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Performance Settings of Queues and Processes

Scheduled tasks overview and waiting time settings:
#{table}# #{/table}#
Thread Queue Size Total
Block Time
Total
Sleep Time
Total
Exec Time
Total
Cycles
Idle
Cycles
Busy
Cycles
Short Mem
Cycles
Sleep Time
per Cycle
(millis)
Exec Time
per Busy-Cycle
(millis)
Memoy Use
per Busy-Cycle
(kbytes)
Delay between
idle loops
Delay between
busy loops
Minimum of
Required Memory
Full Description
#[shortdescr]# #[queuesize]# #[blocktime]# sec #[blockpercent]#% #[sleeptime]# sec #[sleeppercent]#% #[exectime]# sec #[execpercent]#% #[totalcycles]# #[idlecycles]# #[busycycles]# #[memscycles]# #[sleeppercycle]# #[execpercycle]# #[memusepercycle]# milliseconds milliseconds kbytes #[longdescr]#
        Changes take effect immediately

Cache Settings:
Cache Type Indexing DHT Description
URLs in RAM cache: #[urlCacheSize]# This is the size of the URL cache. Its purpose is to buffer incoming URLs in case of search result transmission and during DHT transfer.
Words in RAM cache: #[wordCacheWSize]# #[wordCacheKSize]# This is the current size of the word caches. The indexing cache speeds up the indexing process, the DHT cache holds indexes temporary for approval. The maximum of this caches can be set below.
Maximum URLs currently assigned
to one cached word:
#[maxURLinWCache]# not controlled
for DHT cache
This is the maximum size of URLs assigned to a single word cache entry. If this is a big number, it shows that the caching works efficiently.
Maximum age of a word: #[maxAgeOfWCache]# #[maxAgeOfKCache]# This is the maximum age of a word in an index in minutes.
Minimum age of a word: #[minAgeOfWCache]# #[minAgeOfKCache]# This is the minimum age of a word in an index in minutes.
Maximum number of words in cache: This is is the number of word indexes that shall be held in the ram cache during indexing. When YaCy is shut down, this cache must be flushed to disc; this may last some minutes.
Initial space of words in cache: This is is the init size of space for words in cache.
word-flush idle divisor: The word flush divisor is applied when an indexing loop is executed. The divisor is used to divide the number of words in the cache; the result is the number of words that are flushed. The idleDivisor is used if the indexing queue is empty, the busyDivisor is used if the indexing queue contains at least one element.
word-flush busy divisor:
Changes take effect immediately

Thread pool settings:
#{pool}# #{/pool}#
Thread Pool maximum Active maximum Idle minimum Idle current Active current Idle Full Description
#[name]# #[numActive]# #[numIdle]#
Changes take effect immediately

Index Assortments:
#{assortmentCluster}# #{/assortmentCluster}#
Assortments #[assortmentSlots]#: #[assortmentSizeA]# #[assortmentSizeB]# #[assortmentSizeC]# #[assortmentSizeD]# #[assortmentSizeE]# #[assortmentSizeF]# #[assortmentSizeG]# #[assortmentSizeH]#

Proxy Performance Settings:
Online Caution Delay (milliseconds): This is the time that the crawler idles when the proxy is accessed. The delay is extended by this time each time the proxy is accessed afterwards. This shall improve performance of the proxy throughput. (current delta is #[onlineCautionDelayCurrent]# milliseconds since last proxy access.)
Changes take effect immediately

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