= 0 ? '&graph_start=' . $graph_start:'') . ($graph_end >= 0 ? '&graph_end=' . $graph_end:'') . ($rra_id >= 0 ? '&rra_id=' . $rra_id:'') . "&" . $graph_select) . "'>![](" . $config[ "Display Graphs from this Aggregate")
\n";
}
}
}
function api_aggregate_convert_template($graphs) {
$aggregate_template_id = get_nfilter_request_var('aggregate_template_id');
$aggregate_template = db_fetch_row("SELECT * FROM aggregate_graph_templates WHERE id=$aggregate_template_id");
foreach($graphs as $graph) {
$save['id'] = '';
$save['local_graph_id'] = $graph;
$save['aggregate_template_id'] = $aggregate_template_id;
$save['template_propogation'] = 'on';
$save['title_format'] = db_fetch_cell("SELECT title_cache FROM graph_templates_graph WHERE local_graph_id=$graph");
$save['graph_template_id'] = $aggregate_template['graph_template_id'];
$save['gprint_prefix'] = $aggregate_template['gprint_prefix'];
$save['graph_type'] = $aggregate_template['graph_type'];
$save['total'] = $aggregate_template['total'];
$save['total_type'] = $aggregate_template['total_type'];
$save['total_prefix'] = $aggregate_template['total_prefix'];
$save['order_type'] = $aggregate_template['order_type'];
$id = sql_save($save, 'aggregate_graphs');
$task_items = array_rekey(db_fetch_assoc("SELECT DISTINCT task_item_id FROM graph_templates_item WHERE local_graph_id=$graph"), "task_item_id", "task_item_id");
$task_items = implode(",", $task_items);
$member_graphs = array_rekey(db_fetch_assoc("SELECT DISTINCT local_graph_id FROM graph_templates_item
WHERE task_item_id IN ($task_items) AND graph_template_id>0"), "local_graph_id", "local_graph_id");
$sequence = 1;
foreach($member_graphs as $mg) {
db_execute("REPLACE INTO aggregate_graphs_items
(aggregate_graph_id, local_graph_id, sequence)
VALUES ($id, $mg, $sequence)");
$sequence++;
}
push_out_aggregates($aggregate_template_id, $graph);
}
}
function api_aggregate_associate($graphs) {
$local_graph_id = get_nfilter_request_var('local_graph_id');
$aggregate_template = db_fetch_cell("SELECT aggregate_template_id FROM aggregate_graphs WHERE local_graph_id=$local_graph_id");
$aggregate_id = db_fetch_cell("SELECT id FROM aggregate_graphs WHERE local_graph_id=$local_graph_id");
$max_sequence = db_fetch_cell("SELECT MAX(sequence) FROM aggregate_graphs_items WHERE aggregate_graph_id=$aggregate_id");
if ($max_sequence == '') $max_sequence = 1;
foreach($graphs as $graph) {
db_execute("REPLACE INTO aggregate_graphs_items (aggregate_graph_id, local_graph_id, sequence) VALUES ($aggregate_id, $graph, $max_sequence)");
$max_sequence++;
}
push_out_aggregates($aggregate_template, $local_graph_id);
header("Location: aggregate_graphs.php?action=edit&tab=items&id=$local_graph_id");
exit;
}
function api_aggregate_disassociate($graphs) {
$local_graph_id = get_nfilter_request_var('local_graph_id');
$aggregate_template = db_fetch_cell("SELECT aggregate_template_id FROM aggregate_graphs WHERE local_graph_id=$local_graph_id");
$aggregate_id = db_fetch_cell("SELECT id FROM aggregate_graphs WHERE local_graph_id=$local_graph_id");
foreach($graphs as $graph) {
db_execute("DELETE FROM aggregate_graphs_items WHERE aggregate_graph_id=$aggregate_id AND local_graph_id=$graph");
}
push_out_aggregates($aggregate_template, $local_graph_id);
header("Location: aggregate_graphs.php?action=edit&tab=items&id=$local_graph_id");
exit;
}
function api_aggregate_create($aggregate_name, $graphs, $agg_template_id = 0) {
/* get the first aggregate graph */
if ($agg_template_id == 0) {
$agg_template = db_fetch_row("SELECT * FROM aggregate_graphs WHERE local_graph_id=" . $graphs[0]);
/* get graph items */
$graph_items = db_fetch_assoc("SELECT DISTINCT local_graph_id
FROM aggregate_graphs_items
WHERE aggregate_graph_id IN(
SELECT id
FROM aggregate_graphs
WHERE " . array_to_sql_or($graphs, "local_graph_id") . ")");
}else{
$agg_template = db_fetch_row("SELECT * FROM aggregate_graph_templates WHERE id=" . $agg_template_id);
/* unset when dealing with a template */
unset($agg_template['name']);
$agg_template['aggregate_template_id'] = $agg_template_id;
$agg_template['template_propogation'] = 'on';
/* get graph items */
foreach($graphs as $graph) {
$graph_items[]["local_graph_id"] = $graph;
}
}
if (sizeof($agg_template)) {
/* create new graph in cacti tables */
$graph_template_graph = db_fetch_row("SELECT * FROM graph_templates_graph WHERE local_graph_id=" . $graphs[0]);
$graph_template_id = $graph_template_graph["graph_template_id"];
$local_graph_id = aggregate_graph_save(0, $graph_template_id, $aggregate_name, $agg_template_id);
/* create new graph in aggregate table */
$save = array();
$save = $agg_template;
$save['id'] = 0;
$save['local_graph_id'] = $local_graph_id;
$save['title_format'] = $aggregate_name;
$agg_id = sql_save($save, 'aggregate_graphs');
if (sizeof($graph_items)) {
$aggs = 1;
$sql = '';
foreach($graph_items as $i) {
$sql .= ($aggs > 1 ? ",":"") . "($agg_id, " . $i['local_graph_id'] . ", $aggs)";
$aggs++;
}
db_execute("INSERT INTO aggregate_graphs_items
(aggregate_graph_id, local_graph_id, sequence) VALUES $sql");
}
# update title cache
if (!empty($_local_graph_id)) {
update_graph_title_cache($local_graph_id);
}
push_out_aggregates($agg_template['aggregate_template_id'], $local_graph_id);
}
}
/**
* aggregate_error_handler - PHP error handler
* @param int $errno - error id
* @param string $errmsg - error message
* @param string $filename - file name
* @param int $linenum - line of error
* @param array $vars - additional variables
*/
function aggregate_error_handler($errno, $errmsg, $filename, $linenum, $vars) {
$errno = $errno & error_reporting();
# return if error handling disabled by @
if($errno == 0) return;
# define constants not available with PHP 4
if(!defined('E_STRICT')) define('E_STRICT', 2048);
if(!defined('E_RECOVERABLE_ERROR')) define('E_RECOVERABLE_ERROR', 4096);
if (read_config_option("log_verbosity") >= AGGREGATE_LOG_DEBUG) {
/* define all error types */
$errortype = array(
E_ERROR => 'Error',
E_WARNING => 'Warning',
E_PARSE => 'Parsing Error',
E_NOTICE => 'Notice',
E_CORE_ERROR => 'Core Error',
E_CORE_WARNING => 'Core Warning',
E_COMPILE_ERROR => 'Compile Error',
E_COMPILE_WARNING => 'Compile Warning',
E_USER_ERROR => 'User Error',
E_USER_WARNING => 'User Warning',
E_USER_NOTICE => 'User Notice',
E_STRICT => 'Runtime Notice',
E_RECOVERABLE_ERROR => 'Catchable Fatal Error'
);
/* create an error string for the log */
$err = "ERRNO:'" . $errno . "' TYPE:'" . $errortype[$errno] .
"' MESSAGE:'" . $errmsg . "' IN FILE:'" . $filename .
"' LINE NO:'" . $linenum . "'";
/* let's ignore some lesser issues */
if (substr_count($errmsg, "date_default_timezone")) return;
if (substr_count($errmsg, "Only variables")) return;
/* log the error to the Cacti log */
cacti_log("PROGERR: " . $err, false, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
print("PROGERR: " . $err . "
");# print_r($vars); print("");
# backtrace, if available
cacti_debug_backtrace('AGGREGATE', true);
if (isset($GLOBALS['error_fatal'])) {
if($GLOBALS['error_fatal'] & $errno) die('fatal');
}
}
return;
}
/**
* get_next_sequence - returns the next available sequence id
* @param int $id - the current id
* @param string $field - the field name that contains the target id
* @param string $table_name - the table name that contains the target id
* @param string $group_query - an SQL "where" clause to limit the query
+ @returns int - the next available sequence id
*/
function get_next_sequence($id, $field, $table_name, $group_query, $key_field="id") {
cacti_log(__FUNCTION__ . " called. Id: " . $id . " field: " . $field . " table: " . $table_name, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
if (empty($id)) {
$data = db_fetch_row("SELECT max($field)+1 AS seq FROM $table_name WHERE $group_query");
if ($data["seq"] == "") {
return 1;
}else{
return $data["seq"];
}
}else{
$data = db_fetch_row("SELECT $field FROM $table_name WHERE $key_field = id");
return $data[$field];
}
}
/**
* find out, if this is a pure STACKed graph
* @param int $_local_graph_id - graph to be examined
* @return bool - true, if pure STACKed graph
*/
function aggregate_is_pure_stacked_graph($_local_graph_id) {
cacti_log(__FUNCTION__ . " local_graph: " . $_local_graph_id, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
$_pure_stacked_graph = false;
if (!empty($_local_graph_id)) {
# fetch all AREA graph items
$_count = db_fetch_cell("SELECT COUNT(id) " .
"FROM graph_templates_item " .
"WHERE graph_templates_item.local_graph_id=$_local_graph_id " .
"AND graph_templates_item.graph_type_id IN " .
"(" . GRAPH_ITEM_TYPE_AREA .
"," . GRAPH_ITEM_TYPE_LINE1 .
"," . GRAPH_ITEM_TYPE_LINE2 .
"," . GRAPH_ITEM_TYPE_LINE3 .
")");
cacti_log(__FUNCTION__ . " #AREA/LINEx items: " . $_count, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
/* if there's at least one AREA item, this is NOT a pure LINEx graph
* if there's NO AREA item, this IS a pure LINEx graph
* in case we find STACKs, there must be at least one AREA as well, or the graph itself is malformed
* this would fail on a PURE GPRINT/HRULE/VRULE graph as well, but that is malformed, too
*/
$_pure_stacked_graph = ($_count == 0);
}
return $_pure_stacked_graph;
}
/**
* find out, if graph has a STACK
* @param int $_local_graph_id - graph to be examined
* @return bool - true, if pure STACKed graph
*/
function aggregate_is_stacked_graph($_local_graph_id) {
cacti_log(__FUNCTION__ . " local_graph: " . $_local_graph_id, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
$_pure_stacked_graph = false;
if (!empty($_local_graph_id)) {
# fetch all AREA graph items
$_count = db_fetch_cell("SELECT COUNT(id) " .
"FROM graph_templates_item " .
"WHERE graph_templates_item.local_graph_id=$_local_graph_id " .
"AND graph_templates_item.graph_type_id =" . GRAPH_ITEM_TYPE_STACK);
cacti_log(__FUNCTION__ . " #AREA/LINEx items: " . $_count, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
/* if there's at least one AREA item, this is NOT a pure LINEx graph
* if there's NO AREA item, this IS a pure LINEx graph
* in case we find STACKs, there must be at least one AREA as well, or the graph itself is malformed
* this would fail on a PURE GPRINT/HRULE/VRULE graph as well, but that is malformed, too
*/
$_stacked_graph = ($_count > 0);
}
return $_stacked_graph;
}
/**
* aggregate_convert_to_stack - Convert graph_type to STACK, if appropriate
*
* @param int $_graph_item_type - current graph_item_type
* @param int $_old_graph_id - local graph id of graph to be inserted
* @param int $_graph_no - no of graph
* @param int $_graph_item_sequence - no of next item
*/
function aggregate_convert_to_stack($_graph_item_type, $_old_graph_id, $_graph_no, $_graph_item_sequence) {
global $graph_item_types;
cacti_log(__FUNCTION__ . " called: Item type:" . $graph_item_types{$_graph_item_type} . " graph: " . $_graph_no . " item: " . $_graph_item_sequence, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
if ($_graph_no === 0) {
/* this one converts the first graph only
* we must make sure to have at least one AREA, else AREA/STACK would be malformed
* so we have to detect, whether an AREA already exists or not
* doing so for each call of this function is an overhead, once per whole graph would be ok
* but this way it's easier to read
*/
$_pure_linex_graph = aggregate_detect_linex_graph_type($_old_graph_id);
}
if (preg_match("/(LINE[123])/", $graph_item_types{$_graph_item_type})) {
if ($_graph_no === 0) {
/* convert LINEx statements to AREA on the first graph */
$_graph_item_type = GRAPH_ITEM_TYPE_AREA;
} else {
/* convert LINEx statements to STACK */
$_graph_item_type = GRAPH_ITEM_TYPE_STACK;
}
} elseif (preg_match("/(AREA)/", $graph_item_types{$_graph_item_type}) && !($_graph_no === 0)) {
/* convert AREA statements, but not for the first graph
* this is required, when graphing a "negative" AREA */
$_graph_item_type = GRAPH_ITEM_TYPE_STACK;
}
cacti_log(__FUNCTION__ . " return: Item type:" . $graph_item_types{$_graph_item_type} . " graph: " . $_graph_no, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
return $_graph_item_type;
}
/**
* Convert AREA/STACK graph_type to the one provided
*
* @param int $_graph_item_type - current graph_item_type
* @param int $_graph_type - new graph_item_type
* @return int - new graph_item_type
*/
function aggregate_convert_graph_type($_graph_item_type, $_graph_type) {
global $graph_item_types;
cacti_log(__FUNCTION__ . " called: Item Type: " . $graph_item_types{$_graph_item_type} . " new item type: " . $_graph_type, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
if (preg_match("/(AREA|STACK)/", $graph_item_types{$_graph_item_type})) {
/* change AREA|STACK statements only */
cacti_log(__FUNCTION__ . " return: Item type:" . $graph_item_types{$_graph_type}, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
return $_graph_type;
} else {
cacti_log(__FUNCTION__ . " return: Item type:" . $graph_item_types{$_graph_item_type}, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
return $_graph_item_type;
}
}
function aggregate_conditional_convert_graph_type($_graph_id, $_old_type, $_new_type) {
cacti_log(__FUNCTION__ . " called: graph: " . $_graph_id . " old item type: " . $_old_type . " new item type: " . $_new_type, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
if (!empty($_graph_id) && !empty($_old_type)) {
/* fetch the first item of requested graph_type */
$_graph_item_id = db_fetch_cell("SELECT id " .
"FROM graph_templates_item " .
"WHERE graph_templates_item.local_graph_id=$_graph_id " .
"AND graph_templates_item.graph_type_id=" . $_old_type .
" ORDER BY sequence LIMIT 0,1");
/* and update it to the new graph_type */
db_execute("UPDATE graph_templates_item SET graph_templates_item.graph_type_id=" . $_new_type . " WHERE graph_templates_item.id=" . $_graph_item_id);
}
}
function aggregate_change_graph_type($graph_index, $old_graph_type, $new_graph_type) {
cacti_log(__FUNCTION__ . " called. Index " . $graph_index . " old type " . $old_graph_type . " Graph Type: " . $new_graph_type, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
/* LEGEND entries and xRULEs stay unchanged
* xRULEs honestly do not make much sense on an aggregated graph, though */
switch ($old_graph_type) {
case GRAPH_ITEM_TYPE_GPRINT:
case GRAPH_ITEM_TYPE_COMMENT:
case GRAPH_ITEM_TYPE_HRULE:
case GRAPH_ITEM_TYPE_VRULE:
return $old_graph_type;
break;
}
/* this item is eligible to a type change */
switch ($new_graph_type) {
case AGGREGATE_GRAPH_TYPE_KEEP:
/* keep entry as defined by the Graph */
return $old_graph_type;
break;
case GRAPH_ITEM_TYPE_STACK:
/* create an AREA/STACK graph
* pay attention to AREA handling!
* any AREA/STACKed graph needs a base AREA entry
* but e.g. a graph that prints on both negative and positive y-axis may hold two AREAs
* so it's a good idea to keep all AREA entries of the first aggregated elementary graph (index 0)*/
if ($graph_index == 0 && $item_index == 1 &&
($old_graph_type == GRAPH_ITEM_TYPE_STACK ||
$old_graph_type == GRAPH_ITEM_TYPE_LINE1 ||
$old_graph_type == GRAPH_ITEM_TYPE_LINE2 ||
$old_graph_type == GRAPH_ITEM_TYPE_LINE3)) {
/* if the graph type is a stack and the item is 1, it must be converted to area */
return GRAPH_ITEM_TYPE_AREA;
} elseif ($item_index > 1 && $old_graph_type == GRAPH_ITEM_TYPE_AREA) {
/* if the graph type is a stack and the item is 1, it must be converted to area */
return GRAPH_ITEM_TYPE_STACK;
}elseif ($graph_index == 0 && $old_graph_type == GRAPH_ITEM_TYPE_AREA) {
/* don't change (multi-)AREAs on the first graph */
return $old_graph_type;
} else {
/* this is either
* - not the first graph, any item type: convert to STACK
* - the first graph and a LINEx item: convert to STACK
*/
return GRAPH_ITEM_TYPE_STACK;
}
/* for a pure LINEx graph,
* this will result in a pure STACKed graph, without any AREA
* we will take care of this at the very end, after adding the last graph to the aggregate, during post-processing
*/
break;
case AGGREGATE_GRAPH_TYPE_KEEP_STACKED:
/* Like GRAPH_ITEM_TYPE_STACK but don't convert first item to AREA */
if ($graph_index == 0) {
if ($old_graph_type == GRAPH_ITEM_TYPE_STACK) {
return GRAPH_ITEM_TYPE_AREA;
}
return $old_graph_type;
} else {
return GRAPH_ITEM_TYPE_STACK;
}
break;
case GRAPH_ITEM_TYPE_LINE1:
case GRAPH_ITEM_TYPE_LINE2:
case GRAPH_ITEM_TYPE_LINE3:
/* create a LINEx graph */
return $new_graph_type;
break;
}
}
/**
* duplicate_color_template - duplicate color template
*
* @param int $_color_template_id - id of the base color template
* @param string $color_template_title - title of the duplicated color template
*/
function duplicate_color_template($_color_template_id, $color_template_title) {
cacti_log(__FUNCTION__ . " called. Color Template Id: " . $_color_template_id . " Title: " . $color_template_title, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
/* fetch data from table color_templates */
$color_template = db_fetch_row("SELECT *
FROM color_templates
WHERE color_template_id=$_color_template_id");
/* fetch data from table color_template_items */
$color_template_items = db_fetch_assoc("SELECT *
FROM color_template_items
WHERE color_template_id=$_color_template_id");
/* create new entry: color_templates */
$save["color_template_id"] = 0;
/* substitute the title variable */
$save["name"] = str_replace("", $color_template["name"], $color_template_title);
cacti_log("function: duplicate_color_template called. Id:" . $_color_template_id . " Title: " . $color_template_title . " Replaced: " . $save["name"], true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
$new_color_template_id = sql_save($save, "color_templates", "color_template_id");
unset($save);
/* create new entry(s): color_template_items */
if (sizeof($color_template_items) > 0) {
foreach ($color_template_items as $color_template_item) {
$save["color_template_item_id"] = 0;
$save["color_template_id"] = $new_color_template_id;
$save["color_id"] = $color_template_item["color_id"];
$save["sequence"] = $color_template_item["sequence"];
cacti_log("function: duplicate_color_template called. Id:" . $new_color_template_id . " Color: " . $save["color_id"] . " sequence: " . $save["sequence"], true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
$new_color_template_item_id = sql_save($save, "color_template_items", "color_template_item_id");
unset($save);
}
}
}
/**
* aggregate_cdef_make0 - return the id of a "Make 0" cdef, create that cdef if necessary
*/
function aggregate_cdef_make0() {
global $config;
include_once($config['base_path'] . "/lib/cdef.php");
cacti_log(__FUNCTION__ . " called", true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
# magic name of new cdef
$magic = "_MAKE 0";
# search the "magic" cdef
$cdef_id = db_fetch_cell("SELECT id FROM cdef WHERE name = '" . $magic . "'");
if (isset($cdef_id) && $cdef_id > 0) {
return $cdef_id; # hoping, that nobody changed the cdef_items!
}
# create a new cdef entry
$save["id"] = 0;
$save["hash"] = get_hash_cdef(0);
$save["name"] = $magic;
# save the cdef itself
$new_cdef_id = sql_save($save, "cdef");
cacti_log(__FUNCTION__ . " created new cdef: " . $new_cdef_id . " name: " . $magic, true, "AGGREGATE", POLLER_VERBOSITY_DEEBUG);
# create a new cdef item entry
unset($save);
$save["id"] = 0;
$save["hash"] = get_hash_cdef(0, "cdef_item");
$save["cdef_id"] = $new_cdef_id;
$save["sequence"] = 1;
$save["type"] = 6; # this will be replaced by a define as soon as it exists for a pure text field
$save["value"] = "CURRENT_DATA_SOURCE,0,*";
# save the cdef item, there's only one!
$cdef_item_id = sql_save($save, "cdef_items");
cacti_log(__FUNCTION__ . " created new cdef item: " . $cdef_item_id, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
return $new_cdef_id;
}
/**
* aggregate_cdef_totalling - create a totalling CDEF, if need be
* @param int $_new_graph_id - id of new graph
* @param int $_graph_item_sequence - current graph item sequence
* @param int $_total_type - what type of totalling is required?
*/
function aggregate_cdef_totalling($_new_graph_id, $_graph_item_sequence, $_total_type) {
global $config;
include_once($config['base_path'] . "/lib/cdef.php");
cacti_log(__FUNCTION__ . " called. Working on Graph: " . $_new_graph_id . " sequence: " . $_graph_item_sequence . " totalling: " . $_total_type, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
# take graph item data for the totalling items
if (!empty($_new_graph_id)) {
$sql = "SELECT id, cdef_id
FROM graph_templates_item
WHERE local_graph_id=$_new_graph_id
AND sequence>=$_graph_item_sequence
ORDER BY sequence";
cacti_log("sql: " . $sql, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
$graph_template_items = db_fetch_assoc($sql);
}
# now get the list of cdefs
$sql = "SELECT id, name FROM cdef ORDER BY id";
cacti_log(__FUNCTION__ . " sql: " . $sql, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
$_cdefs = db_fetch_assoc($sql); # index the cdefs by their id's
$cdefs = array();
# build cdefs array to allow for indexing on cdef_id
foreach ($_cdefs as $_cdef) {
$cdefs[$_cdef["id"]]["id"] = $_cdef["id"];
$cdefs[$_cdef["id"]]["name"] = $_cdef["name"];
$cdefs[$_cdef["id"]]["cdef_text"] = get_cdef($_cdef["id"]);
}
# add pseudo CDEF for CURRENT_DATA_SOURCE, in case CDEF=NONE
# we then may apply the standard CDEF procedure to create a new CDEF
$cdefs[0]["id"] = 0;
$cdefs[0]["name"] = "Items";
$cdefs[0]["cdef_text"] = "CURRENT_DATA_SOURCE";
/* new CDEF(s) are required! */
$num_items = sizeof($graph_template_items);
if ($num_items > 0) {
$i = 0;
foreach ($graph_template_items as $graph_template_item) {
# current cdef
$cdef_id = $graph_template_item["cdef_id"];
$cdef_name = $cdefs[$cdef_id]["name"];
$cdef_text = $cdefs[$cdef_id]["cdef_text"];
cacti_log(__FUNCTION__ . " cdef id: " . $cdef_id . " name: " . $cdef_name . " value: " . $cdef_text, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
# new cdef
$new_cdef_text = "INVALID"; # in case sth goes wrong
switch ($_total_type) {
case AGGREGATE_TOTAL_TYPE_SIMILAR:
$new_cdef_text = str_replace("CURRENT_DATA_SOURCE", "SIMILAR_DATA_SOURCES_NODUPS", $cdef_text);
break;
case AGGREGATE_TOTAL_TYPE_ALL:
$new_cdef_text = str_replace("CURRENT_DATA_SOURCE", "ALL_DATA_SOURCES_NODUPS", $cdef_text);
break;
}
# is the new cdef already present?
$new_cdef_id = "";
reset($cdefs);
foreach ($cdefs as $cdef) {
cacti_log(__FUNCTION__ . " verify matching cdef: " . $cdef["id"] . " on: " . $cdef["cdef_text"], true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
if ($cdef["cdef_text"] == $new_cdef_text) {
$new_cdef_id = $cdef["id"];
cacti_log(__FUNCTION__ . " matching cdef: " . $new_cdef_id, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
# leave on first match
break;
}
}
# in case, we have NO match
if (empty($new_cdef_id)) {
# create a new cdef entry
$save["id"] = 0;
$save["hash"] = get_hash_cdef(0);
$new_cdef_name = "INVALID " . $cdef_name; # in case anything goes wrong
switch ($_total_type) {
case AGGREGATE_TOTAL_TYPE_SIMILAR:
$new_cdef_name = "_AGGREGATE SIMILAR " . $cdef_name;
break;
case AGGREGATE_TOTAL_TYPE_ALL:
$new_cdef_name = "_AGGREGATE ALL " . $cdef_name;
break;
}
$save["name"] = $new_cdef_name;
# save the cdef itself
$new_cdef_id = sql_save($save, "cdef");
cacti_log(__FUNCTION__ . " created new cdef: " . $new_cdef_id . " name: " . $new_cdef_name . " value: " . $new_cdef_text, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
unset($save);
# create a new cdef item entry
$save["id"] = 0;
$save["hash"] = get_hash_cdef(0, "cdef_item");
$save["cdef_id"] = $new_cdef_id;
$save["sequence"] = 1;
$save["type"] = 6; # this will be replaced by a define as soon as it exists for a pure text field
$save["value"] = $new_cdef_text;
# save the cdef item, there's only one!
$cdef_item_id = sql_save($save, "cdef_items");
cacti_log(__FUNCTION__ . " created new cdef item: " . $cdef_item_id, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
# now extend the cdef array to learn the newly entered cdef for the next loop
$cdefs[$new_cdef_id]["id"] = $new_cdef_id;
$cdefs[$new_cdef_id]["name"] = $new_cdef_name;
$cdefs[$new_cdef_id]["cdef_text"] = $new_cdef_text;
}
# now that we have a new cdef id, update record accordingly
$sql = "UPDATE graph_templates_item SET cdef_id=$new_cdef_id WHERE id=" . $graph_template_item["id"];
cacti_log(__FUNCTION__ . " sql: " . $sql, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
$ok = db_execute($sql);
cacti_log(__FUNCTION__ . " updated new cdef id: " . $new_cdef_id . " for item: " . $graph_template_item["id"], true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
}
}
}
/** auto_hr - set a new hr when items are skipped
* @param array $s - array of skipped items
* @param array $h - array of items with HR
* returns array - array with new HR markers
*/
function auto_hr($s, $h) {
cacti_log(__FUNCTION__ . " called", true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
# start at end of array, both arrays are from 1 .. count(array)
$i = count($h);
# make sure, that last item always has a HR, even if template does not have any
$h[$i] = true;
do {
# if skipped item has a HR
if (isset($s[$i]) && ($s[$i] > 0) && $h[$i]) {
# set previous item (if any) to HR
if (isset($h[$i-1])) $h[$i-1] = $h[$i];
}
} while($i-- > 0);
return $h;
}
/** auto_title - generate a title suggested to the user
* @param int $_local_graph_id - the id of the graph stanza
* returns string - the title
*/
function auto_title($_local_graph_id) {
cacti_log(__FUNCTION__ . " called. Local Graph Id: " . $_local_graph_id, true, "AGGREGATE", POLLER_VERBOSITY_DEVDBG);
# apply given graph title, but drop host and query variables
$graph_title = "Aggregate ";
$graph_title .= db_fetch_cell("SELECT title FROM graph_templates_graph WHERE local_graph_id=$_local_graph_id");
cacti_log("title:" . $graph_title, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
# remove all "- |query_*|" occurences
$pattern = "/-?\s+\|query_\w+\|/";
$graph_title = preg_replace($pattern, "", $graph_title);
cacti_log("title:" . $graph_title, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
# remove all "- |host_*|" occurences
$pattern = "/-?\s+\|host_\w+\|/";
$graph_title = preg_replace($pattern, "", $graph_title);
cacti_log("title:" . $graph_title, true, "AGGREGATE", POLLER_VERBOSITY_DEBUG);
return $graph_title;
}
function api_aggregate_remove_multi($graphs) {
global $config;
include_once($config['base_path'] . "/lib/api_graph.php");
if (sizeof($graphs)) {
foreach($graphs as $graph) {
$ag = db_fetch_cell("SELECT id FROM aggregate_graphs WHERE local_graph_id=$graph");
db_execute("DELETE FROM aggregate_graphs WHERE local_graph_id=$graph");
db_execute("DELETE FROM aggregate_graphs_items WHERE aggregate_graph_id=$ag");
db_execute("DELETE FROM aggregate_graphs_graph_item WHERE aggregate_graph_id=$ag");
}
api_graph_remove_multi($graphs);
}
}
/* To-do remove orphaned elements */
function aggregate_prune_graphs($local_graph_id = 0) {
$aggregate_graphs = array();
$local_graph_ids = array();
$sql_where = '';
if ($local_graph_id > 0) {
$sql_where = "AND pagi.local_graph_id=$local_graph_id";
}
// Phase 1 Aggregate Graphs
$pruneme = db_fetch_assoc("SELECT
pagi.aggregate_graph_id,
pagi.local_graph_id
FROM aggregate_graphs_items AS pagi
LEFT JOIN graph_local AS gl
ON pagi.local_graph_id=gl.id
WHERE gl.id IS NULL
$sql_where");
foreach($pruneme as $p) {
$local_graph_ids[$p['local_graph_id']] = $p['local_graph_id'];
$aggregate_graphs[$p['aggregate_graph_id']] = $p['aggregate_graph_id'];
}
if (sizeof($local_graph_ids)) {
db_execute("DELETE FROM aggregate_graphs_items
WHERE local_graph_id IN (" . implode(",", $local_graph_ids) . ")");
}
if (sizeof($aggregate_graphs) || $local_graph_id > 0) {
if ($local_graph_id > 0) {
$agg_graph = db_fetch_cell("SELECT id
FROM aggregate_graphs
WHERE local_graph_id=$local_graph_id");
if (!empty($agg_graph)) {
$aggregate_graphs[$agg_graph] = $agg_graph;
}
}
// Phase 2 - Graphs based upon aggregates
foreach($aggregate_graphs as $a) {
$graph_id = db_fetch_cell("SELECT local_graph_id
FROM aggregate_graphs
WHERE id=$a");
$bad_graph_items = array_rekey(db_fetch_assoc("SELECT gti.id
FROM graph_templates_item AS gti
LEFT JOIN data_template_rrd AS dtr
ON gti.task_item_id=dtr.id
WHERE gti.local_graph_id=$graph_id
AND dtr.id IS NULL
AND gti.graph_type_id IN (4,5,6,7,8,9)"), "id", "id");
if (sizeof($bad_graph_items)) {
db_execute("DELETE FROM graph_templates_item WHERE id IN (" . implode(',',$bad_graph_items) . ")");
}
}
}
}
?>