Or you can store the version in a database table itself. Though I suppose the
user_version pragma is kinda like a table: create table version(user_version);
and then putting a single integer in there.
All the "good" applications ship with an upgrader from *any* version ever to
the current ve
On 8/7/18, Mark Wagner wrote:
> I was surprised to see sqldiff --schema not report column constraints as
> schema differences. Or am I missing something?
>
> $ echo .schema | sqlite3 /tmp/f1.db
> CREATE TABLE t (foo text unique);
>
> $ echo .schema | sqlite3 /tmp/f2.db
> CREATE TABLE t (foo text)
Just pining on this in case anyone knows more... ?
On Tue, Aug 7, 2018 at 2:00 PM Mark Wagner wrote:
>
> I was surprised to see sqldiff --schema not report column constraints as
> schema differences. Or am I missing something?
>
> $ echo .schema | sqlite3 /tmp/f1.db
> CREATE TABLE t (foo text u
This is what I was trying to remember. It is for calling LE Cobol, but it
demonstrates the use of the CEEENTRY and CEETERM macro that are used to
establish the environment without having to use a LE C stub program. I used
to use the Cobol stub method in the past.
https://www.ibm.com/support/knowle
Thanks for the various replies to this question.
I have my link working now. It starts off wit a basic 3 line c program (to
establish the LE enclave) that then calls an Asm program that passes the
SQL that then loads and branches to a c program to do the grunt work. There
is an example IBM program
Jens Alfke wrote:
On Aug 30, 2018, at 12:10 PM, Richard Hipp wrote:
So, perhaps the solution is for Klaus to compile it himself from sources?
What about `sudo apt-get install sqlite3` ?
—Jens
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> On Aug 30, 2018, at 12:10 PM, Richard Hipp wrote:
>
> So, perhaps the solution is for Klaus to compile it himself from sources?
What about `sudo apt-get install sqlite3` ?
—Jens
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ht
Richard Hipp wrote:
On 8/30/18, Jürgen Palm wrote:
Richard Hipp wrote:
On 8/30/18, Klaus Maas wrote:
Same issues on Xubuntu 16.04 and 18.04
US international keyboard layout
Actually 2 questions:
1) The precompiled binary for Linux of sqlite3 does not run, but
sqldiff and sqlite3_analyze
On 8/30/18, Jürgen Palm wrote:
>
>
> Richard Hipp wrote:
>> On 8/30/18, Klaus Maas wrote:
>>> Same issues on Xubuntu 16.04 and 18.04
>>>
>>> US international keyboard layout
>>>
>>> Actually 2 questions:
>>>
>>> 1) The precompiled binary for Linux of sqlite3 does not run, but
>>> sqldiff and sql
Richard Hipp wrote:
On 8/30/18, Klaus Maas wrote:
Same issues on Xubuntu 16.04 and 18.04
US international keyboard layout
Actually 2 questions:
1) The precompiled binary for Linux of sqlite3 does not run, but
sqldiff and sqlite3_analyzer do.
./sqlite3: error while loading shared libraries
On 8/30/18, Klaus Maas wrote:
> Same issues on Xubuntu 16.04 and 18.04
>
> US international keyboard layout
>
> Actually 2 questions:
>
> 1) The precompiled binary for Linux of sqlite3 does not run, but
> sqldiff and sqlite3_analyzer do.
> ./sqlite3: error while loading shared libraries: libz.so.
On Thu, Aug 30, 2018 at 11:10 AM Roger Binns wrote:
>
> On 30/08/18 09:51, Randall Smith wrote:
> > is how to convert existing data from one DB format to another, given some
> > arbitrary set of changes in the database schema in the interim.
>
> I use SQLite's user pragma. It starts at zero.
>
>
On 30 Aug 2018, at 5:51pm, Randall Smith wrote:
> Are there accepted or best practices in the industry for handling this in
> general, or with SQLite in particular? Can anyone who has implemented this
> make useful suggestions? Or are there published resources I am missing?
Roger has provide
Same issues on Xubuntu 16.04 and 18.04
US international keyboard layout
Actually 2 questions:
1) The precompiled binary for Linux of sqlite3 does not run, but
sqldiff and sqlite3_analyzer do.
./sqlite3: error while loading shared libraries: libz.so.1: cannot open
shared object file: No such
I know the CLI has the .stats option and the .scanstats option. I don't exactly
what they implement, but here's an example output from a very quick query on
something after turning both of those on. I think the page cache numbers are
probably what you're most interested in. (I vaguely recall tha
On 30/08/18 09:51, Randall Smith wrote:
> is how to convert existing data from one DB format to another, given some
> arbitrary set of changes in the database schema in the interim.
I use SQLite's user pragma. It starts at zero.
https://sqlite.org/pragma.html#pragma_user_version
My code ends u
This is not strictly a SQLite question, though in my case it is.
Any application that involves a "persistent" database, i.e., one where the data
is long-lived and expected to exist and evolve over time, sooner or later has
the issue of moving customers from a V1 database to a V2 database. Obvio
It would be interesting to "measure" the effect of these ideas during
the process of optimizing.
I can profile and measure the execution times, but also interesting
would be to know, how much pages are involved in a specific query.
Is there maybe a way to get the count of pages currently used?
On Thu, Aug 30, 2018 at 11:12 AM Don V Nielsen
wrote:
> "Having successfully ported sqlite to z/OS Unix as a 32 bit app"
>
> Totally Awesome! Do I have a solution? No. But I'll bet John McKown will. I
> believe he is a guru with the mainframe.
>
I don't know about being a "guru". Personally, all
"Having successfully ported sqlite to z/OS Unix as a 32 bit app"
Totally Awesome! Do I have a solution? No. But I'll bet John McKown will. I
believe he is a guru with the mainframe.
It is not SqlLite. It is that communication mechanism between the non-LE
program calling into the LE environment. A
People being very specific about "integer primary key" is about another
optimization by the way, and not because using "long" or "int" as a your data
type is wrong in any way. Simply that "integer" primary key is needed for the
optimization.
See: https://www.sqlite.org/lang_createtable.html#row
On 8/30/18, t...@qvgps.com wrote:
> Will change to INT PRIMARY KEY now.
It must be INTEGER PRIMARY KEY - spelled out. INT PRIMARY KEY won't
work. This is a quirk of SQLite.
--
D. Richard Hipp
d...@sqlite.org
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Thanks guys for quick and competent answers!
After first sight, this "Z-Order curve" looks very promising, will give
it a try.
The LONG PRIMARY KEY is because I need a 64-bit integer (osm-id).
I only learned now, that sqlite-int is also 64 bit long.
Will change to INT PRIMARY KEY now.
Tom
--
On 8/30/18, t...@qvgps.com wrote:
>
> Structure is simple:
> CREATE TABLE Lines(Id LONG PRIMARY KEY, Label VARCHAR(50), Coordinates
> BLOB, Flags INT, StyleId INT);
> And an rtree-index:
> CREATE VIRTUAL TABLE Lines_bb USING rtree (Id LONG PRIMARY KEY, X0
> FLOAT, X1 FLOAT, Y0 FLOAT, Y1 FLOAT, Z0
t...@qvgps.com wrote:
> The larger the db, the slower is the fetching!
>
> My assumption is, that in the big db, these 1000 lines are just spread over a
> much higher count of pages.
> So more page-loads resulting in more time.
Correct.
> We changed page_size to the maximum value of 64k and it b
Hi Guys,
we are using SQlite for storing OpenStreetMap ways (lines).
Once filled its readonly.
Then the lines is queried for specific areas to draw a map.
Structure is simple:
CREATE TABLE Lines(Id LONG PRIMARY KEY, Label VARCHAR(50), Coordinates
BLOB, Flags INT, StyleId INT);
And an rtree-inde
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