You should not have to revert to Spring XML.
Just use QueryIndex class in C# and pass field names there in desired order
to create a group index.
new CacheConfiguration(...)
{
Indexes = new[]
{
Hello!
You can also use CREATE TABLE/INDEX and then any API that you like to query
data (i.e. SQL, Cache API, REST).
How the cache was created doesn't affect its usage much.
Regards,
--
Ilya Kasnacheev
пн, 1 окт. 2018 г. в 11:07, wt :
> So are you saying that i have to revert to the spring
So are you saying that i have to revert to the spring xml to get this done?
I am using query entities when trying to do this but the order field doesn't
seem to apply in the .net API.
foreach (var field in item.Columns)
{
properties.Add(new Property()
Hi,
Yes, attribute-based configuration is limited in this regard.
But, as Ilya said, `CacheConfiguration.QueryEntities` gives you full
control to achieve the same.
Thanks,
Pavel
On Thu, Sep 27, 2018 at 6:46 PM ilya.kasnacheev
wrote:
> Hello!
>
> Unfortunately this looks like a genuine
Hello!
Unfortunately this looks like a genuine limitation of .Net's QuerySqlField.
You can try specifying those indexes with QueryEntities or CREATE INDEX
instead to have more control.
Regards,
--
Sent from: http://apache-ignite-users.70518.x6.nabble.com/
anyone?
i have tried applying it like this but it just creates 2 indexes
[QuerySqlField(IsIndexed = true, IndexGroups = new[] { "name=aa,order=1"
})]
My understanding is under the hood it is essentially btree index and these
index structures require an ordinal column configuration to build
Hi
In java a the index groups are defined in a way that makes sense e.g.
@QuerySqlField(orderedGroups={@QuerySqlField.Group(
name = "age_salary_idx", order = 0, descending = true)})
in .net however it looks like this
[QuerySqlField(IsIndexed =true, IndexGroups = new[] {"someIndexGroup"})]
