SNOTEL GOES Manual Revision 2b - February 17, 2011 page 3 of 10
Micro Specialties, Inc. Wasilla, Alaska
Directories and Files
All Python modules, log files, data files and configuration files should reside within
the same directory, hereafter referred to as the Application Directory. Log files and data
files are automatically appended as a product of the msiDCSdecode application. Log
and data files are never automatically deleted by the application.
Python Modules
The entire GOES Decoder application is written in Python, and is directly portable to
any computing platform, Unix, Linux, or Windows, which has a Python Interpreter
installed. The application consists of several Python modules, which should be placed
in the application directory:
Revision 2a – 2/9/2010
msiDCSdecodeR1.py rev 2.8.2010 – The application‟s main module, which
collects data from NESDIS, decodes the data streams, and formats data
messages to be ingested by SNOTEL. msiDCSdecodeR1 imports the following
modules:
ddsClient.py rev 1.29.2010 – Objects and methods which implement a client to
the NESDIS LRGS server.
goesSiteDefs.py rev 2.2.2010 – Objects and methods which operate on the
individual data site definitions (sitedefs.txt).
gtxDefs.py rev 2.9.2010 - Objects and methods pertaining to the definitions of
individual MicroComm GTX data modem sites.
GOES.py rev 2.2.2010 – Objects and methods pertaining to NESDIS GOES
message structure.
Revision 2b – 2/17/2011
msiDCSdecodeR1.py rev 2.17.2011 – The application‟s main module, which
collects data from NESDIS, decodes the data streams, and formats data
messages to be ingested by SNOTEL. msiDCSdecodeR1 imports the following
modules:
ddsClient.py rev 2.15.2011 – Objects and methods which implement a client to
the NESDIS LRGS server.
goesSiteDefs.py rev 2.2.2010 – Objects and methods which operate on the
individual data site definitions (sitedefs.txt).
gtxDefs.py rev 2.9.2010 - Objects and methods pertaining to the definitions of
individual MicroComm GTX data modem sites.
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