Merge branch 'release-3.0.2'

[infoex-autowx.git] / README.md

diff --git a/README.md b/README.md
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--- a/README.md
+++ b/README.md
@@ -1,17 +1,18 @@
 InfoEx AutoWx (IEAW)
 =============
 
 InfoEx AutoWx (IEAW)
 =============
 

-This program fetches data from an NRCS SNOTEL site and pushes it into
-the InfoEx system using the new automated weather system implementation.
+This program fetches data from an NRCS SNOTEL or MesoWest station, or
+your own custom data source, and pushes it into the InfoEx system using
+the new automated weather system implementation.

 
 

-License under the MIT license (see file: LICENSE).
+Licensed under the ISC license (see file: LICENSE).

 
 Disclaimer
 ----------
 
 
 Disclaimer
 ----------
 

-Your usage of the NRCS and InfoEx systems is bound by their respective
-terms and this software makes no attempt or claim to abide by any such
-terms.
+Your usage of the NRCS, MesoWest, and/or InfoEx systems is bound by
+their respective terms and this software makes no attempt or claim to
+abide by any such terms.

 
 Installation
 ------------
 
 Installation
 ------------


@@ -31,16 +32,29 @@ This program is designed to be run from the command line (or via
 cron(8)) and administered via a simple, concise configuration file.
 
 This design allows you to run a separate program instance for each NRCS
 cron(8)) and administered via a simple, concise configuration file.
 
 This design allows you to run a separate program instance for each NRCS

-weather station from which you'd like to automate the importation of
-data into your InfoEx subscriber account.
+or MesoWest weather station from which you'd like to automate the
+importation of data into your InfoEx subscriber account.
+
+To get started, copy the included example config file
+(`config.ini.example` in the root source directoy) and modify the values
+for your own use.

 
 To run ad-hoc (be sure to activate the virtual environment, as detailed in the
 Installation section):
 
 
 To run ad-hoc (be sure to activate the virtual environment, as detailed in the
 Installation section):
 

-`./infoex-autowx.py --config [path/to/config-file.ini] [--dry-run]`
+`./infoex-autowx.py --config path/to/config-file.ini [--dry-run] [--log-level debug|info|warning]`
+
+**NOTE: Specifying --dry-run will not clean up the generated CSV file.**
+This is so that you can more easily debug any issues that arise in the
+setup process.

 
 

-**NOTE: Specifying --dry-run will also not clean up the generated CSV
-file.** This is so that you can debug any issues more easily.
+You can also specify `--log-level` as debug, info, warning. The
+log messages produced by the program will try to be logged to journald,
+but if that's not available, they will be printed to stdout. This output
+can be helpful early on in the setup process.
+
+Automation
+----------

 
 Here's an example of a crontab(5) with two SNOTEL sites, each of which
 will run once per hour (note that this will activate the virtual environment
 
 Here's an example of a crontab(5) with two SNOTEL sites, each of which
 will run once per hour (note that this will activate the virtual environment


@@ -52,32 +66,39 @@ created earlier):
 Configuration File
 ------------------
 
 Configuration File
 ------------------
 

-The configuration file is separated into two parts, the [wxsite]
-portion, and the [ftp] portion.
+The configuration file is separated into two parts, the [station]
+portion, and the [infoex] portion.

 
 

-The [wxsite] values describe which NRCS SNOTEL site's data you're after.
+The [station] values describe which weather station's data you're after.

 See the next section in this README for instructions on obtaining these
 values.
 
 See the next section in this README for instructions on obtaining these
 values.
 

-The [ftp] values describe your credentials for the InfoEx automated
-weather station FTP server.
+The [infoex] values describe your credentials for the InfoEx automated
+weather station FTP server and other InfoEx-related configuration
+options.

 
 

-`[wxsite]`  
-`station_triplet = [The NRCS identifier for a particular SNOTEL site]`  
-`desired_data = [A comma-delimited list of NRCS elements you're interested in]`  
-`location_uuid = [The UUID used by InfoEx to identify your automated Wx site]`  
-`csv_filename = [Arbitrary name of the file that will be uploaded to InfoEx]`  
+`[station]`  
+`type = # mesowest, nrcs, or python #`  
+`token = # MesoWest API token -- only applies when type is mesowest #`  
+`station_id = # the NRCS/MesoWest identifier for a particular station #`  
+`desired_data = # a comma-delimited list of fields you're interested in #`  
+`units = # either english or metric -- only applies when type is mesowest #`  
+`path = # the filesystem path to the Python program -- only applies when type is python #`  

 
 

-`[ftp]`  
-`host = [InfoEx FTP host address]`  
-`uuid = [InfoEx-supplied UUID]`  
-`api_key = [InfoEx-supplied API Key]`  
+`[infoex]`  
+`host = # InfoEx FTP host address #`  
+`uuid = # InfoEx-supplied UUID #`  
+`api_key = # InfoEx-supplied API Key #`  
+`csv_filename = # arbitrary name of the file that will be uploaded to InfoEx #`  
+`location_uuid = # the UUID used by InfoEx to identify your automated Wx site #`  

 
 

-Finding Your WXSITE values
---------------------------
+Finding your NRCS `station` values
+----------------------------------
+
+To complete the [station] configuration section for an NRCS station, you
+must fill in the attributes of the NRCS SNOTEL site from which you want
+to import data.

 
 

-To complete the [wxsite] configuration section, you must fill in the
-attributes of the NRCS SNOTEL site from which you want to import data.

 Here are the steps to do that:
 
 1. Find your station by clicking through this website:
 Here are the steps to do that:
 
 1. Find your station by clicking through this website:


@@ -92,7 +113,7 @@ Here are the steps to do that:
    4-digit number).
 
 3. Combine your Station ID, state abbreviation, and the network type
    4-digit number).
 
 3. Combine your Station ID, state abbreviation, and the network type

-   "SNTL" to get your station triplet (`station_triplet`, in the
+   "SNTL" to get your NRCS station triplet (`station_id`, in the

    configuration file). For example:
 
    655:OR:SNTL
    configuration file). For example:
 
    655:OR:SNTL


@@ -101,9 +122,9 @@ Here are the steps to do that:
    of Oregon (OR). SNTL just represents that the station is in the
    SNOTEL network and is used internally by NRCS.
 
    of Oregon (OR). SNTL just represents that the station is in the
    SNOTEL network and is used internally by NRCS.
 

-Once you have your station triplet, fill in the field in your
-configuration file. Now you must select which data you'd like to pull
-from NRCS to push into InfoEx.
+Once you have your station ID, fill in the field in your configuration
+file. Now you must select which data you'd like to pull from NRCS to
+push into InfoEx.

 
 For that, visit the NRCS web service:
 
 
 For that, visit the NRCS web service:
 


@@ -117,18 +138,190 @@ Once you've chosen your elements, combine all of their respective
 "elementCd" values into a comma-delimited string and put that into your
 configuration file as the `desired_data` value.
 
 "elementCd" values into a comma-delimited string and put that into your
 configuration file as the `desired_data` value.
 

-For example:
+A complete [station] section example:

 
 

-`station_triplet = 655:OR:SNTL`  
+`[station]`  
+`type = nrcs`  
+`station_id = 655:OR:SNTL`  

 `desired_data = TOBS,PREC`
 
 indicates that I'd like to import "AIR TEMPERATURE OBSERVED" and
 "PRECIPITATION ACCUMULATION" from the NRCS SNOTEL site at Mud Ridge, OR,
 into InfoEx.
 
 `desired_data = TOBS,PREC`
 
 indicates that I'd like to import "AIR TEMPERATURE OBSERVED" and
 "PRECIPITATION ACCUMULATION" from the NRCS SNOTEL site at Mud Ridge, OR,
 into InfoEx.
 

-Version History
+Finding your MesoWest `station` values
+--------------------------------------
+
+MesoWest has great documentation which can be found here:
+
+https://developers.synopticdata.com/mesonet/v2/getting-started/
+
+To complete the [station] configuration section for a MesoWest station,
+you must fill in the attributes of the MesoWest station ID from which
+you want to import data. Here are the steps to do that:
+
+1. Firstly, get set up with MesoWest's API by going to the above
+   'Getting Started' link. Once you're set up, you can copy a token from
+   the MesoWest web portal into your configuration file's `token` value.
+
+2. Next, you will want to find the Station ID for the MesoWest weather
+   station of interest and copy it to the `station_id` value.
+
+3. Finally, you must choose what data types you want to push into
+   InfoEx and compile them into a comma-separated list. MesoWest refers
+   to these as 'field names' or 'station variables' and a list is
+   available here:
+
+https://developers.synopticdata.com/about/station-variables/
+
+The MesoWest API supports on-the-fly unit conversion. If desired, that
+can be specified to infoex-autowx via the configuration option `units`.
+This can be either 'english' or 'metric', with 'english' meaning
+imperial units as used in the United States.
+
+A complete [station] section example:
+
+`[station]`  
+`type = mesowest`  
+`token = # token id copied from MesoWest web account #`  
+`station_id = OD110`  
+`desired_data = air_temp,snow_depth`  
+`units = english`
+
+indicates that I'd like to import "Temperature" and "Precipitation
+accumulated" from the MesoWest station at Santiam Pass, OR, into InfoEx,
+and that I want that data in imperial units.
+
+Custom weather station support
+------------------------------
+
+This program supports custom weather station data by allowing the user
+to specify the path to an external Python program. The external Python
+program should emit its data in the form expected by infoex-autowx.
+
+This is a powerful feature which enables the user to upload data from
+any source imaginable into InfoEx. Common examples are a local database
+or a remote web page which requires some custom parsing.
+
+Please see the program located at examples/custom-wx.example.py for a
+complete description of what's required.
+
+A note on supported measurements
+--------------------------------
+
+While this program supports several measurements, and will faithfully
+request all of the ones you specify (provided they're supported), the
+weather station may not record them. In this case, the data will simply
+be ignored (i.e. it will NOT log "0" when there's no measurement
+available).
+
+InfoEx provides a mechanism for inspecting your automated weather
+station data, so use that after setting this program up and compare it
+with the data you see in your web browser.
+
+Here's the list of measurements currently supported:
+
+**NRCS:**  
+PREC  
+TOBS  
+SNWD  
+PRES  
+RHUM  
+WSPD  
+WDIR  
+
+**MesoWest:**  
+precip\_accum  
+air\_temp  
+snow\_depth  
+pressure  
+relative\_humidity  
+wind\_speed  
+wind\_direction  
+wind\_gust  
+
+**Custom Wx program**  
+*infoex-autowx expects a custom Wx data provider to provide at least one
+of the following:*  
+precipitationGauge  
+tempPres  
+tempMaxHour  
+tempMinHour  
+hS  
+baro  
+rH  
+windSpeedNum  
+windDirectionNum  
+windGustSpeedNum  
+
+Future plans
+------------
+
+- Implement unit conversion for NRCS stations
+
+Version history

 ---------------
 
 ---------------
 

+- 3.0.2 (Jan 2021)
+
+  Use UTCC time when asking MesoWest for data.
+
+- 3.0.1 (Jan 2021)
+
+  General fixes.
+
+  - MesoWest wind data (speed and gust speed) units are now transformed
+    from their origin unit (meters per second) to the unit expected by
+    InfoEx (miles per hour).
+
+  - Relative humidity is now rounded to one decimal place, preventing
+    InfoEx from reddening the auto-filled value.
+
+- 3.0.0 (Nov 2020)
+
+  Implement Custom Wx data providers.
+
+  This release enables the user to write their own Python programs and
+  specify them to infoex-autowx as a data provider.
+
+  This in turn enables the user to pull data from e.g. a local database
+  or an HTML page and push it into their InfoEx auto station data,
+  limited only by the imagination.
+
+- 2.2.0 (Nov 2020)
+
+  Add support for Tmin/Tmax values (directly from MesoWest/NRCS).
+
+- 2.1.0 (Nov 2020)
+
+  Adjust precision of certain values before sending them to InfoEx.
+
+- 2.0.2 (Jul 2020)
+
+  Fix issues shown by pylint(1).
+
+- 2.0.1 (Jul 2020)
+
+  Major restructuring, but nothing which should impact the end user.
+
+  - Took the monolithic main () routine and broke it out into logical
+    components.
+  - Improved the names of variables.
+
+- 2.0.0 (Jul 2020)
+
+  Implement MesoWest integration.
+
+  This release also makes significant changes to the configuration file,
+  hence the major version bump. Such changes are not taken lightly but
+  given the desire to support multiple data sources, were necessary.
+
+  Other minor changes include:
+
+  - New switches: --log-level and --version.
+  - Better documentation.
+  - Expanded supported measurement types (from three to eight, in number).
+

 - 1.0.0 (Jun 2020)
 
   First released version. Cleaned up the program and design.
 - 1.0.0 (Jun 2020)
 
   First released version. Cleaned up the program and design.