this is a re-implementation of the YaCy Block Rank feature

This time it works like this:
- each peer provides its ranking information using the yacy/idx.json servlet
- peers with more than 1 GB ram will load this information from all other peers, combine that into one ranking table and store it locally. This happens during the start-up of the peer concurrently. The new generated file with the ranking information is at DATA/INDEX/<network>/QUEUES/hostIndex.blob
- this index is then computed to generate a new fresh ranking table. Peers which can calculate their own ranking table will do that every start-up to get latest feature updates until the feature is stable
- I computed new ranking tables as part of the distribition and commit it here also
- the YBR feature must be enabled manually by setting the YBR value in the ranking servlet to level 15. A default configuration for that is also in the commit but it does not affect your current installation only fresh peers
- a recursive block rank refinement is implemented but disabled at this point. it needs more testing

Please play around with the ranking settings and see if this helped to make search results better.

git-svn-id: https://svn.berlios.de/svnroot/repos/yacy/trunk@7729 6c8d7289-2bf4-0310-a012-ef5d649a1542

45 files changed, 699 insertions, 256 deletions

diff --git a/htroot/IndexControlRWIs_p.html b/htroot/IndexControlRWIs_p.html
index 367bd7942..8f80f77fb 100644
--- a/htroot/IndexControlRWIs_p.html
+++ b/htroot/IndexControlRWIs_p.html
@@ -178,7 +178,7 @@
       <table border="0" cellpadding="2" cellspacing="1">

       <tr class="TableHeader">

         <td colspan="3">Resource</td>

-        <td colspan="8">Negative Ranking Factors</td>

+        <td colspan="9">Negative Ranking Factors</td>

         <td colspan="8">Positive Ranking Factors</td>

         <td rowspan="2">props</td>

         <td rowspan="2">Reverse Normalized Weighted Ranking Sum</td>

@@ -195,6 +195,7 @@
         <td>pos of phrase</td>

         <td>pos in phrase</td>

         <td>word distance</td>

+        <td>YBR</td>

         <td>term frequency</td>

         <td>authority</td>

         <td>date</td>

@@ -224,6 +225,7 @@
         <td class="TableCellDark">#[phrase]#</td>

         <td class="TableCellDark">#[posinphrase]#</td>

         <td class="TableCellDark">#[worddistance]#</td>

+        <td class="TableCellDark">#[ybr]#</td>

         <td>#[tf]#</td>

         <td>#[authority]#</td>

         <td>#[date]#</td>

diff --git a/htroot/IndexControlRWIs_p.java b/htroot/IndexControlRWIs_p.java
index 08b15ee4d..25c534b7c 100644
--- a/htroot/IndexControlRWIs_p.java
+++ b/htroot/IndexControlRWIs_p.java
@@ -59,6 +59,7 @@ import de.anomic.crawler.ResultURLs;
 import de.anomic.data.ListManager;
 import de.anomic.data.WorkTables;
 import de.anomic.http.client.Cache;
+import de.anomic.search.BlockRank;
 import de.anomic.search.QueryParams;
 import de.anomic.search.RankingProcess;
 import de.anomic.search.ReferenceOrder;
@@ -279,7 +280,7 @@ public class IndexControlRWIs_p {
                 }
                 
                 // make an indexContainerCache
-                ReferenceContainerCache<WordReference> icc = new ReferenceContainerCache<WordReference>(Segment.wordReferenceFactory, index.row(), Segment.wordOrder);
+                ReferenceContainerCache<WordReference> icc = new ReferenceContainerCache<WordReference>(Segment.wordReferenceFactory, Segment.wordOrder, Word.commonHashLength);
                 try {
                     icc.add(index);
                 } catch (RowSpaceExceededException e) {
@@ -442,7 +443,7 @@ public class IndexControlRWIs_p {
                 prop.put("genUrlList_urlList_"+i+"_urlExists_urlStringShort", (us.length() > 40) ? (us.substring(0, 20) + "<br>" + us.substring(20,  40) + "...") : ((us.length() > 30) ? (us.substring(0, 20) + "<br>" + us.substring(20)) : us));
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_ranking", (entry.ranking() - rn));
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_domlength", DigestURI.domLengthEstimation(entry.hash()));
-                prop.putNum("genUrlList_urlList_"+i+"_urlExists_ybr", RankingProcess.ybr(entry.hash()));
+                prop.putNum("genUrlList_urlList_"+i+"_urlExists_ybr", BlockRank.ranking(entry.hash()));
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_tf", 1000.0 * entry.word().termFrequency());
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_authority", (ranked.getOrder() == null) ? -1 : ranked.getOrder().authority(entry.hash()));
                 prop.put("genUrlList_urlList_"+i+"_urlExists_date", GenericFormatter.SHORT_DAY_FORMATTER.format(new Date(entry.word().lastModified())));
@@ -453,6 +454,7 @@ public class IndexControlRWIs_p {
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_lother", entry.word().lother());
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_hitcount", entry.word().hitcount());
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_worddistance", 0);
+                prop.putNum("genUrlList_urlList_"+i+"_urlExists_ybr", BlockRank.ranking(entry.hash()));
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_pos", entry.word().minposition());
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_phrase", entry.word().posofphrase());
                 prop.putNum("genUrlList_urlList_"+i+"_urlExists_posinphrase", entry.word().posinphrase());
diff --git a/htroot/yacy/idx.java b/htroot/yacy/idx.java
index 09a4a4cce..42813617f 100644
--- a/htroot/yacy/idx.java
+++ b/htroot/yacy/idx.java
@@ -41,15 +41,15 @@ public final class idx {
     // http://localhost:8090/yacy/idx.json?object=host
     
     public static serverObjects respond(final RequestHeader header, final serverObjects post, final serverSwitch env) {
-        if (post == null || env == null) { return null; }
-
-        // return variable that accumulates replacements
-        final Switchboard sb = (Switchboard) env;
         final serverObjects prop = new serverObjects();
 
         prop.put("list", 0);
         prop.put("rowdef","");
         prop.put("name","");
+        if (post == null || env == null) return prop;
+
+        // return variable that accumulates replacements
+        final Switchboard sb = (Switchboard) env;
         
         if (sb.adminAuthenticated(header) < 2 && !yacyNetwork.authentifyRequest(post, env)) {
             return prop;
@@ -58,7 +58,7 @@ public final class idx {
         if (post.get("object", "").equals("host")) {
             prop.put("name","host");
             ReferenceContainerCache<HostReference> idx = sb.webStructure.incomingReferences();
-            prop.put("rowdef", WebStructureGraph.hostReferenceFacory.getRow().toString());
+            prop.put("rowdef", WebStructureGraph.hostReferenceFactory.getRow().toString());
             int count = 0;
             for (ReferenceContainer<HostReference> references: idx) {
                 prop.put("list_" + count + "_term", UTF8.String(references.getTermHash()));
diff --git a/ranking/YBR/YBR-4-00.idx b/ranking/YBR/YBR-4-00.idx
index 86cf07979..7d4ca9596 100644
--- a/ranking/YBR/YBR-4-00.idx
+++ b/ranking/YBR/YBR-4-00.idx
@@ -1 +1 @@
-HYhX4YIIl_IRMHIgdQR1y-1bg_muSY
\ No newline at end of file
+3o06fQFARhBYG1fyaaLgIKhaO0510AhYPjMYsX0sAB
\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-01.idx b/ranking/YBR/YBR-4-01.idx
index dac92d8cd..4b907ab01 100644
--- a/ranking/YBR/YBR-4-01.idx
+++ b/ranking/YBR/YBR-4-01.idx
@@ -1 +1 @@
-2dTVcZ5m45va9aY9fZDOiyqZHIt-qAIob0EaNAbZzAT0gxfYVgeoZYWObOvYX1rDeYYb_3pRZNkVsRZSJC4baLDG1ZeId1qZgJ9XnQjjwFjZjpmq6Qm6lTearRMcxArntOxTrwtdfRty4OyYuWwj7ZyBPqaZyd_kxazpCIOb
\ No newline at end of file
+6zDuRYGIdeZYR-J6JRc14c_YpT2NrQy9plPa
\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-02.idx b/ranking/YBR/YBR-4-02.idx
index efc653374..4a2549cad 100644
--- a/ranking/YBR/YBR-4-02.idx
+++ b/ranking/YBR/YBR-4-02.idx
@@ -1 +1 @@
--qn5rZ4CEvsI8FRczR9KRpMRBo_ApRCkwfEbFLn1pIFXg39QGMgj5RHM6HpIMJq67QVdHViAWqzwJYX3M5iQYHYYyRYr_LyIa_bYbRkOoGWAo8Lm1RoEaihRqhV3kItLFHjRtqauUR
\ No newline at end of file
+-eu5sA-us6-Y0j9n6Q2dc2nY7694GZLEGNQZR473lZWe1RRBYUGRwYaIwR3Aay29rSoTEsB4vVZ-CRyrZU6Z
\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-03.idx b/ranking/YBR/YBR-4-03.idx
index dd0be0d6d..caf23c47f 100644
--- a/ranking/YBR/YBR-4-03.idx
+++ b/ranking/YBR/YBR-4-03.idx
@@ -1 +1 @@
--QfQmZ1tqwZA6QPHqR7g8n2Q8_lwrAC_gbQRCquxgZD8j-dRF-_qcRFuhDzII577ZQIPwtUaM7s0vROyLBTZQBYRBRQkR7VYQy1xtaR7moFRSN9OgRSbpIqRTOKDeRVQ0cAIWyl5gaXTEscRYCzbtRYpFEiYZJSoGRZMymfY_5aGDadJwdSagLeWpAhVoljYiEyU_YmzRTNYnsEcnYpgdw9YsWTYKxsxQAjRvKgggRw1vkQQyTO_yQyu719R
\ No newline at end of file
+0kVGgD2JvFCh7eJMoQ7uXagC8I8z7B9VB_qBFp2fRQGThWkZGUAvOCK0oBfCKB4M3AMZ-kjZNANzdAOObI4BQVXU4BVUOQ5AXuknKQ_cbjnCcRaiLZhzy8YQlzZYMQmtlFPBoDRuDCt343uBtDH4rQvHR65BzntqxZ
\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-04.idx b/ranking/YBR/YBR-4-04.idx
index 32cad7282..5a8a118f1 100644
--- a/ranking/YBR/YBR-4-04.idx
+++ b/ranking/YBR/YBR-4-04.idx
@@ -1 +1 @@
--WfdgC0BbNQY0DHP_Z0GQs9Z0Jnx-Y1dri9B1jQqxR1nNRPZ25gStR2Rq-cZ3VqaIZ3yz5sY5TvlIZ5hp5FY6LoGNR6cNc4B78voRZ8oitUY9BXL1S9S48qRA2SfOZASKXHBAdsloZAe_jiZAfNwIaBLge6ZBNvyZYCSCapZDLufwZDhhklZDvPXOAFXC-xYFihxhZG1lrdYG1v2GZGg8sJZGlJl9AH6CDqbHGU9RZHXfbCZHhT9sAI0aBCZIKJstAIkDdNQJa9azZJxRuPZK1MB4ZK9jalIKElEjZKL377ZKN2D1YKsVycZKsWTwBL4WQmZLU6ecALqsPJZLva2AZM263aYNBZwZROOmVhROaIs0ZOpinraOwBOnZPASZiZPGV4uZRkFRuZRsX5zRSKuX5AShk9bZSpfIsZTw7hDAU1tpyZV0ivhYVBD4bRVlZrtZWuFb8YXUlA0ZXlkYLBZ-RazaZczXmB_FjBKb_nYxfZaB_loAaCtfkZaFYMiYatQDzRayuawRb7cTDZbM1Q0abnt8ZZcHD4_YcJhXIAd-OkCIdsfyoRfKkdHYf_8MMZfwVCjRjET6xBjOjoWYkE729YkIvcYZkR2LTZk_8x6YksGqMIkxeihZlFNUoZlM-F8ZnReZkIoAnB6Zp19zSSqmEQbRqn6tQQslB7sYswlSlRt2ceUZt8R0OYuC18ERudHcPIujdPhRvL-MdYwHsUaRwYb6HRwh-UFRy4_C_Ryp3_WRzYDXqZzzREbZ
\ No newline at end of file
+-zdkYQ0OKpfY2-z1ZR2f69RA2mN2kZ4HxS1Z4Lgm7Z5u5jlY6We1ec72n01Z9OQK7BBpaDGABtrV-BBuJxyQCMw9vBDO0nyYD_VejZE23aKZG1vVGZHbRZ4BI1KmvQJ-NHTaJ2MIHQKFRWjCKUFsnZML8CSZM_eg8BN74LoROmNmeBRV41mRS7m48ZSkGafZTW_ueYUfwsTYUoT96bWZBaHwXOln9QZeGv7Za2JYjZajdW9Yb0C2lBemOouZentyfZg4v9bahdt-iYjAbcHZjysh4ZkJSDWZmOGETBnjLziQo0uHwZrLrVYQrwcs6ZwmKUqDznfufZ
\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-05.idx b/ranking/YBR/YBR-4-05.idx
index 68171c2e2..971bd7990 100644
--- a/ranking/YBR/YBR-4-05.idx
+++ b/ranking/YBR/YBR-4-05.idx
@@ -1 +1 @@
--WR6cY-vWwfZ0RH9kY0a1h3Z0ed2nY0gqvkY1HgaLY1VHDDY1W1CfY1b0ehY2OmHJZ2ekec42gUWKR2vw2rI3448lA3lxb-Y3w0XqY4MMnjZ4VWHfY5B97lR5rFavR5wJBCR6Xq1ZB6pofiR7FGrNR8D1OJR8QaxdY8dZpTI9h7X5AAU0V0YAWdsOZBU6HgbBnxnUZCvBZMICyuF6ZD0ttYAD2ZsCZDZEBKZDyZLmZE8rWtAEAQ9TYESnx_DEssy9AFN3SbYFawmMRFy-gcYGWgW5YGk53IYGkTjKYGs4YJZGvqjgbI9SEURIC4MdAID9TNRIbOCKYIiDtnYIiq_iZIjZ0ZRIji8_RJ_PhUaK9Wg0ZKR4QrZKR8PwZKRKcLYKS5TnRL1qv8ZL8DjRYLLAM8QLLptyYLauSRYMO6seZMW4kYYMuNhIRNhk2cYO0pEqRO7J7zZOBupE4P9jgWQPbPB-YPcWP0YPhqufRPj0HxQPjbqvYPlxpZZQQ45hYR7VTlARHlNACRK5ZDZRasoERS2KWgZS51bcAS8CJLZSq65HZTCgvfRTM7etCTV2FGYUGfrUYUWXMVRUgla7YUxfREaUzGSEQVJdJASVQAhqYVaLEy4Vs3JuRVtC5dYVtdRqBWXvNsTXC_O7AXR3iQYXch81ZYAH7mZYEbenRYZkCoRYhDtOZZvhvmY_jlTPA_zU0GYa423SRaFcccRasTFnRb-0tEAbH_F4YbNtaWZbmeLrRbv6xXYbw6IQAc1lL04cHOryYcMTY2RcuadYYeDV8LZeR4lQZeRZc0ReW6CMYeayBLIg4v9bagD8yzYgOd4yagdoyjAh4P3tYhHQtvQhxtdGBiKSVbZib_QMIjDIzyYjqvexYk6rBCYkJ5stRkRMJ2Yl-UO7YlJ7KiYlKVkVClVeeWCmkzLmZnBGn9YnBS0xYnBS9rYnIk6vRnLxxNYnOoi2AnaaW-ZnahL4YnbHNhRnqRhhDnqynyboAHpURond0DZougSRApF-GKBpXoMQZpsQB3Yq0kZAYq5CljZqAkUrZqGgE0Cqfv9LarEsUkRrU1VbRs-lnXYs92X1ZsCyNVZsUx9aYsoiKfYt8LaaRtBDnsItXR7HZunsCzYvgq9aZwPU4VYwRwWTIx-KrSAxAktbYxtcFTYyRatNayZ1xfYz2YxwRzcUHGYzdfoEYzqGX4a
\ No newline at end of file
+-1vdSZ0PkhmZ14lM7A14txtZ1jiFYZ2KnIvZ2L_LrQ2RaIbC2hHGKA30ySMZ3A0b5Z3Sm98Z3Za7lZ3Zk7xZ4U_cYZ5-367Z5BoAKZ5SkfWZ62F06Z6FHUZZ6YWXFZ6_oAdZ7A6oSZ7IRQeZ81ovzZ870GoZ8GClMZ8JGh6Z9CiSoZA9XKaZAA63tZB37ThZBKiAiZBifmaZBkYrFZBlVrFZC04ePZC0uKCZCF4MGZDSZALZDZKM4ZDlds8ZDqwm-ZEci94ZEdgP_ZFD0dhZFQu-QZFS5JGBFnxjsZGQKjCZGnGZtZHSc3AZHYpriZIdTdFZIoWbPZJmrdwZK6DGpRKgs2_ZLd0MIZLnQYQZLst1nZN9PI9ZNDU5pDNpPabZNsAD9ZO7kWHZOlFwxZOuvN5ZOxxVxZRCEM3ZSeUaQZSnlSAZT8YOGZUtKtDZVLdB6ZVshIBZWHsfeZX0kbmZXD4kyZXLn8CZXMP7VZXdUHRZYEPqwZYtOHmZZ9cQIZZgTUHZZsoyqZ_-ccaY_0H5iZ_ZZ6OZa2OMnZaT96YZb27v9ZbeQniBbhNpdYbx2jdZc3NMKYc7jf6ZcaaKuZccRcMZdLyvaZdcBLHZebvbiZeqmtFZfDvUGZfE4WvYfsn-cZfvs7XZg62vvCgFJKFZh6G2zZhS2ttZhbdvpZiRXe-ZjRSmoZj_IQ2Ylu2bWZm3dYGZmElKYZmM6YNZmbWzcZmgRTaZmvzlUZmzlWPZnBiefZnYnh2ZoHm34AonWd5ZoypH2Zp38AHZpTxZWZq2NP4ZqDW-3Zqj0I5ZqrHwAZrUcoXZruTLTZrz6dhZsG_yaZsgPbDZt7crLZu9V_xZux5JzZv3RORZvlSynZwdeKDZwoOZrZwoRUdZwywCwZxeccxZz7qP-Zz9KRfZzqLzQZzvFcpZ
\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-06.idx b/ranking/YBR/YBR-4-06.idx
index e74ffe0f8..443d06d95 100644
--- a/ranking/YBR/YBR-4-06.idx
+++ b/ranking/YBR/YBR-4-06.idx
@@ -1 +1 @@
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\ No newline at end of file
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diff --git a/ranking/YBR/YBR-4-07.idx b/ranking/YBR/YBR-4-07.idx
index 64315aba9..81a88efa8 100644
--- a/ranking/YBR/YBR-4-07.idx
+++ b/ranking/YBR/YBR-4-07.idx
@@ -1 +1 @@
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diff --git a/ranking/YBR/YBR-4-08.idx b/ranking/YBR/YBR-4-08.idx
index 83dd23b13..8f86986fa 100644
--- a/ranking/YBR/YBR-4-08.idx
+++ b/ranking/YBR/YBR-4-08.idx
@@ -1 +1 @@
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diff --git a/ranking/YBR/YBR-4-09.idx b/ranking/YBR/YBR-4-09.idx
index e40419478..cb7a1ea8f 100644
--- a/ranking/YBR/YBR-4-09.idx
+++ b/ranking/YBR/YBR-4-09.idx
@@ -1 +1 @@
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qMZ2DKqW1OaKs546YKsbz-EKu0XkYKv0kkAKz9huIL0HSyQL1jOTYL2qtQYL3s5CCL4_y4YL5ZlhYL5jswYL6pXBaLAFndYLAqb4YLAs9vYLEBe0BLIz6bZLOkS3YLPuO2ZLS-m8ALS_AMDLThp9ZLUIIuYLV6lFRLYDckYLbVKSBLeo85QLfHTRYLj17lYLjvndYLk6XhYLlrGVaLoVzYYLrYL_YLsGbJbLsIepILuLxUELuVNQELu_ngYLwBQXZLwfbjYLxulJELyOPVYLzqZhYM-mFfYM1SJxYM22Q-YM3pGWZM4j3ECM7hY0xMAm9yBMBKvbQMCiH44MCxTQAMGqoZBMHzJVYMJmjjQMJuyfRMOnBZZMP2LZYMP741YMPVB7YMWeGxYMXDMMYMZNIHQMZvTPAM_EtbYMdeWVDMi-ezYMmGHAAMnKwfYMnhvwYMnsHCZMtPO2bMv-ZeYMvND4IMz1C4BN-66_YN0JOeAN1ap9BN2xGtZN3Dw2BN5hluaN9S1iYNBDqQZNBO3PBNEbQVRNFSx2aNGJnJBNK5YKZNKEdrZNKZEOYNM7B2ANMkkvZNOeMKYNPFG6YNR3AaYNRVY8YNRZSRZNT966CNWQ5wANWly2YNYa85YNZJ4SANZTYfBN_NMLaNgN1k4NgXoJYNjIXnANq5ESYNq8vZYNqxDXaNtpPccNx46-QNxyyaBNylE9YO2mszZO3XKxYO4aIVYO4yIrYO6hG4BO80hTYO876iZO9SK7YOBcQ1wOBv4WEOJNoIROKFnMBOKeFcAONAfrBOQscTYORwXmCOSZYpYOTjZlYOTu4dYOUP7_COV2F3BOYc7raOa3JQRObGFfAObIhQROcmfkYOeHxlYOeNZ9QOgN82QOhrpvYOjJ9DAOjRClROjrEiYOkA8pYOm9L0ZOp9SJBOtFduYOtR9jYOu_m0ROuokZYOvpljCOy8vTbOzbXUYP-Fi7YP-VpoRP58QnAP6IlHBP8Q_JCP9056ZPCNjcRPDKLZYPEH-6QPF3htYPFw2GZPGp9bYPHcZtQPN3scYPQCpcYPQP1HQPR0dUYPSWiRaPWn1SYPXATPYPZij8RPdVjKcPjoDNYPl0gSRPlR8TZPr4rwRPs0auIPwdFFBPyvSiAQ-pggYQ1eAoYQ3r2ACQ6aWOcQ6pTqYQCs09YQD5F_YQDXNqZQEx_cYQNDXpYQPNr_IQS-8aYQUWFhYQVEL5YQWudvYQYldMZQ_38ZAQ_d4OBQa9c1YQeNEZRQfF1MZQggUNaQjpGGQQjrtWYQq2R2AQqcMxBQr_x4YQtqVACQwY-GCQx2JoZR1QPwYR6CvUQR6DfkYRAo9MQRBkmDaRFlpubRGrb2ARJee-YRMRwiYROeptYRQPHdQRSW7bARURELZRarwHCRdczDZRdj98ZRfEHwIRiFfacRinoUDRj5NahRj8_1ZRn9fgYRnZErYRrgQ7ZRucCOYRwVnlARxcZmZS-YqKAS45J1YS5eQ-BS9hDQZSD2fCYSDD1-ASDFD6ZSE8GXBSGeINYSN-aIcSOoD3YSPAJCBSPFTIBSRsy3BSSE08YSTTxpYSVoBnRSWW_pDSZe8_ZSaIYoYSbpIqRSgOLVbSlBaQYSlOScBSmYSyYSn09xASqHPTASu3q-BSuytjKSvRIpZSwgKwYT-4QeYT-rimaT0gxfYT18PdRT8byFATAN6rZTBhlrYTCRCEYTFXkEITHApBRTHD0QbTKMC3ZTKwsRYTMLX-oTOnPyYTPPQjbTQlfXETRH7UATRTmBYTRxHBBTTCnkYTUVRyZTUp7mYTXSnCQTZUg2YTaAL3RTbUKTZTc8G0YTi2YgYTiUXlZTicOXbTjeuEBTk5xoYTlKTCDTv1KLYTxWoPYTxZnCSTxmAjSTxsHKETzcdMDU0gigZU1pYVYU24vNYU3poEQU4g6_BU671LRU6AhzYU6V4SYUA5XiYUAMISBUAqwIYUC4xnYUFwkuZUKmSZQUKwbtYULITUZUMd07DUSVvMYUVn61YUbLcQRUd_yKZUfZytYUgZeEDUimr7YUjuocAUmvddCUnUwSBUo79tYUopOFBUqfWcAUt-dbYUtpwYBUvAwHYUw9XZAV-VNNYV-YyJEV4HGXAV4zE-YV5O73RV69XhBV6VPJBV6WftJV70tVCV8h_fZV9OFLaV9paJZVBTUkQVCSFmBVEVWFBVGHkOYVM1XaCVM4pYYVMeKYYVNKP5QVNqBoZVNxfZAVNyKjRVONM1YVRAHIAVT8wWYVVx1gZVWTLCQVaJHBZVcY7lBVf78RYVf7AkZVfknyYViaQREViptEaVkbzyQVmmM5ZVmz0LbVn-2KYVqrzcYVrhtLQVt2RUYVtfVHYW-1VSDW-ZclYW-bYTBW-mZfQW-udLCW1L28CW31jGZW3JJmbW5jpqYW86bZBW8L9aYW8ggHQW9L0WZW9LvmDWDkofAWFdg4BWHj-3cWIVdIAWIm7JYWJT8gAWKHMRRWKiEdCWKtoVAWQCcZcWQe9DYWRfdbYWRw6OYWTNkfBWWKZcYWWRPKBWXtdfaWZ0QVgWZ14mBW_mI5YWcdEIAWfVZsAWi_mrSWioZ1QWkfSAbWqGWkBWqXhwYWqtcJIWsbVJBWswLJEWyrKDQX7W7rYX8ZQnYXALW8AXARchQXAt5uBXDziPAXFDsjBXGfw1YXGpXzYXLPbWbXNOH1AXPtJRRXSojIRXVK9ZYXWVpBCXbN5tBXcMOdbXcs_BYXfGOiAXfuVqYXj7GCZXm0WzBXm16oAXm1FwAXnqIRZXsOyQAXxNIcYXzYthUY-p0uYY1FRqcY3NRQDY50npZY6uQoYY7EGWYY8IzYYYBhR-YYCQWeCYCsc3YYDFdkBYDNBmAYDZYRYYE_7-YYG3c8BYIAfqYYLxuZYYR9lEQYRn3hYYU9vDBYYRcoRYYaZUYY_Kx-ZY_Tr_AYaKCFRYb19nAYdwrgYYe9uuYYfY2LYYfkO2SYhQ_oRYiWWvYYib6hAYl0lXAYpFEiYYqf9jRYsQSeAYumoiRYzj8_RZ-4ykZZ0nHFQZ9x9NYZAXgfgZDGZGYZDd0xZZDneEQZJ4XKYZK1bTRZKt2nBZMLjnYZMT9HQZR62pYZRTDMCZRaD2YZS-1sYZU5o4YZVJHIAZaMmLIZbU8pQZbt_bRZciJhYZff37RZfucEQZhRdBbZiO1pYZj5vxaZmEZKYZn9zNAZnKgPYZpDibAZu8uhAZuVXMEZz3RuY_2wisR_3Eg2Y_5hlmY_6NPAc_73MxC_AIiTY_AO4fD_AnEtY_BqtNa_CKeFY_Dp2BY_E1rkY_EilrE_Gh_JB_HvUJY_LkmNa_M7kMZ_ORB7Y_Q3InY_QrblY_RBOlA_S09na_S3RqJ_WGwdA_Z4vxQ__XFaA_a5NpR_aKaeE_d9-QY_feOyY_jgXvS_rAMWQ_tbKkd_uHrTQ_xa82Y_y9yAA_yszeY_zRTrQ_zxk7Da0tANAa1ysRYa3ZlDYa3uyeYa5xSYYa6M8hYa9yfDYaAR3XRaAyYKZaJ5lWZaMmpaYaN6elaaNjWnYaO85VYaOKHaBaOLN3BaPoSGYaS30mYaTJuoYaWqVsbaZSbRYaZjvXZaavJEaabpWfZacADfQadBjSYafRjXYah2byYalDvAQanAMgYaoasuYapxqjAapyNnAarjcHBasQEnYatETPYauDc0QavLkMBb08AzYb0_coYb0fz4cb1iK8ab3bkobb3kuEYb58hUYb5Bv6Ab61xYYb8NMqYb8Vj6Yb8vKPRb9_fTBbAUx1YbAqkCRbAtuEZbEE9-bbEZE5abFTEYYbH_F4YbIoIeYbJszmCbKg6tYbKv2RYbLJlTZbM9EzQbMwYtcbQ1y1AbQTWdYbQn5CYbTlS2YbTn3CAbVoyabbVr_fRbWxNVabYHAEYbcBAcabdwmvAbidxxbbj_B-QbjbDrAbmVsBZbmWxkabnDCzYbq7lPabrsEwZbyU6VBc-RW0Yc0k38Yc18ClYc1_9hYc2Ua_Yc4BSZYc4tPrYc5YYLYc5i6GAc5rilbc61j8Yc6ks3Sc6xRmYc7_TBAc9if0YcBPi9IcBRBJYcBZRzYcCEqVYcG-ggCcHOryYcJM-HQcL2MGAcOAAoccTMdtQcWLxsYcWTrKacXadGbcYmrMYccQTzAccjRwSceKp7IcmPnKYco4OKYco9ZkAcv90gacyJxFCd-RPWYd1L3pRd1SGKDd1btdad1dn1Qd2j5JZd38wLYd4VmtYdAgyHAdD227QdF1xTYdGgMYQdGmvJAdIAJQIdKYnnJdNBEmbdRpe1DdSK5BYdTrEEYdTu6rYdbehvYdejBJbdfFWeEdiXofZdjWBqYdm9pQEdnSwAEdpY11YdsfH0SdssaTYdvxtVBdzlkqAe-aHWBe1SJaZe1w1ZQe4NVSYe4gp3Ye5c-fEe5nx3Ae7HV3Ce9CA-YeE2P-YeEx_sYeG97YYeG9mraeJVXiSeJjQjBeJxQ2YeP0zlQeQqDKceSRrFZeSknyYeVjRsZeW0PyYeWPwQQeYty9YeZ9xMbebU25YefDs9cefLHHYeft22YeguZqBegxi_YehBpwYei06ARekpmbZemmbRAepj5rBerCPPDeuDsrAeuO3sAeuiJgYewAAwYez2H4Yf-NHoYf5rgWAf7UMhYfCNOJAfFlvjYfI0SJZfJwa6YfMjekRfNmtkYfPi_nYfRAO9YfSmfZRfTO09QfTOtsYfWzVZDfY8L3YfbpWeYfemDkYffB8GEfg65lYfj1g-CfjE2nYfmHgmQfmguzSfq4bkYfvEhuZfvhRdBfvmaEDfwo5gJfyGhnYfzPiYRg-sUNYg12SpAg4nTlBg6-pgYg6SHqag7MvPZg7tM4Zg8uMuYg9L0KYg9drkYgEIR-bgGsYdYgHfASYgIKZ9YgJ8uiSgJSTYYgMUw6YgN8NWYgNDYIDgO8HRYgOFp5YgQjdhYgRqzmBgTyssbgV9w_YgVN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\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-0a.idx b/ranking/YBR/YBR-4-0a.idx
index 879954663..6007d7ba4 100644
--- a/ranking/YBR/YBR-4-0a.idx
+++ b/ranking/YBR/YBR-4-0a.idx
@@ -1 +1 @@
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\ No newline at end of file
diff --git a/ranking/YBR/YBR-4-0b.idx b/ranking/YBR/YBR-4-0b.idx
index bac78347a..4142ab9b8 100644
--- a/ranking/YBR/YBR-4-0b.idx
+++ b/ranking/YBR/YBR-4-0b.idx
@@ -1 +1 @@
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
\ No newline at end of file
diff --git a/source/de/anomic/http/client/Cache.java b/source/de/anomic/http/client/Cache.java
index 5bb42a26f..d78bc6c83 100644
--- a/source/de/anomic/http/client/Cache.java
+++ b/source/de/anomic/http/client/Cache.java
@@ -84,7 +84,7 @@ public final class Cache {
             Log.logException(e);

         }

         try {

-            fileDBunbuffered = new ArrayStack(new File(cachePath, FILE_DB_NAME), prefix, 12, Base64Order.enhancedCoder, 1024 * 1024 * 2, false);

+            fileDBunbuffered = new ArrayStack(new File(cachePath, FILE_DB_NAME), prefix, Base64Order.enhancedCoder, 12, 1024 * 1024 * 2, false);

             fileDBunbuffered.setMaxSize(maxCacheSize);

             fileDB = new Compressor(fileDBunbuffered, 2 * 1024 * 1024);

         } catch (IOException e) {

diff --git a/source/de/anomic/search/BlockRank.java b/source/de/anomic/search/BlockRank.java
new file mode 100644
index 000000000..a2ea7a745
--- /dev/null
+++ b/source/de/anomic/search/BlockRank.java
@@ -0,0 +1,290 @@
+/**
+ *  BlockRankCollector
+ *  Copyright 2011 by Michael Christen
+ *  First released 18.05.2011 at http://yacy.net
+ *  
+ *  $LastChangedDate: 2011-04-26 19:39:16 +0200 (Di, 26 Apr 2011) $
+ *  $LastChangedRevision: 7676 $
+ *  $LastChangedBy: orbiter $
+ *
+ *  This library is free software; you can redistribute it and/or
+ *  modify it under the terms of the GNU Lesser General Public
+ *  License as published by the Free Software Foundation; either
+ *  version 2.1 of the License, or (at your option) any later version.
+ *  
+ *  This library is distributed in the hope that it will be useful,
+ *  but WITHOUT ANY WARRANTY; without even the implied warranty of
+ *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
+ *  Lesser General Public License for more details.
+ *  
+ *  You should have received a copy of the GNU Lesser General Public License
+ *  along with this program in the file lgpl21.txt
+ *  If not, see <http://www.gnu.org/licenses/>.
+ */
+
+
+package de.anomic.search;
+
+import java.io.File;
+import java.io.IOException;
+import java.util.ArrayList;
+import java.util.Iterator;
+import java.util.List;
+
+import net.yacy.cora.document.UTF8;
+import net.yacy.cora.storage.OrderedScoreMap;
+import net.yacy.cora.storage.ScoreMap;
+import net.yacy.kelondro.index.BinSearch;
+import net.yacy.kelondro.index.RowSpaceExceededException;
+import net.yacy.kelondro.logging.Log;
+import net.yacy.kelondro.order.Base64Order;
+import net.yacy.kelondro.order.Digest;
+import net.yacy.kelondro.rwi.ReferenceContainer;
+import net.yacy.kelondro.rwi.ReferenceContainerCache;
+import net.yacy.kelondro.rwi.ReferenceIterator;
+import net.yacy.kelondro.util.FileUtils;
+
+import de.anomic.yacy.yacyClient;
+import de.anomic.yacy.yacySeed;
+import de.anomic.yacy.yacySeedDB;
+import de.anomic.yacy.graphics.WebStructureGraph;
+import de.anomic.yacy.graphics.WebStructureGraph.HostReference;
+
+public class BlockRank {
+
+    public static BinSearch[] ybrTables = null; // block-rank tables
+    
+    
+    /**
+     * collect host index information from other peers. All peers in the seed database are asked
+     * this may take some time; please wait up to one minute
+     * @param seeds
+     * @return a merged host index from all peers
+     */
+    public static ReferenceContainerCache<HostReference> collect(final yacySeedDB seeds, final WebStructureGraph myGraph) {
+        
+        ReferenceContainerCache<HostReference> index = new ReferenceContainerCache<HostReference>(WebStructureGraph.hostReferenceFactory, Base64Order.enhancedCoder, 6);
+        
+        // start all jobs
+        Iterator<yacySeed> si = seeds.seedsConnected(true, false, null, 0.99f);
+        ArrayList<IndexRetrieval> jobs = new ArrayList<IndexRetrieval>();
+        while (si.hasNext()) {
+            IndexRetrieval loader = new IndexRetrieval(index, si.next());
+            loader.start();
+            jobs.add(loader);
+        }
+        
+        // get the local index
+        if (myGraph != null) try {
+            ReferenceContainerCache<HostReference> myIndex = myGraph.incomingReferences();
+            Log.logInfo("BlockRank", "loaded " + myIndex.size() + " host indexes from my peer");
+            index.merge(myIndex);
+        } catch (IOException e) {
+            Log.logException(e);
+        } catch (RowSpaceExceededException e) {
+            Log.logException(e);
+        }
+        
+        // wait for termination
+        for (IndexRetrieval job: jobs) try { job.join(); } catch (InterruptedException e) { }
+        Log.logInfo("BlockRank", "create " + index.size() + " host indexes from all peers");
+        
+        return index;
+    }
+    
+    public static class IndexRetrieval extends Thread {
+        
+        ReferenceContainerCache<HostReference> index;
+        yacySeed seed;
+        
+        public IndexRetrieval(ReferenceContainerCache<HostReference> index, yacySeed seed) {
+            this.index = index;
+            this.seed = seed;
+        }
+        
+        public void run() {
+            ReferenceContainerCache<HostReference> partialIndex = yacyClient.loadIDXHosts(this.seed);
+            if (partialIndex == null || partialIndex.size() == 0) return;
+            Log.logInfo("BlockRank", "loaded " + partialIndex.size() + " host indexes from peer " + this.seed.getName());
+            try {
+                this.index.merge(partialIndex);
+            } catch (IOException e) {
+                Log.logException(e);
+            } catch (RowSpaceExceededException e) {
+                Log.logException(e);
+            }
+        }
+    }
+
+    /**
+     * save the index into a BLOB
+     * @param index
+     * @param file
+     */
+    public static void saveHostIndex(ReferenceContainerCache<HostReference> index, File file) {
+        Log.logInfo("BlockRank", "saving " + index.size() + " host indexes to file " + file.toString());
+        index.dump(file, Segment.writeBufferSize, false);
+        Log.logInfo("BlockRank", "saved " + index.size() + " host indexes to file " + file.toString());
+    }
+    
+    public static ReferenceContainerCache<HostReference> loadHostIndex(File file) {
+
+        Log.logInfo("BlockRank", "reading host indexes from file " + file.toString());
+        ReferenceContainerCache<HostReference> index = new ReferenceContainerCache<HostReference>(WebStructureGraph.hostReferenceFactory, Base64Order.enhancedCoder, 6);
+
+        // load from file
+        try {
+            ReferenceIterator<HostReference> ri = new ReferenceIterator<HostReference>(file, WebStructureGraph.hostReferenceFactory);
+            while (ri.hasNext()) {
+                ReferenceContainer<HostReference> references = ri.next();
+                index.add(references);
+            }
+        } catch (IOException e) {
+            Log.logException(e);
+        } catch (RowSpaceExceededException e) {
+            Log.logException(e);
+        }
+
+        Log.logInfo("BlockRank", "read " + index.size() + " host indexes from file " + file.toString());
+        return index;
+    }
+    
+    public static BinSearch[] evaluate(final ReferenceContainerCache<HostReference> index, BinSearch[] referenceTable, int recusions) {
+        
+        // first just count the number of references. all other information from the index is not used because they cannot be trusted
+        ScoreMap<byte[]> hostScore = new OrderedScoreMap<byte[]>(index.termKeyOrdering());
+        for (ReferenceContainer<HostReference> container: index) {
+            if (container.size() == 0) continue;
+            if (referenceTable == null) {
+                hostScore.set(container.getTermHash(), container.size());
+            } else {
+                int score = 0;
+                Iterator<HostReference> hri = container.entries();
+                HostReference hr;
+                while (hri.hasNext()) {
+                    hr = hri.next();
+                    score += (16 - ranking(hr.metadataHash(), referenceTable));
+                }
+                hostScore.set(container.getTermHash(), score);
+            }
+        }
+        
+        // now divide the scores into two halves until the score map is empty
+        List<BinSearch> table = new ArrayList<BinSearch>();
+        while (hostScore.size() > 10) {
+            List<byte[]> smallest = hostScore.lowerHalf();
+            if (smallest.size() == 0) break; // should never happen but this ensures termination of the loop
+            Log.logInfo("BlockRank", "index evaluation: computed partition of size " + smallest.size());
+            table.add(new BinSearch(smallest, 6));
+            for (byte[] host: smallest) hostScore.delete(host);
+        }
+        if (hostScore.size() > 0) {
+            ArrayList<byte[]> list = new ArrayList<byte[]>();
+            for (byte[] entry: hostScore) list.add(entry);
+            Log.logInfo("BlockRank", "index evaluation: computed last partition of size " + list.size());
+            table.add(new BinSearch(list, 6));
+        }
+        
+        // the last table entry has now a list of host hashes that has the most references
+        int binTables = Math.min(16, table.size());
+        BinSearch[] newTables = new BinSearch[binTables];
+        for (int i = 0; i < binTables; i++) newTables[i] = table.get(table.size() - i - 1);
+
+        // re-use the new table for a recursion
+        if (recusions == 0) return newTables;
+        return evaluate(index, newTables, --recusions); // one recursion step
+    }
+    
+    public static void analyse(BinSearch[] tables, final WebStructureGraph myGraph) {
+        byte[] hosth = new byte[6];
+        String hosths, hostn;
+        for (int ybr = 0; ybr < tables.length; ybr++) {
+            row: for (int i = 0; i < tables[ybr].size(); i++) {
+                hosth = tables[ybr].get(i, hosth);
+                hosths = UTF8.String(hosth);
+                hostn = myGraph.hostHash2hostName(hosths);
+                if (hostn == null) {
+                    //Log.logInfo("BlockRank", "Ranking for Host: ybr = " + ybr + ", hosthash = " + hosths);
+                    continue row;
+                }
+                Log.logInfo("BlockRank", "Ranking for Host: ybr = " + ybr + ", hosthash = " + hosths + ", hostname = " + hostn);
+            }
+        }
+    }
+    
+    
+    /**
+     * load YaCy Block Rank tables
+     * These tables have a very simple structure: every file is a sequence of Domain hashes, ordered by b64.
+     * Each Domain hash has a length of 6 bytes and there is no separation character between the hashes
+     * @param rankingPath
+     * @param count
+     */
+    public static void loadBlockRankTable(final File rankingPath, final int count) {
+        if (!rankingPath.exists()) return;
+        ybrTables = new BinSearch[count];
+        String ybrName;
+        File f;
+        try {
+            for (int i = 0; i < count; i++) {
+                ybrName = "YBR-4-" + Digest.encodeHex(i, 2) + ".idx";
+                f = new File(rankingPath, ybrName);
+                if (f.exists()) {
+                    ybrTables[i] = new BinSearch(FileUtils.read(f), 6);
+                } else {
+                    ybrTables[i] = null;
+                }
+            }
+        } catch (final IOException e) {
+        }
+    }
+    
+    public static void storeBlockRankTable(final File rankingPath) {
+        String ybrName;
+        File f;
+        try {
+            // first delete all old files
+            for (int i = 0; i < 16; i++) {
+                ybrName = "YBR-4-" + Digest.encodeHex(i, 2) + ".idx";
+                f = new File(rankingPath, ybrName);
+                if (!f.exists()) continue;
+                if (!f.canWrite()) return;
+                f.delete();
+            }
+            // write new files
+            for (int i = 0; i < Math.min(12, ybrTables.length); i++) {
+                ybrName = "YBR-4-" + Digest.encodeHex(i, 2) + ".idx";
+                f = new File(rankingPath, ybrName);
+                ybrTables[i].write(f);
+            }
+        } catch (final IOException e) {
+        }
+    }
+    
+    /**
+     * returns the YBR ranking value in a range of 0..15, where 0 means best ranking and 15 means worst ranking
+     * @param hash
+     * @return
+     */
+    public static int ranking(final byte[] hash) {
+        return ranking(hash, ybrTables);
+    }
+    
+    public static int ranking(final byte[] hash, BinSearch[] rankingTable) {
+        if (rankingTable == null) return 15;
+        byte[] hosthash;
+        if (hash.length == 6) {
+            hosthash = hash;
+        } else {
+            hosthash = new byte[6];
+            System.arraycopy(hash, 6, hosthash, 0, 6);
+        }
+        final int m = Math.min(16, rankingTable.length);
+        for (int i = 0; i < m; i++) {
+            if ((rankingTable[i] != null) && (rankingTable[i].contains(hosthash))) {
+                return i;
+            }
+        }
+        return 15;
+    }
+}
diff --git a/source/de/anomic/search/RankingProcess.java b/source/de/anomic/search/RankingProcess.java
index 4fec5a637..e3d6a92be 100644
--- a/source/de/anomic/search/RankingProcess.java
+++ b/source/de/anomic/search/RankingProcess.java
@@ -26,8 +26,6 @@
 

 package de.anomic.search;

 

-import java.io.File;

-import java.io.IOException;

 import java.util.Comparator;

 import java.util.ConcurrentModificationException;

 import java.util.HashMap;

@@ -53,21 +51,15 @@ import net.yacy.kelondro.data.meta.URIMetadataRow;
 import net.yacy.kelondro.data.word.Word;

 import net.yacy.kelondro.data.word.WordReference;

 import net.yacy.kelondro.data.word.WordReferenceVars;

-import net.yacy.kelondro.index.BinSearch;

 import net.yacy.kelondro.logging.Log;

-import net.yacy.kelondro.order.Digest;

 import net.yacy.kelondro.rwi.ReferenceContainer;

 import net.yacy.kelondro.rwi.TermSearch;

 import net.yacy.kelondro.util.EventTracker;

-import net.yacy.kelondro.util.FileUtils;

 

 import de.anomic.yacy.graphics.ProfilingGraph;

 

 public final class RankingProcess extends Thread {

     

-    public  static BinSearch[] ybrTables = null; // block-rank tables

-    private static final int maxYBR = 3; // the lower this value, the faster the search

-    private static boolean useYBR = true;

     private static final int maxDoubleDomAll = 1000, maxDoubleDomSpecial = 10000;

     

     private final QueryParams query;

@@ -179,7 +171,7 @@ public final class RankingProcess extends Thread {
         if (local) {

             this.local_resourceSize += index.size();

         } else {

-            assert fullResource >= 0;

+            assert fullResource >= 0 : "fullResource = " + fullResource;

             this.remote_resourceSize += fullResource;

             this.remote_peerCount++;

         }

@@ -252,8 +244,15 @@ public final class RankingProcess extends Thread {
 			    

                 // finally make a double-check and insert result to stack

                 if (urlhashes.add(iEntry.metadataHash())) {

-                    stack.put(new ReverseElement<WordReferenceVars>(iEntry, this.order.cardinal(iEntry))); // inserts the element and removes the worst (which is smallest)

-                    

+                    rankingtryloop: while (true) {

+                        try {

+                            stack.put(new ReverseElement<WordReferenceVars>(iEntry, this.order.cardinal(iEntry))); // inserts the element and removes the worst (which is smallest)

+                            break rankingtryloop;

+                        } catch (ArithmeticException e) {

+                            // this may happen if the concurrent normalizer changes values during cardinal computation

+                            continue rankingtryloop;

+                        }

+                    }

                     // increase counter for statistics

                     if (local) this.local_indexCount++; else this.remote_indexCount++;

                 }

@@ -686,63 +685,5 @@ public final class RankingProcess extends Thread {
         if (this.authorNavigator.sizeSmaller(2)) this.authorNavigator.clear(); // navigators with one entry are not useful

         return this.authorNavigator;

     }

-    

-    /**

-     * load YaCy Block Rank tables

-     * These tables have a very simple structure: every file is a sequence of Domain hashes, ordered by b64.

-     * Each Domain hash has a length of 6 bytes and there is no separation character between the hashes

-     * @param rankingPath

-     * @param count

-     */

-    public static void loadYBR(final File rankingPath, final int count) {

-        // load ranking tables

-        if (rankingPath.exists()) {

-            ybrTables = new BinSearch[count];

-            String ybrName;

-            File f;

-            try {

-                for (int i = 0; i < count; i++) {

-                    ybrName = "YBR-4-" + Digest.encodeHex(i, 2) + ".idx";

-                    f = new File(rankingPath, ybrName);

-                    if (f.exists()) {

-                        ybrTables[i] = new BinSearch(FileUtils.read(f), 6);

-                    } else {

-                        ybrTables[i] = null;

-                    }

-                }

-            } catch (final IOException e) {

-                ybrTables = null;

-            }

-        } else {

-            ybrTables = null;

-        }

-    }

-    

-    public static boolean canUseYBR() {

-        return ybrTables != null;

-    }

-    

-    public static boolean isUsingYBR() {

-        return useYBR;

-    }

-    

-    public static void switchYBR(final boolean usage) {

-        useYBR = usage;

-    }

-    

-    public static int ybr(final byte[] urlHash) {

-        // returns the YBR value in a range of 0..15, where 0 means best ranking and 15 means worst ranking

-        if (ybrTables == null) return 15;

-        if (!(useYBR)) return 15;

-        byte[] domhash = new byte[6];

-        System.arraycopy(urlHash, 6, domhash, 0, 6);

-        final int m = Math.min(maxYBR, ybrTables.length);

-        for (int i = 0; i < m; i++) {

-            if ((ybrTables[i] != null) && (ybrTables[i].contains(domhash))) {

-                return i;

-            }

-        }

-        return 15;

-    }

 

 }

diff --git a/source/de/anomic/search/RankingProfile.java b/source/de/anomic/search/RankingProfile.java
index e1c52184d..6a6be5395 100644
--- a/source/de/anomic/search/RankingProfile.java
+++ b/source/de/anomic/search/RankingProfile.java
@@ -85,14 +85,14 @@ public class RankingProfile {
     public RankingProfile(final ContentDomain mediatype) {
         // set default-values
         coeff_domlength          = 11;
-        coeff_ybr                = 9;
-        coeff_date               = 4;
+        coeff_ybr                = 15;
+        coeff_date               = 13;
         coeff_wordsintitle       = 4;
         coeff_wordsintext        = 2;
         coeff_phrasesintext      = 3;
         coeff_llocal             = 2;
         coeff_lother             = 3;
-        coeff_urllength          = 13;
+        coeff_urllength          = 14;
         coeff_urlcomps           = 12;
         coeff_hitcount           = 9;
         coeff_posintext          = 10;
diff --git a/source/de/anomic/search/ReferenceOrder.java b/source/de/anomic/search/ReferenceOrder.java
index 233633697..cd9749c14 100644
--- a/source/de/anomic/search/ReferenceOrder.java
+++ b/source/de/anomic/search/ReferenceOrder.java
@@ -73,6 +73,10 @@ public class ReferenceOrder {
         if (container.size() < 20) threads = 2;

         Thread distributor = new NormalizeDistributor(container, out, threads);

         distributor.start();

+        try {

+            distributor.join(10); // let the distributor work for at least 10 milliseconds

+        } catch (InterruptedException e) {

+        }

         

         // return the resulting queue while the processing queues are still working

         return out;

@@ -116,6 +120,11 @@ public class ReferenceOrder {
             

             // insert poison to stop the queues

             for (int i = 0; i < this.threads; i++) worker[i].add(WordReferenceVars.poison);

+            

+            // wait for termination but not too long to make it possible that this

+            // is called from outside with a join to get some normalization results

+            // before going on

+            for (int i = 0; i < this.threads; i++) try {worker[i].join(100);} catch (InterruptedException e) {}

         }

     }

 

@@ -208,7 +217,7 @@ public class ReferenceOrder {
         int minminpos = min.minposition();

         final long r =

              ((256 - DigestURI.domLengthNormalized(t.metadataHash())) << ranking.coeff_domlength)

-           + ((ranking.coeff_ybr > 12) ? ((256 - (RankingProcess.ybr(t.metadataHash()) << 4)) << ranking.coeff_ybr) : 0)

+           + ((ranking.coeff_ybr > 12) ? ((256 - (BlockRank.ranking(t.metadataHash()) << 4)) << ranking.coeff_ybr) : 0)

            + ((max.urlcomps()      == min.urlcomps()   )   ? 0 : (256 - (((t.urlcomps()     - min.urlcomps()     ) << 8) / (max.urlcomps()     - min.urlcomps())     )) << ranking.coeff_urlcomps)

            + ((max.urllength()     == min.urllength()  )   ? 0 : (256 - (((t.urllength()    - min.urllength()    ) << 8) / (max.urllength()    - min.urllength())    )) << ranking.coeff_urllength)

            + ((maxmaxpos           == minminpos        )   ? 0 : (256 - (((t.minposition()  - minminpos          ) << 8) / (maxmaxpos          - minminpos)          )) << ranking.coeff_posintext)

diff --git a/source/de/anomic/search/Segment.java b/source/de/anomic/search/Segment.java
index 977b6064a..ae9cf459a 100644
--- a/source/de/anomic/search/Segment.java
+++ b/source/de/anomic/search/Segment.java
@@ -109,7 +109,7 @@ public class Segment {
                 "text.index",
                 wordReferenceFactory,
                 wordOrder,
-                WordReferenceRow.urlEntryRow,
+                Word.commonHashLength,
                 entityCacheMaxSize,
                 targetFileSize,
                 maxFileSize,
diff --git a/source/de/anomic/search/Switchboard.java b/source/de/anomic/search/Switchboard.java
index b48a2e6a3..e41c52116 100644
--- a/source/de/anomic/search/Switchboard.java
+++ b/source/de/anomic/search/Switchboard.java
@@ -110,6 +110,7 @@ import net.yacy.kelondro.logging.Log;
 import net.yacy.kelondro.order.Base64Order;

 import net.yacy.kelondro.order.Digest;

 import net.yacy.kelondro.order.NaturalOrder;

+import net.yacy.kelondro.rwi.ReferenceContainerCache;

 import net.yacy.kelondro.util.EventTracker;

 import net.yacy.kelondro.util.FileUtils;

 import net.yacy.kelondro.util.MemoryControl;

@@ -169,6 +170,7 @@ import de.anomic.yacy.yacyRelease;
 import de.anomic.yacy.dht.Dispatcher;

 import de.anomic.yacy.dht.PeerSelection;

 import de.anomic.yacy.graphics.WebStructureGraph;

+import de.anomic.yacy.graphics.WebStructureGraph.HostReference;

 

 public final class Switchboard extends serverSwitch {

     

@@ -444,11 +446,30 @@ public final class Switchboard extends serverSwitch {
             ppRamString(stopwordsFile.length()/1024));

         }

 

-        // load ranking tables

-        final File YBRPath = new File(appPath, "ranking/YBR");

-        if (YBRPath.exists()) {

-            RankingProcess.loadYBR(YBRPath, 15);

-        }

+        // load ranking from distribution

+        final File rankingPath = new File(this.appPath, "ranking/YBR".replace('/', File.separatorChar));

+        BlockRank.loadBlockRankTable(rankingPath, 8);

+        

+        // load distributed ranking

+        final File hostIndexFile = new File(queuesRoot, "hostIndex.blob");

+        // very large memory configurations allow to re-compute a ranking table

+        if (MemoryControl.available() > 1024 * 1024 * 1024) new Thread() {

+            public void run() {

+                ReferenceContainerCache<HostReference> hostIndex; // this will get large, more than 0.5 million entries by now

+                if (!hostIndexFile.exists()) {

+                    hostIndex = BlockRank.collect(peers, webStructure);

+                    BlockRank.saveHostIndex(hostIndex, hostIndexFile);

+                } else {

+                    hostIndex = BlockRank.loadHostIndex(hostIndexFile);

+                }

+                // recursively compute a new ranking table

+                BlockRank.ybrTables = BlockRank.evaluate(hostIndex, null, 0);

+                hostIndex = null; // we don't need that here any more, so free the memory

+                BlockRank.analyse(BlockRank.ybrTables, webStructure);

+                // store the new table

+                //BlockRank.storeBlockRankTable(rankingPath);

+            }

+        }.start();

         

         // load the robots.txt db

         this.log.logConfig("Initializing robots.txt DB");

diff --git a/source/de/anomic/server/serverSwitch.java b/source/de/anomic/server/serverSwitch.java
index 9b37ad710..7d7defb34 100644
--- a/source/de/anomic/server/serverSwitch.java
+++ b/source/de/anomic/server/serverSwitch.java
@@ -62,7 +62,7 @@ public class serverSwitch {
     private   final File    configFile;

     private   final String  configComment;

     private   final File    dataPath;

-    private   final File    appPath;

+    protected final File    appPath;

     protected       boolean firstInit;

     protected       Log     log;

     protected       int     serverJobs;

diff --git a/source/de/anomic/yacy/dht/Dispatcher.java b/source/de/anomic/yacy/dht/Dispatcher.java
index bbce42d4d..33a375001 100755
--- a/source/de/anomic/yacy/dht/Dispatcher.java
+++ b/source/de/anomic/yacy/dht/Dispatcher.java
@@ -292,7 +292,7 @@ public class Dispatcher {
                     seeds.redundancy() * 3,
                     true);
             this.log.logInfo("enqueueContainers: selected " + targets.size() + " targets for primary target key " + UTF8.String(primaryTarget) + "/" + vertical + " with " + containers[vertical].size() + " index containers.");
-            if (entry == null) entry = transmission.newChunk(primaryTarget, targets, lastContainer.row());
+            if (entry == null) entry = transmission.newChunk(primaryTarget, targets);
 
             /*/ lookup targets
             int sc = 1;
diff --git a/source/de/anomic/yacy/dht/Transmission.java b/source/de/anomic/yacy/dht/Transmission.java
index 388896747..7b9826fad 100644
--- a/source/de/anomic/yacy/dht/Transmission.java
+++ b/source/de/anomic/yacy/dht/Transmission.java
@@ -30,10 +30,10 @@ import java.util.TreeMap;
 
 import net.yacy.cora.document.UTF8;
 import net.yacy.kelondro.data.meta.URIMetadataRow;
+import net.yacy.kelondro.data.word.Word;
 import net.yacy.kelondro.data.word.WordReference;
 import net.yacy.kelondro.data.word.WordReferenceRow;
 import net.yacy.kelondro.index.HandleSet;
-import net.yacy.kelondro.index.Row;
 import net.yacy.kelondro.index.RowSpaceExceededException;
 import net.yacy.kelondro.logging.Log;
 import net.yacy.kelondro.order.Base64Order;
@@ -69,11 +69,8 @@ public class Transmission {
         this.timeout4Transfer = timeout4Transfer;
     }
 
-    public Chunk newChunk(
-                byte[] primaryTarget,
-                final List<yacySeed> targets,
-                final Row payloadrow) {
-        return new Chunk(primaryTarget, targets, payloadrow);
+    public Chunk newChunk(byte[] primaryTarget, final List<yacySeed> targets) {
+        return new Chunk(primaryTarget, targets);
     }
 
     public class Chunk extends WorkflowJob implements Iterable<ReferenceContainer<WordReference>> {
@@ -100,15 +97,11 @@ public class Transmission {
          * the payloadrow defines the structure of container entries
          * @param primaryTarget
          * @param targets
-         * @param payloadrow
          */
-        public Chunk(
-                byte[] primaryTarget,
-                final List<yacySeed> targets,
-                final Row payloadrow) {
+        public Chunk(byte[] primaryTarget, final List<yacySeed> targets) {
             super();
             this.primaryTarget = primaryTarget;
-            this.containers = new ReferenceContainerCache<WordReference>(Segment.wordReferenceFactory, payloadrow, Segment.wordOrder);
+            this.containers = new ReferenceContainerCache<WordReference>(Segment.wordReferenceFactory, Segment.wordOrder, Word.commonHashLength);
             this.references = new TreeMap<byte[], URIMetadataRow>(Base64Order.enhancedCoder);
             this.badReferences = new HandleSet(WordReferenceRow.urlEntryRow.primaryKeyLength, WordReferenceRow.urlEntryRow.objectOrder, 0);
             this.targets    = targets;
diff --git a/source/de/anomic/yacy/graphics/WebStructureGraph.java b/source/de/anomic/yacy/graphics/WebStructureGraph.java
index 21f456973..66129e303 100644
--- a/source/de/anomic/yacy/graphics/WebStructureGraph.java
+++ b/source/de/anomic/yacy/graphics/WebStructureGraph.java
@@ -321,12 +321,16 @@ public class WebStructureGraph {
         
         public HostReference(final byte[] hostHash, final long modified, final int count) {
             assert (hostHash.length == 6) : "hostHash = " + UTF8.String(hostHash);
-            this.entry = hostReferenceFacory.getRow().newEntry();
+            this.entry = hostReferenceFactory.getRow().newEntry();
             this.entry.setCol(0, hostHash);
             this.entry.setCol(1, MicroDate.microDateDays(modified));
             this.entry.setCol(2, count);
         }
         
+        public HostReference(final String json) {
+            this.entry = hostReferenceFactory.getRow().newEntry(json, true);
+        }
+        
         public HostReference(Row.Entry entry) {
             this.entry = entry;
         }
@@ -369,7 +373,7 @@ public class WebStructureGraph {
         }
     }
     
-    public static final HostReferenceFactory hostReferenceFacory = new HostReferenceFactory();
+    public static final HostReferenceFactory hostReferenceFactory = new HostReferenceFactory();
     public static       ReferenceContainerCache<HostReference> hostReferenceIndexCache = null;
     public static       long hostReferenceIndexCacheTime = 0;
     public static final long hostReferenceIndexCacheTTL = 1000 * 60 * 60 * 12; // 12 hours time to live for cache
@@ -380,8 +384,7 @@ public class WebStructureGraph {
             hostReferenceIndexCacheTime + hostReferenceIndexCacheTTL > System.currentTimeMillis()) return hostReferenceIndexCache; 
         
         // collect the references
-        HostReferenceFactory hostReferenceFactory = new HostReferenceFactory();
-        ReferenceContainerCache<HostReference> idx = new ReferenceContainerCache<HostReference>(hostReferenceFactory, hostReferenceFactory.getRow(), Base64Order.enhancedCoder);
+        ReferenceContainerCache<HostReference> idx = new ReferenceContainerCache<HostReference>(hostReferenceFactory, Base64Order.enhancedCoder, 6);
         
         // we iterate over all structure entries.
         // one structure entry has information that a specific host links to a list of other hosts
@@ -419,7 +422,7 @@ public class WebStructureGraph {
                 ReferenceContainer<HostReference> r = idx.get(term, null);
                 try {
                     if (r == null) {
-                        r = new ReferenceContainer<HostReference>(hostReferenceFacory, term);
+                        r = new ReferenceContainer<HostReference>(hostReferenceFactory, term);
                         r.add(hr);
                         idx.add(r);
                     } else {
diff --git a/source/de/anomic/yacy/yacyBuildProperties.java b/source/de/anomic/yacy/yacyBuildProperties.java
index 23ff81756..26b9c3bdb 100644
--- a/source/de/anomic/yacy/yacyBuildProperties.java
+++ b/source/de/anomic/yacy/yacyBuildProperties.java
@@ -1,6 +1,8 @@
 package de.anomic.yacy;
 
 import java.util.Locale;
+import java.util.regex.Pattern;
+
 import de.anomic.yacy.yacyBuildProperties;
 
 /**
@@ -31,6 +33,8 @@ public final class yacyBuildProperties {
 		return "@REPL_VERSION@";
 	}
 
+    public static final Pattern versionMatcher = Pattern.compile("\\A(\\d+\\.\\d{1,3})(\\d{0,5})\\z"); 
+    
 	/**
 	 * returns the long version String (e. g. 0.9106712)
 	 */
diff --git a/source/de/anomic/yacy/yacyClient.java b/source/de/anomic/yacy/yacyClient.java
index 25091a1e0..4f54a32b8 100644
--- a/source/de/anomic/yacy/yacyClient.java
+++ b/source/de/anomic/yacy/yacyClient.java
@@ -43,9 +43,11 @@
 

 package de.anomic.yacy;

 

+import java.io.ByteArrayInputStream;

 import java.io.ByteArrayOutputStream;

 import java.io.File;

 import java.io.IOException;

+import java.io.InputStreamReader;

 import java.net.MalformedURLException;

 import java.util.ArrayList;

 import java.util.HashMap;

@@ -57,6 +59,11 @@ import java.util.SortedMap;
 import java.util.TreeMap;

 import java.util.regex.Pattern;

 

+import net.yacy.migration;

+import net.yacy.cora.document.JSONArray;

+import net.yacy.cora.document.JSONException;

+import net.yacy.cora.document.JSONObject;

+import net.yacy.cora.document.JSONTokener;

 import net.yacy.cora.document.MultiProtocolURI;

 import net.yacy.cora.document.RSSFeed;

 import net.yacy.cora.document.RSSMessage;

@@ -96,19 +103,21 @@ import de.anomic.search.Switchboard;
 import de.anomic.search.TextSnippet;

 import de.anomic.server.serverCore;

 import de.anomic.tools.crypt;

+import de.anomic.yacy.graphics.WebStructureGraph;

+import de.anomic.yacy.graphics.WebStructureGraph.HostReference;

 

 public final class yacyClient {

 

 

     private static byte[] postToFile(final yacySeed target, final String filename, final Map<String,ContentBody> parts, final int timeout) throws IOException {

-        // return HTTPConnector.getConnector(MultiProtocolURI.yacybotUserAgent).post(new MultiProtocolURI("http://" + target.getClusterAddress() + "/yacy/" + filename), timeout, target.getHexHash() + ".yacyh", parts);

-        final HTTPClient httpClient = new HTTPClient(ClientIdentification.getUserAgent(), timeout);

-        return httpClient.POSTbytes(new MultiProtocolURI("http://" + target.getClusterAddress() + "/yacy/" + filename), target.getHexHash() + ".yacyh", parts, false);

+        return postToFile(target.getClusterAddress(), target.hash, filename, parts, timeout);

     }

     private static byte[] postToFile(final yacySeedDB seedDB, final String targetHash, final String filename, final Map<String,ContentBody> parts, final int timeout) throws IOException {

-        // return HTTPConnector.getConnector(MultiProtocolURI.yacybotUserAgent).post(new MultiProtocolURI("http://" + targetAddress(seedDB, targetHash) + "/yacy/" + filename), timeout, yacySeed.b64Hash2hexHash(targetHash)+ ".yacyh", parts);

-    	final HTTPClient httpClient = new HTTPClient(ClientIdentification.getUserAgent(), timeout);

-    	return httpClient.POSTbytes(new MultiProtocolURI("http://" + targetAddress(seedDB, targetHash) + "/yacy/" + filename), yacySeed.b64Hash2hexHash(targetHash)+ ".yacyh", parts, false);

+    	return postToFile(seedDB.targetAddress(targetHash), targetHash, filename, parts, timeout);

+    }

+    private static byte[] postToFile(final String targetAddress, String targetPeerHash, final String filename, final Map<String,ContentBody> parts, final int timeout) throws IOException {

+        final HTTPClient httpClient = new HTTPClient(ClientIdentification.getUserAgent(), timeout);

+        return httpClient.POSTbytes(new MultiProtocolURI("http://" + targetAddress + "/yacy/" + filename), yacySeed.b64Hash2hexHash(targetPeerHash) + ".yacyh", parts, false);

     }

     

     /**

@@ -766,20 +775,6 @@ public final class yacyClient {
         }

     }

     

-    public static String targetAddress(final yacySeedDB seedDB, final String targetHash) {

-        // find target address    

-        String address;

-        if (targetHash.equals(seedDB.mySeed().hash)) {

-            address = seedDB.mySeed().getClusterAddress();

-        } else {

-            final yacySeed targetSeed = seedDB.getConnected(targetHash);

-            if (targetSeed == null) { return null; }

-            address = targetSeed.getClusterAddress();

-        }

-        if (address == null) address = "localhost:8090";

-        return address;

-    }

-

     public static Map<String, String> crawlReceipt(final yacySeed mySeed, final yacySeed target, final String process, final String result, final String reason, final URIMetadataRow entry, final String wordhashes) {

         assert (target != null);

         assert (mySeed != null);

@@ -1026,7 +1021,8 @@ public final class yacyClient {
     }

 

     public static Map<String, String> getProfile(final yacySeed targetSeed) {

-

+        // ReferenceContainerCache<HostReference> ref = loadIDXHosts(targetSeed);

+        

         // this post a message to the remote message board

         final String salt = crypt.randomSalt();

          

@@ -1043,9 +1039,70 @@ public final class yacyClient {
             return null;

         }

     }

+    

+    public static ReferenceContainerCache<HostReference> loadIDXHosts(final yacySeed target) {

+        ReferenceContainerCache<HostReference> index = new ReferenceContainerCache<HostReference>(WebStructureGraph.hostReferenceFactory, Base64Order.enhancedCoder, 6);

+        // check if the host supports this protocol

+        if (target.getRevision() < migration.IDX_HOST) {

+            // if the protocol is not supported then we just return an empty host reference container

+            return index;

+        }

+        

+        // prepare request

+        final String salt = crypt.randomSalt();

+            

+        // send request

+        try {

+            final Map<String,ContentBody> parts = yacyNetwork.basicRequestParts(Switchboard.getSwitchboard(), target.hash, salt);

+            parts.put("object", UTF8.StringBody("host"));

+            final byte[] content = postToFile(target, "idx.json", parts, 30000);

+            if (content == null || content.length == 0) {

+                yacyCore.log.logWarning("yacyClient.loadIDXHosts error: empty result");

+                return null;

+            }

+            JSONObject json = new JSONObject(new JSONTokener(new InputStreamReader(new ByteArrayInputStream(content))));

+            /* the json has the following form:

+            {

+            "version":"#[version]#",

+            "uptime":"#[uptime]#",

+            "name":"#[name]#",

+            "rowdef":"#[rowdef]#",

+            "idx":{

+            #{list}#"#[term]#":[#[references]#]#(comma)#::,#(/comma)#

+            #{/list}#

+            }

+            }

+            */

+            JSONObject idx = json.getJSONObject("idx");

+            // iterate over all references

+            Iterator<String> termIterator = idx.keys();

+            String term;

+            while (termIterator.hasNext()) {

+                term = termIterator.next();

+                JSONArray references = idx.getJSONArray(term);

+                // iterate until we get an exception or null

+                int c = 0;

+                String reference;

+                ReferenceContainer<HostReference> referenceContainer = new ReferenceContainer<HostReference>(WebStructureGraph.hostReferenceFactory, UTF8.getBytes(term));

+                try {

+                    while ((reference = references.getString(c++)) != null) {

+                        //System.out.println("REFERENCE: " + reference);

+                        referenceContainer.add(new HostReference(reference));

+                    }

+                } catch (JSONException e) {} // this finishes the iteration

+                index.add(referenceContainer);

+            }

+            return index;

+        } catch (final Exception e) {

+            yacyCore.log.logWarning("yacyClient.loadIDXHosts error:" + e.getMessage());

+            return index;

+        }

+    }

+

+    

 

     public static void main(final String[] args) {

-        if(args.length > 2) {

+        if (args.length > 2) {

             // search a remote peer. arguments:

             // first  arg: path to application home

             // second arg: address of target peer

diff --git a/source/de/anomic/yacy/yacySeed.java b/source/de/anomic/yacy/yacySeed.java
index ae77ec4f4..ce40aed9b 100644
--- a/source/de/anomic/yacy/yacySeed.java
+++ b/source/de/anomic/yacy/yacySeed.java
@@ -470,6 +470,14 @@ public class yacySeed implements Cloneable, Comparable<yacySeed>, Comparator<yac
     }

     

     /**

+     * get the SVN version of the peer

+     * @return

+     */

+    public final int getRevision() {

+        return yacyVersion.revision(get(yacySeed.VERSION, yacySeed.ZERO));

+    }

+    

+    /**

      * @return the public address of the peer as IP:port string or <code>null</code> if no valid values for

      * either the IP or the port could be retrieved from this yacySeed object

      */

diff --git a/source/de/anomic/yacy/yacySeedDB.java b/source/de/anomic/yacy/yacySeedDB.java
index 74a63df67..47495cbe1 100644
--- a/source/de/anomic/yacy/yacySeedDB.java
+++ b/source/de/anomic/yacy/yacySeedDB.java
@@ -987,6 +987,20 @@ public final class yacySeedDB implements AlternativeDomainNames {
         }

     }

 

+    public String targetAddress(final String targetHash) {

+        // find target address    

+        String address;

+        if (targetHash.equals(this.mySeed().hash)) {

+            address = this.mySeed().getClusterAddress();

+        } else {

+            final yacySeed targetSeed = this.getConnected(targetHash);

+            if (targetSeed == null) { return null; }

+            address = targetSeed.getClusterAddress();

+        }

+        if (address == null) address = "localhost:8090";

+        return address;

+    }

+    

     private class seedEnum implements Iterator<yacySeed> {

         

         private MapDataMining.mapIterator it;

diff --git a/source/de/anomic/yacy/yacyVersion.java b/source/de/anomic/yacy/yacyVersion.java
index 4606ffd25..a97a92652 100644
--- a/source/de/anomic/yacy/yacyVersion.java
+++ b/source/de/anomic/yacy/yacyVersion.java
@@ -2,7 +2,6 @@ package de.anomic.yacy;
 

 import java.util.Comparator;

 import java.util.regex.Matcher;

-import java.util.regex.Pattern;

 

 import net.yacy.kelondro.logging.Log;

 

@@ -133,10 +132,9 @@ public class yacyVersion implements Comparator<yacyVersion>, Comparable<yacyVers
     public static String combined2prettyVersion(final String ver) {

          return combined2prettyVersion(ver, "");

      }

-

-    public static String combined2prettyVersion(final String ver, final String computerName) {

-         final Matcher matcher = Pattern.compile("\\A(\\d+\\.\\d{1,3})(\\d{0,5})\\z").matcher(ver); 

     

+    public static String combined2prettyVersion(final String ver, final String computerName) {

+        final Matcher matcher = yacyBuildProperties.versionMatcher.matcher(ver); 

          if (!matcher.find()) { 

              Log.logWarning("STARTUP", "Peer '"+computerName+"': wrong format of version-string: '" + ver + "'. Using default string 'dev/00000' instead");   

              return "dev/00000";

@@ -146,8 +144,14 @@ public class yacyVersion implements Comparator<yacyVersion>, Comparable<yacyVers
         String revision = matcher.group(2);

         for(int i=revision.length();i<5;++i) revision += "0";

         return mainversion+"/"+revision;

-     }

+    }

 

+    public static int revision(final String ver) {

+        final Matcher matcher = yacyBuildProperties.versionMatcher.matcher(ver); 

+        if (!matcher.find()) return 0;

+        return Integer.parseInt(matcher.group(2));

+    }

+    

     /**

      * Combines the version of YaCy with the versionnumber from SVN to a

      * combined version

diff --git a/source/net/yacy/cora/storage/AbstractScoreMap.java b/source/net/yacy/cora/storage/AbstractScoreMap.java
index 59339b1ce..0884bc804 100644
--- a/source/net/yacy/cora/storage/AbstractScoreMap.java
+++ b/source/net/yacy/cora/storage/AbstractScoreMap.java
@@ -24,6 +24,9 @@
 
 package net.yacy.cora.storage;
 
+import java.util.ArrayList;
+import java.util.List;
+
 public abstract class AbstractScoreMap<E> implements ScoreMap<E> {
 
     /**
@@ -36,4 +39,21 @@ public abstract class AbstractScoreMap<E> implements ScoreMap<E> {
         }
     }
     
+    /**
+     * divide the map into two halve parts using the count of the entries
+     * @param score
+     * @return the objects of the smaller entries from at least 1/2 of the list
+     */
+    public List<E> lowerHalf() {
+        int half = this.size() >> 1;
+        int smallestCount = 0;
+        ArrayList<E> list = new ArrayList<E>();
+        while (list.size() < half) {
+            for (E entry: this) {
+                if (get(entry) == smallestCount) list.add(entry);
+            }
+            smallestCount++;
+        }
+        return list;
+    }
 }
diff --git a/source/net/yacy/cora/storage/ScoreMap.java b/source/net/yacy/cora/storage/ScoreMap.java
index 7c76280af..50a057448 100644
--- a/source/net/yacy/cora/storage/ScoreMap.java
+++ b/source/net/yacy/cora/storage/ScoreMap.java
@@ -25,6 +25,7 @@
 package net.yacy.cora.storage;
 
 import java.util.Iterator;
+import java.util.List;
 
 public interface ScoreMap<E> extends Iterable<E> {
 
@@ -42,6 +43,14 @@ public interface ScoreMap<E> extends Iterable<E> {
      */
     public void shrinkToMinScore(int minScore);
     
+
+    /**
+     * divide the map into two halve parts using the count of the entries
+     * @param score
+     * @return the objects of the smaller entries from at least 1/2 of the list
+     */
+    public List<E> lowerHalf();
+    
     public int size();
     public boolean sizeSmaller(int size);    
     public boolean isEmpty();
diff --git a/source/net/yacy/kelondro/blob/ArrayStack.java b/source/net/yacy/kelondro/blob/ArrayStack.java
index a4d0d3448..ee8cd0936 100755
--- a/source/net/yacy/kelondro/blob/ArrayStack.java
+++ b/source/net/yacy/kelondro/blob/ArrayStack.java
@@ -49,7 +49,6 @@ import java.util.concurrent.TimeUnit;
 
 import net.yacy.cora.date.GenericFormatter;
 import net.yacy.cora.document.UTF8;
-import net.yacy.kelondro.index.Row;
 import net.yacy.kelondro.index.RowSpaceExceededException;
 import net.yacy.kelondro.logging.Log;
 import net.yacy.kelondro.order.ByteOrder;
@@ -105,8 +104,8 @@ public class ArrayStack implements BLOB {
     public ArrayStack(
             final File heapLocation,
             final String prefix,
-            final int keylength,
             final ByteOrder ordering,
+            final int keylength,
             final int buffersize,
             final boolean trimall) throws IOException {
         this.keylength = keylength;
@@ -848,11 +847,11 @@ public class ArrayStack implements BLOB {
      */
     public File mergeMount(File f1, File f2,
             ReferenceFactory<? extends Reference> factory,
-            Row payloadrow, File newFile, int writeBuffer) {
+            File newFile, int writeBuffer) {
         if (f2 == null) {
             // this is a rewrite
             Log.logInfo("BLOBArray", "rewrite of " + f1.getName());
-            File resultFile = rewriteWorker(factory, this.keylength, this.ordering, f1, payloadrow, newFile, writeBuffer);
+            File resultFile = rewriteWorker(factory, this.keylength, this.ordering, f1, newFile, writeBuffer);
             if (resultFile == null) {
                 Log.logWarning("BLOBArray", "rewrite of file " + f1 + " returned null. newFile = " + newFile);
                 return null;
@@ -867,7 +866,7 @@ public class ArrayStack implements BLOB {
             return resultFile;
         } else {
             Log.logInfo("BLOBArray", "merging " + f1.getName() + " with " + f2.getName());
-            File resultFile = mergeWorker(factory, this.keylength, this.ordering, f1, f2, payloadrow, newFile, writeBuffer);
+            File resultFile = mergeWorker(factory, this.keylength, this.ordering, f1, f2, newFile, writeBuffer);
             if (resultFile == null) {
                 Log.logWarning("BLOBArray", "merge of files " + f1 + ", " + f2 + " returned null. newFile = " + newFile);
                 return null;
@@ -885,18 +884,18 @@ public class ArrayStack implements BLOB {
     
     private static <ReferenceType extends Reference> File mergeWorker(
             ReferenceFactory<ReferenceType> factory,
-            int keylength, ByteOrder order, File f1, File f2, Row payloadrow, File newFile, int writeBuffer) {
+            int keylength, ByteOrder order, File f1, File f2, File newFile, int writeBuffer) {
         // iterate both files and write a new one
         
         CloneableIterator<ReferenceContainer<ReferenceType>> i1 = null, i2 = null;
         try {
-            i1 = new ReferenceIterator<ReferenceType>(f1, factory, payloadrow);
+            i1 = new ReferenceIterator<ReferenceType>(f1, factory);
         } catch (IOException e) {
             Log.logSevere("ArrayStack", "cannot merge because input files cannot be read, f1 = " + f1.toString() + ": " + e.getMessage(), e);
             return null;
         }
         try {
-            i2 = new ReferenceIterator<ReferenceType>(f2, factory, payloadrow);
+            i2 = new ReferenceIterator<ReferenceType>(f2, factory);
         } catch (IOException e) {
             Log.logSevere("ArrayStack", "cannot merge because input files cannot be read, f2 = " + f2.toString() + ": " + e.getMessage(), e);
             return null;
@@ -941,12 +940,12 @@ public class ArrayStack implements BLOB {
     
     private static <ReferenceType extends Reference> File rewriteWorker(
             ReferenceFactory<ReferenceType> factory,
-            int keylength, ByteOrder order, File f, Row payloadrow, File newFile, int writeBuffer) {
+            int keylength, ByteOrder order, File f, File newFile, int writeBuffer) {
         // iterate both files and write a new one
         
         CloneableIterator<ReferenceContainer<ReferenceType>> i = null;
         try {
-            i = new ReferenceIterator<ReferenceType>(f, factory, payloadrow);
+            i = new ReferenceIterator<ReferenceType>(f, factory);
         } catch (IOException e) {
             Log.logSevere("ArrayStack", "cannot rewrite because input file cannot be read, f = " + f.toString() + ": " + e.getMessage(), e);
             return null;
@@ -1094,7 +1093,7 @@ public class ArrayStack implements BLOB {
         final File f = new File("/Users/admin/blobarraytest");
         try {
             //f.delete();
-            final ArrayStack heap = new ArrayStack(f, "test", 12, NaturalOrder.naturalOrder, 512 * 1024, false);
+            final ArrayStack heap = new ArrayStack(f, "test", NaturalOrder.naturalOrder, 12, 512 * 1024, false);
             heap.insert("aaaaaaaaaaaa".getBytes(), "eins zwei drei".getBytes());
             heap.insert("aaaaaaaaaaab".getBytes(), "vier fuenf sechs".getBytes());
             heap.insert("aaaaaaaaaaac".getBytes(), "sieben acht neun".getBytes());
diff --git a/source/net/yacy/kelondro/index/BinSearch.java b/source/net/yacy/kelondro/index/BinSearch.java
index 779c3decf..4300005ad 100644
--- a/source/net/yacy/kelondro/index/BinSearch.java
+++ b/source/net/yacy/kelondro/index/BinSearch.java
@@ -26,6 +26,12 @@
 
 package net.yacy.kelondro.index;
 
+import java.io.File;
+import java.io.FileOutputStream;
+import java.io.IOException;
+import java.util.Arrays;
+import java.util.List;
+
 import net.yacy.kelondro.order.ByteOrder;
 import net.yacy.kelondro.order.NaturalOrder;
 
@@ -35,7 +41,7 @@ public final class BinSearch {
     private final byte[] chunks;
     private final int    chunksize;
     private final int    count;
-    private static final ByteOrder objectOrder = new NaturalOrder(true);
+    private static final ByteOrder objectOrder = new NaturalOrder(true); // the natural order is much faster than the b64Order
     
     public BinSearch(final byte[] chunks, final int chunksize) {
         this.chunks = chunks;
@@ -43,6 +49,17 @@ public final class BinSearch {
         this.count = chunks.length / chunksize;
     }
     
+    public BinSearch(final List<byte[]> chunkList, final int chunksize) {
+        byte[][] chunksa = new byte[chunkList.size()][];
+        chunksa = chunkList.toArray(chunksa);
+        Arrays.sort(chunksa, objectOrder);
+        this.chunks = new byte[chunkList.size() * chunksize];
+        for (int i = 0; i < chunksa.length; i++) System.arraycopy(chunksa[i], 0, this.chunks, i * chunksize, chunksize);
+        this.chunksize = chunksize;
+        this.count = chunks.length / chunksize;
+        assert this.count == chunkList.size();
+    }
+    
     public final boolean contains(final byte[] t) {
         return contains(t, 0, this.count);
     }
@@ -72,6 +89,19 @@ public final class BinSearch {
         return a;
     }
     
+    public final byte[] get(final int element, byte[] a) {
+        assert a.length == chunksize;
+        System.arraycopy(this.chunks, element * this.chunksize, a, 0, chunksize);
+        return a;
+    }
+    
+    public final void write(File f) throws IOException {
+        FileOutputStream os = new FileOutputStream(f);
+        os.write(this.chunks);
+        os.flush();
+        os.close();
+    }
+    
     public static void main(final String[] args) {
         final String s = "4CEvsI8FRczRBo_ApRCkwfEbFLn1pIFXg39QGMgj5RHM6HpIMJq67QX3M5iQYr_LyI_5aGDaa_bYbRgJ9XnQjpmq6QkOoGWAoEaihRqhV3kItLFHjRtqauUR";
         final BinSearch bs = new BinSearch(s.getBytes(), 6);
diff --git a/source/net/yacy/kelondro/index/Row.java b/source/net/yacy/kelondro/index/Row.java
index 4f35713a7..017c86cc9 100644
--- a/source/net/yacy/kelondro/index/Row.java
+++ b/source/net/yacy/kelondro/index/Row.java
@@ -292,30 +292,35 @@ public final class Row {
             this.offset = 0;
             for (int i = 0; i < elts.length; i++) {
                 p = elts[i].indexOf('=');
+                if (p < 0) p = elts[i].indexOf(':');
                 if (p > 0) {
                     nick = elts[i].substring(0, p).trim();
-                    if (p + 1 == elts[i].length())
-                        setCol(nick, null);
-                    else {
-                        if ((decimalCardinal) && (row[i].celltype == Column.celltype_cardinal)) {
+                    if (nick.charAt(0) == '"' && nick.charAt(nick.length() - 1) == '"') nick = nick.substring(1, nick.length() - 1);
+                    final Object[] ref = nickref.get(nick);
+                    Column col = (Column) ref[0];
+                    int clstrt = ((Integer) ref[1]).intValue();
+                    if (p + 1 == elts[i].length()) {
+                        setCol(clstrt, col.cellwidth, null);
+                    } else {
+                        if ((decimalCardinal) && (col.celltype == Column.celltype_cardinal)) {
                             try {
-                                setCol(nick, Long.parseLong(elts[i].substring(p + 1).trim()));
+                                setCol(col.encoder, offset + clstrt, col.cellwidth,  Long.parseLong(elts[i].substring(p + 1).trim()));
                             } catch (final NumberFormatException e) {
-                                Log.logSevere("kelondroRow", "NumberFormatException for celltype_cardinal; row = " + i + ", celltype = " + row[i].celltype + ", encoder = " + row[i].encoder + ", value = '" + elts[i].substring(p + 1).trim() + "'");
-                                setCol(nick, 0);
+                                Log.logSevere("kelondroRow", "NumberFormatException for celltype_cardinal; row = " + i + ", celltype = " + col.celltype + ", encoder = " + col.encoder + ", value = '" + elts[i].substring(p + 1).trim() + "'");
+                                setCol(col.encoder, offset + clstrt, col.cellwidth, 0);
                             }
-                        } else if ((decimalCardinal) && (row[i].celltype == Column.celltype_binary)) {
-                            assert row[i].cellwidth == 1;
+                        } else if ((decimalCardinal) && (col.celltype == Column.celltype_binary)) {
+                            assert col.cellwidth == 1;
                             try {
-                                setCol(nick, new byte[]{(byte) Integer.parseInt(elts[i].substring(p + 1).trim())});
+                                setCol(clstrt, col.cellwidth, new byte[]{(byte) Integer.parseInt(elts[i].substring(p + 1).trim())});
                             } catch (final NumberFormatException e) {
-                                Log.logSevere("kelondroRow", "NumberFormatException for celltype_binary; row = " + i + ", celltype = " + row[i].celltype + ", encoder = " + row[i].encoder + ", value = '" + elts[i].substring(p + 1).trim() + "'");
-                                setCol(nick, new byte[]{0});
+                                Log.logSevere("kelondroRow", "NumberFormatException for celltype_binary; row = " + i + ", celltype = " + col.celltype + ", encoder = " + col.encoder + ", value = '" + elts[i].substring(p + 1).trim() + "'");
+                                setCol(clstrt, col.cellwidth, new byte[]{0});
                             }
-                        } else if ((decimalCardinal) && (row[i].celltype == Column.celltype_bitfield)) {
-                            setCol(nick, (new Bitfield(row[i].cellwidth, elts[i].substring(p + 1).trim())).bytes());
+                        } else if ((decimalCardinal) && (col.celltype == Column.celltype_bitfield)) {
+                            setCol(clstrt, col.cellwidth, (new Bitfield(col.cellwidth, elts[i].substring(p + 1).trim())).bytes());
                         } else {
-                            setCol(nick, UTF8.getBytes(elts[i].substring(p + 1).trim()));
+                            setCol(clstrt, col.cellwidth, UTF8.getBytes(elts[i].substring(p + 1).trim()));
                         }
                     }
                 }
@@ -394,14 +399,6 @@ public final class Row {
             return rowinstance[offset + colstart[column]] == 0;
         }
         
-        private final void setCol(final String nickname, final byte[] cell) {
-            if (nickref == null) genNickRef();
-            final Object[] ref = nickref.get(nickname);
-            if (ref == null) return;
-            final Column col = (Column) ref[0];
-            setCol(((Integer) ref[1]).intValue(), col.cellwidth, cell);
-        }
-        
         public final void setCol(final int column, final byte[] cell) {
             setCol(colstart[column], row[column].cellwidth, cell);
         }
@@ -434,14 +431,6 @@ public final class Row {
             setCol(column, UTF8.getBytes(cell));
         }
         
-        private final void setCol(final String nickname, final long cell) {
-            if (nickref == null) genNickRef();
-            final Object[] ref = nickref.get(nickname);
-            if (ref == null) return;
-            final Column col = (Column) ref[0];
-            setCol(col.encoder, offset + ((Integer) ref[1]).intValue(), col.cellwidth, cell);
-        }
-        
         public final void setCol(final int column, final long cell) {
             // uses the column definition to choose the right encoding
             setCol(row[column].encoder, offset + colstart[column], row[column].cellwidth, cell);
diff --git a/source/net/yacy/kelondro/rwi/AbstractBufferedIndex.java b/source/net/yacy/kelondro/rwi/AbstractBufferedIndex.java
index 8b05a9bbd..58d15f1ff 100644
--- a/source/net/yacy/kelondro/rwi/AbstractBufferedIndex.java
+++ b/source/net/yacy/kelondro/rwi/AbstractBufferedIndex.java
@@ -44,7 +44,7 @@ public abstract class AbstractBufferedIndex<ReferenceType extends Reference> ext
     public synchronized TreeSet<ReferenceContainer<ReferenceType>> references(byte[] startHash, final boolean rot, int count, boolean ram) throws IOException {

         // creates a set of indexContainers

         // this does not use the cache

-        final Order<ReferenceContainer<ReferenceType>> containerOrder = new ReferenceContainerOrder<ReferenceType>(factory, this.ordering().clone());

+        final Order<ReferenceContainer<ReferenceType>> containerOrder = new ReferenceContainerOrder<ReferenceType>(factory, this.termKeyOrdering().clone());

         if (startHash != null && startHash.length == 0) startHash = null;

         ReferenceContainer<ReferenceType> emptyContainer = ReferenceContainer.emptyContainer(factory, startHash);

         containerOrder.rotate(emptyContainer);

diff --git a/source/net/yacy/kelondro/rwi/AbstractIndex.java b/source/net/yacy/kelondro/rwi/AbstractIndex.java
index ba710503b..4fc575986 100644
--- a/source/net/yacy/kelondro/rwi/AbstractIndex.java
+++ b/source/net/yacy/kelondro/rwi/AbstractIndex.java
@@ -46,6 +46,30 @@ public abstract class AbstractIndex <ReferenceType extends Reference> implements
         this.factory = factory;
     }
     
+
+    /**
+     * merge this index with another index
+     * @param otherIndex
+     * @throws IOException 
+     * @throws RowSpaceExceededException 
+     */
+    public void merge(Index<ReferenceType> otherIndex) throws IOException, RowSpaceExceededException {
+        byte[] term;
+        for (ReferenceContainer<ReferenceType> otherContainer: otherIndex) {
+            term = otherContainer.getTermHash();
+            synchronized (this) {
+                ReferenceContainer<ReferenceType> container = this.get(term, null);
+                if (container == null) {
+                    this.add(otherContainer);
+                } else {
+                    container.merge(otherContainer);
+                    this.delete(term); // in some file-based environments we cannot just change the container
+                    this.add(container);
+                }
+            }
+        }
+    }
+    
     public void removeDelayed(final HandleSet termHashes, final byte[] urlHashBytes) throws IOException {
         // remove the same url hashes for multiple words
         // this is mainly used when correcting a index after a search
@@ -69,7 +93,7 @@ public abstract class AbstractIndex <ReferenceType extends Reference> implements
     public synchronized TreeSet<ReferenceContainer<ReferenceType>> references(final byte[] startHash, final boolean rot, int count) throws IOException {
         // creates a set of indexContainers
         // this does not use the cache
-        final Order<ReferenceContainer<ReferenceType>> containerOrder = new ReferenceContainerOrder<ReferenceType>(factory, this.ordering().clone());
+        final Order<ReferenceContainer<ReferenceType>> containerOrder = new ReferenceContainerOrder<ReferenceType>(factory, this.termKeyOrdering().clone());
         final ReferenceContainer<ReferenceType> emptyContainer = ReferenceContainer.emptyContainer(factory, startHash);
         containerOrder.rotate(emptyContainer);
         final TreeSet<ReferenceContainer<ReferenceType>> containers = new TreeSet<ReferenceContainer<ReferenceType>>(containerOrder);
diff --git a/source/net/yacy/kelondro/rwi/IODispatcher.java b/source/net/yacy/kelondro/rwi/IODispatcher.java
index a4e54cc2b..f1c056b35 100644
--- a/source/net/yacy/kelondro/rwi/IODispatcher.java
+++ b/source/net/yacy/kelondro/rwi/IODispatcher.java
@@ -30,7 +30,6 @@ import java.util.concurrent.ArrayBlockingQueue;
 import java.util.concurrent.Semaphore;

 

 import net.yacy.kelondro.blob.ArrayStack;

-import net.yacy.kelondro.index.Row;

 import net.yacy.kelondro.logging.Log;

 import net.yacy.kelondro.util.MemoryControl;

 

@@ -108,16 +107,16 @@ public class IODispatcher extends Thread {
         return (controlQueue == null || !this.isAlive()) ? 0 : controlQueue.availablePermits();

     }

     

-    protected synchronized void merge(File f1, File f2, ReferenceFactory<? extends Reference> factory, ArrayStack array, Row payloadrow, File newFile) {

+    protected synchronized void merge(File f1, File f2, ReferenceFactory<? extends Reference> factory, ArrayStack array, File newFile) {

         if (mergeQueue == null || controlQueue == null || !this.isAlive()) {

             if (f2 == null) {

                 Log.logWarning("IODispatcher", "emergency rewrite of file " + f1.getName() + " to " + newFile.getName());

             } else {

                 Log.logWarning("IODispatcher", "emergency merge of files " + f1.getName() + ", " + f2.getName() + " to " + newFile.getName());

             }

-            array.mergeMount(f1, f2, factory, payloadrow, newFile, (int) Math.min(MemoryControl.available() / 3, writeBufferSize));

+            array.mergeMount(f1, f2, factory, newFile, (int) Math.min(MemoryControl.available() / 3, writeBufferSize));

         } else {

-            MergeJob job = new MergeJob(f1, f2, factory, array, payloadrow, newFile);

+            MergeJob job = new MergeJob(f1, f2, factory, array, newFile);

             try {

                 if (this.isAlive()) {

                     this.mergeQueue.put(job);

@@ -137,7 +136,7 @@ public class IODispatcher extends Thread {
                 }

             } catch (InterruptedException e) {

                 Log.logWarning("IODispatcher", "interrupted: " + e.getMessage(), e);

-                array.mergeMount(f1, f2, factory, payloadrow, newFile, (int) Math.min(MemoryControl.available() / 3, writeBufferSize));

+                array.mergeMount(f1, f2, factory, newFile, (int) Math.min(MemoryControl.available() / 3, writeBufferSize));

             }

         }

     }

@@ -238,7 +237,6 @@ public class IODispatcher extends Thread {
 

         private File f1, f2, newFile;

         private ArrayStack array;

-        private Row payloadrow;

         private ReferenceFactory<? extends Reference> factory;

         

         private MergeJob(

@@ -246,14 +244,12 @@ public class IODispatcher extends Thread {
                 File f2,

                 ReferenceFactory<? extends Reference> factory,

                 ArrayStack array,

-                Row payloadrow,

                 File newFile) {

             this.f1 = f1;

             this.f2 = f2;

             this.factory = factory;

             this.newFile = newFile;

             this.array = array;

-            this.payloadrow = payloadrow;

         }

 

         private File merge() {

@@ -265,7 +261,7 @@ public class IODispatcher extends Thread {
         		Log.logWarning("IODispatcher", "merge of file (2) " + f2.getName() + " failed: file does not exists");

         		return null;

         	}

-            return array.mergeMount(f1, f2, factory, payloadrow, newFile, (int) Math.min(MemoryControl.available() / 3, writeBufferSize));

+            return array.mergeMount(f1, f2, factory, newFile, (int) Math.min(MemoryControl.available() / 3, writeBufferSize));

         }

     }

 

diff --git a/source/net/yacy/kelondro/rwi/Index.java b/source/net/yacy/kelondro/rwi/Index.java
index 85c18f2f9..552448e43 100644
--- a/source/net/yacy/kelondro/rwi/Index.java
+++ b/source/net/yacy/kelondro/rwi/Index.java
@@ -38,7 +38,19 @@ import net.yacy.kelondro.order.ByteOrder;
 import net.yacy.kelondro.order.CloneableIterator;

 

 

-public interface Index <ReferenceType extends Reference> {

+public interface Index <ReferenceType extends Reference> extends Iterable<ReferenceContainer<ReferenceType>> {

+    

+    /**

+     * every index entry is made for a term which has a fixed size

+     * @return the size of the term

+     */

+    public int termKeyLength();

+    

+    /**

+     * merge this index with another index

+     * @param otherIndex

+     */

+    public void merge(Index<ReferenceType> otherIndex) throws IOException, RowSpaceExceededException;

     

 	/**

 	 * add references to the reverse index

@@ -177,5 +189,5 @@ public interface Index <ReferenceType extends Reference> {
      * return the order that is used for the storage of the word hashes

      * @return

      */

-    public ByteOrder ordering();

+    public ByteOrder termKeyOrdering();

 }

diff --git a/source/net/yacy/kelondro/rwi/IndexCell.java b/source/net/yacy/kelondro/rwi/IndexCell.java
index 133a80334..96c317b28 100644
--- a/source/net/yacy/kelondro/rwi/IndexCell.java
+++ b/source/net/yacy/kelondro/rwi/IndexCell.java
@@ -28,6 +28,7 @@ package net.yacy.kelondro.rwi;
 

 import java.io.File;

 import java.io.IOException;

+import java.util.Iterator;

 import java.util.Map;

 import java.util.TreeMap;

 import java.util.concurrent.Semaphore;

@@ -35,7 +36,6 @@ import java.util.concurrent.Semaphore;
 import net.yacy.cora.storage.ComparableARC;

 import net.yacy.kelondro.data.meta.URIMetadataRow;

 import net.yacy.kelondro.index.HandleSet;

-import net.yacy.kelondro.index.Row;

 import net.yacy.kelondro.index.RowSpaceExceededException;

 import net.yacy.kelondro.logging.Log;

 import net.yacy.kelondro.order.ByteOrder;

@@ -57,7 +57,7 @@ import net.yacy.kelondro.util.MemoryControl;
  * another BLOB file in the index array.

  */

 

-public final class IndexCell<ReferenceType extends Reference> extends AbstractBufferedIndex<ReferenceType> implements BufferedIndex<ReferenceType> {

+public final class IndexCell<ReferenceType extends Reference> extends AbstractBufferedIndex<ReferenceType> implements BufferedIndex<ReferenceType>, Iterable<ReferenceContainer<ReferenceType>> {

 

     private static final long cleanupCycle =  60000;

     private static final long dumpCycle    = 600000;

@@ -81,7 +81,7 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
             final String prefix,

             final ReferenceFactory<ReferenceType> factory,

             final ByteOrder termOrder,

-            final Row payloadrow,

+            final int termSize,

             final int maxRamEntries,

             final long targetFileSize,

             final long maxFileSize,

@@ -90,8 +90,8 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
             ) throws IOException {

         super(factory);

         

-        this.array = new ReferenceContainerArray<ReferenceType>(cellPath, prefix, factory, termOrder, payloadrow, merger);

-        this.ram = new ReferenceContainerCache<ReferenceType>(factory, payloadrow, termOrder);

+        this.array = new ReferenceContainerArray<ReferenceType>(cellPath, prefix, factory, termOrder, termSize, merger);

+        this.ram = new ReferenceContainerCache<ReferenceType>(factory, termOrder, termSize);

         this.countCache = new ComparableARC<byte[], Integer>(1000, termOrder);

         this.maxRamEntries = maxRamEntries;

         this.merger = merger;

@@ -107,6 +107,14 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
     /*

      * methods to implement Index

      */

+

+    /**

+     * every index entry is made for a term which has a fixed size

+     * @return the size of the term

+     */

+    public int termKeyLength() {

+        return this.ram.termKeyLength();

+    }

     

     /**

      * add entries to the cell: this adds the new entries always to the RAM part, never to BLOBs

@@ -374,7 +382,11 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
         }

         

     }

-

+    

+    public Iterator<ReferenceContainer<ReferenceType>> iterator() {

+        return references(null, false);

+    } 

+    

     public CloneableIterator<ReferenceContainer<ReferenceType>> references(byte[] starttermHash, boolean rot) {

         final Order<ReferenceContainer<ReferenceType>> containerOrder = new ReferenceContainerOrder<ReferenceType>(factory, this.ram.rowdef().getOrdering().clone());

         containerOrder.rotate(new ReferenceContainer<ReferenceType>(factory, starttermHash));

@@ -453,7 +465,7 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
         return 10 * 1024 * 1024;

     }

 

-    public ByteOrder ordering() {

+    public ByteOrder termKeyOrdering() {

         return this.array.ordering();

     }

     

@@ -470,6 +482,8 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
             (this.ram.size() >= this.maxRamEntries ||

              (this.ram.size() > 3000 && !MemoryControl.request(80L * 1024L * 1024L, false)) ||

              (this.ram.size() > 3000 && this.lastDump + dumpCycle < t))) {

+            int termSize = this.ram.termKeyLength();

+            ByteOrder termOrder = this.ram.termKeyOrdering();

             try {

                 this.dumperSemaphore.acquire(); // only one may pass

                 if (this.ram.size() >= this.maxRamEntries ||

@@ -486,7 +500,7 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
                     synchronized (this) {

                         ramdump = this.ram;

                         // get a fresh ram cache

-                        this.ram = new ReferenceContainerCache<ReferenceType>(factory, this.array.rowdef(), this.array.ordering());

+                        this.ram = new ReferenceContainerCache<ReferenceType>(factory, termOrder, termSize);

                     }

                     // dump the buffer

                     merger.dump(ramdump, dumpFile, array);

@@ -557,6 +571,6 @@ public final class IndexCell<ReferenceType extends Reference> extends AbstractBu
     public void setBufferMaxWordCount(int maxWords) {

         this.maxRamEntries = maxWords;

         this.cleanCache();

-    }    

+    }

 

 }

diff --git a/source/net/yacy/kelondro/rwi/ReferenceContainerArray.java b/source/net/yacy/kelondro/rwi/ReferenceContainerArray.java
index 09c9aeda3..9dbc380e5 100644
--- a/source/net/yacy/kelondro/rwi/ReferenceContainerArray.java
+++ b/source/net/yacy/kelondro/rwi/ReferenceContainerArray.java
@@ -43,17 +43,16 @@ import net.yacy.kelondro.order.CloneableIterator;
 public final class ReferenceContainerArray<ReferenceType extends Reference> {

 

     protected final ReferenceFactory<ReferenceType> factory;

-    protected final Row payloadrow;

     protected final ArrayStack array;

     private   final IODispatcher merger;

     

     /**

-     * open a index container based on a BLOB dump. The content of the BLOB will not be read

+     * open a index container array based on BLOB dumps. The content of the BLOBs will not be read

      * unless a .idx file exists. Only the .idx file is opened to get a fast read access to

      * the BLOB. This class provides no write methods, because BLOB files should not be

      * written in random access. To support deletion, a write access to the BLOB for deletion

      * is still possible

-     * @param payloadrow

+     * @param payloadrow the row definition for the BLOB data structure

      * @param log

      * @throws IOException 

      */

@@ -62,15 +61,14 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
     		final String prefix,

     		final ReferenceFactory<ReferenceType> factory,

     		final ByteOrder termOrder,

-    		final Row payloadrow,

+    		final int termSize,

     		IODispatcher merger) throws IOException {

         this.factory = factory;

-        this.payloadrow = payloadrow;

         this.array = new ArrayStack(

             heapLocation,

             prefix,

-            payloadrow.primaryKeyLength,

             termOrder,

+            termSize,

             0,

             true);

         assert merger != null;

@@ -106,7 +104,7 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
     }

     

     public Row rowdef() {

-        return this.payloadrow;

+        return this.factory.getRow();

     }

     

     /**

@@ -213,13 +211,13 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
     	if (entries == null || !entries.hasNext()) return null;

     	byte[] a = entries.next();

     	int k = 1;

-    	ReferenceContainer<ReferenceType> c = new ReferenceContainer<ReferenceType>(this.factory, termHash, RowSet.importRowSet(a, payloadrow));

+    	ReferenceContainer<ReferenceType> c = new ReferenceContainer<ReferenceType>(this.factory, termHash, RowSet.importRowSet(a, this.factory.getRow()));

     	if (System.currentTimeMillis() > timeout) {

     	    Log.logWarning("ReferenceContainerArray", "timout in index retrieval (1): " + k + " tables searched. timeout = 3000");

     	    return c;

     	}

     	while (entries.hasNext()) {

-    		c = c.merge(new ReferenceContainer<ReferenceType>(this.factory, termHash, RowSet.importRowSet(entries.next(), payloadrow)));

+    		c = c.merge(new ReferenceContainer<ReferenceType>(this.factory, termHash, RowSet.importRowSet(entries.next(), this.factory.getRow())));

     		k++;

     		if (System.currentTimeMillis() > timeout) {

     		    Log.logWarning("ReferenceContainerArray", "timout in index retrieval (2): " + k + " tables searched. timeout = 3000");

@@ -235,14 +233,14 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
         if (entries == null || !entries.hasNext()) return 0;

         Long a = entries.next();

         int k = 1;

-        int c = RowSet.importRowCount(a, payloadrow);

+        int c = RowSet.importRowCount(a, this.factory.getRow());

         assert c >= 0;

         if (System.currentTimeMillis() > timeout) {

             Log.logWarning("ReferenceContainerArray", "timout in index retrieval (1): " + k + " tables searched. timeout = 3000");

             return c;

         }

         while (entries.hasNext()) {

-            c += RowSet.importRowCount(entries.next(), payloadrow);

+            c += RowSet.importRowCount(entries.next(), this.factory.getRow());

             assert c >= 0;

             k++;

             if (System.currentTimeMillis() > timeout) {

@@ -293,7 +291,7 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
         

         public byte[] rewrite(byte[] b) throws RowSpaceExceededException {

             if (b == null) return null;

-            ReferenceContainer<ReferenceType> c = rewriter.reduce(new ReferenceContainer<ReferenceType>(factory, this.wordHash, RowSet.importRowSet(b, payloadrow)));

+            ReferenceContainer<ReferenceType> c = rewriter.reduce(new ReferenceContainer<ReferenceType>(factory, this.wordHash, RowSet.importRowSet(b, factory.getRow())));

             if (c == null) return null;

             byte bb[] = c.exportCollection();

             assert bb.length <= b.length;

@@ -320,7 +318,7 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
             File[] ff = this.array.unmountBestMatch(2.0f, targetFileSize);

             if (ff == null) break;

             Log.logInfo("RICELL-shrink1", "unmountBestMatch(2.0, " + targetFileSize + ")");

-            merger.merge(ff[0], ff[1], this.factory, this.array, this.payloadrow, newContainerBLOBFile());

+            merger.merge(ff[0], ff[1], this.factory, this.array, newContainerBLOBFile());

             donesomething = true;

         }

         

@@ -329,7 +327,7 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
             File[] ff = this.array.unmountSmallest(targetFileSize);

             if (ff == null) break;

             Log.logInfo("RICELL-shrink2", "unmountSmallest(" + targetFileSize + ")");

-            merger.merge(ff[0], ff[1], this.factory, this.array, this.payloadrow, newContainerBLOBFile());

+            merger.merge(ff[0], ff[1], this.factory, this.array, newContainerBLOBFile());

             donesomething = true;

         }

         

@@ -338,7 +336,7 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
             File[] ff = this.array.unmountBestMatch(2.0f, maxFileSize);

             if (ff == null) break;

             Log.logInfo("RICELL-shrink3", "unmountBestMatch(2.0, " + maxFileSize + ")");

-            merger.merge(ff[0], ff[1], this.factory, this.array, this.payloadrow, newContainerBLOBFile());

+            merger.merge(ff[0], ff[1], this.factory, this.array, newContainerBLOBFile());

             donesomething = true;

         }

 

@@ -347,7 +345,7 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
             File ff = this.array.unmountOldest();

             if (ff == null) break;

             Log.logInfo("RICELL-shrink4/rewrite", "unmountOldest()");

-            merger.merge(ff, null, this.factory, this.array, this.payloadrow, newContainerBLOBFile());

+            merger.merge(ff, null, this.factory, this.array, newContainerBLOBFile());

             donesomething = true;

         }

 

@@ -367,7 +365,7 @@ public final class ReferenceContainerArray<ReferenceType extends Reference> {
             if (f.length() < 22 || !f.startsWith("text.index") || !f.endsWith(".blob")) continue;

             File fl = new File(heapLocation, f);

             System.out.println("CELL REFERENCE COLLECTION opening blob " + fl);

-            CloneableIterator<ReferenceContainer<ReferenceType>>  ei = new ReferenceIterator<ReferenceType>(fl, factory, payloadrow);

+            CloneableIterator<ReferenceContainer<ReferenceType>>  ei = new ReferenceIterator<ReferenceType>(fl, factory);

         

             ReferenceContainer<ReferenceType> container;

             final long start = System.currentTimeMillis();

diff --git a/source/net/yacy/kelondro/rwi/ReferenceContainerCache.java b/source/net/yacy/kelondro/rwi/ReferenceContainerCache.java
index e037467a4..ee1c90b17 100644
--- a/source/net/yacy/kelondro/rwi/ReferenceContainerCache.java
+++ b/source/net/yacy/kelondro/rwi/ReferenceContainerCache.java
@@ -41,7 +41,6 @@ import net.yacy.kelondro.index.HandleSet;
 import net.yacy.kelondro.index.Row;

 import net.yacy.kelondro.index.RowSpaceExceededException;

 import net.yacy.kelondro.logging.Log;

-import net.yacy.kelondro.order.Base64Order;

 import net.yacy.kelondro.order.ByteOrder;

 import net.yacy.kelondro.order.CloneableIterator;

 import net.yacy.kelondro.util.ByteArray;

@@ -58,28 +57,38 @@ import net.yacy.kelondro.util.FileUtils;
  */

 public final class ReferenceContainerCache<ReferenceType extends Reference> extends AbstractIndex<ReferenceType> implements Index<ReferenceType>, IndexReader<ReferenceType>, Iterable<ReferenceContainer<ReferenceType>> {

 

-    private   final Row payloadrow;

-    protected final ByteOrder termOrder;

-    private   final ContainerOrder<ReferenceType> containerOrder;

-    protected Map<ByteArray, ReferenceContainer<ReferenceType>> cache;

+    private final int termSize;

+    private final ByteOrder termOrder;

+    private final ContainerOrder<ReferenceType> containerOrder;

+    private Map<ByteArray, ReferenceContainer<ReferenceType>> cache;

     

     /**

      * open an existing heap file in undefined mode

      * after this a initialization should be made to use the heap:

      * either a read-only or read/write mode initialization

-     * @param payloadrow

-     * @param log

+     * @param factory the factory for payload reference objects

+     * @param termOrder the order on search terms for the cache

+     * @param termSize the fixed size of search terms

      */

-    public ReferenceContainerCache(final ReferenceFactory<ReferenceType> factory, final Row payloadrow, ByteOrder termOrder) {

+    public ReferenceContainerCache(final ReferenceFactory<ReferenceType> factory, ByteOrder termOrder, int termSize) {

         super(factory);

-        this.payloadrow = payloadrow;

         this.termOrder = termOrder;

+        this.termSize = termSize;

         this.containerOrder = new ContainerOrder<ReferenceType>(this.termOrder);

         this.cache = new ConcurrentHashMap<ByteArray, ReferenceContainer<ReferenceType>>();

     }

     

     public Row rowdef() {

-        return this.payloadrow;

+        return this.factory.getRow();

+    }

+    

+

+    /**

+     * every index entry is made for a term which has a fixed size

+     * @return the size of the term

+     */

+    public int termKeyLength() {

+        return this.termSize;

     }

     

     public void clear() {

@@ -107,7 +116,7 @@ public final class ReferenceContainerCache<ReferenceType extends Reference> exte
         File tmpFile = new File(heapFile.getParentFile(), heapFile.getName() + ".prt");

         HeapWriter dump;

         try {

-            dump = new HeapWriter(tmpFile, heapFile, payloadrow.primaryKeyLength, Base64Order.enhancedCoder, writeBuffer);

+            dump = new HeapWriter(tmpFile, heapFile, this.termSize, this.termOrder, writeBuffer);

         } catch (IOException e1) {

             Log.logException(e1);

             return;

@@ -119,20 +128,20 @@ public final class ReferenceContainerCache<ReferenceType extends Reference> exte
         

         // write wCache

         long wordcount = 0, urlcount = 0;

-        byte[] wordHash = null, lwh;

+        byte[] term = null, lwh;

         for (final ReferenceContainer<ReferenceType> container: cachecopy) {

             // get entries

-            lwh = wordHash;

-            wordHash = container.getTermHash();

+            lwh = term;

+            term = container.getTermHash();

             

             // check consistency: entries must be ordered

-            assert (lwh == null || this.ordering().compare(wordHash, lwh) > 0);

+            assert (lwh == null || this.termKeyOrdering().compare(term, lwh) > 0);

             

             // put entries on heap

-            if (container != null && wordHash.length == payloadrow.primaryKeyLength) {

+            if (container != null && term.length == this.termSize) {

                 //System.out.println("Dump: " + wordHash);

                 try {

-                    dump.add(wordHash, container.exportCollection());

+                    dump.add(term, container.exportCollection());

                 } catch (IOException e) {

                     Log.logException(e);

                 } catch (RowSpaceExceededException e) {

@@ -447,7 +456,7 @@ public final class ReferenceContainerCache<ReferenceType extends Reference> exte
         return 0;

     }

 

-    public ByteOrder ordering() {

+    public ByteOrder termKeyOrdering() {

         return this.termOrder;

     }

  

diff --git a/source/net/yacy/kelondro/rwi/ReferenceIterator.java b/source/net/yacy/kelondro/rwi/ReferenceIterator.java
index 49615a82b..94da81a82 100644
--- a/source/net/yacy/kelondro/rwi/ReferenceIterator.java
+++ b/source/net/yacy/kelondro/rwi/ReferenceIterator.java
@@ -32,7 +32,6 @@ import java.util.Iterator;
 import java.util.Map;
 
 import net.yacy.kelondro.blob.HeapReader;
-import net.yacy.kelondro.index.Row;
 import net.yacy.kelondro.index.RowSet;
 import net.yacy.kelondro.index.RowSpaceExceededException;
 import net.yacy.kelondro.logging.Log;
@@ -43,13 +42,11 @@ import net.yacy.kelondro.order.CloneableIterator;
  */
 public class ReferenceIterator <ReferenceType extends Reference> implements CloneableIterator<ReferenceContainer<ReferenceType>>, Iterable<ReferenceContainer<ReferenceType>> {
     HeapReader.entries blobs;
-    Row payloadrow;
     File blobFile;
     ReferenceFactory<ReferenceType> factory;
     
-    public ReferenceIterator(final File blobFile, ReferenceFactory<ReferenceType> factory, final Row payloadrow) throws IOException {
-        this.blobs = new HeapReader.entries(blobFile, payloadrow.primaryKeyLength);
-        this.payloadrow = payloadrow;
+    public ReferenceIterator(final File blobFile, ReferenceFactory<ReferenceType> factory) throws IOException {
+        this.blobs = new HeapReader.entries(blobFile, factory.getRow().primaryKeyLength);
         this.blobFile = blobFile;
         this.factory = factory;
     }
@@ -69,7 +66,7 @@ public class ReferenceIterator <ReferenceType extends Reference> implements Clon
         Map.Entry<byte[], byte[]> entry = blobs.next();
         byte[] payload = entry.getValue();
         try {
-            return new ReferenceContainer<ReferenceType>(factory, entry.getKey(), RowSet.importRowSet(payload, payloadrow));
+            return new ReferenceContainer<ReferenceType>(factory, entry.getKey(), RowSet.importRowSet(payload, factory.getRow()));
         } catch (RowSpaceExceededException e) {
             Log.logSevere("ReferenceIterator", "lost entry '" + entry.getKey() + "' because of too low memory: " + e.toString());
             return null;
@@ -93,7 +90,7 @@ public class ReferenceIterator <ReferenceType extends Reference> implements Clon
         if (blobs != null) this.blobs.close();
         blobs = null;
         try {
-            return new ReferenceIterator<ReferenceType>(this.blobFile, factory, this.payloadrow);
+            return new ReferenceIterator<ReferenceType>(this.blobFile, factory);
         } catch (IOException e) {
             Log.logException(e);
             return null;
diff --git a/source/net/yacy/migration.java b/source/net/yacy/migration.java
index dca7fa56d..3b9dd5001 100644
--- a/source/net/yacy/migration.java
+++ b/source/net/yacy/migration.java
@@ -38,9 +38,7 @@ public class migration {
     public static final int USE_WORK_DIR=1389; //wiki & messages in DATA/WORK
     public static final int TAGDB_WITH_TAGHASH=1635; //tagDB keys are tagHashes instead of plain tagname.
     public static final int NEW_OVERLAYS=4422;
-    public static void main(final String[] args) {
-
-    }
+    public static final int IDX_HOST=7724; // api for index retrieval: host index
 
     public static void migrate(final Switchboard sb, final int fromRev, final int toRev){
         if(fromRev < toRev){