mirror of
https://github.com/Cacti/cacti.git
synced 2026-11-09 05:26:50 +09:00
Ian Berry
eb59dd520f
git-svn-id: svn+ssh://repo.cacti.net/var/data/svnroot/cacti/trunk/cacti@2 860744bd-22fc-0310-8c96-e9fe5004b5ca
370 lines
13 KiB
PHP
370 lines
13 KiB
PHP
<?/*
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+-------------------------------------------------------------------------+
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| Copyright (C) 2002 Ian Berry |
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| This program is free software; you can redistribute it and/or |
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| modify it under the terms of the GNU General Public License |
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| as published by the Free Software Foundation; either version 2 |
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| of the License, or (at your option) any later version. |
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| This program is distributed in the hope that it will be useful, |
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| but WITHOUT ANY WARRANTY; without even the implied warranty of |
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| MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the |
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| GNU General Public License for more details. |
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+-------------------------------------------------------------------------+
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| cacti: the rrdtool frontend [php-auth, php-tree, php-form] |
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+-------------------------------------------------------------------------+
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| This code is currently maintained and debugged by Ian Berry, any |
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| questions or comments regarding this code should be directed to: |
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| - iberry@raxnet.net |
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+-------------------------------------------------------------------------+
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| - raXnet - http://www.raxnet.net/ |
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+-------------------------------------------------------------------------+
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*/?>
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<?
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function DuplicateGraph($graph_id) {
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# global $cnn_id;
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#include_once("include/database.php");
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$original = db_fetch_row("select * from rrd_graph where id=$graph_id");
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$name = "$original[Title] (Copy)";
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/* duplicate graph defs */
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$sql = "insert into rrd_graph (id,imageformatid,title,height,width,upperlimit,
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lowerlimit,verticallabel,autoscale,autopadding,autoscaleopts,rigid,basevalue,grouping,export)
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values (0,
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$original[ImageFormatID],\"$name\""
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. ",$original[Height]"
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. ", $original[Width]"
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. ", $original[UpperLimit]"
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. ", $original[LowerLimit]"
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. ",\"$original[VerticalLabel]\""
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. ",\"$original[AutoScale]\""
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. ",\"$original[AutoPadding]\""
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. ",\"$original[AutoScaleOpts]\""
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. ",\"$original[Rigid]\""
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. ",\"$original[BaseValue]\""
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. ",\"$original[Grouping]\""
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. ",\"$original[Export]\")";
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# print "$sql<BR>\n";
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db_execute($sql);
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$graph_grouping = $original[Grouping];
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/* duplicate graph items */
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$id = db_fetch_row("select LAST_INSERT_ID() as ID");
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$last_id = $id[ID];
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$items = db_fetch_assoc("select * from rrd_graph_item where graphid=$graph_id");
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if (sizeof($items) > 0) {
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foreach ($items as $item) {
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db_execute("insert into rrd_graph_item (id,dsid,colorid,textformat,value,sequence,
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graphid,graphtypeid,consolidationfunction,hardreturn,cdefid,sequenceparent,parent)
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values (0"
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. ",\"$item[DSID]\""
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. ",\"$item[ColorID]\""
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. ",\"$item[TextFormat]\""
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. ",\"$item[Value]\""
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. ",\"$item[Sequence]\""
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. ",\"" . $last_id . "\""
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. ",\"$item[GraphTypeID]\""
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. ",\"$item[ConsolidationFunction]\""
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. ",\"$item[HardReturn]\""
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. ",\"$item[CDEFID]\""
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. ",\"$item[SequenceParent]\""
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. ",\"$item[Parent]\")");
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}
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/* if graph grouping is turned on; we are going to "reset" it by undoing and redoing
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the graph grouping. This will force each item to get valid parent items instead of
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pointing to the old graph items */
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if ($graph_grouping == "on") {
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ungroup_graph_items($last_id);
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group_graph_items($last_id);
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}
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}
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}
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function DuplicateDataSource($datasource_id) {
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$ds = db_fetch_row("select * from rrd_ds where id=$datasource_id");
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$name = "$ds[Name]_copy";
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/* duplicate data source defs */
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db_execute("insert into rrd_ds (id,name,datasourcetypeid,heartbeat,
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minvalue,maxvalue,srcid,active,dsname,dspath,step) values (0"
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. ",\"$name\""
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. ",\"$ds[DatasourceTypeID]\""
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. ",\"$ds[Heartbeat]\""
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. ",\"$ds[MinValue]\""
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. ",\"$ds[MaxValue]\""
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. ",\"$ds[SrcID]\""
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. ",\"$ds[Active]\""
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. ",\"$ds[DSName]\""
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. ",\"\""
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. ",\"$ds[Step]\""
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. ")");
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/* duplicate data source data */
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$last_id = db_fetch_cell("select LAST_INSERT_ID() as ID","ID");
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$ds_list = db_fetch_assoc("select * from src_data where dsid=$datasource_id");
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if (sizeof($ds_list) > 0) {
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foreach ($ds_list as $ds) {
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db_execute("insert into src_data (id,fieldid,dsid,value) values (0"
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. ",\"$ds[FieldID]\""
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. ",\"$last_id\""
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. ",\"$ds[Value]\""
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. ")");
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}
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}
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/* duplicate data source -> rra link data */
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$link_ds_list = db_fetch_assoc("select * from lnk_ds_rra where dsid=$datasource_id");
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if (sizeof($link_ds_list) > 0) {
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foreach ($link_ds_list as $link_ds) {
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db_execute("insert into lnk_ds_rra (dsid,rraid) values ($last_id,\"$link_ds[RRAID]\")");
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}
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return $last_id;
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}
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}
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function group_graph_items($graph_id) {
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$graph_items = db_fetch_assoc("select
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i.ConsolidationFunction,i.Sequence,i.ID,i.DSID,
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t.Name
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from rrd_graph_item i left join
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def_graph_type t on
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i.graphtypeid=t.id
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where i.graphid=$graph_id
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order by i.sequenceparent, i.sequence");
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if (sizeof($graph_items) > 0) {
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foreach ($graph_items as $item) {
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$child_counter[$item[DSID]]++;
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if (($item[Name] == "AREA") || ($item[Name] == "STACK") || ($item[Name] == "LINE1") || ($item[Name] == "LINE2") || ($item[Name] == "LINE3")) {
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if (isset($has_been_used[$item[DSID]][$item[ConsolidationFunction]]) == false) {
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$parent_counter++;
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}
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$current_parent_id = $item[ID];
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$current_sequence = 0;
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$has_been_used[$item[DSID]][$item[ConsolidationFunction]] = true;
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} else {
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$current_sequence = $child_counter[$item[DSID]];
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}
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db_execute("update rrd_graph_item set sequence=$current_sequence
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, sequenceparent=$parent_counter, parent=$current_parent_id
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where id=$item[ID]");
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}
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}
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}
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function ungroup_graph_items($graph_id) {
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$data = db_fetch_assoc("select ID from rrd_graph_item where graphid=$graph_id
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order by sequenceparent,sequence");
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$rows = sizeof($data);
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while ($i < $rows) {
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db_execute("update rrd_graph_item set sequence=" . ($i+1) . " where id=".$data[$i][ID]);
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$i++;
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}
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db_execute("update rrd_graph_item set sequenceparent=0 where graphid=$graph_id");
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db_execute("update rrd_graph_item set parent=0 where graphid=$graph_id");
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$i++;
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}
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function CreateGraphDataFromSNMPData($graph_parameters) {
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$int = db_fetch_row("select * from snmp_hosts_interfaces where id=" . $graph_parameters["snmp_interface_id"]);
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/* ---- Data Source ---- */
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/* defaults */
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$ds_datasourcetype = "COUNTER";
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$ds_heartbeat = "600";
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$ds_minvalue = "0";
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$ds_maxvalue = $int[Speed];
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$ds_srctype = "snmp_net";
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$snmp_interface_index = $int[InterfaceNumber];
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$snmp_interface_description = $int[Description];
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/* host info */
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$snmp_host = db_fetch_row("select * from snmp_hosts where id=$int[HostID]");
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$snmp_host_hostname = $snmp_host[Hostname];
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$snmp_host_community = $snmp_host[Community];
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$ds_datasourcetype = db_fetch_cell("select ID from def_ds where name=\"$ds_datasourcetype\"","ID");
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/* get the src_id given the src_type */
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$tmp = db_fetch_row("select ID from src where type=\"$ds_srctype\"");
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if (sizeof($tmp) > 0) {
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$ds_srcid = $tmp[ID];
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}
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$o = 0;
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while ($o <= 1) {
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switch ($o) {
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case 0:
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$ds_direction = "in";
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break;
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case 1:
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$ds_direction = "out";
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break;
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}
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/* set a path for this new data source [RRDPATH/FullDSName_[in|out].rrd] */
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$data_source_path = "<path_rra>/" . strtolower(CleanUpName($graph_parameters["data_source_name"])) . "_" . "$ds_direction.rrd";
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$sql_id = db_execute("insert into rrd_ds (name,datasourcetypeid,heartbeat,minvalue,
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maxvalue,srcid,active,dsname,dspath) values (\"" . $graph_parameters["data_source_name"] . "_" . "$ds_direction\",
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$ds_datasourcetype,$ds_heartbeat,$ds_minvalue,$ds_maxvalue,$ds_srcid,\"on\",\"\",\"$data_source_path\")"
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,$cnn_id);
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/* get newly saved id */
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$datasource_id[$o] = db_fetch_cell("select LAST_INSERT_ID() ID","ID"); /* store both dsid's */
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/* this will do any of the cleanup that is required on the data source name to make
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sure rrdtool is ok with it. */
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SyncDataSourceName($datasource_id[$o], "", $data_source_path);
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/* save rra data: use all rra's */
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$rra_list = db_fetch_assoc("select id from rrd_rra");
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if (sizeof($rra_list) > 0) {
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foreach ($rra_list as $rra) {
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db_execute("insert into lnk_ds_rra (dsid,rraid) values ($datasource_id[$o],$rra[ID])");
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}
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}
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/* now we have to write the acual data for these ds's to start working, this will
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only work correctly if the user did not tamper with the data names of the
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"Gather SNMP Network Data" data input source! */
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$fields = db_fetch_assoc("select ID,DataName from src_fields where srcid=$ds_srcid and inputoutput=\"in\"");
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if (sizeof($fields) > 0) {
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foreach ($fields as $field) {
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$ds_input_value = "";
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/* get values for the input fields that need them */
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switch ($field[DataName]) {
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case 'inout':
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$ds_input_value = $ds_direction;
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break;
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case 'ip':
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$ds_input_value = $snmp_host_hostname;
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break;
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case 'community':
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$ds_input_value = $snmp_host_community;
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break;
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case 'ifnum':
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$ds_input_value = $snmp_interface_index;
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break;
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}
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db_execute("insert into src_data (fieldid,dsid,value) values ($field[ID],$datasource_id[$o],\"$ds_input_value\")");
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}
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}
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$o++;
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}
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/* ---- Graph Data ---- */
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/* Graph Title */
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$graph_title = BuildGraphTitleFromSNMP($graph_parameters);
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if ($graph_title == "") {
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$graph_title = "Traffic Analysis for $snmp_interface_description";
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}
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/* defaults */
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$graph_image_format = "PNG";
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$graph_height = "120";
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$graph_width = "500";
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$graph_vertical_label = "Bytes Per Second";
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$graph_color_in = "00CF00";
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$graph_color_out = "002A97";
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$graph_color_in = db_fetch_cell("select ID from def_colors where hex=\"$graph_color_in\"", "ID");
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$graph_color_out = db_fetch_cell("select ID from def_colors where hex=\"$graph_color_out\"","ID");
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$graph_image_format = db_fetch_cell("select ID from def_image_type where name=\"$graph_image_format\"","ID");
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db_execute("insert into rrd_graph (imageformatid,title,height,width,upperlimit,
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lowerlimit,verticallabel,autoscale,autopadding,autoscaleopts,rigid,basevalue,grouping,export)
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values ($graph_image_format,\"$graph_title\",$graph_height,$graph_width,0,0,
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\"$graph_vertical_label\",\"on\",\"on\",2,\"on\",1000,\"on\",\"on\")");
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/* get newly saved id */
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$graph_id = db_fetch_cell("select LAST_INSERT_ID() ID","ID");
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/* this would be a great place to put some code for graph templates, however it is not
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written yet, so its all going to be manual for now */
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$graph_hard_return_array[0] = "";
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$graph_hard_return_array[1] = "";
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$graph_hard_return_array[2] = "";
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$graph_color_array[1] = "0";
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$graph_color_array[2] = "0";
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$graph_color_array[3] = "0";
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$graph_text_format_array[1] = "Current:";
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$graph_text_format_array[2] = "Average:";
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$graph_text_format_array[3] = "Maximum:";
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$graph_graph_type_array[1] = "GPRINT";
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$graph_graph_type_array[2] = "GPRINT";
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$graph_graph_type_array[3] = "GPRINT";
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$graph_cf_function_array[0] = "AVERAGE";
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$graph_cf_function_array[1] = "LAST";
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$graph_cf_function_array[2] = "AVERAGE";
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$graph_cf_function_array[3] = "MAX";
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$o = 0;
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while ($o <= 1) {
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switch ($o) {
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case 0:
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$graph_text_format_array[0] = "Inbound";
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$graph_graph_type_array[0] = "AREA";
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$graph_color_array[0] = $graph_color_in;
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$graph_hard_return_array[3] = "on";
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break;
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case 1:
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$graph_text_format_array[0] = "Outbound";
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$graph_graph_type_array[0] = "LINE1";
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$graph_color_array[0] = $graph_color_out;
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$graph_hard_return_array[3] = "";
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break;
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}
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$s = 0;
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while ($s < count($graph_text_format_array)) {
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$graph_type = db_fetch_cell("select ID from def_graph_type where name=\"$graph_graph_type_array[$s]\"","ID");
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$graph_cf_function = db_fetch_cell("select ID from def_cf where name=\"$graph_cf_function_array[$s]\"","ID");
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db_execute("insert into rrd_graph_item (dsid,colorid,textformat,
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sequence,graphid,graphtypeid,consolidationfunction,hardreturn) values ($datasource_id[$o],
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$graph_color_array[$s],\"$graph_text_format_array[$s]\",((($o*4)+$s)+1),$graph_id,$graph_type,$graph_cf_function,
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\"$graph_hard_return_array[$s]\")");
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$s++;
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}
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$o++;
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}
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/* turn on graph grouping */
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group_graph_items($graph_id);
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}
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?>
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