This would be useful if there was search-specific balancing,
like always send the same query back to the same server. That
can make your cache far more effective.

wunder

On 1/22/09 1:13 PM, "Otis Gospodnetic (JIRA)" <j...@apache.org> wrote:

> 
>     [ 
> https://issues.apache.org/jira/browse/SOLR-844?page=com.atlassian.jira.plugin.
> system.issuetabpanels:comment-tabpanel&focusedCommentId=12666296#action_126662
> 96 ] 
> 
> otis edited comment on SOLR-844 at 1/22/09 1:12 PM:
> ----------------------------------------------------------------
> 
> I'm not sure there is a clear consensus about this functionality being a good
> thing (also 0 votes).  Perhaps we can get more people's opinions?
> 
> 
>       was (Author: otis):
>     I'm not sure there is a clear consensus about this functionality being a
> good thing.  Perhaps we can get more people's opinions?
> 
>   
>> A SolrServer impl to front-end multiple urls
>> --------------------------------------------
>> 
>>                 Key: SOLR-844
>>                 URL: https://issues.apache.org/jira/browse/SOLR-844
>>             Project: Solr
>>          Issue Type: New Feature
>>          Components: clients - java
>>    Affects Versions: 1.3
>>            Reporter: Noble Paul
>>            Assignee: Shalin Shekhar Mangar
>>             Fix For: 1.4
>> 
>>         Attachments: SOLR-844.patch, SOLR-844.patch, SOLR-844.patch
>> 
>> 
>> Currently a {{CommonsHttpSolrServer}} can talk to only one server. This
>> demands that the user have a LoadBalancer or do the roundrobin on their own.
>> We must have a {{LBHttpSolrServer}} which must automatically do a
>> Loadbalancing between multiple hosts. This can be backed by the
>> {{CommonsHttpSolrServer}}
>> This can have the following other features
>> * Automatic failover
>> * Optionally take in  a file /url containing the the urls of servers so that
>> the server list can be automatically updated  by periodically loading the
>> config
>> * Support for adding removing servers during runtime
>> * Pluggable Loadbalancing mechanism. (round-robin, weighted round-robin,
>> random etc)
>> * Pluggable Failover mechanisms

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