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fhem-mirror/fhem/contrib/rrd/95_RRD_Log.pm
parix 2588f1890b Added Support for ALL4000T 
git-svn-id: https://svn.fhem.de/fhem/trunk@659 2b470e98-0d58-463d-a4d8-8e2adae1ed80
2010-07-23 17:30:53 +00:00

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Perl
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########################################################################
#*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA
# 95_RRD_Log.pm
# Feedback: http://groups.google.com/group/fhem-users
# Logging to RRDs
# Autor: a[PUNKT]r[BEI]oo2p[PUNKT]net
# Stand: 13.04.2010
# Version: 0.9.0
#*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA
#######################################################################
#*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA
# First:
# Install Perl-RRDs-Lib:
# debian/Ubunut: apt-get install librrds-perl
#
# Usage:
# define <NAME< RRD_Log <path_to_rrd>
# set <NAME> ADD/DEL <DEV-NAME> READING_1:READING_2 ...
#
# For each READING one RRD-File
# Beispiel FHT-Name: FHT001
# set <My-RRDLOG> ADD FHT001 measured_temperature:desired_temperature:actuator
# Created RRD-Files
# measured-temp => <path_to_rrd>/FHT001/measured_temperature.rrd
# desired-temp => <path_to_rrd>/FHT001/desired_temperature.rrd
# actuator => <path_to_rrd>/FHT001/actuator.rrd
#
# => To view the Files: http://web.taranis.org/drraw/
#
# For each READINNG you can create seperate RRD-Definitions:
# %data{RRD_LOG}{DEV_TYPE}{READINGS} = RRD_LOG_TYPE
#
# Update :
#
# - keine Ueberpruefung ob READING vorhanden ist im SET
#
# attr -> IODEVSTATS
# If set RRD_Log will log RSSI and MSGCNT
# <IDOEV-Name>/<DEVICE_Name>_rssi RRD: RRD_Log_5minGAUGE
# <IDOEV-Name>/<DEVICE_Name>_msgcnt RRD: RRD_Log_5minCOUNTER
# also
# <IDOEV-Name>_MSGCNT -> Counter for received Messeages by this IODEV
# <IDOEV-Name>/RAWMSGCOUNT.rrd
#
# ADDTYPE
# set RRDLog ADDTYPE HMS
# es werden alle Devices des Types HMS dem RRDLog zugeordnet
# enpstrechend den konfigurierten READINGs in $data{RRD_LOG}{READING}
#
#
#*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA*BETA
#######################################################################
package main;
use strict;
use warnings;
use POSIX;
use Data::Dumper;
use RRDs;
use vars qw(%data);
#######################################################################
sub
RRD_Log_Initialize($)
{
my ($hash) = @_;
$hash->{DefFn} = "RRD_Log_Define";
$hash->{SetFn} = "RRD_Log_Set";
$hash->{NotifyFn} = "RRD_Log_Notify";
$hash->{AttrList} = "do_not_notify:0,1 loglevel:0,5 disable:0,1 IODEVSTATS";
# Global RRDLog conf
# Mapping READING to RRD-File-Config
# %data{RRD_LOG}{DEV_TYPE}{READINGS} = RRD_LOG_TYPE
#FHT
$data{RRD_LOG}{READING}{FHT}{'measured-temp'} = "RRD_Log_15minGAUGE";
$data{RRD_LOG}{READING}{FHT}{'desired-temp'} = "RRD_Log_15minGAUGE";
$data{RRD_LOG}{READING}{FHT}{'actuator'} = "RRD_Log_5minGAUGE";
#HMS
$data{RRD_LOG}{READING}{HMS}{'temperature'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{HMS}{'humidity'} = "RRD_Log_5minGAUGE";
# KS300
$data{RRD_LOG}{READING}{KS300}{'rain_15min'} = "RRD_Log_15minGAUGE";
$data{RRD_LOG}{READING}{KS300}{'rain_now'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{KS300}{'rain'} = "RRD_Log_5minCOUNTER";
$data{RRD_LOG}{READING}{KS300}{'temperature'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{KS300}{'humidity'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{KS300}{'wind'} = "RRD_Log_5minGAUGE";
# CUL_WS => S55TH&S300TH
$data{RRD_LOG}{READING}{CUL_WS}{'temperature'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{CUL_WS}{'humidity'} = "RRD_Log_5minGAUGE";
#CUL_EM
$data{RRD_LOG}{READING}{CUL_EM}{'current'} = "RRD_Log_5minGAUGE";
#FS20
$data{RRD_LOG}{READING}{FS20}{'state'} = "RRD_Log_10secGAUGE";
# IODEVSTATS=CUL
$data{RRD_LOG}{READING}{CUL}{'msg'} = "RRD_Log_5minCOUNTER";
$data{RRD_LOG}{READING}{CUL}{'rssi'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{CUL}{'RAWMSGCOUNT'} = "RRD_Log_5minGAUGE";
# IODEVSTATS=FHZ
$data{RRD_LOG}{READING}{FHZ}{'msg'} = "RRD_Log_5minCOUNTER";
$data{RRD_LOG}{READING}{FHZ}{'rssi'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{FHZ}{'RAWMSGCOUNT'} = "RRD_Log_5minGAUGE";
# IODEVSTATS=CUL_RFR
$data{RRD_LOG}{READING}{CUL_RFR}{'msg'} = "RRD_Log_5minCOUNTER";
$data{RRD_LOG}{READING}{CUL_RFR}{'rssi'} = "RRD_Log_5minGAUGE";
$data{RRD_LOG}{READING}{CUL_RFR}{'RAWMSGCOUNT'} = "RRD_Log_5minGAUGE";
#WBS
$data{RRD_LOG}{READING}{WBS}{'Temperature'} = "RRD_Log_5minGAUGE";
# ALL4000T
$data{RRD_LOG}{READING}{ALL4000T}{'Temperature'} = "RRD_Log_5minGAUGE";
# temp. save Path to RRDs
# $data{RRD_LOG}{RRDS}{<DEVICE-NAME>}{<READING>} = $rrd_path
# reset RRS
delete $data{RRD_LOG}{RRDS};
#RESET RAWMSGCNT
delete $data{RRD_LOG}{RAWMSGCOUNT}
}
#######################################################################
sub RRD_Log_Define()
{
# define RRD001 RRD_Log <path_to_rrd>
my ($self, $defs) = @_;
my @a = split(/ /, $defs);
my($package, $filename, $line, $subroutine) = caller(3);
Log 5, "RRDLOG[Define]: $package: $filename LINE: $line SUB: $subroutine \n";
return "RRDLOG[Define::ERROR] Unknown argument count " . int(@a) . " , usage set <name> RRD_Log <Path>" if(int(@a) != 3);
# RRDPath
my $rrdpath = $a[2];
if(!-d $rrdpath) {
return "RRDLOG[Define::ERROR] Invalid Path: $rrdpath";}
$self->{RRDPATH} = $a[2];
#RRD Startdate
$self->{RRD_Start_Date_tsecs} = time();
$self->{RRD_Start_Date} = TimeNow();
#LogLevel auf 5
my $my_name = $self->{NAME};
$attr{$my_name}{'loglevel'} = '5';
return undef;
}
#######################################################################
sub RRD_Log_Set() {
# set <NAME> ADD/DEL <DEVICENAME> READING_1:READING_2:READING_3
my ($hash, @a) = @_ ;
return "" if($attr{$hash->{NAME}} && $attr{$hash->{NAME}}{disable});
# FHEMWEB Frage....Auswahliste
return "RRDLOG[SET::ERROR] Unknown argument $a[1], choose one of ". join(" ",sort keys %{$hash->{READINGS}}) if($a[1] eq "?");
#LogLevel
my $ll = $attr{$hash->{NAME}}{'loglevel'};
# Pruefen Uebergabeparameter
# @a => a[0]:<NAME>; a[1]=ADD oder DEL; a[2]= DeviceName;
# a[3]=READING_1:READING_2:READING_3
# READINGS setzten oder löschen
if($a[1] eq "DEL")
{
Log $ll,"RRDLOG[SET] DELETE: A0= ". $a[0] . " A1= " . $a[1] . " A2=" . $a[2];
if(defined($hash->{READINGS}{$a[2]}))
{
delete($hash->{READINGS}{$a[2]})
}
}
if($a[1] eq "ADDTYPE") {
my $add_type = $a[2];
if(!defined($data{RRD_LOG}{READING}{$add_type})) {return "RRDLOG[SET::ERROR] $a[2] => Unkown Type";}
my ($reading,$reading_list);
foreach $reading (keys %{$data{RRD_LOG}{READING}{$add_type}}) {
$reading_list .= ":" . $reading;
}
$reading_list = reverse($reading_list);
chop($reading_list);
$reading_list = reverse($reading_list);
my ($device);
foreach $device (sort keys %defs) {
next if($defs{$device}{TYPE} ne $add_type);
$hash->{READINGS}{$device}{TIME} = TimeNow();
$hash->{READINGS}{$device}{VAL} = $reading_list;
}
}
if($a[1] eq "ADD") {
# Device check
if(!defined($defs{$a[2]})) {return "RRDLOG[SET::ERROR] $a[2] => Unkown Device";}
# Mindestens 3 Parameter
my @readings = split(/:/, $a[3]);
return "RRDLOG[SET::ERROR] No READING found " if(int(@readings) < 1);
# Reading check
my $def_type = $defs{$a[2]}{TYPE};
foreach my $reading (@readings){
# if(!defined($defs{$a[2]}{READINGS}{$reading})) {return "RRDLOG[SET::ERROR] $a[2] => $reading => Unkown";}
if(!defined($data{RRD_LOG}{READING}{$def_type}{$reading})) {return "RRDLOG[SET::ERROR] $a[2] => $reading => not supported";}
}
$hash->{READINGS}{$a[2]}{TIME} = TimeNow();
$hash->{READINGS}{$a[2]}{VAL} = $a[3];
$hash->{CHANGED}[0] = $a[1];
$hash->{STATE} = $a[1];
}
return undef;
}
#######################################################################
sub RRD_Log_Notify() {
my ($self, $changed_device) = @_;
my $my_name = $self->{NAME};
return "" if($attr{$my_name} && $attr{$my_name}{disable});
#LogLevel
my $ll = $attr{$my_name}{'loglevel'};
# Log $ll, "RRDLOG[DEF::DUMPER]" . Dumper($changed_device);
my $dev_name = $changed_device->{NAME};
# Not Undefined Devices
if(lc($dev_name) eq "undefined") {
Log $ll,"RRDLOG[Notify::ERROR] Undefined Device";
return undef;}
# Device configured
if(!defined($defs{$my_name}{READINGS}{$dev_name})){
Log $ll,"RRDLOG[Notify::ERROR] $dev_name => Not configured";
return undef;}
# Readings configured
### if $d_reading =~ m//
my %dev_name_readings;
foreach my $d_reading (split(/:/,$defs{$my_name}{READINGS}{$dev_name}{VAL})) {
$dev_name_readings{$d_reading} = 1 ;
}
my $max = int(@{$defs{$dev_name}{CHANGED}});
my ($changed_reading, $changed_value);
#FS20 => CHANGED => [on],
my $timestamp = time();
# IODEVSTATS
if(defined($attr{$my_name}{IODEVSTATS}) && defined($defs{$dev_name}{LASTIODev})){
Log $ll,"RRDLOG|IODEVSTATS|$dev_name: " . $defs{$dev_name}{LASTIODev};
# 'LASTIODev' => 'MyCUL',MyCUN_MSGCNT' => 1,MyCUN_RSSI' => '-79.5',
# Aufruf RRD_Log_disptach_reading(RRD_LOG,LASTIODev,READING,VALUE,$timestamp);
# Maximal 19 Zeichen DS-Name
my $LASTIODev = $defs{$dev_name}{LASTIODev};
my $iostat_reading = $dev_name . "_rssi";
my $iostat_index = $LASTIODev . "_RSSI";
$iostat_reading =~ s/\./_/g ;
my $cul_rssi_return;
if(defined($defs{$dev_name}{$iostat_index})){
my $iodev_rssi = $defs{$dev_name}{$iostat_index};
# RSSI ist negativ...wollen aber nur positive Werte
if($iodev_rssi =~ m/-/){$iodev_rssi =~ s/-//;}
Log $ll,"RRDLOG|IODEVSTATS|RSSI|RRD_Log_disptach_reading: $self,$LASTIODev,$iostat_reading ,$iodev_rssi,$timestamp";
$cul_rssi_return = &RRD_Log_disptach_reading($self,$LASTIODev,$iostat_reading ,$iodev_rssi,$timestamp);
}
$iostat_index = $LASTIODev . "_MSGCNT";
$iostat_reading = $dev_name . "_msg";
$iostat_reading =~ s/\./_/g ;
my $iodev_msgcnt = $defs{$dev_name}{$iostat_index };
Log $ll,"RRDLOG|IODEVSTATS|MSGCNT|RRD_Log_disptach_reading: $self,$LASTIODev,$iostat_reading ,$iodev_msgcnt,$timestamp";
$cul_rssi_return = &RRD_Log_disptach_reading($self,$LASTIODev,$iostat_reading ,$iodev_msgcnt,$timestamp);
#RAWMSGCOUNT
# 5min Werte = 300sec
if(defined($defs{$LASTIODev}{"${LASTIODev}_MSGCNT"})){
#INIT
my $tsecs = time();
my $secs = 300;
my $msgcnt = $defs{$LASTIODev}{"${LASTIODev}_MSGCNT"};
if(!defined($data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev})){
$data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev}{TSECS} = $tsecs;
$data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev}{CNT} = $msgcnt;
Log $ll,"RRDLOG|IODEVSTATS|RAWMSGCOUNT|$LASTIODev|INIT:" . $msgcnt;
}
#Calculate
my $calc_next = $tsecs - $data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev}{TSECS};
Log $ll,"RRDLOG|IODEVSTATS|RAWMSGCOUNT|$LASTIODev|calc_next: $calc_next";
if($calc_next > $secs) {
$iodev_msgcnt = $msgcnt - $data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev}{CNT};
$iostat_reading = "RAWMSGCOUNT";
Log $ll,"RRDLOG|IODEVSTATS|RAWMSGCOUNT|$LASTIODev|RRD_Log_disptach_reading: $self,$LASTIODev,$iostat_reading ,$iodev_msgcnt,$timestamp";
$cul_rssi_return = &RRD_Log_disptach_reading($self,$LASTIODev,$iostat_reading ,$iodev_msgcnt,$timestamp);
$data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev}{TSECS} = $tsecs;
$data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev}{CNT} = $msgcnt;
$data{RRD_LOG}{RAWMSGCOUNT}{$LASTIODev}{LAST} = $iodev_msgcnt;
Log $ll,"RRDLOG|IODEVSTATS|RAWMSGCOUNT|$LASTIODev|Update: $tsecs|" . $msgcnt . "|$iodev_msgcnt";
}
}
#RAWMSGCOUNT
}
# IODEVSTATS
# Loop $def{<NAME>}{CHANGED}[i]
for(my $i = 0; $i < $max; $i++) {
Log $ll,"RRDLOG[Notify] $dev_name => " . $defs{$dev_name}{CHANGED}[$i];
# Handle Changed READINGS
# Abzweig falls eine Funktion für READING angegeben wurde...foreach
if($defs{$dev_name}{TYPE} eq "FS20"){
$changed_reading = "state";
$changed_value = $defs{$dev_name}{CHANGED}[$i];
}
else {
($changed_reading, $changed_value) = split(/:/,$defs{$dev_name}{CHANGED}[$i]);
}
if(!defined($defs{$dev_name}{READINGS}{$changed_reading})) {
Log 0, "RRDLOG[NOTIFY::ERROR] $dev_name => $changed_reading => Unkown";
next;}
Log $ll, "RRDLOG[Notify] $dev_name => $changed_reading => $changed_value";
#Trim
if($changed_reading =~ m/^\s+/) {$changed_reading =~ s/^\s+//;}
if($changed_reading =~ m/\s+$/) {$changed_reading =~ s/\s+$//;}
if($changed_reading =~ m/^\s+/) {$changed_value =~ s/^\s+//;}
if($changed_reading =~ m/\s+$/) {$changed_value =~ s/\s+$//;}
next if (!defined($dev_name_readings{$changed_reading}));
my $rrd_dispatch_return = &RRD_Log_disptach_reading($self,$dev_name,$changed_reading,$changed_value,$timestamp);
}
}
########################################################################
sub RRD_Log_disptach_reading($$$) {
my ($self,$changed_device,$changed_reading,$changed_value,$changed_timestamp ) = @_;
#LogLevel
my $ll = $attr{$self->{NAME}}{'loglevel'};
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => $changed_value";
# Reading To Number
$changed_value = &RRD_Log_ReadingToNumber($changed_value,$ll);
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => $changed_value";
if(!defined($changed_value)) {
Log 0, "RRDLOG[Disptach::ERROR] Invalid Value = $changed_value";
return undef;
}
# Exists
my $rrd_file;
if(defined($data{RRD_LOG}{RRDS}{$changed_device}{$changed_reading})) {
# Get RRD File
$rrd_file = $data{RRD_LOG}{RRDS}{$changed_device}{$changed_reading};
#File exists
if(-e $rrd_file) {
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => $changed_value";
# Update Values in RRD
my $rrd_last = RRDs::last ($rrd_file);
my $rrd_update = "$changed_timestamp:$changed_value";
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => RRD-Update: $rrd_update";
RRDs::update ($rrd_file , $rrd_update);
my $rrd_new = RRDs::last ($rrd_file);
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => RRDS $rrd_last => $rrd_new";
return undef;
}
else {
Log 0, "RRDLOG[Disptach::ERROR] DISPATCHER => File not found => $rrd_file";
return undef;}
}
# Create New RRD or Add to hash
my $changed_device_type = $defs{$changed_device}{TYPE};
#CUL-Weiche
if($changed_device_type eq "CUL" && $changed_device_type eq "FHZ" && $changed_device_type eq "CUL_RFR"){
if(!defined($data{RRD_LOG}{READING}{$changed_device_type})) {
Log $ll, "RRDLOG|Disptach|CUL_WEICHE: $changed_device Type $changed_device_type not configured";
return undef;}
}
Log $ll, "RRDLOG[Disptach] $changed_device => Type => $changed_device_type";
# Pruefen on File bereits existiert und nur im HASH nachgetragen werden muss
# Falls nein => NEU ANLAGE
# File exists
# Timestamp
my $timestamp = $self->{RRD_Start_Date_tsecs};
my $rrd_path = $self->{RRDPATH};
# Backslash
$rrd_path =~ s/\/$//;
$rrd_path = $rrd_path . "/" . $changed_device;
$rrd_file = $rrd_path . "/" . $changed_reading . ".rrd";
# RRD-file exists => ADD to HASH
if(-e $rrd_file) {
# Add to hash
$data{RRD_LOG}{RRDS}{$changed_device}{$changed_reading} = $rrd_file;
# Update Values in RRD
my $rrd_last = 0;
my $rrd_new = 0;
$rrd_last = RRDs::last ($rrd_file);
my $rrd_update = "$changed_timestamp:$changed_value";
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => RRD-Update: $rrd_update";
RRDs::update ($rrd_file , $rrd_update);
$rrd_new = RRDs::last ($rrd_file);
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => RRDS $rrd_last => $rrd_new";
return undef;
}
# NEU ANLAGE
# Create Directoty
my $rrd_path_ok;
if(!-d $rrd_path) {
$rrd_path_ok=mkdir($rrd_path,0777);
}
no strict "refs";
my $rrd_create_func;
if($changed_device_type eq "CUL" || $changed_device_type eq "FHZ" || $changed_device_type eq "CUL_RFR"){
my $cul_reading;
if(lc($changed_reading) =~ m/_rssi$/){$cul_reading = "rssi";}
if(lc($changed_reading) =~ m/_msg$/){$cul_reading = "msg";}
if(lc($changed_reading) eq "RAWMSGCOUNT"){$cul_reading = "RAWMSGCOUNT";}
$rrd_create_func = $data{RRD_LOG}{READING}{"CUL"}{$cul_reading};
Log $ll, "RRDLOG[Disptach] CUL -> rrd_create_func = $rrd_create_func";
}
else {$rrd_create_func = $data{RRD_LOG}{READING}{$changed_device_type}{$changed_reading};}
if(!defined($rrd_create_func)){
Log $ll, "RRDLOG[ERRROR] dispatch rrd_create_func $changed_device_type:$changed_reading Function not defined";
return undef;
}
$rrd_file = &$rrd_create_func($self,$changed_device,$changed_reading,$rrd_file,$timestamp);
use strict "refs";
if($rrd_file) {
# Add to hash
$data{RRD_LOG}{RRDS}{$changed_device}{$changed_reading} = $rrd_file;
# Update Values in RRD
my $rrd_last = 0;
my $rrd_new = 0;
$rrd_last = RRDs::last ($rrd_file);
my $rrd_update = "$changed_timestamp:$changed_value";
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => RRD-Update: $rrd_update";
RRDs::update ($rrd_file , $rrd_update);
$rrd_new = RRDs::last ($rrd_file);
Log $ll, "RRDLOG[Disptach] $changed_device => $changed_reading => RRDS $rrd_last => $rrd_new";
}
}
########################################################################
sub RRD_Log_ReadingToNumber($$)
{
# Input: reading z.B. 21.1 (Celsius) oder dim10%, on-for-oldtimer etc.
# Output: 21.1 oder 10
# ERROR = undef
# Alles außer Nummern loeschen $t =~ s/[^0123456789.]//g;
my ($in,$ll) = @_;
Log $ll, "RRDLOG[ReadingToNumber] In => $in";
# Bekannte READINGS FS20 Devices oder FHT
if($in =~ /^on|Switch.*on|israining:.*yes|^yes/i) {$in = 10;}
if($in =~ /^off|Switch.*off|toggle|israining:.*no|^no/i) {$in = 5;}
if($in =~ /lime-protection|syncnow/i) {$in = 0;}
# Keine Zahl vorhanden
if($in !~ /\d{1}/) {
Log $ll, "RRDLOG[ReadingToNumber] No Number: $in";
return undef;}
# Mehrfachwerte in READING z.B. CUM_DAY: 5.040 CUM: 334.420 COST: 0.00
my @b = split(' ', $in);
if(int(@b) gt 2) {
Log $ll, "RRDLOG[ReadingToNumber] CUM_DAY: $in";
return undef;}
# Nur noch Zahlen z.B. dim10% = 10 oder 21.1 (Celsius) = 21.1
if (int(@b) eq 2){
Log $ll, "RRDLOG[ReadingToNumber] Split:WhiteSpace-0- $b[0]";
$in = $b[0];
}
$in =~ s/[^0123456789\.-]//g;
Log $ll, "RRDLOG[ReadingToNumber] Out => $in";
return scalar($in);
}
################################################################################
sub RRD_Log_5minGAUGE($$$){
my ($self,$changed_device,$changed_reading,$rrd_file,$timestamp) = @_;
# Log 0, "RRDLOG-5min- $self,$changed_device,$changed_reading,$rrd_file,$timestamp";
# Create RRD
# Tagesverlauf: Alle 5 min ein neuer Wert
# --step 300
# min Value = -30
# max Value = 100
# 3 Werte = 15min koennen ausfallen => Hartbeat 900
# DS:<temp>:GAUGE:900:-20:100
# 5 min Werte 5 Tag speicherne => 12 Werte/h * 24 * 5 = 1440
# RRA:AVERAGE:0.5:1:1440
# 15min Werte 6 Monat lang speichern
# 15min/5min = 3, 4 Werte/h * 24 * 30 * 6 = 17280
# RRA:AVERAGE:0.5:3:17280
# 30min Werte 5 Jahre speichern
# 30min/5min = 6; 6 Werte/h * 24 * 365 * 5 = 262800
# RRA:AVERAGE:0.5:6:262800
# Min/Max Werte = 4 pro Tag für 5 Jahre
# (4*60)/5min = 48; 4 Werte/Tag * 365 * 5 = 7300
# RRA:MIN:0.5:48:7300
# RRA:MAX:0.5:48:7300
# Last 100 Werte
# RRD:LAST:1:1:100
Log 0, "RRDLOG[5minCOUNTER] => NEW RRD-FILE => $rrd_file => Start: $timestamp";
RRDs::create($rrd_file,
"--step=120",
"--start=$timestamp",
"DS:$changed_reading:GAUGE:900:-20:100",
"RRA:MIN:0.5:48:7300",
"RRA:MAX:0.5:48:7300",
"RRA:AVERAGE:0.5:3:17280",
"RRA:AVERAGE:0.5:6:262800",
"RRA:AVERAGE:0.5:1:1440");
my $ERR=RRDs::error;
if (defined($ERR)) {
Log 0, "RRDLOG[5minGAUGE]::ERROR Create RRD: $ERR";
return undef;}
else {return $rrd_file;}
}
################################################################################
sub RRD_Log_5minCOUNTER($$$){
my ($self,$changed_device,$changed_reading,$rrd_file,$timestamp) = @_;
# Create RRD
# Tagesverlauf: Alle 5 min ein neuer Wert
# --step 300
# min Value = -30
# max Value = 100
# 3 Werte = 15min koennen ausfallen => Hartbeat 900
# DS:<temp>:GAUGE:900:-20:100
# 5 min Werte 5 Tag speicherne => 12 Werte/h * 24 * 5 = 1440
# RRA:AVERAGE:0.5:1:1440
# 15min Werte 6 Monat lang speichern
# 15min/5min = 3, 4 Werte/h * 24 * 30 * 6 = 17280
# RRA:AVERAGE:0.5:3:17280
# 30min Werte 5 Jahre speichern
# 30min/5min = 6; 6 Werte/h * 24 * 365 * 5 = 262800
# RRA:AVERAGE:0.5:6:262800
# Min/Max Werte = 4 pro Tag für 5 Jahre
# (4*60)/5min = 48; 4 Werte/Tag * 365 * 5 = 7300
Log 0, "RRDLOG[5minCOUNTER] => NEW RRD-FILE => $rrd_file => Start: $timestamp";
RRDs::create($rrd_file,
"--step=120",
"--start=$timestamp",
"DS:$changed_reading:COUNTER:900:0:1000",
"RRA:AVERAGE:0.5:3:17280",
"RRA:AVERAGE:0.5:6:262800",
"RRA:AVERAGE:0.5:1:1440");
my $ERR=RRDs::error;
if (defined($ERR)) {
Log 0, "RRDLOG[5minCOUNTER]::ERROR Create RRD: $ERR";
return undef;}
else {return $rrd_file;}
}
################################################################################
sub RRD_Log_15minGAUGE($$$){
my ($self,$changed_device,$changed_reading,$rrd_file,$timestamp) = @_;
# FHT => measured-temp ~ 4 Werte/Stunde
# Create RRD
# Tagesverlauf: Alle 15 min ein neuer Wert
# --step 900
# min Value = 0
# max Value = 100
# 3 Werte = 45min koennen ausfallen => Hartbeat 2700
# DS:<temp>:GAUGE:1800:0:70
# 15 min Werte 30 Tag speicherne => 4 Werte/h * 24 * 30 = 2880
# RRA:AVERAGE:0.5:1:2880
# 30min Werte 5 Jahre lang speichern
# 30min/15min = 2, 2 Werte/h * 24 * 30 * 6 * 5 = 43200
# RRA:AVERAGE:0.5:2:43200
# Min/Max Werte = 4 pro Tag (alle 6h) )für 5 Jahre
# 6h/15min = 12; 4 Werte/Tag * 365 * 5 = 7300
# RRA:MIN:0.5:12:7300
# RRA:MAX:0.5:12:7300
Log 0, "RRDLOG[5minCOUNTER] => NEW RRD-FILE => $rrd_file => Start: $timestamp";
RRDs::create($rrd_file,
"--step=900",
"--start=$timestamp",
"DS:$changed_reading:GAUGE:2700:0:70",
"RRA:MIN:0.5:12:7300",
"RRA:MAX:0.5:12:7300",
"RRA:AVERAGE:0.5:1:2880",
"RRA:AVERAGE:0.5:2:43400",
"RRA:AVERAGE:0.5:1:1880");
my $ERR=RRDs::error;
if (defined($ERR)) {
Log 0, "RRDLOG[15minGAUGE]::ERROR Create RRD: $ERR";
return undef;}
else {return $rrd_file;}
}
################################################################################
sub RRD_Log_10secGAUGE($$$){
my ($self,$changed_device,$changed_reading,$rrd_file,$timestamp) = @_;
#
# RRSI
# alle 10sec einen Wert 8640 Werte pro Tag
# für 5 Tage = 43200
# Archiv 15min für 6 Monate
# 90 => 4/h * 24 * 30 * 6 = 17280
Log 0, "RRDLOG[10secGAUGE] => NEW RRD-FILE => $rrd_file => Start: $timestamp";
RRDs::create($rrd_file,
"--step=10",
"--start=$timestamp",
"DS:$changed_reading:GAUGE:10:-100:100",
"RRA:AVERAGE:0.5:1:43200",
"RRA:AVERAGE:0.5:90:17280");
my $ERR=RRDs::error;
if (defined($ERR)) {
Log 0, "RRDLOG[10secGAUGE]::ERROR Create RRD: $ERR";
return undef;}
else {return $rrd_file;}
}
################################################################################
sub RRD_Log_10minDERIVE($$$){
my ($self,$changed_device,$changed_reading,$rrd_file,$timestamp) = @_;
print "$self,$changed_device,$changed_reading,$rrd_file,$timestamp\n";
# 30 Tage 10min Werte => 4320
# 5 Jahre 30min Werte => 86700
# 4 Max-Werte pro tag für 5 Jahre = 6h/30min = 12 => 7300
# "RRA:MAX:0.5:1:7300","RRA:AVERAGE:0.5:12:7300"
Log 0, "RRDLOG[5minCOUNTER] => NEW RRD-FILE => $changed_reading => $rrd_file => Start: $timestamp";
RRDs::create($rrd_file,
"--step=60",
"--start=$timestamp",
"DS:$changed_reading:DERIVE:120:0:1000",
"RRA:MAX:0.5:1:7300",
"RRA:AVERAGE:0.5:12:7300",
"RRA:AVERAGE:0.5:1:4320");
my $ERR=RRDs::error;
if (defined($ERR)) {
Log 0, "RRDLOG[10minDERIVE]::ERROR Create RRD: $ERR";
return undef;}
else {return $rrd_file;}
}
1;
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