVICE] = "NET_BIND_SERVICE",
[CAP_NET_BROADCAST] = "NET_BROADCAST",
[CAP_NET_ADMIN] = "NET_ADMIN",
[CAP_NET_RAW] = "NET_RAW",
[CAP_IPC_LOCK] = "IPC_LOCK",
[CAP_IPC_OWNER] = "IPC_OWNER",
[CAP_SYS_MODULE] = "SYS_MODULE",
[CAP_SYS_RAWIO] = "SYS_RAWIO",
[CAP_SYS_CHROOT] = "SYS_CHROOT",
[CAP_SYS_PTRACE] = "SYS_PTRACE",
[CAP_SYS_PACCT] = "SYS_PACCT",
[CAP_SYS_ADMIN] = "SYS_ADMIN",
[CAP_SYS_BOOT] = "SYS_BOOT",
[CAP_SYS_NICE] = "SYS_NICE",
[CAP_SYS_RESOURCE] = "SYS_RESOURCE",
[CAP_SYS_TIME] = "SYS_TIME",
[CAP_SYS_TTY_CONFIG] = "SYS_TTY_CONFIG",
[CAP_MKNOD] = "MKNOD",
[CAP_LEASE] = "LEASE",
[CAP_AUDIT_WRITE] = "AUDIT_WRITE",
[CAP_AUDIT_CONTROL] = "AUDIT_CONTROL",
[CAP_SETFCAP] = "SETFCAP",
[CAP_MAC_OVERRIDE] = "MAC_OVERRIDE",
[CAP_MAC_ADMIN] = "MAC_ADMIN",
[CAP_SYSLOG] = "SYSLOG",
[CAP_WAKE_ALARM] = "WAKE_ALARM",
[CAP_BLOCK_SUSPEND] = "BLOCK_SUSPEND",
[37 /*CAP_AUDIT_READ*/] = "AUDIT_READ",
[38 /*CAP_PERFMON*/] = "PERFMON",
[39 /*CAP_BPF*/] = "BPF",
[40 /* CAP_CHECKPOINT_RESTORE */] = "CHECKPOINT_RESTORE",
};
static const char *syslog_facility_to_name(int facility) {
switch (facility) {
case LOG_FAC(LOG_KERN): return "kern";
case LOG_FAC(LOG_USER): return "user";
case LOG_FAC(LOG_MAIL): return "mail";
case LOG_FAC(LOG_DAEMON): return "daemon";
case LOG_FAC(LOG_AUTH): return "auth";
case LOG_FAC(LOG_SYSLOG): return "syslog";
case LOG_FAC(LOG_LPR): return "lpr";
case LOG_FAC(LOG_NEWS): return "news";
case LOG_FAC(LOG_UUCP): return "uucp";
case LOG_FAC(LOG_CRON): return "cron";
case LOG_FAC(LOG_AUTHPRIV): return "authpriv";
case LOG_FAC(LOG_FTP): return "ftp";
case LOG_FAC(LOG_LOCAL0): return "local0";
case LOG_FAC(LOG_LOCAL1): return "local1";
case LOG_FAC(LOG_LOCAL2): return "local2";
case LOG_FAC(LOG_LOCAL3): return "local3";
case LOG_FAC(LOG_LOCAL4): return "local4";
case LOG_FAC(LOG_LOCAL5): return "local5";
case LOG_FAC(LOG_LOCAL6): return "local6";
case LOG_FAC(LOG_LOCAL7): return "local7";
default: return NULL;
}
}
static const char *syslog_priority_to_name(int priority) {
switch (priority) {
case LOG_ALERT: return "alert";
case LOG_CRIT: return "critical";
case LOG_DEBUG: return "debug";
case LOG_EMERG: return "panic";
case LOG_ERR: return "error";
case LOG_INFO: return "info";
case LOG_NOTICE: return "notice";
case LOG_WARNING: return "warning";
default: return NULL;
}
}
FACET_ROW_SEVERITY syslog_priority_to_facet_severity(FACETS *facets __maybe_unused, FACET_ROW *row, void *data __maybe_unused) {
// same to
// https://github.com/systemd/systemd/blob/aab9e4b2b86905a15944a1ac81e471b5b7075932/src/basic/terminal-util.c#L1501
// function get_log_colors()
FACET_ROW_KEY_VALUE *priority_rkv = dictionary_get(row->dict, "PRIORITY");
if(!priority_rkv || priority_rkv->empty)
return FACET_ROW_SEVERITY_NORMAL;
int priority = str2i(buffer_tostring(priority_rkv->wb));
if(priority <= LOG_ERR)
return FACET_ROW_SEVERITY_CRITICAL;
else if (priority <= LOG_WARNING)
return FACET_ROW_SEVERITY_WARNING;
else if(priority <= LOG_NOTICE)
return FACET_ROW_SEVERITY_NOTICE;
else if(priority >= LOG_DEBUG)
return FACET_ROW_SEVERITY_DEBUG;
return FACET_ROW_SEVERITY_NORMAL;
}
static char *uid_to_username(uid_t uid, char *buffer, size_t buffer_size) {
static __thread char tmp[1024 + 1];
struct passwd pw, *result = NULL;
if (getpwuid_r(uid, &pw, tmp, sizeof(tmp), &result) != 0 || !result || !pw.pw_name || !(*pw.pw_name))
snprintfz(buffer, buffer_size - 1, "%u", uid);
else
snprintfz(buffer, buffer_size - 1, "%u (%s)", uid, pw.pw_name);
return buffer;
}
static char *gid_to_groupname(gid_t gid, char* buffer, size_t buffer_size) {
static __thread char tmp[1024];
struct group grp, *result = NULL;
if (getgrgid_r(gid, &grp, tmp, sizeof(tmp), &result) != 0 || !result || !grp.gr_name || !(*grp.gr_name))
snprintfz(buffer, buffer_size - 1, "%u", gid);
else
snprintfz(buffer, buffer_size - 1, "%u (%s)", gid, grp.gr_name);
return buffer;
}
void netdata_systemd_journal_transform_syslog_facility(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
const char *v = buffer_tostring(wb);
if(*v && isdigit(*v)) {
int facility = str2i(buffer_tostring(wb));
const char *name = syslog_facility_to_name(facility);
if (name) {
buffer_flush(wb);
buffer_strcat(wb, name);
}
}
}
void netdata_systemd_journal_transform_priority(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
if(scope == FACETS_TRANSFORM_FACET_SORT)
return;
const char *v = buffer_tostring(wb);
if(*v && isdigit(*v)) {
int priority = str2i(buffer_tostring(wb));
const char *name = syslog_priority_to_name(priority);
if (name) {
buffer_flush(wb);
buffer_strcat(wb, name);
}
}
}
void netdata_systemd_journal_transform_errno(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
if(scope == FACETS_TRANSFORM_FACET_SORT)
return;
const char *v = buffer_tostring(wb);
if(*v && isdigit(*v)) {
unsigned err_no = str2u(buffer_tostring(wb));
if(err_no > 0 && err_no < sizeof(errno_map) / sizeof(*errno_map)) {
const char *name = errno_map[err_no];
if(name) {
buffer_flush(wb);
buffer_strcat(wb, name);
}
}
}
}
// ----------------------------------------------------------------------------
// UID and GID transformation
#define UID_GID_HASHTABLE_SIZE 10000
struct word_t2str_hashtable_entry {
struct word_t2str_hashtable_entry *next;
Word_t hash;
size_t len;
char str[];
};
struct word_t2str_hashtable {
SPINLOCK spinlock;
size_t size;
struct word_t2str_hashtable_entry *hashtable[UID_GID_HASHTABLE_SIZE];
};
struct word_t2str_hashtable uid_hashtable = {
.size = UID_GID_HASHTABLE_SIZE,
};
struct word_t2str_hashtable gid_hashtable = {
.size = UID_GID_HASHTABLE_SIZE,
};
struct word_t2str_hashtable_entry **word_t2str_hashtable_slot(struct word_t2str_hashtable *ht, Word_t hash) {
size_t slot = hash % ht->size;
struct word_t2str_hashtable_entry **e = &ht->hashtable[slot];
while(*e && (*e)->hash != hash)
e = &((*e)->next);
return e;
}
const char *uid_to_username_cached(uid_t uid, size_t *length) {
spinlock_lock(&uid_hashtable.spinlock);
struct word_t2str_hashtable_entry **e = word_t2str_hashtable_slot(&uid_hashtable, uid);
if(!(*e)) {
static __thread char buf[1024];
const char *name = uid_to_username(uid, buf, sizeof(buf));
size_t size = strlen(name) + 1;
*e = callocz(1, sizeof(struct word_t2str_hashtable_entry) + size);
(*e)->len = size - 1;
(*e)->hash = uid;
memcpy((*e)->str, name, size);
}
spinlock_unlock(&uid_hashtable.spinlock);
*length = (*e)->len;
return (*e)->str;
}
const char *gid_to_groupname_cached(gid_t gid, size_t *length) {
spinlock_lock(&gid_hashtable.spinlock);
struct word_t2str_hashtable_entry **e = word_t2str_hashtable_slot(&gid_hashtable, gid);
if(!(*e)) {
static __thread char buf[1024];
const char *name = gid_to_groupname(gid, buf, sizeof(buf));
size_t size = strlen(name) + 1;
*e = callocz(1, sizeof(struct word_t2str_hashtable_entry) + size);
(*e)->len = size - 1;
(*e)->hash = gid;
memcpy((*e)->str, name, size);
}
spinlock_unlock(&gid_hashtable.spinlock);
*length = (*e)->len;
return (*e)->str;
}
DICTIONARY *boot_ids_to_first_ut = NULL;
void netdata_systemd_journal_transform_boot_id(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
const char *boot_id = buffer_tostring(wb);
if(*boot_id && isxdigit(*boot_id)) {
usec_t ut = UINT64_MAX;
usec_t *p_ut = dictionary_get(boot_ids_to_first_ut, boot_id);
if(!p_ut) {
#ifndef HAVE_SD_JOURNAL_RESTART_FIELDS
struct journal_file *jf;
dfe_start_read(journal_files_registry, jf) {
const char *files[2] = {
[0] = jf_dfe.name,
[1] = NULL,
};
sd_journal *j = NULL;
int r = sd_journal_open_files(&j, files, ND_SD_JOURNAL_OPEN_FLAGS);
if(r < 0 || !j) {
internal_error(true, "JOURNAL: while looking for the first timestamp of boot_id '%s', "
"sd_journal_open_files('%s') returned %d",
boot_id, jf_dfe.name, r);
continue;
}
ut = journal_file_update_annotation_boot_id(j, jf, boot_id);
sd_journal_close(j);
}
dfe_done(jf);
#endif
}
else
ut = *p_ut;
if(ut && ut != UINT64_MAX) {
char buffer[RFC3339_MAX_LENGTH];
rfc3339_datetime_ut(buffer, sizeof(buffer), ut, 0, true);
switch(scope) {
default:
case FACETS_TRANSFORM_DATA:
case FACETS_TRANSFORM_VALUE:
buffer_sprintf(wb, " (%s) ", buffer);
break;
case FACETS_TRANSFORM_FACET:
case FACETS_TRANSFORM_FACET_SORT:
case FACETS_TRANSFORM_HISTOGRAM:
buffer_flush(wb);
buffer_sprintf(wb, "%s", buffer);
break;
}
}
}
}
void netdata_systemd_journal_transform_uid(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
if(scope == FACETS_TRANSFORM_FACET_SORT)
return;
const char *v = buffer_tostring(wb);
if(*v && isdigit(*v)) {
uid_t uid = str2i(buffer_tostring(wb));
size_t len;
const char *name = uid_to_username_cached(uid, &len);
buffer_contents_replace(wb, name, len);
}
}
void netdata_systemd_journal_transform_gid(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
if(scope == FACETS_TRANSFORM_FACET_SORT)
return;
const char *v = buffer_tostring(wb);
if(*v && isdigit(*v)) {
gid_t gid = str2i(buffer_tostring(wb));
size_t len;
const char *name = gid_to_groupname_cached(gid, &len);
buffer_contents_replace(wb, name, len);
}
}
void netdata_systemd_journal_transform_cap_effective(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
if(scope == FACETS_TRANSFORM_FACET_SORT)
return;
const char *v = buffer_tostring(wb);
if(*v && isdigit(*v)) {
uint64_t cap = strtoul(buffer_tostring(wb), NULL, 16);
if(cap) {
buffer_fast_strcat(wb, " (", 2);
for (size_t i = 0, added = 0; i < sizeof(linux_capabilities) / sizeof(linux_capabilities[0]); i++) {
if (linux_capabilities[i] && (cap & (1ULL << i))) {
if (added)
buffer_fast_strcat(wb, " | ", 3);
buffer_strcat(wb, linux_capabilities[i]);
added++;
}
}
buffer_fast_strcat(wb, ")", 1);
}
}
}
void netdata_systemd_journal_transform_timestamp_usec(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
if(scope == FACETS_TRANSFORM_FACET_SORT)
return;
const char *v = buffer_tostring(wb);
if(*v && isdigit(*v)) {
uint64_t ut = str2ull(buffer_tostring(wb), NULL);
if(ut) {
char buffer[RFC3339_MAX_LENGTH];
rfc3339_datetime_ut(buffer, sizeof(buffer), ut, 6, true);
buffer_sprintf(wb, " (%s)", buffer);
}
}
}
// ----------------------------------------------------------------------------
void netdata_systemd_journal_dynamic_row_id(FACETS *facets __maybe_unused, BUFFER *json_array, FACET_ROW_KEY_VALUE *rkv, FACET_ROW *row, void *data __maybe_unused) {
FACET_ROW_KEY_VALUE *pid_rkv = dictionary_get(row->dict, "_PID");
const char *pid = pid_rkv ? buffer_tostring(pid_rkv->wb) : FACET_VALUE_UNSET;
const char *identifier = NULL;
FACET_ROW_KEY_VALUE *container_name_rkv = dictionary_get(row->dict, "CONTAINER_NAME");
if(container_name_rkv && !container_name_rkv->empty)
identifier = buffer_tostring(container_name_rkv->wb);
if(!identifier) {
FACET_ROW_KEY_VALUE *syslog_identifier_rkv = dictionary_get(row->dict, "SYSLOG_IDENTIFIER");
if(syslog_identifier_rkv && !syslog_identifier_rkv->empty)
identifier = buffer_tostring(syslog_identifier_rkv->wb);
if(!identifier) {
FACET_ROW_KEY_VALUE *comm_rkv = dictionary_get(row->dict, "_COMM");
if(comm_rkv && !comm_rkv->empty)
identifier = buffer_tostring(comm_rkv->wb);
}
}
buffer_flush(rkv->wb);
if(!identifier || !*identifier)
buffer_strcat(rkv->wb, FACET_VALUE_UNSET);
else if(!pid || !*pid)
buffer_sprintf(rkv->wb, "%s", identifier);
else
buffer_sprintf(rkv->wb, "%s[%s]", identifier, pid);
buffer_json_add_array_item_string(json_array, buffer_tostring(rkv->wb));
}
// ----------------------------------------------------------------------------
struct message_id_info {
const char *msg;
};
static DICTIONARY *known_journal_messages_ids = NULL;
void netdata_systemd_journal_message_ids_init(void) {
known_journal_messages_ids = dictionary_create(DICT_OPTION_DONT_OVERWRITE_VALUE);
struct message_id_info i = { 0 };
i.msg = "Journal start"; dictionary_set(known_journal_messages_ids, "f77379a8490b408bbe5f6940505a777b", &i, sizeof(i));
i.msg = "Journal stop"; dictionary_set(known_journal_messages_ids, "d93fb3c9c24d451a97cea615ce59c00b", &i, sizeof(i));
i.msg = "Journal dropped"; dictionary_set(known_journal_messages_ids, "a596d6fe7bfa4994828e72309e95d61e", &i, sizeof(i));
i.msg = "Journal missed"; dictionary_set(known_journal_messages_ids, "e9bf28e6e834481bb6f48f548ad13606", &i, sizeof(i));
i.msg = "Journal usage"; dictionary_set(known_journal_messages_ids, "ec387f577b844b8fa948f33cad9a75e6", &i, sizeof(i));
i.msg = "Coredump"; dictionary_set(known_journal_messages_ids, "fc2e22bc6ee647b6b90729ab34a250b1", &i, sizeof(i));
i.msg = "Truncated core"; dictionary_set(known_journal_messages_ids, "5aadd8e954dc4b1a8c954d63fd9e1137", &i, sizeof(i));
i.msg = "Backtrace"; dictionary_set(known_journal_messages_ids, "1f4e0a44a88649939aaea34fc6da8c95", &i, sizeof(i));
i.msg = "Session start"; dictionary_set(known_journal_messages_ids, "8d45620c1a4348dbb17410da57c60c66", &i, sizeof(i));
i.msg = "Session stop"; dictionary_set(known_journal_messages_ids, "3354939424b4456d9802ca8333ed424a", &i, sizeof(i));
i.msg = "Seat start"; dictionary_set(known_journal_messages_ids, "fcbefc5da23d428093f97c82a9290f7b", &i, sizeof(i));
i.msg = "Seat stop"; dictionary_set(known_journal_messages_ids, "e7852bfe46784ed0accde04bc864c2d5", &i, sizeof(i));
i.msg = "Machine start"; dictionary_set(known_journal_messages_ids, "24d8d4452573402496068381a6312df2", &i, sizeof(i));
i.msg = "Machine stop"; dictionary_set(known_journal_messages_ids, "58432bd3bace477cb514b56381b8a758", &i, sizeof(i));
i.msg = "Time change"; dictionary_set(known_journal_messages_ids, "c7a787079b354eaaa9e77b371893cd27", &i, sizeof(i));
i.msg = "Timezone change"; dictionary_set(known_journal_messages_ids, "45f82f4aef7a4bbf942ce861d1f20990", &i, sizeof(i));
i.msg = "Tainted"; dictionary_set(known_journal_messages_ids, "50876a9db00f4c40bde1a2ad381c3a1b", &i, sizeof(i));
i.msg = "Startup finished"; dictionary_set(known_journal_messages_ids, "b07a249cd024414a82dd00cd181378ff", &i, sizeof(i));
i.msg = "User startup finished"; dictionary_set(known_journal_messages_ids, "eed00a68ffd84e31882105fd973abdd1", &i, sizeof(i));
i.msg = "Sleep start"; dictionary_set(known_journal_messages_ids, "6bbd95ee977941e497c48be27c254128", &i, sizeof(i));
i.msg = "Sleep stop"; dictionary_set(known_journal_messages_ids, "8811e6df2a8e40f58a94cea26f8ebf14", &i, sizeof(i));
i.msg = "Shutdown"; dictionary_set(known_journal_messages_ids, "98268866d1d54a499c4e98921d93bc40", &i, sizeof(i));
i.msg = "Factory reset"; dictionary_set(known_journal_messages_ids, "c14aaf76ec284a5fa1f105f88dfb061c", &i, sizeof(i));
i.msg = "Crash exit"; dictionary_set(known_journal_messages_ids, "d9ec5e95e4b646aaaea2fd05214edbda", &i, sizeof(i));
i.msg = "Crash failed"; dictionary_set(known_journal_messages_ids, "3ed0163e868a4417ab8b9e210407a96c", &i, sizeof(i));
i.msg = "Crash freeze"; dictionary_set(known_journal_messages_ids, "645c735537634ae0a32b15a7c6cba7d4", &i, sizeof(i));
i.msg = "Crash no coredump"; dictionary_set(known_journal_messages_ids, "5addb3a06a734d3396b794bf98fb2d01", &i, sizeof(i));
i.msg = "Crash no fork"; dictionary_set(known_journal_messages_ids, "5c9e98de4ab94c6a9d04d0ad793bd903", &i, sizeof(i));
i.msg = "Crash unknown signal"; dictionary_set(known_journal_messages_ids, "5e6f1f5e4db64a0eaee3368249d20b94", &i, sizeof(i));
i.msg = "Crash systemd signal"; dictionary_set(known_journal_messages_ids, "83f84b35ee264f74a3896a9717af34cb", &i, sizeof(i));
i.msg = "Crash process signal"; dictionary_set(known_journal_messages_ids, "3a73a98baf5b4b199929e3226c0be783", &i, sizeof(i));
i.msg = "Crash waitpid failed"; dictionary_set(known_journal_messages_ids, "2ed18d4f78ca47f0a9bc25271c26adb4", &i, sizeof(i));
i.msg = "Crash coredump failed"; dictionary_set(known_journal_messages_ids, "56b1cd96f24246c5b607666fda952356", &i, sizeof(i));
i.msg = "Crash coredump pid"; dictionary_set(known_journal_messages_ids, "4ac7566d4d7548f4981f629a28f0f829", &i, sizeof(i));
i.msg = "Crash shell fork failed"; dictionary_set(known_journal_messages_ids, "38e8b1e039ad469291b18b44c553a5b7", &i, sizeof(i));
i.msg = "Crash execle failed"; dictionary_set(known_journal_messages_ids, "872729b47dbe473eb768ccecd477beda", &i, sizeof(i));
i.msg = "Selinux failed"; dictionary_set(known_journal_messages_ids, "658a67adc1c940b3b3316e7e8628834a", &i, sizeof(i));
i.msg = "Battery low warning"; dictionary_set(known_journal_messages_ids, "e6f456bd92004d9580160b2207555186", &i, sizeof(i));
i.msg = "Battery low poweroff"; dictionary_set(known_journal_messages_ids, "267437d33fdd41099ad76221cc24a335", &i, sizeof(i));
i.msg = "Core mainloop failed"; dictionary_set(known_journal_messages_ids, "79e05b67bc4545d1922fe47107ee60c5", &i, sizeof(i));
i.msg = "Core no xdgdir path"; dictionary_set(known_journal_messages_ids, "dbb136b10ef4457ba47a795d62f108c9", &i, sizeof(i));
i.msg = "Core capability bounding user"; dictionary_set(known_journal_messages_ids, "ed158c2df8884fa584eead2d902c1032", &i, sizeof(i));
i.msg = "Core capability bounding"; dictionary_set(known_journal_messages_ids, "42695b500df048298bee37159caa9f2e", &i, sizeof(i));
i.msg = "Core disable privileges"; dictionary_set(known_journal_messages_ids, "bfc2430724ab44499735b4f94cca9295", &i, sizeof(i));
i.msg = "Core start target failed"; dictionary_set(known_journal_messages_ids, "59288af523be43a28d494e41e26e4510", &i, sizeof(i));
i.msg = "Core isolate target failed"; dictionary_set(known_journal_messages_ids, "689b4fcc97b4486ea5da92db69c9e314", &i, sizeof(i));
i.msg = "Core fd set failed"; dictionary_set(known_journal_messages_ids, "5ed836f1766f4a8a9fc5da45aae23b29", &i, sizeof(i));
i.msg = "Core pid1 environment"; dictionary_set(known_journal_messages_ids, "6a40fbfbd2ba4b8db02fb40c9cd090d7", &i, sizeof(i));
i.msg = "Core manager allocate"; dictionary_set(known_journal_messages_ids, "0e54470984ac419689743d957a119e2e", &i, sizeof(i));
i.msg = "Smack failed write"; dictionary_set(known_journal_messages_ids, "d67fa9f847aa4b048a2ae33535331adb", &i, sizeof(i));
i.msg = "Shutdown error"; dictionary_set(known_journal_messages_ids, "af55a6f75b544431b72649f36ff6d62c", &i, sizeof(i));
i.msg = "Valgrind helper fork"; dictionary_set(known_journal_messages_ids, "d18e0339efb24a068d9c1060221048c2", &i, sizeof(i));
i.msg = "Unit starting"; dictionary_set(known_journal_messages_ids, "7d4958e842da4a758f6c1cdc7b36dcc5", &i, sizeof(i));
i.msg = "Unit started"; dictionary_set(known_journal_messages_ids, "39f53479d3a045ac8e11786248231fbf", &i, sizeof(i));
i.msg = "Unit failed"; dictionary_set(known_journal_messages_ids, "be02cf6855d2428ba40df7e9d022f03d", &i, sizeof(i));
i.msg = "Unit stopping"; dictionary_set(known_journal_messages_ids, "de5b426a63be47a7b6ac3eaac82e2f6f", &i, sizeof(i));
i.msg = "Unit stopped"; dictionary_set(known_journal_messages_ids, "9d1aaa27d60140bd96365438aad20286", &i, sizeof(i));
i.msg = "Unit reloading"; dictionary_set(known_journal_messages_ids, "d34d037fff1847e6ae669a370e694725", &i, sizeof(i));
i.msg = "Unit reloaded"; dictionary_set(known_journal_messages_ids, "7b05ebc668384222baa8881179cfda54", &i, sizeof(i));
i.msg = "Unit restart scheduled"; dictionary_set(known_journal_messages_ids, "5eb03494b6584870a536b337290809b3", &i, sizeof(i));
i.msg = "Unit resources"; dictionary_set(known_journal_messages_ids, "ae8f7b866b0347b9af31fe1c80b127c0", &i, sizeof(i));
i.msg = "Unit success"; dictionary_set(known_journal_messages_ids, "7ad2d189f7e94e70a38c781354912448", &i, sizeof(i));
i.msg = "Unit skipped"; dictionary_set(known_journal_messages_ids, "0e4284a0caca4bfc81c0bb6786972673", &i, sizeof(i));
i.msg = "Unit failure result"; dictionary_set(known_journal_messages_ids, "d9b373ed55a64feb8242e02dbe79a49c", &i, sizeof(i));
i.msg = "Spawn failed"; dictionary_set(known_journal_messages_ids, "641257651c1b4ec9a8624d7a40a9e1e7", &i, sizeof(i));
i.msg = "Unit process exit"; dictionary_set(known_journal_messages_ids, "98e322203f7a4ed290d09fe03c09fe15", &i, sizeof(i));
i.msg = "Forward syslog missed"; dictionary_set(known_journal_messages_ids, "0027229ca0644181a76c4e92458afa2e", &i, sizeof(i));
i.msg = "Overmounting"; dictionary_set(known_journal_messages_ids, "1dee0369c7fc4736b7099b38ecb46ee7", &i, sizeof(i));
i.msg = "Unit oomd kill"; dictionary_set(known_journal_messages_ids, "d989611b15e44c9dbf31e3c81256e4ed", &i, sizeof(i));
i.msg = "Unit out of memory"; dictionary_set(known_journal_messages_ids, "fe6faa94e7774663a0da52717891d8ef", &i, sizeof(i));
i.msg = "Lid opened"; dictionary_set(known_journal_messages_ids, "b72ea4a2881545a0b50e200e55b9b06f", &i, sizeof(i));
i.msg = "Lid closed"; dictionary_set(known_journal_messages_ids, "b72ea4a2881545a0b50e200e55b9b070", &i, sizeof(i));
i.msg = "System docked"; dictionary_set(known_journal_messages_ids, "f5f416b862074b28927a48c3ba7d51ff", &i, sizeof(i));
i.msg = "System undocked"; dictionary_set(known_journal_messages_ids, "51e171bd585248568110144c517cca53", &i, sizeof(i));
i.msg = "Power key"; dictionary_set(known_journal_messages_ids, "b72ea4a2881545a0b50e200e55b9b071", &i, sizeof(i));
i.msg = "Power key long press"; dictionary_set(known_journal_messages_ids, "3e0117101eb243c1b9a50db3494ab10b", &i, sizeof(i));
i.msg = "Reboot key"; dictionary_set(known_journal_messages_ids, "9fa9d2c012134ec385451ffe316f97d0", &i, sizeof(i));
i.msg = "Reboot key long press"; dictionary_set(known_journal_messages_ids, "f1c59a58c9d943668965c337caec5975", &i, sizeof(i));
i.msg = "Suspend key"; dictionary_set(known_journal_messages_ids, "b72ea4a2881545a0b50e200e55b9b072", &i, sizeof(i));
i.msg = "Suspend key long press"; dictionary_set(known_journal_messages_ids, "bfdaf6d312ab4007bc1fe40a15df78e8", &i, sizeof(i));
i.msg = "Hibernate key"; dictionary_set(known_journal_messages_ids, "b72ea4a2881545a0b50e200e55b9b073", &i, sizeof(i));
i.msg = "Hibernate key long press"; dictionary_set(known_journal_messages_ids, "167836df6f7f428e98147227b2dc8945", &i, sizeof(i));
i.msg = "Invalid configuration"; dictionary_set(known_journal_messages_ids, "c772d24e9a884cbeb9ea12625c306c01", &i, sizeof(i));
i.msg = "Dnssec failure"; dictionary_set(known_journal_messages_ids, "1675d7f172174098b1108bf8c7dc8f5d", &i, sizeof(i));
i.msg = "Dnssec trust anchor revoked"; dictionary_set(known_journal_messages_ids, "4d4408cfd0d144859184d1e65d7c8a65", &i, sizeof(i));
i.msg = "Dnssec downgrade"; dictionary_set(known_journal_messages_ids, "36db2dfa5a9045e1bd4af5f93e1cf057", &i, sizeof(i));
i.msg = "Unsafe user name"; dictionary_set(known_journal_messages_ids, "b61fdac612e94b9182285b998843061f", &i, sizeof(i));
i.msg = "Mount point path not suitable"; dictionary_set(known_journal_messages_ids, "1b3bb94037f04bbf81028e135a12d293", &i, sizeof(i));
i.msg = "Device path not suitable"; dictionary_set(known_journal_messages_ids, "010190138f494e29a0ef6669749531aa", &i, sizeof(i));
i.msg = "Nobody user unsuitable"; dictionary_set(known_journal_messages_ids, "b480325f9c394a7b802c231e51a2752c", &i, sizeof(i));
i.msg = "Systemd udev settle deprecated"; dictionary_set(known_journal_messages_ids, "1c0454c1bd2241e0ac6fefb4bc631433", &i, sizeof(i));
i.msg = "Time sync"; dictionary_set(known_journal_messages_ids, "7c8a41f37b764941a0e1780b1be2f037", &i, sizeof(i));
i.msg = "Time bump"; dictionary_set(known_journal_messages_ids, "7db73c8af0d94eeb822ae04323fe6ab6", &i, sizeof(i));
i.msg = "Shutdown scheduled"; dictionary_set(known_journal_messages_ids, "9e7066279dc8403da79ce4b1a69064b2", &i, sizeof(i));
i.msg = "Shutdown canceled"; dictionary_set(known_journal_messages_ids, "249f6fb9e6e2428c96f3f0875681ffa3", &i, sizeof(i));
i.msg = "TPM pcr extend"; dictionary_set(known_journal_messages_ids, "3f7d5ef3e54f4302b4f0b143bb270cab", &i, sizeof(i));
i.msg = "Memory trim"; dictionary_set(known_journal_messages_ids, "f9b0be465ad540d0850ad32172d57c21", &i, sizeof(i));
i.msg = "Sysv generator deprecated"; dictionary_set(known_journal_messages_ids, "a8fa8dacdb1d443e9503b8be367a6adb", &i, sizeof(i));
// gnome
// https://gitlab.gnome.org/GNOME/gnome-session/-/blob/main/gnome-session/gsm-manager.c
i.msg = "Gnome SM startup succeeded"; dictionary_set(known_journal_messages_ids, "0ce153587afa4095832d233c17a88001", &i, sizeof(i));
i.msg = "Gnome SM unrecoverable failure"; dictionary_set(known_journal_messages_ids, "10dd2dc188b54a5e98970f56499d1f73", &i, sizeof(i));
// gnome-shell
// https://gitlab.gnome.org/GNOME/gnome-shell/-/blob/main/js/ui/main.js#L56
i.msg = "Gnome shell started";dictionary_set(known_journal_messages_ids, "f3ea493c22934e26811cd62abe8e203a", &i, sizeof(i));
// flathub
// https://docs.flatpak.org/de/latest/flatpak-command-reference.html
i.msg = "Flatpak cache"; dictionary_set(known_journal_messages_ids, "c7b39b1e006b464599465e105b361485", &i, sizeof(i));
// ???
i.msg = "Flathub pulls"; dictionary_set(known_journal_messages_ids, "75ba3deb0af041a9a46272ff85d9e73e", &i, sizeof(i));
i.msg = "Flathub pull errors"; dictionary_set(known_journal_messages_ids, "f02bce89a54e4efab3a94a797d26204a", &i, sizeof(i));
// ??
i.msg = "Boltd starting"; dictionary_set(known_journal_messages_ids, "dd11929c788e48bdbb6276fb5f26b08a", &i, sizeof(i));
// Netdata
i.msg = "Netdata connection from child"; dictionary_set(known_journal_messages_ids, "ed4cdb8f1beb4ad3b57cb3cae2d162fa", &i, sizeof(i));
i.msg = "Netdata connection to parent"; dictionary_set(known_journal_messages_ids, "6e2e3839067648968b646045dbf28d66", &i, sizeof(i));
i.msg = "Netdata alert transition"; dictionary_set(known_journal_messages_ids, "9ce0cb58ab8b44df82c4bf1ad9ee22de", &i, sizeof(i));
i.msg = "Netdata alert notification"; dictionary_set(known_journal_messages_ids, "6db0018e83e34320ae2a659d78019fb7", &i, sizeof(i));
}
void netdata_systemd_journal_transform_message_id(FACETS *facets __maybe_unused, BUFFER *wb, FACETS_TRANSFORMATION_SCOPE scope __maybe_unused, void *data __maybe_unused) {
const char *message_id = buffer_tostring(wb);
struct message_id_info *i = dictionary_get(known_journal_messages_ids, message_id);
if(!i)
return;
switch(scope) {
default:
case FACETS_TRANSFORM_DATA:
case FACETS_TRANSFORM_VALUE:
buffer_sprintf(wb, " (%s)", i->msg);
break;
case FACETS_TRANSFORM_FACET:
case FACETS_TRANSFORM_FACET_SORT:
case FACETS_TRANSFORM_HISTOGRAM:
buffer_flush(wb);
buffer_strcat(wb, i->msg);
break;
}
}
// ----------------------------------------------------------------------------
static void netdata_systemd_journal_rich_message(FACETS *facets __maybe_unused, BUFFER *json_array, FACET_ROW_KEY_VALUE *rkv, FACET_ROW *row __maybe_unused, void *data __maybe_unused) {
buffer_json_add_array_item_object(json_array);
buffer_json_member_add_string(json_array, "value", buffer_tostring(rkv->wb));
buffer_json_object_close(json_array);
}
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