installerat om idag med en ny usb adapter gjort enl wikin
Jag ser mina givare under fliken "parameters" och värdena lever
men grafen på förstasidan är blank
Någon som har tips på åtgärd
Min conf fil....
############################################################################################
# Enable plugins
############################################################################################
[enabled_plugins]
# List all plugins to enable pxx = PluginName
# Enable the ScotteCom plugin to communicate with a NBE scotty/woody/biocomfort pellet burner
# Disable this when using the PelletCalc plugin
#p01 = ScotteCom
# PelletCalc replaces ScotteCom when using a generic pellet burner.
# It provides the necessary feeder_time and feeder_capacity data items
# calculated from auger run time measurements or auger revoulution counting
#p07 = PelletCalc
# CustomAlarms lets you define limits and actions for data items
#p02 = CustomAlarms
# RaspberryGPIO provides IO, counters, timers and a tachometer. Works only on a raspberry pi
#p03 = RaspberryGPIO
# The calculate plugin is a scripting engine that lets you do calculations and automate things
#p04 = Calculate
# The OWFS plugin connects to a local or remote owserver to read/write onewire devices
p05 = OWFS
# The SiloLevel plugin adds parameters for silo fill up level and silo fill up date.
# When enabled PellmonWeb displays a graph with calculated silo level from fill up time
# to present time
#p06 = SiloLevel
# Consumption calculates bar chart data to be used by the web interface
p08 = Consumption
# Testplugin is a basic plugin template for your own plugins
#p99 = TestPlugin
############################################################################################
# Plugin configuration
############################################################################################
[plugin_ScotteCom]
# The settings in this section are passed to the ScotteCom plugin
# Serial port device name, eg. /dev/ttyUSB0
# Remove to run with dummy data for testing
#serialport = /dev/ttyUSB0
# Chip version string or 'auto'
#chipversion = auto
[plugin_TestPlugin]
# Items in sections named as "plugin_xxx" are passed to a plugin named "xxx"
# This plugin adds the items listed as dummy parameters
plugindata1 = 123
[plugin_CustomAlarms]
# Define an alarm by creating four parameters:
# xxx_item = item to read
# xxx_comparator = >|>=|<|<=|==|!=
# xxx_level = level to compare against
# xxx_status = item to hold the result of the comparision, 1=True, 0=False
# optional:
# xxx_enum = FalseText|TrueText
# example:
#alarm1_item = boiler_temp
#alarm1_comparator = >
#alarm1_level = 90
#alarm1_status = boiler_temp_supervision
#alarm1_enum = OK|Boiler temperature too high
[plugin_RaspberryGPIO]
# xxx_function = input|latched_input|output|counter|tachometer|timer, all inputs have the internal pullup activated
# xxx_item = item name for pin
# xxx_pin = board pin number
# A timer input counts seconds when it is in the active state. The timer can be reset by writing a new value to it
# The active state can be set with xxx_active = 1|0 (only for timer inputs)
#example:
#gpio22_function = counter
#gpio22_item = counter1
#gpio22_pin = 15
[plugin_Calculate]
# This plugin implements a simple stack engine.
# xxx_prog = instruction|value instruction|value... A 'value' pushes the value to the stack, an 'instrucation' pops one or several values and pushes the result back to the stack.
# xxx_readitem = Name of readonly item that executes the calculation and return the top value of the stack when read
# xxx_writeitem = Name of writeonly item that executes the calculation when written. The written value is pushed to the stack so the program can make use of it.
# xxx_readwriteitem = Name of read/write item that executes the calculation when read or written. The written value is pushed to the stack so the program can make use of it, and the top value of the stack is returned when read.
# xxx_taskcycle = execute the calculation periodically with this cycle time in seconds
# xxx_progtype = R|R/W, default is R (read only). An R/W program item can be edited in the web frontend and can be used by other programs as a variable by using get/set
# Available instructions:
# +, -, *, /, get, set, exec, >, <, ==, !=, ?, min, max, pop, dup, swap, sp, def, sto, rcl, del, gdef, gsto, grcl, gdel, if..then..[else]..end
# 'get' pops an item name, reads the value and pushes the value or 'error'
# 'set' pops an item name and a value, then writes the value to the item name and pushes the result 'OK' or 'error'. ex: "1250 feeder_capacity set"
# ? pops three values, first the value to push back when False, then the value to push back when True, and then the value to evaluate. Ex: "0 123 456 ?" will leave "456" on the stack, while "1 123 456 ?" will leave "123" on the stack
# 'min' pops two values and pushes back the smallest
# 'max' pops two values and pushes back the laragest
# 'exec' pops a calculate item name, gets its value, executes it and pushes the result
# 'pop' discards one value from the stack
# 'dup' duplicates the top value on the stack
# 'swap' swaps the order of the two top values on the stack
# 'sp' pushes the current stack depth, eg zero when the stack is empty
# 'def' pops two values, the first becames the name of a new local variable and the second it's value. If the variable already exists it's value is not changed.
# 'sto' pops two values, the first is the name of a local variable and the second a value to write to it
# 'rcl' pops one value which identifies a local variable to read and pushes it's value back to the stack
# 'del' pops one value which identifies a local variable to delete
# gdef, gsto, grcl, gdel works exactly as def, sto, rcl, del, except that they handle global variables that persist between program executions and are available to all programs.
# 'if' marks the start of an if..then..[else]..end clause. 'then' pops a value, if it is non-zero, execution is continued until 'else|end'. If 'else' is found execution skips forward until 'end' is found. If 'then' pops a zero from the stack, execution skips forward until 'else|end' is found and then resumes
# example: get boiler temperature divided by two from an item named 'half_boiler_temp'
#calc1_prog = boiler_temp get 2 /
#calc1_readitem = half_boiler_temp
[plugin_OWFS]
# xxx_item = item name for the owfs sensor value
# xxx_path = [server::]path[:port], default server:port is localhost:4304
# optional:
# when the type is set to COUNTER the owfs path is polled cyclically and the item incremented on every 0->1 transition
# xxx_type = R|R/W|COUNTER, default is R
# xxx_latch = path, make use of the latch when using a ds2406 as input/counter
# examples:
# read the temperature value from the fake sensor available in the default owfs configuration
owfs1_item = ute
owfs1_path = 28DE6F5C060000AC/temperature
owfs2_item = inne
owfs2_path = 2877AB5B060000DD/temperature
# use a ds2460 as counter with support for the input latch
# owfs2_item = ds2460count
# owfs2_path = uncached/12.8D3E7D000000/sensed.A
# owfs2_type = COUNTER
# owfs2_latch = uncached/12.8D3E7D000000/latch.A
[plugin_PelletCalc]
# Set one of these:
# counter = name of item to read feeder auger rev count from
# timer = name of item to read cumulative feeder run time in seconds from
############################################################################################
# Pellmonsrv configuration
############################################################################################
[conf]
# Full path to the rrd database
# If the file does not exist it is created when pellmonsrv starts
database = /usr/local/var/lib/pellmon/rrd.db
# Full path to the optional persistent rrd database. It is copied
# over the database file at startup, and on shutdown the database
# is copied to the persistent_db file. Useful if the database
# is in a ramdisk
#persistent_db = /usr/local/var/lib/pellmon/nvrrd.db
# If persistent_db is in use the database is copied to
# persistent_db every db_store_interval seconds
db_store_interval = 7200
# Full path to the logfile
logfile = /usr/local/var/log/pellmonsrv/pellmon.log
# logging level = info/debug
loglevel = info
# rrd database update interval in seconds
pollinterval = 30
[rrd_ds_names]
# This section defines the datasource names used when creating the rrd database,
# "dxx = datasource name". The left value (dxx) is used to match the
# datasource names to the actual data to write to it. The connection
# to data items is made in the "pollvalues" section. Every datasource name
# defined here must have a connection defined in "pollvalues".
#
# Three datasources with these exact names: feeder_time, feeder_capacity
# and _logtick must exist, they are used to calculate pellet consumption graphs.
#
# The rrd database is created with the datasources in the order they appear here.
#
# Delete or rename the rrd database file after adding/removing ds-names
# to create a database file with the new definition, or use some other method
# to add the new ds-name to the existing rrd database.
# Deleting the rrd database will erase all history.
#
# These defaults are a good start when using the ScotteCom plugin:
d01 = ute
d02 = inne
#d03 = _chute_temp
#d04 = _light
#d05 = _oxygen_desired
#d06 = _oxygen
#d07 = _power
#d08 = _smoke_temp
#d09 = _feeder_time
#d10 = _feeder_capacity
#d11 = _logtick
[rrd_ds_types]
# Optional rrd data source type definitions for the datasource names in the
# rrd_ds_names section. If no type is defined for a datasource name the
# default type is used, "DS:%s:GAUGE:%u:U:U", where %s is replaced with the
# datasource name and %u is replaced with 4*pollinterval
#
# Feeder_time and _logtick must be af type DERIVE/COUNTER, others typically
# use the default type GAUGE
#
d09 = DS:%s:DERIVE:%u:0:U
d11 = DS:%s:COUNTER:%u:U:U
[pollvalues]
# Data values to write to the rrd database.
# "dxx = parameter/data name"
#
# The left value (dxx) is used to match the data item to the RRD data set name
# defined in the "rrd_ds_names" section
#
# The data names are read from the plugins that define them,
# and are written to the rrd database "ds-name" that has a matching "dxx".
# If a data item name defined here does not exist in any plugin, the
# corresponding ds_name in the database is written as "undefined"
#
# The three ds_names feeder_capacity, feeder_time and _logtick must be
# connected to data items with the exact same names.
d01 = ute
d02 = inne
#d03 = _chute_temp
#d04 = _light
#d05 = _oxygen_desired
#d06 = _oxygen
#d07 = _power
#d08 = _smoke_temp
#d09 = feeder_time
#d10 = feeder_capacity
#d11 = _logtick
[email]
# Uncomment and set these for email on mode/alarm status changes
# This server:port works with gmail and TLS authentication
#server=smtp.gmail.com:587
#username=user
#password=12345
#from=
user@mail.com
#to=
user@mail.com
#subject=PellMon status
# TLS is used by default, to use SSL instead set this:
#auth = SSL
# Send email when any of these change (remove the unwanted conditions)
#conditions=alarm,mode,parameter
# set email mode to html/text, default is text.
#mode = html
# set graphsize to width x height to attach a current graph image to the email
#graphsize = 600 x 300
# set graphtimespan to the x axis width in seconds, default is 3600s
#graphtimespan = 3600
# set graphlines to a comma separated list of data to include in the graph, by default all are included
#graphlines = d01,d02,d03
# set followup to send a new mail with a new graph after the set number of seconds, by default no followup is sent
#followup = 3600
############################################################################################
# Pellmonweb configuration
############################################################################################
[authentication]
# username = password, for webinterface
testuser = 12345
[graphcolors]
# To add a ds-name from the rrd-database to the graph, set
# dxx = #hexcolorvalue,
# where dxx matches the [pollvalues] and [rrd_ds_names] sections
d01 = #FF0000
d02 = #00FF00
d03 = #0000FF
d04 = #FFFF00
d05 = #FF05FF
d06 = #0101FF
d07 = #207F20
d08 = #2F2FFF
[scaling]
# Add optional scaling to the plotlines before drawing the graph.
# The offset is first subracted and the result is divided by the divisor
# dxx = offset:divisor
[weblog]
# optional pellmonweb logging
#accesslog = /usr/local/var/log/pellmonweb/access.log
#errorlog = /usr/local/var/log/pellmonweb/error.log
[conf]
# Port number for the webserver
port = 8081
# set path for the pellmon web application
webroot = /
# Select system image. Set an absolute path to use your own.
# Choices: system.svg|system_nbe.svg|system_nbe_2w.svg|system_nbe_3w.svg|system_matene.svg|/path/to/your_own_image.svg
system_image = system.svg
# Select which widgets are displayed on the frontpage
[frontpage_widgets]
row_1 = systemimage,events
row_2 = graph
row_3 = consumption24h,silolevel
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