Aspatial Support
Support for aspatial data (ie. SQLite tables/views without a geometry column), potentially with associated metadata.
I hereby claim:
To claim this, I am signing this object:
Proj4: | |
+proj=utm +zone=36 +ellps=WGS84 | |
GML: | |
<gml:ProjectedCRS gml:id="ogrcrs1"> | |
<gml:srsName>UTM Zone 36, Northern Hemisphere</gml:srsName> | |
<gml:baseCRS> | |
<gml:GeographicCRS gml:id="ogrcrs2"> |
import base64 | |
import hashlib | |
import hmac | |
import time | |
from email.utils import formatdate | |
import requests | |
HOST="somewhere" | |
KEY_ID="gimme" | |
SECRET="ssshhh" |
curl -v http://127.0.0.1:8000/big3.html --compressed --limit-rate 10m > /dev/null | |
access_log: | |
127.0.0.1 - - [31/Jan/2014:09:38:09 +1300] "GET /big3.html HTTP/1.1" 200 192569263 "-" "curl/7.30.0" "-" 18.316 | |
debug_log: | |
2014/01/31 09:37:46 [debug] 72800#0: bind() 0.0.0.0:8000 #6 | |
2014/01/31 09:37:46 [notice] 72800#0: using the "kqueue" event method | |
2014/01/31 09:37:46 [debug] 72800#0: counter: 00000001052E6080, 1 | |
2014/01/31 09:37:46 [notice] 72800#0: nginx/1.5.9 |
GEOSERVER 2.3.5 | |
GML2 results 1.1.0 limit=[10]: numberReturned=None numberOfFeatures=None actual=10 numberMatched=None | |
GML2 results 1.1.0 limit=5 : numberReturned=None numberOfFeatures=None actual=5 numberMatched=None | |
GML2 results 1.0.0 limit=[10]: numberReturned=None numberOfFeatures=None actual=10 numberMatched=None | |
GML2 results 1.0.0 limit=5 : numberReturned=None numberOfFeatures=None actual=5 numberMatched=None | |
GML2 results 2.0.0 limit=[10]: numberReturned=None numberOfFeatures=None actual=10 numberMatched=None | |
GML2 results 2.0.0 limit=5 : numberReturned=None numberOfFeatures=None actual=5 numberMatched=None | |
GML2 hits 1.1.0 limit=[10]: numberReturned=None numberOfFeatures=10 actual=0 numberMatched=None | |
GML2 hits 1.1.0 limit=5 : numberReturned=None numberOfFeatures=5 actual=0 numberMatched=None |
This tutorial covers several core programming concepts that we'll build upon during the following interactive lecture. It will take 1-2 hours to complete. There's a break in the middle, and exercises at the middle and end to help review the material.
This is an interactive tutorial! As you go through this tutorial, any time you see something that looks like this:
class Test(object): | |
@property | |
def x(self): | |
print "property-x" | |
return 7 | |
def y(self): | |
return 8 | |
a = 9 |