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yacy_search_server/htroot/IndexSchema_p.html

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Full redesign of solr connection architecture. This was done to support multiple solr cores instead of just one. Therefore it is now necessary to distuingish between solr server connections (called an 'Instance') and a connection to a single solr core. One Instance may now have multiple connector classes assigned to it, each connecting to a single core. To support multiple cores it is also necessary to distinguish between the connection configuration and the configuration of the index schema. We will have multiple schema configurations in the future, each for every solr core. This caused that the IndexFederated servlet had to be split into two parts, the new Servlet for the Schema editor is now in the IndexSchema Servlet.
2013-02-15 01:38:10 +01:00
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">
<html xmlns="http://www.w3.org/1999/xhtml">
<head>
<title>YaCy '#[clientname]#': Solr Schema Editor</title>
#%env/templates/metas.template%#
</head>
<body id="IndexSchema_p">
<div id="api">
introduced a second core named 'webgraph'. This core will hold the link structure, but is not filled yet. To have the opportunity of a second core, multi-core functionality had to be implemented to the deep-embedded solr: - migrated the solr_40 directory content to a subdirectory 'collection1'; the previously used default core is now called collection1 - added solr_40/webgraph subdirectory as second core - added a servlet configuration for the second core 'webgraph' in /IndexSchema_p.html - added instance handling as addition to solr connections: all solr connectors are now instances of an solr 'instance' object; this required a complete re-design of the solr embedding - migrated also caching and sharding ontop of new instance handling - migrated the search apis to handle now the access to a specific core, the default core named 'collection1' - migrated the remote solr search interface to access shards of cores; for the yacy remote search the default core is now called 'solr'; using the peer address as solr address - migrated the solr backup and restore process: old backups cannot be used after this migration! - redesign of solr instance handling in all methods which access the instances: they cannot hold copies of these instances any more; the must retrieve the actuall connection object every time they want to write to it (this solves also some bugs when switching the index/network) - added another schema 'solr.webgraph.schema', the old solr.keys.list is replaced by solr.collection.schema
2013-02-21 13:23:55 +01:00
<a href="/api/schema.xml?core=#[core]#">
Full redesign of solr connection architecture. This was done to support multiple solr cores instead of just one. Therefore it is now necessary to distuingish between solr server connections (called an 'Instance') and a connection to a single solr core. One Instance may now have multiple connector classes assigned to it, each connecting to a single core. To support multiple cores it is also necessary to distinguish between the connection configuration and the configuration of the index schema. We will have multiple schema configurations in the future, each for every solr core. This caused that the IndexFederated servlet had to be split into two parts, the new Servlet for the Schema editor is now in the IndexSchema Servlet.
2013-02-15 01:38:10 +01:00
<img src="env/grafics/api.png" width="60" height="40" alt="API" /></a>
<span>The solr schema can also be retrieved as xml here. Click the API icon to see the xml. Just copy this xml to solr/conf/schema.xml to configure solr.</span>
</div>
#%env/templates/header.template%#
#%env/templates/submenuIndexControl.template%#
<h2>Solr Schema Editor</h2>
<p>If you use a custom Solr schema you may enter a different field name in the column 'Custom Solr Field Name' of the YaCy default attribute name</p>
introduced a second core named 'webgraph'. This core will hold the link structure, but is not filled yet. To have the opportunity of a second core, multi-core functionality had to be implemented to the deep-embedded solr: - migrated the solr_40 directory content to a subdirectory 'collection1'; the previously used default core is now called collection1 - added solr_40/webgraph subdirectory as second core - added a servlet configuration for the second core 'webgraph' in /IndexSchema_p.html - added instance handling as addition to solr connections: all solr connectors are now instances of an solr 'instance' object; this required a complete re-design of the solr embedding - migrated also caching and sharding ontop of new instance handling - migrated the search apis to handle now the access to a specific core, the default core named 'collection1' - migrated the remote solr search interface to access shards of cores; for the yacy remote search the default core is now called 'solr'; using the peer address as solr address - migrated the solr backup and restore process: old backups cannot be used after this migration! - redesign of solr instance handling in all methods which access the instances: they cannot hold copies of these instances any more; the must retrieve the actuall connection object every time they want to write to it (this solves also some bugs when switching the index/network) - added another schema 'solr.webgraph.schema', the old solr.keys.list is replaced by solr.collection.schema
2013-02-21 13:23:55 +01:00
<form action="IndexSchema_p.html" method="get" enctype="multipart/form-data" accept-charset="UTF-8">
added the generation of 50 (!!) new solr field in the core 'webgraph'. The default schema uses only some of them and the resting search index has now the following properties: - webgraph size will have about 40 times as much entries as default index - the complete index size will increase and may be about the double size of current amount As testing showed, not much indexing performance is lost. The default index will be smaller (moved fields out of it); thus searching can be faster. The new index will cause that some old parts in YaCy can be removed, i.e. specialized webgraph data and the noload crawler. The new index will make it possible to: - search within link texts of linked but not indexed documents (about 20 times of document index in size!!) - get a very detailed link graph - enhance ranking using a complete link graph To get the full access to the new index, the API to solr has now two access points: one with attribute core=collection1 for the default search index and core=webgraph to the new webgraph search index. This is also avaiable for p2p operation but client access is not yet implemented.
2013-02-22 15:45:15 +01:00
Select a core:
introduced a second core named 'webgraph'. This core will hold the link structure, but is not filled yet. To have the opportunity of a second core, multi-core functionality had to be implemented to the deep-embedded solr: - migrated the solr_40 directory content to a subdirectory 'collection1'; the previously used default core is now called collection1 - added solr_40/webgraph subdirectory as second core - added a servlet configuration for the second core 'webgraph' in /IndexSchema_p.html - added instance handling as addition to solr connections: all solr connectors are now instances of an solr 'instance' object; this required a complete re-design of the solr embedding - migrated also caching and sharding ontop of new instance handling - migrated the search apis to handle now the access to a specific core, the default core named 'collection1' - migrated the remote solr search interface to access shards of cores; for the yacy remote search the default core is now called 'solr'; using the peer address as solr address - migrated the solr backup and restore process: old backups cannot be used after this migration! - redesign of solr instance handling in all methods which access the instances: they cannot hold copies of these instances any more; the must retrieve the actuall connection object every time they want to write to it (this solves also some bugs when switching the index/network) - added another schema 'solr.webgraph.schema', the old solr.keys.list is replaced by solr.collection.schema
2013-02-21 13:23:55 +01:00
<select id="core" name="core" onchange='submit()'>
#{cores}#
<option value="#[name]#" #(selected)#::selected="selected"#(/selected)#>#[name]#</option>
#{/cores}#
</select>
added the generation of 50 (!!) new solr field in the core 'webgraph'. The default schema uses only some of them and the resting search index has now the following properties: - webgraph size will have about 40 times as much entries as default index - the complete index size will increase and may be about the double size of current amount As testing showed, not much indexing performance is lost. The default index will be smaller (moved fields out of it); thus searching can be faster. The new index will cause that some old parts in YaCy can be removed, i.e. specialized webgraph data and the noload crawler. The new index will make it possible to: - search within link texts of linked but not indexed documents (about 20 times of document index in size!!) - get a very detailed link graph - enhance ranking using a complete link graph To get the full access to the new index, the API to solr has now two access points: one with attribute core=collection1 for the default search index and core=webgraph to the new webgraph search index. This is also avaiable for p2p operation but client access is not yet implemented.
2013-02-22 15:45:15 +01:00
&nbsp;&nbsp;&nbsp;... the core can be searched at <a href="/solr/select?core=#[core]#&q=*:*&start=0&rows=3">/solr/select?core=#[core]#&q=*:*&start=0&rows=3</a>
introduced a second core named 'webgraph'. This core will hold the link structure, but is not filled yet. To have the opportunity of a second core, multi-core functionality had to be implemented to the deep-embedded solr: - migrated the solr_40 directory content to a subdirectory 'collection1'; the previously used default core is now called collection1 - added solr_40/webgraph subdirectory as second core - added a servlet configuration for the second core 'webgraph' in /IndexSchema_p.html - added instance handling as addition to solr connections: all solr connectors are now instances of an solr 'instance' object; this required a complete re-design of the solr embedding - migrated also caching and sharding ontop of new instance handling - migrated the search apis to handle now the access to a specific core, the default core named 'collection1' - migrated the remote solr search interface to access shards of cores; for the yacy remote search the default core is now called 'solr'; using the peer address as solr address - migrated the solr backup and restore process: old backups cannot be used after this migration! - redesign of solr instance handling in all methods which access the instances: they cannot hold copies of these instances any more; the must retrieve the actuall connection object every time they want to write to it (this solves also some bugs when switching the index/network) - added another schema 'solr.webgraph.schema', the old solr.keys.list is replaced by solr.collection.schema
2013-02-21 13:23:55 +01:00
</form>
Full redesign of solr connection architecture. This was done to support multiple solr cores instead of just one. Therefore it is now necessary to distuingish between solr server connections (called an 'Instance') and a connection to a single solr core. One Instance may now have multiple connector classes assigned to it, each connecting to a single core. To support multiple cores it is also necessary to distinguish between the connection configuration and the configuration of the index schema. We will have multiple schema configurations in the future, each for every solr core. This caused that the IndexFederated servlet had to be split into two parts, the new Servlet for the Schema editor is now in the IndexSchema Servlet.
2013-02-15 01:38:10 +01:00
<form action="IndexSchema_p.html" method="post" enctype="multipart/form-data" accept-charset="UTF-8">
<fieldset>
introduced a second core named 'webgraph'. This core will hold the link structure, but is not filled yet. To have the opportunity of a second core, multi-core functionality had to be implemented to the deep-embedded solr: - migrated the solr_40 directory content to a subdirectory 'collection1'; the previously used default core is now called collection1 - added solr_40/webgraph subdirectory as second core - added a servlet configuration for the second core 'webgraph' in /IndexSchema_p.html - added instance handling as addition to solr connections: all solr connectors are now instances of an solr 'instance' object; this required a complete re-design of the solr embedding - migrated also caching and sharding ontop of new instance handling - migrated the search apis to handle now the access to a specific core, the default core named 'collection1' - migrated the remote solr search interface to access shards of cores; for the yacy remote search the default core is now called 'solr'; using the peer address as solr address - migrated the solr backup and restore process: old backups cannot be used after this migration! - redesign of solr instance handling in all methods which access the instances: they cannot hold copies of these instances any more; the must retrieve the actuall connection object every time they want to write to it (this solves also some bugs when switching the index/network) - added another schema 'solr.webgraph.schema', the old solr.keys.list is replaced by solr.collection.schema
2013-02-21 13:23:55 +01:00
<input type="hidden" name="core" value="#[core]#" />
Full redesign of solr connection architecture. This was done to support multiple solr cores instead of just one. Therefore it is now necessary to distuingish between solr server connections (called an 'Instance') and a connection to a single solr core. One Instance may now have multiple connector classes assigned to it, each connecting to a single core. To support multiple cores it is also necessary to distinguish between the connection configuration and the configuration of the index schema. We will have multiple schema configurations in the future, each for every solr core. This caused that the IndexFederated servlet had to be split into two parts, the new Servlet for the Schema editor is now in the IndexSchema Servlet.
2013-02-15 01:38:10 +01:00
<div>
<table class="sortable" border="0" cellpadding="2" cellspacing="1">
<tr class="TableHeader" valign="bottom">
<td>Active</td>
<td>Attribute</td>
<td>Custom Solr Field Name</td>
<td>Comment</td>
</tr>
#{schema}#
<tr class="TableCell#(dark)#Light::Dark::Summary#(/dark)#">
<td align="center"><input type="checkbox" name="schema_#[key]#" value="checked" #(checked)#::checked="checked"#(/checked)#/></td>
<td align="left">#[key]#</td>
<td align="left"><input type="text" name="schema_solrfieldname_#[key]#" value="#[solrfieldname]#"/></td>
<td align="left">#[comment]#</td>
</tr>
#{/schema}#
</table>
</div>
</fieldset>
<input type="submit" name="set" value="Set" />
</form>
#%env/templates/footer.template%#
</body>
</html>
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