The benefit to doing stuff like this in the database is that the
database can do it smarter than you can in Python. Is that true in
this case? I think not. If we were talking raw MySQL I'd suggest
running your Website column through something like REPLACE(Website,
'://www.', '') and then the count
Have you checked the rendered HTML in the browser? Is the CSRF element
present? Is there any JavaScript that could be doing pre-processing on
the form? Did you open up the browser's inspector and verify that the
POST request actually included the CSRF key/value? Is it the correct
value?
On Sat,
2000 is AL16UTF16. But since there should be a non-lossy conversion
between AL32UTF8 and AL16UTF16 you'd think that Oracle would perform
it and use the index. Puzzling.
Furthermore, when you look in the Oracle db driver you can see in
base.py where it sets NLS_LANG to ".UTF8". This is an old
Could it be a character set issue? That is, perhaps the database
NLS_CHARACTERSET is not unicode friendly, your column is VARCHAR
instead of NVARCHAR2, and Django is sending unicode instead of the
native database charset (which cx_Oracle directly might use).
I'm just brainstorming on what might
Shibboleth 2.0 lets you setup a discovery service (or portal would
perhaps be a better term) letting the user select which ID Provider
(IdP) they will authenticate to. All you have to do on the Service
Provider (SP) side is specify the discovery URL and what IdPs you
allow. Nothing needs to be
Just as a case study, Shibboleth does this by having unscoped and
scoped usernames. The scoped username should be globally unique and
takes the form of "u...@school1.edu". Unscopped is not globally
unique, but unique for a particular scope (ie: "user").
It's temping to say "ahh... email address!"
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