In a typical flask app one defines their models in a models.py or some
such. But what if I want my end user to be able to design some of the
models too? Consider an asset tracking application for example. I could
try to model every conceivable asset a business might want to track or I
could
right so, automap requires that the tables have primary key constraints on
them, otherwise they won't show up as mapped classes. So you'd need to define
the declarative classes you are interested in and establish which columns would
be used for primary keys on each if there is no primary key
One thing I forgot to mention.
This is not my personal database, this is my company's database, so maybe
there are some restrictions and permissions that might play a part,
although, if I use the engine as it is, it works, if I change even the
smallest thing, I get an error saying access
Hello Mike,
Thanks for replying so quickly, I appreciate that. Below is the engine I am
using and the output of the code you mentioned:
params = urllib.parse.quote_plus('Driver={SQL Server};'\
"Server=***;"\
On Wed, Nov 27, 2019, at 2:45 PM, Felipe Araya Olea wrote:
> Hello,
>
> I am having problems reflecting my tables from the MS SQL Server database
> that have the schema "dbo". I have tried using the following code.
"dbo" is the default schema and usually does not need to be part of the
Hello,
I am having problems reflecting my tables from the MS SQL Server database
that have the schema "dbo". I have tried using the following code.
engine = db.create_engine("mssql+pyodbc:///?odbc_connect=%s" % params) #
Engine works, because I have tested it using CORE
meta =
On Wed, Nov 27, 2019, at 1:05 PM, Javier Collado Jiménez wrote:
> One more thing about returning data. When I insert rows one by one, it works:
> for datum in data:
> statement=table.insert().values(**datum).returning(table.c.rowid)
> inserted_rowids=conn.execute(statement)
>
One more thing about returning data. When I insert rows one by one, it
works:
for datum in data:
statement=table.insert().values(**datum).returning(table.c.rowid)
inserted_rowids=conn.execute(statement)
