Imported from archive.

* Release 2.0: Heavy rewrite with too many new features to enumerate
here in the ChangeLog file.

* NEWS: List of important changes since 1.x releases.

* weather, weather.py: Implemented support for Python 3000 as
requested by ptchinster on behalf of Arch Linux, conditions/forecast
searches by latitude/longitude requested by Brandt Daniels, support
for newer NOAA forecasts pointed out by Darryl Mouck and Richard
Dooling, custom URIs requested by Michel Pelzer, international
weather stations requested by Milton Hubsher, and fixed a metric
conversion issue with negative values reported by Jochen Keil,
Michiel Appelman and Stefan Metzlaff. Thanks to everyone for your
input and assistance!
This commit is contained in:
Jeremy Stanley
2012-06-26 00:48:37 +00:00
parent 4d25a49d5a
commit 93f58b4538
20 changed files with 728634 additions and 1959 deletions

62
INSTALL
View File

@@ -2,24 +2,29 @@
Basic Unix Installation Instructions for the Weather Utility
==============================================================
:Copyright: (c) 2006-2010 Jeremy Stanley <fungi@yuggoth.org>. Permission to
use, copy, modify, and distribute this software is granted under
terms provided in the LICENSE file distributed with this software.
:Copyright: (c) 2006-2012 Jeremy Stanley <fungi@yuggoth.org>. Permission
to use, copy, modify, and distribute this software is
granted under terms provided in the LICENSE file distributed
with this software.
.. contents::
Prerequisites
-------------
You need the Python interpreter installed somewhere in your path (most modern
UNIX derivatives come with one already). If you need to get Python, it can be
obtained from http://www.python.org/ (but chances are your operating system at
least provides some sort of native package for it, which you should probably
install in whatever means is recommended by your OS vendor/distributor).
You need the Python interpreter installed somewhere in your path (most
modern UNIX derivatives come with one already). If you need to get
Python, it can be obtained from http://www.python.org/ but chances are
your operating system at least provides some sort of native package for
it, which you should probably install in whatever means is recommended
by your OS vendor/distributor. The script is tested with recent 2.x and
3.x Python versions, attempting to maintain forward/backward
compatability with the interpreter, so bug reports or patches to ensure
this continues to be the case are most welcome.
Running in Place
----------------
An easy way to try it out is to unpack the tarball and change to the resulting
directory::
An easy way to try it out is to unpack the tarball and change to the
resulting directory::
tar xzf weather-*.tar.gz
cd weather-*
@@ -27,30 +32,37 @@ directory::
./weather --help
man ./weather.1
man ./weatherrc.5
./weather --forecast --no-conditions --city=charlotte --st=nc
./weather ord sea
./weather --forecast rdu
./weather clt gso
...and so on. The weather utility, included Python module and documentation are
all fully functional when kept together in one directory, if somewhat
inconvenient.
...and so on. The weather utility, included Python module and
documentation are all fully functional when kept together in one
directory, without needing to install these components to other
locations within the filesystem hierarchy.
Installing the Utility
----------------------
The file named weather should be made executable and put somewhere in your path
(/usr/local/bin/ or ~/bin/ for example). Similarly, weather.py needs to be
somewhere in Python's include path. You can see your Python interpreter's
default include path by running::
The file named weather should be made executable and put somewhere in
your path (/usr/local/bin/ or ~/bin/ for example). Similarly, weather.py
needs to be somewhere in Python's include path. You can see your Python
interpreter's default include path by running::
python -c "import sys ; print sys.path"
If the correlation data files are to be used (airports, places,
stations, zctas, zones), they need to be in your current working
directory or a directory mentioned within the "default" section's
"datapath" option of the weatherrc file.
Configuration
-------------
The weatherrc file should go in /etc/ or you can save it in your home directory
as a dotfile (~/.weatherrc) to support user-specific alias configuration and
overrides of the global /etc/weatherrc file.
The weatherrc file should go in /etc/ or /etc/weather/ for global
configuration. You can save it in your home directory as a dotfile
(~/.weather/weatherrc or ~/.weatherrc) to support user-specific alias
configuration and overrides of the global weatherrc file.
Manuals
-------
Optionally, the weather.1 and weatherrc.5 files can be placed in sane locations
for TROFF/NROFF manual files on your system (for example, /usr/local/share/man/
or ~/man/).
Optionally, the weather.1 and weatherrc.5 files can be placed in sane
locations for TROFF/NROFF manual files on your system (for example,
/usr/local/share/man/ or ~/man/).