Retrieve NX3HAIL Data for WSR_ID=KFWS on May 21, 2011
/*----------------------------------------------------------------
SAS SAMPLE LIBRARY
Name: noaaex04.sas
Description: Example program from SAS/ETS User's Guide,
The SASENOAA Interface Engine
Title: Retrieve NX3HAIL Data for WSR_ID=KFWS on May 21, 2011
Product: SAS/ETS Software
Keys: NOAA Severe Weather Data Inventory's NX3HAIL Dataset
Procs: SASENOAA
Notes: Read this before you run this sample.
The sample data provided resides in the ets/sasmisc folder,
and is only provided so that you can see how the data you
download is supposed to look.
The XML data that SASENOAA downloads
should look the same as the sample data.
You can define a system environment variable
named NOAA_DATA that designates the path of your writeable
folder where the maps and XML files from the NOAA SWDIWS are
to be written.
To assign a fileref to the external file to be processed,
you could then use the NOAA_DATA environment variable in the
following form of the libname statement:
libname noaa sasenoaa "%sysget(NOAA_DATA)"
NOAASET=nx3hail
RANGE='20110521:20110522'
FILTERBY='WSR_ID:KFWS'
FILTERBYCONDITION='WSR_ID:or'
OUTXML=myCby
AUTOMAP=replace
MAPREF=MyMap
XMLMAP="%sysget(NOAA_DATA)\myCby.map"
FORMAT=XML
;
Alternatively, you can specify a path to an already existing
physical folder such as "/sasusr/playpens/saskff/noaa/test"
as shown in the code that follows.
----------------------------------------------------------------*/
options validvarname=any
sslcalistloc="/SASSecurityCertificateFramework/1.1/cacerts/trustedcerts.pem";
title 'Retrieve NX3HAIL Data for WSR_ID=KFWS on May 21, 2011';
libname _all_ clear;
libname mylib "/sasusr/playpens/saskff/noaa/doc/";
libname noaa sasenoaa "/sasusr/playpens/saskff/noaa/test/"
noaaset=nx3hail
range='20110521:20110522'
filterBy='WSR_ID:KFWS'
filterByCondition='WSR_ID:or'
outXml=myCby
automap=replace
mapref=MyMap
xmlmap="/sasusr/playpens/saskff/noaa/myCby.map"
format=XML
;
data mylib.HAILbyC;
set noaa.myCby;
run;
proc contents data=mylib.HAILbyC; run;
proc print data=mylib.HAILbyC(obs=10); run;