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# This sample configuation shows how to configure the serial communication
#
# The file is parsed by libconfig, so for the grammar see
# http://www.hyperrealm.com/libconfig/
# The application section is for global configuration.
application:
{
# what debuglevel should be used if not specified by any component
# Choose out of ALL, TRACE, DEBUG, INFO, WARN, ERROR ,FATAL and NONE
# optional. If not given, it defaults to "ERROR"
# Note, if specified a logconfig file, the config file can override this
# setting.
dbglevel = "ALL";
# configuration file to load for liblog4cxx
# see the liblog4cxx docs for details.
# (http://http://logging.apache.org/log4cxx/index.html)
# With the configuration file you can specify different log files for
# different components of the program.
# note, that if not given everything will be logged to the console.
# note: if the filename ends with .xml, libconfig tries to load the
# configuration in xml-format, which allows even more tweaks.
#logconfig = "solarpowerlog_lib4cxx.conf";
#logconfig = "solarpowerlog_lib4cxx.xml";
};
# This section declares the inverters.
inverter :
{
inverters =
(
{
# (REQUIRED) Name of the Inverter (Will be used as reference in the
# programm)
name = "Inverter_1";
# (REQUIRED) "Human Readable Description of the fine piece of hardware.
# Not interpreted by this software"
description = "A inverter inverting";
# (REQUIRED) Selects the family of the inverters.
# (In SW-Speak: Specifies the family of factory to generate.
# The generated factory will instanciate the correct model class
# specified by "model"
manufacturer = "SPUTNIK_ENGINEERING";
# (REQUIRED) Which model we about to talk too
# Your choice is at the moment "S-Series" or "Simulator".
# (To obtain the list of choice, comment this line and run
# solarpowerlog -- it will tell you the valid options.)
model ="S-Series";
# Disable commands used for 3-phase invertes
# This optional command reduced the amount of commands sent to the inverter
# by the ones specific for 3-phase inverters.
# (Even single-phase inverters answeres those. Benefit is just less "traffic"
# to the invertes.
# defaults to false, "not disabled", say "true" to disable the commands.
disable_3phase_commands = false
# Communication address of the inverter (as set in the communication
# menu of the inverter)
commadr = 1;
# Adress to use as "our" adress for communication
# if not given it will defaults to 0xfb..
# you should not need to change this value.
ownadr = 0xfb;
# How often should the inverter be queried?
# The value specifies how long the class will *wait*
# after one query has been answered.
# The value can be a float.
# This value is optional and defaults to 5 seconds
queryinterval= 5;
# mode of comm (planned:
# "TCP/IP", Ethernet
# "RS485, RS485
# "RS485overTCPIP" Daisy-Chained modules with one over ethernet,
# the others chained to the rs485 output.
comms = "RS2xx";
# (Required) Specifies the serial port to be used.
serial_serialportname ="/dev/ttyUSB0";
# (Required) The baudrate to be used.
serial_baudrate=9600;
# (Optional) port parameters, default is 8N1
# -- 8 bits per symbol (valid 5 to 8)
# -- N no parity (valid is E (even), O (odd) and N (none)
# -- 1 is the number of stopp bits. choose between 1 and 2
#serial_portparameters="8N1";
# (Optional) flow contol / handshake, default is "none"
# You have the options "none", "software" and "hardware"
#serial_flowcontrol="none";
# (Optional, depreciated)
# Sets the default timeout value in milliseconds. Please note that
# this parameter is usually overriden by inverter settings, so this
# option is depcreciated and will be removed in an sussequent release
# of solarpowerlog.
# Defaults to 3000 (3 seconds)
#serial_timeout= 3000;
# (Optional)
# Specifies the timeout to be used between two bytes to detect the
# end of a transmission.
# By default, when specifing 0 as value, it is automatically
# determined from the baudrate, but with a minimum of 50ms.
# If set too low, the operating system might not be able to cope.
# serial_interbytetimeout = 0;
}
);
};
# this section declares the filters and the loggers.
# this example file shows the usage of a DumbDumper and CVS Dumper
# We hook up:
# Inverter_1
# one DumbDumper to Inverter_1, and one CVS Dumper
# Inverter_2:
# one CVS Dumper
logger:
{
loggers =
(
);
};
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